INSERTS TOOLS GRADES
THREAD
MILLING HOLE
MAKING
START
ENDMILLS &
SOLID MILLS
FACE
MILLS PROFILING PLUNGING SLOTTING TOOLING
SYSTEMS
www.iscar.com
Metric Version Catalog 2017
Complete Machining Solutions
Rotating Tool Lines
Milling • Hole Making • Tooling Systems
Quality Standard
ISCAR has been certified by the prestigious Standards Institution,
as being in full compliance to ensure delivery of the finest quality
goods. Quality control facilities include the metallurgical laboratory,
raw metal testing, an online testing procedure and a machining
center for tool performance testing and final product inspection.
Only the finest products are packaged for entry into
ISCAR’s inventory.
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THE STANDARDS INSTITUTION OF ISRAEL THE STANDARDS INSTITUTION OF ISRAEL
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TABLE OF CONTENTS
TABLE OF CONTENTS
Complete Machining Solutions
MILLING TOOLS 1
Complete Machining Solutions
TOOLING SYSTEMS
Complete Machining Solutions
HOLE MAKING TOOLS
MATERIALS AND GRADES
INDEX
469
829
1001
1044
ISCAR
2
MILLING TOOLS
START
Complete Machining Solutions
MILLING TOOLS
11
MILLING TOOLS
TABLE OF CONTENTS
Indexable ENDMILLS ....................................................... 2
MULTI-MASTER .............................................................. 33
Solid Carbide Endmills ..................................................... 70
Face Mills ........................................................................ 155
Extended Flute Cutters .................................................... 201
Profiling Tools .................................................................. 223
Fast Feed Milling Tools ..................................................... 255
Plunging Cutters .............................................................. 267
Slotting Cutters ................................................................ 277
Cutters for Aluminum ....................................................... 329
Thread Milling Tools ......................................................... 341
Milling inserts ................................................................... 379
Materials and grades ....................................................... 461
Index ............................................................................... 1044
ISCAR
2
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
INDEXABLE ENDMILLS
3
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
3
PICTORIAL TOOL
REFERENCE
E90CN
page 10
T290 ELN
pages 9-10, 17
E90X
page 11
HP E90AN
pages 12-13
T490 ELN
pages 14-15. 22-23, 26, 207
HCE
page 9 E90SP
page 16
HM90 E90A
pages 19-21
3M E90AX
page 24
HM90 E90AD
pages 25-26
H490 E90AX
pages 15-16, 23, 26-27 P290 EPW
pages 27-28
HP E90AT
page 28
E90XC
page 29 E90AC
page 29
MULTI MASTER
page 36-37
SOLID CARBIDE
pages 87-91
Endmills 90°
ISCAR
4
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
4
PICTORIAL TOOL
REFERENCE
E30/T230
page 30
SOE45
page 30
E45X
page 30 E45/T245
page 32
HCM
pages 228-230
E60/T260
page 32
Endmills 30°, 45°, 60°
5
Endmills 90°
Selection Guide
90˚
ap
D
5
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
5
ENDMILLS
REFERENCE
Tool
HCE
HCE-MM
E90CN-M
E90CN
E90SP
E90X
T290 ELN-05
T290 ELN-MM-05
T290 ELN-10
HP E90AN-07
HP E90AN-M-07
HP E90AN-MM-07
HM90 E90A-10
HM90 E90A-CF-10
HM90 E90A-MM-10
HM90 E90A-M-10
HM90 E90AD-15
HM90 E90AD-CF-15
HM90 E90AD-M-15
3M E90AX
HP E90AT-19
HP E90AT-22 H690 EWN
ap
D
8.1-14.7 5 5.8, 9.6 5, 10 7.7 10, 12.5, 18, 22 7
8• •
10 • • • •
12 • • • • •
14 • • • •
16 • • • • • •
17 •
18 • •
19 •
20 • • • • • •
21 •
22 •
25 • • • • • •
28 • •
30 •
32 • • • • •
38
40 • • • •
50 •
63
80
Inserts
HCC CNMT 0703
SOMT 06...
XOMT 06..
QOMT 06..
XPMT 10..
SPMT 10...
QPMT 10..
T290 LNMT 05...
T290 LNMT 1004
HP ANKT 0702
HM90 APKT 10
HM90 AD..15
3M AXKT 1304
HP AD..19
HP AD..22 WNMU 0705
Pages
9 10 11, 16 9-10,
17 12-13 19-21
24. 25-26. 28 11
Endmills 90°
Selection Guide
90˚
ap
D
ISCAR
6
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
6
ENDMILLS
REFERENCE
Tool
HM390 ETC-07
HM390 ETC-MM
HM390 ETC-C#-07
HM390 E10-80-07
HM390 ETP-10
HM390 ETP-MM
HM390 ETP-M
HM390 ETP-C#-10
HM390 ETD-15
HM390 ETD-M
HM390 ETD-19
H490 E90AX-09
H490 E90AX-M
H490 E90AX-MM
H490 E90AX-12
H490 E90AX-17
H490 E90AX-17-C#
P290 EPW
P290 EPW-M H690 E90AX-10
T490 ELN-08
T490 ELN-M
T490 ELN-MM..-08
T490 ELN-11
T490 ELN-13
T490 ELN-13-C#
T490 ELN-16
ap
D
5, 8, 13, 16 8, 12, 16.3 12, 18 88, 9, 12.5, 16
8
10
12
14 •
16 • • •
17
18 • • •
19
20 • • • • •
21
22 • • •
25 • • • • •
28 •
30
32 • • • • •
38
40 • • • • •
50 • • •
63 •
80 •
Inserts
HM390 TCKT 0703
HM390 TPKT 1003
HM390 TDKT 1505
HM390 TDKT 1907
H490 ANKX 09
H490 ANKX 1205
H490 AN.. -17
P290 ACKT 1204
P290 ACKT 1806 H690 TNKX 1005
T490 LN..0804
T490 LN..1106
T490 LN..1306
T490 LN..1607
Pages
13, 17, 24, 26 15-16, 23, 26-27 27-28 22 14-15, 22-23, 26
Center Cutting
Endmills
ap
D
Tool
E90XC
w
E90AC
ap
D
5.8-38 10-38
8
10
12 •
14
16 •
17
18
19
20 •
21
22
25 •
28
30
32 •
38 •
40
50
63
50 •
Inserts
SOMT-HQ
XOMT-HQ
APKT 10..
ADKT 1505
Pages
29 29
90˚
7
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
7
ENDMILLS
REFERENCE
Tool E30 / T230 HCM SOE 45 8/16 E45X E45 / T245 E60 / T260
ap
D
2.5; 7 5 - 12 3,5 4 3.6; 5.6; 7.8; 9.7 4.5; 12.3
α=30º α=45º α=45º α=45º α=45º α=60º
Number of Teeth (Effective)
61
81
12 4 2 1; 4 4
16 3 2 2
20 2
25 2 2 2
30 3
32 3
40 4
Inserts
T290 LNMT 05...
TPMT
HCD S845 SNMU/SNHU
1305
ONMU/ONHU 0505
SOMT 06...
XOMT 06..
QOMT 06..
SCMT 12
SDMT 09
T290 LNMT 05...
TPMT
T290 LNMT 05...
TPMT
Pages
30 228-230 30 30 32 32
Endmills 35°, 45°, 60°
Selection Guide
α°
ISCAR
8
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
8
ENDMILLS
REFERENCE
9
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
a°
D
2
D
H
d
A
B/D
Designation D H L D2d Shank(1) a° Type kg
HCE D12-A-L120-C12 12.00 30.00 120.00 11.10 12.00 C - A 0.097 SR 34-540 BLD T15/S7 SW6-T
HCE D12-B-L160-C20 12.00 50.00 160.00 - 20.00 C 4.6 B 0.412 SR 34-540 BLD T15/S7 SW6-T
HCE D12-D-L160-C16 12.00 60.00 160.00 - 16.00 C 1.9 D 0.211 SR 34-540 BLD T15/S7 SW6-T
HCE D16-A-L130-C16 16.00 36.00 130.00 14.90 16.00 C - A 0.186 SR 105739 BLD T20/S7 SW6-T
HCE D16-B-L160-C25 16.00 60.00 160.00 - 25.00 C 4.3 B 0.605 SR 105739 BLD T20/S7 SW6-T
HCE D16-D-L160-C20 16.00 65.00 160.00 - 20.00 C 1.7 D 0.323 SR 105739 BLD T20/S7 SW6-T
HCE D20-A-L150-C20 20.00 60.00 150.00 18.80 20.00 C - A 0.327 SR 1052964 BLD T25/S7 SW6-T
HCE D20-D-L200-C25 20.00 90.00 200.00 - 25.00 C 1.6 D 0.745 SR 1052964 BLD T25/S7 SW6-T
HCE D25-A-L170-C25 25.00 70.00 170.00 23.00 25.00 C - A 0.568 SR 1051666 BLD T25/S7 SW6-T
HCE D25-D-L250-C32 25.00 125.00 250.00 - 32.00 C 1.6 D 1.200 SR 1051666 BLD T25/S7 SW6-T
• For undercutting, use HTR inserts only • The dimensions are for HCC inserts with r=0.5 mm • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HCC-QF (454) • HTR-QF (454)
H
Type A
a°
H
Type B, D
HCE
Multifunction Endmills Which Can
Carry Several Insert Geometries
D3
TS
L6
L5
D
T
Designation D L6L5Ts D3T(1) Nxcm kg
HCE D12/.50-MMT08 12.00 28.00 20.00 T08 11.50 10.0 1500 0.013 SR 34-540 BLD T15/S7 SW6-T
HCE D16/.62-MMT10 16.00 36.75 25.00 T10 15.20 13.0 2800 0.029 SR 105739 BLD T20/S7 SW6-T
HCE D20/.75-MMT12 20.00 48.80 35.00 T12 18.50 15.0 2800 0.059 SR 1052964 BLD T25/S7 SW6-T
• For undercutting, use HTR inserts only • The dimensions are for HCC inserts with r=0.5 mm • Do not apply lubricant to the MULTI-MASTER threaded connection
• For adaptation options, see page 38 • For user guide, see pages 461-468
(1) Width across flats (wrench should be ordered separately).
For inserts, see pages: HCC-QF (454) • HTR-QF (454)
For holders, see pages: MM CAB (69) • MM GRT (shanks) (65) • MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK
(68) • MM S-A-N (64) • MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
HCE-MM
Multifunction Endmills with a
MULTI-MASTER Threaded Adaptation
that Can Carry Several Insert Geometries
L
Dd
H
ap
Designation D Z L H apd Shank(1) kg
T290 ELN D08-01-C08-05 8.00 1 60.00 20.00 5.00 8.00 C 0.019 SR 10503833 T-7/51
T290 ELN D10-02-C10-05 10.00 2 80.00 20.00 5.00 10.00 C 0.038 SR 10503833-S T-7/51
T290 ELN D12-02-C12-05 12.00 2 80.00 20.00 5.00 12.00 C 0.058 SR 10503833 T-7/51
T290 ELN D12-03-C12-05 12.00 3 80.00 20.00 5.00 12.00 C 0.058 SR 10503833 T-7/51
T290 ELN D14-03-C14-05 14.00 3 80.00 20.00 5.00 14.00 C 0.081 SR 10503833 T-7/51
T290 ELN D16-04-C16-05 16.00 4 80.00 22.00 5.00 16.00 C 0.103 SR 10503833 T-7/51
T290 ELN D16-05-C16-05 16.00 5 80.00 22.00 5.00 16.00 C 0.103 SR 10503833 T-7/51
• For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: T290 LNMT/LNHT 0502 (407)
T290 ELN-05
Endmills Carrying Tangentially
Clamped Inserts
ISCAR
10
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
DD3
TTs
ap
L5
L6
Designation D Z apD3Ts L5L6T(1) kg
T290 ELN D10-02-MMT06-05 10.00 2 5.00 9.20 T06 13.40 20.00 8.0 0.006 SR 10503833-S T-7/51
T290 ELN D12-03-MMT08-05 12.00 3 5.00 11.00 T08 16.00 24.00 10.0 0.011 SR 10503833 T-7/51
T290 ELN D14-03-MMT08-05 14.00 3 5.00 13.00 T08 16.06 24.00 10.0 0.015 SR 10503833 T-7/51
T290 ELN D16-04-MMT10-05 16.00 4 5.00 14.95 T10 19.25 31.00 13.0 0.027 SR 10503833 T-7/51
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
For inserts, see pages: T290 LNMT/LNHT 0502 (407)
For holders, see pages: MM CAB (69) • MM S-A (straight shanks) (65) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) •
MM S-ER-H (67)
T290 ELN-MM-05
Endmills with a MULTI-MASTER
Adaptation Carrying Tangentially
Clamped Inserts
D
ap max
L5
L
6T
D3
Ts
5.7
Rd°
Designation D Z ap max(1) L5L6Ts Rd° D3T(2) kg
E90CN D16-2-M08-07-C 16.00 2 4.00 30.00 47.50 M08 5.0 13.00 13.0 0.028 SR 34-505/LHG T-8/53
E90CN D20-3-M10-07-C 20.00 3 4.00 30.00 50.00 M10 3.5 18.00 16.0 0.051 SR 34-505/LHG T-8/53
E90CN D25-4-M12-07-C 25.00 4 4.00 35.00 57.00 M12 2.5 21.00 17.0 0.088 SR 34-505/LHG T-8/53
• For adaptation see page 38 • For user guide see pages 461-468
(1) Maximum recommended depth of cut for CNMT 070308-MM insert, apmax=2 mm for CNHT 070305 insert
(2) Clamping wrench size
For inserts, see pages: CNHT/MT 07 (459)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
E90CN-M
90° Endmills with a FLEXFIT
Threaded Connection Carrying
CNMT/HT 0703 Inserts
HL
d
D
5.7
ap max
Rd°
Designation D Z ap max(1) H L Rd° d kg
E90CN D16-2-L100-C15-07-C 16.00 2 4.00 20.00 100.00 5.0 15.00 0.108 SR 34-505/LHG T-8/53
E90CN D20-3-L140-C19-07-C 20.00 3 4.00 20.00 140.00 3.5 19.00 0.265 SR 34-505/LHG T-8/53
E90CN D25-4-L160-C24-07-C 25.00 4 4.00 20.00 160.00 2.5 24.00 0.481 SR 34-505/LHG T-8/53
• For user guide see pages 461-468
(1) Maximum recommended depth of cut for CNMT 070308-MM insert, for CNHT 070305 insert apmax=2 mm
For inserts, see pages: CNHT/MT 07 (459)
E90CN
90° Endmills Carrying
CNMT/HT 0703 Inserts
11
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
L1
ap
Dd
Rd°
Designation D Z apL1L d Shank(1) Rd°kg
E90X D08-C10-06 8.00 1 5.80 16.0 70.00 10.00 C 0.5 0.037 SR 34-508 T-7/51
E90X D08-W12-06 8.00 1 5.80 16.0 70.00 12.00 W 0.5 0.051 SR 34-508 T-7/51
E90X D10-C10-06 10.00 1 5.80 20.0 80.00 10.00 C 1.0 0.044 SR 34-508 T-7/51
E90X D10-W12-06 10.00 1 5.80 20.0 70.00 12.00 W 1.0 0.051 SR 34-508 T-7/51
E90X D12-C16-06 12.00 1 5.80 22.0 80.00 16.00 C 90.0 0.104 SR 34-508 T-7/51
E90X D12-W16-06 12.00 1 5.80 22.0 70.00 16.00 W 90.0 0.086 SR 34-508 T-7/51
E90X D14-C16-06 14.00 2 5.80 20.0 80.00 16.00 C - 0.107 SR 34-508/L T-7/51
E90X D14-W16-06 14.00 2 5.80 22.0 70.00 16.00 W - 0.087 SR 34-508/L T-7/51
E90X D16-C16-06 16.00 2 5.80 20.0 90.00 16.00 C 3.5 0.129 SR 34-508/L T-7/51
E90X D16-W16-06 16.00 2 5.80 20.0 70.00 16.00 W 3.5 0.096 SR 34-508/L T-7/51
E90X D18-W20-06 18.00 2 5.80 20.0 80.00 20.00 W 3.0 0.170 SR 34-508/L T-7/51
E90X D20-C20-06 20.00 3 5.80 22.0 110.00 20.00 C 3.0 0.250 SR 34-508/L T-7/51
E90X D20-W20-06 20.00 3 5.80 22.0 80.00 20.00 W 3.0 0.174 SR 34-508/L T-7/51
E90X D25-C20-06 25.00 4 5.80 25.0 120.00 20.00 C 2.5 0.293 SR 34-508/L T-7/51
E90X D25-W20-06 25.00 4 5.80 25.0 80.00 20.00 W 2.5 0.195 SR 34-508 T-7/51
E90X D32-W25-06 32.00 5 5.80 25.0 90.00 25.00 W 3.8 0.345 SR 34-508/L T-7/51
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: QOMT-HQ (424) • SOMT-HQ (424) • XOMT-HQ (425)
E90X
Endmills Carrying Square
Q/S/XOMT Inserts
Dd
H
ap
L
Designation D Z apL H d Shank(1) Rd°kg
H690 EWN D032-03-W32-R07 32.00 3 7.00 110.00 48.00 32.00 W 2.0 0.560 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 EWN D040-04-W32-R07 40.00 4 7.00 110.00 35.00 32.00 W 1.5 0.637 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
• For user guide see pages 461-468
(1) W-Weldon
For inserts, see pages: H690 WNMU 0705 (402)
For holders, see pages: BT-EM (DIN 1835 Form B) (901) • BT-FC-EM (902) • C#-EM (886) • DIN2080-EM (915) • DIN69871-EM (DIN 6359-HB) (852) • EMH MB
(756) • HSK A-EM (DIN 1835 Form B) (869)
H690 EWN
90° Endmills Carrying H690 WNMU
0705 Double-Sided Trigonal Inserts
with 6 Helical Cutting Edges
ISCAR
12
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
L
H
L1
ap
D
Rd°
Designation D Z H L1Lapd Shank(2) Rd° Rd°1(3) kg
HP E90AN-D10-1-C10-07-C 10.00 1 20.00 18.0 80.00 7.70 10.00 C 2.5 - Y 0.038 SR 34-533/L/HG T-6/51
HP E90AN-D12-2-C12-07-C 12.00 2 18.00 16.5 80.00 7.70 12.00 C 2.7 3.5 Y 0.057 SR 34-533/L/HG T-6/51
HP E90AN-D14-2-C14-07-C 14.00 2 18.00 16.5 80.00 7.70 14.00 C 3.2 4.2 Y 0.078 SR 34-533/L/HG T-6/51
HP E90AN-D16-3-C15-07-C-B (1) 16.00 3 26.00 24.5 150.00 7.70 15.00 C 3.2 6.0 Y 0.168 SR 34-533/L/HG T-6/51
HP E90AN-D16-3-C16-07-C 16.00 3 26.00 24.5 90.00 7.70 16.00 C 3.2 6.0 Y 0.110 SR 34-533/L/HG T-6/51
HP E90AN-D16-3-W16-07 16.00 3 21.00 18.5 85.00 7.70 16.00 W 3.2 6.0 N 0.119 SR 34-533/L/HG T-6/51
HP E90AN-D16-4-C16-07-C 16.00 4 26.00 24.5 90.00 7.70 16.00 C 3.2 6.0 Y 0.111 SR 34-533/L/HG T-6/51
HP E90AN-D16-4-W16-07 16.00 4 20.00 18.5 85.00 7.70 16.00 W 3.2 6.0 N 0.119 SR 34-533/L/HG T-6/51
HP E90AN-D20-4-C19-07-C-B (1) 20.00 4 22.00 20.5 160.00 7.70 19.00 C 2.4 4.5 Y 0.308 SR 34-533/L/HG T-6/51
HP E90AN-D20-4-C20-07-C 20.00 4 22.00 20.5 110.00 7.70 20.00 C 2.4 4.5 Y 0.230 SR 34-533/L/HG T-6/51
HP E90AN-D20-4-W20-07 20.00 4 22.00 20.5 90.00 7.70 20.00 W 2.4 4.5 N 0.199 SR 34-533/L/HG T-6/51
HP E90AN-D20-5-C20-07-C 20.00 5 22.00 20.5 110.00 7.70 20.00 C 2.4 4.5 Y 0.230 SR 34-533/L/HG T-6/51
HP E90AN-D20-5-W20-07 20.00 5 22.00 20.5 90.00 7.70 20.00 W 2.4 4.5 N 0.200 SR 34-533/L/HG T-6/51
HP E90AN-D25-5-C20-07-C 25.00 5 24.00 - 120.00 7.70 20.00 C 2.0 3.0 Y 0.276 SR 34-533/L/HG T-6/51
HP E90AN-D25-5-C24-07-C-B (1) 25.00 5 24.00 - 200.00 7.70 24.00 C 2.0 3.0 Y 0.610 SR 34-533/L/HG T-6/51
HP E90AN-D25-5-W25-07 25.00 5 24.00 22.5 95.00 7.70 25.00 W 2.0 3.0 N 0.329 SR 34-533/L/HG T-6/51
HP E90AN-D25-7-C20-07-C 25.00 7 24.00 - 120.00 7.70 20.00 C 2.0 3.0 Y 0.274 SR 34-533/L/HG T-6/51
HP E90AN-D25-7-W25-07 25.00 7 24.00 22.5 95.00 7.70 25.00 W 2.0 3.0 N 0.332 SR 34-533/L/HG T-6/51
HP E90AN-D32-6-C25-07-C 32.00 6 30.00 - 130.00 7.70 25.00 C 1.4 2.5 Y 0.474 SR 34-533/L/HG T-6/51
HP E90AN-D32-6-W25-07 32.00 6 30.00 - 95.00 7.70 25.00 W 1.4 2.5 N 0.379 SR 34-533/L/HG T-6/51
HP E90AN-D32-8-C25-07-C 32.00 8 30.00 - 130.00 7.70 25.00 C 1.4 2.5 Y 0.481 SR 34-533/L/HG T-6/51
HP E90AN-D32-8-W25-07 32.00 8 30.00 - 95.00 7.70 25.00 W 1.4 2.5 N 0.389 SR 34-533/L/HG T-6/51
• Insert tightening torque: 62 Nxcm • For user guide see pages 461-468
(1) "B" suffix - cylindrical shank which may be shortened.
(2) C-Cylindrical, W-Weldon
(3) Values only for HP ANKT 0702R12T-FF insert
For inserts, see pages: HP ANCR 0702PNFR (380) • HP ANKT 0702...-FF (381) • HP ANKT/ANCT 0702..PN-R/PNTR (380) • HP ANKW 070204PNTR (380)
HP E90AN-07
Endmills with HELIPLUS HP
ANKT 0702.. Inserts
L5
D3
L6
Ts
ap
D
Rd°
Designation D Z Ts L6L5apD3Rd° Rd°1(1) kg
HP E90AN-D12-2-M08 12.00 2 M08 35.50 18.00 7.70 13.00 2.7 3.5 0.013 SR 34-533/L/HG T-6/51
HP E90AN-D16-3-M10 16.00 3 M10 48.00 28.00 7.70 18.00 3.2 6.0 0.038 SR 34-533/L/HG T-6/51
HP E90AN-D20-4-M10 20.00 4 M10 50.00 30.00 7.70 18.00 2.4 4.5 0.055 SR 34-533/L/HG T-6/51
HP E90AN-D25-5-M12 25.00 5 M12 57.00 35.00 7.70 21.00 2.0 3.0 0.090 SR 34-533/L/HG T-6/51
HP E90AN-D32-6-M16 32.00 6 M16 60.00 35.00 7.70 29.00 1.4 2.5 0.169 SR 34-533/L/HG T-6/51
• Insert tightening torque: 62 Nxcm • For adaptation see page 38 • For user guide see pages 461-468
(1) Values only for HP ANKT 0702R12T-FF insert
For inserts, see pages: HP ANCR 0702PNFR (380) • HP ANKT 0702...-FF (381) • HP ANKT/ANCT 0702..PN-R/PNTR (380) • HP ANKW 070204PNTR (380)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HP E90AN-M-07
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
HELIPLUS HP ANKT 0702.. Inserts
13
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
T
L6
L5
Ts
ap
D3
Rd°
Designation D Z L6L5apTs D3T(1) Rd° Rd°1(2) kg
HP E90AN-D10-1-MMT06 10.00 1 20.00 13.40 7.70 T06 8.93 8.0 2.5 - 0.006 SR 34-533/L/HG T-6/51
HP E90AN-D12-2-MMT08 12.00 2 24.45 16.50 7.70 T08 10.60 10.0 2.7 3.5 0.011 SR 34-533/L/HG T-6/51
HP E90AN-D16-3-MMT10 16.00 3 31.75 20.00 7.70 T10 14.95 13.0 3.2 6.0 0.027 SR 34-533/L/HG T-6/51
HP E90AN-D16-4-MMT10 16.00 4 31.75 20.00 7.70 T10 14.95 13.0 3.2 6.0 0.026 SR 34-533/L/HG T-6/51
HP E90AN-D20-4-MMT12 20.00 4 35.30 21.50 7.70 T12 18.40 16.0 2.4 4.5 0.046 SR 34-533/L/HG T-6/51
HP E90AN-D20-5-MMT12 20.00 5 35.30 21.50 7.70 T12 18.40 16.0 2.4 4.5 0.046 SR 34-533/L/HG T-6/51
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
(2) Values only for HP ANKT 0702R12T-FF insert
For inserts, see pages: HP ANCR 0702PNFR (380) • HP ANKT 0702...-FF (381) • HP ANKT/ANCT 0702..PN-R/PNTR (380) • HP ANKW 070204PNTR (380)
For holders, see pages: MM CAB (69) • MM GRT (shanks) (65) • MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM
S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) •
MM TS-A (64)
HP E90AN-MM-07
90° Endmills with a MULTI-MASTER
Threaded Adaptation Carrying
HELIPLUS HP ANKT 0702.. Inserts
H
D
ap
L
d
Rd°
Designation DapZ L H d Shank(1) Rd°kg
HM390 ETC D14-1-C16-07 14.00 5.00 1 80.00 21.00 16.00 C 1.9 0.100 SR M2.5X5-T7-60 T-7/51
HM390 ETC D14-1-W16-07 14.00 5.00 1 70.00 21.00 16.00 W 1.9 0.081 SR M2.5X5-T7-60 T-7/51
HM390 ETC D16-2-C15-07-B 16.00 5.00 2 150.00 26.00 15.00 C 1.9 0.170 SR M2.5X5-T7-60 T-7/51
HM390 ETC D16-2-C16-07 16.00 5.00 2 100.00 26.00 16.00 C 1.9 0.123 SR M2.5X5-T7-60 T-7/51
HM390 ETC D16-2-C16-07-B 16.00 5.00 2 150.00 40.00 16.00 C 1.9 0.190 SR M2.5X5-T7-60 T-7/51
HM390 ETC D16-2-W16-07 16.00 5.00 2 80.00 26.00 16.00 W 1.9 0.095 SR M2.5X5-T7-60 T-7/51
HM390 ETC D18-2-C16-07 18.00 5.00 2 100.00 30.00 16.00 C 1.4 0.125 SR M2.5X5-T7-60 T-7/51
HM390 ETC D18-2-C16-07-B 18.00 5.00 2 160.00 30.00 16.00 C 1.4 0.210 SR M2.5X5-T7-60 T-7/51
HM390 ETC D18-2-W20-07 20.00 5.00 2 85.00 30.00 20.00 W 1.4 0.160 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-C19-07-B 20.00 5.00 3 160.00 30.00 19.00 C 1.4 0.280 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-C20-07 20.00 5.00 3 110.00 30.00 20.00 C 1.4 0.210 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-C20-07-B 20.00 5.00 3 160.00 40.00 20.00 C 1.4 0.310 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-W20-07 20.00 5.00 3 85.00 30.00 20.00 W 1.4 0.157 SR M2.5X5-T7-60 T-7/51
HM390 ETC D22-3-C20-07 22.00 5.00 3 110.00 30.00 20.00 C 1.0 0.213 SR M2.5X5-T7-60 T-7/51
HM390 ETC D22-3-C20-07-B 22.00 5.00 3 180.00 30.00 20.00 C 1.0 0.370 SR M2.5X5-T7-60 T-7/51
HM390 ETC D22-3-W25-07 22.00 5.00 3 90.00 30.00 25.00 W 1.0 0.257 SR M2.5X5-T7-60 T-7/51
HM390 ETC D25-4-C25-07 25.00 5.00 4 120.00 35.00 25.00 C 1.0 0.363 SR M2.5X6-T7-60 T-7/51
HM390 ETC D25-4-W25-07 25.00 5.00 4 95.00 35.00 25.00 W 1.0 0.278 SR M2.5X6-T7-60 T-7/51
HM390 ETC D28-4-C25-07-B 28.00 5.00 4 200.00 35.00 25.00 C 2.5 0.640 SR M2.5X6-T7-60 T-7/51
HM390 ETC D28-5-C25-07 28.00 5.00 5 120.00 30.00 25.00 C 1.0 0.380 SR M2.5X6-T7-60 T-7/51
HM390 ETC D32-5-C32-07 32.00 5.00 5 130.00 45.00 32.00 C 0.8 0.675 SR M2.5X6-T7-60 T-7/51
HM390 ETC D32-5-W32-07 32.00 5.00 5 110.00 45.00 32.00 W 0.8 0.560 SR M2.5X6-T7-60 T-7/51
• Insert clamping screw must be lubricated every indexing. • Tightening torque 0.9 Nxm. • For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: HM390 TCKT 0703 (381)
HM390 ETC-07
90° Endmills Carrying HM390
TCKT 0703 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
14
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
d
D
L1
H
ap
Rd°
Designation D Z H L1apL d Shank(1) Rd°(2) kg
T490 ELN D16-2-C15-08B 16.00 2 41.00 40.0 8.00 150.00 15.00 C Y 2.0 0.178 SR 10502813-HGSM IP-7/51
T490 ELN D16-2-C16-08 16.00 2 28.00 26.0 8.00 90.00 16.00 C N 2.0 0.129 SR 10502813-HGSM IP-7/51
T490 ELN D16-2-C16-08C 16.00 2 28.00 26.0 8.00 90.00 16.00 C Y 2.0 0.117 SR 10502813-HGSM IP-7/51
T490 ELN D16-2-W16-08 16.00 2 28.00 26.0 8.00 85.00 16.00 W N 2.0 0.120 SR 10502813-HGSM IP-7/51
T490 ELN D16-2-W16-08C 16.00 2 28.00 26.0 8.00 85.00 16.00 W Y 2.0 0.109 SR 10502813-HGSM IP-7/51
T490 ELN D18-2-C20-08C 18.00 2 28.00 26.0 8.00 90.00 20.00 C Y 1.8 0.183 SR 10502813-HGSM IP-7/51
T490 ELN D20-2-C19-08B 20.00 2 41.00 40.0 8.00 160.00 19.00 C Y 1.7 0.310 SR 10502813-HG-M IP-7/51
T490 ELN D20-2-C20-08C 20.00 2 28.00 26.0 8.00 110.00 20.00 C Y 1.7 0.232 SR 10502813-HG-M IP-7/51
T490 ELN D20-2-W20-08C 20.00 2 28.00 26.0 8.00 90.00 20.00 W Y 1.7 0.184 SR 10502813-HG-M IP-7/51
T490 ELN D20-3-C20-08 20.00 3 28.00 26.0 8.00 110.00 20.00 C N 1.7 0.250 SR 10502813-HG-M IP-7/51
T490 ELN D20-3-C20-08C 20.00 3 28.00 26.0 8.00 110.00 20.00 C Y 1.7 0.230 SR 10502813-HG-M IP-7/51
T490 ELN D20-3-W20-08 20.00 3 28.00 26.0 8.00 90.00 20.00 W N 1.7 0.200 SR 10502813-HG-M IP-7/51
T490 ELN D20-3-W20-08C 20.00 3 28.00 26.0 8.00 90.00 20.00 W Y 1.7 0.183 SR 10502813-HG-M IP-7/51
T490 ELN D22-3-C20-08C 22.00 3 28.00 30.0 8.00 110.00 20.00 C Y - 0.240 SR 10502813-HG-M IP-7/51
T490 ELN D25-3-C24-08B 25.00 3 41.00 40.0 8.00 200.00 24.00 C Y - 0.613 SR 10502813-HG-M IP-7/51
T490 ELN D25-3-C25-08C 25.00 3 28.00 26.0 8.00 120.00 25.00 C Y - 0.391 SR 10502813-HG-M IP-7/51
T490 ELN D25-3-W25-08C 25.00 3 28.00 26.0 8.00 95.00 25.00 W Y - 0.296 SR 10502813-HG-M IP-7/51
T490 ELN D25-4-C25-08 25.00 4 28.00 26.0 8.00 120.00 25.00 C N - 0.431 SR 10502813-HG-M IP-7/51
T490 ELN D25-4-C25-08C 25.00 4 28.00 26.0 8.00 120.00 25.00 C Y - 0.392 SR 10502813-HG-M IP-7/51
T490 ELN D25-4-W25-08 25.00 4 28.00 26.0 8.00 95.00 25.00 W N - 0.332 SR 10502813-HG-M IP-7/51
T490 ELN D25-4-W25-08C 25.00 4 28.00 26.0 8.00 95.00 25.00 W Y - 0.301 SR 10502813-HG-M IP-7/51
T490 ELN D32-3-C32-08C 32.00 3 32.00 30.0 8.00 130.00 32.00 C Y - 0.724 SR 10502813-HG-M IP-7/51
T490 ELN D32-3-W32-08C 32.00 3 32.00 30.0 8.00 110.00 32.00 W Y - 0.601 SR 10502813-HG-M IP-7/51
T490 ELN D32-4-C32-08B 32.00 4 32.00 30.0 8.00 200.00 32.00 C Y - 1.136 SR 10502813-HG-M IP-7/51
T490 ELN D32-5-C32-08C 32.00 5 32.00 30.0 8.00 130.00 32.00 C Y - 0.728 SR 10502813-HG-M IP-7/51
T490 ELN D32-5-W32-08C 32.00 5 32.00 30.0 8.00 110.00 32.00 W Y - 0.601 SR 10502813-HG-M IP-7/51
T490 ELN D40-4-C32-08C 40.00 4 - 30.0 8.00 130.00 32.00 C Y - 0.809 SR 10502813-HG-M IP-7/51
T490 ELN D40-6-C32-08C 40.00 6 - 30.0 8.00 130.00 32.00 C Y - 0.819 SR 10502813-HG-M IP-7/51
T490 ELN D40-6-W32-08C 40.00 6 - 30.0 8.00 110.00 32.00 W Y - 0.694 SR 10502813-HG-M IP-7/51
• "B" suffix with long cylindrical shank which may be shortened. • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
(2) Only with T490 LNMT 0804PNR-RD inserts
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
T490 ELN-08
90° Endmills Carrying Tangentially
Clamped Inserts with 4 Helical,
8 mm Long Cutting Edges
L6
L5
DD3
Ts
ap
T
Rd°
Designation DapZ L5D3Ts L6T(1) Rd°kg
HM390 ETC D16-2-MMT10-07 16.00 5.00 2 16.00 15.20 T10 27.30 13.0 1.9 0.020 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-MMT12-07 20.00 5.00 3 20.00 18.30 T12 33.30 16.0 1.4 0.036 SR M2.5X5-T7-60 T-7/51
HM390 ETC D25-4-MMT15-07 25.00 5.00 4 25.00 23.90 T15 42.00 20.0 1.0 0.080 SR M2.5X6-T7-60 T-7/51
• Insert clamping screw must be lubricated every indexing. • Tightening torque 0.9 Nxm. • For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
For inserts, see pages: HM390 TCKT 0703 (381)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK
(68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
HM390 ETC-MM
90° Endmills with a MULTI-MASTER
Threaded Adaptation Carrying HM390
TCKT 0703 Triangular Inserts
L1
D
ap
L5
SS
Rd°
Designation DapL1L5SS Z Rd°kg
HM390 ETC D16-2-L24-C3-07 16.00 5.00 24.3 45.00 32 2 1.9 0.16 SR M2.5X5-T7-60 T-7/51
HM390 ETC D20-3-L34-C4-07 20.00 5.00 33.9 60.00 40 3 1.4 0.25 SR M2.5X5-T7-60 T-7/51
• Insert clamping screw must be lubricated every indexing. • Tightening torque 0.9 Nxm. • For user guide see pages 461-468
For inserts, see pages: HM390 TCKT 0703 (381)
HM390 ETC-C#-07
90° Endmills with CAMFIX
Shanks Carrying HM390 TCKT
0703 Triangular Inserts
15
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D3
Ts
T
ap
D
L5
L6
Rd°
Designation D Z apD3L5L6Ts T(1) Rd°kg
T490 ELN D16-2-MMT10 16.00 2 8.00 14.70 20.00 32.00 T10 13.0 2.0 0.027 SR 10502813-HGSM IP-7/51
T490 ELN D20-2-MMT12 20.00 2 8.00 18.70 21.50 35.00 T12 16.0 1.7 0.048 SR 10502813-HG-M IP-7/51
T490 ELN D20-3-MMT12 20.00 3 8.00 18.70 21.50 35.00 T12 16.0 1.7 0.048 SR 10502813-HG-M IP-7/51
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK
(68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
T490 ELN-MM..-08
90° Endmills with a MULTI-MASTER
Threaded Adaptation Carrying
Tangentially Clamped Inserts
D
L
H
ap
d
Designation D Z apL H d Shank(1) kg
H490 E90AX D16-2-C15-09-B 16.00 2 8.00 150.00 40.00 15.00 C 0.178 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D16-2-C16-09 16.00 2 8.00 90.00 26.00 16.00 C 0.116 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D16-2-W16-09 16.00 2 8.00 85.00 26.00 16.00 W 0.108 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D18-2-C16-09 18.00 2 8.00 90.00 25.00 16.00 C 0.123 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D20-2-C19-09-B 20.00 2 8.00 160.00 40.00 19.00 C 0.309 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D20-2-C20-09 20.00 2 8.00 110.00 26.00 20.00 C 0.229 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D20-2-W20-09 20.00 2 8.00 90.00 26.00 20.00 W 0.184 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D20-3-C20-09 20.00 3 8.00 110.00 26.00 20.00 C 0.230 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D20-3-W20-09 20.00 3 8.00 90.00 26.00 20.00 W 0.183 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D22-3-C20-09 22.00 3 8.00 115.00 25.00 20.00 C 0.247 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D25-3-C24-09-B 25.00 3 8.00 200.00 40.00 24.00 C 0.610 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D25-3-C25-09 25.00 3 8.00 120.00 26.00 25.00 C 0.387 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D25-3-W25-09 25.00 3 8.00 95.00 26.00 25.00 W 0.296 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D25-4-C25-09 25.00 4 8.00 120.00 26.00 25.00 C 0.383 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D25-4-W25-09 25.00 4 8.00 95.00 26.00 25.00 W 0.297 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D32-4-C31-09-B 32.00 4 8.00 200.00 40.00 31.00 C 1.067 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D32-4-C32-09 32.00 4 8.00 130.00 30.00 32.00 C 0.720 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D32-4-W32-09 32.00 4 8.00 110.00 30.00 32.00 W 0.598 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D32-5-C32-09 32.00 5 8.00 130.00 30.00 32.00 C 0.723 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D32-5-W32-09 32.00 5 8.00 110.00 30.00 32.00 W 0.599 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D40-5-C32-09 40.00 5 8.00 130.00 38.00 32.00 C 0.766 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D40-5-W32-09 40.00 5 8.00 110.00 38.00 32.00 W 0.638 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D40-6-C32-09 40.00 6 8.00 130.00 38.00 32.00 C 0.773 SR 10508082-HG SW4-SD BLD T08/M7
H490 E90AX D40-6-W32-09 40.00 6 8.00 110.00 38.00 32.00 W 0.646 SR 10508082-HG SW4-SD BLD T08/M7
• For user guide, see pages 461-468 • "B" Suffix cylindrical shank which may be shortened
(1) C-Cylindrical, W-Weldon
For inserts, see pages: H490 ANKX 0904-FF (403) • H490 ANKX/ANCX-09 (402)
H490 E90AX-09
90° Endmills Carrying H490 ANKX
09... Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
ap
D
L1
L5
L6
D3
Ts
T
Rd°
Designation D Z apD3L1L5L6Ts T(1) Rd°(2) Insert kg
T490 ELN D16-2-M10 16.00 2 8.00 18.00 22.0 30.00 50.00 M10 12.7 2.0 T490 LN.. 08 0.04 SR 10502813-HGSM IP-7/51
T490 ELN D20-3-M10 20.00 3 8.00 18.70 - 30.00 50.00 M10 15.0 1.7 T490 LN.. 08 0.06 SR 10502813-HG-M IP-7/51
T490 ELN D25-3-M12 25.00 3 8.00 21.00 - 28.00 50.00 M12 17.0 - T490 LN.. 08 0.08 SR 10502813-HG-M IP-7/51
T490 ELN D25-4-M12 25.00 4 8.00 21.00 - 28.00 50.00 M12 17.0 - T490 LN.. 08 0.08 SR 10502813-HG-M IP-7/51
T490 ELN D32-3-M16-13
32.00 3 12.50 29.00 - 45.00 70.00 M16 25.0 - T490 LN.. 13 0.22 SR 34-535-X-HG BLD T15/S7 SW6-T-SH
T490 ELN D32-5-M16 32.00 5 8.00 29.00 - 30.00 55.00 M16 25.0 - T490 LN.. 08 0.16 SR 10502813-HG-M IP-7/51
• For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
(2) Only with T490 LNMT 0804PNR-RD inserts
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 0804 (408) • T490 LNMT/LNHT 1306 (409)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
T490 ELN-M
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
Tangentially Clamped Inserts
ISCAR
16
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
T
L5
D3
Ts
ap
Designation D Z apL5D3Ts T(1) kg
H490 E90AX D20-3-M10-09 20.00 3 8.00 30.00 18.70 M10 16.0 0.059 SR 10508082-HG BLD T08/M7 SW4-SD
H490 E90AX D25-4-M12-09 25.00 4 8.00 28.00 21.00 M12 17.0 0.075 SR 10508082-HG BLD T08/M7 SW4-SD
H490 E90AX D32-5-M16-09 32.00 5 8.00 30.00 29.00 M16 25.0 0.153 SR 10508082-HG BLD T08/M7 SW4-SD
• For adaptation, see pages 38 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: H490 ANKX 0904-FF (403) • H490 ANKX/ANCX-09 (402)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249)
• HSK A-ODP (FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
H490 E90AX-M
90° Endmills with a FLEXFIT
Threaded Connection Carrying
H490 ANKX/ANCX 09..
Double-Sided Rectangular Inserts
D
L5
Ts
T
D3
ap
Designation D Z apL5D3Ts T(1) AE
H490 E90AX D16-2-MMT10-09 16.00 2 8.00 23.00 15.30 T10 13.0 0.0 SR 10508082-HG BLD T08/M7 SW4-SD
H490 E90AX D20-3-MMT12-09 20.00 3 8.00 24.00 18.70 T12 16.0 0.0 SR 10508082-HG BLD T08/M7 SW4-SD
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation, see page 38 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: H490 ANKX 0904-FF (403) • H490 ANKX/ANCX-09 (402)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64)
• MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
H490 E90AX-MM
90° Endmills with a MULTI-MASTER
Threaded Connection Carrying
H490 ANKX/ANCX 090...
Double-Sided Rectangular Inserts
D
L
ap
L1
d
Rd°
Designation D Z apL1L d Shank(1) Rd°kg
E90SP D25-C25-10 25.00 2 9.60 32.0 110.00 25.00 C 3.0 0.366 SR 14-544/S T-15/51
E90SP D25-W25-10 25.00 2 9.60 32.0 95.00 25.00 W 3.0 0.300 SR 14-544/S T-15/51
E90SP D32-C32-10 32.00 3 9.60 32.0 130.00 32.00 C 2.0 0.728 SR 14-544/S T-15/51
E90SP D32-W25-10 32.00 3 9.60 32.0 95.00 25.00 W 2.0 0.348 SR 14-544/S T-15/51
E90SP D40-C32-10 40.00 4 9.60 32.0 130.00 32.00 C 1.5 0.799 SR 14-544/S T-15/51
E90SP D40-W32-10 40.00 4 9.60 32.0 100.00 32.00 W 1.5 0.602 SR 14-544/S T-15/51
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: QPMR 1004..-HQ-M (425) • QPMT 100408PDTN (425) • SPMT-HQ (426) • XPMT-HQ (426)
E90SP
Endmills Carrying Square
S/XPMT Inserts
17
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
Dd
H
ap
Designation D Z L H apd Shank(1) kg
T290 ELN D20-02-C20-10 20.00 2 110.00 27.00 10.00 20.00 C 0.224 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D20-03-C20-10 20.00 3 110.00 27.00 10.00 20.00 C 0.226 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D20-03-W20-10 20.00 3 90.00 28.00 10.00 20.00 W 0.181 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D25-03-C25-10-XL 25.00 3 150.00 30.00 10.00 25.00 C 0.508 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D25-04-C25-10 25.00 4 120.00 28.00 10.00 25.00 C 0.399 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D25-04-W25-10 25.00 4 95.00 30.00 10.00 25.00 W 0.303 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D32-04-C32-10-XL 32.00 4 150.00 30.00 10.00 32.00 C 0.846 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D32-05-C32-10 32.00 5 130.00 28.00 10.00 32.00 C 0.728 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D32-05-W32-10 32.00 5 110.00 30.00 10.00 32.00 W 0.601 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D40-05-C32-10-XL 40.00 5 150.00 30.00 10.00 32.00 C 0.876 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D40-06-C32-10 40.00 6 130.00 30.00 10.00 32.00 C 0.752 SR 10504970 BLD IP15/M7 SW6-T-SH
T290 ELN D40-06-W32-10 40.00 6 110.00 30.00 10.00 32.00 W 0.632 SR 10504970 BLD IP15/M7 SW6-T-SH
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: T290 LNMT/LNHT 1004 (407)
T290 ELN-10
Endmills Carrying Tangentially
Clamped Inserts
H
D
ap
L
d
Rd°
Designation DapZ L H d Shank(1) Rd°kg
HM390 ETP D25-2-C25-10 25.00 8.00 2 120.00 25.00 25.00 C 2.9 0.380 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-2-W25-10 25.00 8.00 2 95.00 25.00 25.00 W 2.9 0.302 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-3-C24-10-B 25.00 8.00 3 200.00 25.00 24.00 C 2.9 0.600 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-3-C25-10 25.00 8.00 3 120.00 25.00 25.00 C 2.9 0.382 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-3-C25-10-B 25.00 8.00 3 200.00 40.00 25.00 C 2.9 0.653 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-3-W25-10 25.00 8.00 3 95.00 25.00 25.00 W 2.9 0.303 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D28-3-C25-10 28.00 8.00 3 120.00 25.00 25.00 C 2.5 0.400 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D28-3-C25-10-B 28.00 8.00 3 200.00 25.00 25.00 C 2.5 0.669 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-3-C31-10-B 32.00 8.00 3 250.00 30.00 31.00 C 2.1 1.327 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-3-C32-10 32.00 8.00 3 130.00 30.00 32.00 C 2.1 0.711 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-3-W32-10 32.00 8.00 3 110.00 30.00 32.00 W 2.1 0.586 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-4-C32-10 32.00 8.00 4 130.00 30.00 32.00 C 2.1 0.703 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-4-C32-10-B 32.00 8.00 4 200.00 40.00 32.00 C 2.1 1.100 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-4-W32-10 32.00 8.00 4 110.00 30.00 32.00 W 2.1 0.583 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D40-5-C32-10 40.00 8.00 5 130.00 30.00 32.00 C 1.6 0.764 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D40-5-W32-10 40.00 8.00 5 110.00 30.00 32.00 W 1.6 0.639 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D50-6-C32-10 50.00 8.00 6 130.00 38.00 32.00 C 1.2 0.860 SR 14-562/S BLD T10/S7 SW6-SD
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: HM390 TPKT 1003 (381)
HM390 ETP-10
90° Endmills Carrying HM390
TPKT 1003 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
18
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
T
L5
Ts D3
L6
ap
Rd°
Designation DapZ L5D3Ts L6T(1) Rd°kg
HM390 ETP-D25-3-MMT15-10 25.00 8.00 3 28.00 24.00 T15 45.00 20.0 1.0 0.090 SR 14-562/S BLD T10/S7 SW6-SD
• For adaptation, see page 38 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: HM390 TPKT 1003 (381)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-SK (68) • MM S-B (85°
conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER-H (67)
HM390 ETP-MM
90° Endmills with a MULTI-MASTER
Threaded Adaptation Carrying HM390
TPKT 1003... Triangular Inserts
apL5
D
T
L6
Ts D3
Rd°
Designation DapZ L5D3Ts L6T(1) Rd°kg
HM390 ETP D25-3-M12 25.00 8.00 3 35.00 21.00 M12 57.00 18.0 2.9 0.082 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D32-4-M16 32.00 8.00 4 35.00 29.00 M16 60.00 25.0 2.1 0.160 SR 14-562/S BLD T10/S7 SW6-SD
• For adaptation see pages 38 • For user guide see pages 461-468
(1) Clamping wrench size
For inserts, see pages: HM390 TPKT 1003 (381)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HM390 ETP-M
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
HM90 TPKT 1003... Inserts
with 3 Helical Cutting Edges
SS
L1
ap
D
L5
Rd°
Designation DapZ L1L5SS Rd°kg
HM390 ETP D25-3-L55-C3-10 25.00 8.00 3 39.0 55.00 32 2.9 0.207 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D25-3-L55-C5-10 25.00 8.00 3 28.7 55.60 50 2.9 0.562 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D36-4-L55-C3-10 36.00 8.00 4 39.0 55.00 32 1.7 0.299 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D44-5-L70-C4-10 44.00 8.00 5 49.0 70.00 40 1.3 0.639 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D54-6-L70-C5-10 54.00 8.00 6 49.5 70.00 50 1.0 1.050 SR 14-562/S BLD T10/S7 SW6-SD
HM390 ETP D66-7-L75-C6-10 66.00 8.00 7 52.0 75.00 63 0.8 1.800 SR 14-562/S BLD T10/S7 SW6-SD
• For user guide see pages 461-468
For inserts, see pages: HM390 TPKT 1003 (381)
HM390 ETP-C#-10
90° Endmills Carrying HM390
TPKT 1003 Triangular Inserts
with 3 Helical Cutting Edges
19
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
D
L
H
L1
ap
Rd°
HM90 E90A-10
Endmills Carrying HM90
AP.. 1003... Inserts
Designation D Z apL H L1Rd° d Shank(1) kg RPM max
HM90 E90A-D10-1-C10 10.00 1 10.00 80.00 20.00 13.8 5.0 10.00 C N 0.045 131850
HM90 E90A-D10-1-C10-C 10.00 1 10.00 80.00 20.00 13.8 5.0 10.00 C Y 0.038 131850
HM90 E90A-D10-1-C16-LB 10.00 1 10.00 160.00 30.00 13.8 5.0 16.00 C N 0.222 131850
HM90 E90A-D10-1-W16 10.00 1 10.00 80.00 20.00 10.6 5.0 16.00 W N 0.102 131850
HM90 E90A-D10-1-W16-C 10.00 1 10.00 80.00 20.00 14.6 5.0 16.00 W Y 0.093 131850
HM90 E90A-D12-1-C16 12.00 1 10.00 80.00 20.00 14.0 32.0 16.00 C N 0.107 91850
HM90 E90A-D12-1-C16-C 12.00 1 10.00 80.00 20.00 14.0 32.0 16.00 C Y 0.099 91850
HM90 E90A-D12-1-C16-LB 12.00 1 10.00 160.00 30.00 16.0 32.0 16.00 C N 0.228 91850
HM90 E90A-D12-1-W16 12.00 1 10.00 80.00 20.00 14.0 32.0 16.00 W N 0.106 91850
HM90 E90A-D12-1-W16-C 12.00 1 10.00 80.00 20.00 14.0 32.0 16.00 W Y 0.098 91850
HM90 E90A-D14-1-C16 14.00 1 10.00 80.00 23.00 18.4 7.0 16.00 C N 0.107 75350
HM90 E90A-D14-1-C16-C 14.00 1 10.00 80.00 23.00 18.4 7.0 16.00 C Y 0.098 75350
HM90 E90A-D14-1-W16 14.00 1 10.00 80.00 23.00 18.4 7.0 16.00 W N 0.107 75350
HM90 E90A-D14-1-W16-C 14.00 1 10.00 80.00 23.00 18.4 7.0 16.00 W Y 0.102 75350
HM90 E90A-D16-2-C15-B 16.00 2 10.00 150.00 25.00 24.4 15.0 15.00 C N 0.194 66200
HM90 E90A-D16-2-C15-B-C 16.00 2 10.00 150.00 25.00 24.4 15.0 15.00 C Y 0.174 66200
HM90 E90A-D16-2-C16 16.00 2 10.00 90.00 26.00 25.2 15.0 16.00 C N 0.124 66200
HM90 E90A-D16-2-C16-B 16.00 2 10.00 150.00 40.00 38.2 15.0 16.00 C N 0.216 66200
HM90 E90A-D16-2-C16-B-C 16.00 2 10.00 150.00 40.00 38.2 15.0 16.00 C Y 0.197 66200
HM90 E90A-D16-2-C16-C 16.00 2 10.00 90.00 26.00 25.2 15.0 16.00 C Y 0.114 66200
HM90 E90A-D16-2-C16-LB 16.00 2 10.00 180.00 40.00 38.1 15.0 16.00 C N 0.264 66200
HM90 E90A-D16-2-W16 16.00 2 10.00 85.00 26.00 25.2 15.0 16.00 W N 0.115 66200
HM90 E90A-D16-2-W16-C 16.00 2 10.00 85.00 26.00 25.2 15.0 16.00 W Y 0.105 66200
HM90 E90A-D17-2-C16 17.00 2 10.00 90.00 28.00 27.0 15.0 16.00 C N 0.127 62900
HM90 E90A-D17-2-C16-L170 17.00 2 10.00 170.00 27.00 - 4.5 16.00 C N 0.253 63000
HM90 E90A-D18-2-C16 18.00 2 10.00 90.00 26.00 - 7.5 16.00 C N 0.127 59900
HM90 E90A-D18-2-C16-B 18.00 2 10.00 150.00 30.00 - 7.5 16.00 C - 0.224 59900
HM90 E90A-D18-2-C16-C 18.00 2 10.00 90.00 26.00 - 7.5 16.00 C Y 0.117 59900
HM90 E90A-D18-2-W20 18.00 2 10.00 90.00 30.00 26.4 7.5 20.00 W N 0.178 59900
HM90 E90A-D18-2-W20-C 18.00 2 10.00 90.00 30.00 26.4 7.5 20.00 W Y 0.169 59900
HM90 E90A-D19-2-C20 19.00 2 10.00 90.00 26.00 25.0 7.5 20.00 C N 0.193 57500
HM90 E90A-D20-2-C19-B 20.00 2 10.00 160.00 25.00 - 7.5 19.00 C N 0.332 55150
HM90 E90A-D20-2-C19-B-C 20.00 2 10.00 160.00 25.00 - 7.5 19.00 C Y 0.300 55150
HM90 E90A-D20-2-C20 20.00 2 10.00 110.00 26.00 25.3 7.5 20.00 C N 0.241 55150
HM90 E90A-D20-2-C20-B 20.00 2 10.00 160.00 40.00 38.0 7.5 20.00 C N 0.361 55150
HM90 E90A-D20-2-C20-B-C 20.00 2 10.00 160.00 40.00 38.0 7.5 20.00 C Y 0.332 55150
HM90 E90A-D20-2-C20-C 20.00 2 10.00 110.00 26.00 25.3 7.5 20.00 C Y 0.222 55150
HM90 E90A-D20-2-C20-LB 20.00 2 10.00 200.00 40.00 38.0 7.5 20.00 C N 0.460 55150
HM90 E90A-D20-2-C20-XL 20.00 2 10.00 130.00 60.00 59.0 7.5 20.00 C N 0.271 55150
HM90 E90A-D20-2-W16 20.00 2 10.00 85.00 26.10 - 7.5 16.00 W N 0.127 55150
HM90 E90A-D20-2-W20 20.00 2 10.00 90.00 26.10 25.0 7.5 20.00 W N 0.191 55150
HM90 E90A-D20-2-W20-C 20.00 2 10.00 90.00 26.10 25.0 7.5 20.00 W Y 0.180 55150
HM90 E90A-D20-2-W20-XL 20.00 2 10.00 130.00 60.00 59.0 7.5 20.00 W N 0.268 55150
HM90 E90A-D20-3-C20 20.00 3 10.00 110.00 26.10 25.0 7.5 20.00 C N 0.243 55150
HM90 E90A-D20-3-C20-C 20.00 3 10.00 110.00 26.10 25.0 7.5 20.00 C Y 0.223 55150
HM90 E90A-D20-3-W16 20.00 3 10.00 85.00 26.10 - 7.5 16.00 W N 0.129 55150
HM90 E90A-D20-3-W16-C 20.00 3 10.00 85.00 26.10 - 7.5 16.00 W Y 0.117 55150
HM90 E90A-D20-3-W20 20.00 3 10.00 90.00 26.10 25.0 7.5 20.00 W N 0.193 55150
HM90 E90A-D20-3-W20-C 20.00 3 10.00 90.00 26.10 25.0 7.5 20.00 W Y 0.181 55150
HM90 E90A-D21-2-C20-L270 21.00 2 10.00 270.00 26.00 - 2.8 20.00 C N 0.640 53000
HM90 E90A-D21-3-C20 21.00 3 10.00 115.00 26.00 25.0 7.5 20.00 C N 0.256 53300
HM90 E90A-D22-3-C20 22.00 3 10.00 115.00 26.00 - 7.5 20.00 C N 0.262 51450
HM90 E90A-D22-3-C20-C 22.00 3 10.00 115.00 26.00 - 7.5 20.00 C Y 0.245 51450
HM90 E90A-D22-3-W25 22.00 3 10.00 95.00 26.00 21.0 7.5 25.00 W N 0.306 51450
HM90 E90A-D22-3-W25-C 22.00 3 10.00 95.00 26.00 21.0 7.5 25.00 W Y 0.291 51450
HM90 E90A-D25-2-C25 25.00 2 10.00 120.00 26.10 25.0 5.0 25.00 C N 0.424 47150
HM90 E90A-D25-2-C25-C 25.00 2 10.00 120.00 26.10 25.0 5.0 25.00 C Y 0.402 47150
HM90 E90A-D25-2-W25 25.00 2 10.00 95.00 26.10 25.0 5.0 25.00 W N 0.323 47150
HM90 E90A-D25-2-W25-C 25.00 2 10.00 95.00 26.10 25.0 5.0 25.00 W Y 0.312 47150
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384) • HM90
APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
ISCAR
20
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
D
L
H
L1
ap
Rd°
HM90 E90A-10
Endmills Carrying HM90
AP.. 1003... Inserts
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384)
• HM90 APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
Spare Parts
Designation
HM90 E90A-10 SR 34-505/HG T-8/53
Designation D Z apL H L1Rd° d Shank(1) kg RPM max
HM90 E90A-D25-3-C24-B 25.00 3 10.00 200.00 25.00 - 5.0 24.00 C N 0.675 47150
HM90 E90A-D25-3-C24-B-C 25.00 3 10.00 200.00 25.00 24.0 5.0 24.00 C Y 0.635 47150
HM90 E90A-D25-3-C25 25.00 3 10.00 120.00 26.10 25.0 5.0 25.00 C N 0.416 47150
HM90 E90A-D25-3-C25-B 25.00 3 10.00 200.00 40.00 37.0 5.0 25.00 C N 0.717 47150
HM90 E90A-D25-3-C25-B-C 25.00 3 10.00 200.00 40.00 37.0 5.0 25.00 C Y 0.677 47150
HM90 E90A-D25-3-C25-C 25.00 3 10.00 120.00 26.10 25.0 5.0 25.00 C Y 0.394 47150
HM90 E90A-D25-3-W25 25.00 3 10.00 95.00 26.10 25.0 5.0 25.00 W N 0.315 47150
HM90 E90A-D25-3-W25-C 25.00 3 10.00 95.00 26.10 25.0 5.0 25.00 W Y 0.302 47150
HM90 E90A-D25-3-W25-XL 25.00 3 10.00 140.00 80.00 79.0 5.0 25.00 W N 0.473 47150
HM90 E90A-D25-4-C25 25.00 4 10.00 120.00 26.00 25.0 5.0 25.00 C N 0.416 47150
HM90 E90A-D25-4-C25-C 25.00 4 10.00 120.00 26.00 25.0 5.0 25.00 C Y 0.392 47150
HM90 E90A-D25-4-W25 25.00 4 10.00 95.00 26.00 25.0 5.0 25.00 W N 0.311 47150
HM90 E90A-D25-4-W25-C 25.00 4 10.00 95.00 26.00 25.0 5.0 25.00 W Y 0.299 47150
HM90 E90A-D28-4-C25 28.00 4 10.00 120.00 26.00 - 2.0 25.00 C N 0.439 43650
HM90 E90A-D28-4-C25-C 28.00 4 10.00 120.00 26.00 - 2.0 25.00 C Y 0.413 43650
HM90 E90A-D28-4-W25 28.00 4 10.00 95.00 26.00 - 2.0 25.00 W N 0.332 43650
HM90 E90A-D28-4-W25-C 28.00 4 10.00 95.00 26.00 - 2.0 25.00 W Y 0.311 43650
HM90 E90A-D30-4-C32 30.00 4 10.00 130.00 40.00 35.4 2.0 32.00 C N 0.716 36500
HM90 E90A-D30-4-C32-C 30.00 4 10.00 130.00 40.00 35.4 2.0 32.00 C Y 0.691 36500
HM90 E90A-D30-4-W25 30.00 4 10.00 95.00 30.00 - 2.0 25.00 W N 0.347 36500
HM90 E90A-D30-4-W25-C 30.00 4 10.00 95.00 30.00 - 2.0 25.00 W Y 0.325 36500
HM90 E90A-D32-3-C31-B 32.00 3 10.00 250.00 25.00 24.8 3.0 31.00 C N 1.434 35350
HM90 E90A-D32-3-C32 32.00 3 10.00 130.00 30.00 28.5 3.0 32.00 C N 0.759 35350
HM90 E90A-D32-3-C32-C 32.00 3 10.00 130.00 30.00 28.5 3.0 32.00 C Y 0.733 35350
HM90 E90A-D32-3-W25 32.00 3 10.00 95.00 30.00 - 3.0 25.00 W N 0.376 35350
HM90 E90A-D32-3-W32 32.00 3 10.00 110.00 30.00 28.5 3.0 32.00 W N 0.629 35350
HM90 E90A-D32-3-W32-C 32.00 3 10.00 110.00 30.00 28.5 3.0 32.00 W Y 0.605 35350
HM90 E90A-D32-4-C32 32.00 4 10.00 130.00 30.00 28.5 3.0 32.00 C N 0.751 35350
HM90 E90A-D32-4-C32-B 32.00 4 10.00 200.00 40.00 37.2 3.0 32.00 C N 1.182 35350
HM90 E90A-D32-4-C32-C 32.00 4 10.00 130.00 30.00 28.5 3.0 32.00 C Y 0.722 35350
HM90 E90A-D32-4-C32-LB 32.00 4 10.00 250.00 40.00 37.2 3.0 32.00 C N 1.498 35350
HM90 E90A-D32-4-W25 32.00 4 10.00 95.00 30.00 - 3.0 25.00 W N 0.367 35350
HM90 E90A-D32-4-W25-C 32.00 4 10.00 95.00 30.00 - 3.0 25.00 W Y 0.386 35350
HM90 E90A-D32-4-W32 32.00 4 10.00 110.00 30.00 28.5 3.0 32.00 W N 0.622 35350
HM90 E90A-D32-4-W32-XL 32.00 4 10.00 160.00 100.00 28.5 3.0 32.00 W N 0.874 35350
HM90 E90A-D32-5-C32 32.00 5 10.00 130.00 30.00 28.5 3.0 32.00 C N 0.752 35350
HM90 E90A-D32-5-C32-C 32.00 5 10.00 130.00 30.00 28.5 3.0 32.00 C Y 0.725 35350
HM90 E90A-D32-5-W25 32.00 5 10.00 95.00 30.00 - 3.0 25.00 W N 0.368 35350
HM90 E90A-D32-5-W25-C 32.00 5 10.00 95.00 30.00 - 3.0 25.00 W Y 0.347 35350
HM90 E90A-D32-5-W32 32.00 5 10.00 110.00 30.00 28.5 3.0 32.00 W N 0.619 35350
HM90 E90A-D32-5-W32-C 32.00 5 10.00 110.00 30.00 28.5 3.0 32.00 W Y 0.596 35350
HM90 E90A-D40-3-C32 40.00 3 10.00 130.00 30.00 - 2.7 32.00 C N 0.852 31600
HM90 E90A-D40-3-C32-C 40.00 3 10.00 130.00 30.00 - 2.7 32.00 C Y 0.905 31600
HM90 E90A-D40-3-W32-C 40.00 3 10.00 110.00 30.00 - 2.7 32.00 W Y 0.780 31600
HM90 E90A-D40-5-C32 40.00 5 10.00 130.00 30.00 - 2.7 32.00 C N 0.832 31600
HM90 E90A-D40-5-W32 40.00 5 10.00 110.00 30.00 - 2.7 32.00 W N 0.704 31600
HM90 E90A-D40-5-W32-C 40.00 5 10.00 110.00 30.00 - 2.7 32.00 W Y 0.676 31600
HM90 E90A-D40-5-W40-XL 40.00 5 10.00 200.00 125.00 123.0 2.7 40.00 W N 1.729 31600
HM90 E90A-D40-6-C32 40.00 6 10.00 130.00 30.00 - 2.7 32.00 C N 0.834 31600
HM90 E90A-D40-6-C32-C 40.00 6 10.00 130.00 30.00 - 2.7 32.00 C Y 0.807 31600
HM90 E90A-D50-7-C32 50.00 7 10.00 130.00 41.60 - 2.7 32.00 C N 0.940 31600
(continued)
21
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L7L6
Shank
ap
D
L1
L5D3
Rd°
Designation D Z apL1L7L5L6Rd° D3Shank kg
HM90 E90A-D25-3-CF4 25.00 3 10.00 34.0 40.00 48.00 90.00 5.0 44.00 CF4 0.344 SR 34-505/HG T-8/53
HM90 E90A-D32-4-CF4 32.00 4 10.00 39.0 45.00 53.00 95.00 3.0 44.00 CF4 0.440 SR 34-505/HG T-8/53
HM90 E90A-D40-5-CF4 40.00 5 10.00 42.0 45.00 53.00 95.00 2.7 44.00 CF4 0.565 SR 34-505/HG T-8/53
• For user guide see pagess 461-468
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384) • HM90
APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
HM90 E90A-CF-10
Endmills with a CLICKFIT Adaptation
Carrying HM90 AP.. 1003... Inserts
TTs
D3
L6
L5
ap
D
Rd°
Designation D Z apL6Rd° L5Ts T(1) D3kg
HM90 E90A-D16-2-MMT10 16.00 2 10.00 34.75 15.0 23.00 T10 13.0 15.30 0.026 SR 34-505/HG T-8/53
HM90 E90A-D20-2-MMT12 20.00 2 10.00 38.30 7.5 24.60 T12 16.0 19.20 0.048 SR 34-505/HG T-8/53
HM90 E90A-D20-3-MMT12 20.00 3 10.00 38.30 7.5 24.60 T12 16.0 19.20 0.050 SR 34-505/HG T-8/53
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation see page 38 • For user guide see pages 461-468
(1) Clamping wrench size
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384) • HM90
APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK
(68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
HM90 E90A-MM-10
90° Endmills with a MULTI-MASTER
Threaded Adaptation Carrying
HM90 AP.. 1003... Inserts
DTs
L1
ap
L5L6
D3
Rd°
Designation D Z D3Ts L1L5L6apRd°kg
HM90 E90A-D16-2-M08 16.00 2 14.75 M08 24.0 30.00 47.50 10.00 15.0 N 0.032 SR 34-505/HG T-8/53
HM90 E90A-D16-2-M10 16.00 2 18.00 M10 26.0 32.00 52.00 10.00 15.0 Y 0.040 SR 34-505/HG T-8/53
HM90 E90A-D20-2-M10 20.00 2 18.00 M10 30.0 30.00 50.00 10.00 7.5 Y 0.049 SR 34-505/HG T-8/53
HM90 E90A-D20-3-M10 20.00 3 18.00 M10 30.0 30.00 50.00 10.00 7.5 Y 0.047 SR 34-505/HG T-8/53
HM90 E90A-D20-3-M12 20.00 3 21.00 M12 24.0 30.00 52.00 10.00 7.5 Y 0.057 SR 34-505/HG T-8/53
HM90 E90A-D25-3-M12 25.00 3 21.00 M12 35.0 35.00 57.00 10.00 5.0 Y 0.080 SR 34-505/HG T-8/53
HM90 E90A-D25-3-M16 25.00 3 29.00 M16 29.0 35.00 60.00 10.00 5.0 Y 0.119 SR 34-505/HG T-8/53
HM90 E90A-D25-4-M12 25.00 4 21.00 M12 35.0 35.00 57.00 10.00 5.0 Y 0.083 SR 34-505/HG SW4-SD BLD T08/M7
HM90 E90A-D25-4-M16 25.00 4 29.00 M16 29.0 35.00 60.00 10.00 5.0 Y 0.121 SR 34-505/HG T-8/53
HM90 E90A-D32-4-M16 32.00 4 29.00 M16 35.0 35.00 60.00 10.00 3.0 Y 0.162 SR 34-505/HG T-8/53
• For adaptation see page 38 • For user guide see pages 461-468
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384) • HM90
APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HM90 E90A-M-10
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
HM90 AP.. 1003... Inserts
ISCAR
22
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
H
D d
L
ap
Rd°
Designation D Z apL H d Shank(1) Rd°kg
H690 E90AX D20-2-C20-10 20.00 2 8.00 110.00 26.00 20.00 C 2.8 0.226 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D20-2-W20-10 20.00 2 8.00 90.00 26.00 20.00 W 2.8 0.180 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D20-3-C20-10 20.00 3 8.00 110.00 26.00 20.00 C 2.8 0.227 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D20-3-W20-10 20.00 3 8.00 90.00 26.00 20.00 W 2.8 0.181 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D25-3-C25-10 25.00 3 8.00 120.00 26.00 25.00 C 2.6 0.385 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D25-3-W25-10 25.00 3 8.00 95.00 26.00 25.00 W 2.6 0.294 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D25-4-C25-10 25.00 4 8.00 120.00 26.00 25.00 C 2.6 0.388 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D25-4-W25-10 25.00 4 8.00 95.00 26.00 25.00 W 2.6 0.296 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D32-4-C32-10 32.00 4 8.00 130.00 30.00 32.00 C 1.6 0.720 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D32-4-W32-10 32.00 4 8.00 110.00 30.00 32.00 W 1.6 0.600 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D32-5-C32-10 32.00 5 8.00 130.00 30.00 32.00 C 1.6 0.714 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D32-5-W32-10 32.00 5 8.00 110.00 30.00 32.00 W 1.6 0.600 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D40-5-C32-10 40.00 5 8.00 130.00 38.00 32.00 C 1.1 0.750 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D40-5-W32-10 40.00 5 8.00 110.00 38.00 32.00 W 1.1 0.630 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D40-6-C32-10 40.00 6 8.00 130.00 38.00 32.00 C 1.1 0.747 SR 10508082-HG BLD T08/M7 SW4-SD
H690 E90AX D40-6-W32-10 40.00 6 8.00 110.00 38.00 32.00 W 1.1 0.630 SR 10508082-HG BLD T08/M7 SW4-SD
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: H690 TNKX 1005 (405)
H690 E90AX-10
90° Endmills Carrying H690
TNKX 1005..Triangular Inserts
with 6 Helical Cutting Edges
L
d
D
L1
H
ap
Designation D Z H L1apL d Shank(4) kg
T490 ELN D22-2-W25-11 (1) 22.00 2 35.00 33.0 9.00 95.00 25.00 W 0.292 SR 34-535-SN/L9.3 BLD T15/S7 SW6-SD
T490 ELN D25-3-C24-11B (2) 25.00 3 35.00 33.0 9.00 200.00 24.00 C 0.637 SR 34-535/L9.5-SN BLD T15/S7 SW6-SD
T490 ELN D25-3-C25-11 (3) 25.00 3 35.00 33.0 9.00 120.00 25.00 C 0.400 SR 34-535/L9.5-SN BLD T15/S7 SW6-SD
T490 ELN D25-3-W25-11 (3) 25.00 3 35.00 33.0 9.00 95.00 25.00 W 0.300 SR 34-535/L9.5-SN BLD T15/S7 SW6-SD
T490 ELN D32-3-C32-11 32.00 3 40.00 38.0 9.00 130.00 32.00 C 0.730 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D32-3-C32-11B (2) 32.00 3 40.00 38.0 9.00 200.00 32.00 C 1.155 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D32-3-W32-11 32.00 3 40.00 38.0 9.00 110.00 32.00 W 0.600 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D32-4-C32-11 32.00 4 40.00 38.0 9.00 130.00 32.00 C 0.727 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D32-4-W32-11 32.00 4 40.00 38.0 9.00 110.00 32.00 W 0.660 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D40-4-C32-11 40.00 4 44.00 38.0 9.00 130.00 32.00 C 0.840 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D40-4-W32-11 40.00 4 44.00 38.0 9.00 115.00 32.00 W 0.746 SR 34-535-SN BLD T15/S7 SW6-SD
T490 ELN D40-5-C32-11 40.00 5 44.00 38.0 9.00 130.00 32.00 C 0.830 SR 34-535-SN BLD T15/S7 SW6-SD
(1) Recommended cutting conditions: at ap=6 mm, fz=0.12 mm/t at ap=8 mm, fz=0.10 mm/t
(2) Long cylindrical shank
(3) Recommended cutting conditions: at ap=6 mm, fz=0.15 mm/t at ap=8 mm, fz=0.12 mm/t
(4) C-Cylindrical, W-Weldon
For inserts, see pages: T490 LNMT/LNHT 1106 (408)
T490 ELN-11
90° Endmills Carrying T490 LN#T
11... Tangentially Clamped Inserts
23
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
L
H
d
ap
Designation D Z apL H d Shank(1) Rd°(2) kg
H490 E90AX D25-2-C25-12 25.00 2 12.00 110.00 35.00 25.00 C 1.5 0.360 SR 14-544/S SW6-T BLD T15/M7
H490 E90AX D25-2-W25-12 25.00 2 12.00 110.00 35.00 25.00 W 1.5 0.355 SR 14-544/S SW6-T BLD T15/M7
H490 E90AX D32-3-C32-12 32.00 3 12.00 110.00 40.00 32.00 C 4.0 0.598 SR 14-544 SW6-T BLD T15/M7
H490 E90AX D32-3-W32-12 32.00 3 12.00 110.00 40.00 32.00 W 4.0 0.592 SR 14-544 SW6-T BLD T15/M7
H490 E90AX D40-4-C32-12 40.00 4 12.00 130.00 40.00 32.00 C 1.5 0.837 SR 14-544 SW6-T BLD T15/M7
H490 E90AX D40-4-W32-12 40.00 4 12.00 115.00 40.00 32.00 W 1.5 0.733 SR 14-544 SW6-T BLD T15/M7
H490 E90AX D50-5-C32-12 50.00 5 12.00 130.00 38.00 32.00 C 1.5 0.903 SR 14-544 SW6-T BLD T15/M7
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
(2) Rampdown angle is valid only when H490 ANKX 1205R15T-FF insert is used.
For inserts, see pages: H490 ANKX/ANCX 1205-FF (404) • H490 ANKX/ANCX-12 (403)
H490 E90AX-12
90° Endmills Carrying H490 ANKX
12...Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
D
H
L1
L
d
ap
Rd°
Designation D Z L H L1apd Shank(3) Rd°(4) kg
T490 ELN D25-2-C25-13 (1) 25.00 2 120.00 35.00 33.0 12.50 25.00 C - 0.390 SR M4.5-10507218 BLD T15/S7 SW6-T-SH
T490 ELN D25-2-W25-13 (1) 25.00 2 95.00 35.00 33.0 12.50 25.00 W - 0.295 SR M4.5-10507218 BLD T15/S7 SW6-T-SH
T490 ELN D32-3-C32-13 32.00 3 130.00 40.00 38.0 12.50 32.00 C 2.8 0.722 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D32-3-C32-13B (2) 32.00 3 250.00 50.00 48.0 12.50 32.00 C 2.8 1.444 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D32-3-W32-13 32.00 3 110.00 40.00 38.0 12.50 32.00 W 2.8 0.593 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D40-3-C40-13B (2) 40.00 3 250.00 50.00 48.0 12.50 40.00 C 2.0 2.248 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D40-4-C32-13 40.00 4 130.00 40.00 - 12.50 32.00 C 2.0 0.811 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D40-4-W32-13 40.00 4 115.00 40.00 - 12.50 32.00 W 2.0 0.714 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D50-4-C32-13 50.00 4 130.00 36.50 - 12.50 32.00 C 1.5 0.956 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 ELN D50-5-C32-13 50.00 5 130.00 36.50 - 12.50 32.00 C 1.5 0.963 SR 34-535-SN BLD T15/S7 SW6-T-SH
• For user guide see pages 461-468
(1) Cutting recommendations: at ap=5, fz=0.15 at ap=10, fz=0.1
(2) "B" suffix for long cylindrical shank which may be shortened.
(3) C-Cylindrical, W-Weldon
(4) Only when T490 LNHT 1306 PNTR-RD insert is used
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 ELN-13
90° Endmills Carrying Tangentially
Clamped Inserts with 4 Helical,
12.5 mm Long Cutting Edges
L 5
L1
DSS
ap
Rd°
Designation DapZ L1L5SS Rd°(1) kg
T490 ELN D40-4-L80C6-R-13 40.00 12.50 4 51.0 80.00 63 2.0 1.202 SR 34-535-SN BLD T15/S7 SW6-T-SH
• For user guide see pages 461-468
(1) Only when T490 LNHT 1306 PNTR-RD insert is used
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 ELN-C#-13
90° Endmills with CAMFIX
Shanks Carrying Tangentially
Clamped Inserts with 4 Helical,
12.5 mm Long Cutting Edges
ISCAR
24
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
D
ap
L
H
L1
Designation D Z apH L1L d Shank(1) kg
3M E90AX D25-W25-13-C 25.00 3 12.50 35.00 33.0 95.00 25.00 W 0.280 SR 34-506/L BLD T09/M7-SW4 SW4-SD
3M E90AX D32-W32-13-C 32.00 4 12.50 40.00 38.0 100.00 32.00 W 0.516 SR 34-506/L BLD T09/M7-SW4 SW4-SD
• Reduce feed by 50% during engagement and exit from the workpiece. • For user guide, see pages 461-468
(1) W-Weldon
For inserts, see pages: 3M AXKT 1304 (396) • 3M AXKT 1304..R-PDRMM (397)
3M E90AX
90° Endmills Carrying
3M AXKT...Inserts
H
D
ap
L
d
Rd°
Designation DapZ L H d Rd°kg
HM390 ETD D040-3-C32-15 40.00 13.00 3 130.00 40.00 32.00 2.1 0.711 SR 10511869 BLD IP20/S7 SW6-T
HM390 ETD D040-4-C32-15 40.00 13.00 4 130.00 30.00 32.00 2.1 0.726 SR 10511869 BLD IP20/S7 SW6-T
HM390 ETD D050-4-C32-15 50.00 13.00 4 130.00 40.00 32.00 1.6 0.844 SR 10505427 BLD IP20/S7 SW6-T
• For user guide, see pages 461-468
For inserts, see pages: HM390 TDKT/CT 1505 (382)
HM390 ETD-15
90° Endmills Carrying HM390
TDKT 1505 Triangular Inserts
with 3 Helical Cutting Edges
apL5
D
T
L6
Ts D3
Rd°
Designation DapZ L5D3Ts L6T(1) Rd°kg
HM390 ETD D040-4-M16 40.00 13.00 4 43.00 29.00 M16 68.00 25.0 2.1 0.221 SR 10511869 BLD IP20/S7 SW6-T
• For adaptation, see page 38 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: HM390 TDKT/CT 1505 (382)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • HSK A-ODP (FLEXFIT) (250) •
HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HM390 ETD-M
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
HM390 TDKT 1505 Triangular Inserts
25
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
L
L1
H
ap
d
Rd°
Designation D Z apL H L1Rd° d Shank(1) kg
HM90 E90AD-D20-1-C20 20.00 1 14.30 110.00 35.00 34.0 3.0 20.00 C N 0.244 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-C24-B 25.00 2 14.30 200.00 30.00 - 11.5 24.00 C N 0.665 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-C25 25.00 2 14.30 110.00 35.00 34.0 11.5 25.00 C N 0.371 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-C25-B 25.00 2 14.30 200.00 50.00 49.0 11.5 25.00 C N 0.712 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-C25-C 25.00 2 14.30 110.00 35.00 34.0 11.5 25.00 C Y 0.341 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-C25-XL 25.00 2 14.30 150.00 35.00 34.0 11.5 25.00 C N 0.525 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-W25 25.00 2 14.30 100.00 35.00 34.0 11.5 25.00 W N 0.324 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-W25-C 25.00 2 14.30 110.00 35.00 34.0 11.5 25.00 W Y 0.336 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-W25-XL 25.00 2 14.30 150.00 70.00 69.0 11.5 25.00 W N 0.504 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-2-C32 32.00 2 14.30 120.00 40.00 38.0 5.3 32.00 C N 0.726 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-2-W32 32.00 2 14.30 110.00 40.00 39.0 5.3 32.00 W N 0.603 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-C31-B 32.00 3 14.30 250.00 30.00 - 5.3 31.00 C N 1.405 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-C32 32.00 3 14.30 120.00 40.00 38.0 5.3 32.00 C N 0.667 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-C32-B 32.00 3 14.30 250.00 50.00 48.0 5.3 32.00 C N 1.479 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-C32-C 32.00 3 14.30 120.00 40.00 38.0 5.3 32.00 C Y 0.631 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-C32-XL 32.00 3 14.30 160.00 40.00 38.0 5.3 32.00 C N 0.920 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-W32 32.00 3 14.30 110.00 40.00 38.3 5.3 32.00 W N 0.593 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-W32-C 32.00 3 14.30 110.00 40.00 38.3 5.3 32.00 W Y 0.565 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-W32-XL 32.00 3 14.30 160.00 40.00 38.3 5.3 32.00 W N 0.912 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-3-C32-C 40.00 3 14.30 130.00 40.00 - 4.0 32.00 C Y 0.800 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-3-C40-B 40.00 3 14.30 250.00 50.00 48.0 4.0 40.00 C N 2.331 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-3-W32 40.00 3 14.30 115.00 40.00 - 4.0 32.00 W N 0.737 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-3-W40-XL 40.00 3 14.30 200.00 80.00 78.0 4.0 40.00 W N 1.810 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-4-C32 40.00 4 14.30 130.00 40.00 - 4.0 32.00 C N 0.832 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-4-C32-C 40.00 4 14.30 130.00 40.00 - 4.0 32.00 C Y 0.780 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-4-W32 40.00 4 14.30 115.00 40.00 - 4.0 32.00 W N 0.730 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-4-W32-C 40.00 4 14.30 115.00 40.00 - 4.0 32.00 W Y 0.701 SR 14-544/S SW6-SD BLD T15/M7
• Thinner insert ADM. 1503.. mounted on TSP-15R seat • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505-FF (393) • ADKT 1505..R/L-HM (393)
• ADKT 1505PD-W (394) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADKW (CBN) (391) • ADKW (PCD) (391)
• ADMT 1505PDR-HS (392) • HM90 ADCR 1505PDFR-P (390) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) • HM90 ADKT 1505 (388) • HM90
ADKT 1505PD-W (394) • HM90 ADKW 1505PDR (396)
HM90 E90AD-15
90° Endmills Carrying
HM90 ADKT-1505... Inserts
L5
L6
Shank
L7D3
D
L1
ap
Rd°
Designation D Z apL1L7L5L6Rd° D3Shank kg
HM90 E90AD-D25-2-CF4 25.00 2 14.30 42.0 45.00 53.00 95.00 11.5 44.00 CF4 0.349 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-CF4 32.00 3 14.30 40.0 45.00 53.00 95.00 5.3 44.00 CF4 0.424 SR 14-544/S SW6-SD BLD T15/M7
• Thinner insert ADM. 1503..mounted on TSP-15R seat. • For user guide, see pages 461-468
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505-FF (393) • ADKT 1505..R/L-HM (393)
• ADKT 1505PD-W (394) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADKW (CBN) (391) • ADKW (PCD) (391)
• ADMT 1505PDR-HS (392) • HM90 ADCR 1505PDFR-P (390) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) • HM90 ADKT 1505 (388) • HM90
ADKT 1505PD-W (394) • HM90 ADKW 1505PDR (396)
HM90 E90AD-CF-15
90° Endmills with a CLICKFIT
Adaptation Carrying HM90
ADKT-1505... Inserts
ISCAR
26
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
DTs
L1
ap
L5
L6
D3
Rd°
Designation D Z apD3Ts L1L5L6Rd°kg
HM90 E90AD-D25-2-M12 25.00 2 14.30 21.00 M12 35.0 35.00 57.00 11.5 0.078 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D25-2-M16 25.00 2 14.30 29.00 M16 29.0 35.00 60.00 11.5 0.118 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D32-3-M16 32.00 3 14.30 29.00 M16 40.0 40.00 65.00 5.3 0.160 SR 14-544/S SW6-SD BLD T15/M7
HM90 E90AD-D40-4-M16 40.00 4 14.30 29.00 M16 40.0 40.00 65.00 4.0 0.210 SR 14-544/S SW6-SD BLD T15/M7
• For adaptation, see pages 38 • For user guide, see pages 461-468
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505-FF (393) • ADKT 1505..R/L-HM (393)
• ADKT 1505PD-W (394) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADKW (CBN) (391) • ADKW (PCD) (391)
• ADMT 1505PDR-HS (392) • HM90 ADCR 1505PDFR-P (390) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) • HM90 ADKT 1505 (388) • HM90
ADKT 1505PD-W (394) • HM90 ADKW 1505PDR (396)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HM90 E90AD-M-15
90° Endmills with a FLEXFIT
Threaded Adaptation Carrying
HM90 ADKT-1505... Inserts
Dd
L
apH
Designation D Z apH L d Shank(1) kg
T490 ELN D32-2-W32-16 32.00 2 16.00 41.00 130.00 32.00 W 0.698 SR 14-591-S BLD T20/M7 SW6-T
T490 ELN D40-3-W32-16 40.00 3 16.00 40.00 110.00 32.00 W 0.638 SR 14-591 BLD T20/M7 SW6-T
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 1607 (410)
T490 ELN-16
90° Endmills Carrying Tangentially
Clamped Inserts with 4 Helical,
16 mm Long Cutting Edges
H
D
ap
L
d
Rd°
Designation DapZ L H d Rd° Shank(1) kg
HM390 ETD D040-2-C32-19 40.00 16.00 2 130.00 45.00 32.00 2.0 C 0.685 SR 14-591/L12 BLD T20/S7 SW6-T
HM390 ETD D040-2-W32-19 40.00 16.00 2 105.00 45.00 32.00 2.0 W 0.530 SR 14-591/L12 BLD T20/S7 SW6-T
HM390 ETD D050-4-C32-19 50.00 16.00 4 130.00 45.00 32.00 1.5 C 0.812 SR 14-591/H BLD T20/S7 SW6-T
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: HM390 TDKT 1907 (382)
HM390 ETD-19
90° Endmills Carrying HM390
TDKT 1907 Triangular Inserts
with 3 Helical Cutting Edges
H
ap
Dd
L
Rd°
Designation D Z apL H d Shank(1) Rd°(2) kg
H490 E90AX D32-2-C32-17 32.00 2 16.30 130.00 44.00 32.00 C 6.5 0.702 SR 14-591 SW6-T BLD T20/M7
H490 E90AX D32-2-W32-17 32.00 2 16.30 95.00 30.00 32.00 W 6.5 0.496 SR 14-591 SW6-T BLD T20/M7
H490 E90AX D40-3-C32-17 40.00 3 16.30 130.00 44.00 32.00 C 4.4 0.756 SR 14-591 SW6-T BLD T20/M7
H490 E90AX D40-3-W32-17 40.00 3 16.30 110.00 35.00 32.00 W 4.4 0.636 SR 14-591 SW6-T BLD T20/M7
H490 E90AX D50-4-C32-17 50.00 4 16.30 120.00 40.00 32.00 C 3.8 0.807 SR 14-591 SW6-T BLD T20/M7
• Rampdown angle is valid only when the H490 ANKX1706R15T-FF insert is used and tool diameter is 1.5 mm larger. • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
(2) Rampdown angle is valid only when the H490 ANKX1706R15T-FF insert is used (in that case tool diameter is 1.5 mm larger).
For inserts, see pages: H490 ANKX 1706-FF (405) • H490 ANKX/ANCX-17 (404)
H490 E90AX-17
90° Endmills Carrying H490 ANKX
17... Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
27
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
DSS
L1
L5
ap
Rd°
Designation DapZ L1L5SS Rd°(1) kg
H490 E90AX D63-4-17-L73C6 63.00 16.30 4 50.0 73.00 63 2.0 1.674 SR 14-591 BLD T20/M7 SW6-T
H490 E90AX D80-5-17-L73C6 80.00 16.30 5 50.0 73.00 63 1.5 2.012 SR 14-591 BLD T20/M7 SW6-T
• For user guide, see pages 461-468
(1) Rampdown angle is valid only when the H490 ANKX1706R15T-FF insert is used (in that case the tool diameter is 1.5 mm larger)
For inserts, see pages: H490 ANKX 1706-FF (405) • H490 ANKX/ANCX-17 (404)
H490 E90AX-C#-17
90° Endmills with CAMFIX Shanks
Carrying H490 ANKX 17...
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
D
ap
HL
d
Rd°
Designation DapZ H L d Shank(1) Rd°kg
P290 EPW D20-2-100-W20-12 20.00 12.00 2 40.00 100.00 20.00 W 2.0 0.192
P290 EPW D25-3-130-W25-12 25.00 12.00 3 70.00 130.00 25.00 W 1.4 0.393
P290 EPW D25-3-160-C25-12 25.00 12.00 3 90.00 160.00 25.00 C 1.4 0.495
P290 EPW D25-3-200-C25-12 25.00 12.00 3 120.00 200.00 25.00 C 1.4 0.624
P290 EPW D32-4-130-W25-12 32.00 12.00 4 - 130.00 25.00 W 1.0 0.460
P290 EPW D32-4-150-C25-12 32.00 12.00 4 - 150.00 25.00 C 1.0 0.535
P290 EPW D25-2-120-W25-18 25.00 18.00 2 60.00 120.00 25.00 W 2.5 0.360
P290 EPW D32-3-170-W32-18 32.00 18.00 3 100.00 170.00 32.00 W 2.0 0.845
P290 EPW D32-3-210-C32-18 32.00 18.00 3 130.00 210.00 32.00 C 2.0 1.060
P290 EPW D32-3-240-C32-18 32.00 18.00 3 160.00 240.00 32.00 C 2.0 1.218
P290 EPW D40-4-170-W32-18 40.00 18.00 4 - 170.00 32.00 W 1.5 0.950
P290 EPW D40-4-200-C32-18 40.00 18.00 4 - 200.00 32.00 C 1.5 1.127
P290 EPW D40-4-250-W40-18 40.00 18.00 4 150.00 250.00 40.00 W 1.5 2.064
• For user guide see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
Spare Parts
Designation
P290 EPW D20-2-100-W20-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D25-3-130-W25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D25-3-160-C25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D25-3-200-C25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D32-4-130-W25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D32-4-150-C25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D25-2-120-W25-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D32-3-170-W32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D32-3-210-C32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D32-3-240-C32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D40-4-170-W32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D40-4-200-C32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D40-4-250-W40-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW
Long Reach Endmills Carrying 12
and 18 mm Long Edged Inserts
ISCAR
28
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D D3
Ts
L6
L5
T
ap
Rd°
Designation DapZ L5L6Ts D3T(1) Rd°kg
P290 EPW D20-2-M10-12 20.00 12.00 2 25.00 45.00 M10 18.00 15.0 2.0 N 0.040
P290 EPW D25-3-M12-12 25.00 12.00 3 30.00 52.00 M12 21.00 19.0 1.4 Y 0.069
P290 EPW D32-4-M16-12 32.00 12.00 4 35.00 60.00 M16 29.00 25.0 1.0 Y 0.162
P290 EPW D32-3-M16-18 32.00 18.00 3 40.00 65.00 M16 29.00 25.0 2.0 Y 0.152
P290 EPW D40-4-M16-18 40.00 18.00 4 40.00 65.00 M16 29.00 25.0 1.5 Y 0.197
• For adaptation see page 38 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
P290 EPW D20-2-M10-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D25-3-M12-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D32-4-M16-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 EPW D32-3-M16-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW D40-4-M16-18 SR 14-544/S BLD T15/M7 SW6-T
P290 EPW-M
Endmills with FLEXFIT Threaded
Adaptation Carrying 12 and 18
mm Long Edged Inserts
D
L1
L
ap
d
Rd°
Designation D Z apL L1Rd° d Shank(1) kg
HP E90AT-D25-2-W25-19 25.00 2 18.00 100.00 40.0 14.0 25.00 W 0.291 SR 14-571/L SW6-SD BLD T10/S7
HP E90AT-D32-3-W32-19 32.00 3 18.00 105.00 40.0 7.0 32.00 W 0.517 SR 14-571/L SW6-SD BLD T10/S7
HP E90AT-D40-3-W32-19 40.00 3 18.00 105.00 40.0 6.0 32.00 W 0.580 SR 14-571/L SW6-SD BLD T10/S7
• First loosely attach the inner clamping screw, then the outer one. In the same order tighten them both. • For user guide, see pages 461-468
(1) W-Weldon
For inserts, see pages: HP ADCR 1906 (398) • HP ADKT 1906 (398)
HP E90AT-19
90° Endmills Carrying HP
AD.. 1906.. Inserts
d
D
L1
L
ap
Rd°
Designation D Z apL1L Rd° d Shank(1) kg
HP E90AT-D32-2-W32-22 32.00 2 22.00 45.0 105.00 10.1 32.00 W 0.503 SR 14-544/S SW6-T-SH BLD T15/M7
HP E90AT-D40-2-W32-22 40.00 2 22.00 45.0 105.00 7.0 32.00 W 0.613 SR 14-544 SW6-T-SH BLD T15/M7
HP E90AT-D50-3-W32-22 50.00 3 22.00 45.0 105.00 5.0 32.00 W 0.784 SR 14-544 SW6-T-SH BLD T15/M7
• First loosely attach the inner clamping screw, then the outer one. In the same order tighten them both. • For user guide, see pages 461-468
(1) W-Weldon
For inserts, see pages: HP ADCR 2207 (399) • HP ADKT/ADCT 2207 (398)
HP E90AT-22
90° Endmills Carrying HP
AD.. 2207.. Inserts
29
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
ap
H
L
d
Rd°
Designation D Z Flute apH L d Shank(1) kg
E90XC D12-06-C12-06 12.00 1 1 5.80 25.00 90.00 12.00 C N 0.071 SR 34-508 T-7/51
E90XC D16-11-C16-06 16.00 3 1 11.10 25.00 100.00 16.00 C N 0.139 SR 34-508 T-7/51
E90XC D16-11-W16-06 16.00 3 1 11.10 25.00 90.00 16.00 W Y 0.123 SR 34-508 T-7/51
E90XC D20-22-C20-06 20.00 5 1 22.00 37.00 120.00 20.00 C Y 0.241 SR 34-508/L T-7/51
E90XC D20-22-W20-06 20.00 5 1 22.00 37.00 95.00 20.00 W Y 0.180 SR 34-508/L T-7/51
• Use the XOMT 06.... insert in central face location • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: SOMT-HQ (424) • XOMT-HQ (425)
E90XC
Drilling Endmills Carrying
Square S/XOMT Inserts
D
ap
L
H
L1
d
Designation D Z Flute apL1H L d Shank(1) kg Insert
E90AC D25-10W25 25.00 2 1 10.00 39.0 40.00 100.00 25.00 W 0.274 APKT 1003
E90AC D25-20W25 25.00 3 1 19.00 49.0 50.00 110.00 25.00 W 0.302 APKT 1003
E90AC D32-14W32 32.00 2 1 14.00 48.0 50.00 130.00 32.00 W 0.610 AD..1505
E90AC D32-25W32 32.00 3 1 25.00 48.0 50.00 130.00 32.00 W 0.595 AD..1505
E90AC D38-25W32 38.00 5 2 26.00 - 50.00 130.00 32.00 W 0.700 AD..1505,XPMT 1004
E90AC D38-38W32 38.00 6 2 38.50 - 50.00 130.00 32.00 W 0.677 AD..1505,XPMT 1004
E90AC D50-25W32 50.00 6 2 26.00 - 41.00 130.00 32.00 W 0.852 AD..1505
E90AC D50-38W40 50.00 8 2 38.00 - 43.00 140.00 40.00 W 1.194 AD..1505
• For user guide see pages 461-468
(1) W-Weldon
For inserts, see pages: ADCT 1505PDFR-HM (391) • ADKT 1505..R/L-HM (393) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • XPMT-HQ (426)
Spare Parts
Designation
E90AC D25-10W25 SR 34-505/HG BLD T08/M7 SW4-SD
E90AC D25-20W25 SR 34-505/HG BLD T08/M7 SW4-SD
E90AC D32-14W32 SR 14-544/S T-15/51 BLD T15/M7 SW6-T
E90AC D32-25W32 SR 14-544/S BLD T15/M7 SW6-T
E90AC D38-25W32 SR 14-544/S BLD T15/M7 SW6-T ZPN 4-520
E90AC D38-38W32 SR 14-544/S BLD T15/M7 SW6-T ZPN 4-520
E90AC D50-25W32 SR 14-544/S BLD T15/M7 SW6-T ZPN 4-520
E90AC D50-38W40 SR 14-544/S BLD T15/M7 SW6-T ZPN 4-520
E90AC
Drilling Endmills Carrying
APKT/ADKT Inserts
ISCAR
30
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
E30T230
30°
D
1
ap
d
30°
HL
Designation D D1ZapL H d Shank(1) kg Insert
T230 ELN D12-4-C16-05 12.00 21.50 4 2.50 90.00 20.00 16.00 C 0.127 Y T290 LNMT 05 SR 10503833 T-7/51
T230 ELN D12-4-W16-05 12.00 21.50 4 2.50 90.00 20.00 16.00 W 0.125 Y T290 LNMT 05 SR 10503833 T-7/51
E30 D16-W25 16.00 40.90 3 7.00 100.00 36.40 25.00 W 0.418 N TPMT 16 SR 14-541 T-15/51
• For user guide, see pages 461-468
(1) Adjustable extension
For inserts, see pages: T290 LNMT/LNHT 0502 (407) • TPMT (401)
E30 / T230
30° Chamfering Endmills
L L4L5
D1
Dap
45º
d
D1
D4
45º
L6L7
D7
D5
15º 45º
D9
D6
D8D1
D10 ap7
ap6
ap5
ap4
A B C D E
Rd°
Designation D D1D4D5D7D6D8D9D10 apap4 ap5 ap6 ap7
SOE45 8/16-D025-02-W20R 25.00 35.40 22.65 20.90 36.50 20.10 29.40 35.60 25.30 3.50 6.00 7.90 1.20 2.90
SOE45 8/16-D032-03-W25R 32.00 42.40 29.65 27.50 43.30 26.70 36.20 42.60 32.30 3.50 6.00 7.90 1.20 2.90
SOE45 8/16-D040-04-W32R 40.00 50.40 37.65 35.40 51.30 37.50 47.00 50.60 40.30 3.50 6.00 7.90 1.20 2.90
Designation d Z L L4L5L6L7Rd°(1) kg
SOE45 8/16-D025-02-W20R 20.00 2 100.00 101.2 101.60 101.30 101.20 3.1 0.246
SOE45 8/16-D032-03-W25R 25.00 3 100.00 101.2 101.60 101.30 101.20 4.2 0.381
SOE45 8/16-D040-04-W32R 32.00 4 110.00 111.2 111.60 111.30 111.20 3.7 0.722
• A- with ONMU 0505... insert • B- with S845 SNMU 1305... insert • C- with RXMT 1607N insert • D- with OXMT 0507R08-FF insert • E- with OXMT
050705-R-HP insert • Use only Torx Plus keys • For user guide see pages 461-468
(1) Valid only with RXMT 1607N insert
For inserts, see pages: ONHU 0505-W (432) • ONHU/ONMU-05 (432) • OXMT 0507 (433) • RXMT 1607 (448) • S845 SNHU 1305-W (429) • S845 SNMU/
SNHU-13 (429)
Spare Parts
Designation
SOE45 8/16 SR 11800745 BLD IP15/S7 SW6-T-SH
SOE45 8/16
Multifunctional Endmills for Octagonal,
Square and Round Insert Contours
with Various Entry Angles
d
L
ap
45°
H
D
1
D
Designation D D1ZapH L d Shank(1) kg
E45X D06-C12-06 6.00 14.10 1 4.00 25.00 80.00 12.00 C 0.063 SR 34-508 T-7/51
E45X D06-W12-06 6.00 14.10 1 4.00 19.00 70.00 12.00 W 0.054 SR 34-508 T-7/51
E45X D08-C16-06 8.00 16.10 1 4.00 25.00 100.00 16.00 C 0.137 SR 34-508 T-7/51
E45X D08-W16-06 8.00 16.10 1 4.00 23.00 80.00 16.00 W 0.105 SR 34-508 T-7/51
• For user guide, see pages 31, 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: QOMT-HQ (424) • SOMT-HQ (424) • XOMT-HQ (425)
E45X
45° Chamfering Endmills Carrying
X/Q/SOMT 06 Inserts
31
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
31
USER GUIDE
h
1
h
2 max
D
D
1
d
1
Insert Positioning on E45X Endmills
E45X-...-06
Countersinking Recommendations
E45X
Designation Min. Pre-Drilled Dia. D D1h1h2max d d1
E45X D06 6.0 14.1 4.0 19.0 12 11.8
E45X D08 8.0 16.1 4.0 19.0 16 14.5
XOMT
XOMT
SOMT
ISCAR
32
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
45
°
ap
45
°
ap
45
°
ap
H
L
H
L
H
L
D
H
45°
d
L
T245
E45 D16 E45 D12 E45 D30
D1
ap
Designation D D1ZapL H d Shank(1) kg Insert
T245 ELN D12-4-C16-05 12.00 19.70 4 3.60 90.00 20.00 16.00 C Y 0.121 T290 LNMT 05... SR 10503833 T-7/51
T245 ELN D12-4-W16-05 12.00 19.70 4 3.60 90.00 20.00 16.00 W Y 0.120 T290 LNMT 05... SR 10503833 T-7/51
E45 D12-W20 12.00 23.20 1 5.60 100.00 30.00 20.00 W N 0.203 SDMT 09 SR 14-541 T-15/51
E45 D16-W25 16.00 35.90 2 9.70 100.00 33.00 25.00 W N 0.348 TPMT 16 SR 14-541 T-15/51
E45 D30-W25 30.00 46.10 3 7.80 100.00 35.00 25.00 W N 0.372 SCMT/SCMW 12 SR 16-212 T-20/51
E45 D30-W32 30.00 46.10 3 7.80 110.00 35.00 32.00 W N 0.614 SCMT/SCMW 12 SR 16-212 T-20/51
• For user guide, see pages 461-468
(1) Adjustable extension
For inserts, see pages: T290 LNMT/LNHT 0502 (407)
E45 / T245
45° Chamfering Endmills
D
D
1
ap
60
°
d
E60 T260
HL
Designation D D1ZapL H d Shank(1) kg Insert
T260 ELN D12-4-C12-05 12.00 17.50 4 4.50 80.00 20.00 12.00 C Y 0.065 T290 LNMT 05 SR 10503833 T-7/51
T260 ELN D12-4-W12-05 12.00 17.50 4 4.50 80.00 20.00 12.00 W Y 0.063 T290 LNMT 05 SR 10503833 T-7/51
E60 D25-W25 25.00 39.40 2 12.30 100.00 33.00 25.00 W N 0.389 TPMT 16 SR 14-541 T-15/51
• For user guide see pages 461-468
(1) W-Weldon C-Cylindrical
For inserts, see pages: T290 LNMT/LNHT 0502 (407) • TPMT (401)
E60 / T260
60° Chamfering Endmills
33
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
MULTI-MASTER
Clamping and Indexing Instructions
Do not apply lubricant to the threaded connection.
MM GRIT
MM TS...
Thread Size Key (1)
Tightening
Torque (Nxcm)
T04 MM KEY 6x4 400
T05 MM KEY 6x4 700
T06 MM KEY 8x5 1000
T08 MM KEY 10x7 1500
T10 MM KEY 13x8 2800
T12 MM KEY 16x9 2800
T15 MM KEY 20 4000
(1) Order separately
1
1
1
2
2
2
3
3
3
4
4
4
ISCAR
34
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
34
USER GUIDE
35
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
1
2
3
4
5
Designation Fig. Ts(1) Key TQ(2)
TORQUE WRENCH 5-50NM 3/8 1 - - -
MM WRENCH 6-05 2 T05 - 7.0
MM WRENCH 8-06 2 T06 - 10.0
MM WRENCH 10-08 2 T08 - 15.0
MM WRENCH 13-10 2 T10 - 28.0
MM WRENCH 16-12 2 T12 - 28.0
MM WRENCH 20-15 2 T15 - 40.0
MM WRENCH 4E-05 3 T05 - 7.0
MM WRENCH 5E-06 3 T06 - 10.0
MM WRENCH 7E-08 3 T08 - 15.0
MM WRENCH 8E-10 3 T10 - 28.0
MM WRENCH 9E-12 3 T12 - 28.0
INSERT TOOL 3/8" 9X12MM 4 - - -
BIT SOCKET T20 3/8" DRIVE 5 - Torx T20 0.0
BIT SOCKET T25 3/8" DRIVE 5 - Torx T25 0.0
BIT SOCKET T30 3/8" DRIVE 5 - Torx T30 0.0
BIT SOCKET T40 3/8" DRIVE 5 - Torx T40 0.0
BIT SOCKET T50 3/8" DRIVE 5 - Torx T50 0.0
• NOTE: For recommended clamping torque for each MULTI-MASTER connection size, see page 34
(1) MULTI-MASTER connection size
(2) Clamping torque Nxm
MM Adjustable Torque Keys
Adjustable Torque Handle and Keys
for Secure and Accurate Tightening
of MULTI-MASTER Milling Heads
The adjustable torque handle, interchangeable wrenches and Torx bits are optional and should be ordered separately.
Adjustable Torque Handle with Interchangeable Wrenches for Clamping MULTI-MASTER Milling Heads
Indexable Solid Carbide Milling Heads
Table of Contents
Type Helix Angle
No. of
Flutes
Diameter
Range
Remarks
Page
MM HC 10º 2 7.8-16
55
E
MM EA 45º 2, 3 8-20 High Speed Machining on
Aluminum
61
MM EA-CF 40º 3, 4 8-25 High Speed Machining on
Aluminum-CHATTERFREE
62
MM ECU 38º 3 7.7-19.7 DIN 6885
55
MM EC-3 45º 3 8-12.7
55
MM EC-4 30º, 45º 4 6-20
56
MM EC-6
MM EC-D
30º, 45º
50°
6
6, 8, 10
8-12.7
8-20
57
MM EC-8/10 30º, 45º 8,10 16-25
58
MM EFS 45º 4 8-25 FINISHRED
59
MM EFS-CF 38°4 6-25 FINISHRED
CHATTERFREE
60
MM EC-CF 38º 4, 12 8-25 CHATTERFREE
58
MM ERA 45°3 8-25 Rough Machining on
Aluminum
60
MM ERS 45º 4, 5, 6 8-25, 4
60
MM EBA 45º 2 8-25 For Machining Aluminum
54
E= Economical
ISCAR
36
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
36
Indexable Solid Carbide Milling Heads
Table of Contents
Type Helix Angle
No. of
Flutes
Diameter
Range
Remarks
Page
MM EB 30º 2, 4 5-25
54
MM HCR
MM HRF — 2 8-16 General
Finishing
53
E
MM HBR — 2 10-25.4
53
E
MM HT — 2 10-20
51
E
MM HT-NWFR 2 12
52
MM HT-NCSR — 2 12
51
MM FF — 2 10-20
49
E
MM EFF — 4,6 8-25.4
50
MM ETR 30˚ 6 8-16
52
MM HR — 2 8-20
42
E
MM HCD — 2 8-20 for DIN 74 Screw
39
E
MM ECF —4, 6 10-25
39
MM ECS — 2 1.07-6.41 DIN 332
43
MM HDF — 2 9.8-15.7 Double Chamfering
40
MM EDF — 3 7.4-11.6
40
MM TS
MM GRIT —4,6
3,4,6
7.7-25
15.7, 17.7, 21.7, 27.7
44
45-46
MM GRIT-K/P-
45A 3,4,6 17.7,21.7,27.7
41
MM TS-DG 415.88, 19.05, 25.4
45
MM TRD
MT-MM —3,4
3-6
15.7, 21.7
10-20
55º-DIN ISO 228, B.S 84
60º-ISO 68, DIN13
47
48-49
E= Economical
37
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
37
MULTI-MASTER and FLEXFIT Connection Options
Features
• Modular system reduces
stock cost by using the
same head with different
shank options
• Enables machining with
larger over hang
• Same head can be
mounted on metric and
inch combinations
MILLING HEADS ADAPTERS SHANKS
FLEXFIT (M)
MULTI-MASTER (MM)
ISCAR
38
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
38
USER GUIDE
39
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
140°
D
a°
Ts
D2
l
L7ap
D
1
ECONOMICAL SOLUTION
Dimensions
Designation D1Dtol(3) Flute apTs D2la° L7D
IC908
MM HCD080-090-2T05 (1) 8.00 z9 2 7.00 T05 7.60 9.75 45 3.15 1.00 •
MM HCD083-090-2T05 (1) 8.30 z9 2 7.50 T05 7.60 10.00 45 3.56 1.00 •
MM HCD.375-080-2T06 9.50 z9 2 9.00 T06 9.20 11.80 40 5.00 2.00 •
MM HCD100-090-2T06 (1) 10.00 z9 2 9.00 T06 9.60 11.75 45 4.40 1.50 •
MM HCD100-060-2T06 10.00 h10 2 9.30 T06 9.60 11.75 30 7.60 1.50 •
MM HCD100-120-2T06 10.00 h10 2 9.50 T06 9.60 12.70 60 2.70 1.50 •
MM HCD104-090-2T06 (1) 10.40 z9 2 9.00 T06 9.60 11.75 45 4.60 1.50 •
MM HCD120-090-2T08 (1) 12.00 z9 2 12.00 T08 11.50 15.50 45 5.30 1.50 •
MM HCD120-060-2T08 12.00 h10 2 11.00 T08 11.50 15.40 30 9.24 1.50 •
MM HCD120-120-2T08 12.00 h10 2 11.65 T08 11.50 15.20 60 3.50 1.50 •
MM HCD124-090-2T08 (1) 12.40 z9 2 11.80 T08 11.50 15.50 45 5.50 1.50 •
MM HCD.500-080-2T08 (2) 12.70 z9 2 11.10 T08 12.20 15.50 40 6.80 1.50 •
MM HCD.625-080-2T10 15.90 z9 2 15.20 T10 15.00 18.80 40 8.80 2.00 •
MM HCD160-090-2T10 (1) 16.00 z9 2 14.90 T10 15.20 18.80 45 7.10 1.50 •
MM HCD160-060-2T10 16.00 h10 2 16.20 T10 15.20 20.20 30 12.00 2.50 •
MM HCD160-120-2T10 16.00 h10 2 15.50 T10 15.20 19.90 60 4.40 1.50 •
MM HCD165-090-2T10 (1) 16.50 z9 2 14.90 T10 15.20 18.80 45 7.10 1.50 •
MM HCD.750-080-2T12 19.00 z9 2 19.60 T12 18.45 24.70 40 11.00 2.00 •
MM HCD200-090-2T12 (1) 20.00 z9 2 18.20 T12 18.45 24.70 45 9.40 1.50 •
MM HCD200-060-2T12 20.00 h10 2 18.20 T12 18.45 24.70 30 15.50 2.50 •
MM HCD200-120-2T12 20.00 h10 2 14.65 T12 18.45 21.15 60 5.50 1.50 •
• For shanks, see pages 63-69 • Clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply
lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) May be used for F-type (fine) countersink according to DIN 74.
(2) Countersink according to American National and British standard flat screws.
(3) D diameter tolerance
MM HCD
Interchangeable 2 Flute Solid
Carbide Heads for Chamfering,
Countersinking and Spot Drilling
Ts
lD2
D1
D
k°
ap
Dimensions
Designation K° D1Flute D apTs D2l
IC908
MM ECF120-02/100-4T06 30.0 10.00 4 2.00 2.30 T06 10.00 13.00 •
MM ECF120-02/120-4T08 30.0 12.00 4 2.00 2.90 T08 12.00 16.50 •
MM ECF120-03/160-6T10 30.0 16.00 6 3.00 3.70 T10 16.00 20.50 •
MM ECF120-05/200-6T12 30.0 20.00 6 5.00 4.30 T12 18.45 25.50 •
MM ECF120-06/250-6T15 30.0 25.00 6 6.00 5.40 T15 25.00 25.00 •
MM ECF45-100-4T06 45.0 10.00 4 1.95 4.00 T06 10.00 13.00 •
MM ECF45-120-4T08 45.0 12.00 4 1.95 5.00 T08 12.00 16.50 •
MM ECF45-.500-4T08 45.0 12.70 4 1.95 5.00 T08 12.70 16.50 •
MM ECF45-160-6T10 45.0 16.00 6 3.00 6.50 T10 16.00 20.50 •
MM ECF45-200-6T12 45.0 20.00 6 5.00 7.50 T12 18.45 25.50 •
MM ECF45-250-6T15-M 45.0 25.00 6 5.00 10.00 T15 25.00 25.00 •
MM ECF60-100-4T06 60.0 10.00 4 1.60 7.30 T06 10.00 13.00 •
MM ECF60-02/100-4T06 60.0 10.00 4 2.00 6.90 T06 10.00 13.00 •
MM ECF60-03/120-4T08 60.0 12.00 4 3.00 7.80 T08 12.00 16.50 •
MM ECF60-04/160-6T10 60.0 16.00 6 4.00 10.00 T10 16.00 20.50 •
MM ECF60-05/200-6T12 60.0 20.00 6 5.00 13.00 T12 18.45 25.50 •
MM ECF60-08/250-6T15 60.0 25.00 6 8.00 14.00 T15 25.00 25.00 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ECF
Interchangeable Solid Carbide Heads
for Chamfering and Countersinking
ISCAR
40
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D2
l
90° Ts
D90° Dmin
L5
L7L6ECONOMICAL SOLUTION
Dimensions
Designation D Flute L5L6L7D min Ts D2l
IC908
MM HDF100-090-2T05 9.80 2 4.30 0.90 2.50 1.20 T05 7.60 10.80 MM KEY 8X5* •
MM HDF120-090-2T06 11.80 2 5.30 1.20 2.00 1.20 T06 9.30 11.20 MM KEY 10X7* •
MM HDF160-090-2T08 15.70 2 7.10 2.20 2.00 1.50 T08 11.50 14.00 MM KEY 13X8* •
• For shanks, see pages 63-69 • Clamping keys should be ordered separately • For tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection • For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM HDF
Interchangeable 2 Flute Solid
Carbide Heads for Upper
and Bottom Chamfering
90°
D
L7
l
L6
Ts
90°
T
D2
Dimensions
Designation D D2Flute L6L7l Ts
IC908
MM EDF074-090-58-3T04 7.40 5.80 3 0.90 1.00 10.00 T04 •
MM EDF094-090-76-3T05 9.40 7.60 3 0.90 1.00 12.50 T05 •
MM EDF116-090-95-3T06 11.60 9.60 3 1.00 1.00 16.50 T06 •
• Suitable for pecking applications. • For shanks, see pages.63-69 • For clamping keys (should be ordered separately), tightening torques and clamping
instructions, see pages 34-35 • Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EDF
Interchangeable 3 Flute Solid
Carbide Heads for Upper
and Bottom Chamfering
l
r
K°
D
Tmax L5
D2
Ts
L4
Dimensions
Designation D K° Tmax r Z l Ts D2L4L5
IC908
MM TS077-45-20A-4T05 7.70 45.0 1.20 0.20 4 15.20 T05 8.00 10.3 13.85 •
• For Clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded
connection
MM TS-45
Interchangeable Solid Carbide Small
Diameter 45° Chamfering Heads
41
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Tmax
W
Ts
r/F D
K°
K°
Dimensions
Designation D K° Tmax r F W Ts Z
IC528
MM GRIT 18K-45A 17.70 45.0 1.40 0.10 - 3.40 T06 3 MM EGR 16-18* •
MM GRIT 18P-45A 17.70 45.0 1.40 0.10 - 3.40 T06 3 MM EGR 16-18* •
MM GRIT 22K-45A 21.70 45.0 1.70 - 1.50 5.50 T08 4 MM EGR 20-22* •
MM GRIT 22P-45A 21.70 45.0 1.70 - 1.50 5.50 T08 4 MM EGR 20-22* •
MM GRIT 28K-45A 27.70 45.0 4.00 - 0.50 9.80 T10 6 T-40/3 L* •
• Use carbide shanks for groove milling heads. • Each MM GRT shank is supplied with MM EGR clamping key. • Keys for other milling heads must be ordered
separately. • MM GRT.. shanks serve mainly for MM GRIT.. slitting heads. • K-Type - For general steel machining. • P-Type - Positive geometry for soft and
gummy materials. • For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM GRIT-K/P-45A
Interchangeable Solid Carbide Small
Diameter 45° Chamfering Heads
Ts
D
r
Tmax
W
K°
Dimensions
Designation D K° Tmax W r Ts Z
IC528
MM GRIT 28K-45D-6T10 27.70 45.0 4.00 5.00 0.20 T10 6 T-40/3 L* •
MM GRIT 28K-60D-6T10 27.70 60.0 4.00 7.80 0.20 T10 6 T-40/3 L* •
MM GRIT 28K-75D-6T10 27.70 75.0 2.20 10.10 0.20 T10 6 T-40/3 L* •
• Use carbide shanks for groove milling heads • For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM GRIT 28K-45D-6T10
MM GRIT 28K-60D-6T10
MM GRIT 28K-75D-6T10
MM GRIT Back Chamfer
Interchangeable Solid Carbide
Back Chamfering Heads
DCONMS
DCX DC
LF
CW
CF
PRFRAD
Ts
Dimensions
Designation PRFRAD CFDCX DCLFCWNOF Ts DCONMS
IC528
MM GRIT 28P-2.7-DR1.0 1.00 2.70 27.70 24.80 6.00 5.60 6 T10 15.30 •
MM GRIT 28P-2.6-DR2.0 2.00 2.60 27.70 22.90 7.70 7.30 6 T10 15.30 •
MM GRIT 28P-2.3-DR3.0 3.00 2.30 27.70 21.10 9.70 8.90 6 T10 15.30 •
MM GRIT 28P-2.6-DR4.0 4.00 2.60 27.70 19.70 11.70 10.90 6 T10 15.30 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
Spare Parts
Designation
MM GRIT 28P-DR T-40/3 L*
* Optional, should be ordered separately
MM GRIT 28P-DR
Interchangeable 6 Flute Solid
Carbide, Double-Sided Corner
Rounding Milling Heads
ISCAR
42
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
l
D2
D1D
r
Dimensions
Designation r D1D Tm(1) Z l D2Ts
IC908
MM ER1.0/047-5.8-4T05 1.00 8.00 5.80 0.5-1.4 4 10.00 8.00 T05 •
MM ER1.6/063-6.8-4T06 1.60 10.00 6.80 0.5-2.5 4 13.00 10.00 T06 •
MM ER2.0/078-6.0-4T06 2.00 10.00 6.00 0.5-2.5 4 13.00 10.00 T06 •
MM ER2.5/094-5.1-4T06 2.50 10.00 5.10 0.5-2.5 4 13.00 10.00 T06 •
MM ER3.0/125-6.5-4T08 3.00 12.70 6.50 0.5-3.1 4 16.50 12.70 T08 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range upon request.
MM ER
Interchangeable 4 Flute Solid Carbide
Corner Rounding Milling Heads
lTs View A
D
r
a°
A
CF
Dimensions
Designation D r CFa° l Ts
IC908
MM EPG080/30-1T05 8.00 0.20 - 30 10.00 T05 •
MM EPG080/45-1T05 8.00 0.20 - 45 10.00 T05 •
MM EPG080/60-1T05 8.00 0.20 - 60 10.00 T05 •
MM EPG080/90-1T05 8.00 0.20 - 90 10.00 T05 •
MM EPG080/60-F50-1T05 8.00 - 0.50 60 10.00 T05 •
MM EPG080/60-F75-1T05 8.00 - 0.75 60 10.00 T05 •
MM EPG080/90-F32-1T05 8.00 - 0.32 90 10.00 T05 •
MM EPG080/90-F50-1T05 8.00 - 0.50 90 10.00 T05 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection
MM EPG
Single-Flute MULTI-MASTER
Engraving Tool Head
Ts
l
D2
ap
r
D
D1h10
ECONOMICAL SOLUTION
Dimensions
Designation D1r Flute D apTs D2l Tm(1)
IC908
MM HR1.0/047-5.8-2T05 8.00 1.00 2 5.80 7.50 T05 7.60 10.60 r0.5-3.0 •
MM HR1.6/063-6.8-2T06 10.00 1.60 2 6.80 9.50 T06 9.60 12.50 r0.5-3.0 •
MM HR2.0/078-6.0-2T06 10.00 2.00 2 6.00 9.50 T06 9.60 12.50 r0.5-3.0 •
MM HR2.5/094-5.1-2T06 10.00 2.50 2 5.10 9.50 T06 9.60 12.50 r0.5-3.0 •
MM HR3.0/125-6.5-2T08 12.70 3.00 2 6.50 12.00 T08 11.50 15.60 r0.5-4.0 •
MM HR4.0/156-4.7-2T08 12.70 4.00 2 4.70 12.00 T08 11.50 15.60 r0.5-4.0 •
MM HR5.0/188-6.2-2T10 16.00 5.00 2 6.20 15.00 T10 15.20 19.10 r0.5-5.0 •
MM HR6.0/236-8.0-2T12 20.00 6.00 2 8.00 7.00 T12 18.45 17.40 r0.5-6.0 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range upon request.
MM HR
Interchangeable 2 Flute Solid Carbide
Corner Rounding Milling Heads
43
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
l
D
120º
Ts
Fig. 1 Type A Fig. 2 Type B
120°
a°
D2
L1
L3
a°
L1
Dimensions
Designation D D2l L1L3Ts a° Fig.
IC908
MM ECS-A1.00X06-2T04 1.07 6.00 10.00 1.6 - T04 60 1 •
MM ECS-A1.60X06-2T04 1.65 6.00 10.00 2.4 - T04 60 1 •
MM ECS-A2.00X06-2T04 2.07 6.00 10.00 2.9 - T04 60 1 •
MM ECS-A3.15X08-2T05 3.28 8.00 15.00 4.6 - T05 60 1 •
MM ECS-A4.00X10-2T06 4.12 10.00 19.00 5.9 - T06 60 1 •
MM ECS-A5.00X12-2T08 5.13 12.00 23.00 7.2 - T08 60 1 •
MM ECS-A6.30X16-2T10 6.46 16.00 28.00 8.9 - T10 60 1 •
MM ECS-B3.15X12-2T08 3.24 12.00 23.00 4.4 7.40 T08 60 2 •
MM ECS-B4.00X127-2T08 4.09 12.70 23.00 5.6 9.50 T08 60 2 •
MM ECS-B5.00X19-2T12 5.09 18.45 25.50 6.9 11.70 T12 60 2 •
MM ECS-B6.30X20-2T12 6.41 18.45 25.50 8.6 14.50 T12 60 2 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ECS
Interchangeable Solid Carbide
Centering Drills (DIN 332)
D90°
lTs
Dimensions
Designation D l Ts
IC908
MM ECD-06X90-2T04 6.00 11.00 T04 •
MM ECD-08X90-2T05 8.00 15.00 T05 •
MM ECD-10X90-2T06 10.00 19.00 T06 •
MM ECD-12X90-2T08 12.00 23.00 T08 •
MM ECD-16X90-2T10 16.00 28.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection
MM ECD
NC Spotting Drills for Accurately
Locating a Hole without
Using a Guide Bushing
Ts
D2
D
l
0.25x45°
Ha°
ap
Dimensions Recommended
Machining Data
Designation Dapl D2Ts Flute
IC908
fz
(mm/t)
MM EFCB110A08-4T06 11.00 8.40 16.50 10.00 T06 4 •0.03-0.04
MM EFCB140A11-4T08 14.00 11.50 28.00 12.00 T08 4 •0.04-0.05
• 0.06 mm maximum concavity on the tool's bottom • For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and
clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EFCB
Interchangeable 4 Flute 30° Helix Solid
Carbide Heads for Flat Counter Boring
ISCAR
44
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Tmax
W
r
Ts
D
W
Dimensions
Designation D-0.05 W±0.02 Tmax Z r Ts
IC328
MM TS135-H30D-06T05 13.50 3.00 2.65 6 0.40 T05 T-20/3* •
MM TS135-H40D-06T05 13.50 4.00 2.65 6 0.40 T05 T-20/3* •
MM TS165-H40A-06T05 16.50 4.00 4.25 6 0.20 T05 •
MM TS160-H20D-06T06 16.00 2.00 3.00 6 0.40 T06 T-20/3* •
MM TS160-H30D-06T06 16.00 3.00 3.00 6 0.40 T06 T-25/3* •
MM TS160-H40D-06T06 16.00 4.00 3.00 6 0.40 T06 T-25/3* •
MM TS165-H20D-06T06 16.50 2.00 3.25 6 0.40 T06 T-20/3* •
MM TS165-H30D-06T06 16.50 3.00 3.25 6 0.40 T06 T-25/3* •
MM TS165-H40D-06T06 16.50 4.00 3.25 6 0.40 T06 T-25/3* •
MM TS195-H60A-06T06 19.50 6.00 4.45 6 0.20 T06 •
MM TS225-H60A-06T06 22.50 6.00 5.95 6 0.20 T06 T-25/3* •
MM TS195-H40D-06T08 19.50 4.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS195-H50D-06T08 19.50 5.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS195-H60D-06T08 19.50 6.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS225-H40D-06T08 22.50 4.00 4.90 6 0.40 T08 T-40/3 L* •
MM TS225-H50D-06T08 22.50 5.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS225-H60D-06T08 22.50 6.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS225-H80D-06T08 22.50 8.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS250-H50D-06T08 25.00 5.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H60D-06T08 25.00 6.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H80D-06T08 25.00 8.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H50D-06T10 25.00 5.00 4.30 6 0.40 T10 T-50/3 L* •
MM TS250-H60D-06T10 25.00 6.00 4.30 6 0.40 T10 T-50/3 L* •
MM TS250-H80D-06T10 25.00 8.00 4.30 6 0.40 T10 T-50/3 L* •
• Inserts in 5 mm and wider feature chip splitting edges • For tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection • For shanks, see pages 63-69 • For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM TS-H
Interchangeable Solid Carbide T-Slot
Milling Heads with Various Corner Radii
Tmax
W
Chx45°
MM TS077-N...
15
8.0
4.5
10
r
Ts
D
W
Dimensions Tough
1
Hard
Designation D-0.05 W±0.02 Tmax Z r Ch Ts
IC328
IC928
IC908
MM TS077-N07A-4T05 7.70 0.70 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N08A-4T05 7.70 0.80 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N09A-4T05 7.70 0.90 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N10A-4T05 7.70 1.00 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N15A-4T05 7.70 1.50 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N20A-4T05 7.70 2.00 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS105-N20D-06T04 10.50 2.00 2.00 6 0.40 - T04 T-15/3* •
MM TS.500-N062P-06T05 12.70 1.58 2.25 6 - 0.15 T05 T-20/3* •
MM TS.500-N078P-06T05 12.70 1.98 2.25 6 - 0.15 T05 T-20/3* •
MM TS135-N20P-06T05 13.50 2.00 2.65 6 - 0.20 T05 T-20/3* •
MM TS135-N25P-06T05 13.50 2.50 2.65 6 - 0.20 T05 T-20/3* •
• For shanks, see pages 63-69 • For tightening torques and clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded connection
• For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM TS-N
Interchangeable Solid Carbide
T-Slot Milling Heads
45
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L5
lTTs
D
R0.3 Typx4
3
0.45 max.
depth of cut
3
6
0.6
L3
A
D2
A
Dimensions
Designation D4(1) D Ts Z L5L3l D2T(2)
IC908
MM TS155-04T10-8238 15.88 15.50 T10 4 30.20 8.40 14.10 16.00 13.0 MM KEY 13X8* •
MM TS185-04T12-8239 19.05 18.50 T12 4 31.20 8.80 14.50 18.45 16.0 MM KEY 16X9* •
MM TS245-04T15-8240 25.40 24.50 T15 4 37.40 11.00 14.40 23.90 20.0 MM KEY 20* •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection • For user guide, see pages 38,147-151
(1) For minimum tube outer diameter
(2) Clamping wrench size
* Optional, should be ordered separately
MM TS-DG
Double-Groove Internal Grooving
Heads with Threaded Connection for
Tube Sheets of Heat Exchangers
DTs
Dmin
W
Tmax
Tmax
W
r
Dimensions
Designation D W±0.02 Tmax Z r D min(2) Ts
IC528
MM GRIT 16K-1.50-0.10 15.70 1.50 2.80 3 0.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-1.50-0.10 15.70 1.50 2.80 3 0.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-1.57-0.20 15.70 1.57 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.00-0.20 15.70 2.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-2.20-1.10 15.70 2.20 2.80 3 1.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.39-0.20 15.70 2.39 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.50-0.20 15.70 2.50 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-3.00-0.20 15.70 3.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-3.00-0.20 15.70 3.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-3.17-0.20 15.70 3.17 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.20-0.05 (1) 17.70 1.20 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-1.20-0.60 17.70 1.20 3.80 3 0.60 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.40-0.05 (1) 17.70 1.40 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.50-0.10 17.70 1.50 3.80 3 0.10 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.57-0.20 17.70 1.57 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.70-0.05 (1) 17.70 1.70 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.00-0.20 17.70 2.00 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-2.00-1.00 17.70 2.00 3.80 3 1.00 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-2.20-1.10 17.70 2.20 3.80 3 1.10 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.39-0.20 17.70 2.39 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.50-0.20 17.70 2.50 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-3.00-0.20 17.70 3.00 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-3.00-1.50 17.70 3.00 3.80 3 1.50 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-3.17-0.20 17.70 3.17 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
• Recommended for O-rings and retaining rings • MM EGR clamping key is supplied with each MM GRT... shank • Modification options on request •
Do not apply lubricant to the threaded connection • Tightening torque: 1000 N x cm • For clamping instructions, see pages 34-35 • For user guide, see
pages 38,147-151 • For shanks, see pages 63-69 • K - For general steel machining • P - Positive geometry for soft and gummy materials
(1) For circle clips according to DIN 471/472 and ANSI B27.7M
(2) Minimum bore diameter
* Optional, should be ordered separately
K-Type - For general steel machining.
P-Type - Positive geometry for soft and gummy materials.
MM GRIT-16K/P,18K/P
Interchangeable Solid Carbide Small
Diameter Groove Milling Heads
ISCAR
46
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
Dmin
W
Tmax
Ts
W≤1.2
Tmax
Tmax
W
r
Dimensions
Designation D W±0.02 Tmax Z r D min(2) Ts
IC528
MM GRIT 22K-0.76-0.00 (1) 21.70 0.76 1.50 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-0.86-0.00 (1) 21.70 0.86 1.70 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-0.96-0.00 (1) 21.70 0.96 1.90 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.00-0.05 21.70 1.00 2.00 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-1.00-0.05 21.70 1.00 2.00 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.20-0.05 (1) 21.70 1.20 4.50 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.40-0.05 (1) 21.70 1.40 4.50 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.57-0.00 21.70 1.57 4.50 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.70-0.10 (1) 21.70 1.70 4.50 4 0.10 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-1.70-0.10 (1) 21.70 1.70 4.50 4 0.10 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.95-0.20 (1) 21.70 1.95 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.00-0.20 21.70 2.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-2.00-0.20 21.70 2.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.25-0.20 (1) 21.70 2.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.39-0.20 21.70 2.39 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.50-0.20 21.70 2.50 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-2.50-0.20 21.70 2.50 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.75-0.20 (1) 21.70 2.75 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.00-0.20 21.70 3.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.00-0.20 21.70 3.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.17-0.20 21.70 3.17 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.25-0.20 (1) 21.70 3.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.81-0.20 21.70 3.81 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.00-0.20 21.70 4.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.98-0.20 21.70 3.98 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-4.00-0.20 21.70 4.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-4.00-2.00 21.70 4.00 4.50 4 2.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.25-0.20 (1) 21.70 4.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.25-1.20 (1) 21.70 4.25 4.50 4 1.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.75-0.20 21.70 4.75 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-5.25-0.20 (1) 21.70 5.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-6.00-3.00 21.70 6.00 4.50 4 3.00 22.00 T08 MM EGR 20-22* •
MM GRIT 28K-2.50-0.2 27.70 2.50 6.00 6 0.20 28.00 T10 T-40/3 L* •
MM GRIT 28K-5.25-0.2 27.70 5.25 6.00 6 0.20 28.00 T10 T-40/3 L* •
MM GRIT 28P-7.0-3.5 27.70 7.00 5.70 6 3.50 28.00 T10 T-40/3 L* •
MM GRIT 28K-10.0-0.2 27.70 10.00 6.00 6 0.20 28.00 T10 T-40/3 L* •
• Recommended for O-rings and retaining rings • MM EGR 20-22 clamping keys are supplied with each MM GRT... shank • Tightening torque for MM
GRIT 22: 1500 Nxcm, for MM GRIT 28: 2800 Nxcm • K - for general steel & cast iron machining P - for soft and gummy materials • Modification options on
request • Do not apply lubricant to the threaded connection • For clamping instructions, see pages 34-35 • For user guide, see pages 38,147-151
• For shanks, see pages 63-69
(1) For circle clips according to DIN471/472 and ANSI B27.7M
(2) Minimum bore diameter
* Optional, should be ordered separately
K-Type - For general steel and cast iron machining.
P-Type - Positive geometry for soft and gummy materials.
MM GRIT-22K/P,28K/P
Interchangeable Solid Carbide Small
Diameter Groove Milling Heads
47
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
W
Ts
D
Y
Dimensions
Designation Module
T
range(1) D Y W Z Ts
IC528
MM SS22M100Z1720-4T08 1.0 17-20 21.70 2.8 5.50 4 T08 MM EGR 20-22* •
MM SS22M100Z2125-4T08 1.0 21-25 21.70 2.3 4.50 4 T08 MM EGR 20-22* •
MM SS22M150Z1720-4T08 1.5 17-20 21.70 2.7 5.40 4 T08 MM EGR 20-22* •
• MM EGR 20-22 clamping keys are supplied with each MM GRT... shanks, in case of using other shanks; the keys should be ordered separately. • Tightening
torque 1500 Nxcm • Do not apply lubricant to the threaded connection. • For clamping instructions, see pages 34-35 • For user guide, see pages 38,147-151
• For shanks, see pages 63-69
(1) Teeth range
* Optional, should be ordered separately
MM SS
Interchangeable Solid Carbide Heads
for Milling Spline Shafts According
to DIN 5480 Involute Gear Profile
D
TRD16 TRD22
R
60
L5
Ts
R
DY
Y
Ts
60
Dimensions
Designation D Z Pmin Pmax R L5Y Ts Th(1) D min Standard
IC528
MM TRD16-M60-05P-3T06 15.70 3 0.50 2.00 - (2) 0.05 1.2 T06 M20 19.05 ISO 68, DIN 13 MM EGR 16-18* •
MM TRD16-M60-15P-3T06 15.70 3 1.50 2.00 0.05 - 1.2 T06 M22 19.05 ISO 68, DIN 13 MM EGR 16-18* •
MM TRD22-M60-30P-4T08 21.70 4 3.00 4.50 0.20 - 2.8 T08 M36 31.00 ISO 68, DIN 13 MM EGR 20-22* •
• For shanks, see pages 63-69 • For clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded connection.
(1) Smallest possible thread
* Optional, should be ordered separately
(2) Flat
MM TRD-M
Interchangeable Solid Carbide
Milling Heads for 60° Partial
Profile Thread Milling
R
55
D
Ts
Y
Dimensions
Designation D Z R Y TPI max TPI min Ts ThD min Standard
IC528
MM TRD22-W55-14P-4T08 21.70 4 0.20 2.4 14 11 T08 G3/4 24.20 DIN ISO 228, B.S. 84 MM EGR 20-22* •
• For shanks, see pages 63-69 • For clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded connection.
* Optional, should be ordered separately
MM TRD-W
Interchangeable Solid Carbide
Milling Heads for 55° Partial
Profile Thread Milling
ISCAR
48
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
P
D
ap
l1
Ts
Application: General engineering
Dimensions
Designation TPI UNC UNF UNEF D Flute apl1Ts
IC908
MT 10D7 32UN-MMT05 32.0 - - - 10.00 4 6.40 12.75 T05 •
MT 10D6 28UN-MMT05 28.0 - 1/2 - 10.00 4 5.50 12.75 T05 •
MT 10D6 24UN-MMT05 24.0 - - 9/16-5/8 10.00 4 5.30 12.75 T05 •
MT 10D6 20UN-MMT05 20.0 - 1/2 - 10.00 4 5.10 12.75 T05 •
MT 10D5 18UN-MMT05 18.0 - 9/16-5/8 1 1/8-1 5/8 10.00 4 5.60 12.75 T05 •
MT 10D7 16UN-MMT05 16.0 - 3/4 - 10.00 4 6.40 12.75 T05 •
MT12D9 24UN-MMTT06 24.0 - - 5/8- 11/16 12.00 4 8.50 14.30 T06 •
MT12D9 20UN-MMTT06 20.0 - - 3/4 - 1 12.00 4 8.90 14.30 T06 •
MT12D9 18UN-MMTT06 18.0 - 5/8 ≥1 11/16 12.00 4 8.50 14.30 T06 •
MT12D10 16UN-MMTT06 16.0 - 3/4 - 12.00 4 8.00 14.30 T06 •
MT12D10 14UN-MMTT06 14.0 - 7/8 12.00 4 0.00 14.30 T06 •
MT16E12 18UN-MMTT08 18.0 - 5/8 ≥1 11/16 16.00 5 11.30 19.00 T08 •
MT16E13 14UN-MMTT08 14.0 - 7/8 - 16.00 5 12.70 20.85 T08 •
MT16E13 12UN-MMTT08 12.0 - 1-1 1/2 - 16.00 5 12.70 20.85 T08 •
MT15D13 10UN-MMTT08 10.0 3/4 - - 15.30 4 12.70 20.85 T08 •
MT16C11 9UN-MMTT08 9.0 7/8 - - 16.00 3 11.30 20.85 T08 •
MT16C12 8UN-MMTT08 8.0 1.0 - - 16.00 3 12.70 20.85 T08 •
MT20F13 12UN-MMTT10 12.0 - ≥1 - 20.00 6 12.70 21.00 T10 •
MT20D13 8UN-MMTT10 8.0 1 20.00 4 12.70 21.00 T10 •
MT20D15 7UN-MMTT10 7.0 - 1 1/8 - 1 1/4 - 20.00 4 14.50 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • For thread
milling heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-UN-MM
Carbide Milling Heads with
a Threaded Connection for
Internal UN Thread Profile
P
60˚
P/4
P/8
NUT
SCREW
Ts
P
D
ap
l1Application: General engineering
Dimensions
Designation Pitch
M
Coarse M Fine D Flute apl1Ts
IC908
MT10D7.5 0.5ISO-MMT05 0.50 - ≥14 10.00 4 7.50 12.75 T05 •
MT 10D6 0.75ISO-MMT05 0.75 - ≥12 10.00 4 6.00 12.75 T05 •
MT 10D6 1.0ISO-MMT05 1.00 - ≥12 10.00 4 6.00 12.75 T05 •
MT 10D5 1.25ISO-MMT05 1.25 - ≥14 10.00 4 5.00 12.75 T05 •
MT 10D6 1.5ISO-MMT05 1.50 - ≥14 10.00 4 6.00 12.75 T05 •
MT12D9 0.5ISO-MMTT06 0.50 ≥16 12.00 4 9.00 14.30 T06 •
MT12E9 0.75ISO-MMTT06 0.75 ≥16 12.00 5 9.00 14.30 T06 •
MT12E9 1.0ISO-MMTT06 1.00 ≥16 12.00 5 9.00 14.30 T06 •
MT12D9 1.25ISO-MMTT06 1.25 ≥16 12.00 4 8.80 14.30 T06 •
MT12D9 1.5ISO-MMTT06 1.50 - ≥16 12.00 4 7.50 17.05 T06 •
MT12D9 1.75ISO-MMTT06 1.75 ≥16 12.00 4 8.80 14.30 T06 •
MT12D10 2.0ISO-MMTT06 2.00 M16 ≥17 12.00 4 8.00 17.05 T06 •
MT16F12 1.0ISO-MMTT08 1.00 ≥22 16.00 6 12.00 19.00 T08 •
MT16F12 1.5ISO-MMTT08 1.50 - ≥20 16.00 6 12.00 20.85 T08 •
MT16E12 2.0ISO-MMTT08 2.00 - ≥19 16.00 5 12.00 20.85 T08 •
MT15E13 2.5ISO-MMTT08 2.50 M20 ≥22 15.40 5 12.50 20.85 T08 •
MT16C12 3.0ISO-MMTT08 3.00 M24 ≥25 16.00 3 12.00 20.85 T08 •
MT20F14 2.0ISO-MMTT10 2.00 ≥27 20.00 6 14.00 21.00 T10 •
MT20D12 3.0ISO-MMTT10 3.00 ≥27 20.00 4 12.00 21.00 T10 •
MT20D14 3.5ISO-MMTT10 3.50 ≥30 20.00 4 14.00 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • For thread
milling heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-ISO-MM
Carbide Milling Heads with
a Threaded Connection for
Internal ISO Metric Thread
P/8
P/4
60˚
P
NUT
SCREW
MT
MULTI-
MASTER
Thread Mill
10
Cutting
Dia.
D
No. of
Flutes
0.75
Pitch
6
Cutting
Length
ISO
Thread
Profile
ISO
UN
G (55°)
MMT05/MMTT..*
Connection
Size
Identification Code
* For thread milling heads with 12 mm diameter and larger
49
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Rg
a°
Dh9
Ts
D2
l
ap
ECONOMICAL SOLUTION
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D Flute apRg(2) Ts D2la° Rd°
IC908
IC903
fz
(mm/t)
MM FF100R1.5-L12-2T06 10.00 2 0.60 2.00 T06 9.60 12.50 7 7.0 •0.30-0.60
MM FF120R2.0-2T08 12.00 2 0.68 2.50 T08 11.50 11.10 7 7.0 • • 0.50-1.00
MM FF500R08-L59-2T08 12.70 2 0.68 2.50 T08 11.50 15.00 5 7.0 •0.50-1.00
MM FF160R2.0-2T10 16.00 2 1.10 3.00 T10 15.20 13.50 7 7.0 •0.55-1.10
MM FF200R2.0-2T12 20.00 2 1.50 3.40 T12 18.45 17.40 5 7.0 •0.75-1.50
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(2) Radius for programming
Machining Example:
Shank:
MM S-B-L140-C16-T08
Milling head:
MM FF 120R2.0-2T08
Workpiece material:
SAE 4340 HRc 28
Machining Example:
Shank: MM S-A-L070-W20-T10
Milling head: MM FF160R2.0-2T10 908
Workpiece material: P20 HRc 52
Milling
ap = 0.7 mm
ae = 8 mm
Vc = 150 m/min
Fz = 1 mm/tooth
Vf = 7960 mm/min
Plunging
ap = 2 mm
Vc = 80 mm
F = 0.24 m/min
Milling
ap = 0.2 mm
ae = 6 mm
Vc = 150 m/min
Fz = 1.4 mm/tooth
Vf = 8355
T = 60 min
MM FF
Interchangeable 2 Flute FEEDMILL
Solid Carbide Heads for Milling at
Very Fast Feeds and Small D.O.C.
Ts
P
D
ap
l1
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSP D Flute apl1Ts
IC908
MT 10D6 19W-MMT05 19.0 G1/4-3/8 10.00 4 5.30 12.75 T05 •
MT16D12 14W-MMTT08 14.0 G1/2-7/8 16.00 4 12.70 19.00 T08 •
MT16D11 11W-MMTT08 11.0 G≥1 16.00 4 11.60 19.00 T08 •
MT20F15 14W-MMTT10 14.0 G3/4-7/8 20.00 6 14.60 21.00 T10 •
MT20F14 11W-MMTT10 11.0 G≥1 20.00 6 13.90 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • For thread
milling heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-W-MM
Carbide Milling Heads with a
Threaded Connection for Internal and
External 55° BSW Thread Profile
R=0.137P
55˚
P
NUT
SCREW
ISCAR
50
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D
Rg
a° lTs
D2
ap
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D Flute apTs D2la° Rg(4)
IC908
IC903
fz
(mm/t)
MM EFF080T3R1.62-4T05 8.00 4 0.40 T05 7.50 10.00 7 1.62 N •0.12-0.48
MM EFF100T4R2.01-4T06 10.00 4 0.50 T06 9.50 13.00 7 2.01 N •0.16-0.57
MM EFF100T2R1.0-6T06H (1) 10.00 6 0.45 T06 9.50 10.00 7 1.00 Y •0.16-0.47
MM EFF120T4R1.8-4T08H (1) 12.00 4 0.60 T08 11.50 16.50 7 1.80 Y •0.16-0.67
MM EFF120T4R2.47-4T08 12.00 4 0.60 T08 11.50 16.50 7 2.47 N •0.16-0.67
MM EFF120T2R1.2-6T08H (1) 12.00 6 0.65 T08 11.50 12.50 7 1.20 Y •0.16-0.54
MM EFF127T4R2.59-4T08 12.70 4 0.60 T08 12.20 16.50 7 2.59 N •0.16-0.67
MM EFF160T5R2.2-4T10H (1) 16.00 4 0.80 T10 15.40 20.50 7 2.20 Y •0.20-0.75
MM EFF160T5R3.25-4T10 16.00 4 0.80 T10 15.40 20.50 7 3.25 N •0.20-0.75
MM EFF160T4R2.0-6T10H (1) 16.00 6 1.08 T10 15.40 16.00 7 2.00 Y •0.20-0.65
MM EFF200T6R4.02-4T12 20.00 4 1.00 T12 18.45 25.50 7 4.02 N •0.20-0.90
MM EFF200T5R2.2-6T12H (1) 20.00 6 1.28 T12 18.45 20.00 7 2.20 Y •0.20-0.80
MM EFF250A7R3.1-6T15 (2) 25.00 6 1.20 T15 23.90 25.00 7 3.10 N •0.25-1.00
MM EFF254A7R3.63-6T15 (2) 25.40 6 1.20 T15 23.90 25.00 7 3.10 N •0.25-1.00
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With a central coolant hole
(2) Cannot be used for plunging application
(4) Radius for programming
VDI 3323 Material
Group(1)
Vc
(m/min)
Fz (mm/t) vs. Tool Diameter (mm)
ap ae 8 10 12 16 20 25
P
1 180 0.045xD 0.7xD 0.48 0.57 0.67 0.75 0.90 1.00
2 160 0.045xD 0.7xD 0.48 0.57 0.67 0.75 0.90 1.00
3 160 0.045xD 0.7xD 0.48 0.57 0.67 0.75 0.90 1.00
4 160 0.045xD 0.7xD 0.48 0.57 0.67 0.75 0.90 1.00
5 150 0.045xD 0.7xD 0.43 0.50 0.57 0.65 0.75 0.87
6 150 0.045xD 0.7xD 0.33 0.40 0.48 0.57 0.67 0.78
7 140 0.045xD 0.7xD 0.33 0.40 0.48 0.57 0.67 0.78
8 140 0.045xD 0.7xD 0.30 0.35 0.43 0.52 0.60 0.70
9 140 0.045xD 0.7xD 0.30 0.35 0.43 0.52 0.60 0.70
10 130 0.04xD 0.6xD 0.28 0.33 0.38 0.48 0.57 0.67
11 120 0.04xD 0.6xD 0.25 0.30 0.35 0.43 0.52 0.62
12, 13 120 0.04xD 0.6xD 0.30 0.35 0.43 0.52 0.60 0.70
K
15-16 180 Apmax 0.7xD 0.45 0.52 0.60 0.70 0.80 0.90
17-18 160 Apmax 0.7xD 0.38 0.45 0.52 0.60 0.70 0.80
H
38.1(2) 100 0.035xD 0.45xD 0.20 0.25 0.33 0.40 0.48 0.55
38.2(3) 80 0.03xD 0.3xD 0.16 0.22 0.30 0.38 0.45 0.52
39(4) 60 0.02xD 0.25xD 0.12 0.16 0.16 0.20 0.20 0.25
Machining Recommendations
(1)
ISCAR material group in accordance with VDI 3323 standard
(2)
45-49 HRc
(3)
50-55 HRc ap - Depth of cut
(4) 56-63 HRc ae - Width of cut
MM EFF
4, 6 Flute Solid Carbide
Heads for Milling at Very Fast
Feeds and Small D.O.C.
51
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
r
l
a° Ts
D2
ap
Dh9
ECONOMICAL SOLUTION
Rd°
Dimensions Tough
1
Hard
Designation D Flute apr Tm(1) Ts D2la°
IC908
IC903
MM HT100C08R0.5-2T06 10.00 2 7.00 0.50 r0-1.0 T06 9.60 12.45 5 •
MM HT100C08R1.0-2T06 10.00 2 7.00 1.00 r0-1.0 T06 9.60 12.45 5 •
MM HT100N06R2.0-2T06 10.00 2 6.00 2.00 r0-3.0 T06 9.60 12.40 7 •
MM HT100N07R0.5-2T06 10.00 2 6.90 0.50 r0-1.0 T06 9.60 11.20 5 •
MM HT100N07R1.0-2T06 10.00 2 6.90 1.00 r0-1.0 T06 9.60 11.20 5 •
MM HT100N07R2.0-2T06 10.00 2 6.90 2.00 r0-3.0 T06 9.60 11.20 5 •
MM HT100N07R3.0-2T06 10.00 2 6.90 3.00 r2.7-4.0 T06 9.60 11.20 5 •
MM HT120N06R3.0-2T06 12.00 2 5.40 3.00 r2.7-4.0 T06 9.10 9.10 7 •
MM HT120N06R4.0-2T06 12.00 2 5.10 4.00 r2.7-4.0 T06 11.50 9.10 7 •
MM HT120N06R1.6-2T08 12.00 2 5.70 1.60 r1.3-r2.7 T08 11.50 11.10 7 • •
MM HT120N06R2.0-2T08 12.00 2 5.90 2.00 r1.3-2.7 T08 11.50 11.10 7 • •
MM HT120N06R2.5-2T08 12.00 2 5.50 2.50 r1.3-4.0 T08 11.50 11.10 7 •
MM HT120N06R3.0-2T08 12.00 2 5.50 3.00 r2.7-4.4 T08 11.50 11.10 7 • •
MM HT120N06R4.0-2T08 12.00 2 5.60 4.00 r2.7-4.4 T08 11.50 11.10 7 •
MM HT160N07R2.0-2T10 16.00 2 6.90 2.00 r1.5-4.0 T10 15.20 13.10 7 •
MM HT160N07R3.0-2T10 16.00 2 7.20 3.00 r1.5-4.0 T10 15.20 13.40 7 •
MM HT160N07R4.0-2T10 16.00 2 7.10 4.00 r1.5-4.0 T10 15.20 13.40 7 •
MM HT160N08R5.0-2T10 16.00 2 8.00 5.00 r2.7-4.4 T10 15.20 20.20 7 • •
MM HT200N11R3.0-2T12 20.00 2 10.80 3.00 r3.0-8.0 T12 18.45 17.00 7 •
MM HT200N11R4.0-2T12 20.00 2 11.10 4.00 r3.0-8.0 T12 18.45 17.30 7 •
MM HT200N11R5.0-2T12 20.00 2 11.10 5.00 r3.0-8.0 T12 18.45 17.30 7 •
MM HT200N11R6.0-2T12 20.00 2 11.00 6.00 r3.0-8.0 T12 18.45 17.30 7 •
MM HT200N11R8.0-2T12 20.00 2 10.90 8.00 r3.0-8.0 T12 18.45 17.30 7 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range upon request
MM HT
Torodial 2 Flute Interchangeable
Solid Carbide Heads
r
a°
Dh9
l
ap
TS
D2
ECONOMICAL SOLUTION
Rd°
Dimensions
Designation D Flute apr Tm(1) Ts D2la°
IC908
MM HT120NCSR3.0-2T08 12.00 2 5.50 3.00 r2.7-4.4 T08 11.50 11.10 7 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range, available upon request.
MM HT-NCSR
2 Flute Chip Splitting Toroidal
Solid Carbide Milling Heads
ISCAR
52
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
r
a°
Dh9
l
ap
TS
D2
1.0 (wiper)
ECONOMICAL SOLUTION
Rd°
Dimensions
Designation D Flute apr Tm(1) Ts D2la°
IC908
MM HT120NWFR3.0-2T08 12.00 2 5.30 3.00 r2.7-4.4 T08 11.50 11.10 7 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range, available upon request.
MM HT-NWFR
2 Flute Toroidal Solid Carbide Milling
Heads with a Side Tangential Wiper
De8
ap
l
Ts
7˚
rD2Haº
Rd°
Dimensions Tough
1
Hard
Designation D Flute apr Ts D2l Ha° Rd°
IC908
IC903
MM ETR080A04R2.0-6T05 8.00 6 5.00 2.00 T05 7.70 10.00 30.0 9.0 •
MM ETR080A4R05CF-6T05 8.00 6 4.00 0.50 T05 7.70 10.00 30.0 9.0 •
MM ETR080A4R10CF-6T05 8.00 6 4.00 1.00 T05 7.70 10.00 30.0 9.0 •
MM ETR100A05R3.0-6T06 10.00 6 7.00 3.00 T06 9.60 13.00 30.0 9.0 •
MM ETR100A5R05CF-6T06 10.00 6 5.00 0.50 T06 9.60 13.00 30.0 9.0 •
MM ETR100A5R10CF-6T06 10.00 6 5.00 1.00 T06 9.60 13.00 30.0 9.0 •
MM ETR120A07R4.0-6T08 12.00 6 9.00 4.00 T08 11.70 16.50 30.0 9.0 •
MM ETR120A7R05CF-6T08 12.00 6 7.00 0.50 T08 12.00 17.00 30.0 9.0 •
MM ETR120A7R10CF-6T08 12.00 6 7.00 1.00 T08 12.00 17.00 30.0 9.0 •
MM ETR160A09R5.0-6T10 16.00 6 12.00 5.00 T10 15.30 20.50 30.0 9.0 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ETR
Interchangeable 6 Flute Torodial
Solid Carbide Heads
l
82°
D2
D
r
ap
Ts
Rd°
Dimensions Recommended
Machining Data
Designation D r Flute apTs D2l Rd°
IC908
fz
(mm/t)
MM ET11/8H4R10CF-8T08H 11.00 1.00 8 3.50 T08 12.00 16.50 3.0 •0.04-0.10
MM ET15/8H4R10CF-12T10H 15.00 1.00 12 3.50 T10 16.00 20.50 3.0 •0.05-0.11
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ET
Solid Carbide Tapered Heads with
20/30° Helix, Variable Pitch and
Coolant Holes for Chatter Free
Finishing Operations
53
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
Ts
l
D2
Dh9
ECONOMICAL SOLUTION
Dimensions
Designation D Flute apTs D2l
IC908
MM HCR080-2T05 8.00 2 7.80 T05 7.60 9.95 •
MM HCR100-2T06 10.00 2 10.00 T06 9.60 12.35 •
MM HCR120-2T08 12.00 2 11.45 T08 11.50 15.30 •
MM HCR.500-2T08 12.70 2 12.90 T08 12.20 16.40 •
MM HCR160-2T10 16.00 2 15.80 T10 15.20 19.10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM HCR
Interchangeable 2 Flute Solid
Carbide Ball Nose Milling Heads
Ts
D
2
ap
l
Dh7
Dimensions Tough
1
Hard
Designation D Flute apTs D2l
IC908
IC903
MM HRF080-2T05 8.00 2 7.60 T05 7.60 9.95 •
MM HRF100-2T06 10.00 2 10.20 T06 9.60 12.35 • •
MM HRF120-2T08 12.00 2 11.50 T08 11.50 15.30 •
MM HRF160-2T10 16.00 2 15.80 T10 15.20 19.10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM HRF
Interchangeable 2 Flute Solid Carbide
Ball Nose Finish Milling Heads
Ts
l
120°
D2
Dh7
ECONOMICAL SOLUTION
Dimensions
Designation D Flute Ts D2l
IC908
MM HBR080-2T04 8.00 2 T04 5.80 8.22 MM KEY 6X4* •
MM HBR100-2T05 10.00 2 T05 7.60 10.00 MM KEY 6X4* •
MM HBR120-2T06 12.00 2 T06 9.60 11.60 MM KEY 10X7* •
MM HBR.500-2T06 12.70 2 T06 9.60 12.25 MM KEY 10X7* •
MM HBR160-2T08 16.00 2 T08 11.50 15.40 MM KEY 13X8* •
MM HBR200-2T10 20.00 2 T10 15.20 18.40 MM KEY 13X8* •
MM HBR250-2T12 25.00 2 T12 18.45 23.20 MM KEY 16X9* •
MM HBR1.00-2T12 25.40 2 T12 18.45 23.40 MM KEY 16X9* •
• For shanks, see pages 63-69 • For tightening torques and clamping instructions, see pages 34-35 • Do not apply lubricant to the threaded connection. • For
user guide, see pages 38,147-151
* Optional, should be ordered separately
MM HBR
Interchangeable 2 Flute High Precision
Ball Nose Solid Carbide Milling Heads
ISCAR
54
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
r
l
D2
ap
De8
Ha° ALUMINUM
Dimensions
Designation D Flute apr r±toler Ts D2l Ha°
IC08
MM EBA080B05-2T05 8.00 2 5.00 3.98 0.010 T05 7.70 10.00 45.0 •
MM EBA100B07-2T06 10.00 2 7.00 4.98 0.010 T06 9.60 13.00 45.0 •
MM EBA120B09-2T08 12.00 2 9.00 5.98 0.012 T08 11.50 16.50 45.0 •
MM EBA.500B37-2T08 12.70 2 9.50 6.35 0.012 T08 12.40 16.50 45.0 •
MM EBA160B12-2T10 16.00 2 12.00 7.98 0.012 T10 15.30 20.50 45.0 •
MM EBA200B15-2T12 20.00 2 15.00 9.97 0.012 T12 18.45 25.50 45.0 •
MM EBA250B22-2T15 25.00 2 22.00 12.50 0.012 T15 23.90 37.00 45.0 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EBA
Interchangeable 2 Flute High
Precision Solid Carbide Ball Nose
Heads for Machining Aluminum
D=5.0 - 7.4°
D=6.0 - 11.7°
l
r
D2
ap
Ts
De8
Ha°
Dimensions
Designation D Flute apr Ts D2l Ha°
IC908
MM EB050E07-4T05 5.00 4 7.00 2.49 T05 8.00 15.00 38.0 •
MM EB060E04-4T04 6.00 4 4.00 2.99 T04 5.80 7.60 37.0 •
MM EB060E05-4T05 6.00 4 5.00 2.99 T05 8.00 10.00 38.0 •
MM EB080A05-2T05 8.00 2 5.00 3.98 T05 7.70 10.00 30.0 •
MM EB080A05-4T05 8.00 4 5.00 3.98 T05 7.70 10.00 30.0 •
MM EB100A07-2T06 10.00 2 7.00 4.98 T06 9.60 13.00 30.0 •
MM EB100A07-4T06 10.00 4 7.00 4.98 T06 9.60 13.00 30.0 •
MM EB120A09-2T08 12.00 2 9.00 5.98 T08 11.70 16.50 30.0 •
MM EB120H09CF-3T08I (1) 12.00 3 9.00 5.98 T08 11.70 16.50 38.0 •
MM EB120A09-4T08 12.00 4 9.00 5.98 T08 11.70 16.50 30.0 •
MM EB.500A37-2T08 12.70 2 9.50 6.33 T08 12.40 16.50 30.0 •
MM EB.500A37-4T08 12.70 4 9.50 6.33 T08 12.40 16.50 30.0 •
MM EB160A09-2T10 16.00 2 9.00 7.98 T10 15.30 20.50 30.0 •
MM EB160A12-4T10 16.00 4 12.00 7.98 T10 15.30 20.50 30.0 •
MM EB200A15-4T12 20.00 4 15.00 9.97 T12 18.45 25.50 30.0 •
MM EB250A22-4T15 25.00 4 22.00 12.47 T15 23.90 37.00 30.0 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With coolant holes directed to each flute
MM EB
Interchangeable Solid Carbide
Ball Nose Milling Heads
D2
De8
l
Ha°
r
apTs
Dimensions
Designation D Flute apr Ts D2l Ha°
IC903
MM EBC080B05-4T05CF 8.00 4 5.40 3.98 T05 7.70 10.00 45.0 •
MM EBC100B07-4T06CF 10.00 4 7.40 4.98 T06 9.60 13.00 45.0 •
MM EBC120B09-4T08CF 12.00 4 9.30 5.98 T08 11.70 16.50 45.0 •
MM EBC160B12-4T10CF 16.00 4 12.40 7.98 T10 15.30 20.50 45.0 •
MM EBC200B15-4T12CF 20.00 4 16.00 9.97 T12 18.45 25.50 45.0 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EBC
Interchangeable Solid Carbide
Ball Nose Milling Heads for High
Productivity on Hard Materials
55
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ha°
Ts
D2
r
Dh9
l
ap
ECONOMICAL SOLUTION
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D Flute apr Ts D2l Ha° Tm(1)
IC908
IC903
fz
(mm/t)
MM HC078C08R0.2-2T05 7.80 2 7.70 0.20 T05 7.60 10.00 10.0 r0-2.0 •0.03-0.09
MM HC080C08R0.4-2T05 8.00 2 7.70 0.40 T05 7.60 10.00 10.0 r0-2.0 • • 0.03-0.09
MM HC080C08R1.0-2T05 8.00 2 7.70 1.00 T05 7.60 10.00 10.0 r0-2.0 • • 0.03-0.09
MM HC080C08R2.0-2T05 8.00 2 7.70 2.00 T05 7.60 10.00 10.0 r0-2.0 • • 0.03-0.09
MM HC098C10R0.3-2T06 9.80 2 9.00 0.30 T06 9.60 12.35 10.0 r0-3.0 •0.03-0.10
MM HC100C10R0.4-2T06 10.00 2 9.00 0.40 T06 9.60 12.35 10.0 r0-3.0 • • 0.03-0.10
MM HC100C10R1.0-2T06 10.00 2 9.00 1.00 T06 9.60 12.35 10.0 r0-3.0 • • 0.03-0.10
MM HC100C10R2.0-2T06 10.00 2 9.00 2.00 T06 9.60 12.35 10.0 r0-3.0 • • 0.03-0.10
MM HC117C13R0.3-2T08 11.70 2 10.00 0.30 T08 11.50 14.20 10.0 r0-3.0 •0.04-0.11
MM HC120C13R0.4-2T08 12.00 2 10.00 0.40 T08 11.50 14.20 10.0 r0-3.0 • • 0.04-0.11
MM HC120C13R1.0-2T08 12.00 2 10.00 1.00 T08 11.50 14.20 10.0 r0-3.0 • • 0.04-0.11
MM HC120C13R2.0-2T08 12.00 2 10.00 2.00 T08 11.50 14.20 10.0 r0-3.0 • • 0.04-0.11
MM HC.500C55R016-2T08 12.70 2 11.00 0.40 T08 11.50 15.25 10.0 r0-3.2 •0.04-0.11
MM HC140C11R0.4-2T08 14.00 2 11.60 0.40 T08 11.50 15.05 10.0 r0-4.0 •0.04-0.12
MM HC157C16R0.3-2T10 15.70 2 15.00 0.30 T10 15.20 19.05 10.0 r0-4.0 •0.05-0.13
MM HC160C16R0.4-2T10 16.00 2 14.90 0.40 T10 15.20 19.05 10.0 r0-4.0 • • 0.05-0.13
MM HC160C16R0.8-2T10 16.00 2 14.90 0.80 T10 15.15 19.05 10.0 r0-4.0 • • 0.05-0.13
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply
lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) Specially tailored radius range, available upon request.
MM HC
Interchangeable Solid Carbide Slot Drill
Milling Heads with Two 10° Helix Flutes
Ts
D2
Ha°
rl
ap
Dh8
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha°
IC908
fz
(mm/t)
MM ECU077E04R020-3T05 7.70 3 4.00 0.20 T05 7.70 10.00 38.0 •0.03-0.08
MM ECU097E05R030-3T06 9.70 3 5.00 0.30 T06 9.60 13.00 38.0 •0.03-0.09
MM ECU117E07R030-3T08 11.70 3 7.00 0.30 T08 11.50 16.50 38.0 •0.03-0.10
MM ECU157E08R030-3T10 15.70 3 8.00 0.30 T10 15.30 20.50 38.0 •0.04-0.12
MM ECU197E12R040-3T12 19.70 3 12.00 0.40 T12 18.45 25.50 38.0 •0.05-0.13
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ECU
Interchangeable 3 Flute
Undersized Solid Carbide Heads
for Keyways (DIN 6885)
Ts
D2
l
rap
De8
Ha°
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha°
IC908
fz
(mm/t)
MM EC080B05R000-3T05 8.00 3 5.00 0.00 T05 7.70 10.00 45.0 •0.03-0.09
MM EC100B07R000-3T06 10.00 3 7.00 0.00 T06 9.60 13.00 45.0 •0.03-0.10
MM EC100B12R000-3T06 10.00 3 12.00 0.00 T06 9.60 19.00 45.0 •0.03-0.10
MM EC120B09R000-3T08I (1) 12.00 3 9.00 0.00 T08 11.70 16.50 45.0 •0.04-0.11
MM EC120B09R000-3T08 12.00 3 9.00 0.00 T08 11.70 16.50 45.0 •0.04-0.11
MM EC.500B37R000-3T08 12.70 3 9.50 0.00 T08 12.40 16.50 45.0 •0.05-0.10
MM EC.500B37R015-3T08 12.70 3 9.50 0.40 T08 12.40 16.50 45.0 •0.05-0.10
MM EC.500B37R031-3T08 12.70 3 9.50 0.80 T08 12.40 16.50 45.0 •0.05-0.10
MM EC.500B37R062-3T08 12.70 3 9.50 1.60 T08 12.40 16.50 45.0 •0.05-0.10
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With coolant holes directed to each flute
MM EC-3
Interchangeable 3 Flute Solid Carbide
Endmill Heads with 45° Helix
ISCAR
56
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
Ha°
D2
D= 5.0 and 6.0
l
rap
De8
ap
D
Rd°
Dimensions Recommended
Machining Data
Designation D r Ha° Flute apTs D2l
IC908
fz
(mm/t)
MM EC050B07R000-4T05 5.00 0.00 45.0 4 7.00 T05 8.00 15.00 •0.02-0.06
MM EC060B05R000-4T05 6.00 0.00 45.0 4 5.00 T05 8.00 10.00 •0.03-0.07
MM EC060B04R0.5-4T04 6.00 0.50 45.0 4 4.00 T04 5.80 8.50 •0.02-0.04
MM EC080B05R000-4T05 8.00 0.00 45.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080B09R000-4T05 8.00 0.00 45.0 4 9.00 T05 7.70 15.00 •0.03-0.09
MM EC080A05R0.5-4T05 8.00 0.50 30.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080A09R0.5-4T05 8.00 0.50 30.0 4 9.00 T05 7.70 15.00 •0.03-0.09
MM EC080B05R0.5-4T05 8.00 0.50 45.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080A05R1.0-4T05 8.00 1.00 30.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080B05R1.0-4T05 8.00 1.00 45.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080A05R1.5-4T05 8.00 1.50 30.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC080B05R1.5-4T05 8.00 1.50 45.0 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC100B07R000-4T06 10.00 0.00 45.0 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC100B12R000-4T06 10.00 0.00 45.0 4 12.00 T06 9.60 19.00 •0.03-0.10
MM EC100A07R0.5-4T06 10.00 0.50 30.0 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC100B07R0.5-4T06 10.00 0.50 45.0 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC100A07R1.0-4T06 10.00 1.00 30.0 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC100B07R1.0-4T06 10.00 1.00 45.0 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC120B09R000-4T08 12.00 0.00 45.0 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC120B14R000-4T08 12.00 0.00 45.0 4 14.00 T08 11.70 23.00 •0.04-0.11
MM EC120A09R0.5-4T08 12.00 0.50 30.0 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC120B09R0.5-4T08 12.00 0.50 45.0 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC120A09R1.0-4T08 12.00 1.00 30.0 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC120B09R1.0-4T08 12.00 1.00 45.0 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC160B12R000-4T10 16.00 0.00 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R0.5-4T10 16.00 0.50 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R0.5-4T10 16.00 0.50 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R1.0-4T10 16.00 1.00 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R1.0-4T10 16.00 1.00 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R1.5-4T10 16.00 1.50 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R1.5-4T10 16.00 1.50 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R2.0-4T10 16.00 2.00 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R2.0-4T10 16.00 2.00 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R3.0-4T10 16.00 3.00 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R3.0-4T10 16.00 3.00 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160A12R4.0-4T10 16.00 4.00 30.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC160B12R4.0-4T10 16.00 4.00 45.0 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC200B15R000-4T12 20.00 0.00 45.0 4 15.00 T12 18.45 25.50 •0.05-0.13
MM EC200A15R0.5-4T12 20.00 0.50 30.0 4 15.00 T12 18.45 25.50 •0.05-0.13
MM EC200A15R1.0-4T12 20.00 1.00 30.0 4 15.00 T12 18.45 25.50 •0.05-0.13
MM EC200A15R2.0-4T12 20.00 2.00 30.0 4 15.00 T12 18.45 25.50 •0.05-0.13
MM EC200A15R3.0-4T12 20.00 3.00 30.0 4 15.00 T12 18.45 25.50 •0.05-0.13
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EC-4
Interchangeable 4 Flute Solid Carbide
Endmill Heads with 30° and 45°
Helix and Various Corner Radii
57
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
Ha°
rl
D2
ap
De8
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha° Rd°
IC908
fz
(mm/t)
MM EC080A05R0.5-6T05 8.00 6 5.00 0.50 T05 7.70 10.00 30.0 6.0 •0.03-0.09
MM EC080A05R1.0-6T05 8.00 6 5.00 1.00 T05 7.70 10.00 30.0 6.0 •0.03-0.09
MM EC080A05R1.5-6T05 8.00 6 5.00 1.50 T05 7.70 10.00 30.0 6.0 •0.03-0.09
MM EC080B05R0.5-6T05 8.00 6 5.00 0.50 T05 7.70 10.00 45.0 3.0 •0.03-0.10
MM EC080B05R1.0-6T05 8.00 6 5.00 1.00 T05 7.70 10.00 45.0 3.0 •0.03-0.09
MM EC080B05R1.5-6T05 8.00 6 5.00 1.50 T05 7.70 10.00 45.0 3.0 •0.03-0.09
MM EC100A07R0.5-6T06 10.00 6 7.00 0.50 T06 9.60 13.00 30.0 6.0 •0.03-0.10
MM EC100A07R1.0-6T06 10.00 6 7.00 1.00 T06 9.60 13.00 30.0 6.0 •0.03-0.10
MM EC100A07R1.5-6T06 10.00 6 7.00 1.50 T06 9.60 13.00 30.0 6.0 •0.03-0.10
MM EC100B07R0.5-6T06 10.00 6 7.00 0.50 T06 9.60 13.00 45.0 3.0 •0.04-0.10
MM EC100B07R000-6T06 10.00 6 7.00 0.00 T06 9.60 13.00 45.0 3.0 •0.03-0.10
MM EC100B07R1.0-6T06 10.00 6 7.00 1.00 T06 9.60 13.00 45.0 3.0 •0.04-0.10
MM EC100B07R1.5-6T06 10.00 6 7.00 1.50 T06 9.60 13.00 45.0 3.0 •0.03-0.10
MM EC100B12R1.5-6T06 10.00 6 12.00 1.50 T06 9.60 19.00 45.0 3.0 •0.04-0.10
MM EC120A09R0.5-6T08 12.00 6 9.00 0.50 T08 11.70 16.50 30.0 6.0 •0.04-0.11
MM EC120A09R1.0-6T08 12.00 6 9.00 1.00 T08 11.70 16.50 30.0 6.0 •0.04-0.11
MM EC120B09R0.5-6T08 12.00 6 9.00 0.50 T08 11.70 16.50 45.0 3.0 •0.04-0.10
MM EC120B09R000-6T08 12.00 6 9.00 0.00 T08 11.70 16.50 45.0 3.0 •0.04-0.11
MM EC120B09R1.0-6T08 12.00 6 9.00 1.00 T08 11.70 16.50 45.0 3.0 •0.04-0.10
MM EC120B09R1.5-6T08 12.00 6 9.00 1.50 T08 11.70 16.50 45.0 3.0 •0.04-0.11
MM EC.500A37R015-6T08 12.70 6 9.50 0.40 T08 12.40 16.50 30.0 6.0 •0.04-0.11
MM EC.500A37R030-6T08 12.70 6 9.50 0.76 T08 12.40 16.50 30.0 6.0 •0.04-0.11
MM EC.500B37R000-6T08 12.70 6 9.50 0.00 T08 12.40 16.50 45.0 5.0 •0.04-0.11
MM EC.500B37R015-6T08 12.70 6 9.50 0.40 T08 12.40 16.50 45.0 5.0 •0.04-0.11
MM EC.500B37R031-6T08 12.70 6 9.50 0.80 T08 12.40 16.50 45.0 5.0 •0.04-0.11
MM EC.500B37R060-6T08 12.70 6 9.50 1.50 T08 12.40 16.50 45.0 5.0 •0.04-0.11
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply
lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EC-6
Interchangeable 6 Flute Solid Carbide
Endmill Heads with 30° and 45°
Helix and Various Corner Radii
Ts
l
D2
Chx45˚
De8
apHa°
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apCh Ts D2l Ha° Rd°
IC903
fz
(mm/t)
MM EC080D05C01-6T05 8.00 6 5.00 0.10 T05 7.70 10.00 50.0 2.0 •0.03-0.10
MM EC100D07C01-6T06 10.00 6 7.00 0.10 T06 9.60 13.00 50.0 2.0 •0.03-0.10
MM EC120D09C01-6T08 12.00 6 9.00 0.10 T08 11.70 16.50 50.0 3.0 •0.04-0.11
MM EC160D12C02-8T10 16.00 8 12.00 0.20 T10 15.30 20.50 50.0 3.0 •0.05-0.13
MM EC200D15C02-10T12 20.00 10 15.00 0.20 T12 18.45 25.50 50.0 3.0 •0.05-0.13
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply
lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EC-D
Interchangeable 6, 8, 10 Flute Solid
Carbide Endmill Heads with 50°
Helix for Machining Hardened Steel
ISCAR
58
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
D2
r
De8
l
apHa°
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha° Rd°
IC908
fz
(mm/t)
MM EC160A12R0.5-8T10 16.00 8 12.00 0.50 T10 15.30 20.50 30.0 5.0 •0.05-0.13
MM EC160A12R0.5-8T10H (1) 16.00 8 12.00 0.50 T10 15.30 20.50 30.0 5.0 •0.05-0.13
MM EC160A12R1.0-8T10 16.00 8 12.00 1.00 T10 15.30 20.50 30.0 5.0 •0.05-0.13
MM EC160A12R1.6-8T10 16.00 8 12.00 1.60 T10 15.30 20.50 30.0 5.0 •0.05-0.13
MM EC160A12R2.0-8T10 16.00 8 12.00 2.00 T10 15.30 20.50 30.0 5.0 •0.05-0.13
MM EC160B12R0.5-8T10 16.00 8 12.00 0.50 T10 15.30 20.50 45.0 5.0 •0.05-0.13
MM EC160B12R1.0-8T10 16.00 8 12.00 1.00 T10 15.30 20.50 45.0 5.0 •0.05-0.13
MM EC160B12R1.6-8T10 16.00 8 12.00 1.60 T10 15.30 20.50 45.0 5.0 •0.05-0.13
MM EC160B12R2.0-8T10 16.00 8 12.00 2.00 T10 15.30 20.50 45.0 5.0 •0.05-0.13
MM EC200A15R1.0-10T12 20.00 10 15.00 1.00 T12 18.45 25.50 30.0 3.0 •0.05-0.13
MM EC200A15R2.0-10T12 20.00 10 15.00 2.00 T12 18.45 25.50 30.0 3.0 •0.05-0.13
MM EC250A22R0.8-10T15 25.00 10 22.00 0.80 T15 23.90 37.00 30.0 3.0 •0.05-0.13
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With a central coolant hole
MM EC-8/MM EC-10
Interchangeable 8, 10 Flute Solid
Carbide Endmill Heads 30° and 45°
Helix and Various Corner Radii
DN/DCONMS
DC
APMX
LF
CHWx45°/RE
Ts α1
α2
α2
α1
FHA
Rd°
Dimensions Recommended
Machining Data
Designation D Ch r Flute apTs D2l Ha°
IC908
fz
(mm/t)
MM EC080E05C3CF-4T05 8.00 0.3 - 4 5.00 T05 7.70 10.00 38.0 •0.03-0.09
MM EC080E05R0CF-4T05 8.00 - 0.00 4 5.00 T05 7.70 10.00 38.0 •0.03-0.09
MM EC080E05R05CF-4T05 8.00 - 0.50 4 5.00 T05 7.70 10.00 38.0 •0.03-0.09
MM EC100E07C4CF-4T06 10.00 0.4 - 4 7.00 T06 9.60 13.00 38.0 •0.03-0.10
MM EC100E07R05CF-4T06 10.00 - 0.50 4 7.00 T06 9.60 13.00 38.0 •0.03-0.10
MM EC120E09C5CF-4T08 12.00 0.5 - 4 9.00 T08 11.70 16.50 38.0 •0.04-0.11
MM EC120E09C5CF-4T08I (1) 12.00 0.5 - 4 9.00 T08 11.70 16.50 38.0 •0.04-0.11
MM EC120E09R05CF-4T08 12.00 - 0.50 4 9.00 T08 11.70 16.50 38.0 •0.04-0.11
MM EC500E37C20CF-4T08 12.70 0.5 - 4 9.50 T08 12.40 16.50 38.0 •0.04-0.11
MM EC500E37R0-CF-4T08 12.70 - - 4 9.50 T08 12.40 16.50 38.0 •0.04-0.11
MM EC500E37R15CF-4T08 12.70 - 0.39 4 9.50 T08 12.40 16.50 38.0 •0.04-0.11
MM EC500E37R31CF-4T08 12.70 - 0.78 4 9.50 T08 12.40 16.50 38.0 •0.04-0.11
MM EC500E37R62CF-4T08 12.70 - 1.56 4 9.50 T08 12.40 16.50 38.0 •0.04-0.11
MM EC160E12C6CF-4T10 16.00 0.6 - 4 12.00 T10 15.30 20.50 38.0 •0.05-0.13
MM EC160E12R05CF-4T10 16.00 - 0.50 4 12.00 T10 15.30 20.50 38.0 •0.05-0.13
MM EC200E15C6CF-4T12 20.00 0.6 - 4 15.00 T12 18.45 25.50 38.0 •0.05-0.17
MM EC200E15R05CF-4T12 20.00 - 0.50 4 15.00 T12 18.45 25.50 38.0 •0.05-0.17
MM EC250E22C6CF-4T15 25.00 0.6 - 4 22.00 T15 23.90 37.00 38.0 •0.06-0.17
MM EC250E28C6CF-12T15 25.00 0.6 - 12 28.00 T15 23.90 43.00 38.0 •0.06-0.13
MM EC250E28C6CF-4T15 25.00 0.6 - 4 28.00 T15 23.90 43.00 38.0 •0.06-0.17
MM EC250E22R05CF-4T15 25.00 - 0.50 4 22.00 T15 23.90 37.00 38.0 •0.06-0.17
MM EC250E22R10CF-4T15 25.00 - 1.00 4 22.00 T15 23.90 37.00 38.0 •0.06-0.17
MM EC250E22R20CF-4T15 25.00 - 2.00 4 22.00 T15 23.90 37.00 38.0 •0.06-0.17
MM EC250E22R30CF-4T15 25.00 - 3.00 4 22.00 T15 23.90 37.00 38.0 •0.06-0.17
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With coolant holes directed to each flute
MM EC-CF
Interchangeable Solid Carbide
Endmill Heads for Chatter Free
Roughing and Finishing Operations
59
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
D2
De8
apl
Chx45°
Ts
Ha° (46-48°)
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
Dimensions Recommended
Machining Data
Designation D Ch Flute apTs D2l
IC908
fz
(mm/t)
MM EC080H05C3-4T05CF 8.00 .3 4 5.00 T05 7.70 10.00 •0.03-0.09
MM EC100H07C4-4T06CF 10.00 .4 4 7.00 T06 9.60 13.00 •0.03-0.10
MM EC120H09C5-4T08CF 12.00 .5 4 9.00 T08 11.70 16.50 •0.04-0.11
MM EC160H12C6-4T10CF 16.00 .6 4 12.00 T10 15.30 20.50 •0.05-0.13
MM EC200H15C6-4T12CF 20.00 .6 4 15.00 T12 18.45 25.50 •0.05-0.17
• For shanks, see pages 69-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EC-H-4
Interchangeable Carbide Endmill Heads
for Chatter Free Milling of Alloyed Steel
D2
De8
apl
Chx45°
Ts
Ha° (35 - 41°)
a1°
a5°
a3°
a2°
a4° a1≠a2≠a3≠a4≠a5
Dimensions Recommended
Machining Data
Designation D Ch Flute apTs D2l Rd°
IC308
fz
(mm/t)
MM EC080H05C3-5T05CF 8.00 0.3 5 5.00 T05 7.70 10.00 5.0 •0.03-0.09
MM EC100H07C4-5T06CF 10.00 0.4 5 7.00 T06 9.60 13.00 5.0 •0.03-0.10
MM EC120H09C5-5T08CF 12.00 0.5 5 9.00 T08 11.70 16.50 4.0 •0.04-0.11
MM EC160H12C6-5T10CF 16.00 0.6 5 12.00 T10 15.30 20.50 4.0 •0.05-0.13
MM EC200H15C6-5T12CF 20.00 0.6 5 15.00 T12 18.45 25.50 3.0 •0.05-0.17
MM EC250H22C6-5T15CF 25.00 0.6 5 22.00 T15 23.90 37.00 3.0 •0.06-0.17
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EC-H-5
Interchangeable Carbide Endmill
Heads for Chatter Free Milling
of High Temperature Alloys
like Titanium and Inconel
Ts
Chx45°
D2
l
ap
De9
Ha°
Cx45°
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apCh Ts D2l Ha°
IC908
fz
(mm/t)
MM EFS080B05-4T05 8.00 4 5.00 0.30 T05 7.70 10.00 45.0 •0.03-0.08
MM EFS100B07-4T06 10.00 4 7.00 0.30 T06 9.60 13.00 45.0 •0.03-0.09
MM EFS120B09-4T08 12.00 4 9.00 0.40 T08 11.70 16.50 45.0 •0.04-0.10
MM EFS160B12-4T10 16.00 4 12.00 0.60 T10 15.30 20.50 45.0 •0.05-0.11
MM EFS200B15-4T12 20.00 4 15.00 0.60 T12 18.45 25.50 45.0 •0.05-0.11
MM EFS250B22-4T15 25.00 4 22.00 0.60 T15 23.90 37.00 45.0 •0.06-0.11
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EFS
Combination of Roughing and
Finishing Interchangeable Solid
Carbide Endmill Heads
ISCAR
60
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
α1
α2
α2
α1
Chx45°
De9
l
Ha°
ap
Ts
D2
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apCh Ts D2l Ha°
IC908
fz
(mm/t)
MM EFS060E05-4T05 CF 6.00 4 5.00 0.25 T05 7.70 10.00 38.0 •0.03-0.08
MM EFS080E05-4T05 CF 8.00 4 5.00 0.3 T05 7.70 10.00 38.0 •0.03-0.08
MM EFS100E07-4T06 CF 10.00 4 7.00 0.4 T06 9.60 13.00 38.0 •0.03-0.09
MM EFS120E09-4T08 CF 12.00 4 9.00 0.5 T08 11.70 16.50 38.0 •0.04-0.10
MM EFS.500E37-4T08 CF 12.70 4 9.50 0.5 T08 12.40 16.50 38.0 •0.04-0.10
MM EFS160E12-4T10 CF 16.00 4 12.00 0.6 T10 15.30 20.50 38.0 •0.05-0.11
MM EFS200E15-4T12 CF 20.00 4 16.00 0.6 T12 18.45 25.50 38.0 •0.05-0.11
MM EFS250E22-4T15 CF 25.00 4 22.00 0.6 T15 23.90 37.00 38.0 •0.06-0.11
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EFS-CF
4 Flute Solid Carbide Heads with 38°
Helix and Variable Pitch for Chatterfree
Roughing and Finishing Aplications
De9
Chx45°
l
ap
Ts
D2
Ha°
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apTs D2l Ch Ha° Rd°
IC908
fz
(mm/t)
MM ERS080B05-4T05 8.00 4 5.00 T05 7.70 10.00 0.25 45.0 90.0 •0.03-0.08
MM ERS080B09-4T05 8.00 4 9.00 T05 7.70 15.00 0.25 45.0 90.0 •0.03-0.08
MM ERS100B07-4T06 10.00 4 7.00 T06 9.60 13.00 0.30 45.0 90.0 •0.03-0.09
MM ERS120B09-4T08 12.00 4 9.00 T08 11.70 16.50 0.35 45.0 90.0 •0.04-0.10
MM ERS120B09-4T08H (1) 12.00 4 9.00 T08 11.70 16.50 0.35 45.0 90.0 •0.04-0.10
MM ERS120B09-4T08I (2) 12.00 4 9.00 T08 11.70 16.50 0.35 45.0 90.0 •0.04-0.11
MM ERS120B14-4T08 12.00 4 14.00 T08 11.70 23.00 0.35 45.0 90.0 •0.04-0.10
MM ERS.500B37-4T08 12.70 4 9.50 T08 12.40 16.50 0.35 45.0 90.0 •0.04-0.10
MM ERS160B12-5T10 16.00 5 12.00 T10 15.30 20.50 0.40 45.0 7.0 •0.04-0.10
MM ERS160B12-5T10H (1) 16.00 5 12.00 T10 15.30 20.50 0.40 45.0 7.0 •0.04-0.10
MM ERS200B15-6T12 20.00 6 15.00 T12 18.45 25.50 0.40 45.0 3.0 •0.05-0.11
MM ERS250B22-6T15 25.00 6 22.00 T15 23.90 37.00 0.50 45.0 3.0 •0.05-0.11
MM ERS1.00B86-6T15 25.40 6 22.00 T15 23.90 37.00 0.50 45.0 3.0 •0.04-0.10
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
(1) With a central coolant hole
(2) With coolant holes directed to each flute
MM ERS
Interchangeable Solid Carbide
Rough Milling Heads for High
Metal Removal Rates
D2
lHa
ap
De8
rTs
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha°
IC08
fz
(mm/t)
MM ERA080B05R0.2-3T05 8.00 3 5.00 0.20 T05 7.70 10.00 45.0 •0.03-0.15
MM ERA100B06R0.2-3T06 10.00 3 6.00 0.20 T06 9.60 13.00 45.0 •0.05-0.20
MM ERA120B08R0.2-3T08 12.00 3 8.00 0.20 T08 11.70 16.50 45.0 •0.07-0.22
MM ERA160B10R0.2-3T10 16.00 3 10.00 0.20 T10 15.30 20.50 45.0 •0.07-0.25
MM ERA200B12R0.2-3T12 20.00 3 12.00 0.20 T12 18.45 25.50 45.0 •0.07-0.25
MM ERA250B19R0.2-3T15 25.00 3 19.00 0.20 T15 23.90 37.00 45.0 •0.07-0.25
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM ERA
Interchangeable Solid Carbide Rough
Milling Heads for Machining Aluminum
at High Metal Removal Rates
61
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
l
r
D2
Dh6
ap
Ha°
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha°
IC08
fz
(mm/t)
MM EA080B05R0.5-2T05 8.00 2 5.00 0.50 T05 7.70 10.00 45.0 •0.03-0.09
MM EA080B05R0.5-3T05 8.00 3 5.00 0.50 T05 7.70 10.00 45.0 •0.03-0.09
MM EA100B07R0.5-2T06 10.00 2 7.00 0.50 T06 9.60 13.00 45.0 •0.03-0.10
MM EA100B07R1.0-2T06 10.00 2 7.00 1.00 T06 9.60 13.00 45.0 •0.03-0.10
MM EA100B06R0.5-3T06 10.00 3 6.00 0.50 T06 9.60 13.00 45.0 •0.03-0.10
MM EA100B06R1.0-3T06 10.00 3 6.00 1.00 T06 9.60 13.00 45.0 •0.03-0.10
MM EA120B09R0.5-2T08 12.00 2 9.00 0.50 T08 11.70 16.50 45.0 •0.04-0.11
MM EA120B09R1.0-2T08 12.00 2 9.00 1.00 T08 11.70 16.50 45.0 •0.04-0.11
MM EA120B08R0.5-3T08 12.00 3 8.00 0.50 T08 11.70 16.50 45.0 •0.04-0.11
MM EA120B08R1.0-3T08 12.00 3 8.00 1.00 T08 11.70 16.50 45.0 •0.04-0.11
MM EA120B08R3.0-3T08 12.00 3 8.00 3.00 T08 11.70 16.50 45.0 •0.04-0.11
MM EA.500B37R000-2T08 12.70 2 9.50 0.00 T08 12.40 16.50 45.0 •0.04-0.11
MM EA.500B37R020-2T08 12.70 2 9.50 0.50 T08 12.40 16.50 45.0 •0.04-0.11
MM EA.500B31R031-3T08 12.70 3 8.00 0.80 T08 12.40 16.50 45.0 •0.04-0.11
MM EA.500B31R062-3T08 12.70 3 8.00 1.60 T08 12.40 16.50 45.0 •0.04-0.11
MM EA.500B31R094-3T08 12.70 3 8.00 2.40 T08 12.40 16.50 45.0 •0.04-0.11
MM EA.500B31R125-3T08 12.70 3 8.00 3.20 T08 12.40 16.50 45.0 •0.04-0.11
MM EA160B10R000-3T10 16.00 3 10.00 0.00 T10 15.30 20.50 45.0 •0.05-0.13
MM EA160B10R1.0-3T10 16.00 3 10.00 1.00 T10 15.30 20.50 45.0 •0.05-0.13
MM EA160B10R2.0-3T10 16.00 3 10.00 2.00 T10 15.30 20.50 45.0 •0.05-0.13
MM EA160B10R3.0-3T10 16.00 3 10.00 3.00 T10 15.30 20.50 45.0 •0.05-0.13
MM EA160B10R4.0-3T10 16.00 3 10.00 4.00 T10 15.30 20.50 45.0 •0.05-0.13
MM EA200B12R0.5-3T12 20.00 3 12.00 0.50 T12 18.45 25.50 45.0 •0.05-0.13
MM EA200B12R1.0-3T12 20.00 3 12.00 1.00 T12 18.45 25.50 45.0 •0.05-0.13
MM EA200B12R2.0-3T12 20.00 3 12.00 2.00 T12 18.45 25.50 45.0 •0.05-0.13
MM EA200B12R3.0-3T12 20.00 3 12.00 3.00 T12 18.45 25.50 45.0 •0.05-0.13
MM EA200B12R4.0-3T12 20.00 3 12.00 4.00 T12 18.45 25.50 45.0 •0.05-0.13
• For shanks, see pages 63-69 • For Clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection.
MM EA
Interchangeable Solid Carbide Slot Drill
Milling Heads for Machining Aluminum
ISCAR
62
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Dh6D2
Haº
apTs
l
r
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l Ha°
IC08
fz
(mm/t)
MM EA080H08R0CF-4T05 8.00 4 8.00 0.00 T05 7.70 15.00 40.0 •0.03-0.09
MM EA100H10R0CF-4T06 10.00 4 10.00 0.00 T06 9.60 19.00 40.0 •0.03-0.10
MM EA120H12R0.2CF-3T08 12.00 3 12.00 0.20 T08 11.70 23.00 40.0 •0.04-0.11
MM EA120H12R0CF-4T08 12.00 4 12.00 0.00 T08 11.70 23.00 40.0 •0.04-0.11
MM EA160H16R0.0CF-3T10 16.00 3 16.00 0.00 T10 15.30 28.00 40.0 •0.05-0.13
MM EA160H16R0.2CF-3T10 16.00 3 16.00 0.20 T10 15.30 28.00 40.0 •0.05-0.13
MM EA160H16R0.5CF-3T10 16.00 3 16.00 0.50 T10 15.30 28.00 40.0 •0.05-0.13
MM EA160H16R2.5CF-3T10 16.00 3 16.00 2.50 T10 15.30 28.00 40.0 •0.05-0.13
MM EA160H16R0CF-4T10 16.00 4 16.00 0.00 T10 15.30 26.00 40.0 •0.05-0.12
MM EA200H20R0.0CF-3T12 20.00 3 20.00 0.00 T12 18.45 34.00 40.0 •0.05-0.13
MM EA200H20R0.2CF-3T12 20.00 3 20.00 0.20 T12 18.45 34.00 40.0 •0.05-0.13
MM EA200H20R0.5CF-3T12 20.00 3 20.00 0.50 T12 18.45 34.00 40.0 •0.05-0.13
MM EA200H20R2.5CF-3T12 20.00 3 20.00 2.50 T12 18.45 34.00 40.0 •0.05-0.13
MM EA250H19R0.5-3T15 25.00 3 19.00 0.50 T15 23.90 37.00 40.0 •0.06-0.16
MM EA250H19R1.0-3T15 25.00 3 19.00 1.00 T15 23.90 37.00 40.0 •0.06-0.16
MM EA250H19R3.0-3T15 25.00 3 19.00 3.00 T15 23.90 37.00 40.0 •0.06-0.16
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35 • Do not apply
lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EA-CF
Interchangeable Solid Carbide
Endmill Heads with Different
Helix for Machining Aluminum
lTs
DD2
ap
Dimensions Recommended
Machining Data
Designation D Flute apr Ts D2l
IC02
fz
(mm/t)
MM EPNC100S12-12T06 10.00 12 12.00 0.00 T06 9.60 19.00 MM KEY 8X5* •0.02-0.04
MM EPNC120S14-12T08 12.00 12 14.00 0.00 T08 11.70 23.00 MM KEY 8X5* •0.02-0.04
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
* Optional, should be ordered separately
MM EPNC
Interchangeable Solid Carbide Heads
with Changing Direction Helix Flutes
for Rough Machining of CFRP Parts
ap3
ap
l
r
D D2
Ts
Dimensions Recommended
Machining Data
Designation D Flute apap3 r Ts D2l
IC08
fz
(mm/t)
MM EPX100S12-6T06 10.00 6 12.00 6.30 0.00 T06 9.60 19.00 •0.02-0.06
MM EPX120S14-8T08 12.00 8 14.00 6.70 0.00 T08 11.70 23.00 •0.02-0.06
• Important: for best results, the intersection of the alternating flute directions (ap3) should be positioned in the middle of the workpiece height
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 34-35
• Do not apply lubricant to the threaded connection. • For user guide, see pages 38,147-151
MM EPX
Interchangeable Solid Carbide
Heads with Right and Left-Hand
Changing Direction Helix Flutes
for Machining CFRP Parts
63
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L1
L
h
d
Tsi
MM S-A-L...-H
MM S-A-L...-CH
D2
MM S-A (stepped shanks)
Stepped Cylindrical Shanks for
Interchangeable Milling Heads
Designation Tsi d D2h L1L Shank m.(1) RPM max(2) kg
MM S-A-L050-C08-T04 T04 8.00 5.80 9.90 14.0 50.00 S N 60000 0.02
MM S-A-L060/20-C08-T04-C T04 8.00 5.80 0.00 20.0 60.00 S N 0 0.00
MM S-A-L060-C08-T05 T05 8.00 7.60 12.50 15.0 60.00 S N 60000 0.02
MM S-A-L070-C08-T05-C T05 8.00 7.60 18.60 20.0 70.00 C N 60000 0.04
MM S-A-L070-C08-T05-W T05 8.00 7.60 18.90 20.0 70.00 W N 60000 0.06
MM S-A-L090-C08-T05-C T05 8.00 7.60 38.60 40.0 90.00 C N 50160 0.06
MM S-A-L090-C08-T05-W T05 8.00 7.60 38.60 40.0 90.00 W N 36090 0.07
MM S-A-L110-C08-T05-C T05 8.00 7.60 57.90 60.0 110.00 C N 30600 0.07
MM S-A-L110-C08-T05-W T05 8.00 7.60 58.90 60.0 110.00 W N 21060 0.09
MM S-A-L070-C10-T06-C T06 10.00 9.60 18.50 20.0 70.00 C N 54900 0.08
MM S-A-L070-C10-T06-W-H T06 10.00 9.60 18.90 20.0 70.00 W Y 60000 0.08
MM S-A-L075-C10-T06 T06 10.00 9.60 17.40 20.0 75.00 S N 60000 0.05
MM S-A-L075-C10-T06-H T06 10.00 9.60 18.80 20.0 75.00 S Y 53940 0.04
MM S-A-L090-C10-T06-C T06 10.00 9.60 38.50 40.0 90.00 C N 55170 0.06
MM S-A-L090-C10-T06-W T06 10.00 9.60 17.20 20.0 90.00 W N 41670 0.12
MM S-A-L090-C10-T06-W-H T06 10.00 9.60 39.00 40.0 90.00 W Y 40860 0.10
MM S-A-L110-C10-T06-C T06 10.00 9.60 57.90 60.0 110.00 C N 34530 0.11
MM S-A-L110-C10-T06-W-H T06 10.00 9.60 59.00 60.0 110.00 W Y 24840 0.12
MM S-A-L150-C10-T06-C T06 10.00 9.60 98.50 100.0 150.00 C N 16620 0.15
MM S-A-L070-C12-T08-C T08 12.00 11.60 17.90 20.0 70.00 C N 60000 0.10
MM S-A-L070-C12-T08-W-H T08 12.00 11.60 18.70 20.0 70.00 W Y 60000 0.11
MM S-A-L090/14-C12-T08-CH T08 12.00 11.60 13.00 14.0 90.00 S Y - 0.08
MM S-A-L090-C12-T08 T08 12.00 11.60 13.30 16.0 90.00 S N 43000 0.08
MM S-A-L070/020C12T08C-CH T08 12.00 11.50 18.00 20.0 90.00 C Y - 0.08
MM S-A-L090-C12-T08-C T08 12.00 11.60 39.00 40.0 90.00 C N 43050 0.12
MM S-A-L090-C12-T08-H T08 12.00 11.60 38.70 40.0 90.00 S Y 41040 0.08
MM S-A-L090-C12-T08-W-H T08 12.00 11.60 38.70 40.0 90.00 W Y 49800 0.15
MM S-A-L090/040C12T08C-CH T08 12.00 11.50 38.00 40.0 90.00 C Y - 0.11
MM S-A-L090/42-C12-T08-CH T08 12.00 11.60 41.00 42.0 90.00 S Y 41010 0.08
MM S-A-L110-C12-T08-W T08 12.00 11.60 17.00 20.0 110.00 W N 31350 0.20
MM S-A-L110-C12-T08-C T08 12.00 11.60 57.00 60.0 110.00 C N 41040 0.16
MM S-A-L110-C12-T08-W-H T08 12.00 11.60 58.70 60.0 110.00 W Y 30210 0.18
MM S-A-L110/060C12T08C-CH T08 12.00 11.50 58.00 60.0 110.00 C Y - 0.12
MM S-A-L130-C12-T08-C T08 12.00 11.60 77.80 80.0 130.00 C N 27960 0.19
MM S-A-L130-C12-T08-W-H T08 12.00 11.60 78.70 80.0 130.00 W Y 20100 0.21
MM S-A-L130/080C12T08C-CH T08 12.00 11.50 78.00 80.0 130.00 C Y - 0.17
MM S-A-L070-C16-T10-W-H T10 16.00 15.30 18.20 20.0 70.00 W Y 60000 0.21
MM S-A-L090-C16-T10-C T10 16.00 15.30 38.00 40.0 90.00 C N 60000 0.21
MM S-A-L090-C16-T10-W-H T10 16.00 15.30 38.20 40.0 90.00 W Y 57510 0.27
MM S-A-L090/040C16T10C-CH T10 16.00 15.30 38.00 40.0 90.00 C Y - 0.17
MM S-A-L100-C16-T10 T10 16.00 15.30 16.30 20.0 100.00 S N 39000 0.15
MM S-A-L100-C16-T10-H T10 16.00 15.30 48.00 50.0 100.00 S Y 37140 0.13
MM S-A-L100/20-C16-T10-CH T10 16.00 15.30 18.00 20.0 100.00 S Y - 0.12
MM S-A-L100/42-C16-T10-CH T10 16.00 15.30 40.20 42.0 100.00 S Y 38040 0.14
MM S-A-L110-C16-T10-C T10 16.00 15.30 58.00 60.0 110.00 C N 47010 0.27
MM S-A-L110-C16-T10-W-H T10 16.00 15.30 58.20 60.0 110.00 W Y 36030 0.33
MM S-A-L110/060C16T10C-CH T10 16.00 15.30 58.00 60.0 110.00 C Y - 0.17
MM S-A-L130-C16-T10-C T10 16.00 15.30 77.40 80.0 130.00 C N 33510 0.32
MM S-A-L130-C16-T10-W-H T10 16.00 15.30 78.20 80.0 130.00 W Y 24450 0.39
MM S-A-L130/080C16T10C-CH T10 16.00 15.30 78.00 80.0 130.00 C Y - 0.35
MM S-A-L150-C16-T10-C T10 16.00 15.30 97.40 100.0 150.00 C N 24660 0.37
MM S-A-L150-C16-T10-W-H T10 16.00 15.30 98.20 100.0 150.00 W Y 17610 0.45
MM S-A-L090-C20-T12-C T12 20.00 18.30 37.00 40.0 90.00 C N 60000 0.32
MM S-A-L090-C20-T12-W-H T12 20.00 18.30 36.90 40.0 90.00 W Y 60000 0.41
MM S-A-L090/040C20T12C-CH 12C 20.00 18.30 37.20 40.0 90.00 C Y 60000 0.30
MM S-A-L120-C20-T12 T12 20.00 18.30 20.30 25.0 120.00 S N 36000 0.27
MM S-A-L120-C20-T12-H T12 20.00 18.30 66.70 70.0 120.00 S Y 32160 0.25
MM S-A-L120/25-C20-T12-CH T12 20.00 18.30 22.20 25.0 120.00 S Y 32160 0.12
MM S-A-L120/48-C20-T12-CH T12 20.00 18.30 45.20 48.0 120.00 S Y 32160 0.20
MM S-A-L130-C20-T12-C T12 20.00 18.30 77.20 80.0 130.00 C N 42360 0.47
MM S-A-L130-C20-T12-W-H T12 20.00 18.30 76.90 80.0 130.00 W Y 31650 0.59
MM S-A-L130/080C20T12C-CH T12 20.00 18.30 77.20 80.0 130.00 C Y 42360 0.44
MM S-A-L170-C20-T12-C T12 20.00 18.30 97.20 100.0 170.00 C N 25170 0.63
• Do not apply lubricant to the threaded connection.
(1) S-steel, C-carbide, W-tungsten
(2) The maximum RPM must be calculated. Divide the listed max. RPM by the number of flutes (on the milling head) being used.
For tools, see pages: • MTE-MM (358)
ISCAR
64
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L1
L
h
d
Tsi
MM S-A-L...-H
MM S-A-L...-CH
D2
MM S-A (stepped shanks)
(continued)
Stepped Cylindrical Shanks for
Interchangeable Milling Heads
Designation Tsi d D2h L1L Shank m.(1) RPM max(2) kg
MM S-A-L200-C20-T12-C T12 20.00 18.30 116.50 120.0 200.00 C N 17790 0.76
MM S-A-L200-C20-T12-W-H T12 20.00 18.30 116.90 120.0 200.00 W Y 12540 0.92
MM S-A-L200/120C20T12C-CH T12 20.00 18.30 117.20 120.0 200.00 C Y 17790 0.70
MM S-A-L120-C25-T15-C T15 25.00 23.90 57.50 60.0 120.00 C N 49400 0.64
MM S-A-L120-C25-T15-W-H T15 25.00 23.90 58.00 60.0 120.00 W Y 41700 0.89
MM S-A-L135-C25-T15 T15 25.00 23.90 33.00 35.0 135.00 S N 28290 0.47
MM S-A-L135/35-C25-T15-CH T15 25.00 23.90 33.00 35.0 135.00 S Y 28230 0.42
MM S-A-L135/50-C25-T15-CH T15 25.00 23.90 47.70 50.0 135.00 S Y 28230 0.40
MM S-A-L170-C25-T15-C T15 25.00 23.90 98.00 100.0 170.00 C N 27360 0.96
MM S-A-L175-C25-T15 T15 25.00 23.90 62.70 65.0 175.00 S N 16890 0.10
MM S-A-L250-C25-T15-C T15 25.00 23.90 148.00 150.0 250.00 C N 12690 1.45
• Do not apply lubricant to the threaded connection.
(1) S-steel, C-carbide, W-tungsten
(2) The maximum RPM must be calculated. Divide the listed max. RPM by the number of flutes (on the milling head) being used.
For tools, see pages: • MTE-MM (358)
D2
h
Tsi
L1
L
d
Designation Tsi d D2h L1Lkg
MM S-A-L075-C10-T06-N T06 10.00 9.60 18.00 28.0 75.00 0.040
MM S-A-L090-C12-T08-N T08 12.00 11.60 18.00 30.0 90.00 0.067
MM S-A-L100-C16-T10-N T10 16.00 15.30 23.00 35.0 100.00 0.045
• Do not apply lubricant to the threaded connection
For tools, see pages: BCM-MM (234) • E93CN-MM (235) • FF EWX-MM (257) • H490 E90AX-MM (16) • HCE-MM (9) • HCM-MM (230) • HM390 ETC-MM (14) •
HM90 E90A-MM-10 (21) • HP E90AN-MM-07 (13) • MTE-MM (358) • T490 ELN-MM..-08 (15)
MM S-A-N
Stepped Cylindrical Shanks with
Parallel Directed Coolant for
Interchangeable Milling Heads
D2
Tsi
MM TS-A-L...-H
L
d
Designation Tsi d D2L Shank m. RPM max(1) kg
MM TS-A-L070-C08-T04 T04 8.00 5.80 70.00 N S 0 0.00
MM TS-A-L070-C08-T05 T05 8.00 7.70 70.00 N S 60000 0.03
MM TS-A-L080-C10-T06 T06 10.00 10.00 80.00 N S 47400 0.06
MM TS-A-L080-C10-T06-H T06 10.00 10.00 80.00 Y S 46920 0.04
MM TS-A-L090-C12-T08 T08 12.00 12.00 90.00 N S 43110 0.08
MM TS-A-L090-C12-T08-H T08 12.00 12.00 90.00 Y S 42780 0.08
MM TS-A-L100-C16-T10 T10 16.00 16.00 100.00 N S 39420 0.16
MM TS-A-L100-C16-T10-H T10 16.00 16.00 100.00 Y S 39210 0.14
• Do not apply lubricant to the threaded connection
(1) The actual maximum RPM should be calculated by dividing the listed RPM max by the number of the head's flutes being used.
For tools, see pages: • MTE-MM (358)
MM TS-A
Cylindrical Shanks for
Interchangeable Milling Heads
65
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Tsi MM GRT-...C-T08
L
d
Designation Tsi d L Shank m.(1) kg
MM GRT-095-T06 T06 9.52 80.00 C N 0.074 MM EGR 16-18
MM GRT-100-T06 T06 10.00 100.00 C N 0.104 MM EGR 16-18
MM GRT-120C-T08 T08 12.00 100.00 C Y 0.124 MM EGR 20-22
MM GRT-127C-T08 T08 12.70 120.00 C Y 0.168 MM EGR 20-22
• MM GRT... shanks serve mainly for MM GRIT... slitting heads. When mounting other types of milling heads, do not exceed maximum specified depth of cut for the
particular milling head. Since the shank diameter is not relieved, it may touch a wall on the workpiece being machined. • Use carbide shanks for groove milling
heads and for applications requiring high rigidity and precision. Each slitting shank is supplied with MM EGR clamping key.
(1) C - Solid carbide
MM GRT (shanks)
Solid Carbide Cylindrical Shanks
Carrying Slitting and Grooving
Interchangeable Milling Heads
L
d
D2
Tsi
L
d
D2
Tsi
Designation Tsi d D2Shank(2) L Shank m. RPM max(3) kg
MM S-A-L055-W12-T05 T05 12.00 7.60 W 55.00 S 60000 0.050
MM S-A-L065-W16-T06 T06 16.00 9.60 W 65.00 S 60000 0.094
MM S-A-L065-W16-T08 T08 16.00 11.60 W 65.00 S 60000 0.100
MM S-A-L070-W20-T10 T10 20.00 15.30 W 70.00 S 60000 0.168
MM S-A-L075-W25-T12 T12 25.00 18.30 W 75.00 S 60000 0.281
MM S-A-L100-W32-T15 T15 32.00 23.90 W 100.00 S 60000 0.300
MM S-A-L150-C12-T05-B (1) T05 12.00 7.60 C 150.00 S 18270 0.130
MM S-A-L200-C16-T06-B (1) T06 16.00 9.60 C 200.00 S 11970 0.326
MM S-A-L250-C20-T08-B (1) T08 20.00 11.60 C 250.00 S 9330 0.600
MM S-A-L250-C25-T10-B (1) T10 25.00 15.30 C 250.00 S 11130 0.938
• Do not apply lubricant to the threaded connection.
(1) "B" suffix - cylindrical shank which may be shortened.
(2) C-Cylindrical, W-Weldon
(3) The maximum RPM must be calculated. Divide the listed max. RPM by the number of flutes (on the milling head) being used.
For tools, see pages: • MTE-MM (358)
MM S-A (straight shanks)
Shanks for Interchangeable
Milling Heads
L
d
a°
Tsi
L1
D2
h
Designation Tsi a° d D2Shank(1) L1L Shank m. h RPM max(2) kg
MM S-B-L080/24-C08-T04 T04 87 12.00 5.80 C 24.0 80.00 S - 0 0.00
MM S-B-L080-C12-T05 T05 85 12.00 7.60 C 25.0 80.00 S - 60000 0.06
MM S-B-L125-C16-T06 T06 85 16.00 9.60 C 34.0 125.00 S 31.50 41280 0.19
MM S-B-L140-C20-T06-W T06 85 20.00 9.60 C 60.0 140.00 W - 51180 0.62
MM S-B-L140-C16-T08 T08 85 16.00 11.60 C 22.0 140.00 S 19.20 25590 0.22
MM S-B-L140-C20-T10 T10 85 20.00 15.30 C 27.5 140.00 S - 31020 0.34
MM S-B-L170-C25-T10 T10 85 25.00 15.30 C 56.0 170.00 S - 29490 0.16
MM S-B-L160-C25-T12 T12 85 25.00 18.30 C 40.0 160.00 S - 28680 0.11
MM S-B-L190-C32-T12 T12 85 32.00 18.30 C 80.0 190.00 S - 34890 0.56
MM S-B-L200-C32-T15 T15 85 32.00 23.90 C 50.0 200.00 S - 14160 1.19
MM S-B-L250-W40-T15 T15 85 40.00 23.90 W 100.0 250.00 S - 21840 2.12
• Shank material (Shank m.): S-steel, W-tungsten. • Do not apply lubricant to the threaded connection.
(1) C-Cylindrical, W-Weldon
(2) The maximum RPM must be calculated. Divide the listed max. RPM by the number of flutes (on the milling head) being used.
For tools, see pages: • MTE-MM (358)
MM S-B (85° conical shanks)
85° Conical Shanks for
Interchangeable Milling Heads
ISCAR
66
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
h
L
a°
L1
D2
Tsi
Designation Tsi a° d D2L1L Shank m. h RPM max(2) kg
MM S-D-L100-C12-T05 T05 89 12.00 7.60 35.0 100.00 S 29.60 N 52000 0.080
MM S-D-L110-C12-T05-C T05 89 12.00 7.60 60.0 110.00 C 55.90 N 53430 0.126
MM S-D-L110-C12-T05-W-H T05 89 12.00 7.60 60.0 110.00 W 55.70 Y 38460 0.140
MM S-D-L130-C12-T05-C T05 89 12.00 7.60 80.0 130.00 C 77.30 N 36420 0.148
MM S-D-L130-C12-T05-W-H T05 89 12.00 7.60 80.0 130.00 W 76.40 Y 26160 0.164
MM S-D-L150-C16-T05-C T05 89 16.00 7.60 100.0 150.00 C 91.50 N 29700 0.275
MM S-D-L110-C12-T06-W-H T06 89 12.00 9.60 60.0 110.00 W 58.80 Y 36990 0.170
MM S-D-L130-C16-T06-W-H T06 89 16.00 9.60 80.0 130.00 W 73.40 Y 29490 0.285
MM S-D-L150-C16-T06-C T06 89 16.00 9.60 100.0 150.00 C 95.40 N 30150 0.272
MM S-D-L150-C16-T06-W-H T06 89 16.00 9.60 100.0 150.00 W 93.80 Y 21660 0.326
MM S-D-L160-C16-T06 T06 89 16.00 9.60 55.0 160.00 S 46.80 N 23370 0.120
MM S-D-L170-C16-T06-C T06 89 16.00 9.60 120.0 170.00 C 116.90 N 23400 0.110
MM S-D-L170-C16-T06-W T06 89 16.00 9.60 55.0 170.00 W 46.30 N 21210 0.484
MM S-D-L130-C16-T08-C T08 89 16.00 11.60 80.0 130.00 C 77.20 N 39870 0.282
MM S-D-L130-C16-T08-W-H T08 89 16.00 11.60 80.0 130.00 W 76.40 Y 29040 0.320
MM S-D-L150-C16-T08-C T08 89 16.00 11.60 100.0 150.00 C 97.80 N 29970 0.330
MM S-D-L150-C16-T08-W-H T08 89 16.00 11.60 100.0 150.00 W 98.30 Y 21540 0.384
MM S-D-L170-C20-T08 T08 89 20.00 11.60 80.0 170.00 S 69.70 N 22680 0.303
MM S-D-L170-C20-T08-C T08 89 20.00 11.60 120.0 170.00 C 112.00 N 26250 0.473
MM S-D-L170-C20-T08-W T08 89 20.00 11.60 80.0 170.00 W 69.70 N 24900 0.650
MM S-D-L170-C20-T08-W-H T08 89 20.00 11.60 120.0 170.00 W 113.10 Y 18750 0.526
MM S-D-L150-C20-T10-C T10 89 20.00 15.30 120.0 150.00 C 97.50 N 35610 0.525
MM S-D-L150-C20-T10-W-H T10 89 20.00 15.30 100.0 150.00 W 96.80 Y 25800 0.604
MM S-D-L170-C20-T10-C T10 89 20.00 15.30 120.0 170.00 C 118.30 N 28140 0.608
MM S-D-L170-C20-T10-W-H T10 89 20.00 15.30 120.0 170.00 W 118.00 Y 20100 0.726
MM S-D-L190-C20-T10 T10 89 20.00 15.30 80.0 190.00 S 73.70 N 15780 0.420
MM S-D-L190-C20-T10-C T10 89 20.00 15.30 140.0 190.00 C - N 22830 0.682
MM S-D-L190-C20-T10-W-H T10 89 20.00 15.30 140.0 190.00 W - Y 16170 0.832
MM S-D-L210-C20-T10-C T10 89 20.00 15.30 160.0 210.00 C - N 18270 0.754
MM S-D-L210-C20-T10-W-H T10 89 20.00 15.30 160.0 210.00 W - Y 12870 0.926
MM S-D-L180-C25-T12-C T12 89 25.00 18.30 120.0 180.00 C 115.70 N 29460 0.914
MM S-D-L180-C25-T12-W-H T12 89 25.00 18.30 120.0 180.00 W 114.60 Y 20940 1.154
MM S-D-L200-C25-T12-W-H T12 89 25.00 18.30 150.0 200.00 W 146.60 Y 16560 1.207
MM S-D-L210-C25-T12 T12 89 25.00 18.30 100.0 210.00 S 94.60 N 15540 0.656
MM S-D-L250-C25-T12-C T12 89 25.00 18.30 140.0 250.00 C 135.60 N 16170 1.396
MM S-D-L250-C25-160T12W-H T12 89 25.00 18.30 160.0 250.00 W 157.20 Y 11310 1.765
MM S-D-L250-C25-T12-W-H T12 89 25.00 18.30 140.0 250.00 W 135.60 Y 11300 1.800
MM S-D-L250-C32-T15 T15 89 32.00 23.90 100.0 250.00 S 90.10 N 14160 1.000
MM S-D-L250-C32-T15-C T15 89 32.00 23.90 150.0 250.00 C 143.30 N 20370 1.884
MM S-D-L300-C32-T15-C T15 89 32.00 23.90 200.0 300.00 C 195.70 N 16000 2.616
• Shank material (Shank m.): S-steel, C-carbide, W-tungsten. • Do not apply lubricant to the threaded connection.
(2) The maximum RPM must be calculated. Divide the listed max. RPM by the number of flutes (on the milling head) being used.
For tools, see pages: • MTE-MM (358)
MM S-D (89° conical shanks)
89° Conical Shanks for
Interchangeable Milling Heads
67
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
L1
Hex Key D2
SS
Tsi
Designation SS Tsi D2L1L Key kg
MM S-A-H025-ER32-T05-H ER32 T05 7.60 25.0 69.60 19.05 0.200
MM S-A-H040-ER32-T05-H ER32 T05 7.60 40.0 85.60 19.05 0.230
MM S-A-H025-ER32-T06-H ER32 T06 9.25 25.0 69.60 19.05 0.226
MM S-A-H040-ER32-T06-H ER32 T06 9.25 40.0 85.60 19.05 0.216
MM S-A-H025-ER32-T08-H ER32 T08 11.60 25.0 69.60 19.05 0.200
MM S-A-H050-ER32-T08-H ER32 T08 11.60 50.0 94.60 19.05 0.228
MM S-A-H025-ER32-T10-H ER32 T10 15.30 25.0 69.60 19.05 0.200
MM S-A-H050-ER32-T10-H ER32 T10 15.30 50.0 94.60 19.05 0.246
MM S-A-H025-ER32-T12-H ER32 T12 18.30 25.0 69.60 19.05 0.216
MM S-A-H050-ER32-T12-H ER32 T12 18.30 50.0 94.60 19.05 0.216
MM S-A-H025-ER32-T15-H ER32 T15 23.90 25.0 69.60 19.05 0.212
MM S-A-H050-ER32-T15-H ER32 T15 23.90 50.0 94.60 19.05 0.250
• Do not apply lubricant to the threaded connection. • For adaptation see page 38
For tools, see pages: • MTE-MM (358)
MM S-ER-H
Shanks for MULTI-MASTER Solid
Carbide Heads with an ER Collet
Adaptation and Coolant Holes
Tsi D2D1
L
L
L
1
L1
D2
Tsi
Hex Key
SS
Fig 1 Fig 2
h
a°
SS
Designation SS Tsi a°D2D1h L1L Key(1) Fig.
MM S-A-H004-ER11-T04 ER11 T04 - 5.80 - - 4.0 26.00 6.00 1
MM S-A-H004-ER11-T05 ER11 T05 - 7.60 - - 4.0 26.50 6.35 1
MM S-A-H10.5-ER11-T05 ER11 T05 - 7.60 - - 10.5 33.00 6.35 1
MM S-A-H004-ER16-T05 ER16 T05 - 7.60 - - 4.0 33.50 7.94 1
MM S-A-H004-ER16-T06 ER16 T06 - 9.25 - - 4.0 33.50 7.94 1
MM S-A-H004-ER16-T08 ER16 T08 - 11.60 - - 4.0 33.50 7.94 1
MM S-A-H10.5-ER16-T05 ER16 T05 - 7.60 - - 10.5 43.10 7.94 1
MM S-A-H10.5-ER16-T06 ER16 T06 - 9.25 - - 10.5 43.10 7.94 1
MM S-A-H013-ER16-T08 ER16 T08 - 11.60 - - 14.0 42.50 7.94 1
MM S-A-H004-ER20-T05 ER20 T05 - 7.60 - - 4.0 40.60 11.11 1
MM S-A-H004-ER20-T06 ER20 T06 - 9.25 - - 4.0 40.60 11.11 1
MM S-A-H004-ER20-T08 ER20 T08 - 11.60 - - 4.0 40.60 11.11 1
MM S-A-H004-ER20-T10 ER20 T10 - 15.30 - - 4.0 40.60 11.11 1
MM S-A-H10.5-ER20-T05 ER20 T05 - 7.60 - - 10.5 47.10 11.11 1
MM S-A-H10.5-ER20-T06 ER20 T06 - 9.25 - - 10.5 47.10 11.11 1
MM S-A-H013-ER20-T08 ER20 T08 - 11.60 - - 13.0 49.60 11.11 1
MM S-A-H016-ER20-T10 ER20 T10 - 15.30 - - 16.0 52.60 11.11 1
MM S-A-H004-ER25-T05 ER25 T05 - 7.60 - - 4.0 44.60 14.29 1
MM S-A-H004-ER25-T06 ER25 T06 - 9.25 - - 4.0 44.60 14.29 1
MM S-A-H10.5-ER25-T06 ER25 T06 - 9.25 - - 10.5 51.10 14.29 1
MM S-A-H004-ER25-T08 ER25 T08 - 11.60 - - 4.0 44.60 14.29 1
MM S-A-H10.5-ER25-T08 ER25 T08 - 11.60 - - 10.5 51.10 14.29 1
MM S-A-H004-ER25-T10 ER25 T10 - 15.30 - - 4.0 44.60 14.29 1
MM S-A-H10.5-ER25-T10 ER25 T10 - 15.30 - - 10.5 51.10 14.29 1
MM S-A-H004-ER25-T12 ER25 T12 - 18.30 - - 4.0 44.60 14.29 1
MM S-A-H10.5-ER25-T12 ER25 T12 - 18.30 - - 10.5 51.10 14.29 1
MM S-A-H025-ER32-T06 ER32 T06 - 9.25 10.00 18.00 25.0 65.00 - 2
MM S-B-H025-ER32-T06 ER32 T06 5 9.60 13.50 22.30 25.0 65.00 - 2
MM S-B-H050-ER32-T06 ER32 T06 5 9.60 17.90 47.30 50.0 90.00 - 2
MM S-B-H075-ER32-T06 ER32 T06 5 9.60 22.60 74.10 75.0 115.00 - 2
MM S-D-H050-ER32-T06 ER32 T06 1 9.60 11.20 45.00 50.0 90.00 - 2
• Do not apply lubricant to the threaded connection. • For adaptation see page 38
(1) Inch size spanners (displayed in mm)
For tools, see pages: • MTE-MM (358)
MM S-ER
Shanks for MULTI-MASTER
Solid Carbide Heads with an
ER Collet Adaptation
ISCAR
68
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
R
SS
G
D2
L3
L1
L
Tsi
Designation SS Tsi D2L L1L3R
MM S-A-H040-SK 40-T06 40 T06 9.25 40.00 21.0 15.00 6.0
MM S-A-H045-SK 40-T08 40 T08 11.60 45.00 26.0 20.00 6.0
MM S-A-H050-SK 40-T10 40 T10 15.30 50.00 31.0 25.00 6.0
MM S-A-H050-SK 40-T12 40 T12 18.30 50.00 31.0 25.00 6.0
MM S-A-H050-SK 40-T15 40 T15 23.90 50.00 31.0 25.00 6.0
• Do not apply lubricant to the threaded connection • For adaptation, see page 38
For tools, see pages: • MTE-MM (358)
MM S-A-SK
DIN 69871 Integral Tapered Shanks
for MULTI-MASTER Milling Heads
L
R
D2SS
L3
L1
Tsi
Designation SS Tsi D2L L1L3R
MM S-A-H035-HSK A40-T05 40 T05 7.60 35.00 15.0 10.00 5.0
MM S-A-H040-HSK A40-T06 40 T06 9.25 40.00 20.0 15.00 5.0
MM S-A-H045-HSK A40-T08 40 T08 11.60 45.00 25.0 20.00 5.0
MM S-A-H050-HSK A40-T10 40 T10 15.30 50.00 30.0 25.00 5.0
MM S-A-H050-HSK A40-T12 40 T12 18.30 50.00 30.0 25.00 5.0
MM S-A-H050-HSK A63-T06 63 T06 9.25 50.00 24.0 18.00 6.0
MM S-A-H050-HSK A63-T08 63 T08 11.60 50.00 24.0 18.00 6.0
MM S-A-H055-HSK A63-T10 63 T10 15.30 55.00 29.0 23.00 6.0
MM S-A-H055-HSK A63-T12 63 T12 18.30 55.00 29.0 23.00 6.0
MM S-A-H060-HSK A63-T15 63 T15 23.90 60.00 34.0 28.00 6.0
• Do not apply lubricant to the threaded connection • For adaptation options, see page 38
MM S-A-HSK
MULTI-MASTER Threaded Connection
Shanks with an Integral HSK DIN
69893 Form A Tapered Adaptation
SS
L1
L
L3
D2
Tsi
R5.0
Designation SS Tsi D2L L1L3
MM S-A-H035-C3-T05 32 T05 7.60 35.00 20.0 15.00 N
MM S-A-H035-C3-T06 32 T06 9.25 35.00 20.0 15.00 Y
MM S-A-H040-C3-T08 32 T08 11.60 40.00 25.0 20.00 Y
MM S-A-H040-C3-T10 32 T10 15.30 40.00 25.0 20.00 Y
MM S-A-H045-C3-T12 32 T12 18.30 45.00 30.0 25.00 Y
MM S-A-H045-C4-T06 40 T06 9.25 45.00 25.0 20.00 Y
MM S-A-H045-C4-T08 40 T08 11.60 45.00 25.0 20.00 Y
MM S-A-H050-C4-T10 40 T10 15.30 50.00 30.0 25.00 Y
MM S-A-H055-C4-T12 40 T12 18.30 55.00 35.0 30.00 Y
MM S-A-H055-C4-T15 40 T15 23.90 55.00 35.0 30.00 Y
MM S-A-H060-C5-T10 50 T10 15.30 60.00 40.0 35.00 Y
MM S-A-H060-C5-T12 50 T12 18.30 60.00 40.0 35.00 Y
MM S-A-H060-C5-T15 50 T15 23.90 60.00 40.0 35.00 Y
MM S-A-H065-C6-T12 63 T12 18.30 65.00 43.0 38.00 Y
MM S-A-H065-C6-T15 63 T15 23.90 65.00 43.0 38.00 Y
MM S-A-H070-C8-T15 80 T15 23.90 70.00 40.0 35.00 Y
• Do not apply lubricant to the threaded connection • For adaptation options, see page 38
For tools, see pages: • MTE-MM (358)
MM S-A-C#
MULTI-MASTER Threaded Connection
Shanks with a CAMFIX (ISO 26623-1)
Exchangeable Adaptation
69
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ts
T(1)
Tsi
D2
L
Designation D2Ts Tsi L T(1) kg
MM CAB T05T05-25/1.0-C 7.60 T05 T05 25.40 6.0 0.022
MM CAB T06T06-25/1.0-C 9.30 T06 T06 25.40 8.0 0.020
MM CAB T08T08-25/1.0-C 11.50 T08 T08 25.40 10.0 0.020
MM CAB T10T10-38/1.5-C 15.20 T10 T10 38.10 13.0 0.076
MM CAB T12T12-38/1.5-C 18.45 T12 T12 38.10 16.0 0.106
MM CAB T15T15-45/1.77-C 23.90 T15 T15 45.00 20.0 0.210
• Clamping key should be ordered separately • For adaptation, see page 38
(1) Clamping wrench size
MM CAB-T-T
MULTI-MASTER Shank Extensions
D3Ts
L2L
L3
a°
T
D2
Tsi
Designation Tsi Ts L L3D1D3L2T(1) a°kg
MM CAB T06M06-16/.63 T06 M06 16.00 11.60 9.30 9.70 14.50 8.0 1.5 0.010
MM CAB T06M08-16/.63 T06 M08 16.00 13.70 9.60 13.00 17.50 11.0 6 0.020
MM CAB T06M08-25/1.0 T06 M08 25.00 11.30 9.30 13.00 17.50 11.0 1.5 0.020
MM CAB T06M10-25/1.0 T06 M10 25.00 16.60 9.60 18.00 20.00 11.0 5 0.036
MM CAB T08M08-16/.63 T08 M08 16.00 5.40 11.70 13.00 17.50 11.0 11.4 0.025
MM CAB T08M08-25/1.0 T08 M08 25.00 19.50 11.70 13.00 17.50 11.0 1.5 0.028
MM CAB T08M10-20/.75 T08 M10 20.00 11.30 11.70 18.00 20.00 13.0 7 0.038
MM CAB T08M10-25/1.0 T08 M10 25.00 14.20 11.70 18.00 20.00 11.0 1.5 0.033
MM CAB T08M12-20/.75 T08 M12 20.00 9.30 11.70 21.00 22.00 13.0 7 0.048
MM CAB T08M12-25/1.0 T08 M12 25.00 12.50 11.70 21.00 22.00 13.0 1.5 0.040
• Do not apply lubricant to the threaded connection. • For adaptation options, see page 38
(1) Clamping wrench size
MM CAB
Adapters for Connecting FLEXFIT
Shanks and MULTI-MASTER
Milling Heads
SOLID CARBIDE ENDMILLS
ISCAR
70
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
71
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
71
WORKPIECE MATERIAL ISO Page
STEEL P72
STAINLESS STEEL M 75
CAST IRON K78
ALUMINUM / NON FERROUS MATERIALS N81
SUPPERALLOYS / TITANIUM S82
HARD STEELS H84
Tools Choosing Priorities
Tool Rough Semi-Finish Finish/H.S.M
EC-H6/20 - - 1
EC-E7/H7-CF - - 2
EFS-B44 5 6 -
EFS-E44-CF 4 5 -
ECR-B-MF 6 7 -
EC-E5L-CF 7 1 4
EC-E4L-CF 3 3 5
ECP-H4L-CF 2 4 -
EC-H4M-CF-E 1 2 3
P (Steel Materials)
ROUGHING
Designation Ø H (Neck) apZCorner
Type Coolant Page
EC-H4M-CF-E 6-20 - 2xD 4 CHx45 NO 92
ECP-H4L-CFR 6-20 3XD 2xD 4 r NO 94
EC-E4L-CF 1-25 3XD 2xD 4 CHx45 NO 100
EFS-E44 6-25 - 2xD 4 CHx45 NO 98
EFS-B44 4-25 3xD 2xD 4 CHx45 NO 99
ECR-B-MF 6-25 - 2xD 4/6 CHx45 NO 103
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
SELECTION GUIDE
ISCAR
72
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
72
P (Steel Materials)
FINISHING
Designation Ø H (Neck) apZCorner
Type Coolant Page
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
ECXL-B-4/6 10-20 - 6xD 4/6 - NO 127
ECH-B-6 6-20 - 2xD 6 - NO 126
TROCHOIDAL / DYNAMIC MILLING
Designation Ø H (Neck) apZCorner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
HIGHFEED MILLING
Designation Ø H (Neck) apZCorner
Type Coolant Page
EFP-E4,5CF 6-20 - 2.5xD 4/5 r NO 106
EFF-S 1-20 3xD MIN. 2/4 r NO 106
CHAMFERRING AND DEBBURING
Designation Ø H (Neck) apZCorner
Type Coolant Page
ECF.../45 4-12 - 2.5xD 4 - NO 146
ECD-52 3-12 2xD 0.5xD 2 - NO 146
SELECTION GUIDE
73
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
73
P (Steel Materials)
Tool Type Features
EC-H4M-CF-E
(ECO Type)
• Rough and finish operations
• General use
• Low power machines
• CHATTERFREE
ECP-H4L-CFR
• Rough operations
• General use
• Chip splitter CHATTERFREE
EC-E4L-CF
• Rough and finish operations
• Used for machining alloyed steel and general use
• Low power machines CHATTERFREE
EC-E5L-CF
• Rough and finish operations
• Used for machining alloyed steel and general use
• High material removal rates
ECR-B-MF • Rough operations
• Used in unstable components
EFS-E44 • Used for machining alloyed steel
• Combination of VIBRAFREE and FINISHROUGH
EFS-B44
• Unique design
• Used for machining titanium, stainless and alloyed steel
• Fully effective
• Semi-finish surface quality
EC-E7/H7-CF
• For high speed machining
• Trochoidal milling
• Finish operations up to 10% X D
EC-H-CF
• High speed machining
• Multiflute solid endmill
• Tools for Super-Finish
• Up to 5% X D
SELECTION GUIDE
ISCAR
74
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
74
P (Steel Materials)
ROUGH: ae = 40% - Full Cut , ap = 2 x D
Ferritic
Steels
Martensitic
Steels
High Alloyed SteelLow Alloyed SteelUnalloyed Steel
Material Group
Parameters
131211108-96-751-4
60-9080-10070-90130-150130-150120-160140-150160-180
Vc (IC900/608
(m/min)
50-8060-9060-80100-120100-120100-130110-120130-160
Vc (IC300)
(m/min)
0.02-0.0350.02-0.0350.02-0.030.02-0.030.02-0.030.02-0.030.025-0.0350.025-0.035Fz (Ø6-8) (mm/t)
0.03-0.040.03-0.040.03-0.0450.03-0.0450.03-0.0450.03-0.0450.03-0.0450.03-0.045
Fz (Ø10-12)
(mm/t)
0.035-0.0450.035-0.0450.04-0.0550.04-0.0550.04-0.0550.04-0.0550.04-0.0550.04-0.055
Fz (Ø16-20)
(mm/t)
SEMI-FINISH: ae = 10% - 40%, ap = 2 x D
Ferritic
Steels
Martensitic
Steels
High Alloyed SteelLow Alloyed SteelUnalloyed Steel
Material Group
Parameters 131211108-96-751-4
90-120100-13090-110150-160150-170160-180150-170200-220
Vc (IC900/608)
(m/min)
80-10090-11080-90120-130120-130130-150120-130160-190Vc (IC300) (m/min)
0.025-0.040.025-0.040.02-0.050.02-0.050.02-0.050.02-0.050.03-0.060.03-0.06Fz (Ø6-8) (mm/t)
0.035-0.0450.035-0.0450.04-0.0650.04-0.0650.04-0.0650.04-0.0650.06-0.070.06-0.07Fz (Ø10-12) (mm/t)
0.04-0.050.04-0.050.045-0.070.045-0.070.045-0.070.045-0.070.07-0.080.07-0.08Fz (Ø16-20) (mm/t)
FINISH: ae = 5% - 10%, ap = Max. cutting length
Ferritic
Steels
Martensitic
Steels
High Alloyed SteelLow Alloyed SteelUnalloyed Steel
Material Group
Parameters
131211108-96-751-4
120-150130-160110-120160-180170-180180-220170-180220-280
Vc (IC900/608)
(m/min)
100-120110-13090-100130-140130-140150-180130-140190-220Vc (IC300) (m/min)
130-160140-170120-130170-190180-230190-230180-200230-290
Vc (IC902/903/702)
(m/min)
0.03-0.0450.03-0.0450.05-0.070.05-0.070.05-0.070.05-0.070.05-0.070.05-0.07Fz (Ø6-8) (mm/t)
0.04-0.050.04-0.050.07-0.080.07-0.080.07-0.080.07-0.080.07-0.080.07-0.08Fz (Ø10-12) (mm/t)
0.045-0.060.045-0.060.08-0.10.08-0.10.08-0.10.08-0.10.08-0.10.08-0.1Fz (Ø16-20) (mm/t)
ap
ae
ap
ae
ap
ae
SELECTION GUIDE
75
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
75
M (Stainless Steel)
Tools Choosing Priorities
Finish/H.S.MSemi-FinishRoughTool
1--
EC-H-CF
2--
EC-E7/H7-CF
-65
EFS-B44
-54
ECP-E4L
33-
EC-H5M-CFR
543
EC-H4M-CFR
-22
ECP-H4L-CFR
411
EC-H4M-CF-E
ROUGHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-H4M-CF-E 6-20 - 2xD 4 CHx45 NO 92
ECP-H4L-CFR 6-20 3XD 2xD 4 r NO 94
EC-H5M-CFR 4-20 - 2xD 5 r NO 95
EC-H4M-CFR 6-25 - 2xD 4 r NO 93
EFS-B44 6-25 3xD 2xD 4 CHx45 NO 99
ECP-E4L 5-20 3xD 2xD 4 CHx45 NO 104
FINISHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
EC-H5M-CFR 4-20 - 2xD 5 r NO 95
ECXL-B-4/6 10-20 - 6xD 7 - NO 127
ECH-B-6 6-20 - 2xD 6 - NO 126
TROCHOIDAL / DYNAMIC MILLING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
SELECTION GUIDE
ISCAR
76
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
76
M (Stainless Steel)
HIGHFEED MILLING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EFP-E4,5CF 6-20 - 2.5xD 4/5 r NO 106
EFF-S 1-20 3xD MIN. 2/4 r NO 106
CHAMFERRING AND DEBBURING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
ECF.../45 4-12 - 2.5xD 4 - NO 146
ECD-52 3-12 2xD 0.5xD 2 - NO 146
Tool Type Features
EC-H4M-CF-E
(ECO Type)
• Rough and fnish operations
• General use
• Low power machines
• CHATTERFREE
ECP-H4L-CFR
• Rough operations
• General use
• Chip splitter CHATTERFREE
EC-H4M-CFR
• Rough and finish operations
• Used for machining stainless steel
• High material removal rates
EC-H5M-CFR
• Rough and finish operations
• Used for machining stainless steel
• High material removal rates
ECP-E4L
• Used for machining stainless steel and high temperature alloys
• Chip Splitter
EFS-B44
• Unique design
• Used for machining titanium, stainless and alloyed steel
• Fully effective
• Semi-finish surface quality
EC-E7/H7-CF
• For high speed machining
• Trochoidal milling
• Finish operations up to 10% X D
EC-H-CF
• High speed machining
• Multiflute solid endmill
• Tools for Super-Finish
• Up to 5% X D
SELECTION GUIDE
77
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
77
M (Stainless Steel)
ROUGH: ae = 40% - Full Cut , ap = 2 x D
Austenitic
Steels
Material Group Parameters
14
60-80Vc (IC900/608) (m/min)
50-70Vc (IC300) (m/min)
0.02-0.035Fz (Ø6-8) (mm/t)
0.03-0.04Fz (Ø10-12) (mm/t)
0.035-0.045Fz (Ø16-20) (mm/t)
SEMI-FINISH: ae = 10% - 40%, ap = 2 x D
Austenitic
Steels
Material Group Parameters
14
80-100Vc (IC900/608) (m/min)
70-90Vc (IC300) (m/min)
0.025-0.04Fz (Ø6-8) (mm/t)
0.035-0.045Fz (Ø10-12) (mm/t)
0.04-0.05Fz (Ø16-20) (mm/t)
FINISH / H.S.M: ae = 5% - 10%, ap = Max. cutting length
Austenitic
Steels
Material Group Parameters
14
100-120Vc (IC900/608) (m/min)
90-100Vc (IC300) (m/min)
110-130Vc (IC902/903/702) (m/min)
0.03-0.045Fz (Ø6-8) (mm/t)
0.04-0.05Fz (Ø10-12) (mm/t)
0.045-0.06Fz (Ø16-20) (mm/t)
ap
ae
ap
ae
ap
ae
SELECTION GUIDE
ISCAR
78
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
78
K (Cast Iron)
Tools Choosing Priorities
Finish/H.S.MSemi-FinishRoughTool
1--
EC-H-CF
2--
EC-E7/H7-CF
-72
EFS-B44
-65
EFS-E44
-34
ECR-B-MF
417
EC-E5L-CF
556
EC-E4L-CF
-43
ECP-H4L-CFR
321
EC-H4M-CF-E
ROUGHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-H4M-CF-E 6-20 - 2xD 4 CHx45 NO 92
ECP-H4L-CFR 6-20 3XD 2xD 4 r NO 94
EC-E4L-CF 1-25 3XD 2xD 4 CHx45 NO 100
EFS-E44 6-25 - 2xD 4 CHx45 NO 98
EFS-B44 4-25 3xD 2xD 4 CHx45 NO 99
ECR-B-MF 6-20 - 2xD 4/6 CHx45 NO 103
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
FINISHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
ECXL-B-4/6 10-20 - 6xD 4/6 - NO 127
ECH-B-6 6-20 - 2xD 6 - NO 126
TROCHOIDAL / DYNAMIC MILLING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
SELECTION GUIDE
79
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
79
K (Cast Iron)
HIGHFEED MILLING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
EFP-E4,5CF 6-20 - 2.5xD 4/5 r NO 106
EFF-S 1-20 3xD MIN. 2/4 r NO 106
CHAMFERRING AND DEBBURING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
ECF.../45 4-12 - 2.5xD 4 - NO 146
ECD-S2 3-12 2xD 0.5xD 2 - NO 146
Tool Type Features
EC-H4M-CF-E
(ECO Type)
• Rough and finish operations
• General use
• Low power machines
• CHATTERFREE
ECP-H4L-CFR
• Rough operations
• General use
• Chip splitter CHATTERFREE
EC-E4L-CF
• Rough and finish operations
• Used for machining alloyed steel and general use
• Low power machines no vibrations
EC-E5L-CF
• Rough and finish operations
• Used for machining alloyed steel and general use
• High material removal rates
ECR-B-MF • Rough operations
• Used on unstable components
EFS-E44 • Used for machining alloyed steel
• Combination of VIBRAFREE and FINISHROUGH
EFS-B44
• Unique design
• Used for machining titanium, stainless and alloyed steel
• Fully effective
• Semi-finish surface quality
EC-E7/H7-CF
• For high speed machining
• Trochoidal milling
• Finish operations up to 10% X D
EC-H-CF
• High speed machining
• Multiflute solid endmill
• Tools for Super-Finish
• Up to 5% X D
ROUGH: ae = 40% - Full Cut , ap = 2 x D
Malleable Cast IronDuctile Cast IronGrey Cast Iron
Material Group Parameters 19-2017-1815-16
140-18090-13080-130Vc (IC900/608) (m/min)
110-15070-14060-140Vc (IC300) (m/min)
0.02-0.040.02-0.040.02-0.04Fz (Ø6–8) (mm/t)
0.03-0.050.03-0.050.03-0.05Fz (Ø10-12) (mm/t)
0.04-0.060.04-0.060.04-0.06Fz (Ø16-20) (mm/t)
ap
ae
SELECTION GUIDE
ISCAR
80
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
80
K (Cast Iron)
SEMI-FINISH: ae = 10% - 40%, ap = 2 x D
Malleable Cast IronDuctile Cast IronGrey Cast Iron
Material Group Parameters 19-2017-1815-16
180-220130-200130-180Vc (IC900/608) (m/min)
150-180140-180140-180Vc (IC300) (m/min)
0.03-0.050.03-0.050.03-0.05Fz (Ø6–8) (mm/t)
0.04-0.060.04-0.060.04-0.06Fz (Ø 10-12) (mm/t)
0.06-0.070.06-0.070.06-0.07Fz (Ø16-20) (mm/t)
FINISH / H.S.M: ae = 5% - 10%, ap = Max. cutting length
Malleable Cast IronDuctile Cast IronGrey Cast Iron
Material Group Parameters 19-2017-1815-16
220-280200-280180-260Vc (IC900/608) (m/min)
180-220180-220180-210Vc (IC300) (m/min)
220-290210-290190-270Vc (IC902/903/702) (m/min)
0.035-0.060.035-0.060.035-0.06Fz (Ø6–8) (mm/t)
0.06-0.0650.06-0.0650.06-0.065Fz (Ø10-12) (mm/t)
0.065-0.080.065-0.080.065-0.08Fz (Ø16-20) (mm/t)
N (Non-Ferrous Metals)
Tools Choosing Priorities
Finish/H.S.MSemi-FinishRoughTool
-65
ECR-B3-R
336
ECA-B-3
112
ECA-H4-CF
-43
ECAP-H3-CF
454
ECA-H3-CF
221
ECA-H3-CF-C
ROUGHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
ECA-H3-CF 1.5-25 3XD 2xD 3 r NO 129
ECA-H3-CF-C 6-25 5XD 2xD 3 r YES 131
ECAP-H3-CF 10-25 5XD 2xD 3 r YES 132
ECA-H4-CF 6-25 5XD 2xD 4 r NO 131
ECA-B-3 4-20 4xD 2xD 3 r NO 134
ECR-B3-R 6-20 - 1xD 3 r NO 133
FINISHING
Designation Ø H (Neck) apZ
Corner
Type Coolant Page
ECA-H3-CF 1-25 3XD 2xD 3 r NO 129
ECA-H3-CF-C 6-25 5XD 2xD 3 r YES 131
ECA-H4-CF 6-25 5XD 2xD 4 r NO 131
ECA-B-3 4-20 4xD 2xD 3 r NO 134
ap
ae
ap
ae
SELECTION GUIDE
81
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
81
N (Non-Ferrous Metals)
Tool Type Features
ECA-H3-CF
• Suitable for roughing and finishing operations
• CHATTERFREE
• Full slot up to 1.5XD and 2XD *
• Excellent solution for low power machines
ECA-H3-CF-C
• Suitable for roughing and finishing operations
• CHATTERFREE
• Full slot up to 2XD
• Internal coolant for better chip evacuation in deep cavity
ECAP-H3-CF
• Suitable for roughing
• Chip splitter CHATTERFREE
• Internal coolant for better chip evacuation in deep cavity
ECA-H4-CF
• Suitable for roughing and finishing operations
• CHATTERFREE
• Full slot up to 1XD
ECA-B-3 • Suitable for roughing and finishing operations
• Excellent surface finish
ECR-B3-R • Suitable for roughing
• Good cheap evacuation
D2 x ROUGH: ae = 40% - Full Cut , ap = 1.5xD* /
Non-MetallicElectrolitic CopperCopper AlloyAlu Cast AlloyAlu Wrought alloy
Material Group
Parameters 29-302826-2723-2521-22
350-360350-360500-520400-550700-760Vc (IC08) (m/min)
0.02-0.040.02-0.040.02-0.040.02-0.040.02-0.04Fz (Ø6–8) (mm/t)
0.03-0.050.03-0.050.03-0.050.03-0.050.03-0.05Fz (Ø10-12) (mm/t)
0.03-0.070.03-0.070.03-0.070.03-0.070.03-0.07Fz (Ø 16-20) (mm/t)
SEMI-FINISH: ae = 10% - 40%, ap = 2 x D
Non-MetallicElectrolitic CopperCopper AlloyAlu Cast AlloyAlu Wrought alloy
Material Group
Parameters 29-302826-2723-2521-22
360-370360-370520-530550-700760-840Vc (IC08) (m/min)
0.03-0.050.03-0.050.03-0.050.04-0.060.04-0.06Fz (Ø6–8) (mm/t)
0.045-0.0550.045-0.0550.045-0.0550.06-0.080.06-0.08Fz (Ø 10-12) (mm/t)
0.055-0.070.055-0.070.055-0.070.08-0.10.08-0.1Fz (Ø 16-20) (mm/t)
FINISH / H.S.M: ae = 5% - 10%, ap = Max. cutting length
Non-MetallicElectrolitic CopperCopper AlloyAlu Cast AlloyAlu Wrought alloy
Material Group
Parameters 29-302826-2723-2521-22
370-380370-380530-550700-900840-900Vc (IC08) (m/min)
0.035-0.060.035-0.060.035-0.060.045-0.070.045-0.07Fz (Ø6–8)(mm/t)
0.06-0.070.06-0.070.06-0.070.07-0.10.07-0.1Fz (Ø10-12) (mm/t)
0.065-0.080.065-0.080.065-0.080.1-0150.1-0.15Fz (Ø16-20) (mm/t)
ap
ae
ap
ae
ap
ae
SELECTION GUIDE
ISCAR
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S (High Heat Resistant Alloys)
Tools Choosing Priorities
Finish/
H.S.M
Semi-FinishRoughTool
1--
EC-H-CF
2--
EC-E7/H7-CF
-11
EFS-B44 (IC300)
-33
ECK-H4M-CFR
-22
ECR-B-MF
347
EC-H5M-CFR
576
EC-H4M-CFR
-54
ECP-H4L-CFR
465
EC-H4M-CF-E
ROUGHING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-H4M-CF-E 6-20 - 2xD 4 CHx45 NO 92
ECP-H4L-CFR 6-20 3XD 2xD 4 r NO 94
EC-E4L-CF 1-25 3XD 2xD 4 CHx45 NO 100
ECK-H4M-CFR 6-20 - 2xD 4 - NO / YES 96
EFS-B44 4-25 3xD 2xD 4 CHx45 NO 99
ECR-B-MF 6-25 - 2xD 4/6 CHx45 NO 103
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
FINISHING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
ECXL-B-4/6 10-20 - 6xD 4/6 - NO 127
ECH-B-6 6-20 - 2xD 6 - NO 126
SELECTION GUIDE
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S (High Heat Resistant Alloys)
TROCHOIDAL / DYNAMIC MILLING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
HIGHFEED MILLING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EFP-E4,5CF 6-20 - 2.5xD 4/5 r NO 106
EFF-S 1-20 3xD MIN. 2/4 r NO 106
CHAMFERRING AND DEBBURING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
ECF.../45 4-12 - 2.5xD 4 - NO 146
ECD-S2 3-12 2xD 0.5xD 2 - NO 146
*ROUGH: ae = 40% - Full Cut , ap = 1.5 x D
Titanium and Ti AlloysNickel based Alloys
Material Group Parameters 36-3731-35
30-5020-40Vc (IC900/608) (m/min)
20-4020-30Vc (IC300) (m/min)
0.02-0.030.02-0.03Fz (Ø6–8) (mm/t)
0.03-0.040.03-0.04Fz (Ø 10-12) (mm/t)
0.03-0.070.03-0.07Fz (Ø 16-20) (mm/t)
SEMI-FINISH: ae = 10% - 40%, ap = 2 x D
Titanium and Ti AlloysNickel based Alloys
Material Group Parameters 36-3731-35
50-6040-50Vc (IC900/608) (m/min)
40-5030-45Vc (IC300) (m/min)
0.03-0.040.03-0.04Fz (Ø6–8) (mm/t)
0.035-0.050.035-0.05Fz (Ø 10-12) (mm/t)
0.05-0.080.05-0.08Fz (Ø 16-20) (mm/t)
FINISH / H.S.M: ae = 5% - 10%, ap = Max. cutting length
Titanium and Ti AlloysNickel based Alloys
Material Group Parameters 36-3731-35
60-7050-70Vc (IC900/608) (m/min)
50-6045-60Vc (IC300) (m/min)
65-8055-80Vc (IC902/903/702) (m/min)
0.035-0.050.035-0.05Fz (Ø6–8) (mm/t)
0.04-0.060.04-0.06Fz (Ø 10-12) (mm/t)
0.06-0.0850.06-0.085Fz (Ø 16-20) (mm/t)
ap
ae
ap
ae
ap
ae
SELECTION GUIDE
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H (Hard Materials)
Tools Choosing Priorities
Finish/H.S.MSemi-FinishRoughTool
1--
EC-H-CF
2--
EC-E7/H7-CF
-32
EFS-B44
-11
ECR-B-MF
326
EC-E5L-CF
565
EC-E4L-CF
-43
ECP-H4L-CFR
454
EC-H4M-CF-E
ROUGHING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-H4M-CF-E 6-20 - 2xD 4 CHx45 NO 92
ECP-H4L-CFR 6-20 3XD 2xD 4 r NO 94
EC-E4L-CF 1-25 3XD 2xD 4 CHx45 NO 100
EFS-B44 4-25 3xD 2xD 4 CHx45 NO 99
ECR-B-MF 6-25 - 2xD 4/6 CHx45 NO 103
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
FINISHING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-E5L-CF 6-20 - 2xD 5 CHx45 NO 100
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
ECXL-B-4/6 10-20 - 6xD 4/6 - NO 127
ECH-B-6 6-20 - 2xD 6 - NO 126
SELECTION GUIDE
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H (Hard Materials)
TROCHOIDAL / DYNAMIC MILLING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EC-E7/H7-CF 2-20 - 2xD, 4xD 7 - NO 95
EC-H-CF 6-20 - 2xD 6-20 CHx45 NO 97
HIGHFEED MILLING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
EFP-E4,5CF 6-20 - 2.5xD 4/5 r NO 106
EFF-S 1-20 3xD MIN. 2/4 r NO 106
CHAMFERRING AND DEBBURING
Designation Ø H (Neck) ap Z
Corner
Type Coolant Page
ECF.../45 4-12 - 2.5xD 4 - NO 146
ECD-S2 3-12 2xD 0.5xD 2 - NO 146
Tool Type Features
EC-H4M-CF-E (ECO Type)
• Rough and finish operations
• General use
• Low power machines
• CHATTERFREE
ECP-H4L-CFR
• Rough operations
• General use
• Chip splitter CHATTERFREE
EC-E4L-CF
• Rough and Finish operations
• Used for machining alloyed steel and general use
• Low power machines no vibrations
EC-E5L-CF
• Rough and Finish operations
• Used for machining alloyed steel and general use
• High material removal rates
ECR-B-MF • Rough operations
• Used on unstable components
EFS-B44
• Unique design
• Used for machining titanium, stainless and alloyed steel
• Fully effective
• Semi-finish surface quality
EC-E7/H7-CF
• For high speed machining
• Trochoidal milling
• Finish operations up to 10% X D
EC-H-CF
• High speed machining
• Multiflute solid endmill
• Tools for Super-Finish
• Up to 5% X D
SELECTION GUIDE
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H (Hard Materials)
ROUGH: Ae = 40% - Full Cut , Ap = 2 x D
Cast IronChilled Cast IronHardened Steel
Material Group
Parameters 414038-39
30-3560-6520-30Vc (IC900/608) (m/min)
20-2550-5520-25Vc (MC300) (m/min)
0.01-0.0150.01-0.0150.01-0.015Fz (Ø6 – 8) (mm/z)
0.03-0.0450.03-0.0450.03-0.045Fz (Ø 10 -12) (mm/z)
0.04-0.050.04-0.050.04-0.05Fz (Ø 16 -20) (mm/z)
SEMI-FINISH: Ae = 10% - 40%, Ap = 2 x D
Cast IronChilled Cast IronHardened Steel
Material Group
Parameters 414038-39
35-4065-7030-40Vc (IC900/608) (m/min)
25-3050-5525-30Vc (MC300) (m/min)
0.015-0.0350.015-0.0350.015-0.035Fz (Ø6 – 8) (mm/z)
0.035-0.0550.035-0.0550.035-0.055Fz (Ø 10 -12) (mm/z)
0.045-0.060.045-0.060.045-0.06Fz (Ø 16 -20) (mm/z)
FINISH / H.S.M: Ae = 5% - 10%, Ap = Max. cutting length
Cast IronChilled Cast IronHardened Steel
Material Group
Parameters 414038-39
40-5070-8040-50Vc (IC900/608) (m/min)
30-4055-6030-40Vc (MC300) (m/min)
45-6075-9045-60Vc (IC902/903/702) (m/min)
0.02-0.040.02-0.040.02-0.04Fz (Ø6 – 8) (mm/z)
0.04-0.060.04-0.060.04-0.06Fz (Ø 10 -12) (mm/z)
0.05-0.070.05-0.070.05-0.07Fz (Ø 16 -20) (mm/z)
ap
ae
ap
ae
ap
ae
SELECTION GUIDE
(1) Provides high surface finish in rough machining conditions
Table of Contents
Type Helix Angle
Cutting
Length
Workpiece
Hardness
HRc
No. of
Flutes
Diameter
Range Page
EFS-E44 38º 2D <45 4 6-25 98
ECK-H4M-CFR
Different helix with
variable
pitch 2D Titanium 4 4-20 96
ECK-H7/9-CFR
Different helix with
variable
pitch 2D Titanium 7-9 6-20 97
EFS-B44 45º 2D <55 4 4-25 99
EC-H4S-CF
Different helix with
variable
pitch D <55 4 6-20 92
EC-H4/5M-CFR
Different helix with
variable
pitch 2D <55 4,5 4-25 93, 95
EC-H4M-CF-E
Different helix with
variable
pitch 2D <55 4 6-20 92
EC-H4L-CFR
Different helix with
variable
pitch 2D <55 4 1-20 93
ECP-H4L-CFR
Different helix with
variable
pitch 2D <55 4 6-20 94
EC-H4XL-CFR
Different helix with
variable
pitch 2D <55 4 6-20 94
EC-E7/H7-CF
Different helix with
variable
pitch 2D, 4D <55 7 2-20 95
EC-H-CF
Different helix with
variable
pitch 2D <55 6-20 6-20 97
EC-E4L-CF 38º helix with
variable pitch 2D <45 4 1-25 100
EC-E5L-CF 38º helix with
variable pitch 2.5D <45 5 6-20 100
EFP-E4, 5CF 38º helix with
variable pitch 2D <55 4-5 6-20 High feed at small
D.O.C. 106
ECR-B-S 45º 1D <55 4-7 5-20 101
ECR-B-M/
ECR-B-M...R 45º 2D <55 4-7 5-20 101
ECR-B-L 45º 2D <55 4-7 6-20 102
ECR-B-X 45º 1.5D <55 4-5 8-16 102
ECR-B-MF 45º 2D <65 4,6 6-25 Excellent for
hardened steel 103
ECP-E-L 38º 2D <45 3,4 5-20 Recommended for
stainless steel 103-104
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SELECTION GUIDE
(1)
Table of Contents
Type Helix Angle
Cutting
Length
Workpiece
Hardness
HRc
No. of
Flutes
Diameter
Range Page
ERF-A/E-3,4,6 30º, 38º 2D <55 3-6 4-25 Fine pitch
steel alloys 104
ECR-T-M 20º 2D <55 4 6-20 105
EBRF-T 20º 2D <55 3,4 6-20 105
EFF-S 0º 0.05D <65 4 1-20 106
ETR-A2 30º 1D <45 2 2-10 106
EC-A2 30º 1D <45 2 2-20 107
EC-A-2 30º 2D <45 2 2-20 107
EC-A2 30º 1-3D <45 2 1-20 108
ECC-A-2 30º 2-3.5D <45 2 2-20 Reinforced 108
EC-A2 30º 3-10D <45 2 3-20 109
ECS/ECCS-E-3 38º 1-1.5D <45 3 2-20 109
EC-A3/E3 30º, 38º 1-3D <45 3 0.5-20 110
EC-A3/E3 30º, 38º 1-4D <45 3 2-20 110
EC-B3 45º 1-2D <45 3 1.5-20 111
EC-E-3 38º 1-2.5D <45 3 1-20 111
ECC-E-3 38º 2-3.5D <45 3 2-20 Reinforced 112
ECU-E-3 38º 2D <45 3 2.8-19.7 Undersized for
keyholes 112
ECU-E-3-R 38º 1.25D <45 3 3.8-11.7
Undersized for
keyholes with corner
radii
113
EC-B3 45º 1.5D <45 3 3-20 113
EC-B-3 45º 2-3.5D <45 3 2-20 114
EC-B-3R 45º 2D <45 3 6-20 Corner radii 114
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SELECTION GUIDE
Table of Contents
Type Helix Angle
Cutting
Length
Workpiece
Hardness
HRc
No. of
Flutes
Diameter
Range Page
EC-B-4 45º 2-3.5D <45 4 2-20 115
EC-B-4R 45º 2D <45 4 6-20 Corner radii 115
EC-A-4 30º 2-3.5D <45 4 2-20 116
EC-A-4R 30º 2.5D <45 4 3-8 Corner radii 117
EC-A4 30º 2-4D <45 4 2-20 117
ECC-A-4 30º 2-3.5D <45 4 2-20 Reinforced 118
EC-A4 30º 3-10D <45 4 3-20 118
EC-A2-M 30º 1-1.5D <65 2 0.4-6 122-123
EC-A2-R 30° 1.5D <65 2 0.5-12 119-120
EC-A2-H 30° 1.5D <65 2 0.1-4.0 121
EC-A2 30º 2D <65 2 1-25 124
EC-A4 30º 2-3D <65 4 2-25 125
EC-B4-R 45º 1.5D <65 4 10-22 126
ECH-B-6 45º 2D <65 6 6-20 High temp. alloys 126
ECL-B-4,6 45º 3-5D <45 4,6 6-20 127
ECXL-B-4,6 45º 4-6D <45 4,6 10-20 127
EC-D6 50º 2D <65 6 6-20 127
EC-B6-H 45º 2D <65 6 6-20 128
EC-B6 45º 4D <65 6 6-25 128
EPN-F 15º 2-4D CFRP
Composites 9-12 3-12 135
EPNC 15º 2-4D CFRP
Composites 10 8-12 135
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SELECTION GUIDE
Table of Contents
Type Helix Angle
Cutting
Length
Workpiece
Hardness
HRc
No. of
Flutes
Diameter
Range Page
EPND 15º 2-4D CFRP
Composites 6-10 1.6-12 136
EPX 15º 2D CFRP
Composites 6-8 6-12 136
ECA-H3-CF 39-41° variable
helix 2D Aluminum 3 1-25 129-130
ECA-H3-CF-C
Different helix with
variable
pitch 2D Aluminum 3 6-25 131
ECA-H4-CF
Different helix with
variable
pitch 1.5-2D Aluminum 4 6-25 131
ECAP-H3-CF
Different helix with
variable
pitch 1.5-2D Aluminum 3 10-25 132
ERC-E-3 38º 2D Aluminum 3 6-25 132
ECR-B3-R 45º 1-3D Aluminum 3 6-20 133
ECR-B3-R-C 45º D Aluminum 3 8-25 133
ECA-B-2 45 2-3D Aluminum 2 4-20
High Speed
Machining
on aluminum
134
ECA-B-3 45º 2-3D Aluminum 3 4-20
High Speed
Machining
on aluminum
134
ECA F-2 55º 2-5D Aluminum 2 4-25
High Speed
Machining
on aluminum
135
EB-H-CF
Different helix with
variable
pitch 2D <55 3-5 6-20 137
EB-E4L-CF 38º 2D <45 4 3-16 137
EB-A-2 30º 1-2D <45 2 2-20 137
EB-A2 30º 1D <70 2 1-25 Stub cut length 137
EB-A2 RIB 30º 1.5D <65 2 0.4-6 142-143
EB-A2-H 30° 0.8-1D <65 2 0.1-4.0 141
EB-A2 30º 2-3D <65 2 3-18 Long overhang
length 143
EB-A2 30º 2-3D <65 2 2-20 Extra long overhang
length 143
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SELECTION GUIDE
Table of Contents
Type Helix Angle
Cutting
Length
Workpiece
Hardness
HRc
No. of
Flutes
Diameter
Range Page
EB-A2 30º 2D <65 2 1-12 Tapered neck 144
EB-A2 30º 1D <65 2 1-25 Precision stub cut 144
ESB-A2 30º 0.75D <65 2 3-16 Long overhand
length 145
ESB-A4 30º 0.75D <65 4 5-16 145
EBM-A-2 30º 2-3D <45 2 0.4-2 Miniature 145
EB-A2 30º 2-3D <45 2 1-25 138
EB-A2 30º 2-3D <45 2 2-20 138
EB-A2 30º 3.5-10D <45 2 3-20 139
EB-A-3 30º 1.25D <45 3 1.6-20 139
EB-A4 30º 1-2D <45 4 2-20 139
EB-A-4 30º 1-1.5D <45 4 2-20 140
EB-A-4 30º 2-2.5D <45 4 3-20 140
EBL-A-4 30º 2-3D <45 4 4-16 140
ECF../45 1.5-2.5D <65 4 4-12 146
ECD-S2 straight - - 2 3-12 146
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SELECTION GUIDE
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ENDMILLS • SOLID CARBIDE • MULTI-MASTER
a1°
a4°
a2°
a3° a1≠a2≠a3≠a4
ap
dh6
De8
36°
40°
L
Ch x 45°
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ch RERd° Shank(1)
IC900
IC608
fz
(mm/t)
EC-H4S 06-06C06CF-E50 6.00 6.00 6.00 50.00 4 0.25 - 5.0 C • • 0.03-0.08
EC-H4S 06-06C06CFR.2E50 6.00 6.00 6.00 50.00 4 - 0.20 5.0 C •0.03-0.08
EC-H4S 06-06W06CF-E50 6.00 6.00 6.00 50.00 4 0.25 - 5.0 W • • 0.03-0.08
EC-H4S 08-08C08CF-E63 8.00 8.00 8.00 63.00 4 0.3 - 5.0 C • • 0.03-0.08
EC-H4S 08-08C08CFR.4E63 8.00 8.00 8.00 63.00 4 - 0.40 5.0 C •0.03-0.08
EC-H4S 08-08W08CF-E63 8.00 8.00 8.00 63.00 4 0.3 - 5.0 W • • 0.03-0.08
EC-H4S 10-10C10CF-E66 10.00 10.00 10.00 66.00 4 0.4 - 5.0 C • • 0.03-0.10
EC-H4S 10-10C10CFR.5E66 10.00 10.00 10.00 66.00 4 - 0.50 5.0 C •0.03-0.10
EC-H4S 10-10W10CF-E66 10.00 10.00 10.00 66.00 4 0.4 - 5.0 W • • 0.03-0.10
EC-H4S 12-12C12CF-E73 12.00 12.00 12.00 73.00 4 0.5 - 5.0 C • • 0.04-0.10
EC-H4S 12-12C12CFR.6E73 12.00 12.00 12.00 73.00 4 - 0.60 5.0 C •0.04-0.10
EC-H4S 12-12W12CF-E73 12.00 12.00 12.00 73.00 4 0.5 - 5.0 W • • 0.04-0.10
EC-H4S 16-16C16CF-E82 16.00 16.00 16.00 82.00 4 0.6 - 5.0 C • • 0.05-0.11
EC-H4S 16-16W16CF-E82 16.00 16.00 16.00 82.00 4 0.6 - 5.0 W • • 0.05-0.11
EC-H4S 20-20C20CF-E92 20.00 20.00 20.00 92.00 4 0.6 - 5.0 C • • 0.05-0.11
EC-H4S 20-20W20CF-E92 20.00 20.00 20.00 92.00 4 0.6 - 5.0 W • • 0.05-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H4S-CF
Short 4 Flute Endmills with
Different Helix and Variable
Pitch for Chatter Dampening
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
ap
r
dh6
De8
L
Ch x 45°
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ch Rd° Shank(1)
IC900
fz
(mm/t)
EC-H4M 06-12C06CF-E57 6.00 6.00 12.00 57.00 4 0.25 5.0 C •0.03-0.07
EC-H4M 06-12W06CF-E57 6.00 6.00 12.00 57.00 4 0.25 5.0 W •0.03-0.07
EC-H4M 08-16C08CF-E63 8.00 8.00 16.00 63.00 4 0.30 5.0 C •0.03-0.09
EC-H4M 08-16W08CF-E63 8.00 8.00 16.00 63.00 4 0.30 5.0 W •0.03-0.09
EC-H4M 10-20C10CF-E72 10.00 10.00 20.00 72.00 4 0.40 5.0 C •0.03-0.09
EC-H4M 10-20W10CF-E72 10.00 10.00 20.00 72.00 4 0.40 5.0 W •0.03-0.09
EC-H4M 12-24C12CF-E83 12.00 12.00 24.00 83.00 4 0.50 5.0 C •0.04-0.10
EC-H4M 12-24W12CF-E83 12.00 12.00 24.00 83.00 4 0.50 5.0 W •0.04-0.10
EC-H4M 16-32C16CF-E92 16.00 16.00 32.00 92.00 4 0.60 5.0 C •0.05-0.11
EC-H4M 16-32W16CF-E92 16.00 16.00 32.00 92.00 4 0.60 5.0 W •0.05-0.11
EC-H4M 20-40C20CF-E104 20.00 20.00 40.00 104.00 4 0.60 5.0 C •0.05-0.11
EC-H4M 20-40W20CF-E104 20.00 20.00 40.00 104.00 4 0.60 5.0 W •0.05-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H4M-CF-E
4 Flute Endmills with Different Helix and
Variable Pitch for Chatter Dampening
93
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
ap
r
dh6
De8
35º
37º
L
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute r Rd° Shank(1)
IC900
fz
(mm/t)
EC-H4M 06-12C06CFR0.2-57 6.00 6.00 12.00 57.00 4 0.20 5.0 C •0.03-0.06
EC-H4M 06-12W06CFR0.2-57 6.00 6.00 12.00 57.00 4 0.20 5.0 W •0.03-0.06
EC-H4M 08-16C08CFR0.4-63 8.00 8.00 16.00 63.00 4 0.40 5.0 C •0.03-0.08
EC-H4M 08-16W08CFR0.4-63 8.00 8.00 16.00 63.00 4 0.40 5.0 W •0.03-0.08
EC-H4M 10-20C10CFR0.5-72 10.00 10.00 20.00 72.00 4 0.50 5.0 C •0.03-0.09
EC-H4M 10-20W10CFR0.5-72 10.00 10.00 20.00 72.00 4 0.50 5.0 W •0.03-0.09
EC-H4M 12-24C12CFR0.6-83 12.00 12.00 24.00 83.00 4 0.60 5.0 C •0.04-0.10
EC-H4M 12-24W12CFR0.6-83 12.00 12.00 24.00 83.00 4 0.60 5.0 W •0.04-0.10
EC-H4M 14-28C14CFR0.7-83 14.00 14.00 28.00 83.00 4 0.70 5.0 C •0.04-0.11
EC-H4M 14-28W14CFR0.7-83 14.00 14.00 28.00 83.00 4 0.70 5.0 W •0.04-0.11
EC-H4M 16-32C16CFR0.8-92 16.00 16.00 32.00 92.00 4 0.80 5.0 C •0.05-0.11
EC-H4M 16-32W16CFR0.8-92 16.00 16.00 32.00 92.00 4 0.80 5.0 W •0.05-0.11
EC-H4M 20-40C20CFR1.0-104 20.00 20.00 40.00 104.00 4 1.00 5.0 C •0.05-0.11
EC-H4M 20-40W20CFR1.0-104 20.00 20.00 40.00 104.00 4 1.00 5.0 W •0.05-0.11
EC-H4M 25-50C25CFR1.2-121 25.00 25.00 50.00 121.00 4 1.20 5.0 C •0.06-0.11
EC-H4M 25-50W25CFR1.2-121 25.00 25.00 50.00 121.00 4 1.20 5.0 W •0.06-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H4M-CFR
4 Flute Endmills with Different Helix
and Variable Pitch, for Chatter
Dampening with Assorted Radii
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
ap
r
dh6
De8
35º
37º
HL
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute r Rd° Shank(1)
IC900
fz
(mm/t)
EC-H4L 01-02/3C4CFR.05-50 1.00 4.00 3.10 10.00 50.00 4 0.00 5.0 C •0.01-0.01
EC-H4L 02-04/6C4CFR.1-50 2.00 4.00 6.10 10.00 50.00 4 0.00 5.0 C •0.01-0.02
EC-H4L 03-06/9C6CFR.15-57 3.00 6.00 6.20 9.20 57.00 4 0.00 5.0 C •0.01-0.04
EC-H4L 04-08/12C6CFR.2-57 4.00 6.00 8.30 12.00 57.00 4 0.00 5.0 C •0.02-0.05
EC-H4L 05-10/15C6CFR.2-57 5.00 6.00 10.00 15.00 57.00 4 0.00 5.0 C •0.02-0.06
EC-H4L 06-12/20C6CFR.2-57 6.00 6.00 12.00 20.00 57.00 4 0.20 5.0 C •0.03-0.06
EC-H4L 06-12/20W6CFR.2-57 6.00 6.00 12.00 20.00 57.00 4 0.20 5.0 W •0.03-0.06
EC-H4L 08-16/26C8CFR.4-63 8.00 8.00 16.00 26.00 63.00 4 0.40 5.0 C •0.03-0.08
EC-H4L 08-16/26W8CFR.4-63 8.00 8.00 16.00 26.00 63.00 4 0.40 5.0 W •0.03-0.08
EC-H4L 10-20/32C10CFR.5 10.00 10.00 20.00 32.00 72.00 4 0.50 5.0 C •0.03-0.09
EC-H4L 10-20/32W10CFR.5 10.00 10.00 20.00 32.00 72.00 4 0.50 5.0 W •0.03-0.09
EC-H4L 12-24/38C12CFR.6 12.00 12.00 24.00 38.00 83.00 4 0.60 5.0 C •0.04-0.10
EC-H4L 12-24/38W12CFR.6 12.00 12.00 24.00 38.00 83.00 4 0.60 5.0 W •0.04-0.10
EC-H4L 16-32/50C16CFR.8 16.00 16.00 32.00 50.00 100.00 4 0.80 5.0 C •0.05-0.11
EC-H4L 16-32/50W16CFR.8 16.00 16.00 32.00 50.00 100.00 4 0.80 5.0 W •0.05-0.11
EC-H4L 20-40/60C20CFR1.0 20.00 20.00 40.00 60.00 110.00 4 1.00 5.0 C •0.05-0.11
EC-H4L 20-40/60W20CFR1.0 20.00 20.00 40.00 60.00 110.00 4 1.00 5.0 W •0.05-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H4L-CFR (relieved neck)
4 Flute Endmills with 3xD
Relieved Necks, Assorted Radii,
Different Helix and Variable
Pitch, for Chatter Dampening
ISCAR
94
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
ap
r
dh6
De8
35º
37º
L
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Shank(1) r
IC900
fz
(mm/t)
ECP-H4L 06-12/20C6CFR.2 6.00 6.00 12.00 20.00 57.00 4 35.0 C 0.20 •0.03-0.06
ECP-H4L 06-12/20W6CFR.2 6.00 6.00 12.00 20.00 57.00 4 35.0 W 0.20 •0.03-0.06
ECP-H4L 08-16/26C8CFR.4 8.00 8.00 16.00 26.00 63.00 4 35.0 C 0.40 •0.03-0.08
ECP-H4L 08-16/26W8CFR.4 8.00 8.00 16.00 26.00 63.00 4 35.0 W 0.40 •0.03-0.08
ECP-H4L 10-20/32C10CFR.5 10.00 10.00 20.00 32.00 72.00 4 35.0 C 0.50 •0.03-0.09
ECP-H4L 10-20/32W10CFR.5 10.00 10.00 20.00 32.00 72.00 4 35.0 W 0.50 •0.03-0.09
ECP-H4L 12-24/38C12CFR.6 12.00 12.00 24.00 38.00 83.00 4 35.0 C 0.60 •0.04-0.10
ECP-H4L 12-24/38W12CFR.6 12.00 12.00 24.00 38.00 83.00 4 35.0 W 0.60 •0.04-0.10
ECP-H4L 16-32/50C16CFR.8 16.00 16.00 32.00 50.00 100.00 4 35.0 C 0.80 •0.05-0.11
ECP-H4L 16-32/50W16CFR.8 16.00 16.00 32.00 50.00 100.00 4 35.0 W 0.80 •0.05-0.11
ECP-H4L 20-40/60C20CFR1. 20.00 20.00 40.00 60.00 110.00 4 35.0 C 1.00 •0.05-0.11
ECP-H4L 20-40/60W20CFR1.0 20.00 20.00 40.00 60.00 110.00 4 35.0 W 1.00 •0.05-0.11
(1) C-Cylindrical, W-Weldon
ECP-H4L-CFR
4 Flute Solid Carbide Endmills with
Different Helix, Variable Pitch and Chip
Splitting Cutting Edges for Roughing
a1°
a4°
a2°
a3°
a1≠a2≠a3≠a4
ap
r
dh6
De8
35º
37º
HL
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute r Rd° Shank(1)
IC900
fz
(mm/t)
EC-H4XL 06-12/25C06CFR.2 6.00 6.00 12.00 25.00 61.00 4 0.20 5.0 C •0.03-0.06
EC-H4XL 06-12/25W06CFR.2 6.00 6.00 12.00 25.00 61.00 4 0.20 5.0 W •0.03-0.06
EC-H4XL 08-16/32C08CFR.4 8.00 8.00 16.00 32.00 68.00 4 0.40 5.0 C •0.03-0.08
EC-H4XL 08-16/32W08CFR.4 8.00 8.00 16.00 32.00 68.00 4 0.40 5.0 W •0.03-0.08
EC-H4XL 10-20/40C10CFR.5 10.00 10.00 20.00 40.00 80.00 4 0.50 5.0 C •0.03-0.09
EC-H4XL 10-20/40W10CFR.5 10.00 10.00 20.00 40.00 80.00 4 0.50 5.0 W •0.03-0.09
EC-H4XL 12-24/50C12CFR.6 12.00 12.00 24.00 50.00 95.00 4 0.60 5.0 C •0.04-0.10
EC-H4XL 12-24/50W12CFR.6 12.00 12.00 24.00 50.00 95.00 4 0.60 5.0 W •0.04-0.10
EC-H4XL 16-32/64C16CFR.8 16.00 16.00 32.00 64.00 115.00 4 0.80 5.0 C •0.05-0.11
EC-H4XL 16-32/64W16CFR.8 16.00 16.00 32.00 64.00 115.00 4 0.80 5.0 W •0.05-0.11
EC-H4XL 20-40/75C20CFR1.0 20.00 20.00 40.00 75.00 125.00 4 1.00 5.0 C •0.05-0.11
EC-H4XL 20-40/75W20CFR1.0 20.00 20.00 40.00 75.00 125.00 4 1.00 5.0 W •0.05-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H4XL-CFR (relieved neck)
4 Flute Endmills with 4xD
Relieved Necks, Assorted Radii,
Different Helix and Variable
Pitch for Chatter Dampening
95
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
rL
De8
ap
dh6
a1°
a5°
a3°
a2°
a4°
a1≠a2≠a3≠a4≠a5
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute r Rd° Shank(1)
IC900
fz
(mm/t)
EC-H5M 04-09C06CFR0.2-57 4.00 6.00 9.00 57.00 5 0.20 5.0 C •0.02-0.04
EC-H5M 05-11C06CFR0.2-57 5.00 6.00 11.00 57.00 5 0.20 5.0 C •0.02-0.04
EC-H5M 06-13C06CFR0.2-57 6.00 6.00 13.00 57.00 5 0.20 5.0 C •0.03-0.07
EC-H5M 06-13W06CFR0.2-57 6.00 6.00 13.00 57.00 5 0.20 5.0 W •0.03-0.07
EC-H5M 08-19C08CFR0.4-63 8.00 8.00 19.00 63.00 5 0.40 5.0 C •0.03-0.09
EC-H5M 08-19W08CFR0.4-63 8.00 8.00 19.00 63.00 5 0.40 5.0 W •0.03-0.09
EC-H5M 10-22C10CFR0.5-72 10.00 10.00 22.00 72.00 5 0.50 5.0 C •0.03-0.10
EC-H5M 10-22W10CFR0.5-72 10.00 10.00 22.00 72.00 5 0.50 5.0 W •0.03-0.10
EC-H5M 12-26C12CFR0.6-83 12.00 12.00 26.00 83.00 5 0.60 5.0 C •0.04-0.11
EC-H5M 12-26W12CFR0.6-83 12.00 12.00 26.00 83.00 5 0.60 5.0 W •0.04-0.11
EC-H5M 16-32C16CFR0.8-92 16.00 16.00 32.00 92.00 5 0.80 5.0 C •0.05-0.13
EC-H5M 16-32W16CFR0.8-92 16.00 16.00 32.00 92.00 5 0.80 5.0 W •0.05-0.13
EC-H5M 20-38C20CFR1-104 20.00 20.00 38.00 104.00 5 1.00 5.0 C •0.05-0.17
EC-H5M 20-38W20CFR1-104 20.00 20.00 38.00 104.00 5 1.00 5.0 W •0.05-0.17
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-H5M-CFR
5 Flute Endmills with Different
Helix (36 - 38°) and Variable
Pitch for Chatter Dampening
with Assorted Radii
ap
L
Ha°
dh
6
De
8
Ch x 45°
r
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Ch r
IC902
fz
(mm/t)
EC-E7 02-04C06CF-M57 2.00 6.00 4.00 57.00 7 38.0 3.0 0.05 - •0.01-0.02
EC-E7 03-06C06CF-M57 3.00 6.00 6.00 57.00 7 38.0 3.0 0.1 - •0.02-0.05
EC-E7 04-08C06CF-M57 4.00 6.00 8.00 57.00 7 38.0 3.0 0.1 - •0.02-0.05
EC-E7 05-10C06CF-M57 5.00 6.00 10.00 57.00 7 38.0 3.0 0.2 - •0.03-0.07
EC-H7 06-12C06CF-M57 6.00 6.00 12.00 57.00 7 37.0 3.0 - - •0.03-0.07
EC-H7 06-12C06CFR.2M57 6.00 6.00 12.00 57.00 7 37.0 3.0 - 0.20 •0.03-0.10
EC-H7 06-18C06CF-M65 6.00 6.00 18.00 65.00 7 37.0 3.0 0.2 - •0.03-0.07
EC-H7 06-24C06CF-70 6.00 6.00 24.00 70.00 7 37.0 3.0 0.2 - •0.03-0.07
EC-H7 06-36C06CF-90 6.00 6.00 36.00 90.00 7 37.0 3.0 0.2 - •0.03-0.07
EC-H7 08-16C08CF-M63 8.00 8.00 16.00 63.00 7 37.0 3.0 - - •0.03-0.09
EC-H7 08-16C08CFR.4M63 8.00 8.00 16.00 63.00 7 37.0 3.0 - 0.40 •0.04-0.12
EC-H7 08-24C08CF-M90 8.00 8.00 24.00 90.00 7 37.0 3.0 0.2 - •0.03-0.08
EC-H7 08-32C08CF-90 8.00 8.00 32.00 90.00 7 37.0 3.0 0.2 - •0.03-0.09
EC-H7 08-48C08CF-110 8.00 8.00 48.00 110.00 7 37.0 3.0 0.2 - •0.03-0.08
EC-H7 10-20C10CF-M72 10.00 10.00 20.00 72.00 7 37.0 3.0 - - •0.03-0.10
EC-H7 10-20C10CFR.5M72 10.00 10.00 20.00 72.00 7 37.0 3.0 - 0.50 •0.03-0.03
EC-H7 10-20W10CF-M72 10.00 10.00 20.00 72.00 7 37.0 3.0 - - •0.03-0.10
EC-H7 10-30C10CF-M100 10.00 10.00 30.00 100.00 7 37.0 3.0 0.3 - •0.03-0.10
EC-H7 10-40C10CF-100 10.00 10.00 40.00 100.00 7 37.0 3.0 0.3 - •0.03-0.10
EC-H7 10-60C10CF-130 10.00 10.00 60.00 130.00 7 37.0 3.0 0.3 - •0.03-0.10
EC-H7 12-24C12CF-M83 12.00 12.00 24.00 83.00 7 37.0 3.0 - - •0.04-0.11
EC-H7 12-24C12CFR.6M83 12.00 12.00 24.00 83.00 7 37.0 3.0 - 0.60 •0.04-0.04
EC-H7 12-24W12CF-M83 12.00 12.00 24.00 83.00 7 37.0 3.0 - - •0.04-0.12
EC-H7 12-36C12CF-M110 12.00 12.00 36.00 110.00 7 37.0 3.0 0.3 - •0.04-0.12
EC-H7 12-48C12CF-110 12.00 12.00 48.00 110.00 7 37.0 3.0 0.3 - •0.04-0.11
EC-H7 12-72C12CF-140 12.00 12.00 72.00 140.00 7 37.0 3.0 0.3 - •0.04-0.12
EC-H7 16-32C16CF-M92 16.00 16.00 32.00 92.00 7 37.0 3.0 - - •0.05-0.13
EC-H7 16-32C16CFR.8M92 16.00 16.00 32.00 92.00 7 37.0 3.0 - 0.80 •0.05-0.05
EC-H7 16-32W16CF-M92 16.00 16.00 32.00 92.00 7 37.0 3.0 - - •0.05-0.13
EC-H7 16-48C12CF-M131 16.00 16.00 48.00 131.00 7 37.0 3.0 0.3 - •0.05-0.13
EC-H7 16-64C16CF-131 16.00 16.00 64.00 131.00 7 37.0 3.0 0.3 - •0.05-0.13
EC-H7 16-96C16CF-175 16.00 16.00 96.00 175.00 7 37.0 3.0 0.3 - •0.05-0.13
EC-H7 20-40C20CF-M104 20.00 20.00 40.00 104.00 7 37.0 3.0 - - •0.05-0.13
EC-H7 20-40C20CFR1M104 20.00 20.00 40.00 104.00 7 37.0 3.0 - 1.00 •0.05-0.05
EC-H7 20-40W20CF-M104 20.00 20.00 40.00 104.00 7 37.0 3.0 - - •0.05-0.13
EC-H7 20-60C20CF-M140 20.00 20.00 60.00 140.00 7 37.0 3.0 0.4 - •0.05-0.13
EC-H7 20-80C20CF-140 20.00 20.00 80.00 140.00 7 37.0 3.0 0.4 - •0.05-0.13
• Can machine at radial width of cut (ae) of up to 0.10xD • For user guide, see pages 147-254
EC-E7/H7-CF
7 Flute Endmills with Different
Helix and Variable Pitch for Chatter
Free High Speed Finish Milling
ISCAR
96
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
a1°
a4°
a2°
a3° a1≠a2≠a3≠a4
ap
r
dh6
De8
35º
37º
L
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute r Rd° Shank(2)
IC300
IC900
fz
(mm/t)
ECK-H4M 04-08C06CFR0.2-57 4.00 6.00 8.00 57.00 4 0.20 5.0 C N •0.02-0.05
ECK-H4M 05-10C06CFR0.2-57 5.00 6.00 10.00 57.00 4 0.20 5.0 C N •0.02-0.05
ECK-H4M 06-12C06CFR.2-57C (1) 6.00 6.00 12.00 57.00 4 0.20 5.0 C Y •0.03-0.06
ECK-H4M 06-12C06CFR0.2-57 6.00 6.00 12.00 57.00 4 0.20 5.0 C N •0.03-0.06
ECK-H4M 06-12W06CFR0.2-57 6.00 6.00 12.00 57.00 4 0.20 5.0 W N •0.03-0.06
ECK-H4M 08-16C08CFR0.4-63 8.00 8.00 16.00 63.00 4 0.40 5.0 C N •0.03-0.06
ECK-H4M 08-16W08CFR.4-63C (1) 8.00 8.00 16.00 63.00 4 0.40 5.0 W Y •0.03-0.06
ECK-H4M 08-16W08CFR0.4-63 8.00 8.00 16.00 63.00 4 0.40 5.0 W N •0.03-0.06
ECK-H4M 10-20C10CFR0.5-72 10.00 10.00 20.00 72.00 4 0.50 5.0 C N •0.03-0.07
ECK-H4M 10-20W10CFR.5-72C (1) 10.00 10.00 20.00 72.00 4 0.50 5.0 W Y •0.03-0.07
ECK-H4M 10-20W10CFR0.5-72 10.00 10.00 20.00 72.00 4 0.50 5.0 W N •0.03-0.07
ECK-H4M 12-24C12CFR0.6-83 12.00 12.00 24.00 83.00 4 0.60 5.0 C N •0.04-0.08
ECK-H4M 12-24W12CFR.6 12.00 12.00 24.00 83.00 4 0.60 5.0 W N •0.04-0.08
ECK-H4M 12-24W12CFR.6-83C (1) 12.00 12.00 24.00 83.00 4 0.60 5.0 W Y •0.04-0.08
ECK-H4M 12-24W12CFR0.6-83 12.00 12.00 24.00 83.00 4 0.60 5.0 W N •0.04-0.08
ECK-H4M 16-32C16CFR0.8-92 16.00 16.00 32.00 92.00 4 0.80 5.0 C N •0.05-0.08
ECK-H4M 16-32W16CFR.8-92C (1) 16.00 16.00 32.00 92.00 4 0.80 5.0 W Y •0.05-0.08
ECK-H4M 16-32W16CFR0.8-92 16.00 16.00 32.00 92.00 4 0.80 5.0 W N •0.05-0.08
ECK-H4M 20-40C20CFR1.-104 20.00 20.00 40.00 104.00 4 1.00 5.0 C N •0.05-0.08
ECK-H4M 20-40W20CFR1.-104 20.00 20.00 40.00 104.00 4 1.00 5.0 W N •0.05-0.08
• For user guide, see pages 147-254
(1) With coolant channel
(2) C-Cylindrical, W-Weldon
ECK-H4M-CFR
Endmills with Different Helix,
Chamfered Edges and Variable Pitch
for Chatter Dampening on Titanium
97
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
r
dh6
De8
L
Rd°
Dimensions
Designation D d apL Flute r Rd° Shank(1)
IC900
ECK-H7 06-13C06CFR0.2T57 6.00 6.00 13.00 57.00 7 0.20 5.0 C •
ECK-H7 06-13W06CFR0.2T57 6.00 6.00 13.00 57.00 7 0.20 5.0 W •
ECK-H7 08-19C08CFR0.4T63 8.00 8.00 19.00 63.00 7 0.40 5.0 C •
ECK-H7 08-19W08CFR0.4T63 8.00 8.00 19.00 63.00 7 0.40 5.0 W •
ECK-H7 10-22C10CFR0.5T72 10.00 10.00 22.00 72.00 7 0.50 5.0 C •
ECK-H7 10-22W10CFR0.5T72 10.00 10.00 22.00 72.00 7 0.50 5.0 W •
ECK-H7 12-26C12CFR0.6T83 12.00 12.00 26.00 83.00 7 0.60 5.0 C •
ECK-H7 12-26W12CFR0.6T83 12.00 12.00 26.00 83.00 7 0.60 5.0 W •
ECK-H9 16-32C16CFR0.8T92 16.00 16.00 32.00 92.00 9 0.80 5.0 C •
ECK-H9 16-32W16CFR0.8T92 16.00 16.00 32.00 92.00 9 0.80 5.0 W •
ECK-H9 20-38C20CFR1T104 20.00 20.00 38.00 104.00 9 1.00 5.0 C •
ECK-H9 20-38W20CFR1T104 20.00 20.00 38.00 104.00 9 1.00 5.0 W •
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
Designation
Finishing High Speed Machining
fz (min)
mm/t
Fz (max)
mm/t
fz (min)
mm/t
fz (max)
mm/t
ECK-H7 06-13C06CFR0.2T57 0.02 0.04 0.08 0.15
ECK-H7 06-13W06CFR0.2T57 0.02 0.04 0.08 0.15
ECK-H7 08-19C08CFR0.4T63 0.02 0.04 0.08 0.15
ECK-H7 08-19W08CFR0.4T63 0.02 0.04 0.08 0.15
ECK-H7 10-22C10CFR0.5T72 0.03 0.05 0.1 0.25
ECK-H7 10-22W10CFR0.5T72 0.03 0.05 0.1 0.25
ECK-H7 12-26C12CFR0.6T83 0.03 0.05 0.1 0.25
ECK-H7 12-26W12CFR0.6T83 0.03 0.05 0.1 0.25
ECK-H9 16-32C16CFR0.8T92 0.04 0.07 0.15 0.3
ECK-H9 16-32W16CFR0.8T92 0.04 0.07 0.15 0.3
ECK-H9 20-38C20CFR1T104 0.04 0.07 0.15 0.3
ECK-H9 20-38W20CFR1T104 0.04 0.07 0.15 0.3
Feed Recommendations
ECK-H7/9-CFR
7 and 9 Flute Endmills with Different
Helix and Variable Pitch for Chatter
Dampening on Titanium
ap
L
Ch x 45°
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ch Ha° Rd°
IC902
fz
(mm/t)
EC-H6 06-12C06CF-H57 6.00 6.00 12.00 57.00 6 0.2x45° 45.0 3.0 •0.03-0.07
EC-H8 08-16C08CF-H63 8.00 8.00 16.00 63.00 8 0.2x45° 45.0 3.0 •0.03-0.09
EC-H10 10-20C10CF-H72 10.00 10.00 20.00 72.00 10 0.3x45° 35.0 3.0 •0.03-0.10
EC-H12 12-24C12CF-H83 12.00 12.00 24.00 83.00 12 0.3x45° 35.0 3.0 •0.04-0.11
EC-H16 16-32C16CF-H92 16.00 16.00 32.00 92.00 16 0.3x45° 35.0 3.0 •0.05-0.13
EC-H20 20-40C20CFH104 20.00 20.00 40.00 104.00 20 0.4x45° 30.0 3.0 •0.05-0.13
• Can machine at radial width of cut (ae) of up to 0.06xD • For user guide, see pages 147-254
EC-H-CF
6-20 Flute Endmills with Different Helix
and Variable Pitch for CHATTERFREE
High Speed Finish Milling
ISCAR
98
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
α2
α2
α1
α1≠ α2
α1
Ch x 45°
dh6
De8
ap
L
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) Ch
IC900
fz
(mm/t)
EFS-E44 06-14C06CF57 6.00 6.00 14.00 57.00 4 38.0 5.0 C 0.25 •0.03-0.06
EFS-E44 06-14W06CF57 6.00 6.00 14.00 57.00 4 38.0 5.0 W 0.25 •0.03-0.06
EFS-E44 08-18C08CF63 8.00 8.00 18.00 63.00 4 38.0 5.0 C 0.30 •0.03-0.08
EFS-E44 08-18W08CF63 8.00 8.00 18.00 63.00 4 38.0 5.0 W 0.30 •0.03-0.08
EFS-E44 10-22C10CF72 10.00 10.00 22.00 72.00 4 38.0 5.0 C 0.40 •0.03-0.09
EFS-E44 10-22W10CF72 10.00 10.00 22.00 72.00 4 38.0 5.0 W 0.40 •0.03-0.09
EFS-E44 12-26C12CF83 12.00 12.00 26.00 83.00 4 38.0 5.0 C 0.50 •0.04-0.10
EFS-E44 12-26W12CF83 12.00 12.00 26.00 83.00 4 38.0 5.0 W 0.50 •0.04-0.10
EFS-E44 14-30C14CF83 14.00 14.00 30.00 83.00 4 38.0 5.0 C 0.50 •0.04-0.11
EFS-E44 14-30W14CF83 14.00 14.00 30.00 83.00 4 38.0 5.0 W 0.50 •0.04-0.11
EFS-E44 16-34C16CF92 16.00 16.00 34.00 92.00 4 38.0 5.0 C 0.60 •0.05-0.11
EFS-E44 16-34W16CF92 16.00 16.00 34.00 92.00 4 38.0 5.0 W 0.60 •0.05-0.11
EFS-E44 20-42C20CF104 20.00 20.00 42.00 104.00 4 38.0 5.0 C 0.60 •0.05-0.11
EFS-E44 20-42W20CF104 20.00 20.00 42.00 104.00 4 38.0 5.0 W 0.60 •0.05-0.11
EFS-E44 25-52C25CF121 25.00 25.00 52.00 121.00 4 38.0 5.0 C 0.60 •0.06-0.11
EFS-E44 25-52W25CF121 25.00 25.00 52.00 121.00 4 38.0 5.0 W 0.60 •0.06-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EFS-E44
Combination of Roughing and
Finishing Solid Carbide Endmills with
Variable Pitch for Chatter Free Milling
99
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ch x 45°
H
dh6
ap
L
De8
Haº
Rd°
EFS-B44
Combination of Roughing and Finishing
Solid Carbide Endmills in a Single Tool
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(1) Ch
IC300
IC900
IC608
fz
(mm/t)
EFS-B44 04-10C06-57 4.00 6.00 10.00 - 57.00 4 45.0 5.0 C 0.12 N •0.03-0.05
EFS-B44 05-12C06-57 5.00 6.00 12.00 - 57.00 4 45.0 5.0 C 0.18 N •0.03-0.06
EFS-B44 06-14/20C06-57 6.00 6.00 14.00 20.00 57.00 4 45.0 5.0 C 0.25 N •0.03-0.06
EFS-B44 06-14/20W06-57 6.00 6.00 14.00 20.00 57.00 4 45.0 5.0 W 0.25 N •0.03-0.06
EFS-B44 06-14C06-57 6.00 6.00 14.00 - 57.00 4 45.0 5.0 C 0.25 N ••• 0.03-0.06
EFS-B44 06-14C06-57C 6.00 6.00 14.00 - 57.00 4 45.0 5.0 C 0.25 Y •0.03-0.05
EFS-B44 06-14W06-57 6.00 6.00 14.00 - 57.00 4 45.0 5.0 W 0.25 N ••• 0.03-0.06
EFS-B44 08-18/26C08-63 8.00 8.00 18.00 26.00 63.00 4 45.0 5.0 C 0.30 N •0.03-0.08
EFS-B44 08-18/26W08-63 8.00 8.00 18.00 26.00 63.00 4 45.0 5.0 W 0.30 N •0.03-0.08
EFS-B44 08-18C08-63 8.00 8.00 18.00 - 63.00 4 45.0 5.0 C 0.30 N ••• 0.03-0.08
EFS-B44 08-18W08-63 8.00 8.00 18.00 - 63.00 4 45.0 5.0 W 0.30 N ••• 0.03-0.08
EFS-B44 08-18W08-63C 8.00 8.00 18.00 - 63.00 4 45.0 5.0 W 0.30 Y •0.03-0.06
EFS-B44 10-22/32C10-72 10.00 10.00 22.00 32.00 72.00 4 45.0 5.0 C 0.30 N •0.03-0.09
EFS-B44 10-22/32W10-72 10.00 10.00 22.00 32.00 72.00 4 45.0 5.0 W 0.30 N •0.03-0.09
EFS-B44 10-22C10-72 10.00 10.00 22.00 - 72.00 4 45.0 5.0 C 0.30 N ••• 0.03-0.09
EFS-B44 10-22W10-72 10.00 10.00 22.00 - 72.00 4 45.0 5.0 W 0.30 N ••• 0.03-0.09
EFS-B44 10-22W10-72C 10.00 10.00 22.00 - 72.00 4 45.0 5.0 W 0.30 Y •0.04-0.07
EFS-B44 12-26/38C12-83 12.00 12.00 26.00 38.00 83.00 4 45.0 5.0 C 0.40 N •0.04-0.10
EFS-B44 12-26/38W12-83 12.00 12.00 26.00 38.00 83.00 4 45.0 5.0 W 0.40 N •0.04-0.10
EFS-B44 12-26C12-83 12.00 12.00 26.00 - 83.00 4 45.0 5.0 C 0.40 N • • 0.04-0.10
EFS-B44 12-26W12-83 12.00 12.00 26.00 - 83.00 4 45.0 5.0 W 0.40 N ••• 0.04-0.10
EFS-B44 12-26W12-83C 12.00 12.00 26.00 - 83.00 4 45.0 5.0 W 0.40 Y •0.04-0.08
EFS-B44 14-30C14-83 14.00 14.00 30.00 - 83.00 4 45.0 5.0 C 0.40 N ••• 0.04-0.11
EFS-B44 14-30W14-83 14.00 14.00 30.00 - 83.00 4 45.0 5.0 W 0.40 N ••• 0.04-0.11
EFS-B44 16-34/50C16-100 16.00 16.00 34.00 50.00 100.00 4 45.0 5.0 C 0.60 N •0.05-0.11
EFS-B44 16-34/50W16-100 16.00 16.00 34.00 50.00 100.00 4 45.0 5.0 W 0.60 N •0.05-0.11
EFS-B44 16-34C16-92 16.00 16.00 34.00 - 92.00 4 45.0 5.0 C 0.60 N ••• 0.05-0.11
EFS-B44 16-34W16-92 16.00 16.00 34.00 - 92.00 4 45.0 5.0 W 0.60 N ••• 0.05-0.11
EFS-B44 16-34W16-92C 16.00 16.00 34.00 - 92.00 4 45.0 5.0 W 0.60 Y •0.05-0.08
EFS-B44 20-42/62C20-125 20.00 20.00 42.00 62.00 125.00 4 45.0 5.0 C 0.60 N •0.05-0.11
EFS-B44 20-42/62W20-125 20.00 20.00 42.00 62.00 125.00 4 45.0 5.0 W 0.60 N •0.05-0.11
EFS-B44 20-42C20-104 20.00 20.00 42.00 - 104.00 4 45.0 5.0 C 0.60 N ••• 0.05-0.11
EFS-B44 20-42W20-104 20.00 20.00 42.00 - 104.00 4 45.0 5.0 W 0.60 N ••• 0.05-0.11
EFS-B44 25-52C25-121 25.00 25.00 52.00 - 121.00 4 45.0 5.0 C 0.60 N ••• 0.06-0.11
• IC300 should be mainly used for machining exotic materials • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ISCAR
100
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
H
ap
Ha
Chx45˚
α1
α2
α2
α1
dh
6
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining
Data
fz
(mm/t)Designation D d apH L Flute Ha° Rd° Shank(1) Ch
IC300
IC900
IC608
EC-E4L 01-2/04C04CF50 1.00 4.00 2.20 4.00 50.00 4 38.0 5.0 C 0.04 •0.02-0.05
EC-E4L 02-4/06C04CF50 2.00 4.00 4.30 6.10 50.00 4 38.0 5.0 C 0.08 •0.02-0.05
EC-E4L 03-8/11C06CF57 3.00 6.00 8.00 11.00 57.00 4 38.0 5.0 C 0.10 • • • 0.02-0.05
EC-E4L 04-10/14C06CF57 4.00 6.00 10.00 14.00 57.00 4 38.0 5.0 C 0.15 • • • 0.02-0.05
EC-E4L 05-12/17C06CF57 5.00 6.00 12.00 17.00 57.00 4 38.0 5.0 C 0.18 • • • 0.02-0.06
EC-E4L 06-14/20C06CF57 6.00 6.00 14.00 20.00 57.00 4 38.0 5.0 C 0.25 • • • 0.03-0.07
EC-E4L 06-14/20W06CF57 6.00 6.00 14.00 20.00 57.00 4 38.0 5.0 W 0.25 • • • 0.03-0.07
EC-E4L 08-18/26C08CFS63 8.00 8.00 18.00 26.00 63.00 4 38.0 5.0 C - •0.03-0.08
EC-E4L 08-18/26C08CF63 8.00 8.00 18.00 26.00 63.00 4 38.0 5.0 C 0.30 • • • 0.03-0.09
EC-E4L 08-18/26W08CF63 8.00 8.00 18.00 26.00 63.00 4 38.0 5.0 W 0.30 • • • 0.03-0.09
EC-E4L 10-22/32C10CFS72 10.00 10.00 22.00 32.00 72.00 4 38.0 5.0 C - •0.03-0.09
EC-E4L 10-22/32C10CF72 10.00 10.00 22.00 32.00 72.00 4 38.0 5.0 C 0.40 • • • 0.03-0.10
EC-E4L 10-22/32W10CF72 10.00 10.00 22.00 32.00 72.00 4 38.0 5.0 W 0.40 • • • 0.03-0.10
EC-E4L 12-26/38C12CFS83 12.00 12.00 26.00 38.00 83.00 4 38.0 5.0 C - •0.04-0.10
EC-E4L 12-26/38C12CF83 12.00 12.00 26.00 38.00 83.00 4 38.0 5.0 C 0.50 • • • 0.04-0.11
EC-E4L 12-26/38W12CF83 12.00 12.00 26.00 38.00 83.00 4 38.0 5.0 W 0.50 • • • 0.04-0.11
EC-E4L 16-34/50C16CF100 16.00 16.00 34.00 50.00 100.00 4 38.0 5.0 C 0.60 • • • 0.05-0.13
EC-E4L 16-34/50W16CF100 16.00 16.00 34.00 50.00 100.00 4 38.0 5.0 W 0.60 • • • 0.05-0.13
EC-E4L 20-42/60C20CF110 20.00 20.00 42.00 60.00 110.00 4 38.0 5.0 C 0.60 • • • 0.05-0.17
EC-E4L 20-42/60W20CF110 20.00 20.00 42.00 60.00 110.00 4 38.0 5.0 W 0.60 • • 0.05-0.17
EC-E4L 25-50/65C25CF121 25.00 25.00 50.00 65.00 121.00 4 38.0 5.0 C 0.60 •0.05-0.17
EC-E4L 25-50/65W25CF121 25.00 25.00 50.00 65.00 121.00 4 38.0 5.0 W 0.60 •0.05-0.17
• IC300 should be mainly used for machining exotic materials • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-E4L-CF
4 Flute, 38° Helix Endmills with
3xD Relieved Necks and Variable
Pitch for Chatter Dampening
L
ap
Ha
Chx45˚
dh
6
De
8
a1°
a5°
a3°
a2°
a4° a1≠a2≠a3≠a4≠a5
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) Ch
IC900
fz
(mm/t)
EC-E5L 06-15C06CF57 6.00 6.00 15.00 57.00 5 38.0 5.0 C 0.20 •0.03-0.07
EC-E5L 06-15W06CF57 6.00 6.00 15.00 57.00 5 38.0 5.0 W 0.20 •0.03-0.07
EC-E5L 08-20C08CF63 8.00 8.00 20.00 63.00 5 38.0 5.0 C 0.25 •0.03-0.09
EC-E5L 08-20W08CF63 8.00 8.00 20.00 63.00 5 38.0 5.0 W 0.25 •0.03-0.09
EC-E5L 10-25C10CF72 10.00 10.00 25.00 72.00 5 38.0 5.0 C 0.30 •0.03-0.10
EC-E5L 10-25W10CF72 10.00 10.00 25.00 72.00 5 38.0 5.0 W 0.30 •0.03-0.10
EC-E5L 12-30C12CF83 12.00 12.00 30.00 83.00 5 38.0 5.0 C 0.40 •0.04-0.11
EC-E5L 12-30W12CF83 12.00 12.00 30.00 83.00 5 38.0 5.0 W 0.40 •0.04-0.11
EC-E5L 16-40C16CF100 16.00 16.00 40.00 100.00 5 38.0 5.0 C 0.50 •0.05-0.13
EC-E5L 16-40W16CF100 16.00 16.00 40.00 100.00 5 38.0 5.0 W 0.50 •0.05-0.13
EC-E5L 20-50C20CF125 20.00 20.00 50.00 125.00 5 38.0 5.0 C 0.50 •0.05-0.17
EC-E5L 20-50W20CF125 20.00 20.00 50.00 125.00 5 38.0 5.0 W 0.50 •0.05-0.17
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-E5L-CF
5 Flute, 38° Helix Medium Length
(1xD) Variable Pitch Endmills
101
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh
6
ap
L
H
15°
Ch x 45°
De
9
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(2) Ch
IC900
fz
(mm/t)
ECR-B4S 05-05C06-57 5.00 6.00 5.00 10.00 57.00 4 45.0 5.0 C 0.20 •0.02-0.05
ECR-B4S 05-05W06-57 5.00 6.00 5.00 10.00 57.00 4 45.0 5.0 W 0.20 •0.02-0.05
ECR-B4S 06-06C06-57 6.00 6.00 6.00 - 57.00 4 45.0 5.0 C 0.25 •0.03-0.06
ECR-B4S 06-06W06-57 6.00 6.00 6.00 - 57.00 4 45.0 5.0 W 0.25 •0.03-0.06
ECR-B4S 07-07C08-63 7.00 8.00 7.00 - 63.00 4 45.0 5.0 C 0.25 •0.03-0.07
ECR-B4S 08-08C08-63 8.00 8.00 8.00 - 63.00 4 45.0 5.0 C 0.25 •0.03-0.08
ECR-B4S 08-08W08-63 8.00 8.00 8.00 - 63.00 4 45.0 5.0 W 0.25 •0.03-0.08
ECR-B4S 10-10C10-72 10.00 10.00 10.00 - 72.00 4 45.0 5.0 C 0.30 •0.03-0.09
ECR-B4S 10-10W10-72 10.00 10.00 10.00 - 72.00 4 45.0 5.0 W 0.30 •0.03-0.09
ECR-B4S 12-12C12-83 12.00 12.00 12.00 - 83.00 4 45.0 5.0 C 0.35 •0.04-0.10
ECR-B4S 12-12W12-83 12.00 12.00 12.00 - 83.00 4 45.0 5.0 W 0.35 •0.04-0.10
ECR-B5S 16-16C16-92 (1) 16.00 16.00 16.00 - 92.00 5 45.0 5.0 C 0.40 •0.05-0.11
ECR-B5S 16-16W16-92 (1) 16.00 16.00 16.00 - 92.00 5 45.0 5.0 W 0.40 •0.05-0.11
ECR-B7S 20-20C20-104 (1) 20.00 20.00 20.00 - 104.00 7 45.0 5.0 C 0.40 •0.05-0.11
ECR-B7S 20-20W20-104 (1) 20.00 20.00 20.00 - 104.00 7 45.0 5.0 W 0.40 •0.05-0.11
• For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECR-B-S
4-7 Flute, 45° Helix Short Length (1xD)
Solid Carbide Roughing Endmills
De9
ap
L
dh6
Ch x 45°
r
H
15°
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(2) r Ch
IC900
fz
(mm/t)
ECR-B4M 05-10C06-57 5.00 6.00 10.00 15.00 57.00 4 45.0 5.0 C - 0.20 •0.02-0.05
ECR-B4M 05-10W06-57 5.00 6.00 10.00 15.00 57.00 4 45.0 5.0 W - 0.20 •0.02-0.05
ECR-B4M 06-12C06-57 6.00 6.00 12.00 - 57.00 4 45.0 5.0 C - 0.25 •0.03-0.06
ECR-B4M 06-12W06-57 6.00 6.00 12.00 - 57.00 4 45.0 5.0 W - 0.25 •0.03-0.06
ECR-B4M 08-16C08-63 8.00 8.00 16.00 - 63.00 4 45.0 5.0 C - 0.25 •0.03-0.08
ECR-B4M 08-16W08-63 8.00 8.00 16.00 - 63.00 4 45.0 5.0 W - 0.25 •0.03-0.08
ECR-B4M 10-20C10-72 10.00 10.00 20.00 - 72.00 4 45.0 5.0 C - 0.30 •0.03-0.09
ECR-B4M 10-20C10-72R1.0 10.00 10.00 20.00 - 72.00 4 45.0 5.0 C 1.00 - •0.03-0.09
ECR-B4M 10-20W10-72 10.00 10.00 20.00 - 72.00 4 45.0 5.0 W - 0.30 •0.03-0.09
ECR-B4M 12-24C12-83 12.00 12.00 24.00 - 83.00 4 45.0 5.0 C - 0.35 •0.04-0.10
ECR-B4M 12-24C12-83R1.2 12.00 12.00 24.00 - 83.00 4 45.0 5.0 C 1.20 - •0.04-0.10
ECR-B4M 12-24W12-83 12.00 12.00 24.00 - 83.00 4 45.0 5.0 W - 0.35 •0.04-0.10
ECR-B4M 12-24W12-83R1.2 12.00 12.00 24.00 - 83.00 4 45.0 5.0 W 1.20 - •0.04-0.10
ECR-B5M 16-32C16-92 (1) 16.00 16.00 32.00 - 92.00 5 45.0 5.0 C - 0.40 •0.05-0.11
ECR-B5M 16-32C16-92R1.6 (1) 16.00 16.00 32.00 - 92.00 5 45.0 5.0 C 1.60 - •0.05-0.11
ECR-B5M 16-32W16-92 (1) 16.00 16.00 32.00 - 92.00 5 45.0 5.0 W - 0.40 •0.05-0.11
ECR-B5M 16-32W16-92R1.6 (1) 16.00 16.00 32.00 - 92.00 5 45.0 5.0 W 1.60 - •0.05-0.11
ECR-B7M 20-40C20-104 (1) 20.00 20.00 40.00 - 104.00 7 45.0 5.0 C - 0.40 •0.05-0.11
ECR-B7M 20-40W20-104 (1) 20.00 20.00 40.00 - 104.00 7 45.0 5.0 W - 0.40 •0.05-0.11
• For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECR-B-M/ECR-B-M...R
4-7 Flute, 45° Helix Medium Length
(2xD) Solid Carbide Roughing Endmills
ISCAR
102
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
De9
ap
L
dh6
Ha°
Ch x 45°
H
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(2) Ch
IC300
IC900
fz
(mm/t)
ECR-B4L 06-12/18C06-57 6.00 6.00 12.00 18.00 57.00 4 45.0 5.0 C 0.25 •0.03-0.06
ECR-B4L 06-12/18W06-57 6.00 6.00 12.00 18.00 57.00 4 45.0 5.0 W 0.25 • • 0.03-0.06
ECR-B4L 08-16/24C08-63 8.00 8.00 16.00 24.00 63.00 4 45.0 5.0 C 0.25 •0.03-0.08
ECR-B4L 08-16/24W08-63 8.00 8.00 16.00 24.00 63.00 4 45.0 5.0 W 0.25 • • 0.03-0.08
ECR-B4L 10-20/30C10-72 10.00 10.00 20.00 30.00 72.00 4 45.0 5.0 C 0.30 •0.03-0.09
ECR-B4L 10-20/30W10-72 10.00 10.00 20.00 30.00 72.00 4 45.0 5.0 W 0.30 • • 0.03-0.09
ECR-B4L 12-24/36C12-83 12.00 12.00 24.00 36.00 83.00 4 45.0 5.0 C 0.35 •0.04-0.10
ECR-B4L 12-24/36W12-83 12.00 12.00 24.00 36.00 83.00 4 45.0 5.0 W 0.35 •0.04-0.10
ECR-B5L 16-32/48C16-100 (1) 16.00 16.00 32.00 48.00 100.00 5 45.0 5.0 C 0.40 •0.05-0.11
ECR-B5L 16-32/48W16-100 (1) 16.00 16.00 32.00 48.00 100.00 5 45.0 5.0 W 0.40 •0.05-0.11
ECR-B7L 20-40/60C20-110 (1) 20.00 20.00 40.00 60.00 110.00 7 45.0 5.0 C 0.40 •0.05-0.11
ECR-B7L 20-40/60W20-110 (1) 20.00 20.00 40.00 60.00 110.00 7 45.0 5.0 W 0.40 •0.05-0.11
• For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECR-B-L
4-7 Flute, 45° Helix Solid
Carbide Roughing Endmills
with 3xD Relieved Necks
dh
6
HL
ap
Ch x 45°
De
9
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(2) Ch
IC900
fz
(mm/t)
ECR-B4X 08-12/32C08-68 8.00 8.00 12.00 32.00 68.00 4 45.0 5.0 C 0.25 •0.03-0.08
ECR-B4X 08-12/32W08-68 8.00 8.00 12.00 32.00 68.00 4 45.0 5.0 W 0.25 •0.03-0.08
ECR-B4X 10-15/40C10-80 90 10.00 10.00 15.00 40.00 80.00 4 45.0 5.0 C 0.30 •0.03-0.09
ECR-B4X 10-15/40W10-80 90 10.00 10.00 15.00 40.00 80.00 4 45.0 5.0 W 0.30 •0.03-0.09
ECR-B4X 12-18/48C12-100 12.00 12.00 18.00 48.00 100.00 4 45.0 5.0 C 0.35 •0.04-0.10
ECR-B4X 12-18/48W12-100 12.00 12.00 18.00 48.00 100.00 4 45.0 5.0 W 0.35 •0.05-0.11
ECR-B5X 16-24/64C16-115 (1) 16.00 16.00 24.00 64.00 115.00 5 45.0 5.0 C 0.40 •0.05-0.11
ECR-B5X 16-24/64W16-115 (1) 16.00 16.00 24.00 64.00 115.00 5 45.0 5.0 W 0.40 •0.05-0.11
• For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECR-B-X
4-5 Flute, 45° Helix Solid
Carbide Roughing Endmills
with 4xD Relieved Necks
103
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
dh6
De9
Ch x 45°
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(2) Ch
IC900
fz
(mm/t)
ECR-B4MF 06-14C06-57 6.00 6.00 14.00 57.00 4 45.0 5.0 C 0.25 •0.03-0.06
ECR-B4MF 06-14W06-57 6.00 6.00 14.00 57.00 4 45.0 5.0 W 0.25 •0.03-0.06
ECR-B4MF 08-18C08-63 8.00 8.00 18.00 63.00 4 45.0 5.0 C 0.30 •0.03-0.08
ECR-B4MF 08-18W08-63 8.00 8.00 18.00 63.00 4 45.0 5.0 W 0.30 •0.03-0.08
ECR-B4MF 10-22C10-72 10.00 10.00 22.00 72.00 4 45.0 5.0 C 0.30 •0.03-0.09
ECR-B4MF 10-22W10-72 10.00 10.00 22.00 72.00 4 45.0 5.0 W 0.30 •0.03-0.09
ECR-B4MF 12-26C12-83 12.00 12.00 26.00 83.00 4 45.0 5.0 C 0.40 •0.04-0.10
ECR-B4MF 12-26W12-83 12.00 12.00 26.00 83.00 4 45.0 5.0 W 0.40 •0.04-0.10
ECR-B4MF 14-30C14-83 14.00 14.00 30.00 83.00 4 45.0 5.0 C 0.40 •0.04-0.11
ECR-B4MF 14-30W14-83 14.00 14.00 30.00 83.00 4 45.0 5.0 W 0.40 •0.04-0.11
ECR-B6MF 16-34C16-92 (1) 16.00 16.00 34.00 92.00 6 45.0 5.0 C 0.50 •0.05-0.11
ECR-B6MF 16-34W16-92 (1) 16.00 16.00 34.00 92.00 6 45.0 5.0 W 0.50 •0.05-0.11
ECR-B6MF 20-42C20-104 (1) 20.00 20.00 42.00 104.00 6 45.0 5.0 C 0.70 •0.05-0.11
ECR-B6MF 20-42W20-104 (1) 20.00 20.00 42.00 104.00 6 45.0 5.0 W 0.70 •0.05-0.11
ECR-B6MF 25-52C25-121 (1) 25.00 25.00 52.00 121.00 6 45.0 5.0 C 0.90 •0.06-0.11
ECR-B6MF 25-52W25-121 (1) 25.00 25.00 52.00 121.00 6 45.0 5.0 W 0.90 •0.06-0.11
• The rougher's cutting edge profile has shallow serrations. • A very durable design which leaves only a small amount of material for the finishing cut. • For user
guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECR-B-MF
4 and 6 Flute, 45° Helix Medium
Length Solid Carbide Roughing
Endmills for Materials up to 65 HRc
L
ap
H
Ch x 45°
Haº
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Shank(1) Ch
IC900
fz
(mm/t)
ECP-E3L 05-12/17C06S57 5.00 6.00 12.00 17.00 57.00 3 38.0 C 0.20 •0.02-0.05
ECP-E3L 05-12/17W06S57 5.00 6.00 12.00 17.00 57.00 3 38.0 W 0.20 •0.02-0.05
ECP-E3L 06-14/20C06S57 6.00 6.00 14.00 20.00 57.00 3 38.0 C 0.30 •0.03-0.06
ECP-E3L 06-14/20W06S57 6.00 6.00 14.00 20.00 57.00 3 38.0 W 0.30 •0.03-0.06
ECP-E3L 08-18/26C08S63 8.00 8.00 18.00 26.00 63.00 3 38.0 C 0.40 •0.03-0.08
ECP-E3L 08-18/26W08S63 8.00 8.00 18.00 26.00 63.00 3 38.0 W 0.40 •0.03-0.08
ECP-E3L 10-22/32C10S72 10.00 10.00 22.00 32.00 72.00 3 38.0 C 0.40 •0.03-0.09
ECP-E3L 10-22/32W10S72 10.00 10.00 22.00 32.00 72.00 3 38.0 W 0.40 •0.03-0.09
ECP-E3L 12-26/38C12S83 12.00 12.00 26.00 38.00 83.00 3 38.0 C 0.40 •0.04-0.10
ECP-E3L 12-26/38W12S83 12.00 12.00 26.00 38.00 83.00 3 38.0 W 0.40 •0.04-0.10
ECP-E3L 14-30/44C14S100 14.00 14.00 30.00 44.00 100.00 3 38.0 C 0.50 •0.05-0.11
ECP-E3L 14-30/44W14S100 14.00 14.00 30.00 44.00 100.00 3 38.0 W 0.50 •0.05-0.11
ECP-E3L 16-34/50C16S100 16.00 16.00 34.00 50.00 100.00 3 38.0 C 0.50 •0.05-0.11
ECP-E3L 16-34/50W16S100 16.00 16.00 34.00 50.00 100.00 3 38.0 W 0.50 •0.05-0.11
ECP-E3L 20-42/62C20S125 20.00 20.00 42.00 62.00 125.00 3 38.0 C 0.50 •0.05-0.11
ECP-E3L 20-42/62W20S125 20.00 20.00 42.00 62.00 125.00 3 38.0 W 0.50 •0.05-0.11
• Most recommended for machining stainless steel. • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECP-E3L
3 Flute, 38° Helix Solid Carbide
Roughing Endmills with 3xD
Relieved Necks and Chip
Splitting Cutting Edges
ISCAR
104
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Ch x 45°
L
H
apHaº
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Shank(1) Ch
IC900
fz
(mm/t)
ECP-E4L 05-12/17C06S57 5.00 6.00 12.00 17.00 57.00 4 38.0 C 0.20 •0.02-0.05
ECP-E4L 05-12/17W06S57 5.00 6.00 12.00 17.00 57.00 4 38.0 W 0.20 •0.02-0.05
ECP-E4L 06-14/20C06S57 6.00 6.00 14.00 20.00 57.00 4 38.0 C 0.30 •0.03-0.06
ECP-E4L 06-14/20W06S57 6.00 6.00 14.00 20.00 57.00 4 38.0 W 0.30 •0.03-0.06
ECP-E4L 08-18/26C08S63 8.00 8.00 18.00 26.00 63.00 4 38.0 C 0.40 •0.03-0.08
ECP-E4L 08-18/26W08S63 8.00 8.00 18.00 26.00 63.00 4 38.0 W 0.40 •0.03-0.08
ECP-E4L 10-22/32C10S72 10.00 10.00 22.00 32.00 72.00 4 38.0 C 0.40 •0.03-0.09
ECP-E4L 10-22/32W10S72 10.00 10.00 22.00 32.00 72.00 4 38.0 W 0.40 •0.03-0.09
ECP-E4L 12-26/38C12S83 12.00 12.00 26.00 38.00 83.00 4 38.0 C 0.40 •0.04-0.10
ECP-E4L 12-26/38W12S83 12.00 12.00 26.00 38.00 83.00 4 38.0 W 0.40 •0.04-0.10
ECP-E4L 14-30/44C14S100 14.00 14.00 30.00 44.00 100.00 4 38.0 C 0.50 •0.04-0.11
ECP-E4L 14-30/44W14S100 14.00 14.00 30.00 44.00 100.00 4 38.0 W 0.50 •0.04-0.11
ECP-E4L 16-34/50C16S100 16.00 16.00 34.00 50.00 100.00 4 38.0 C 0.50 •0.05-0.12
ECP-E4L 16-34/50W16S100 16.00 16.00 34.00 50.00 100.00 4 38.0 W 0.50 •0.05-0.12
ECP-E4L 20-42/62C20S125 20.00 20.00 42.00 62.00 125.00 4 38.0 C 0.50 •0.05-0.15
ECP-E4L 20-42/62W20S125 20.00 20.00 42.00 62.00 125.00 4 38.0 W 0.50 •0.05-0.15
• Most recommended for machining stainless steel. • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECP-E4L
4 Flute, 38° Helix Solid Carbide
Roughing Endmills with 3xD
Relieved Necks and Chip
Splitting Cutting Edges
ap
L
Ha°
H
Ch x 45°
dh
6
De
9
Rd°
Dimensions Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(2) Ch
IC900
fz
(mm/t)
ERF040E08-3C06 4.00 6.00 8.00 13.00 57.00 3 38.0 5.0 C 0.25 •0.02-0.05
ERF050E10-3C06 5.00 6.00 10.00 17.00 57.00 3 38.0 5.0 C 0.30 •0.02-0.05
ERF060E13-3C06 6.00 6.00 13.00 21.00 57.00 3 38.0 5.0 C 0.30 •0.03-0.06
ERF060E13-3W06 6.00 6.00 13.00 21.00 57.00 3 38.0 5.0 W 0.30 •0.03-0.06
ERF070E20-3C08 7.00 8.00 20.00 26.00 63.00 3 38.0 5.0 C 0.30 •0.03-0.07
ERF080E20-3C08 8.00 8.00 20.00 28.00 63.00 3 38.0 5.0 C 0.30 •0.03-0.08
ERF080E20-3W08 8.00 8.00 20.00 28.00 63.00 3 38.0 5.0 W 0.30 •0.03-0.08
ERF090A22-4C10 9.00 10.00 22.00 30.00 72.00 4 30.0 5.0 C 0.30 •0.03-0.08
ERF100A22-4C10 10.00 10.00 22.00 30.00 72.00 4 30.0 5.0 C 0.30 •0.03-0.09
ERF100A22-4W10 10.00 10.00 22.00 30.00 72.00 4 30.0 5.0 W 0.30 •0.03-0.09
ERF110A25-4C12 11.00 12.00 25.00 31.00 83.00 4 30.0 5.0 C 0.30 •0.03-0.09
ERF120A25-4C12 12.00 12.00 25.00 37.00 83.00 4 30.0 5.0 C 0.40 •0.04-0.10
ERF120A25-4W12 12.00 12.00 25.00 37.00 83.00 4 30.0 5.0 W 0.40 •0.04-0.10
ERF130A25-4C14 13.00 14.00 25.00 32.00 83.00 4 30.0 5.0 C 0.40 •0.04-0.10
ERF140A25-4C14 14.00 14.00 25.00 37.00 83.00 4 30.0 5.0 C 0.50 •0.04-0.11
ERF140A25-4W14 14.00 14.00 25.00 37.00 83.00 4 30.0 5.0 W 0.50 •0.04-0.11
ERF160A32-4C16 16.00 16.00 32.00 44.00 92.00 4 30.0 5.0 C 0.50 •0.05-0.11
ERF160A32-4W16 16.00 16.00 32.00 44.00 92.00 4 30.0 5.0 W 0.50 •0.05-0.11
ERF180A32-4C18 18.00 18.00 32.00 44.00 92.00 4 30.0 5.0 C 0.50 •0.05-0.11
ERF180A32-4W18 18.00 18.00 32.00 44.00 92.00 4 30.0 5.0 W 0.50 •0.05-0.11
ERF200A38-4C20 20.00 20.00 38.00 55.00 104.00 4 30.0 5.0 C 0.60 •0.05-0.11
ERF200A38-4W20 20.00 20.00 38.00 55.00 104.00 4 30.0 5.0 W 0.60 •0.05-0.11
ERF250A45-6W25 (1) 25.00 25.00 45.00 64.00 121.00 6 30.0 5.0 W 0.60 •0.06-0.11
• For user guide, see pages 147-254
(1) No center cutting • Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ERF-A/E-3,4,6
3, 4, and 6 Flute, 30° and 38° Helix
Solid Carbide Roughing Endmills with
3xD Relieved Neck for Alloy Steel
105
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
h6
ap
L
Ch x 45°
De
9
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) Ch
IC900
fz
(mm/t)
ECR-T4M 06-10-C06-57 6.00 6.00 10.00 57.00 4 20.0 5.0 C 0.30 •0.03-0.06
ECR-T4M 06-10-W06-57 6.00 6.00 10.00 57.00 4 20.0 5.0 W 0.30 •0.03-0.06
ECR-T4M 08-16-C08-63 8.00 8.00 16.00 63.00 4 20.0 5.0 C 0.40 •0.03-0.08
ECR-T4M 08-16-W08-63 8.00 8.00 16.00 63.00 4 20.0 5.0 W 0.40 •0.03-0.08
ECR-T4M 10-20-C10-72 10.00 10.00 20.00 72.00 4 20.0 5.0 C 0.40 •0.03-0.09
ECR-T4M 10-20-W10-72 10.00 10.00 20.00 72.00 4 20.0 5.0 W 0.40 •0.03-0.09
ECR-T4M 12-24-C12-83 12.00 12.00 24.00 83.00 4 20.0 5.0 C 0.40 •0.04-0.10
ECR-T4M 12-24-W12-83 12.00 12.00 24.00 83.00 4 20.0 5.0 W 0.40 •0.04-0.10
ECR-T4M 16-32-C16-92 16.00 16.00 32.00 92.00 4 20.0 5.0 C 0.50 •0.05-0.11
ECR-T4M 16-32-W16-92 16.00 16.00 32.00 92.00 4 20.0 5.0 W 0.50 •0.05-0.11
ECR-T4M 20-40-C20-104 20.00 20.00 40.00 104.00 4 20.0 5.0 C 0.50 •0.05-0.11
ECR-T4M 20-40-W20-104 20.00 20.00 40.00 104.00 4 20.0 5.0 W 0.50 •0.05-0.11
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECR-T-M
4 Flute, 20° Helix Medium Length
Solid Carbide Roughing Endmills
for High Stock Removal Rates
L
Ha°
ap
dh
6
De
9
HARD MATERIALS
Rd°
Dimensions
Designation D d apL Flute Ha° Shank(1)
IC903
EBRF-T3 06-16C06M57 6.00 6.00 16.00 57.00 3 20.0 C •
EBRF-T3 08-16C08M63 8.00 8.00 16.00 63.00 3 20.0 C •
EBRF-T4 10-22C10M72 10.00 10.00 22.00 72.00 4 20.0 C •
EBRF-T4 12-26C12M83 12.00 12.00 26.00 83.00 4 20.0 C •
EBRF-T4 14-26C14M83 14.00 14.00 26.00 83.00 4 20.0 C •
EBRF-T4 16-32C16M92 16.00 16.00 32.00 92.00 4 20.0 C •
EBRF-T4 20-38C20M104 20.00 20.00 38.00 104.00 4 20.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EBRF-T
3, 4 Flute, 20° Helix Long Solid
Carbide Ball Nose Endmills for
Roughing Materials up to 55 HRC
ISCAR
106
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
7°
R
r
H
ap
L
dh
6
De
9
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d L Flute H r(1) Rap
IC903
IC902
fz
(mm/t)
EFF-S2 01-04/03C6RP.15M50 1.00 6.00 50.00 2 3.00 0.15 0.1 0.06 •0.02-0.05
EFF-S2 02-07/06C6RP0.3M50 2.00 6.00 50.00 2 6.00 0.30 0.2 0.12 •0.10-0.14
EFF-S2 03-1/09C06RP0.5M50 3.00 6.00 50.00 2 9.00 0.50 0.4 0.20 •0.10-0.20
EFF-S4-04 020/14C06M57 4.00 6.00 57.00 4 12.00 0.70 0.5 0.20 •0.10-0.25
EFF-S4-05 022/17C06M57 5.00 6.00 57.00 4 15.00 0.90 0.6 0.30 •0.10-0.30
EFF-S4-06 030/20C06R1.0M 6.00 6.00 57.00 4 20.00 1.23 5.3 0.30 •0.10-0.30
EFF-S4-08 035/26C08R1.3M 8.00 8.00 63.00 4 26.00 1.62 7.0 0.40 •0.10-0.40
EFF-S4-10 040/30C10R1.6M 10.00 10.00 72.00 4 30.00 2.01 8.8 0.50 •0.15-0.50
EFF-S4-12 045/34C12R2.0M 12.00 12.00 83.00 4 34.00 2.47 10.6 0.60 •0.15-0.50
EFF-S4-16 055/42C16R2.6M 16.00 16.00 92.00 4 42.00 3.25 14.0 0.80 •0.20-0.60
EFF-S4-20 060/46C20R3.2M 20.00 20.00 104.00 4 46.00 4.02 17.7 1.00 •0.20-0.70
• For user guide, see pages 147-254
(1) Should be used for programming
EFF-S
4 Flute Solid Carbide Endmills
with Relieved Necks for Fast
Feed High Productivity
d
ap max
D
ap
r
L
Ha
Rd°
Dimensions Recommended
Machining Data
Designation D d L r(2) Flute Ha°ap(3) ap max Rd°
IC903
fz
(mm/t)
EFP-E4CF 06-12C06R1.0M57 6.00 6.00 57.00 1.00 4 38.0 0.30 12.00 5.0 •0.02-0.30
EFP-E4CF 08-16C08R1.4M63 8.00 8.00 63.00 1.40 4 38.0 0.40 16.00 5.0 •0.03-0.40
EFP-E4CF 10-20C10R1.7M72 10.00 10.00 72.00 1.70 4 38.0 0.50 20.00 5.0 •0.03-0.50
EFP-E5CF 10-24C10R1.7M72 (1) 10.00 10.00 72.00 1.70 5 38.0 0.50 24.00 5.0 •0.03-0.50
EFP-E4CF 12-25C12R2.0M83 12.00 12.00 83.00 2.00 4 38.0 0.60 24.00 5.0 •0.04-0.50
EFP-E4CF 16-32C16R2.7M92 16.00 16.00 92.00 2.70 4 38.0 0.80 32.00 5.0 •0.05-0.60
EFP-E5CF 16-40C16R2.7M92 (1) 16.00 16.00 92.00 2.70 5 38.0 0.80 40.00 5.0 •0.05-0.60
EFP-E4CF 20-40C20R3.4M104 20.00 20.00 104.00 3.40 4 38.0 1.00 40.00 5.0 •0.05-0.70
EFP-E5CF 20-48C20R3.4M104 (1) 20.00 20.00 104.00 3.40 5 38.0 1.00 48.00 5.0 •0.05-0.70
• For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) Used for programming
(3) Maximum D.O.C. for high feed milling (FEEDMILL)
EFP-E4,5CF
Solid Carbide Roughing Endmills with
Chip Splitting Cutting Edges, Variable
Pitch and Large Radius Frontal Edge
r
L1
a° Ref.
L
D2
ap
H
H
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute H D2L1a° Rd° r
IC900
fz
(mm/t)
ETR-A2 02-2/08C06R.5M80 2.00 6.00 2.00 80.00 2 8.00 1.90 40.0 3.6 5.0 0.50 •0.01-0.03
ETR-A2 03-2/12C06R.5M80 3.00 6.00 2.00 80.00 2 12.00 2.80 40.0 3.3 5.0 0.50 •0.01-0.04
ETR-A2 04-3/16C06R1M80 4.00 6.00 3.00 80.00 2 16.00 3.70 40.0 2.8 5.0 1.00 •0.02-0.05
ETR-A2 06-4/25C08R2M100 6.00 8.00 4.00 100.00 2 25.00 5.60 66.0 2 5.0 2.00 •0.03-0.07
ETR-A2 08-4/32C08R2M100 8.00 8.00 4.00 100.00 2 32.00 7.60 - - 5.0 2.00 •0.03-0.09
ETR-A2 08-4/32C10R2M120 8.00 10.00 4.00 120.00 2 32.00 7.60 66.0 2 5.0 2.00 •0.03-0.09
ETR-A2 10-6/40C10R3M120 10.00 10.00 6.00 120.00 2 40.00 9.60 - - 5.0 3.00 •0.03-0.10
ETR-A2 10-6/40C12R3M160 10.00 12.00 6.00 158.00 2 40.00 9.60 110.0 1 5.0 3.00 •0.03-0.10
• For user guide, see pages 147-254
ETR-A2
2 Flute Toroidal Endmills
107
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
Dh10
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A2 02-03W06E50 2.00 6.00 3.00 50.00 2 30.0 5.0 W • • 0.01-0.03
EC-A2 03-04W06E50 3.00 6.00 4.00 50.00 2 30.0 5.0 W • • 0.01-0.04
EC-A2 04-05W06E54 4.00 6.00 5.00 54.00 2 30.0 5.0 W • • 0.02-0.05
EC-A2 045-05W06E54 4.50 6.00 5.00 54.00 2 30.0 5.0 W • • 0.02-0.05
EC-A2 05-06W06E54 5.00 6.00 6.00 54.00 2 30.0 5.0 W • • 0.02-0.06
EC-A2 06-07W06E54 6.00 6.00 7.00 54.00 2 30.0 5.0 W • • 0.03-0.07
EC-A2 07-08W08E58 7.00 8.00 8.00 58.00 2 30.0 5.0 W • • 0.03-0.08
EC-A2 08-09W08E58 8.00 8.00 9.00 58.00 2 30.0 5.0 W • • 0.03-0.09
EC-A2 09-10W10E66 9.00 10.00 10.00 66.00 2 30.0 5.0 W • • 0.03-0.09
EC-A2 10-11W10E66 10.00 10.00 11.00 66.00 2 30.0 5.0 W • • 0.03-0.10
EC-A2 12-12W12E73 12.00 12.00 12.00 73.00 2 30.0 5.0 W •0.04-0.11
EC-A2 14-14W14E75 14.00 14.00 14.00 75.00 2 30.0 5.0 W •0.04-0.12
EC-A2 16-16W16E82 16.00 16.00 16.00 82.00 2 30.0 5.0 W •0.05-0.13
EC-A2 18-18W18E84 18.00 18.00 18.00 84.00 2 30.0 5.0 W • • 0.05-0.13
EC-A2 20-20W20E92 20.00 20.00 20.00 92.00 2 30.0 5.0 W • • 0.05-0.13
• For user guide, see pages 147-254
(1) W-Weldon
EC-A2 (economical-short)
Economical Type 2 Flute, 30°
Helix Center Cutting Short
Solid Carbide Endmills
ap
L
dh6
De8
15°
Ha
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC300
IC900
fz
(mm/t)
EC020B07-2C03 2.00 3.00 7.00 38.00 2 45.0 5.0 C • • 0.01-0.03
EC020B07-2C06 2.00 6.00 7.00 57.00 2 45.0 5.0 C • • 0.01-0.03
EC025A07-2C03 2.50 3.00 7.00 38.00 2 30.0 5.0 C • • 0.01-0.03
EC030A10-2C03 3.00 3.00 10.00 38.00 2 30.0 5.0 C • • 0.01-0.04
EC030A10-2C06 3.00 6.00 10.00 57.00 2 30.0 5.0 C • • 0.01-0.04
EC035A12-2C04 3.50 4.00 12.00 50.00 2 30.0 5.0 C • • 0.01-0.04
EC040A12-2C04 4.00 4.00 12.00 50.00 2 30.0 5.0 C ••• 0.02-0.05
EC040A12-2C06 4.00 6.00 12.00 57.00 2 30.0 5.0 C ••• 0.02-0.05
EC045A14-2C06 4.50 6.00 14.00 57.00 2 30.0 5.0 C •0.02-0.05
EC050A14-2C05 5.00 5.00 14.00 50.00 2 30.0 5.0 C • • 0.02-0.06
EC050A14-2C06 5.00 6.00 14.00 57.00 2 30.0 5.0 C • • 0.02-0.06
EC055A16-2C06 5.50 6.00 16.00 57.00 2 30.0 5.0 C •0.02-0.06
EC060A16-2C06 6.00 6.00 16.00 57.00 2 30.0 5.0 C ••• 0.03-0.07
EC060A16-2W06 6.00 6.00 16.00 57.00 2 30.0 5.0 W •0.03-0.07
EC065A20-2C07 6.50 7.00 20.00 60.00 2 30.0 5.0 C •0.03-0.07
EC070A20-2C07 7.00 7.00 20.00 60.00 2 30.0 5.0 C • • 0.03-0.08
EC080A20-2C08 8.00 8.00 20.00 63.00 2 30.0 5.0 C ••• 0.03-0.09
EC080A20-2W08 8.00 8.00 20.00 63.00 2 30.0 5.0 W •0.03-0.09
EC085A22-2C10 8.50 10.00 22.00 72.00 2 30.0 5.0 C •0.03-0.09
EC100A22-2C10 10.00 10.00 22.00 72.00 2 30.0 5.0 C ••• 0.03-0.10
EC120A25-2C12 12.00 12.00 25.00 83.00 2 30.0 5.0 C ••• 0.04-0.11
EC140A25-2C14 14.00 14.00 25.00 83.00 2 30.0 5.0 C ••• 0.04-0.12
EC160A32-2C16 16.00 16.00 32.00 92.00 2 30.0 5.0 C • • 0.05-0.13
EC180A32-2C18 18.00 18.00 32.00 92.00 2 30.0 5.0 C • • 0.05-0.13
EC200A38-2C20 20.00 20.00 38.00 104.00 2 30.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-A-2
2 Flute, 30 and 45° Helix
Medium Length Solid Carbide
Slot / Drill Endmills
ISCAR
108
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
Dh10
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A2 01-03C04E50 1.00 4.00 3.00 50.00 2 30.0 5.0 C • • 0.00-0.01
EC-A2 015-045C04E50 1.50 4.00 4.50 50.00 2 30.0 5.0 C • • 0.00-0.02
EC-A2 02-08C02E32 2.00 2.00 8.00 32.00 2 30.0 5.0 C • • 0.01-0.03
EC-A2 025-08C025E32 2.50 2.50 8.00 32.00 2 30.0 5.0 C • • 0.01-0.03
EC-A2 03-12C03E38 3.00 3.00 12.00 38.00 2 30.0 5.0 C • • 0.01-0.04
EC-A2 035-12C035E32 3.50 3.50 12.00 32.00 2 30.0 5.0 C • • 0.01-0.04
EC-A2 04-12C04E50 4.00 4.00 12.00 50.00 2 30.0 5.0 C • • 0.02-0.05
EC-A2 045-14C045E50 4.50 4.50 14.00 50.00 2 30.0 5.0 C •0.02-0.05
EC-A2 05-14C05E50 5.00 5.00 14.00 50.00 2 30.0 5.0 C • • 0.02-0.06
EC-A2 055-16C055E50 5.50 5.50 16.00 50.00 2 30.0 5.0 C • • 0.02-0.06
EC-A2 06-16C06E50 6.00 6.00 16.00 50.00 2 30.0 5.0 C • • 0.03-0.07
EC-A2 07-20C07E60 7.00 7.00 20.00 60.00 2 30.0 5.0 C • • 0.03-0.08
EC-A2 08-20C08E63 8.00 8.00 20.00 63.00 2 30.0 5.0 C • • 0.03-0.09
EC-A2 09-20C09E60 9.00 9.00 20.00 60.00 2 30.0 5.0 C • • 0.03-0.09
EC-A2 10-22C10E72 10.00 10.00 22.00 72.00 2 30.0 5.0 C • • 0.03-0.10
EC-A2 12-22C12E70 12.00 12.00 22.00 70.00 2 30.0 5.0 C • • 0.04-0.11
EC-A2 14-25C14E75 14.00 14.00 25.00 75.00 2 30.0 5.0 C • • 0.04-0.12
EC-A2 16-25C16E75 16.00 16.00 25.00 75.00 2 30.0 5.0 C • • 0.05-0.13
EC-A2 20-32C20E100 20.00 20.00 32.00 100.00 2 30.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A2 (economical-medium)
Economical Type 2 Flute, 30°
Helix Center Cutting, Medium
Length Solid Carbide Endmills
apL
dh6
Ch x 45°
De8
15°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d Flute apL Rd° Shank(1) Ch
IC300
IC900
fz
(mm/t)
ECC020B07-2C03 2.00 3.00 2 7.00 38.00 5.0 C 0.10 • • 0.01-0.03
ECC025A07-2C03 2.50 3.00 2 7.00 38.00 5.0 C 0.10 •0.01-0.03
ECC030A10-2C03 3.00 3.00 2 10.00 38.00 5.0 C 0.10 • • 0.01-0.04
ECC035A12-2C04 3.50 4.00 2 12.00 50.00 5.0 C 0.10 •0.01-0.04
ECC040A12-2C04 4.00 4.00 2 12.00 50.00 5.0 C 0.15 • • 0.02-0.05
ECC050A14-2C05 5.00 5.00 2 14.00 50.00 5.0 C 0.15 • • 0.02-0.06
ECC060A16-2C06 6.00 6.00 2 16.00 57.00 5.0 C 0.15 • • 0.03-0.07
ECC060A16-2W06 6.00 6.00 2 16.00 57.00 5.0 W 0.15 •0.03-0.07
ECC080A20-2C08 8.00 8.00 2 20.00 63.00 5.0 C 0.15 • • 0.03-0.09
ECC100A22-2C10 10.00 10.00 2 22.00 72.00 5.0 C 0.25 •0.03-0.10
ECC120A25-2C12 12.00 12.00 2 25.00 83.00 5.0 C 0.25 •0.04-0.11
ECC160A32-2C16 16.00 16.00 2 32.00 92.00 5.0 C 0.25 • • 0.05-0.13
ECC200A38-2C20 20.00 20.00 2 38.00 104.00 5.0 C 0.25 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECC-A-2
2 Flute, 30° Helix Medium Length
Solid Carbide Slot / Drill Endmills
with Chamfered Corners
109
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
Dh10
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A2 03-30C03E75 3.00 3.00 30.00 75.00 2 30.0 5.0 C • • 0.01-0.04
EC-A2 04-30C04E75 4.00 4.00 30.00 75.00 2 30.0 5.0 C • • 0.02-0.05
EC-A2 05-40C05E100 5.00 5.00 40.00 100.00 2 30.0 5.0 C • • 0.02-0.06
EC-A2 06-50C06E150 6.00 6.00 50.00 150.00 2 30.0 5.0 C • • 0.03-0.07
EC-A2 08-50C08E150 8.00 8.00 50.00 150.00 2 30.0 5.0 C • • 0.03-0.09
EC-A2 10-60C10E150 10.00 10.00 60.00 150.00 2 30.0 5.0 C • • 0.03-0.10
EC-A2 12-75C12E150 12.00 12.00 75.00 150.00 2 30.0 5.0 C • • 0.04-0.11
EC-A2 14-65C14E150 14.00 14.00 65.00 150.00 2 30.0 5.0 C • • 0.04-0.12
EC-A2 16-65C16E150 16.00 16.00 65.00 150.00 2 30.0 5.0 C • • 0.05-0.13
EC-A2 18-65C18E150 18.00 18.00 65.00 150.00 2 30.0 5.0 C • • 0.05-0.13
EC-A2 20-65C20E150 20.00 20.00 65.00 150.00 2 30.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A2(economical-extra
long)
Economical Type 2 Flute, 30°
Helix, Center Cutting, Extra
Long Solid Carbide Endmills
ap
L
D2
H
Chx45º Ha°
dh
6
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apH D2L Flute Ha° Rd° Shank(1) Ch
IC300
IC900
fz
(mm/t)
ECS020E03-3W06-57 2.00 6.00 3.00 8.00 1.90 57.00 3 38.0 5.0 W - •0.01-0.03
ECS025E03-3W06-57 2.50 6.00 3.00 8.00 2.40 57.00 3 38.0 5.0 W - •0.01-0.03
ECS030E04-3W06-57 3.00 6.00 4.00 9.00 2.90 57.00 3 38.0 5.0 W - •0.01-0.04
ECS035E04-3W06-57 3.50 6.00 4.00 12.00 3.40 57.00 3 38.0 5.0 W - •0.01-0.04
ECS040E05-3W06-57 4.00 6.00 5.00 13.00 3.90 57.00 3 38.0 5.0 W - • • 0.02-0.05
ECS050E06-3W06-57 5.00 6.00 6.00 14.00 4.90 57.00 3 38.0 5.0 W - •0.02-0.06
ECCS060E07-3W06-57 6.00 6.00 7.00 15.00 5.90 57.00 3 38.0 5.0 W 0.15 •0.03-0.07
ECCS070E08-3W08-63 7.00 8.00 8.00 20.00 6.70 63.00 3 38.0 5.0 W 0.15 •0.03-0.08
ECCS080E09-3W08-63 8.00 8.00 9.00 21.00 7.60 63.00 3 38.0 5.0 W 0.15 •0.03-0.09
ECCS090E10-3W10-72 9.00 10.00 10.00 22.00 8.60 72.00 3 38.0 5.0 W 0.15 •0.03-0.09
ECCS100E11-3W10-72 10.00 10.00 11.00 23.00 9.50 72.00 3 38.0 5.0 W 0.25 •0.03-0.10
ECCS120E12-3W12-83 12.00 12.00 12.00 24.00 11.30 83.00 3 38.0 5.0 W 0.25 •0.04-0.11
ECCS160E16-3W16-92 16.00 16.00 16.00 33.00 15.20 92.00 3 38.0 5.0 W 0.25 •0.05-0.13
• For user guide, see pages 147-254
(1) W-Weldon
ECS/ECCS-E-3
3 Flute, 38° Helix Short Solid Carbide
Slot / Drill Endmills with 3xD Relieved
Necks and Chamfered Corners
ISCAR
110
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Dh10
L
ap
dh6
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A3 005-015C03E38 0.50 3.00 1.50 38.00 3 30.0 5.0 C • • 0.00-0.01
EC-A3 006-015C03E38 0.60 3.00 1.50 38.00 3 30.0 5.0 C • • 0.00-0.01
EC-A3 008-02C03E38 0.80 3.00 2.00 38.00 3 30.0 5.0 C • • 0.00-0.01
EC-A3 01-02C03E38 1.00 3.00 2.00 38.00 3 30.0 5.0 C •0.00-0.01
EC-A3 012-02C03E38 1.20 3.00 2.00 38.00 3 30.0 5.0 C • • 0.00-0.01
EC-A3 015-02C03E38 1.50 3.00 2.00 38.00 3 30.0 5.0 C • • 0.00-0.02
EC-A3 018-02C03E38 1.80 3.00 2.00 38.00 3 30.0 5.0 C • • 0.01-0.03
EC-E3 02-04C06E35 2.00 6.00 4.00 35.00 3 38.0 5.0 C • • 0.01-0.03
EC-E3 025-05C06E36 2.50 6.00 5.00 36.00 3 38.0 5.0 C • • 0.01-0.03
EC-E3 03-05C06E36 3.00 6.00 5.00 36.00 3 38.0 5.0 C • • 0.01-0.04
EC-A3 035-06W06E37 3.50 6.00 6.00 37.00 3 30.0 5.0 W • • 0.01-0.04
EC-E3 04-07C06E39 4.00 6.00 7.00 39.00 3 38.0 5.0 C • • 0.02-0.05
EC-A3 045-08W06E38 4.50 6.00 8.00 38.00 3 30.0 5.0 W • • 0.02-0.05
EC-A3 05-08W06E39 5.00 6.00 8.00 39.00 3 30.0 5.0 W •0.02-0.06
EC-E3 05-08C06E39 5.00 6.00 8.00 39.00 3 30.0 5.0 C •0.02-0.06
EC-A3 055-08W06E39 5.50 6.00 8.00 39.00 3 30.0 5.0 W • • 0.02-0.06
EC-E3 06-08C06E39 6.00 6.00 8.00 39.00 3 38.0 5.0 C • • 0.03-0.07
EC-A3 0675-10W08E42 6.75 8.00 10.00 42.00 3 30.0 5.0 W • • 0.03-0.07
EC-A3 07-10W08E42 7.00 8.00 10.00 42.00 3 30.0 5.0 W • • 0.03-0.08
EC-E3 08-11C08E43 8.00 8.00 11.00 43.00 3 38.0 5.0 C • • 0.03-0.09
EC-A3 087-11W10E48 8.70 10.00 11.00 48.00 3 30.0 5.0 W • • 0.03-0.09
EC-A3 09-11W10E48 9.00 10.00 11.00 48.00 3 30.0 5.0 W • • 0.03-0.09
EC-A3 097-11W10E48 9.70 10.00 11.00 48.00 3 30.0 5.0 W • • 0.03-0.09
EC-E3 10-13C10E50 10.00 10.00 13.00 50.00 3 38.0 5.0 C • • 0.03-0.10
EC-E3 12-15C12E55 12.00 12.00 15.00 55.00 3 30.0 5.0 C • • 0.04-0.11
EC-A3 16-18W16E62 16.00 16.00 18.00 62.00 3 30.0 5.0 W • • 0.05-0.13
EC-A3 18-20W18E70 18.00 18.00 20.00 70.00 3 30.0 5.0 W • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-A3/E3 (economical-short)
Economical Type 3 Flute, 30° and
38° Helix, Center Cutting, Short
Length Solid Carbide Endmills
dh6
Dh10
L
apHaº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-E3 02-08C02E32 2.00 2.00 8.00 32.00 3 38.0 5.0 C • • 0.01-0.03
EC-E3 025-08C025E32 2.50 2.50 8.00 32.00 3 38.0 5.0 C • • 0.01-0.03
EC-E3 03-12C03E38 3.00 3.00 12.00 38.00 3 38.0 5.0 C • • 0.01-0.04
EC-A3 035-12C035E32 3.50 3.50 12.00 32.00 3 30.0 5.0 C • • 0.01-0.04
EC-E3 04-12C04E50 4.00 4.00 12.00 50.00 3 38.0 5.0 C • • 0.02-0.05
EC-A3 045-14C045E50 4.50 4.50 14.00 50.00 3 30.0 5.0 C • • 0.02-0.05
EC-E3 05-14C05E50 5.00 5.00 14.00 50.00 3 38.0 5.0 C • • 0.02-0.06
EC-A3 055-16C055E50 5.50 5.50 16.00 50.00 3 30.0 5.0 C • • 0.02-0.06
EC-E3 06-16C06E50 6.00 6.00 16.00 50.00 3 38.0 5.0 C • • 0.03-0.07
EC-E3 07-20C07E60 7.00 7.00 20.00 60.00 3 30.0 5.0 C • • 0.03-0.08
EC-E3 08-20C08E63 8.00 8.00 20.00 63.00 3 38.0 5.0 C • • 0.03-0.09
EC-A3 09-20C09E60 9.00 9.00 20.00 60.00 3 30.0 5.0 C • • 0.03-0.09
EC-E3 10-22C10E72 10.00 10.00 22.00 72.00 3 38.0 5.0 C • • 0.03-0.10
EC-E3 12-22C12E73 12.00 12.00 22.00 73.00 3 38.0 5.0 C • • 0.04-0.11
EC-A3 14-25C14E75 14.00 14.00 25.00 75.00 3 30.0 5.0 C • • 0.04-0.12
EC-A3 16-25C16E75 16.00 16.00 25.00 75.00 3 30.0 5.0 C • • 0.05-0.13
EC-E3 20-32C20E104 20.00 20.00 32.00 104.00 3 38.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A3/E3 (economical-medium)
Economical Type 3 Flute, 30° and
38° Helix, Center Cutting, Medium
Length Solid Carbide Endmills
111
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
Dh10
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-B3 015-03C03E38 1.50 3.00 3.00 38.00 3 45.0 5.0 C • • 0.00-0.02
EC-B3 02-03W06E50 2.00 6.00 3.00 50.00 3 45.0 5.0 W • • 0.01-0.03
EC-B3 03-04W06E50 3.00 6.00 4.00 50.00 3 45.0 5.0 W • • 0.01-0.04
EC-B3 035-04W06E50 3.50 6.00 4.00 50.00 3 45.0 5.0 W • • 0.01-0.04
EC-B3 04-05W06E54 4.00 6.00 5.00 54.00 3 45.0 5.0 W • • 0.02-0.05
EC-B3 045-05W06E54 4.50 6.00 5.00 54.00 3 45.0 5.0 W • • 0.02-0.05
EC-B3 05-06C06E57 5.00 6.00 6.00 57.00 3 45.0 5.0 C • • 0.02-0.06
EC-B3 06-07W06E54 6.00 6.00 7.00 54.00 3 45.0 5.0 W • • 0.03-0.07
EC-B3 07-08W08E58 7.00 8.00 8.00 58.00 3 45.0 5.0 W • • 0.03-0.08
EC-B3 08-09W08E58 8.00 8.00 9.00 58.00 3 45.0 5.0 W • • 0.03-0.09
EC-B3 09-10W10E66 9.00 10.00 10.00 66.00 3 45.0 5.0 W • • 0.03-0.09
EC-B3 10-11W10E66 10.00 10.00 11.00 66.00 3 45.0 5.0 W • • 0.03-0.10
EC-B3 12-12W12E73 12.00 12.00 12.00 73.00 3 45.0 5.0 W • • 0.04-0.11
EC-B3 14-14W14E75 14.00 14.00 14.00 75.00 3 45.0 5.0 W • • 0.04-0.12
EC-B3 16-16W16E82 16.00 16.00 16.00 82.00 3 45.0 5.0 W • • 0.05-0.13
EC-B3 18-18W18E84 18.00 18.00 18.00 84.00 3 45.0 5.0 W •0.05-0.13
EC-B3 20-20W20E92 20.00 20.00 20.00 92.00 3 45.0 5.0 W • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-B3 (economical-short)
Economical Type 3 Flute, 45°
Helix, Center Cutting, Short
Length Solid Carbide Endmills
15°
ap
L
Ha°
dh
6
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC300
IC900
fz
(mm/t)
EC010E025-3C03 1.00 3.00 2.50 38.00 3 38.0 5.0 C • • 0.01-0.01
EC015E04-3C04 1.50 4.00 4.00 50.00 3 38.0 5.0 C • • 0.01-0.02
EC025E07-3C03 2.50 3.00 7.00 38.00 3 38.0 5.0 C •0.01-0.03
EC030E10-3C03 3.00 3.00 10.00 38.00 3 38.0 5.0 C ••• 0.01-0.04
EC030E10-3C06 3.00 6.00 10.00 57.00 3 38.0 5.0 C • • 0.01-0.04
EC035E12-3C04 3.50 4.00 12.00 50.00 3 38.0 5.0 C • • 0.01-0.04
EC040E12-3C04 4.00 4.00 12.00 50.00 3 38.0 5.0 C ••• 0.02-0.05
EC040E12-3C06 4.00 6.00 12.00 57.00 3 38.0 5.0 C •0.02-0.05
EC045E14-3C06 4.50 6.00 14.00 57.00 3 38.0 5.0 C • • 0.02-0.05
EC050E14-3C05 5.00 5.00 14.00 50.00 3 38.0 5.0 C ••• 0.02-0.06
EC050E14-3C06 5.00 6.00 14.00 57.00 3 38.0 5.0 C •0.02-0.06
EC050E14-3W06 5.00 6.00 14.00 57.00 3 38.0 5.0 W •0.02-0.06
EC060E16-3C06 6.00 6.00 16.00 57.00 3 38.0 5.0 C ••• 0.03-0.07
EC060E16-3W06 6.00 6.00 16.00 57.00 3 38.0 5.0 W •0.03-0.07
EC070E20-3C07 7.00 7.00 20.00 60.00 3 38.0 5.0 C • • 0.03-0.08
EC080E20-3C08 8.00 8.00 20.00 63.00 3 38.0 5.0 C ••• 0.03-0.09
EC080E20-3W08 8.00 8.00 20.00 63.00 3 38.0 5.0 W •0.03-0.09
EC100E22-3C10 10.00 10.00 22.00 72.00 3 38.0 5.0 C ••• 0.03-0.10
EC100E22-3W10 10.00 10.00 22.00 72.00 3 38.0 5.0 W • • 0.03-0.10
EC120E25-3C12 12.00 12.00 25.00 83.00 3 38.0 5.0 C ••• 0.04-0.11
EC120E25-3W12 12.00 12.00 25.00 83.00 3 38.0 5.0 W • • 0.04-0.11
EC140E25-3C14 14.00 14.00 25.00 83.00 3 38.0 5.0 C •0.04-0.12
EC140E25-3W14 14.00 14.00 25.00 83.00 3 38.0 5.0 W •0.04-0.12
EC160E32-3C16 16.00 16.00 32.00 92.00 3 38.0 5.0 C • • 0.05-0.13
EC160E32-3W16 16.00 16.00 32.00 92.00 3 38.0 5.0 W •0.05-0.13
EC180E32-3C18 18.00 18.00 32.00 92.00 3 38.0 5.0 C •0.05-0.13
EC180E32-3W18 18.00 18.00 32.00 92.00 3 38.0 5.0 W •0.05-0.13
EC200E38-3C20 20.00 20.00 38.00 104.00 3 38.0 5.0 C •0.05-0.13
EC200E38-3W20 20.00 20.00 38.00 104.00 3 38.0 5.0 W •0.05-0.13
• Multi-purpose endmill. • Suitable for deep slotting. • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-E-3
3 Flute, 38° Helix Medium Length
Solid Carbide Endmills
ISCAR
112
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
Ch x 45°
Ha°
dh
6
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) Ch
IC300
IC900
fz
(mm/t)
ECC020B07-3C03 2.00 3.00 7.00 38.00 3 45.0 5.0 C 0.10 •0.01-0.03
ECC025E07-3C03 2.50 3.00 7.00 38.00 3 38.0 5.0 C 0.10 •0.01-0.03
ECC030E10-3C03 3.00 3.00 10.00 38.00 3 38.0 5.0 C 0.10 • • 0.01-0.04
ECC035E12-3C04 3.50 4.00 12.00 50.00 3 38.0 5.0 C 0.10 •0.01-0.04
ECC040E12-3C04 4.00 4.00 12.00 50.00 3 38.0 5.0 C 0.15 • • 0.02-0.05
ECC050E14-3C05 5.00 5.00 14.00 50.00 3 38.0 5.0 C 0.15 • • 0.02-0.06
ECC060E16-3C06 6.00 6.00 16.00 57.00 3 38.0 5.0 C 0.15 • • 0.03-0.07
ECC060E16-3W06 6.00 6.00 16.00 57.00 3 38.0 5.0 W 0.15 •0.03-0.07
ECC080E20-3C08 8.00 8.00 20.00 63.00 3 38.0 5.0 C 0.15 • • 0.03-0.09
ECC080E20-3W08 8.00 8.00 20.00 63.00 3 38.0 5.0 W 0.15 •0.03-0.09
ECC100E22-3C10 10.00 10.00 22.00 72.00 3 38.0 5.0 C 0.25 • • 0.03-0.10
ECC100E22-3W10 10.00 10.00 22.00 72.00 3 38.0 5.0 W 0.25 •0.03-0.10
ECC120E25-3C12 12.00 12.00 25.00 83.00 3 38.0 5.0 C 0.25 • • 0.04-0.11
ECC120E25-3W12 12.00 12.00 25.00 83.00 3 38.0 5.0 W 0.25 • • 0.04-0.11
ECC160E32-3C16 16.00 16.00 32.00 92.00 3 38.0 5.0 C 0.25 •0.05-0.13
ECC160E32-3W16 16.00 16.00 32.00 92.00 3 38.0 5.0 W 0.25 •0.05-0.13
ECC200E38-3C20 20.00 20.00 38.00 104.00 3 38.0 5.0 C 0.25 •0.05-0.13
ECC200E38-3W20 20.00 20.00 38.00 104.00 3 38.0 5.0 W 0.25 •0.05-0.13
• Multi-purpose endmill • Suitable for deep slotting • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECC-E-3
3 Flute, 38 and 45° Helix Medium
Length Slot / Drill Solid Carbide
Endmills with Chamfered Corners
dh6
ap
L
De8
15°
Ha
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC900
fz
(mm/t)
ECU028E04-3W06-57 2.80 6.00 4.00 57.00 3 38.0 5.0 W •0.01-0.04
ECU038E05-3W06-57 3.80 6.00 5.00 57.00 3 38.0 5.0 W •0.01-0.04
ECU048E06-3W06-57 4.80 6.00 6.00 57.00 3 38.0 5.0 W •0.02-0.05
ECU057E07-3W06-57 5.70 6.00 7.00 57.00 3 38.0 5.0 W •0.02-0.06
ECU067E08-3W08-63 6.70 8.00 8.00 63.00 3 38.0 5.0 W •0.03-0.07
ECU077E09-3W08-63 7.70 8.00 9.00 63.00 3 38.0 5.0 W •0.03-0.08
ECU097E11-3W10-72 9.70 10.00 11.00 72.00 3 38.0 5.0 W •0.03-0.09
ECU117E12-3W12-73 11.70 12.00 12.00 73.00 3 38.0 5.0 W •0.03-0.10
ECU137E16-3W14-83 13.70 14.00 14.00 83.00 3 38.0 5.0 W •0.04-0.11
ECU157E16-3W16-92 15.70 16.00 16.00 92.00 3 38.0 5.0 W •0.04-0.12
ECU177E18-3W18-92 17.70 18.00 18.00 92.00 3 38.0 5.0 W •0.05-0.13
• Undersized short design for keyholes • For user guide, see pages 147-254
(1) W-Weldon
ECU-E-3
3 Flute, 38° Helix Short Undersized
Slot / Drill Solid Carbide Endmills
113
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
ap
r
15°
De8
L
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apr L Flute Ha° Rd° Shank(1)
IC900
fz
(mm/t)
ECU038E05-3W06R01L57 3.80 6.00 5.00 0.10 57.00 3 38.0 5.0 W •0.01-0.04
ECU048E06-3W06R02L57 4.80 6.00 6.00 0.20 57.00 3 38.0 5.0 W •0.02-0.05
ECU057E07-3W06R02L57 5.70 6.00 7.00 0.20 57.00 3 38.0 5.0 W •0.02-0.06
ECU077E09-3W08R02L63 7.70 8.00 9.00 0.20 63.00 3 38.0 5.0 W •0.03-0.08
ECU097E11-3W10R03L72 9.70 10.00 11.00 0.30 72.00 3 38.0 5.0 W •0.03-0.09
ECU117E12-3W12R03L83 11.70 12.00 12.00 0.30 83.00 3 38.0 5.0 W •0.03-0.10
• For user guide, see pages 147-254
(1) W-Weldon
ECU-E-3-R
3 Flute, 38° Helix Short Undersized
Slot / Drill Solid Carbide Endmills with
Various Radii According to DIN 6885
dh6
L
ap
Dh10
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-B3 03-08C06E50 3.00 6.00 8.00 50.00 3 45.0 5.0 C • • 0.01-0.04
EC-B3 04-11C06E50 4.00 6.00 11.00 50.00 3 45.0 5.0 C • • 0.02-0.05
EC-B3 05-13C06E50 5.00 6.00 13.00 50.00 3 45.0 5.0 C • • 0.02-0.06
EC-B3 06-13C06E50 6.00 6.00 13.00 50.00 3 45.0 5.0 C • • 0.03-0.07
EC-B3 08-19C08E63 8.00 8.00 19.00 63.00 3 45.0 5.0 C • • 0.03-0.09
EC-B3 10-22C10E72 10.00 10.00 22.00 72.00 3 45.0 5.0 C • • 0.03-0.10
EC-B3 12-26C12E73 12.00 12.00 26.00 73.00 3 45.0 5.0 C • • 0.04-0.11
EC-B3 14-26C14E75 14.00 14.00 26.00 75.00 3 45.0 5.0 C • • 0.04-0.12
EC-B3 16-25C16E75 16.00 16.00 25.00 75.00 3 45.0 5.0 C • • 0.05-0.13
EC-B3 20-32C20E100 20.00 20.00 32.00 100.00 3 45.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-B3 (economical-medium)
Economical Type 3 Flute, 45°
Helix, Center Cutting, Medium
Length Solid Carbide Endmills
ISCAR
114
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
dh6
De8
15°
Ha°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC300
IC900
fz
(mm/t)
EC020B07-3C03 2.00 3.00 7.00 38.00 3 45.0 5.0 C ••• 0.01-0.03
EC020B07-3C06 2.00 6.00 7.00 57.00 3 45.0 5.0 C • • 0.01-0.03
EC025B07-3C03 2.50 3.00 7.00 38.00 3 45.0 5.0 C • • 0.01-0.03
EC030B10-3C03 3.00 3.00 10.00 38.00 3 45.0 5.0 C • • 0.01-0.04
EC030B10-3C06 3.00 6.00 10.00 57.00 3 45.0 5.0 C • • 0.01-0.04
EC040B12-3C04 4.00 4.00 12.00 50.00 3 45.0 5.0 C • • 0.02-0.05
EC040B12-3C06 4.00 6.00 12.00 57.00 3 45.0 5.0 C • • 0.02-0.05
EC050B14-3C05 5.00 5.00 14.00 50.00 3 45.0 5.0 C •0.02-0.06
EC050B14-3C06 5.00 6.00 14.00 57.00 3 45.0 5.0 C • • 0.02-0.06
EC060B16-3C06 6.00 6.00 16.00 57.00 3 45.0 5.0 C • • 0.03-0.07
EC060B16-3W06 6.00 6.00 16.00 57.00 3 45.0 5.0 W •0.03-0.07
EC070B16-3C07 7.00 7.00 16.00 60.00 3 45.0 5.0 C • • 0.03-0.08
EC080B20-3C08 8.00 8.00 20.00 63.00 3 45.0 5.0 C • • 0.03-0.09
EC080B20-3W08 8.00 8.00 20.00 63.00 3 45.0 5.0 W •0.03-0.09
EC090B20-3C09 9.00 9.00 20.00 67.00 3 45.0 5.0 C •0.03-0.09
EC100B22-3C10 10.00 10.00 22.00 72.00 3 45.0 5.0 C • • 0.03-0.10
EC100B22-3W10 10.00 10.00 22.00 72.00 3 45.0 5.0 W •0.03-0.10
EC120B25-3C12 12.00 12.00 25.00 83.00 3 45.0 5.0 C • • 0.04-0.11
EC120B25-3W12 12.00 12.00 25.00 83.00 3 45.0 5.0 W •0.04-0.11
EC140B25-3C14 14.00 14.00 25.00 83.00 3 45.0 5.0 C • • 0.04-0.12
EC140B25-3W14 14.00 14.00 25.00 83.00 3 45.0 5.0 W •0.04-0.12
EC160B32-3C16 16.00 16.00 32.00 92.00 3 45.0 5.0 C •0.05-0.13
EC160B32-3W16 16.00 16.00 32.00 92.00 3 45.0 5.0 W •0.05-0.13
EC180B32-3C18 18.00 18.00 32.00 92.00 3 45.0 5.0 C •0.05-0.13
EC180B32-3W18 18.00 18.00 32.00 92.00 3 45.0 5.0 W •0.05-0.13
EC200B38-3C20 20.00 20.00 38.00 104.00 3 45.0 5.0 C • • 0.05-0.13
EC200B38-3W20 20.00 20.00 38.00 104.00 3 45.0 5.0 W •0.05-0.13
• Excellent for deep slotting and shouldering. • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-B-3
3 Flute, 45° Helix Medium Length
Slot / Drill Solid Carbide Endmills
ap
L
r
Haº
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) r
IC900
fz
(mm/t)
EC060B13-3C06R0.5 6.00 6.00 13.00 57.00 3 45.0 5.0 C 0.50 •0.03-0.07
EC060B13-3C06R1.0 6.00 6.00 13.00 57.00 3 45.0 5.0 C 1.00 •0.03-0.07
EC080B20-3C08R0.5 8.00 8.00 20.00 63.00 3 45.0 5.0 C 0.50 •0.03-0.09
EC080B20-3C08R1 8.00 8.00 20.00 63.00 3 45.0 5.0 C 1.00 •0.03-0.09
EC080B20-3C08R1.5 8.00 8.00 20.00 63.00 3 45.0 5.0 C 1.50 •0.03-0.09
EC080B20-3C08R2 8.00 8.00 20.00 63.00 3 45.0 5.0 C 2.00 •0.03-0.09
EC100B22-3C10R0.5 10.00 10.00 22.00 72.00 3 45.0 5.0 C 0.50 •0.03-0.10
EC100B22-3C10R1 10.00 10.00 22.00 72.00 3 45.0 5.0 C 1.00 •0.03-0.10
EC100B22-3C10R1.5 10.00 10.00 22.00 72.00 3 45.0 5.0 C 1.50 •0.03-0.10
EC100B22-3C10R2 10.00 10.00 22.00 72.00 3 45.0 5.0 C 2.00 •0.03-0.10
EC100B22-3C10R3 10.00 10.00 22.00 72.00 3 45.0 5.0 C 3.00 •0.03-0.10
EC120B25-3C12R0.5 12.00 12.00 25.00 83.00 3 45.0 5.0 C 0.50 •0.04-0.11
EC120B25-3C12R1 12.00 12.00 25.00 83.00 3 45.0 5.0 C 1.00 •0.04-0.11
EC120B25-3C12R1.5 12.00 12.00 25.00 83.00 3 45.0 5.0 C 1.50 •0.04-0.11
EC120B25-3C12R2 12.00 12.00 25.00 83.00 3 45.0 5.0 C 2.00 •0.04-0.11
EC120B25-3C12R3 12.00 12.00 25.00 83.00 3 45.0 5.0 C 3.00 •0.04-0.11
EC160B32-3C16R0.5 16.00 16.00 32.00 92.00 3 45.0 5.0 C 0.50 •0.05-0.13
EC160B32-3C16R1 16.00 16.00 32.00 92.00 3 45.0 5.0 C 1.00 •0.05-0.13
EC160B32-3C16R2 16.00 16.00 32.00 92.00 3 45.0 5.0 C 2.00 •0.05-0.13
EC160B32-3C16R3 16.00 16.00 32.00 92.00 3 45.0 5.0 C 3.00 •0.05-0.13
EC200B38-3C20R0.5 20.00 20.00 38.00 104.00 3 45.0 5.0 C 0.50 •0.05-0.13
EC200B38-3C20R1 20.00 20.00 38.00 104.00 3 45.0 5.0 C 1.00 •0.05-0.13
EC200B38-3C20R2 20.00 20.00 38.00 104.00 3 45.0 5.0 C 2.00 •0.05-0.13
EC200B38-3C20R3 20.00 20.00 38.00 104.00 3 45.0 5.0 C 3.00 •0.05-0.13
EC200B38-3C20R4 20.00 20.00 38.00 104.00 3 45.0 5.0 C 4.00 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-B-3R
3 Flute, 45° Helix Medium
Length Slot / Drill Solid Carbide
Endmills with Various Radii
115
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
ap
L
De8
15°
Ha°
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC900
fz
(mm/t)
EC020B07-4C03 2.00 3.00 7.00 38.00 4 45.0 5.0 C •0.01-0.03
EC020B07-4C06 2.00 6.00 7.00 57.00 4 45.0 5.0 C •0.01-0.03
EC030B10-4C03 3.00 3.00 10.00 38.00 4 45.0 5.0 C •0.01-0.04
EC030B10-4C06 3.00 6.00 10.00 57.00 4 45.0 5.0 C •0.01-0.04
EC040B12-4C04 4.00 4.00 12.00 50.00 4 45.0 5.0 C •0.02-0.05
EC040B12-4C06 4.00 6.00 12.00 57.00 4 45.0 5.0 C •0.02-0.05
EC050B14-4C05 5.00 5.00 14.00 50.00 4 45.0 5.0 C •0.02-0.06
EC050B14-4C06 5.00 6.00 14.00 57.00 4 45.0 5.0 C •0.02-0.06
EC060B16-4C06 6.00 6.00 16.00 57.00 4 45.0 5.0 C •0.03-0.07
EC060B16-4W06 6.00 6.00 16.00 57.00 4 45.0 5.0 W •0.03-0.07
EC070B16-4C07 7.00 7.00 16.00 60.00 4 45.0 5.0 C •0.03-0.08
EC080B20-4C08 8.00 8.00 20.00 63.00 4 45.0 5.0 C •0.03-0.09
EC080B20-4W08 8.00 8.00 20.00 63.00 4 45.0 5.0 W •0.03-0.09
EC090B20-4C09 9.00 9.00 20.00 67.00 4 45.0 5.0 C •0.03-0.09
EC100B22-4C10 10.00 10.00 22.00 72.00 4 45.0 5.0 C •0.03-0.10
EC100B22-4W10 10.00 10.00 22.00 72.00 4 45.0 5.0 W •0.03-0.10
EC120B25-4C12 12.00 12.00 25.00 83.00 4 45.0 5.0 C •0.04-0.11
EC120B25-4W12 12.00 12.00 25.00 83.00 4 45.0 5.0 W •0.04-0.11
EC140B25-4C14 14.00 14.00 25.00 83.00 4 45.0 5.0 C •0.04-0.12
EC160B32-4C16 16.00 16.00 32.00 92.00 4 45.0 5.0 C •0.05-0.13
EC160B32-4W16 16.00 16.00 32.00 92.00 4 45.0 5.0 W •0.05-0.13
EC180B32-4C18 18.00 18.00 32.00 92.00 4 45.0 5.0 C •0.05-0.13
EC200B38-4C20 20.00 20.00 38.00 104.00 4 45.0 5.0 C •0.05-0.13
EC200B38-4W20 20.00 20.00 38.00 104.00 4 45.0 5.0 W •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-B-4
4 Flute, 45° Helix Medium Length
Solid Carbide Endmills
ap
L
r
Haº
dh
6
De
8
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) r
IC900
fz
(mm/t)
EC060B16-4C06R0.5 6.00 6.00 16.00 57.00 4 45.0 5.0 C 0.50 •0.03-0.07
EC060B16-4C06R1 6.00 6.00 16.00 57.00 4 45.0 5.0 C 1.00 •0.03-0.07
EC080B20-4C08R0.5 8.00 8.00 20.00 63.00 4 45.0 5.0 C 0.50 •0.03-0.09
EC080B20-4C08R1 8.00 8.00 20.00 63.00 4 45.0 5.0 C 1.00 •0.03-0.09
EC080B20-4C08R1.5 8.00 8.00 20.00 63.00 4 45.0 5.0 C 1.50 •0.03-0.09
EC080B20-4C08R2 8.00 8.00 20.00 63.00 4 45.0 5.0 C 2.00 •0.03-0.09
EC100B22-4C10R0.5 10.00 10.00 22.00 72.00 4 45.0 5.0 C 0.50 •0.03-0.10
EC100B22-4C10R1 10.00 10.00 22.00 72.00 4 45.0 5.0 C 1.00 •0.03-0.10
EC100B22-4C10R1.5 10.00 10.00 22.00 72.00 4 45.0 5.0 C 1.50 •0.03-0.10
EC100B22-4C10R2 10.00 10.00 22.00 72.00 4 45.0 5.0 C 2.00 •0.03-0.10
EC100B22-4C10R3 10.00 10.00 22.00 72.00 4 45.0 5.0 C 3.00 •0.03-0.10
EC120B25-4C12R0.5 12.00 12.00 25.00 83.00 4 45.0 5.0 C 0.50 •0.04-0.11
EC120B25-4C12R1 12.00 12.00 25.00 83.00 4 45.0 5.0 C 1.00 •0.04-0.11
EC120B25-4C12R1.5 12.00 12.00 25.00 83.00 4 45.0 5.0 C 1.50 •0.04-0.11
EC120B25-4C12R2 12.00 12.00 25.00 83.00 4 45.0 5.0 C 2.00 •0.04-0.11
EC120B25-4C12R3 12.00 12.00 25.00 83.00 4 45.0 5.0 C 3.00 •0.04-0.11
EC160B32-4C16R0.5 16.00 16.00 32.00 92.00 4 45.0 5.0 C 0.50 •0.05-0.13
EC160B32-4C16R1 16.00 16.00 32.00 92.00 4 45.0 5.0 C 1.00 •0.05-0.13
EC160B32-4C16R1.5 16.00 16.00 32.00 92.00 4 45.0 5.0 C 1.50 •0.05-0.13
EC160B32-4C16R2 16.00 16.00 32.00 92.00 4 45.0 5.0 C 2.00 •0.05-0.13
EC160B32-4C16R2.5 16.00 16.00 32.00 92.00 4 45.0 5.0 C 2.50 •0.05-0.13
EC160B32-4C16R3 16.00 16.00 32.00 92.00 4 45.0 5.0 C 3.00 •0.05-0.13
EC200B38-4C20R0.5 20.00 20.00 38.00 104.00 4 45.0 5.0 C 0.50 •0.05-0.13
EC200B38-4C20R1 20.00 20.00 38.00 104.00 4 45.0 5.0 C 1.00 •0.05-0.13
EC200B38-4C20R1.5 20.00 20.00 38.00 104.00 4 45.0 5.0 C 1.50 •0.05-0.13
EC200B38-4C20R2 20.00 20.00 38.00 104.00 4 45.0 5.0 C 2.00 •0.05-0.13
EC200B38-4C20R2.5 20.00 20.00 38.00 104.00 4 45.0 5.0 C 2.50 •0.05-0.13
EC200B38-4C20R3 20.00 20.00 38.00 104.00 4 45.0 5.0 C 3.00 •0.05-0.13
EC200B38-4C20R4 20.00 20.00 38.00 104.00 4 45.0 5.0 C 4.00 •0.05-0.13
EC200B38-4C20R5 20.00 20.00 38.00 104.00 4 45.0 5.0 C 5.00 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-B-4R
4 Flute, 45° Helix Medium Length Solid
Carbide Endmills with Various Radii
ISCAR
116
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
15°
Ha°
dh
6
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC300
IC900
fz
(mm/t)
EC020A07-4C03 2.00 3.00 7.00 38.00 4 30.0 5.0 C • • 0.01-0.03
EC025A07-4C03 2.50 3.00 7.00 38.00 4 30.0 5.0 C •0.01-0.03
EC030A10-4C03 3.00 3.00 10.00 38.00 4 30.0 5.0 C • • 0.01-0.04
EC030A10-4C06 3.00 6.00 10.00 57.00 4 30.0 5.0 C •0.01-0.04
EC035A12-4C04 3.50 4.00 12.00 50.00 4 30.0 5.0 C •0.01-0.04
EC040A12-4C04 4.00 4.00 12.00 50.00 4 30.0 5.0 C • • 0.02-0.05
EC040A12-4C06 4.00 6.00 12.00 57.00 4 30.0 5.0 C •0.02-0.05
EC045A14-4C06 4.50 6.00 14.00 57.00 4 30.0 5.0 C •0.02-0.05
EC050A14-4C05 5.00 5.00 14.00 50.00 4 30.0 5.0 C • • 0.02-0.06
EC050A14-4C06 5.00 6.00 14.00 57.00 4 30.0 5.0 C •0.02-0.06
EC060A16-4C06 6.00 6.00 16.00 57.00 4 30.0 5.0 C ••• 0.03-0.07
EC060A16-4W06 6.00 6.00 16.00 57.00 4 30.0 5.0 W •0.03-0.07
EC070A20-4C07 7.00 7.00 20.00 60.00 4 30.0 5.0 C • • 0.03-0.08
EC075A20-4C08 7.50 8.00 20.00 63.00 4 30.0 5.0 C •0.03-0.08
EC080A20-4C08 8.00 8.00 20.00 63.00 4 30.0 5.0 C ••• 0.03-0.09
EC080A20-4W08 8.00 8.00 20.00 63.00 4 30.0 5.0 W •0.03-0.09
EC100A22-4C10 10.00 10.00 22.00 72.00 4 30.0 5.0 C ••• 0.03-0.10
EC100A22-4W10 10.00 10.00 22.00 72.00 4 30.0 5.0 W •0.03-0.10
EC120A25-4C12 12.00 12.00 25.00 83.00 4 30.0 5.0 C ••• 0.04-0.11
EC120A25-4W12 12.00 12.00 25.00 83.00 4 30.0 5.0 W •0.04-0.11
EC140A25-4C14 14.00 14.00 25.00 83.00 4 30.0 5.0 C • • 0.04-0.12
EC140A32-4C14 14.00 14.00 32.00 83.00 4 30.0 5.0 C •0.04-0.12
EC160A32-4C16 16.00 16.00 32.00 92.00 4 30.0 5.0 C ••• 0.05-0.13
EC160A32-4W16 16.00 16.00 32.00 92.00 4 30.0 5.0 W •0.05-0.13
EC160A40-4C16-92 16.00 16.00 40.00 92.00 4 30.0 5.0 C •0.05-0.13
EC180A32-4C18 18.00 18.00 32.00 92.00 4 30.0 5.0 C •0.05-0.13
EC200A38-4C20 20.00 20.00 38.00 104.00 4 30.0 5.0 C •0.05-0.13
EC200A38-4W20 20.00 20.00 38.00 104.00 4 30.0 5.0 W •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-A-4
4 Flute, 30° Helix Medium Length
Solid Carbide Endmills
117
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
ap
L
De8
r
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) r
IC900
fz
(mm/t)
EC020A10-4C05R0.4 2.00 5.00 10.00 50.00 4 30.0 5.0 C 0.40 •0.01-0.04
EC030A10-4C03R0.6 3.00 3.00 10.00 38.00 4 30.0 5.0 C 0.60 •0.01-0.04
EC030A10-4C03R0.8 3.00 3.00 10.00 38.00 4 30.0 5.0 C 0.80 •0.01-0.04
EC030A10-4C04R0.4 3.00 4.00 10.00 50.00 4 30.0 5.0 C 0.40 •0.01-0.04
EC035A12-4C04R0.4 3.50 4.00 12.00 50.00 4 30.0 5.0 C 0.40 •0.01-0.04
EC040A07-4C04R0.4 4.00 4.00 7.00 50.00 4 30.0 5.0 C 0.40 •0.02-0.05
EC040A10-4C04R1.0 4.00 4.00 10.00 50.00 4 30.0 5.0 C 1.00 •0.02-0.05
EC040A12-4C04R0.4 4.00 4.00 12.00 50.00 4 30.0 5.0 C 0.40 •0.02-0.05
EC040A12-4C04R0.8 4.00 4.00 12.00 50.00 4 30.0 5.0 C 0.80 •0.02-0.05
EC050A14-4C05R0.5 5.00 5.00 14.00 50.00 4 30.0 5.0 C 0.50 •0.02-0.06
EC050A20-4C05R0.8 5.00 5.00 20.00 50.00 4 30.0 5.0 C 0.80 •0.02-0.06
EC060A16-4C06R0.4 6.00 6.00 16.00 57.00 4 30.0 5.0 C 0.40 •0.03-0.07
EC060A16-4C06R0.8 6.00 6.00 16.00 57.00 4 30.0 5.0 C 0.80 •0.03-0.07
EC080A20-4C08R0.8 8.00 8.00 20.00 63.00 4 30.0 5.0 C 0.80 •0.03-0.09
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A-4R
4 Flute, 30° Helix Medium Length Solid
Carbide Endmills with Various Radii
dh6
Dh10
L
apHaº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A4 02-08C02E32 2.00 2.00 8.00 32.00 4 30.0 5.0 C • • 0.01-0.03
EC-A4 025-08C025E32 2.50 2.50 8.00 32.00 4 30.0 5.0 C • • 0.01-0.03
EC-A4 03-12C03E38 3.00 3.00 12.00 38.00 4 30.0 5.0 C • • 0.01-0.04
EC-A4 035-12C035E32 3.50 3.50 12.00 32.00 4 30.0 5.0 C •0.01-0.04
EC-A4 04-12C04E50 4.00 4.00 12.00 50.00 4 30.0 5.0 C • • 0.02-0.05
EC-A4 045-14C045E50 4.50 4.50 14.00 50.00 4 30.0 5.0 C •0.02-0.05
EC-A4 05-14C05E50 5.00 5.00 14.00 50.00 4 30.0 5.0 C • • 0.02-0.06
EC-A4 055-16C055E50 5.50 5.50 16.00 50.00 4 30.0 5.0 C • • 0.02-0.06
EC-A4 06-16C06E50 6.00 6.00 16.00 50.00 4 30.0 5.0 C • • 0.03-0.07
EC-A4 07-20C07E60 7.00 7.00 20.00 60.00 4 30.0 5.0 C • • 0.03-0.08
EC-A4 08-20C08E63 8.00 8.00 20.00 63.00 4 30.0 5.0 C • • 0.03-0.09
EC-A4 09-20C09E60 9.00 9.00 20.00 60.00 4 30.0 5.0 C • • 0.03-0.09
EC-A4 10-22C10E72 10.00 10.00 22.00 72.00 4 30.0 5.0 C • • 0.03-0.10
EC-A4 12-22C12E73 12.00 12.00 22.00 73.00 4 30.0 5.0 C • • 0.04-0.11
EC-A4 14-25C14E83 14.00 14.00 25.00 83.00 4 30.0 5.0 C • • 0.04-0.12
EC-A4 16-25C16E82 16.00 16.00 25.00 82.00 4 30.0 5.0 C • • 0.05-0.13
EC-A4 20-32C20E104 20.00 20.00 32.00 104.00 4 30.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A4 (economical-medium)
Economical Type 4 Flute, 30°
Helix, Center Cutting, Medium
Length Solid Carbide Endmills
ISCAR
118
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
Ch x 45°
Ha°
d
h4
De
8
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) Ch
IC300
IC900
fz
(mm/t)
ECC020B07-4C03 2.00 3.00 7.00 38.00 4 45.0 5.0 C 0.10 •0.01-0.03
ECC025A07-4C03 2.50 3.00 7.00 38.00 4 30.0 5.0 C 0.10 •0.01-0.03
ECC030A10-4C03 3.00 3.00 10.00 38.00 4 30.0 5.0 C 0.10 •0.01-0.04
ECC035A12-4C04 3.50 4.00 12.00 50.00 4 30.0 5.0 C 0.10 •0.01-0.04
ECC040A12-4C04 4.00 4.00 12.00 50.00 4 30.0 5.0 C 0.15 • • 0.02-0.05
ECC050A14-4C05 5.00 5.00 14.00 50.00 4 30.0 5.0 C 0.15 •0.02-0.06
ECC060A16-4C06 6.00 6.00 16.00 57.00 4 30.0 5.0 C 0.15 •0.03-0.07
ECC080A20-4C08 8.00 8.00 20.00 63.00 4 30.0 5.0 C 0.15 • • 0.03-0.09
ECC080A20-4W08 8.00 8.00 20.00 63.00 4 30.0 5.0 W 0.15 •0.03-0.09
ECC100A22-4C10 10.00 10.00 22.00 72.00 4 30.0 5.0 C 0.25 •0.03-0.10
ECC100A22-4W10 10.00 10.00 22.00 72.00 4 30.0 5.0 W 0.25 •0.03-0.10
ECC120A25-4C12 12.00 12.00 25.00 83.00 4 30.0 5.0 C 0.25 •0.04-0.11
ECC120A25-4W12 12.00 12.00 25.00 83.00 4 30.0 5.0 W 0.25 •0.04-0.11
ECC160A32-4C16 16.00 16.00 32.00 92.00 4 30.0 5.0 C 0.25 •0.05-0.13
ECC160A32-4W16 16.00 16.00 32.00 92.00 4 30.0 5.0 W 0.25 •0.05-0.13
ECC200A38 4W20 20.00 20.00 38.00 104.00 4 30.0 5.0 W 0.25 •0.05-0.13
ECC200A38-4C20 20.00 20.00 38.00 104.00 4 30.0 5.0 C 0.25 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECC-A-4
4 Flute, 30° Helix Medium
Length Solid Carbide Endmills
with Chamfered Corners
Dh10
L
ap
dh6
Haº
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
IC900
fz
(mm/t)
EC-A4 03-30C03E75 3.00 3.00 30.00 75.00 4 30.0 5.0 C • • 0.01-0.04
EC-A4 04-30C04E75 4.00 4.00 30.00 75.00 4 30.0 5.0 C • • 0.02-0.05
EC-A4 05-40C05E100 5.00 5.00 40.00 100.00 4 30.0 5.0 C • • 0.02-0.06
EC-A4 06-50C06E150 6.00 6.00 50.00 150.00 4 30.0 5.0 C • • 0.03-0.07
EC-A4 08-50C08E150 8.00 8.00 50.00 150.00 4 30.0 5.0 C • • 0.03-0.09
EC-A4 10-60C10E150 10.00 10.00 60.00 150.00 4 30.0 5.0 C • • 0.03-0.10
EC-A4 12-75C12E150 12.00 12.00 75.00 150.00 4 30.0 5.0 C • • 0.04-0.11
EC-A4 14-65C14E150 14.00 14.00 65.00 150.00 4 30.0 5.0 C • • 0.04-0.12
EC-A4 16-65C16E150 16.00 16.00 65.00 150.00 4 30.0 5.0 C • • 0.05-0.13
EC-A4 18-65C18E150 18.00 18.00 65.00 150.00 4 30.0 5.0 C • • 0.05-0.13
EC-A4 20-65C20E150 20.00 20.00 65.00 150.00 4 30.0 5.0 C • • 0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A4(economical-
extra long)
Economical Type 4 Flute, 30°
Helix, Center Cutting, Extra
Long Solid Carbide Endmills
119
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
15°
D2
L
ap
H
Haº
r
dh
6
De
8
HARD MATERIALS
Rd°
EC-A2-R (rib processing)
2 Flute, 30° Helix and Corner
Radii Solid Carbide Endmills
for Rib Processing on Hard
Materials up to 65 HRC
Dimensions
Designation D d apr H L D2Flute Ha° Shank
IC702
EC-A2 005-007/1.5C4R05H45 0.50 4.00 0.70 0.05 1.50 45.00 0.45 2 30.0 C •
EC-A2 005-007/2.5C4R05H45 0.50 4.00 0.70 0.05 2.50 45.00 0.45 2 30.0 C •
EC-A2 005-007/4C4R05H45 0.50 4.00 0.70 0.05 4.00 45.00 0.45 2 30.0 C •
EC-A2 006-009/2C4R.1H45 0.60 4.00 0.90 0.10 2.00 45.00 0.55 2 30.0 C •
EC-A2 006-009/2C4R05H45 0.60 4.00 0.90 0.05 2.00 45.00 0.55 2 30.0 C •
EC-A2 006-009/3C4R05H45 0.60 4.00 0.90 0.05 3.00 45.00 0.55 2 30.0 C •
EC-A2 006-009/4C4R05H45 0.60 4.00 0.90 0.05 4.00 45.00 0.55 2 30.0 C •
EC-A2 007-010/4C4R.1H45 0.70 4.00 1.00 0.10 4.00 45.00 0.65 2 30.0 C •
EC-A2 008-012/2C4R.1H45 0.80 4.00 1.20 0.10 2.00 45.00 0.75 2 30.0 C •
EC-A2 008-012/4C4R.1H45 0.80 4.00 1.20 0.10 4.00 45.00 0.75 2 30.0 C •
EC-A2 008-012/6C4R.1H45 0.80 4.00 1.20 0.10 6.00 45.00 0.75 2 30.0 C •
EC-A2 010-015/4C6R.1H50 1.00 6.00 1.50 0.10 4.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/4C6R.2H50 1.00 6.00 1.50 0.20 4.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/4C6R.3H50 1.00 6.00 1.50 0.30 4.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/6C6R.1H50 1.00 6.00 1.50 0.10 6.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/6C6R.2H50 1.00 6.00 1.50 0.20 6.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/6C6R.3H50 1.00 6.00 1.50 0.30 6.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/8C6R.2H50 1.00 6.00 1.50 0.20 8.00 50.00 0.95 2 30.0 C •
EC-A2 010-015/8C6R.3H50 1.00 6.00 1.50 0.30 8.00 50.00 0.95 2 30.0 C •
EC-A2 015-025/10C6R.2H50 1.50 6.00 2.50 0.20 10.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/12C6R.2H50 1.50 6.00 2.50 0.20 12.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/4C6R.2H50 1.50 6.00 2.50 0.20 4.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/4C6R.3H50 1.50 6.00 2.50 0.30 4.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/6C6R.2H50 1.50 6.00 2.50 0.20 6.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/6C6R.3H50 1.50 6.00 2.50 0.30 6.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/8C6R.2H50 1.50 6.00 2.50 0.20 8.00 50.00 1.45 2 30.0 C •
EC-A2 015-025/8C6R.3H50 1.50 6.00 2.50 0.30 8.00 50.00 1.45 2 30.0 C •
EC-A2 020-030/10C6R.2H55 2.00 6.00 3.00 0.20 10.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/10C6R.3H55 2.00 6.00 3.00 0.30 10.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/10C6R.5H55 2.00 6.00 3.00 0.50 10.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/12C6R.2H55 2.00 6.00 3.00 0.20 12.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/12C6R.3H55 2.00 6.00 3.00 0.30 12.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/12C6R.5H55 2.00 6.00 3.00 0.50 12.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/16C6R.3H55 2.00 6.00 3.00 0.30 16.00 55.00 1.95 2 30.0 C •
EC-A2 020-030/6C6R.2H50 2.00 6.00 3.00 0.20 6.00 50.00 1.95 2 30.0 C •
EC-A2 020-030/6C6R.3H50 2.00 6.00 3.00 0.30 6.00 50.00 1.95 2 30.0 C •
EC-A2 020-030/6C6R.5H50 2.00 6.00 3.00 0.50 6.00 50.00 1.95 2 30.0 C •
EC-A2 020-030/8C6R.2H50 2.00 6.00 3.00 0.20 8.00 50.00 1.95 2 30.0 C •
EC-A2 020-030/8C6R.3H50 2.00 6.00 3.00 0.30 8.00 50.00 1.95 2 30.0 C •
EC-A2 030-040/10C6R.2H55 3.00 6.00 4.00 0.20 10.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/10C6R.3H55 3.00 6.00 4.00 0.30 10.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/10C6R.5H55 3.00 6.00 4.00 0.50 10.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/12C6R.2H55 3.00 6.00 4.00 0.20 12.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/12C6R.3H55 3.00 6.00 4.00 0.30 12.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/12C6R.5H55 3.00 6.00 4.00 0.50 12.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/16C6R.2H55 3.00 6.00 4.00 0.20 16.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/16C6R.3H55 3.00 6.00 4.00 0.30 16.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/16C6R.5H55 3.00 6.00 4.00 0.50 16.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/20C6R.5H55 3.00 6.00 4.00 0.50 20.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/8C6R.2H55 3.00 6.00 4.00 0.20 8.00 55.00 2.85 2 30.0 C •
EC-A2 030-040/8C6R.3H55 3.00 6.00 4.00 0.30 8.00 55.00 2.85 2 30.0 C •
EC-A2 040-050/10C6R.3H55 4.00 6.00 5.00 0.30 10.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/12C6R.2H55 4.00 6.00 5.00 0.20 12.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/12C6R.3H55 4.00 6.00 5.00 0.30 12.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/12C6R.5H55 4.00 6.00 5.00 0.50 12.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/12C6R1.H55 4.00 6.00 5.00 1.00 12.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/16C6R.2H55 4.00 6.00 5.00 0.20 16.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/16C6R.3H55 4.00 6.00 5.00 0.30 16.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/16C6R.5H55 4.00 6.00 5.00 0.50 16.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/16C6R1.H55 4.00 6.00 5.00 1.00 16.00 55.00 3.85 2 30.0 C •
• For user guide, see pages 147-254
ISCAR
120
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
15°
D2
L
ap
H
Haº
r
dh
6
De
8
HARD MATERIALS
Rd°
EC-A2-R (rib processing)
(continued)
2 Flute, 30° Helix and Corner
Radii Solid Carbide Endmills
for Rib Processing on Hard
Materials up to 65 HRC
• For user guide, see pages 147-254
Dimensions
Designation D d apr H L D2Flute Ha° Shank
IC702
EC-A2 040-050/20C6R.2H55 4.00 6.00 5.00 0.20 20.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/20C6R.3H55 4.00 6.00 5.00 0.30 20.00 55.00 3.85 2 30.0 C •
EC-A2 040-050/20C6R.5H55 4.00 6.00 5.00 0.50 20.00 55.00 3.85 2 30.0 C •
EC-A2 060-070/20C6R.3H60 6.00 6.00 7.00 0.30 20.00 60.00 5.85 2 30.0 C •
EC-A2 060-070/20C6R.5H60 6.00 6.00 7.00 0.50 20.00 60.00 5.85 2 30.0 C •
EC-A2 060-070/20C6R1.H60 6.00 6.00 7.00 1.00 20.00 60.00 5.85 2 30.0 C •
EC-A2 060-070/20C6R1.5H60 6.00 6.00 7.00 1.50 20.00 60.00 5.85 2 30.0 C •
EC-A2 060-070/20C6R2.H60 6.00 6.00 7.00 2.00 20.00 60.00 5.85 2 30.0 C •
EC-A2 080-090/25C8R.3H60 8.00 8.00 9.00 0.30 25.00 60.00 7.70 2 30.0 C •
EC-A2 080-090/25C8R.5H60 8.00 8.00 9.00 0.50 25.00 60.00 7.70 2 30.0 C •
EC-A2 080-090/25C8R1.H60 8.00 8.00 9.00 1.00 25.00 60.00 7.70 2 30.0 C •
EC-A2 080-090/25C8R1.5H60 8.00 8.00 9.00 1.50 25.00 60.00 7.70 2 30.0 C •
EC-A2 080-090/25C8R2.H60 8.00 8.00 9.00 2.00 25.00 60.00 7.70 2 30.0 C •
EC-A2 100-090/32C10R.3H70 10.00 10.00 9.00 0.30 32.00 70.00 9.70 2 30.0 C •
EC-A2 100-11/32C10R1.5H70 10.00 10.00 11.00 1.50 32.00 70.00 9.70 2 30.0 C •
EC-A2 100-110/32C10R.5H70 10.00 10.00 11.00 0.50 32.00 70.00 9.70 2 30.0 C •
EC-A2 100-110/32C10R1.H70 10.00 10.00 11.00 1.00 32.00 70.00 9.70 2 30.0 C •
EC-A2 100-110/32C10R2.H70 10.00 10.00 11.00 2.00 32.00 70.00 9.70 2 30.0 C •
EC-A2 120-12/38C12R1.5H80 12.00 12.00 12.00 1.50 38.00 80.00 11.70 2 30.0 C •
EC-A2 120-120/38C12R.5H80 12.00 12.00 12.00 0.50 38.00 80.00 11.70 2 30.0 C •
EC-A2 120-120/38C12R1.H80 12.00 12.00 12.00 1.00 38.00 80.00 11.70 2 30.0 C •
EC-A2 120-120/38C12R2H80 12.00 12.00 12.00 2.00 38.00 80.00 11.70 2 30.0 C •
121
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
15°
D2
L
ap
H
Haº
dh
6
De
8
Rd°
Dimensions
Designation D d apH L D2Flute Ha° Rd° Shank
IC702
EC-A2 004-006/02C4H45 0.40 4.00 0.60 2.00 45.00 0.37 2 30.0 3.0 C •
EC-A2 005-007/02C4H45 0.50 4.00 0.60 2.00 45.00 0.45 2 30.0 3.0 C •
EC-A2 005-007/04C4H45 0.50 4.00 0.70 4.00 45.00 0.45 2 30.0 3.0 C •
EC-A2 005-007/06C4H45 0.50 4.00 0.70 6.00 45.00 0.45 2 30.0 3.0 C •
EC-A2 006-009/02C4H45 0.60 4.00 0.90 2.00 45.00 0.55 2 30.0 3.0 C •
EC-A2 008-012/04C4H45 0.80 4.00 1.20 4.00 45.00 0.75 2 30.0 3.0 C •
EC-A2 008-012/06C4H45 0.80 4.00 1.20 6.00 45.00 0.75 2 30.0 3.0 C •
EC-A2 010-015/04C4H45 1.00 4.00 1.50 4.00 45.00 0.97 2 30.0 3.0 C •
EC-A2 010-015/06C4H45 1.00 4.00 1.50 6.00 45.00 0.97 2 30.0 3.0 C •
EC-A2 010-015/08C4H45 1.00 4.00 1.50 8.00 45.00 0.95 2 30.0 3.0 C •
EC-A2 010-015/10C4H45 1.00 4.00 1.50 10.00 45.00 0.95 2 30.0 3.0 C •
EC-A2 010-015/12C4H45 1.00 4.00 1.50 12.00 45.00 0.93 2 30.0 3.0 C •
EC-A2 010-015/20C4H55 1.00 4.00 1.50 20.00 55.00 0.93 2 30.0 3.0 C •
EC-A2 012-018/06C4H45 1.20 4.00 1.80 6.00 45.00 1.17 2 30.0 3.0 C •
EC-A2 015-023/06C4H45 1.50 4.00 2.30 6.00 45.00 1.47 2 30.0 3.0 C •
EC-A2 015-023/08C4H45 1.50 4.00 2.30 8.00 45.00 1.45 2 30.0 3.0 C •
EC-A2 015-023/10C4H45 1.50 4.00 2.30 10.00 45.00 1.45 2 30.0 3.0 C •
EC-A2 015-023/12C4H45 1.50 4.00 2.30 12.00 45.00 1.41 2 30.0 3.0 C •
EC-A2 015-023/16C4H50 1.50 4.00 2.30 16.00 50.00 1.41 2 30.0 3.0 C •
EC-A2 015-023/20C4H55 1.50 4.00 2.30 20.00 55.00 1.41 2 30.0 3.0 C •
EC-A2 020-030/06C4H45 2.00 4.00 3.00 6.00 45.00 1.97 2 30.0 3.0 C •
EC-A2 020-030/08C4H45 2.00 4.00 3.00 8.00 45.00 1.95 2 30.0 3.0 C •
EC-A2 020-030/10C4H45 2.00 4.00 3.00 10.00 45.00 1.95 2 30.0 3.0 C •
EC-A2 020-030/12C4H45 2.00 4.00 3.00 12.00 45.00 1.93 2 30.0 3.0 C •
EC-A2 020-030/14C4H50 2.00 4.00 3.00 14.00 50.00 1.93 2 30.0 3.0 C •
EC-A2 020-030/16C4H50 2.00 4.00 3.00 16.00 50.00 1.91 2 30.0 3.0 C •
EC-A2 020-030/20C4H55 2.00 4.00 3.00 20.00 55.00 1.89 2 30.0 3.0 C •
EC-A2 020-030/25C4H60 2.00 4.00 3.00 25.00 60.00 1.89 2 30.0 3.0 C •
EC-A2 020-030/30C4H70 2.00 4.00 3.00 30.00 70.00 1.89 2 30.0 3.0 C •
EC-A2 030-045/12C6H45 3.00 6.00 4.50 12.00 45.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/16C6H55 3.00 6.00 4.50 16.00 55.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/20C6H60 3.00 6.00 4.50 20.00 60.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/25C6H65 3.00 6.00 4.50 25.00 65.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/30C6H70 3.00 6.00 4.50 30.00 70.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/35C6H80 3.00 6.00 4.50 35.00 80.00 2.85 2 30.0 3.0 C •
EC-A2 030-045/40C6H90 3.00 6.00 4.50 40.00 90.00 2.85 2 30.0 3.0 C •
EC-A2 040-060/12C6H50 4.00 6.00 6.00 12.00 50.00 3.80 2 30.0 3.0 C •
EC-A2 040-060/16C6H60 4.00 6.00 6.00 16.00 60.00 3.80 2 30.0 3.0 C •
EC-A2 040-060/20C6H60 4.00 6.00 6.00 20.00 60.00 3.80 2 30.0 3.0 C •
EC-A2 040-060/25C6H70 4.00 6.00 6.00 25.00 70.00 3.80 2 30.0 3.0 C •
EC-A2 040-060/30C6H70 4.00 6.00 6.00 30.00 70.00 3.80 2 30.0 3.0 C •
• For user guide, see pages 147-254
EC-A2-H (rib processing)
2 Flute, 30° Helix Solid Carbide
Endmills for Rib Processing on
Hard Materials up to 65 HRC
ISCAR
122
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
15°
D2
L
ap
H
Haº
dh
6
De
8
HARD MATERIALS
Rd°
EC-A2-M (rib processing)
2 Flute, 30° Helix Solid Carbide
Endmills for Rib Processing on
Hard Materials up to 55 HRC
• For user guide, see pages 147-254
(1) C-Cylindrical
Dimensions Recommended
Machining Data
Designation D d apH L D2Flute Ha° Rd° Shank(1)
IC903
fz
(mm/t)
EC-A2 004-006/02C4M45 0.40 4.00 0.60 2.00 45.00 0.37 2 30.0 3.0 C •0.01-0.01
EC-A2 004-006/03C4M45 0.40 4.00 0.60 3.00 45.00 0.37 2 30.0 3.0 C •0.01-0.01
EC-A2 004-006/04C4M45 0.40 4.00 0.60 4.00 45.00 0.37 2 30.0 3.0 C •0.01-0.01
EC-A2 004-006/05C4M45 0.40 4.00 0.60 5.00 45.00 0.37 2 30.0 3.0 C •0.01-0.01
EC-A2 005-007/02C4M45 0.50 4.00 0.70 2.00 45.00 0.45 2 30.0 3.0 C •0.01-0.01
EC-A2 005-007/04C4M45 0.50 4.00 0.70 4.00 45.00 0.45 2 30.0 3.0 C •0.01-0.01
EC-A2 005-007/06C4M45 0.50 4.00 0.70 6.00 45.00 0.45 2 30.0 3.0 C •0.01-0.01
EC-A2 005-007/08C4M45 0.50 4.00 0.70 8.00 45.00 0.45 2 30.0 3.0 C •0.01-0.01
EC-A2 006-009/02C4M45 0.60 4.00 0.90 2.00 45.00 0.55 2 30.0 3.0 C •0.01-0.02
EC-A2 006-009/04C4M45 0.60 4.00 0.90 4.00 45.00 0.55 2 30.0 3.0 C •0.01-0.02
EC-A2 006-009/06C4M45 0.60 4.00 0.90 6.00 45.00 0.55 2 30.0 3.0 C •0.01-0.02
EC-A2 006-009/08C4M45 0.60 4.00 0.90 8.00 45.00 0.55 2 30.0 3.0 C •0.01-0.02
EC-A2 006-009/10C4M45 0.60 4.00 0.90 10.00 45.00 0.55 2 30.0 3.0 C •0.01-0.02
EC-A2 007-010/02C4M45 0.70 4.00 1.00 2.00 45.00 0.65 2 30.0 3.0 C •0.01-0.03
EC-A2 007-010/08C4M45 0.70 4.00 1.00 8.00 45.00 0.65 2 30.0 3.0 C •0.01-0.03
EC-A2 008-012/04C4M45 0.80 4.00 1.20 4.00 45.00 0.75 2 30.0 3.0 C •0.01-0.03
EC-A2 008-012/06C4M45 0.80 4.00 1.20 6.00 45.00 0.75 2 30.0 3.0 C •0.01-0.03
EC-A2 008-012/08C4M45 0.80 4.00 1.20 8.00 45.00 0.75 2 30.0 3.0 C •0.01-0.03
EC-A2 008-012/10C4M45 0.80 4.00 1.20 10.00 45.00 0.75 2 30.0 3.0 C •0.01-0.03
EC-A2 009-0135/06C4M45 0.90 4.00 1.35 6.00 45.00 0.85 2 30.0 3.0 C •0.01-0.03
EC-A2 009-0135/10C4M45 0.90 4.00 1.35 10.00 45.00 0.85 2 30.0 3.0 C •0.01-0.03
EC-A2 009-0135/15C4M50 0.90 4.00 1.35 15.00 50.00 0.85 2 30.0 3.0 C •0.01-0.03
EC-A2 010-015/04C4M45 1.00 4.00 1.50 4.00 45.00 0.97 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/06C4M45 1.00 4.00 1.50 6.00 45.00 0.97 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/08C4M45 1.00 4.00 1.50 8.00 45.00 0.95 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/10C4M45 1.00 4.00 1.50 10.00 45.00 0.95 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/12C4M45 1.00 4.00 1.50 12.00 45.00 0.93 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/16C4M50 1.00 4.00 1.50 16.00 50.00 0.93 2 30.0 3.0 C •0.01-0.01
EC-A2 010-015/20C4M55 1.00 4.00 1.50 20.00 55.00 0.93 2 30.0 3.0 C •0.01-0.01
EC-A2 012-018/06C4M45 1.20 4.00 1.80 6.00 45.00 1.17 2 30.0 3.0 C •0.01-0.01
EC-A2 012-018/08C4M45 1.20 4.00 1.80 8.00 45.00 1.15 2 30.0 3.0 C •0.01-0.01
EC-A2 012-018/10C4M45 1.20 4.00 1.80 10.00 45.00 1.15 2 30.0 3.0 C •0.01-0.01
EC-A2 012-018/16C4M50 1.20 4.00 1.80 16.00 50.00 1.13 2 30.0 3.0 C •0.01-0.01
EC-A2 014-021/06C4M45 1.40 4.00 2.10 6.00 45.00 1.35 2 30.0 3.0 C •0.01-0.01
EC-A2 014-021/08C4M45 1.40 4.00 2.10 8.00 45.00 1.35 2 30.0 3.0 C •0.01-0.01
EC-A2 014-021/10C4M45 1.40 4.00 2.10 10.00 45.00 1.35 2 30.0 3.0 C •0.01-0.01
EC-A2 015-023/06C4M45 1.50 4.00 2.30 6.00 45.00 1.47 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/08C4M45 1.50 4.00 2.30 8.00 45.00 1.45 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/10C4M45 1.50 4.00 2.30 10.00 45.00 1.45 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/12C4M45 1.50 4.00 2.30 12.00 45.00 1.41 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/14C4M50 1.50 4.00 2.30 14.00 50.00 1.41 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/16C4M50 1.50 4.00 2.30 16.00 50.00 1.41 2 30.0 3.0 C •0.01-0.02
EC-A2 015-023/20C4M55 1.50 4.00 2.30 20.00 55.00 1.41 2 30.0 3.0 C •0.01-0.02
EC-A2 016-024/06C4M45 1.60 4.00 2.40 6.00 45.00 1.57 2 30.0 3.0 C •0.01-0.02
EC-A2 016-024/08C4M45 1.60 4.00 2.40 8.00 45.00 1.55 2 30.0 3.0 C •0.01-0.02
EC-A2 016-024/10C4M45 1.60 4.00 2.40 10.00 45.00 1.55 2 30.0 3.0 C •0.01-0.02
EC-A2 016-024/18C4M55 1.60 4.00 2.40 18.00 55.00 1.53 2 30.0 3.0 C •0.01-0.02
EC-A2 016-024/26C4M60 1.60 4.00 2.40 26.00 60.00 1.53 2 30.0 3.0 C •0.01-0.02
EC-A2 018-027/06C4M45 1.80 4.00 2.70 6.00 45.00 1.77 2 30.0 3.0 C •0.01-0.03
EC-A2 018-027/08C4M45 1.80 4.00 2.70 8.00 45.00 1.75 2 30.0 3.0 C •0.01-0.03
EC-A2 018-027/10C4M45 1.80 4.00 2.70 10.00 45.00 1.75 2 30.0 3.0 C •0.01-0.03
EC-A2 018-027/12C4M45 1.80 4.00 2.70 12.00 45.00 1.73 2 30.0 3.0 C •0.01-0.03
EC-A2 018-027/14C4M50 1.80 4.00 2.70 14.00 50.00 1.73 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/06C4M45 2.00 4.00 3.00 6.00 45.00 1.97 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/08C4M45 2.00 4.00 3.00 8.00 45.00 1.95 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/10C4M45 2.00 4.00 3.00 10.00 45.00 1.95 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/12C4M45 2.00 4.00 3.00 12.00 45.00 1.93 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/14C4M50 2.00 4.00 3.00 14.00 50.00 1.93 2 30.0 3.0 C •0.01-0.03
123
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
15°
D2
L
ap
H
Haº
dh
6
De
8
HARD MATERIALS
Rd°
EC-A2-M (rib processing)
(continued)
2 Flute, 30° Helix Solid Carbide
Endmills for Rib Processing on
Hard Materials up to 55 HRC
• For user guide, see pages 147-254
(1) C-Cylindrical
Dimensions Recommended
Machining Data
Designation D d apH L D2Flute Ha° Rd° Shank(1)
IC903
fz
(mm/t)
EC-A2 020-030/16C4M50 2.00 4.00 3.00 16.00 50.00 1.91 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/18C4M55 2.00 4.00 3.00 18.00 55.00 1.91 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/20C4M55 2.00 4.00 3.00 20.00 55.00 1.89 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/25C4M60 2.00 4.00 3.00 25.00 60.00 1.89 2 30.0 3.0 C •0.01-0.03
EC-A2 020-030/30C4M70 2.00 4.00 3.00 30.00 70.00 1.89 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/08C4M45 2.50 4.00 3.70 8.00 45.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/10C4M45 2.50 4.00 3.70 10.00 45.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/12C4M45 2.50 4.00 3.70 12.00 45.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/14C4M50 2.50 4.00 3.70 14.00 50.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/16C4M55 2.50 4.00 3.70 16.00 55.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/18C4M55 2.50 4.00 3.70 18.00 55.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/20C4M60 2.50 4.00 3.70 20.00 60.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/25C4M70 2.50 4.00 3.70 25.00 70.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 025-037/30C4M80 2.50 4.00 3.70 30.00 80.00 2.40 2 30.0 3.0 C •0.01-0.03
EC-A2 030-045/08C6M45 3.00 6.00 4.50 8.00 45.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/10C6M45 3.00 6.00 4.50 10.00 45.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/12C6M45 3.00 6.00 4.50 12.00 45.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/14C6M50 3.00 6.00 4.50 14.00 50.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/16C6M55 3.00 6.00 4.50 16.00 55.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/18C6M55 3.00 6.00 4.50 18.00 55.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/20C6M60 3.00 6.00 4.50 20.00 60.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/25C6M65 3.00 6.00 4.50 25.00 65.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/30C6M70 3.00 6.00 4.50 30.00 70.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/35C6M80 3.00 6.00 4.50 35.00 80.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 030-045/40C6M90 3.00 6.00 4.50 40.00 90.00 2.85 2 30.0 3.0 C •0.01-0.04
EC-A2 040-060/12C6M50 4.00 6.00 6.00 12.00 50.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/16C6M60 4.00 6.00 6.00 16.00 60.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/20C6M60 4.00 6.00 6.00 20.00 60.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/25C6M70 4.00 6.00 6.00 25.00 70.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/30C6M70 4.00 6.00 6.00 30.00 70.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/35C6M80 4.00 6.00 6.00 35.00 80.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/40C6M90 4.00 6.00 6.00 40.00 90.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/45C6M90 4.00 6.00 6.00 45.00 90.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 040-060/50C6M100 4.00 6.00 6.00 50.00 100.00 3.80 2 30.0 3.0 C •0.02-0.05
EC-A2 050-075/16C6M60 5.00 6.00 7.50 16.00 60.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/20C6M60 5.00 6.00 7.50 20.00 60.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/25C6M70 5.00 6.00 7.50 25.00 70.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/30C6M80 5.00 6.00 7.50 30.00 80.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/35C6M80 5.00 6.00 7.50 35.00 80.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/40C6M80 5.00 6.00 7.50 40.00 80.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 050-075/50C6M110 5.00 6.00 7.50 50.00 110.00 4.80 2 30.0 3.0 C •0.02-0.06
EC-A2 060-090/20C6M80 6.00 6.00 9.00 20.00 80.00 5.70 2 30.0 3.0 C •0.02-0.06
EC-A2 060-090/30C6M90 6.00 6.00 9.00 30.00 90.00 5.70 2 30.0 3.0 C •0.02-0.06
EC-A2 060-090/40C6M100 6.00 6.00 9.00 40.00 100.00 5.60 2 30.0 3.0 C •0.02-0.06
EC-A2 060-090/50C6M110 6.00 6.00 9.00 50.00 110.00 5.60 2 30.0 3.0 C •0.02-0.06
ISCAR
124
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
apHaº
dh
6
De
8
HARD MATERIALS
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC903
fz
(mm/t)
EC-A2 010-025C06-40 1.00 6.00 2.50 40.00 2 30.0 5.0 C •0.00-0.01
EC-A2 015-040C06-40 1.50 6.00 4.00 40.00 2 30.0 5.0 C •0.00-0.02
EC-A2 020-060C06-40 2.00 6.00 6.00 40.00 2 30.0 5.0 C •0.01-0.03
EC-A2 025-080C06-40 2.50 6.00 8.00 40.00 2 30.0 5.0 C •0.01-0.03
EC-A2 030-080C06-45 3.00 6.00 8.00 45.00 2 30.0 5.0 C •0.01-0.04
EC-A2 035-10C06M45 3.50 6.00 10.00 45.00 2 30.0 5.0 C •0.01-0.04
EC-A2 040-11C06-45 4.00 6.00 11.00 45.00 2 30.0 5.0 C •0.02-0.05
EC-A2 045-11C06-45 4.50 6.00 11.00 45.00 2 30.0 5.0 C •0.02-0.05
EC-A2 050-13C06-50 5.00 6.00 13.00 50.00 2 30.0 5.0 C •0.02-0.06
EC-A2 055-13C06-50 5.50 6.00 13.00 50.00 2 30.0 5.0 C •0.02-0.06
EC-A2 060-13C06-50 6.00 6.00 13.00 50.00 2 30.0 5.0 C •0.03-0.07
EC-A2 065-16C08-60 6.50 8.00 16.00 60.00 2 30.0 5.0 C •0.03-0.07
EC-A2 070-16C08-60 7.00 8.00 16.00 60.00 2 30.0 5.0 C •0.03-0.08
EC-A2 075-16C08-60 7.50 8.00 16.00 60.00 2 30.0 5.0 C •0.03-0.08
EC-A2 080-19C08-60 8.00 8.00 19.00 60.00 2 30.0 5.0 C •0.03-0.09
EC-A2 085-19C10-70 8.50 10.00 19.00 70.00 2 30.0 5.0 C •0.03-0.09
EC-A2 090-19C10-70 9.00 10.00 19.00 70.00 2 30.0 5.0 C •0.03-0.09
EC-A2 095-19C10-70 9.50 10.00 19.00 70.00 2 30.0 5.0 C •0.03-0.09
EC-A2 100-22C10-70 10.00 10.00 22.00 70.00 2 30.0 5.0 C •0.03-0.10
EC-A2 105-22C12-75 10.50 12.00 22.00 75.00 2 30.0 5.0 C •0.03-0.10
EC-A2 110-22C12-75 11.00 12.00 22.00 75.00 2 30.0 5.0 C •0.03-0.10
EC-A2 115-22C12-75 11.50 12.00 22.00 75.00 2 30.0 5.0 C •0.03-0.10
EC-A2 120-26C12-75 12.00 12.00 26.00 75.00 2 30.0 5.0 C •0.04-0.11
EC-A2 130-26C12-85 13.00 12.00 26.00 85.00 2 30.0 5.0 C •0.04-0.11
EC-A2 140-26C14-85 14.00 14.00 26.00 85.00 2 30.0 5.0 C •0.04-0.12
EC-A2 150-26C16-90 15.00 16.00 26.00 90.00 2 30.0 5.0 C •0.04-0.12
EC-A2 160-32C16-100 16.00 16.00 32.00 100.00 2 30.0 5.0 C •0.05-0.13
EC-A2 170-32C16-100 17.00 16.00 32.00 100.00 2 30.0 5.0 C •0.05-0.13
EC-A2 180-32C18-100 18.00 18.00 32.00 100.00 2 30.0 5.0 C •0.05-0.13
EC-A2 190-32C20-100 19.00 20.00 32.00 100.00 2 30.0 5.0 C •0.05-0.13
EC-A2 200-38C20-105 20.00 20.00 38.00 105.00 2 30.0 5.0 C •0.05-0.13
EC-A2 220-38C20-105 22.00 20.00 38.00 105.00 2 30.0 5.0 C •0.05-0.13
EC-A2 250-45C25-120 25.00 25.00 45.00 120.00 2 30.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A2 (medium length)
2 Flute, 30° Helix Medium Length
Solid Carbide Endmills for Hard
Materials up to 65 HRC
125
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
apHaº
dh
6
De
8
HARD MATERIALS
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC903
fz
(mm/t)
EC-A4 020-060C06-50 2.00 6.00 6.00 50.00 4 30.0 5.0 C •0.01-0.03
EC-A4 025-080C06-50 2.50 6.00 8.00 50.00 4 30.0 5.0 C •0.01-0.03
EC-A4 030-080C06-50 3.00 6.00 8.00 50.00 4 30.0 5.0 C •0.01-0.04
EC-A4 035-10C06-50 3.50 6.00 10.00 50.00 4 30.0 5.0 C •0.01-0.04
EC-A4 040-11C06-50 4.00 6.00 11.00 50.00 4 30.0 5.0 C •0.02-0.05
EC-A4 045-11C06-50 4.50 6.00 11.00 50.00 4 30.0 5.0 C •0.02-0.05
EC-A4 050-13C06-50 5.00 6.00 13.00 50.00 4 30.0 5.0 C •0.02-0.06
EC-A4 055-13C06-50 5.50 6.00 13.00 50.00 4 30.0 5.0 C •0.02-0.06
EC-A4 060-13C06-50 6.00 6.00 13.00 50.00 4 30.0 5.0 C •0.03-0.07
EC-A4 065-16C08-63 6.50 8.00 16.00 63.00 4 30.0 5.0 C •0.03-0.07
EC-A4 070-16C08-63 7.00 8.00 16.00 63.00 4 30.0 5.0 C •0.03-0.08
EC-A4 075-16C08-63 7.50 8.00 16.00 63.00 4 30.0 5.0 C •0.03-0.08
EC-A4 080-19C08-63 8.00 8.00 19.00 63.00 4 30.0 5.0 C •0.03-0.09
EC-A4 085-19C10-72 8.50 10.00 19.00 72.00 4 30.0 5.0 C •0.03-0.09
EC-A4 090-19C10-72 9.00 10.00 19.00 72.00 4 30.0 5.0 C •0.03-0.09
EC-A4 095-19C10-70 9.50 10.00 19.00 70.00 4 30.0 5.0 C •0.03-0.09
EC-A4 100-22C10-72 10.00 10.00 22.00 72.00 4 30.0 5.0 C •0.03-0.10
EC-A4 105-22C12-75 10.50 12.00 22.00 75.00 4 30.0 5.0 C •0.03-0.10
EC-A4 110-22C12-75 11.00 12.00 22.00 75.00 4 30.0 5.0 C •0.03-0.10
EC-A4 115-22C12-75 11.50 12.00 22.00 75.00 4 30.0 5.0 C •0.03-0.10
EC-A4 120-26C12-73 12.00 12.00 26.00 73.00 4 30.0 5.0 C •0.04-0.11
EC-A4 130-26C12-85 13.00 12.00 26.00 85.00 4 30.0 5.0 C •0.04-0.11
EC-A4 140-26C12-85 14.00 12.00 26.00 85.00 4 30.0 5.0 C •0.04-0.12
EC-A4 140-26C14-83 14.00 14.00 26.00 83.00 4 30.0 5.0 C •0.04-0.12
EC-A4 140-26C16-85 14.00 16.00 26.00 85.00 4 30.0 5.0 C •0.04-0.12
EC-A4 150-26C16-92 15.00 16.00 26.00 92.00 4 30.0 5.0 C •0.04-0.12
EC-A4 160-32C16-92 16.00 16.00 32.00 92.00 4 30.0 5.0 C •0.05-0.13
EC-A4 170-32C16-100 17.00 16.00 32.00 100.00 4 30.0 5.0 C •0.05-0.13
EC-A4 180-32C18-100 18.00 18.00 32.00 100.00 4 30.0 5.0 C •0.05-0.13
EC-A4 190-32C20-100 19.00 20.00 32.00 100.00 4 30.0 5.0 C •0.05-0.13
EC-A4 200-38C20-104 20.00 20.00 38.00 104.00 4 30.0 5.0 C •0.05-0.13
EC-A4 220-38C20-105 22.00 20.00 38.00 105.00 4 30.0 5.0 C •0.05-0.13
EC-A4 240-45C25-120 24.00 25.00 45.00 120.00 4 30.0 5.0 C •0.05-0.13
EC-A4 250-45C25-120 25.00 25.00 45.00 120.00 4 30.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-A4
4 Flute, 30° Helix Medium Length
Solid Carbide Endmills for Hard
Materials up to 65 HRC
ISCAR
126
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
ap
H
D2
r
Haº
dh
6
De
8
HARD MATERIALS
Rd°
Dimensions Recommended
Machining Data
Designation D d r apH D2L Flute Ha° Rd° Shank(1)
IC903
fz
(mm/t)
EC-B4 10-15C08R.5M130 10.00 8.00 0.50 15.00 19.20 7.50 130.00 4 45.0 5.0 C •0.03-0.10
EC-B4 10-15C08R1M130 10.00 8.00 1.00 15.00 19.20 7.50 130.00 4 45.0 5.0 C •0.03-0.10
EC-B4 12-18C10R.5M150 12.00 10.00 0.50 18.00 22.20 9.50 150.00 4 45.0 5.0 C •0.04-0.11
EC-B4 12-18C10R1M150 12.00 10.00 1.00 18.00 22.20 9.50 150.00 4 45.0 5.0 C •0.04-0.11
EC-B4 14-21C12R.5M160 14.00 12.00 0.50 21.00 25.20 11.50 160.00 4 45.0 5.0 C •0.04-0.12
EC-B4 14-21C12R1M160 14.00 12.00 1.00 21.00 25.20 11.50 160.00 4 45.0 5.0 C •0.04-0.12
EC-B4 18-27C16R0.5M180 18.00 16.00 0.50 27.00 31.20 15.50 180.00 4 45.0 5.0 C •0.05-0.13
EC-B4 18-27C16R1M180 18.00 16.00 1.00 27.00 31.20 15.50 180.00 4 45.0 5.0 C •0.05-0.13
EC-B4 22-33C20R.5M200 22.00 20.00 0.50 33.00 37.20 19.50 200.00 4 45.0 5.0 C •0.05-0.13
EC-B4 22-33C20R1M200 22.00 20.00 1.00 33.00 37.20 19.50 200.00 4 45.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-B4-R
4 Flute, 45° Helix Extra-Long Solid
Carbide Endmills with Various
Corner Radii for Hardened Steel
ap
L
dh6
De8
Ha
HARD MATERIALS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apL Flute Ha° Shank(1)
IC900
IC903
fz
(mm/t)
ECH060B16-6C06 6.00 6.00 16.00 57.00 6 45.0 C • • 0.03-0.07
ECH060B16-6W06 6.00 6.00 16.00 57.00 6 45.0 W •0.03-0.07
ECH080B20-6C08 8.00 8.00 20.00 63.00 6 45.0 C • • 0.03-0.09
ECH080B20-6W08 8.00 8.00 20.00 63.00 6 45.0 W •0.03-0.09
ECH100B22-6C10 10.00 10.00 22.00 72.00 6 45.0 C • • 0.03-0.10
ECH100B22-6W10 10.00 10.00 22.00 72.00 6 45.0 W •0.03-0.10
ECH120B25-6C12 12.00 12.00 25.00 83.00 6 45.0 C • • 0.04-0.11
ECH120B25-6W12 12.00 12.00 25.00 83.00 6 45.0 W •0.04-0.11
ECH160B32-6C16 16.00 16.00 32.00 92.00 6 45.0 C • • 0.05-0.13
ECH160B32-6W16 16.00 16.00 32.00 92.00 6 45.0 W •0.05-0.13
ECH200B38-6C20 20.00 20.00 38.00 104.00 6 45.0 C • • 0.05-0.13
ECH200B38-6W20 20.00 20.00 38.00 104.00 6 45.0 W •0.05-0.13
• Use IC903 for machining hardened steel up to 65 HRc • For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECH-B-6
6 Flute, 45° Helix Medium Length
Solid Carbide Endmills for Finishing
of Hard Materials up to 65 HRc
127
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
ap
L
De8
Ha
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Shank(2)
IC900
fz
(mm/t)
ECL060B24-4C06 6.00 6.00 24.00 65.00 4 45.0 C •0.03-0.07
ECL060B24-4W06 6.00 6.00 24.00 65.00 4 45.0 W •0.03-0.07
ECL080B32-4C08 8.00 8.00 32.00 79.00 4 45.0 C •0.03-0.09
ECL080B32-4W08 8.00 8.00 32.00 79.00 4 45.0 W •0.03-0.09
ECL100B40-4C10 10.00 10.00 40.00 100.00 4 45.0 C •0.03-0.10
ECL100B40-4W10 10.00 10.00 40.00 100.00 4 45.0 W •0.03-0.10
ECL120B48-4C12 12.00 12.00 48.00 100.00 4 45.0 C •0.04-0.11
ECL120B48-4W12 12.00 12.00 48.00 100.00 4 45.0 W •0.04-0.11
ECL140B50-4C14 14.00 14.00 50.00 100.00 4 45.0 C •0.04-0.12
ECL140B50-4W14 14.00 14.00 50.00 100.00 4 45.0 W •0.04-0.12
ECL160B56-6C16 (1) 16.00 16.00 56.00 115.00 6 45.0 C •0.05-0.13
ECL160B56-6W16 (1) 16.00 16.00 56.00 115.00 6 45.0 W •0.05-0.13
ECL200B60-6C20 (1) 20.00 20.00 60.00 125.00 6 45.0 C •0.05-0.13
ECL200B60-6W20 (1) 20.00 20.00 60.00 125.00 6 45.0 W •0.05-0.13
• Smooth cutting in extra long depth • For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECL-B-4/6
4 & 6 Flute, 45° Helix Long
Solid Carbide Endmills
dh6
ap
L
De8
Ha
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Shank(2)
IC900
fz
(mm/t)
ECXL100B60-4C10 10.00 10.00 60.00 112.00 4 45.0 C •0.03-0.10
ECXL100B60-4W10 10.00 10.00 60.00 112.00 4 45.0 W •0.03-0.10
ECXL120B72-4C12 12.00 12.00 72.00 150.00 4 45.0 C •0.04-0.11
ECXL120B72-4W12 12.00 12.00 72.00 150.00 4 45.0 W •0.04-0.11
ECXL160B80-6C16 (1) 16.00 16.00 80.00 150.00 6 45.0 C •0.05-0.13
ECXL160B80-6W16 (1) 16.00 16.00 80.00 150.00 6 45.0 W •0.05-0.13
ECXL200B80-6C20 (1) 20.00 20.00 80.00 150.00 6 45.0 C •0.05-0.13
• Smooth cutting in extra long depth. • For user guide, see pages 147-254
(1) Cannot be used for plunging application
(2) C-Cylindrical, W-Weldon
ECXL-B-4/6
4 & 6 Flute, 45° Helix Extra
Long Solid Carbide Endmills
dh6
ap
L
Dh6
Haº
HARD MATERIALS
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Shank(1) Rd°
IC903
fz
(mm/t)
EC-D6 06-13C06H57 6.00 6.00 13.00 57.00 6 50.0 C 5.0 •0.03-0.07
EC-D6 08-20C08H63 8.00 8.00 20.00 63.00 6 50.0 C 5.0 •0.03-0.09
EC-D6 10-22C10H72 10.00 10.00 22.00 72.00 6 50.0 C 5.0 •0.03-0.10
EC-D6 12-25C12H83 12.00 12.00 25.00 83.00 6 50.0 C 5.0 •0.04-0.11
EC-D6 12-25W12H83 12.00 12.00 25.00 83.00 6 50.0 W 5.0 •0.04-0.11
EC-D6 14-30C14H83 14.00 14.00 30.00 83.00 6 50.0 C 5.0 •0.04-0.12
EC-D6 16-32C16H92 16.00 16.00 32.00 92.00 6 50.0 C 5.0 •0.05-0.13
EC-D6 20-38C20H104 20.00 20.00 38.00 104.00 6 50.0 C 5.0 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EC-D6
6 Flute, 50° Helix Medium Length
Solid Carbide Endmills for Finishing
of Hard Materials up to 65 HRc
ISCAR
128
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
apHaº
dh
6
De
8
HARD MATERIALS
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Shank(1)
IC903
fz
(mm/t)
EC-B6 060-026C06-70 6.00 6.00 26.00 70.00 6 45.0 C •0.03-0.07
EC-B6 080-036C08-90 8.00 8.00 36.00 90.00 6 45.0 C •0.03-0.09
EC-B6 100-46C10-100 10.00 10.00 46.00 100.00 6 45.0 C •0.03-0.10
EC-B6 120-56C12-110 12.00 12.00 56.00 110.00 6 45.0 C •0.04-0.11
EC-B6 160-66C16-130 16.00 16.00 66.00 130.00 6 45.0 C •0.05-0.13
EC-B6 200-76C20-140 20.00 20.00 76.00 140.00 6 45.0 C •0.05-0.13
EC-B6 250-92C25-180 25.00 25.00 92.00 180.00 6 45.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
EC-B6
6 Flute, 45° Helix Extra Long Solid
Carbide Endmills for Finishing of
Hard Materials up to 65 HRC
L
apHaº
dh
6
De
8
Dimensions Recommended
Machining Data
Designation D d apr L Flute Ha° Shank
IC702
fz
(mm/t)
EC-B6 06-06/14C06R.25H50 6.00 6.00 6.00 0.25 50.00 6 45.0 C •0.03-0.07
EC-B6 06-06/14C06R.5H50 6.00 6.00 6.00 0.50 50.00 6 45.0 C •0.03-0.07
EC-B6 06-13C06R.5H70 6.00 6.00 13.00 0.50 70.00 6 45.0 C •0.03-0.07
EC-B6 06-26C06R.5H70 6.00 6.00 26.00 0.50 70.00 6 45.0 C •0.03-0.07
EC-B6 08-08/24C08R.5H60 8.00 8.00 8.00 0.50 60.00 6 45.0 C •0.03-0.09
EC-B6 08-19C08R.5H90 8.00 8.00 19.00 0.50 90.00 6 45.0 C •0.03-0.09
EC-B6 08-36C08R.5H90 8.00 8.00 36.00 0.50 90.00 6 45.0 C •0.03-0.09
EC-B6 10-10/30C10R1H70 10.00 10.00 10.00 1.00 70.00 6 45.0 C •0.03-0.10
EC-B6 10-22C10R.5H100 10.00 10.00 22.00 0.50 100.00 6 45.0 C •0.03-0.10
EC-B6 10-22C10R1H100 10.00 10.00 22.00 1.00 100.00 6 45.0 C •0.03-0.10
EC-B6 10-46C10R1H100 10.00 10.00 46.00 1.00 100.00 6 45.0 C •0.03-0.10
EC-B6 12-12/30C12R1H75 12.00 12.00 12.00 1.00 75.00 6 45.0 C •0.04-0.11
EC-B6 12-26C12R.5H110 12.00 12.00 26.00 0.50 110.00 6 45.0 C •0.04-0.11
EC-B6 12-26C12R1H110 12.00 12.00 26.00 1.00 110.00 6 45.0 C •0.04-0.11
EC-B6 12-56C12R1H110 12.00 12.00 56.00 1.00 110.00 6 45.0 C •0.04-0.11
EC-B6 16-32C16R1.5H130 16.00 16.00 32.00 1.50 130.00 6 45.0 C •0.05-0.13
EC-B6 16-32C16R1H130 16.00 16.00 32.00 1.00 130.00 6 45.0 C •0.05-0.13
EC-B6 16-66C16R1.5H130 16.00 16.00 66.00 1.50 130.00 6 45.0 C •0.05-0.13
EC-B6 20-38C20R1.5H140 20.00 20.00 38.00 1.50 140.00 6 45.0 C •0.05-0.13
EC-B6 20-38C20R1H140 20.00 20.00 38.00 1.00 140.00 6 45.0 C •0.05-0.13
EC-B6 20-38C20R2H140 20.00 20.00 38.00 2.00 140.00 6 45.0 C •0.05-0.13
EC-B6 20-76C20R2H140 20.00 20.00 76.00 2.00 140.00 6 45.0 C •0.05-0.13
• For user guide, see pages 147-254
EC-B6-H
6 Flute, 45° Helix Extra Long Solid
Carbide Endmills for Finishing on
Hard Materials up to 65 HRC
129
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
HL
Dh6 dh6
r
ALUMINUM
Rd°
ECA-H3-CF
Solid Carbide Endmills with
Different Helix, Variable Pitch and
3, 4 and 5xD Relieved Necks
for Machining Aluminum
Dimensions Recommended
Machining Data
Designation D d apL Flute H Rd° Shank(1) r
IC08
fz
(mm/t)
ECA-H3 01-04C06CF-R.05 1.00 6.00 4.00 57.00 3 - 5.0 C 0.05 •0.01-0.01
ECA-H3 015-04/06C06CF-R01 1.50 6.00 4.00 57.00 3 6.0 5.0 C 0.10 •0.01-0.01
ECA-H3 02-05/08C06CF-R01 2.00 6.00 5.00 57.00 3 8.0 5.0 C 0.10 •0.01-0.02
ECA-H3 025-05/08C06CF-R01 2.50 6.00 5.00 57.00 3 8.0 5.0 C 0.10 •0.01-0.02
ECA-H3 03-07/12C06CF-R01 3.00 6.00 7.00 57.00 3 12.0 5.0 C 0.10 •0.03-0.05
ECA-H3 04-10/16C06CF-R02 4.00 6.00 10.00 57.00 3 16.0 5.0 C 0.20 •0.03-0.05
ECA-H3 05-12/20C06CF-R02 5.00 6.00 12.00 57.00 3 20.0 5.0 C 0.20 •0.03-0.06
ECA-H3 06-09/18C06CF-R02 6.00 6.00 9.00 57.00 3 18.0 5.0 C 0.20 •0.03-0.07
ECA-H3 06-09/18C06CF-R04 6.00 6.00 9.00 57.00 3 18.0 5.0 C 0.40 •0.03-0.07
ECA-H3 06-09/18C06CF-R08 6.00 6.00 9.00 57.00 3 18.0 5.0 C 0.80 •0.03-0.07
ECA-H3 06-09/30C06CF-R02 6.00 6.00 9.00 65.00 3 30.0 5.0 C 0.20 •0.03-0.07
ECA-H3 06-09/30C06CF-R04 6.00 6.00 9.00 65.00 3 30.0 5.0 C 0.40 •0.03-0.07
ECA-H3 06-09/30C06CF-R08 6.00 6.00 9.00 65.00 3 30.0 5.0 C 0.80 •0.03-0.07
ECA-H3 06-14/24C06CF-R02 6.00 6.00 14.00 60.00 3 24.0 5.0 C 0.20 •0.03-0.07
ECA-H3 08-12/24C08CF-R02 8.00 8.00 12.00 63.00 3 24.0 5.0 C 0.20 •0.03-0.09
ECA-H3 08-12/24C08CF-R04 8.00 8.00 12.00 63.00 3 24.0 5.0 C 0.40 •0.03-0.09
ECA-H3 08-12/24C08CF-R08 8.00 8.00 12.00 63.00 3 24.0 5.0 C 0.80 •0.03-0.09
ECA-H3 08-12/24C08CF-R30 8.00 8.00 12.00 63.00 3 24.0 5.0 C 3.00 •0.03-0.09
ECA-H3 08-12/40C08CF-R02 8.00 8.00 12.00 79.00 3 40.0 5.0 C 0.20 •0.03-0.09
ECA-H3 08-12/40C08CF-R04 8.00 8.00 12.00 79.00 3 40.0 5.0 C 0.40 •0.03-0.09
ECA-H3 08-12/40C08CF-R08 8.00 8.00 12.00 79.00 3 40.0 5.0 C 0.80 •0.03-0.09
ECA-H3 08-18/32C08CF-R02 8.00 8.00 18.00 68.00 3 32.0 5.0 C 0.20 •0.03-0.09
ECA-H3 10-15/30C10CF-R02 10.00 10.00 15.00 72.00 3 30.0 5.0 C 0.20 •0.03-0.10
ECA-H3 10-15/30C10CF-R04 10.00 10.00 15.00 72.00 3 30.0 5.0 C 0.40 •0.03-0.10
ECA-H3 10-15/30C10CF-R08 10.00 10.00 15.00 72.00 3 30.0 5.0 C 0.80 •0.03-0.10
ECA-H3 10-15/30C10CF-R16 10.00 10.00 15.00 72.00 3 30.0 5.0 C 1.60 •0.03-0.10
ECA-H3 10-15/30C10CF-R30 10.00 10.00 15.00 72.00 3 30.0 5.0 C 3.00 •0.03-0.10
ECA-H3 10-15/50C10CF-R02 10.00 10.00 15.00 92.00 3 50.0 5.0 C 0.20 •0.03-0.10
ECA-H3 10-15/50C10CF-R04 10.00 10.00 15.00 92.00 3 50.0 5.0 C 0.40 •0.03-0.10
ECA-H3 10-15/50C10CF-R08 10.00 10.00 15.00 92.00 3 50.0 5.0 C 0.80 •0.03-0.10
ECA-H3 10-15/50C10CF-R16 10.00 10.00 15.00 92.00 3 50.0 5.0 C 1.60 •0.03-0.10
ECA-H3 10-15/50C10CF-R20 10.00 10.00 15.00 92.00 3 50.0 5.0 C 2.00 •0.03-0.10
ECA-H3 10-15/50C10CF-R30 10.00 10.00 15.00 92.00 3 50.0 5.0 C 3.00 •0.03-0.10
ECA-H3 10-22/40C10CF-R02 10.00 10.00 22.00 80.00 3 40.0 5.0 C 0.20 •0.03-0.10
ECA-H3 10-22/40C10CF-R30 10.00 10.00 22.00 80.00 3 40.0 5.0 C 3.00 •0.03-0.10
ECA-H3 12-18/36C12CF-R02 12.00 12.00 18.00 83.00 3 36.0 5.0 C 0.20 •0.04-0.11
ECA-H3 12-18/36C12CF-R04 12.00 12.00 18.00 83.00 3 36.0 5.0 C 0.40 •0.04-0.11
ECA-H3 12-18/36C12CF-R08 12.00 12.00 18.00 83.00 3 36.0 5.0 C 0.80 •0.04-0.11
ECA-H3 12-18/36C12CF-R16 12.00 12.00 18.00 83.00 3 36.0 5.0 C 1.60 •0.04-0.11
ECA-H3 12-18/36C12CF-R20 12.00 12.00 18.00 83.00 3 36.0 5.0 C 2.00 •0.04-0.11
ECA-H3 12-18/36C12CF-R25 12.00 12.00 18.00 83.00 3 36.0 5.0 C 2.50 •0.04-0.11
ECA-H3 12-18/36C12CF-R30 12.00 12.00 18.00 57.00 3 36.0 5.0 C 3.00 •0.04-0.11
ECA-H3 12-18/60C12CF-R02 12.00 12.00 18.00 100.00 3 60.0 5.0 C 0.20 •0.04-0.11
ECA-H3 12-18/60C12CF-R04 12.00 12.00 18.00 100.00 3 60.0 5.0 C 0.40 •0.04-0.11
ECA-H3 12-18/60C12CF-R08 12.00 12.00 18.00 100.00 3 60.0 5.0 C 0.80 •0.04-0.11
ECA-H3 12-18/60C12CF-R16 12.00 12.00 18.00 100.00 3 60.0 5.0 C 1.60 •0.04-0.11
ECA-H3 12-18/60C12CF-R20 12.00 12.00 18.00 100.00 3 60.0 5.0 C 2.00 •0.04-0.11
ECA-H3 12-18/60C12CF-R25 12.00 12.00 18.00 100.00 3 60.0 5.0 C 2.50 •0.04-0.11
ECA-H3 12-18/60C12CF-R30 12.00 12.00 18.00 100.00 3 60.0 5.0 C 3.00 •0.04-0.11
ECA-H3 12-26/48C12CF-R02 12.00 12.00 26.00 93.00 3 48.0 5.0 C 0.20 •0.04-0.11
ECA-H3 16-24/48C16CF-R02 16.00 16.00 24.00 92.00 3 48.0 5.0 C 0.20 •0.05-0.13
ECA-H3 16-24/48C16CF-R04 16.00 16.00 24.00 92.00 3 48.0 5.0 C 0.40 •0.05-0.13
ECA-H3 16-24/48C16CF-R08 16.00 16.00 24.00 92.00 3 48.0 5.0 C 0.80 •0.05-0.13
ECA-H3 16-24/48C16CF-R16 16.00 16.00 24.00 92.00 3 48.0 5.0 C 1.60 •0.05-0.13
ECA-H3 16-24/48C16CF-R20 16.00 16.00 24.00 92.00 3 48.0 5.0 C 2.00 •0.05-0.13
ECA-H3 16-24/48C16CF-R25 16.00 16.00 24.00 92.00 3 48.0 5.0 C 2.50 •0.05-0.13
ECA-H3 16-24/48C16CF-R30 16.00 16.00 24.00 57.00 3 48.0 5.0 C 3.00 •0.05-0.13
ECA-H3 16-24/48C16CF-R32 16.00 16.00 24.00 92.00 3 48.0 5.0 C 3.20 •0.05-0.13
ECA-H3 16-24/48C16CF-R40 16.00 16.00 24.00 92.00 3 48.0 5.0 C 4.00 •0.05-0.13
ECA-H3 16-24/48C16CF-R50 16.00 16.00 24.00 92.00 3 48.0 5.0 C 5.00 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
ISCAR
130
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
HL
Dh6 dh6
r
ALUMINUM
Rd°
ECA-H3-CF
Solid Carbide Endmills with
Different Helix, Variable Pitch and
3, 4 and 5xD Relieved Necks
for Machining Aluminum
(continued)
Dimensions Recommended
Machining Data
Designation D d apL Flute H Rd° Shank(1) r
IC08
fz
(mm/t)
ECA-H3 16-24/80C16CF-R02 16.00 16.00 24.00 128.00 3 80.0 5.0 C 0.20 •0.05-0.13
ECA-H3 16-24/80C16CF-R04 16.00 16.00 24.00 128.00 3 80.0 5.0 C 0.40 •0.05-0.13
ECA-H3 16-24/80C16CF-R08 16.00 16.00 24.00 128.00 3 80.0 5.0 C 0.80 •0.05-0.13
ECA-H3 16-24/80C16CF-R16 16.00 16.00 24.00 128.00 3 80.0 5.0 C 1.60 •0.05-0.13
ECA-H3 16-24/80C16CF-R20 16.00 16.00 24.00 128.00 3 80.0 5.0 C 2.00 •0.05-0.13
ECA-H3 16-24/80C16CF-R25 16.00 16.00 24.00 128.00 3 80.0 5.0 C 2.50 •0.05-0.13
ECA-H3 16-24/80C16CF-R30 16.00 16.00 24.00 128.00 3 80.0 5.0 C 3.00 •0.05-0.13
ECA-H3 16-24/80C16CF-R32 16.00 16.00 24.00 128.00 3 80.0 5.0 C 3.20 •0.05-0.13
ECA-H3 16-24/80C16CF-R40 16.00 16.00 24.00 128.00 3 80.0 5.0 C 4.00 •0.05-0.13
ECA-H3 16-24/80C16CF-R50 16.00 16.00 24.00 128.00 3 80.0 5.0 C 5.00 •0.05-0.13
ECA-H3 16-34/64C16CF-R02 16.00 16.00 34.00 115.00 3 64.0 5.0 C 0.20 •0.05-0.13
ECA-H3 20-30/100C20CF-R02 20.00 20.00 30.00 150.00 3 100.0 5.0 C 0.20 •0.05-0.14
ECA-H3 20-30/100C20CF-R04 20.00 20.00 30.00 150.00 3 100.0 5.0 C 0.40 •0.05-0.14
ECA-H3 20-30/100C20CF-R08 20.00 20.00 30.00 150.00 3 100.0 5.0 C 0.80 •0.05-0.14
ECA-H3 20-30/100C20CF-R16 20.00 20.00 30.00 150.00 3 100.0 5.0 C 1.60 •0.05-0.14
ECA-H3 20-30/100C20CF-R20 20.00 20.00 30.00 150.00 3 100.0 5.0 C 2.00 •0.05-0.14
ECA-H3 20-30/100C20CF-R32 20.00 20.00 30.00 150.00 3 100.0 5.0 C 3.20 •0.05-0.14
ECA-H3 20-30/100C20CF-R40 20.00 20.00 30.00 150.00 3 100.0 5.0 C 4.00 •0.05-0.14
ECA-H3 20-30/100C20CF-R50 20.00 20.00 30.00 150.00 3 100.0 5.0 C 5.00 •0.05-0.14
ECA-H3 20-30/60C20CF-R02 20.00 20.00 30.00 110.00 3 60.0 5.0 C 0.20 •0.05-0.14
ECA-H3 20-30/60C20CF-R04 20.00 20.00 30.00 110.00 3 60.0 5.0 C 0.40 •0.05-0.14
ECA-H3 20-30/60C20CF-R08 20.00 20.00 30.00 110.00 3 60.0 5.0 C 0.80 •0.05-0.14
ECA-H3 20-30/60C20CF-R16 20.00 20.00 30.00 110.00 3 60.0 5.0 C 1.60 •0.05-0.14
ECA-H3 20-30/60C20CF-R20 20.00 20.00 30.00 110.00 3 60.0 5.0 C 2.00 •0.05-0.14
ECA-H3 20-30/60C20CF-R32 20.00 20.00 30.00 110.00 3 60.0 5.0 C 3.20 •0.05-0.14
ECA-H3 20-30/60C20CF-R40 20.00 20.00 30.00 110.00 3 60.0 5.0 C 4.00 •0.05-0.14
ECA-H3 20-30/60C20CF-R50 20.00 20.00 30.00 110.00 3 60.0 5.0 C 5.00 •0.05-0.14
ECA-H3 20-42/80C20CF-R02 20.00 20.00 42.00 130.00 3 80.0 5.0 C 0.20 •0.05-0.14
ECA-H3 25-38/125C25CF-R02 25.00 25.00 38.00 185.00 3 125.0 5.0 C 0.20 •0.05-0.15
ECA-H3 25-38/125C25CF-R08 25.00 25.00 38.00 185.00 3 125.0 5.0 C 0.80 •0.05-0.15
ECA-H3 25-38/125C25CF-R16 25.00 25.00 38.00 185.00 3 125.0 5.0 C 1.60 •0.05-0.15
ECA-H3 25-38/125C25CF-R20 25.00 25.00 38.00 185.00 3 125.0 5.0 C 2.00 •0.05-0.15
ECA-H3 25-38/125C25CF-R32 25.00 25.00 38.00 185.00 3 125.0 5.0 C 3.20 •0.05-0.15
ECA-H3 25-38/125C25CF-R40 25.00 25.00 38.00 185.00 3 125.0 5.0 C 4.00 •0.05-0.15
ECA-H3 25-38/125C25CF-R50 25.00 25.00 38.00 185.00 3 125.0 5.0 C 5.00 •0.05-0.15
ECA-H3 25-38/75C25CF-R02 25.00 25.00 38.00 130.00 3 75.0 5.0 C 0.20 •0.05-0.15
ECA-H3 25-38/75C25CF-R04 25.00 25.00 38.00 130.00 3 75.0 5.0 C 0.40 •0.05-0.15
ECA-H3 25-38/75C25CF-R16 25.00 25.00 38.00 130.00 3 75.0 5.0 C 1.60 •0.05-0.15
ECA-H3 25-38/75C25CF-R20 25.00 25.00 38.00 130.00 3 75.0 5.0 C 2.00 •0.05-0.15
ECA-H3 25-38/75C25CF-R32 25.00 25.00 38.00 130.00 3 75.0 5.0 C 3.20 •0.05-0.15
ECA-H3 25-38/75C25CF-R40 25.00 25.00 38.00 130.00 3 75.0 5.0 C 4.00 •0.05-0.15
ECA-H3 25-38/75C25CF-R50 25.00 25.00 38.00 130.00 3 75.0 5.0 C 5.00 •0.05-0.15
ECA-H3 25-52/100C25CF-R02 25.00 25.00 52.00 156.00 3 100.0 5.0 C 0.20 •0.05-0.15
• For user guide, see pages 147-254
(1) C-Cylindrical
131
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
Dh6
L
H
rap
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation DapH L d r Flute Rd° Shank(1)
IC08
fz
(mm/t)
ECA-H3 06-12/18C06CF-R02C 6.00 12.00 18.00 57.00 6.00 0.20 3 5.0 C •0.03-0.07
ECA-H3 06-12/30C06CF-R02C 6.00 12.00 30.00 64.00 6.00 0.20 3 5.0 C •0.03-0.07
ECA-H3 08-16/24C08CF-R02C 8.00 16.00 24.00 63.00 8.00 0.20 3 5.0 C •0.03-0.09
ECA-H3 08-16/40C08CF-R02C 8.00 16.00 40.00 78.00 8.00 0.20 3 5.0 C •0.03-0.09
ECA-H3 10-20/30C10CF-R02C 10.00 20.00 30.00 72.00 10.00 0.20 3 5.0 C •0.03-0.10
ECA-H3 10-20/50C10CF-R02C 10.00 20.00 50.00 100.00 10.00 0.20 3 5.0 C •0.03-0.10
ECA-H3 12-24/36C12CF-R02C 12.00 24.00 36.00 83.00 12.00 0.20 3 5.0 C •0.04-0.11
ECA-H3 12-24/60C12CF-R02C 12.00 24.00 60.00 100.00 12.00 0.20 3 5.0 C •0.04-0.11
ECA-H3 16-32/48C16CF-R02C 16.00 32.00 48.00 92.00 16.00 0.20 3 5.0 C •0.05-0.13
ECA-H3 16-32/80C16CF-R02C 16.00 32.00 80.00 127.00 16.00 0.20 3 5.0 C •0.05-0.13
ECA-H3 20-40/60C20CF-R02C 20.00 40.00 60.00 109.00 20.00 0.20 3 5.0 C •0.05-0.14
ECA-H320-40/100C20CF-R02C 20.00 40.00 100.00 149.00 20.00 0.20 3 5.0 C •0.05-0.14
ECA-H3 25-50/75C25CF-R02C 25.00 50.00 75.00 128.00 25.00 0.20 3 5.0 C •0.05-0.15
ECA-H325-50/125C25CF-R02C 25.00 50.00 125.00 183.00 25.00 0.20 3 5.0 C •0.05-0.15
• For user guide, see pages 147-254
(1) C-Cylindrical
ECA-H3-CF-C
Solid Carbide Endmills with
Different Helix, Variable Pitch,
Coolant Holes and Neck Relief
for Machining Aluminum
apHL
Dh6 dh6
r
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation DapH L d r Flute Rd°
IC08
fz
(mm/t)
ECA-H4 06-09/30C06CFR02 6.00 9.00 30.00 65.00 6.00 0.20 4 5.0 •0.03-0.07
ECA-H4 06-12/18C06CFR02 6.00 12.00 18.00 57.00 6.00 0.20 4 5.0 •0.03-0.07
ECA-H4 08-12/40C08CFR02 8.00 12.00 40.00 79.00 8.00 0.20 4 5.0 •0.03-0.09
ECA-H4 08-16/24C08CFR02 8.00 16.00 24.00 63.00 8.00 0.20 4 5.0 •0.03-0.09
ECA-H4 10-15/50C10CFR02 10.00 15.00 50.00 92.00 10.00 0.20 4 5.0 •0.04-0.10
ECA-H4 10-20/30C10CFR02 10.00 20.00 30.00 72.00 10.00 0.20 4 5.0 •0.04-0.10
ECA-H4 12-18/60C12CFR02 12.00 18.00 60.00 100.00 12.00 0.20 4 5.0 •0.04-0.11
ECA-H4 12-24/36C12CFR02 12.00 24.00 36.00 83.00 12.00 0.20 4 5.0 •0.04-0.11
ECA-H4 16-24/80C16CFR02 16.00 24.00 80.00 128.00 16.00 0.20 4 5.0 •0.05-0.13
ECA-H4 16-32/48C16CFR02 16.00 32.00 48.00 100.00 16.00 0.20 4 5.0 •0.05-0.13
ECA-H4 20-30/100C20CFR02 20.00 30.00 100.00 150.00 20.00 0.20 4 5.0 •0.05-0.14
ECA-H4 20-40/60C20CFR02 20.00 40.00 60.00 110.00 20.00 0.20 4 5.0 •0.05-0.14
ECA-H4 25-38/125C25CFR02 25.00 38.00 125.00 185.00 25.00 0.20 4 5.0 •0.08-0.14
ECA-H4 25-50/75C25CFR02 25.00 50.00 75.00 130.00 25.00 0.20 4 5.0 •0.08-0.14
• For user guide, see pages 147-254
ECA-H4-CF
Solid Carbide Endmills with
Different Helix and Long Neck
Relief for Machining Aluminum
ISCAR
132
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Dh6
rap
L
H
dh6
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation DapH L d r Flute Rd°
IC08
fz
(mm/t)
ECAP-H3 10-15/50C10CFR02C 10.00 15.00 50.00 92.00 10.00 0.20 3 5.0 •0.03-0.10
ECAP-H3 10-22/40C10CFR02C 10.00 22.00 40.00 80.00 10.00 0.20 3 5.0 •0.03-0.10
ECAP-H3 12-18/60C12CFR02C 12.00 18.00 60.00 100.00 12.00 0.20 3 5.0 •0.04-0.11
ECAP-H3 12-26/48C12CFR02C 12.00 26.00 48.00 93.00 12.00 0.20 3 5.0 •0.04-0.11
ECAP-H3 16-24/80C16CFR02C 16.00 24.00 80.00 128.00 16.00 0.20 3 5.0 •0.05-0.13
ECAP-H3 16-34/64C16CFR02C 16.00 34.00 64.00 115.00 16.00 0.20 3 5.0 •0.05-0.13
ECAP-H320-30/100C20CFR02C 20.00 30.00 100.00 150.00 20.00 0.20 3 5.0 •0.05-0.14
ECAP-H3 20-42/80C20CFR02C 20.00 42.00 80.00 130.00 20.00 0.20 3 5.0 •0.05-0.14
ECAP-H325-38/125C25CFR02C 25.00 38.00 125.00 185.00 25.00 0.20 3 5.0 •0.05-0.14
ECAP-H325-52/100C25CFR02C 25.00 52.00 100.00 158.00 25.00 0.20 3 5.0 •0.05-0.14
• For user guide, see pages 147-254
ECAP-H3-CF
Solid Carbide Endmills with Different
Helix, Variable Pitch, Chip Splitters and
Coolant Holes for Machining Aluminum
ap
L
dh6
Dh6
Ch x 45°
H
Ha˚
ALUMINUM
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation D d apH L Flute Ha° Rd° Shank(1) Ch
IC08
IC300
fz
(mm/t)
ERC060E13-3C06 6.00 6.00 13.00 21.00 57.00 3 38.0 5.0 C 0.50 •0.03-0.07
ERC060E13-3W06 6.00 6.00 13.00 21.00 57.00 3 38.0 5.0 W 0.50 • • 0.03-0.07
ERC080E20-3C08 8.00 8.00 20.00 28.00 63.00 3 38.0 5.0 C 0.50 •0.03-0.15
ERC080E20-3W08 8.00 8.00 20.00 28.00 63.00 3 38.0 5.0 W 0.50 • • 0.03-0.15
ERC100E22-3C10 10.00 10.00 22.00 30.00 72.00 3 38.0 5.0 C 0.60 •0.05-0.20
ERC100E22-3W10 10.00 10.00 22.00 30.00 72.00 3 38.0 5.0 W 0.60 • • 0.05-0.20
ERC120E25-3C12 12.00 12.00 25.00 37.00 83.00 3 38.0 5.0 C 0.60 •0.07-0.22
ERC120E25-3W12 12.00 12.00 25.00 37.00 83.00 3 38.0 5.0 W 0.60 • • 0.07-0.22
ERC140E25-3W14 14.00 14.00 25.00 37.00 83.00 3 38.0 5.0 W 0.60 •0.07-0.22
ERC160E32-3C16 16.00 16.00 32.00 44.00 92.00 3 38.0 5.0 C 0.60 •0.07-0.25
ERC160E32-3W16 16.00 16.00 32.00 44.00 92.00 3 38.0 5.0 W 0.60 • • 0.07-0.25
ERC180E32-3W18 18.00 18.00 32.00 44.00 92.00 3 38.0 5.0 W 0.60 •0.07-0.25
ERC200E38-3C20 20.00 20.00 38.00 55.00 104.00 3 38.0 5.0 C 0.70 •0.07-0.25
ERC200E38-3W20 20.00 20.00 38.00 55.00 104.00 3 38.0 5.0 W 0.70 • • 0.07-0.25
ERC250E45-3C25 25.00 25.00 45.00 64.00 121.00 3 38.0 5.0 C 0.70 •0.07-0.25
ERC250E45-3W25 25.00 25.00 45.00 64.00 121.00 3 38.0 5.0 W 0.70 •0.07-0.25
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ERC-E-3
3 Flute, 38° Helix Medium
Length Solid Carbide Roughing
Endmills with 3xD Relieved Necks
for Machining Aluminum
133
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Dh6
r
ap
L
H
dh6
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d H L Flute Ha° Rd°apShank(1) r
IC08
fz
(mm/t)
ECR-B3 06-09/21C06R02A57 6.00 6.00 21.00 57.00 3 45.0 20.0 9.00 C 0.20 •0.03-0.07
ECR-B3 06-09/21W06R02A57 6.00 6.00 21.00 57.00 3 45.0 20.0 9.00 W 0.20 •0.03-0.07
ECR-B3 06-09/30C06R02A65 6.00 6.00 30.00 65.00 3 45.0 20.0 9.00 C 0.20 •0.03-0.07
ECR-B3 06-09/30W06R02A65 6.00 6.00 30.00 65.00 3 45.0 20.0 9.00 W 0.20 •0.03-0.07
ECR-B3 08-12/27C08R02A63 8.00 8.00 27.00 63.00 3 45.0 20.0 12.00 C 0.20 •0.03-0.15
ECR-B3 08-12/27W08R02A63 8.00 8.00 27.00 63.00 3 45.0 20.0 12.00 W 0.20 •0.03-0.15
ECR-B3 08-12/40C08R02A78 8.00 8.00 40.00 78.00 3 45.0 20.0 12.00 C 0.20 •0.03-0.15
ECR-B3 08-12/40W08R02A78 8.00 8.00 40.00 78.00 3 45.0 20.0 12.00 W 0.20 •0.03-0.15
ECR-B3 10-12/31C10R02A72 10.00 10.00 31.00 72.00 3 45.0 20.0 12.00 C 0.20 •0.05-0.20
ECR-B3 10-12/31W10R02A72 10.00 10.00 31.00 72.00 3 45.0 20.0 12.00 W 0.20 •0.05-0.20
ECR-B3 10-12/50C10R02A100 10.00 10.00 50.00 100.00 3 45.0 20.0 12.00 C 0.20 •0.05-0.20
ECR-B3 10-12/50W10R02A100 10.00 10.00 50.00 100.00 3 45.0 20.0 12.00 W 0.20 •0.05-0.20
ECR-B3 12-12/37C12R02A83 12.00 12.00 37.00 83.00 3 45.0 20.0 12.00 C 0.20 •0.07-0.22
ECR-B3 12-12/37W12R02A83 12.00 12.00 37.00 83.00 3 45.0 20.0 12.00 W 0.20 •0.07-0.22
ECR-B3 12-14/55C12R02A100 12.00 12.00 55.00 100.00 3 45.0 20.0 14.00 C 0.20 •0.07-0.22
ECR-B3 12-14/55W12R02A100 12.00 12.00 55.00 100.00 3 45.0 20.0 14.00 W 0.20 •0.07-0.22
ECR-B3 16-14/43C16R02A92 16.00 16.00 43.00 92.00 3 45.0 20.0 14.00 C 0.20 •0.07-0.25
ECR-B3 16-14/43W16R02A92 16.00 16.00 43.00 92.00 3 45.0 20.0 14.00 W 0.20 •0.07-0.25
ECR-B3 16-18/80C16R02A150 16.00 16.00 80.00 150.00 3 45.0 20.0 18.00 C 0.20 •0.07-0.25
ECR-B3 16-18/80W16R02A150 16.00 16.00 80.00 150.00 3 45.0 20.0 18.00 W 0.20 •0.07-0.25
ECR-B3 20-17/53C20R02A104 20.00 20.00 53.00 104.00 3 45.0 20.0 17.00 C 0.20 •0.07-0.25
ECR-B3 20-17/53W20R02A104 20.00 20.00 53.00 104.00 3 45.0 20.0 17.00 W 0.20 •0.07-0.25
ECR-B3 20-22/80C20R02A150 20.00 20.00 80.00 150.00 3 45.0 20.0 22.00 C 0.20 •0.07-0.25
ECR-B3 20-22/80W20R02A150 20.00 20.00 80.00 150.00 3 45.0 20.0 22.00 W 0.20 •0.07-0.25
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECR-B3-R
3 Flute, 45° Helix Solid Carbide
Roughing Endmills with 3xD
Relieved Necks for High Stock
Removal Rates of Aluminum
Dh6
r
ap
L
H
dh6
Haº
Rd°
Dimensions Recommended
Machining Data
Designation D d H L Flute Ha° Rd°apShank r
IC08
fz
(mm/t)
ECR-B3 08-12/41C08R02A83C 8.00 8.00 41.00 83.00 3 45.0 20.0 12.00 C 0.20 •0.05-0.15
ECR-B3 08-12/41C08R20A83C 8.00 8.00 41.00 83.00 3 45.0 20.0 12.00 C 2.00 •0.05-0.15
ECR-B3 10-12/41C10R.2A83C 10.00 10.00 41.00 83.00 3 45.0 20.0 12.00 C 0.20 •0.07-0.20
ECR-B3 10-12/41C10R20A83C 10.00 10.00 41.00 83.00 3 45.0 20.0 12.00 C 2.00 •0.07-0.20
ECR-B3 12-12/41C12R.2A87C 12.00 12.00 41.00 87.00 3 45.0 20.0 12.00 C 0.20 •0.10-0.22
ECR-B316-14/47C16R20A109C 16.00 16.00 47.00 109.00 3 45.0 20.0 14.00 C 2.00 •0.10-0.25
ECR-B316-14/60C16R.2A109C 16.00 16.00 60.00 109.00 3 45.0 20.0 14.00 C 0.20 •0.10-0.25
ECR-B316-14/60C16R40A109C 16.00 16.00 60.00 109.00 3 45.0 20.0 14.00 C 4.00 •0.10-0.25
ECR-B320-17/60C20R40A111C 20.00 20.00 60.00 111.00 3 45.0 20.0 17.00 C 4.00 •0.10-0.25
ECR-B320-30/100C25R4A150C 20.00 20.00 100.00 150.00 3 45.0 20.0 30.00 C 4.00 •0.10-0.25
ECR-B325-25/74C25R40A130C 25.00 25.00 74.00 130.00 3 45.0 20.0 25.00 C 4.00 •0.10-0.25
• For user guide, see pages 147-254
ECR-B3-R-C
3 Flute, 45° Helix Solid Carbide
Roughing Endmills with 3xD
Relieved Necks and Coolant
Channels for Aluminum
ISCAR
134
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
ap
Dh6
Haº
L
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
fz
(mm/t)
ECA040B12-2C06 4.00 6.00 12.00 57.00 2 45.0 5.0 C •0.02-0.05
ECA050B14-2C06 5.00 6.00 14.00 57.00 2 45.0 5.0 C •0.02-0.06
ECA060B16-2C06 6.00 6.00 16.00 57.00 2 45.0 5.0 C •0.03-0.07
ECA080B20-2C08 8.00 8.00 20.00 63.00 2 45.0 5.0 C •0.03-0.09
ECA100B22-2C10 10.00 10.00 22.00 72.00 2 45.0 5.0 C •0.03-0.10
ECA120B25-2C12 12.00 12.00 25.00 83.00 2 45.0 5.0 C •0.04-0.11
ECA160B32-2C16 16.00 16.00 32.00 92.00 2 45.0 5.0 C •0.05-0.13
ECA200B38-2C20 20.00 20.00 38.00 104.00 2 45.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
ECA-B-2
2 Flute, 45° Helix Medium
Length Solid Carbide Endmills
for Machining Aluminum
ap
L
dh6
Dh6
r
15°
Haº
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1) r
IC08
fz
(mm/t)
ECA-B-3 04-12C06-57 4.00 6.00 12.00 57.00 3 45.0 5.0 C 0.10 •0.02-0.05
ECA-B-3 04-12W06-57 4.00 6.00 12.00 57.00 3 45.0 5.0 W 0.10 •0.02-0.05
ECA-B-3 05-14C06-57 5.00 6.00 14.00 57.00 3 45.0 5.0 C 0.20 •0.02-0.06
ECA-B-3 05-14W06-57 5.00 6.00 14.00 57.00 3 45.0 5.0 W 0.20 •0.02-0.06
ECA-B-3 06-16C06-57 6.00 6.00 16.00 57.00 3 45.0 5.0 C 0.20 •0.03-0.07
ECA-B-3 06-16W06-57 6.00 6.00 16.00 57.00 3 45.0 5.0 W 0.20 •0.03-0.07
ECA-B-3 08-20C08-63 8.00 8.00 20.00 63.00 3 45.0 5.0 C 0.20 •0.03-0.09
ECA-B-3 08-20W08-63 8.00 8.00 20.00 63.00 3 45.0 5.0 W 0.20 •0.03-0.09
ECA-B-3 10-22C10-72 10.00 10.00 22.00 72.00 3 45.0 5.0 C 0.20 •0.03-0.10
ECA-B-3 10-22W10-72 10.00 10.00 22.00 72.00 3 45.0 5.0 W 0.20 •0.03-0.10
ECA-B-3 12-25C12-83 12.00 12.00 25.00 83.00 3 45.0 5.0 C 0.20 •0.04-0.11
ECA-B-3 12-25W12-83 12.00 12.00 25.00 83.00 3 45.0 5.0 W 0.20 •0.04-0.11
ECA-B-3 14-30C14-83 14.00 14.00 30.00 83.00 3 45.0 5.0 C 0.20 •0.04-0.12
ECA-B-3 14-30W14-83 14.00 14.00 30.00 83.00 3 45.0 5.0 W 0.20 •0.04-0.12
ECA-B-3 16-32C16-92 16.00 16.00 32.00 92.00 3 45.0 5.0 C 0.20 •0.05-0.13
ECA-B-3 16-32W16-92 16.00 16.00 32.00 92.00 3 45.0 5.0 W 0.20 •0.05-0.13
ECA-B-3 20-38C20-104 20.00 20.00 38.00 104.00 3 45.0 5.0 C 0.20 •0.05-0.13
ECA-B-3 20-38W20-104 20.00 20.00 38.00 104.00 3 45.0 5.0 W 0.20 •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
ECA-B-3
3 Flute, 45° Helix Medium
Length Solid Carbide Endmills
for Machining Aluminum
135
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
ap
L
Dh6
Ha
ALUMINUM
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha° Rd° Shank(1)
IC08
fz
(mm/t)
ECA040F11-2C04 4.00 4.00 11.00 50.00 2 55.0 5.0 C •0.02-0.05
ECA060F13-2C06 6.00 6.00 13.00 57.00 2 55.0 5.0 C •0.03-0.07
ECA080F20-2C08 8.00 8.00 20.00 63.00 2 55.0 5.0 C •0.03-0.09
ECA100F22-2C10 10.00 10.00 22.00 72.00 2 55.0 5.0 C •0.03-0.10
ECA120F25-2C12 12.00 12.00 25.00 83.00 2 55.0 5.0 C •0.04-0.11
ECA160F32-2C16 16.00 16.00 32.00 92.00 2 55.0 5.0 C •0.05-0.13
ECA200F38-2C20 20.00 20.00 38.00 104.00 2 55.0 5.0 C •0.05-0.13
ECA250F45-2C25 25.00 25.00 45.00 121.00 2 55.0 5.0 C •0.05-0.13
• For user guide, see pages 147-254
(1) C-Cylindrical
ECA-F-2
2 Flute, 55° Helix Medium
Length Solid Carbide Endmills
for Machining Aluminum
dh6
Ha°
L
ap
De8
Dimensions Recommended
Machining Data
Designation D d apL Flute Ha°
IC02
fz
(mm/t)
EPN-F10 03-12C03F55 3.00 3.00 12.00 55.00 10 15.0 •0.01-0.02
EPN-F10 04-16C04F55 4.00 4.00 16.00 55.00 10 15.0 •0.01-0.02
EPN-F10 06-19C06F57 6.00 6.00 19.00 57.00 10 15.0 •0.02-0.03
EPNF060S15-3L/9C06F57 (1) 6.00 6.00 15.00 57.00 9 15.0 •0.02-0.04
EPN-F12 08-25C08F63 8.00 8.00 25.00 63.00 12 15.0 •0.02-0.03
EPNF080S25-3L/10C8F72 (1) 8.00 8.00 25.00 72.00 10 15.0 •0.02-0.04
EPN-F12 10-25C10F72 10.00 10.00 25.00 72.00 12 15.0 •0.02-0.03
EPNF100S25-3L/12C10F72 (1) 10.00 10.00 25.00 72.00 12 15.0 •0.02-0.04
EPN-F12 12-25C12F83 12.00 12.00 25.00 83.00 12 15.0 •0.02-0.03
• For user guide, see pages 147-254
(1) Deep chip gullets for eliminating chip jamming.
EPN-F
Solid Endmills with a Special
Edge Configuration for Machining
Honeycomb and Other
CFRP Composite Parts
Deg
L
ap
dh6
Rd°
Dimensions Recommended
Machining Data
Designation D d apL Flute Rd°
IC02
fz
(mm/t)
EPNC-C10 08-25C08F63 8.00 8.00 25.00 63.00 10 5.0 •0.02-0.08
EPNC-C10 10-25C10F72 10.00 10.00 25.00 72.00 10 5.0 •0.02-0.08
EPNC-C10 12-25C12F83 12.00 12.00 25.00 83.00 10 5.0 •0.02-0.08
• For user guide, see pages 147-254
EPNC
Solid Endmills for Machining CFRP
Materials at High Stock Removal Rates
ISCAR
136
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Deg 140°
L
ap
dh6
Dimensions Recommended
Machining Data
Designation D d apL Flute
IC02
fz
(mm/t)
EPND-C6 016-5C03F55 1.60 3.00 5.00 55.00 6 •- (1)
EPND-C6 024-10C03F55 2.40 3.00 10.00 55.00 6 •- (1)
EPND-C8 03-12C03F55 3.00 3.00 12.00 55.00 8 •- (2)
EPND-C8 04-16C04F60 4.00 4.00 16.00 60.00 8 •- (2)
EPND-C10 06-19C06F65 6.00 6.00 19.00 65.00 10 •0.02-0.08
EPND-C10 08-25C08F63 8.00 8.00 25.00 63.00 10 •0.02-0.08
EPND-C10 10-25C10F72 10.00 10.00 25.00 72.00 10 •0.02-0.08
EPND-C10 12-25C12F83 12.00 12.00 25.00 83.00 10 •0.02-0.08
• For user guide, see pages 147-254
(1) 0.005-0.010
(2) 0.005-0.012
EPND
Solid Endmills for Drilling and
Contouring on CFRP Materials
at High Stock Removal Rates
d
L
ap3
ap
De8
Ha°
Ha°
Dimensions Recommended
Machining Data
Designation D d apap3 L Flute Ha°
IC02
fz
(mm/t)
EPX-F6 06-12C06F57 6.00 6.00 12.00 5.30 57.00 6 30.0 •0.02-0.06
EPX-F6 08-16C08F63 8.00 8.00 16.00 6.60 63.00 6 30.0 •0.02-0.06
EPX-F6 10-20C10F72 10.00 10.00 20.00 8.70 72.00 6 30.0 •0.02-0.06
EPX-F8 12-24C12F83 12.00 12.00 24.00 10.60 83.00 8 30.0 •0.02-0.06
• Important: For best results, the intersection of the alternating flute directions (ap3) should be positioned in the middle of the workpiece height
• For user guide, see pages 147-254
EPX
Solid Endmills with Right and
Left-Hand Helix Flutes, Changing
Direction at Mid Cutting Heights
for Machining CFRP Parts
137
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
L
H
38°
ap
De8dh6
α
β
β
αα#β
HARD MATERIALS
Rd°
Dimensions
Designation D d apH L Rd°
IC902
EB-E4L 03-06/09C06CFH57 3.00 6.00 6.00 9.00 57.00 5.0 •
EB-E4L 04-08/12C06CFH57 4.00 6.00 8.00 12.00 57.00 5.0 •
EB-E4L 05-10/15C06CFH57 5.00 6.00 10.00 15.00 57.00 5.0 •
EB-E4L 06-12/18C06CFH57 6.00 6.00 12.00 18.00 57.00 5.0 •
EB-E4L 08-16/24C08CFH63 8.00 8.00 16.00 24.00 63.00 5.0 •
EB-E4L 10-20/30C10CFH72 10.00 10.00 20.00 30.00 72.00 5.0 •
EB-E4L 12-24/36C12CFH83 12.00 12.00 24.00 36.00 83.00 5.0 •
EB-E4L 16-32/48C16CFH92 16.00 16.00 32.00 48.00 92.00 5.0 •
• For user guide, see pages 147-254
EB-E4L-CF
4 Flute, 38° Helix Ball Nose
Endmills with 3xD Relieved Necks
and Variable Pitch for Chatter
Dampening on Hard Materials
15°
dh6
ap
L
De8
Ha°
HARD MATERIALS
Dimensions Tough
1
Hard
Designation D d apL Flute Ha° Shank(1)
IC08
IC300
IC900
IC903
EB020A04-2C03 2.00 3.00 4.00 38.00 2 30.0 C • • •
EB030A05-2C03 3.00 3.00 5.00 38.00 2 30.0 C • •
EB030A05-2C06 3.00 6.00 5.00 57.00 2 30.0 C • • •
EB040A07-2C04 4.00 4.00 7.00 50.00 2 30.0 C •
EB040A07-2C06 4.00 6.00 7.00 57.00 2 30.0 C • • •
EB050A08-2C05 5.00 5.00 8.00 50.00 2 30.0 C •
EB050A08-2C06 5.00 6.00 8.00 57.00 2 30.0 C • • • •
EB060A08-2C06 6.00 6.00 8.00 57.00 2 30.0 C • • • •
EB080A11-2C08 8.00 8.00 11.00 63.00 2 30.0 C • • • •
EB100A13-2C10 10.00 10.00 13.00 72.00 2 30.0 C • • • •
EB120A14-2C12 12.00 12.00 14.00 83.00 2 30.0 C • • •
EB160A16-2C16 16.00 16.00 16.00 92.00 2 30.0 C • •
EB200A20-2C20 20.00 20.00 20.00 104.00 2 30.0 C •
• Short and stable design for profiling (roughing). • For user guide, see pages 147-254
(1) C-Cylindrical
EB-A-2
2 Flute, 30° Helix Short Solid
Carbide Ball Nose Endmills
L
Ha°
ap
De8dh6
α#β#λ
α
β
λ
Dimensions
Designation D d apL Flute Ha° Shank
IC902
EB-H3 06-12C06CFH57 6.00 6.00 12.00 57.00 3 38.0 C •
EB-H3 08-16C08CFH63 8.00 8.00 16.00 63.00 3 38.0 C •
EB-H3 10-20C10CFH72 10.00 10.00 20.00 72.00 3 38.0 C •
EB-H3 12-24C12CFH83 12.00 12.00 24.00 83.00 3 38.0 C •
EB-H5 16-32C16CFH92 16.00 16.00 32.00 92.00 5 38.0 C •
EB-H5 20-40C20CFH104 20.00 20.00 40.00 104.00 5 38.0 C •
• For user guide, see pages 147-254
EB-H-CF
3/5 Flute Solid Carbide Ball Nose
Endmills with different helix and variable
pitch for Materials up to 65 HRC
ISCAR
138
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh
6
ap
L
H
De
8
rD2
Ha°
HARD MATERIALS
Dimensions
Designation D r(1) dapL H D2Flute Ha° Shank(2)
IC903
EB-A2 01-01/02C04H50 1.00 0.50 4.00 1.00 50.00 2.20 0.95 2 30.0 C •
EB-A2 012-012/02C04H50 1.20 0.60 4.00 1.20 50.00 2.60 1.10 2 30.0 C •
EB-A2 015-015/03C04H50 1.50 0.75 4.00 1.50 50.00 3.00 1.40 2 30.0 C •
EB-A2 02-02/04C06H50 2.00 1.00 6.00 2.00 50.00 4.00 1.90 2 30.0 C •
EB-A2 03-03/06C06H60 3.00 1.50 6.00 3.00 60.00 6.00 2.90 2 30.0 C •
EB-A2 04-04/08C06H70 4.00 2.00 6.00 4.00 70.00 8.00 3.90 2 30.0 C •
EB-A2 05-05/10C06H80 5.00 2.50 6.00 5.00 80.00 10.00 4.90 2 30.0 C •
EB-A2 06-06/12C06H90 6.00 3.00 6.00 6.00 90.00 12.00 5.90 2 30.0 C •
EB-A2 07-07/14C08H90 7.00 3.50 8.00 7.00 90.00 14.00 6.90 2 30.0 C •
EB-A2 08-08/16C08H100 8.00 4.00 8.00 8.00 100.00 16.00 7.90 2 30.0 C •
EB-A2 09-09/18C10H100 9.00 4.50 10.00 9.00 100.00 18.00 8.90 2 30.0 C •
EB-A2 10-10/20C10H100 10.00 5.00 10.00 10.00 100.00 20.00 9.90 2 30.0 C •
EB-A2 12-12/24C12H110 12.00 6.00 12.00 12.00 110.00 24.00 11.90 2 30.0 C •
EB-A2 16-16/32C16H140 16.00 8.00 16.00 16.00 140.00 32.00 15.80 2 30.0 C •
EB-A2 18-18/36C18H140 18.00 9.00 18.00 18.00 140.00 36.00 17.80 2 30.0 C •
EB-A2 20-20/40C20H160 20.00 10.00 20.00 20.00 160.00 40.00 19.80 2 30.0 C •
EB-A2 25-25/50C25H180 25.00 12.50 25.00 25.00 180.00 50.00 24.80 2 30.0 C •
• For user guide, see pages 147-254
(1) ±0.01 tolerance
(2) C-Cylindrical
EB-A2 (stub cut length)
2 Flute, 30° Helix Stub Cut Length
Ball Nose Solid Carbide Endmills
for Materials up to 55-70 HRC
L
ap
dh6
Dh10
Ha°
Dimensions Tough
1
Hard
Designation D d apL Flute Ha° Shank(1)
IC08
IC900
EB-A2 02-06C03E38 2.00 3.00 6.00 38.00 2 30.0 C • •
EB-A2 02-04C06E48 2.00 6.00 4.00 48.00 2 30.0 C • •
EB-A2 025-04C06E48 2.50 6.00 4.00 48.00 2 30.0 C • •
EB-A2 03-04C06E48 3.00 6.00 4.00 48.00 2 30.0 C • •
EB-A2 03-07W06E57 3.00 6.00 7.00 57.00 2 30.0 W • •
EB-A2 04-06C06E50 4.00 6.00 6.00 50.00 2 30.0 C • •
EB-A2 04-08W06E57 4.00 6.00 8.00 57.00 2 30.0 W • •
EB-A2 05-07C06E51 5.00 6.00 7.00 51.00 2 30.0 C •
EB-A2 05-10W06E57 5.00 6.00 10.00 57.00 2 30.0 W • •
EB-A2 06-07C06E51 6.00 6.00 7.00 51.00 2 30.0 C • •
EB-A2 06-10W06E57 6.00 6.00 10.00 57.00 2 30.0 W • •
EB-A2 08-09C08E59 8.00 8.00 9.00 59.00 2 30.0 C • •
EB-A2 08-16W08E63 8.00 8.00 16.00 63.00 2 30.0 W • •
EB-A2 10-10C10E60 10.00 10.00 10.00 60.00 2 30.0 C • •
EB-A2 10-19W10E72 10.00 10.00 19.00 72.00 2 30.0 W • •
EB-A2 12-14C12E71 12.00 12.00 14.00 71.00 2 30.0 C • •
EB-A2 12-22W12E83 12.00 12.00 22.00 83.00 2 30.0 W • •
EB-A2 14-14C14E71 14.00 14.00 14.00 71.00 2 30.0 C • •
EB-A2 16-16C16E76 16.00 16.00 16.00 76.00 2 30.0 C • •
EB-A2 16-26W16E92 16.00 16.00 26.00 92.00 2 30.0 W • •
EB-A2 18-18C18E76 18.00 18.00 18.00 76.00 2 30.0 C • •
EB-A2 18-26W18E92 18.00 18.00 26.00 92.00 2 30.0 W •
EB-A2 20-20C20E82 20.00 20.00 20.00 82.00 2 30.0 C • •
EB-A2 20-32W20E104 20.00 20.00 32.00 104.00 2 30.0 W • •
• For user guide, see pages 147-254
(1) C-Cylindrical, W-Weldon
EB-A2 (economical)
Economical Type 2 Flute, 30° Helix
Ball Nose Solid Carbide Endmills
139
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
Dh10
L
Ha°
ap
dh6
Dimensions Tough
1
Hard
Designation D d apL Flute Ha° Shank(1)
IC08
IC900
EB-A2 03-30C03E75 3.00 3.00 30.00 75.00 2 30.0 C • •
EB-A2 04-30C04E75 4.00 4.00 30.00 75.00 2 30.0 C • •
EB-A2 05-40C05E100 5.00 5.00 40.00 100.00 2 30.0 C • •
EB-A2 06-50C06E150 6.00 6.00 50.00 150.00 2 30.0 C • •
EB-A2 08-50C08E150 8.00 8.00 50.00 150.00 2 30.0 C • •
EB-A2 10-60C10E150 10.00 10.00 60.00 150.00 2 30.0 C • •
EB-A2 12-75C12E150 12.00 12.00 75.00 150.00 2 30.0 C • •
EB-A2 16-75C16E150 16.00 16.00 75.00 150.00 2 30.0 C • •
EB-A2 20-75C20E150 20.00 20.00 75.00 150.00 2 30.0 C • •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A2(economical-extra
long)
Economical Type 2 Flute, 30°
Helix Ball Nose Extra Long
Solid Carbide Endmills
dh6
L
De8
15°
apHa°
Dimensions
Designation D d apL Flute Ha° Shank(1)
IC900
EB016A020-3C03 1.60 3.00 2.00 38.00 3 30.0 C •
EB030A05-3C03 3.00 3.00 5.00 38.00 3 30.0 C •
EB030A05-3C06 3.00 6.00 5.00 57.00 3 30.0 C •
EB040A07-3C04 4.00 4.00 7.00 50.00 3 30.0 C •
EB040A07-3C06 4.00 6.00 7.00 57.00 3 30.0 C •
EB050A08-3C05 5.00 5.00 8.00 50.00 3 30.0 C •
EB050A08-3C06 5.00 6.00 8.00 57.00 3 30.0 C •
EB060A08-3C06 6.00 6.00 8.00 57.00 3 30.0 C •
EB080A11-3C08 8.00 8.00 11.00 63.00 3 30.0 C •
EB100A13-3C10 10.00 10.00 13.00 72.00 3 30.0 C •
EB120A14-3C12 12.00 12.00 14.00 83.00 3 30.0 C •
• Short and stable design for profiling (roughing). • For user guide, see pages 147-254
(1) C-Cylindrical
EB-A-3
3 Flute, 30° Helix Short Solid
Carbide Ball Nose Endmills
De8
L
Ha°
ap
dh6
Dimensions Tough
1
Hard
Designation D d apL Flute Ha° Shank(1)
IC08
IC900
EB-A4 02-04C06E48 2.00 6.00 4.00 48.00 4 30.0 C • •
EB-A4 03-04C06E48 3.00 6.00 4.00 48.00 4 30.0 C • •
EB-A4 04-06C06E50 4.00 6.00 6.00 50.00 4 30.0 C • •
EB-A4 05-07C06E51 5.00 6.00 7.00 51.00 4 30.0 C • •
EB-A4 06-07C06E51 6.00 6.00 7.00 51.00 4 30.0 C • •
EB-A4 08-09C08E59 8.00 8.00 9.00 59.00 4 30.0 C • •
EB-A4 10-10C10E60 10.00 10.00 10.00 60.00 4 30.0 C • •
EB-A4 12-14C12E71 12.00 12.00 14.00 71.00 4 30.0 C • •
EB-A4 14-14C14E71 14.00 14.00 14.00 71.00 4 30.0 C • •
EB-A4 16-16C16E76 16.00 16.00 16.00 76.00 4 30.0 C • •
EB-A4 18-18C18E76 18.00 18.00 18.00 76.00 4 30.0 C • •
EB-A4 20-20C20E82 20.00 20.00 20.00 82.00 4 30.0 C • •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A4 (economical-short)
Economical Type 4 Flute, 30° Helix Ball
Nose Short Solid Carbide Endmills
ISCAR
140
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
dh6
De8
15°
Ha°
Dimensions
Designation D d apL Flute Ha° Shank(1)
IC900
EB020A03/06-4C03L38 2.00 3.00 3.00 38.00 4 30.0 C •
EB030A05-4C03 3.00 3.00 5.00 38.00 4 30.0 C •
EB030A05-4C06 3.00 6.00 5.00 57.00 4 30.0 C •
EB040A07-4C04 4.00 4.00 7.00 50.00 4 30.0 C •
EB040A07-4C06 4.00 6.00 7.00 50.00 4 30.0 C •
EB050A08-4C06 5.00 6.00 8.00 57.00 4 30.0 C •
EB060A08-4C06 6.00 6.00 8.00 57.00 4 30.0 C •
EB080A11-4C08 8.00 8.00 11.00 63.00 4 30.0 C •
EB100A13-4C10 10.00 10.00 13.00 72.00 4 30.0 C •
EB120A14-4C12 12.00 12.00 14.00 83.00 4 30.0 C •
EB140A14-4C14 14.00 14.00 14.00 83.00 4 30.0 C •
EB160A16-4C16 16.00 16.00 16.00 92.00 4 30.0 C •
EB200A20-4C20 20.00 20.00 20.00 104.00 4 30.0 C •
• Short and stable design for profiling (finishing). • For user guide, see pages 147-254
(1) C-Cylindrical
EB-A-4 (short length)
4 Flute, 30° Helix Short Solid
Carbide Ball Nose Endmills
dh6
L
ap
De8
15°
Ha
Dimensions
Designation D d apL Flute Ha° Shank(1)
IC900
EB030A08-4C04 3.00 4.00 8.00 50.00 4 30.0 C •
EB040A12-4C04 4.00 4.00 12.00 50.00 4 30.0 C •
EB050A14-4C05 5.00 5.00 14.00 50.00 4 30.0 C •
EB060A16-4C06 6.00 6.00 16.00 57.00 4 30.0 C •
EB080A20-4C08 8.00 8.00 20.00 63.00 4 30.0 C •
EB090A11-4C09 9.00 9.00 11.00 67.00 4 30.0 C •
EB100A22-4C10 10.00 10.00 22.00 72.00 4 30.0 C •
EB120A25-4C12 12.00 12.00 25.00 83.00 4 30.0 C •
EB160A32-4C16 16.00 16.00 32.00 92.00 4 30.0 C •
EB200A38-4C20 20.00 20.00 38.00 104.00 4 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A-4 (medium length)
4 Flute, 30° Helix Medium Length
Solid Carbide Ball Nose Endmills
ap
L
De8dh6
Ha°
Dimensions
Designation D d apL Flute Ha° Shank(1)
IC900
EBL040A12-4C04 4.00 4.00 12.00 80.00 4 30.0 C •
EBL060A16-4C06 6.00 6.00 16.00 100.00 4 30.0 C •
EBL070A16-4C07 7.00 7.00 16.00 100.00 4 30.0 C •
EBL080A20-4C08 8.00 8.00 20.00 100.00 4 30.0 C •
EBL090A20-4C09 9.00 9.00 20.00 100.00 4 30.0 C •
EBL100A22-4C10 10.00 10.00 22.00 100.00 4 30.0 C •
EBL120A25-4C12 12.00 12.00 25.00 100.00 4 30.0 C •
EBL160A32-4C16 16.00 16.00 32.00 125.00 4 30.0 C •
• Profiling in deep cavities • For user guide, see pages 147-254
(1) C-Cylindrical
EBL-A-4
4 Flute, 30° Helix Long Solid
Carbide Ball Nose Endmills
141
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
H
De8
15°
D2
Ha°
Dimensions
Designation D d apL H D2Flute Ha° Shank
IC702
EB-A2 001-001/003C4H45 0.10 4.00 0.10 45.00 0.30 0.09 2 30.0 C •
EB-A2 001-001/005C4H45 0.10 4.00 0.10 45.00 0.50 0.09 2 30.0 C •
EB-A2 002-002/005C4H45 0.20 4.00 0.20 45.00 0.50 0.17 2 30.0 C •
EB-A2 002-002/01C4H45 0.20 4.00 0.20 45.00 1.00 0.17 2 30.0 C •
EB-A2 002-002/015C4H45 0.20 4.00 0.20 45.00 1.50 0.17 2 30.0 C •
EB-A2 003-003/01C4H45 0.30 4.00 0.30 45.00 1.00 0.27 2 30.0 C •
EB-A2 003-003/02C4H45 0.30 4.00 0.30 45.00 2.00 0.27 2 30.0 C •
EB-A2 003-003/03C4H45 0.30 4.00 0.30 45.00 3.00 0.27 2 30.0 C •
EB-A2 004-004/03C4H45 0.40 4.00 0.40 45.00 3.00 0.37 2 30.0 C •
EB-A2 005-004/02C4H45 0.50 4.00 0.40 45.00 2.00 0.45 2 30.0 C •
EB-A2 005-004/04C4H45 0.50 4.00 0.40 45.00 4.00 0.45 2 30.0 C •
EB-A2 005-004/08C4H45 0.50 4.00 0.40 45.00 8.00 0.45 2 30.0 C •
EB-A2 006-005/02C4H45 0.60 4.00 0.50 45.00 2.00 0.55 2 30.0 C •
EB-A2 006-005/04C4H45 0.60 4.00 0.50 45.00 4.00 0.55 2 30.0 C •
EB-A2 006-005/08C4H45 0.60 4.00 0.50 45.00 8.00 0.55 2 30.0 C •
EB-A2 008-006/02C4H45 0.80 4.00 0.60 45.00 2.00 0.75 2 30.0 C •
EB-A2 008-006/04C4H45 0.80 4.00 0.60 45.00 4.00 0.75 2 30.0 C •
EB-A2 008-006/06C4H45 0.80 4.00 0.60 45.00 6.00 0.75 2 30.0 C •
EB-A2 008-006/10C4H45 0.80 4.00 0.60 45.00 10.00 0.75 2 30.0 C •
EB-A2 010-008/03C4H45 1.00 4.00 0.80 45.00 3.00 0.95 2 30.0 C •
EB-A2 010-008/04C4H45 1.00 4.00 0.80 45.00 4.00 0.95 2 30.0 C •
EB-A2 010-008/05C4H45 1.00 4.00 0.80 45.00 5.00 0.95 2 30.0 C •
EB-A2 010-008/06C4H45 1.00 4.00 0.80 45.00 6.00 0.95 2 30.0 C •
EB-A2 010-008/08C4H45 1.00 4.00 0.80 45.00 8.00 0.95 2 30.0 C •
EB-A2 010-008/10C4H45 1.00 4.00 0.80 45.00 10.00 0.95 2 30.0 C •
EB-A2 010-008/12C4H45 1.00 4.00 0.80 45.00 12.00 0.95 2 30.0 C •
EB-A2 010-008/16C4H50 1.00 4.00 0.80 50.00 16.00 0.95 2 30.0 C •
EB-A2 010-008/20C4M55 1.00 4.00 0.80 55.00 20.00 0.95 2 30.0 C •
EB-A2 012-010/08C4H45 1.20 4.00 1.00 45.00 8.00 1.15 2 30.0 C •
EB-A2 015-012/06C4H45 1.50 4.00 1.20 45.00 6.00 1.45 2 30.0 C •
EB-A2 015-012/08C4H45 1.50 4.00 1.20 45.00 8.00 1.45 2 30.0 C •
EB-A2 015-012/10C4H45 1.50 4.00 1.20 45.00 10.00 1.45 2 30.0 C •
EB-A2 015-012/12C4H45 1.50 4.00 1.20 45.00 12.00 1.45 2 30.0 C •
EB-A2 015-012/16C4H50 1.50 4.00 1.20 50.00 16.00 1.45 2 30.0 C •
EB-A2 015-012/20C4H55 1.50 4.00 1.20 55.00 20.00 1.45 2 30.0 C •
EB-A2 020-016/04C4H45 2.00 4.00 1.60 45.00 4.00 1.95 2 30.0 C •
EB-A2 020-016/06C4H45 2.00 4.00 1.60 45.00 6.00 1.95 2 30.0 C •
EB-A2 020-016/10C4H45 2.00 4.00 1.60 45.00 10.00 1.95 2 30.0 C •
EB-A2 020-016/12C4H50 2.00 4.00 1.60 50.00 12.00 1.95 2 30.0 C •
EB-A2 020-016/14C4H50 2.00 4.00 1.60 50.00 14.00 1.95 2 30.0 C •
EB-A2 020-016/16C4H50 2.00 4.00 1.60 50.00 16.00 1.95 2 30.0 C •
EB-A2 020-016/20C4H55 2.00 4.00 1.60 55.00 20.00 1.95 2 30.0 C •
EB-A2 020-016/25C4H60 2.00 4.00 1.60 60.00 25.00 1.95 2 30.0 C •
EB-A2 020-016/30C4H70 2.00 4.00 1.60 70.00 30.00 1.95 2 30.0 C •
EB-A2 030-024/12C6H50 3.00 6.00 2.40 50.00 12.00 2.85 2 30.0 C •
EB-A2 030-024/16C6H55 3.00 6.00 2.40 55.00 16.00 2.85 2 30.0 C •
EB-A2 030-024/20C6H60 3.00 6.00 2.40 60.00 20.00 2.85 2 30.0 C •
EB-A2 030-024/25C6H65 3.00 6.00 2.40 65.00 25.00 2.85 2 30.0 C •
EB-A2 030-024/30C6H70 3.00 6.00 2.40 70.00 30.00 2.85 2 30.0 C •
EB-A2 030-024/35C6H80 3.00 6.00 2.40 80.00 35.00 2.85 2 30.0 C •
EB-A2 040-032/16C6H60 4.00 6.00 3.20 60.00 16.00 3.85 2 30.0 C •
EB-A2 040-032/20C6H65 4.00 6.00 3.20 65.00 20.00 3.85 2 30.0 C •
EB-A2 040-032/25C6H70 4.00 6.00 3.20 70.00 25.00 3.85 2 30.0 C •
• For user guide, see pages 147-254
EB-A2-H (rib processing)
2 Flute, 30° Helix Rib Processing
Solid Carbide Ball Nose Endmills
for Materials up to 65 HRC
ISCAR
142
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
H
De8
15°
D2
Ha°
HARD MATERIALS
EB-A2 (rib processing)
2 Flute, 30° Helix Rib Processing
Solid Carbide Ball Nose Endmills
for Materials up to 55 HRc
Dimensions
Designation D d apL H D2Flute Ha° Shank(1)
IC903
EB-A2 004-006/01C4M45 0.40 4.00 0.60 45.00 1.00 0.36 2 30.0 C •
EB-A2 004-006/02C4M45 0.40 4.00 0.60 45.00 2.00 0.36 2 30.0 C •
EB-A2 004-006/03C4M45 0.40 4.00 0.60 45.00 3.00 0.36 2 30.0 C •
EB-A2 005-007/02C4M45 0.50 4.00 0.70 45.00 2.00 0.45 2 30.0 C •
EB-A2 005-007/04C4M45 0.50 4.00 0.70 45.00 4.00 0.45 2 30.0 C •
EB-A2 005-007/06C4M45 0.50 4.00 0.70 45.00 6.00 0.45 2 30.0 C •
EB-A2 005-007/08C4M45 0.50 4.00 0.70 45.00 8.00 0.45 2 30.0 C •
EB-A2 006-009/02C4M45 0.60 4.00 0.90 45.00 2.00 0.55 2 30.0 C •
EB-A2 006-009/04C4M45 0.60 4.00 0.90 45.00 4.00 0.55 2 30.0 C •
EB-A2 006-009/06C4M45 0.60 4.00 0.90 45.00 6.00 0.55 2 30.0 C •
EB-A2 006-009/08C4M45 0.60 4.00 0.90 45.00 8.00 0.55 2 30.0 C •
EB-A2 008-012/02C4M45 0.80 4.00 1.20 45.00 2.00 0.75 2 30.0 C •
EB-A2 008-012/04C4M45 0.80 4.00 1.20 45.00 4.00 0.75 2 30.0 C •
EB-A2 008-012/06C4M45 0.80 4.00 1.20 45.00 6.00 0.75 2 30.0 C •
EB-A2 008-012/10C4M45 0.80 4.00 1.20 45.00 10.00 0.75 2 30.0 C •
EB-A2 010-015/03C4M45 1.00 4.00 1.50 45.00 3.00 0.97 2 30.0 C •
EB-A2 010-015/04C4M45 1.00 4.00 1.50 45.00 4.00 0.97 2 30.0 C •
EB-A2 010-015/05C4M45 1.00 4.00 1.50 45.00 5.00 0.97 2 30.0 C •
EB-A2 010-015/06C4M45 1.00 4.00 1.50 45.00 6.00 0.97 2 30.0 C •
EB-A2 010-015/07C4M45 1.00 4.00 1.50 45.00 7.00 0.95 2 30.0 C •
EB-A2 010-015/08C4M45 1.00 4.00 1.50 45.00 8.00 0.95 2 30.0 C •
EB-A2 010-015/10C4M45 1.00 4.00 1.50 45.00 10.00 0.95 2 30.0 C •
EB-A2 010-015/12C4M45 1.00 4.00 1.50 45.00 12.00 0.93 2 30.0 C •
EB-A2 010-015/14C4M50 1.00 4.00 1.50 50.00 14.00 0.93 2 30.0 C •
EB-A2 010-015/16C4M50 1.00 4.00 1.50 50.00 16.00 0.93 2 30.0 C •
EB-A2 010-015/20C4M55 1.00 4.00 1.50 55.00 20.00 0.93 2 30.0 C •
EB-A2 012-018/08C4M45 1.20 4.00 1.80 45.00 8.00 1.17 2 30.0 C •
EB-A2 012-018/12C4M45 1.20 4.00 1.80 45.00 12.00 1.13 2 30.0 C •
EB-A2 014-021/08C4M45 1.40 4.00 2.10 45.00 8.00 1.35 2 30.0 C •
EB-A2 014-021/16C4M50 1.40 4.00 2.10 50.00 16.00 1.31 2 30.0 C •
EB-A2 015-015/03C04M50 1.50 4.00 1.50 50.00 3.00 1.47 2 30.0 C •
EB-A2 015-023/06C4M45 1.50 4.00 2.30 45.00 6.00 1.47 2 30.0 C •
EB-A2 015-023/08C4M45 1.50 4.00 2.30 45.00 8.00 1.45 2 30.0 C •
EB-A2 015-023/10C4M45 1.50 4.00 2.30 45.00 10.00 1.45 2 30.0 C •
EB-A2 015-023/12C4M45 1.50 4.00 2.30 45.00 12.00 1.43 2 30.0 C •
EB-A2 015-023/16C4M50 1.50 4.00 2.30 50.00 16.00 1.41 2 30.0 C •
EB-A2 015-023/20C4M55 1.50 4.00 2.30 55.00 20.00 1.39 2 30.0 C •
EB-A2 016-024/08C4M45 1.60 4.00 2.40 45.00 8.00 1.55 2 30.0 C •
EB-A2 016-024/12C4M45 1.60 4.00 2.40 45.00 12.00 1.53 2 30.0 C •
EB-A2 018-027/08C4M45 1.80 4.00 2.70 45.00 8.00 1.75 2 30.0 C •
EB-A2 018-027/12C4M45 1.80 4.00 2.70 45.00 12.00 1.73 2 30.0 C •
EB-A2 018-027/16C4M50 1.80 4.00 2.70 50.00 16.00 1.71 2 30.0 C •
EB-A2 020-030/04C4M45 2.00 4.00 3.00 45.00 4.00 1.97 2 30.0 C •
EB-A2 020-030/06C4M45 2.00 4.00 3.00 45.00 6.00 1.97 2 30.0 C •
EB-A2 020-030/10C4M45 2.00 4.00 3.00 45.00 10.00 1.93 2 30.0 C •
EB-A2 020-030/12C4M50 2.00 4.00 3.00 50.00 12.00 1.93 2 30.0 C •
EB-A2 020-030/14C4M50 2.00 4.00 3.00 50.00 14.00 1.93 2 30.0 C •
EB-A2 020-030/16C4M50 2.00 4.00 3.00 50.00 16.00 1.91 2 30.0 C •
EB-A2 020-030/20C4M55 2.00 4.00 3.00 55.00 20.00 1.89 2 30.0 C •
EB-A2 020-030/25C4M60 2.00 4.00 3.00 60.00 25.00 1.89 2 30.0 C •
EB-A2 020-030/30C4M70 2.00 4.00 3.00 70.00 30.00 1.89 2 30.0 C •
EB-A2 030-045/08C6M50 3.00 6.00 4.50 50.00 8.00 2.85 2 30.0 C •
EB-A2 030-045/10C6M50 3.00 6.00 4.50 50.00 10.00 2.85 2 30.0 C •
EB-A2 030-045/12C6M50 3.00 6.00 4.50 50.00 12.00 2.85 2 30.0 C •
EB-A2 030-045/16C6M55 3.00 6.00 4.50 55.00 16.00 2.85 2 30.0 C •
EB-A2 030-045/20C6M60 3.00 6.00 4.50 60.00 20.00 2.85 2 30.0 C •
EB-A2 030-045/25C6M65 3.00 6.00 4.50 65.00 25.00 2.85 2 30.0 C •
EB-A2 030-045/30C6M70 3.00 6.00 4.50 70.00 30.00 2.85 2 30.0 C •
EB-A2 030-045/35C6M80 3.00 6.00 4.50 80.00 35.00 2.85 2 30.0 C •
EB-A2 040-060/10C6M60 4.00 6.00 6.00 60.00 10.00 3.80 2 30.0 C •
EB-A2 040-060/12C6M60 4.00 6.00 6.00 60.00 12.00 3.80 2 30.0 C •
EB-A2 040-060/16C6M60 4.00 6.00 6.00 60.00 16.00 3.80 2 30.0 C •
EB-A2 040-060/20C6M65 4.00 6.00 6.00 65.00 20.00 3.80 2 30.0 C •
EB-A2 040-060/25C6M70 4.00 6.00 6.00 70.00 25.00 3.80 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
143
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
• For user guide, see pages 147-254
(1) C-Cylindrical
dh6
L
ap
H
De8
15°
D2
Ha°
HARD MATERIALS
EB-A2 (rib processing)
(continued)
2 Flute, 30° Helix Rib Processing
Solid Carbide Ball Nose Endmills
for Materials up to 55 HRc
Dimensions
Designation D d apL H D2Flute Ha° Shank(1)
IC903
EB-A2 040-060/30C6M70 4.00 6.00 6.00 70.00 30.00 3.80 2 30.0 C •
EB-A2 040-060/35C6M80 4.00 6.00 6.00 80.00 35.00 3.80 2 30.0 C •
EB-A2 040-060/45C6M90 4.00 6.00 6.00 90.00 45.00 3.80 2 30.0 C •
EB-A2 050-075/20C6M60 5.00 6.00 7.50 60.00 20.00 4.80 2 30.0 C •
EB-A2 050-075/25C6M70 5.00 6.00 7.50 70.00 25.00 4.80 2 30.0 C •
EB-A2 050-075/30C6M80 5.00 6.00 7.50 80.00 30.00 4.80 2 30.0 C •
EB-A2 050-075/35C6M80 5.00 6.00 7.50 80.00 35.00 4.80 2 30.0 C •
EB-A2 060-090/20C6M80 6.00 6.00 9.00 80.00 20.00 5.80 2 30.0 C •
EB-A2 060-090/30C6M90 6.00 6.00 9.00 90.00 30.00 5.80 2 30.0 C •
EB-A2 060-090/40C6M100 6.00 6.00 9.00 100.00 40.00 5.80 2 30.0 C •
EB-A2 060-090/50C6M110 6.00 6.00 9.00 110.00 50.00 5.80 2 30.0 C •
L
ap
H
rD2
Ha°
d
h6
De
8
HARD MATERIALS
Dimensions
Designation D r d apL H D2Flute Ha° Shank(1)
IC903
EB-A2 03-08C06M70 3.00 1.50 6.00 8.00 70.00 - - 2 30.0 C •
EB-A2 04-08C06M70 4.00 2.00 6.00 8.00 70.00 - - 2 30.0 C •
EB-A2 05-12C06M80 5.00 2.50 6.00 12.00 80.00 - - 2 30.0 C •
EB-A2 06-12/22C06M80 6.00 3.00 6.00 12.00 80.00 22.00 5.80 2 30.0 C •
EB-A2 07-14C08M90 7.00 3.50 8.00 14.00 90.00 - - 2 30.0 C •
EB-A2 08-14/27C08M90 8.00 4.00 8.00 14.00 90.00 27.00 7.80 2 30.0 C •
EB-A2 10-18/31C10M100 10.00 5.00 10.00 18.00 100.00 31.00 9.80 2 30.0 C •
EB-A2 12-22/35C12M110 12.00 6.00 12.00 22.00 110.00 35.00 11.80 2 30.0 C •
EB-A2 14-26C12M120 14.00 7.00 12.00 26.00 120.00 - - 2 30.0 C •
EB-A2 16-30/50C16M140 16.00 8.00 16.00 30.00 140.00 50.00 15.80 2 30.0 C •
EB-A2 18-34C16M140 18.00 9.00 16.00 34.00 140.00 - - 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A2 (long with neck)
2 Flute, 30° Helix Long Solid Carbide
Ball Nose Endmills with Relieved
Necks for Materials up to 65 HRC
ap
L
r
Ha°
d
h6
De
8
HARD MATERIALS
Dimensions
Designation D r d apL Flute Ha° Shank(1)
IC903
EB-A2 02-06C03M80 2.00 1.00 3.00 6.00 80.00 2 30.0 C •
EB-A2 03-08C03M100 3.00 1.50 3.00 8.00 100.00 2 30.0 C •
EB-A2 04-08C04M100 4.00 2.00 4.00 8.00 100.00 2 30.0 C •
EB-A2 06-10C06M120 6.00 3.00 6.00 10.00 120.00 2 30.0 C •
EB-A2 08-14C08M140 8.00 4.00 8.00 14.00 140.00 2 30.0 C •
EB-A2 10-18C10M180 10.00 5.00 10.00 18.00 180.00 2 30.0 C •
EB-A2 12-22C12M200 12.00 6.00 12.00 22.00 200.00 2 30.0 C •
EB-A2 16-30C16M250 16.00 8.00 16.00 30.00 250.00 2 30.0 C •
EB-A2 20-38C20M250 20.00 10.00 20.00 38.00 250.00 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A2 (extra long)
2 Flute, 30° Helix Extra Long
Solid Carbide Ball Nose Endmills
for Materials up to 65 HRC
ISCAR
144
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
dh6
L
ap
H
l2
De8
r±0.01 DTa°
D2
Ha°
HARD MATERIALS
Dimensions
Designation D r d apl2H D2Ta° L Flute Ha° Shank(1)
IC903
EB-A2 01-02/04/1.5C06M60 1.00 0.50 6.00 2.00 4.0 23.00 2.00 1.5 60.00 2 30.0 C •
EB-A2 01-02/04/3.0C06M80 1.00 0.50 6.00 2.00 4.0 42.00 5.00 3.0 80.00 2 30.0 C •
EB-A2 01-02/04/5.0C06M60 1.00 0.50 6.00 2.00 4.0 23.00 4.30 5.0 60.00 2 30.0 C •
EB-A2 02-04/06/1.5C06M60 2.00 1.00 6.00 4.00 6.0 23.00 2.90 1.5 60.00 2 30.0 C •
EB-A2 02-04/06/3.0C06M80 2.00 1.00 6.00 4.00 6.0 41.00 5.70 3.0 80.00 2 30.0 C •
EB-A2 02-04/06/5.0C06M60 2.00 1.00 6.00 4.00 6.0 23.00 5.00 5.0 60.00 2 30.0 C •
EB-A2 03-06/08/1.5C06M90 3.00 1.50 6.00 6.00 8.0 52.00 5.30 1.5 90.00 2 30.0 C •
EB-A2 03-06/08/3.0C06M70 3.00 1.50 6.00 6.00 8.0 32.00 5.60 3.0 70.00 2 30.0 C •
EB-A2 04-08/10/1.5C06M90 4.00 2.00 6.00 8.00 10.0 49.00 6.00 1.5 90.00 2 30.0 C •
EB-A2 04-08/10/3.0C06M70 4.00 2.00 6.00 8.00 10.0 28.00 6.00 3.0 70.00 2 30.0 C •
EB-A2 05-10/12/1.5C08M110 5.00 2.50 8.00 10.00 12.0 61.00 7.60 1.5 110.00 2 30.0 C •
EB-A2 05-10/12/3.0C08M90 5.00 2.50 8.00 10.00 12.0 41.00 8.00 3.0 90.00 2 30.0 C •
EB-A2 06-12/15/1.5C08M110 6.00 3.00 8.00 12.00 15.0 53.00 8.00 1.5 110.00 2 30.0 C •
EB-A2 06-12/15/3.0C08M90 6.00 3.00 8.00 12.00 15.0 34.00 8.00 3.0 90.00 2 30.0 C •
EB-A2 08-14/17/1.5C10M120 8.00 4.00 10.00 14.00 17.0 55.00 10.00 1.5 120.00 2 30.0 C •
EB-A2 08-14/17/3.0C10M100 8.00 4.00 10.00 14.00 17.0 36.00 10.00 3.0 100.00 2 30.0 C •
EB-A2 10-18/21/1.5C12M130 10.00 5.00 12.00 18.00 21.0 59.00 12.00 1.5 130.00 2 30.0 C •
EB-A2 10-18/21/3.0C12M110 10.00 5.00 12.00 18.00 21.0 40.00 12.00 3.0 110.00 2 30.0 C •
EB-A2 12-22/25/1.5C16M160 12.00 6.00 16.00 22.00 25.0 83.00 15.00 1.5 160.00 2 30.0 C •
EB-A2 12-22/25/3.0C16M140 12.00 6.00 16.00 22.00 25.0 63.00 16.00 3.0 140.00 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A2 (tapered flute & neck)
2 Tapered Flutes, 30° Helix
Solid Carbide Ball Nose
Endmills with Relieved Necks
for Materials up to 65 HRC
dh6
L
ap
H
De8
D2
r
Ha°
HARD MATERIALS
Dimensions
Designation D r d apH L D2Flute Ha° Shank(1)
IC903
EB-A2 01-01/02C04M50 1.00 0.50 4.00 1.00 2.20 50.00 0.95 2 30.0 C •
EB-A2 01-01/02C06M50 1.00 0.50 6.00 1.00 2.20 50.00 0.95 2 30.0 C •
EB-A2 012-012/02C04M50 1.20 0.60 4.00 1.20 2.60 50.00 1.10 2 30.0 C •
EB-A2 02-02/04C06M50 2.00 1.00 6.00 2.00 4.00 50.00 1.90 2 30.0 C •
EB-A2 025-025/05C06M60 2.50 1.25 6.00 2.50 5.00 60.00 2.40 2 30.0 C •
EB-A2 03-03/06C06M60 3.00 1.50 6.00 3.00 6.00 60.00 2.90 2 30.0 C •
EB-A2 04-04/08C06M70 4.00 2.00 6.00 4.00 8.00 70.00 3.90 2 30.0 C •
EB-A2 05-05/10C06M80 5.00 2.50 6.00 5.00 10.00 80.00 4.90 2 30.0 C •
EB-A2 06-06/12C06M90 6.00 3.00 6.00 6.00 12.00 90.00 5.90 2 30.0 C •
EB-A2 07-07/14C08M90 7.00 3.50 8.00 7.00 14.00 90.00 6.90 2 30.0 C •
EB-A2 08-08/16C08M100 8.00 4.00 8.00 8.00 16.00 100.00 7.90 2 30.0 C •
EB-A2 09-09/18C10M100 9.00 4.50 10.00 9.00 18.00 100.00 8.90 2 30.0 C •
EB-A2 10-10/20C10M100 10.00 5.00 10.00 10.00 20.00 100.00 9.90 2 30.0 C •
EB-A2 12-12/24C12M110 12.00 6.00 12.00 12.00 24.00 110.00 11.90 2 30.0 C •
EB-A2 14-14/28C14M110 14.00 7.00 14.00 14.00 28.00 110.00 13.80 2 30.0 C •
EB-A2 16-16/32C16M140 16.00 8.00 16.00 16.00 32.00 140.00 15.80 2 30.0 C •
EB-A2 18-18/36C18M140 18.00 9.00 18.00 18.00 36.00 140.00 17.80 2 30.0 C •
EB-A2 25-25/50C25M180 25.00 12.50 25.00 25.00 50.00 180.00 24.80 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
EB-A2 (precision stub cut)
2 Flute, 30° Helix Stub Cut
Length High Precision Ball Nose
Endmills with Relieved Necks
for Materials up to 65 HRC
145
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
d
L
D15°
Ha
ap
Dimensions Tough
1
Hard
Designation D r d apL Flute Ha° Shank(1)
IC08
IC900
EBM004A008-2C03 0.40 0.20 3.00 0.80 38.00 2 30.0 C • •
EBM005A010-2C03 0.50 0.25 3.00 1.00 38.00 2 30.0 C • •
EBM006A012-2C03 0.60 0.30 3.00 1.20 38.00 2 30.0 C • •
EBM007A014-2C03 0.70 0.35 3.00 1.40 38.00 2 30.0 C •
EBM008A016-2C03 0.80 0.40 3.00 1.60 38.00 2 30.0 C • •
EBM010A025-2C04 1.00 0.50 4.00 2.50 50.00 2 30.0 C • •
EBM012A030-2C04 1.20 0.60 4.00 3.00 50.00 2 30.0 C • •
EBM016A040-2C04 1.60 0.80 4.00 4.00 50.00 2 30.0 C • •
EBM020A060-2C04 2.00 1.00 4.00 6.00 50.00 2 30.0 C • •
• Short and stable design for profiling (roughing). • For user guide, see pages 147-254
(1) C-Cylindrical
D Tolerance
D≤0.6 D 0.000
-0.010
0.6<D≤2 D 0.000
-0.012
EBM-A-2
2 Flute, 30° Helix Medium Length Solid
Carbide Miniature Ball Nose Endmills
dh6
ap
H
Ha°
L
De8
r±0.01 D21.6°
HARD MATERIALS
Dimensions
Designation D r d apH D2L Flute Ha° Shank(1)
IC903
ESB-A2 03 02/30C06M80 3.00 1.50 6.00 2.30 30.00 2.50 80.00 2 30.0 C •
ESB-A2 04 03/30C06M80 4.00 2.00 6.00 3.10 30.00 3.30 80.00 2 30.0 C •
ESB-A2 05 03/38C06M80 5.00 2.50 6.00 3.90 38.00 4.10 80.00 2 30.0 C •
ESB-A2 06 04/28C06M100 6.00 3.00 6.00 4.90 28.00 4.70 100.00 2 30.0 C •
ESB-A2 08 06/33C08M100 8.00 4.00 8.00 6.30 33.00 6.50 100.00 2 30.0 C •
ESB-A2 10 07/40C10M100 10.00 5.00 10.00 7.90 40.00 8.20 100.00 2 30.0 C •
ESB-A2 16 12/59C16M150 16.00 8.00 16.00 12.40 59.00 13.40 150.00 2 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
ESB-A2
2 Flute, 30° Helix Spherical Long
Solid Carbide Ball Nose Endmills
for Materials up to 65 HRc
dh6
1.6°
L
H
apHa°
De8
D2
r±0.01
HARD MATERIALS
Dimensions
Designation D r d apH D2L Flute Ha° Shank(1)
IC903
ESB-A4 05 3/38C06M80 5.00 2.50 6.00 3.90 38.00 4.10 80.00 4 30.0 C •
ESB-A4 06 4/28C06M100 6.00 3.00 6.00 4.90 28.00 4.70 100.00 4 30.0 C •
ESB-A4 08 6/33C08M100 8.00 4.00 8.00 6.30 33.00 6.30 100.00 4 30.0 C •
ESB-A4 10 7/40C10M100 10.00 5.00 10.00 7.90 40.00 8.20 100.00 4 30.0 C •
ESB-A4 12 9/49C12M100 12.00 6.00 12.00 9.50 49.00 9.80 100.00 4 30.0 C •
ESB-A4 16 12/59C16M150 16.00 8.00 16.00 12.40 59.00 13.40 150.00 4 30.0 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
ESB-A4
4 Flute, 30° Helix Spherical Long
Solid Carbide Ball Nose Endmills
for Materials up to 65 HRC
ISCAR
146
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ap
L
d
90° Ref.
D5
Dimensions
Designation D5dapL Flute Shank(1)
IC900
ECF D-1.5/45-4C04 1.00 4.00 1.50 50.00 4 C •
ECF D-2/45-4C06 2.00 6.00 2.00 57.00 4 C •
ECF D-3/45-4C08 2.00 8.00 3.00 63.00 4 C •
ECF D-4/45-4C10 2.00 10.00 4.00 72.00 4 C •
ECF D-5/45-4C12 2.00 12.00 5.00 83.00 4 C •
• For user guide, see pages 147-254
(1) C-Cylindrical
ECF../45
45° Chamfering and Countersinking
Solid Carbide Endmills
L3
90°d
L
D
ap
Dimensions Tough
1
Hard
Designation D d L apL3Shank(1)
IC08
IC900
ECD-S2 030/90C03-38 3.00 3.00 38.00 1.37 6.00 C • •
ECD-S2 040/90C04-50 4.00 4.00 50.00 1.79 8.00 C • •
ECD-S2 050/90C05-50 5.00 5.00 50.00 2.24 10.00 C • •
ECD-S2 060/90C06-57 6.00 6.00 57.00 2.71 12.00 C • •
ECD-S2 080/90C08-63 8.00 8.00 63.00 3.63 16.00 C • •
ECD-S2 100/90C10-72 10.00 10.00 72.00 4.55 20.00 C • •
ECD-S2 120/90C12-73 12.00 12.00 73.00 5.47 24.00 C • •
• For user guide, see pages 147-254
(1) C-Cylindrical
ECD-S2
45° Chamfering and Spot
Drilling Solid Carbide Tools
Grade Priorities for Solid Carbide Endmills
Material Groups
ISO P ISO M ISO K ISO N ISO S ISO H
1 - 11 12 - 13 14 15 - 20 21 - 28 31 - 37 38 - 41
Steel
Stainless
Steel Ferritic &
Martensitic
Stainless Steel
Austenitic &
Duplex (Ferritic-
Austenitic)
Cast Iron Nonferrous High Temp
Alloys
Hard Steel
& Hardened
Cast Iron
Solid &
MULTI-
MASTER
Endmills
Roughing /
Semi-
Finishing
Harder
Tougher
IC702 IC702 IC702 IC702 IC702 IC702 IC702
IC903 IC903 IC903 IC903 IC903 IC903 IC903
IC300 IC300 IC300
IC608 IC608 IC608 IC608 IC608 IC608 IC608
IC900/
IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908
IC08 IC08
Coolant N Y Y N Y Y N
Solid &
MULTI-
MASTER
Endmills
Finishing
Harder
Tougher
IC702 IC702 IC702 IC702 IC702 IC702 IC702
IC903 IC903 IC903 IC903 IC903 IC903 IC903
IC300 IC300 IC300
IC608 IC608 IC608 IC608 IC608 IC608 IC608
IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908 IC900/IC908
IC08 IC08
Coolant N Y Y N Y Y N
147
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
147
USER GUIDE
Machining Data for Solid Carbide and MULTI-MASTER Endmills
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic. 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
148
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
148
USER GUIDE
Solid Carbide Endmills
No. IC900 / IC608 IC903 IC300 IC08
1260 - 280 260 - 280 210 - 220 180 - 200
2200 - 230 200 - 230 160 - 180 140 - 160
3160 - 220 160 - 220 130 - 180 110 - 150
4160 - 220 160 - 220 130 - 180 110 - 150
5140 - 180 140 - 180 110 - 140 100 - 130
6160 - 220 160 - 220 130 - 180 110 - 150
7120 - 180 120 - 180 100 - 140 80 - 130
8130 - 180 130 - 180 100 - 140 90 - 130
9140 - 180 140 - 180 110 - 140 100 - 130
10 130 - 180 130 - 180 100 - 140 90 - 130
11 70 - 120 70 - 120 60 - 100 50 - 80
12 80 - 160 80 - 160 60 - 130 60 - 110
13 60 - 150 60 - 150 50 - 120 40 - 100
14 60 - 120 60 - 120 50 - 100 40 - 80
15 80 - 260 80 - 250 60 - 210 60 - 180
16 130 - 240 130 - 240 100 - 190 90 - 170
17 150 - 280 150 - 270 120 - 220 100 - 200
18 90 - 280 90 - 270 70 - 220 60 - 200
19 150 - 280 150 - 270 120 - 220 100 - 200
20 140 - 240 140 - 240 110 - 190 100 - 170
21 800 - 900
22 700 - 800
23 800 - 900
24 750 - 850
25 400 - 450
26 500 - 550
27 500 - 550
28 350 - 380
29
30
31 20 - 40 20 - 40 20 - 30 10 - 20
32 20 - 40 20 - 30 20 - 20 10 - 20
33 20 - 50 20 - 30 20 - 20 20 - 50
34 20 - 70 20 - 30 20 - 20 20 - 50
35 30 - 70 30 - 80 20 - 60 20 - 50
36 30 - 70 30 - 80 20 - 60 20 - 30
37 30 - 70 30 - 80 20 - 60 20 - 30
38 30 - 50 30 - 60 20 - 40 40 - 60
39 30 - 40 30 - 40 20 - 30 20 - 30
40 60 - 80 70 - 90 50 - 60 65 - 75
41 30 - 50 30 - 60 20 - 40 40 - 45
149
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
149
USER GUIDE
Machining Data for MULTI-MASTER Groove Milling Heads
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic. 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
150
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
150
USER GUIDE
MM-TS MM-GRIT K-TYPE MM-GRIT P-TYPE
Speed Feed mm/t Speed Feed mm/t Speed Feed mm/t
V m/min Fz (min) Fz (max) V m/min Fz (min) Fz (max) V m/min Fz (min) Fz (max)
110-140 0.08 0.20 110-160 0.05 0.15 - - -
100-120 0.08 0.18 100-150 0.05 0.15 - - -
70-100 0.08 0.15 80-100 0.05 0.15 - - -
70-100 0.08 0.15 80-100 0.05 0.15 - - -
60-80 0.08 0.15 60-80 0.05 0.15 - - -
100-120 0.08 0.15 110-150 0.05 0.15 - - -
90-120 0.08 0.15 100-120 0.05 0.15 - - -
80-110 0.08 0.15 70-110 0.05 0.15 - - -
70-100 0.05 0.12 70-100 0.05 0.15 - - -
60-80 0.05 0.18 60-80 0.05 0.15 - - -
55-70 0.08 0.15 55-70 0.05 0.15 - - -
100-130 0.06 0.12 100-130 0.03 0.15 100-130 0.03 0.10
100-120 0.08 0.15 100-130 0.03 0.15 100-130 0.03 0.10
80-120 0.05 0.10 90-120 0.03 0.12 90-120 0.03 0.10
160-220 0.10 0.20 160-220 0.03 0.12 - - -
120-200 0.10 0.15 120-200 0.03 0.12 - - -
100-140 0.10 0.20 - - - - - -
80-100 0.10 0.15 - - - - - -
180-250 0.10 0.20 180-250 0.03 0.15 - - -
160-220 0.10 0.15 160-220 0.03 0.15 - - -
800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
- - - - - - 600-1000 0.05 0.15
- - - - - - 500-1000 0.05 0.15
- - - - - - 200-400 0.05 0.15
- - - - - - - - -
- - - - - - - - -
- - - - - - - - -
- - - - - - - - -
- - - - - - - - -
- - - 30-40 0.02 0.12 - - -
25-35 0.05 0.12 25-40 0.02 0.12 - - -
25-35 0.05 0.12 25-40 - - - 0.01 0.12
25-35 0.05 0.12 25-40 - - - 0.01 0.12
40-60 0.05 0.12 25-40 - - - 0.01 0.12
40-60 0.05 0.12 40-60 - - - 0.05 0.12
40-60 0.05 0.10 40-60 - - - 0.05 0.10
151
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
151
USER GUIDE
d1 [µ m] d1 [µ in] **a*Ra *Pra/Rra *SRa **tA *aA*PA
Square End *
2 Flute *
General Use
< 7 < .3 30 10 10 - 2 7 8
> 7 > .3 30 8 10 - 2 7 8
3 Flute *
General Use
< 7 < .3 38-45 9 10 - 2 5 7
> 7 > .3 38-45 7 10 - 2 5 7
4 Flute *
General Use
< 7 < .3 30-45 7 10 - 1.5 5 7
> 7 > .3 30-45 7 10 - 1.5 5 7
6 Flute ECH… *
General Use
< 7 < .3 45 8 10 - 1.5 6 7
> 7 > .3 45 7 9 - 1.5 5 7
6 Flute EC-D6 Hard Material* - - 50 -12 10 - 1 -2 7
Ball End
2 Flute *
General Use
< 7 < .3 30 7 11 24 - 3 13
> 7 > .3 30 7 11 24 - 3 13
3 Flute *
General Use
< 7 < .3 30 7 11 24 - 3 11
> 7 > .3 30 7 11 24 - 3 11
4 Flute
General Use
< 7 < .3 30 7 11 24 - 3 13
> 7 > .3 30 7 11 24 - 3 13
Square End + Radius *
3 Flute *
General Use
< 7 < .3 38-45 9 12 25 3 6 12
> 7 > .3 38-45 7 12 24 3 5 12
4 Flute *
General Use
< 7 < .3 30-45 8 12 26 3 5 12
> 7 > .3 30-45 7 12 24 4 5 12
6 Flute *
General Use
< 7 < .3 45 8 12 22 4 5 12
> 7 > .3 45 7 11 22 4 5 11
10 Flute * (MM) General Use - - 30 7 10 16 4 3 10
Roughers *
ERF-A-3..6 *
General Use *
< 7 < .3 30-38 9 8 - 2.5 6 7
> 7 > .3 30-38 8 8 - 2.5 6 7
EBRF-T3…4 *
General Use
<7 < .3 20 6 8 - - 3 12
> 7 > .3 20 6 8 - - 3 12
ECR-B-4/5/7 *
Stainless Steel/General Use
<7 < .3 45 9 7.5 - 3 5 7
>7 > .3 45 8 8 - 3 5 7
ECR-T4… *
PH /General Use
<7 < .3 20 9 7.5 - 2 5 7
>7 > .3 20 8 7.5 - 2 5 7
ERC-E3 *
Aluminum
< 7 < .3 38 16 10 - 2 10 10
> 7 > .3 38 16 11 - 2 10 10
ECR-B3 3 Flute Aluminum* - - 45 16 11 - 4 10 10
Aluminum *
ECA-B-2 *
2 Flute Aluminum
< 7 < .3 45-55 16 11 25 5 10 11
> 7 > .3 45-55 16 11 25 5 10 11
ECA-B-3 *
3 Flute Aluminum
< 7 < .3 45 16 10 - 4 10 10
> 7 > .3 45 16 10 - 4 10 10
Chip Splitters
ECP-E3/4 *
Stainless Steel/General Use
< 7 < .3 38 8 8 - 3 6 7
> 7 > .3 38 8 8 - 3 6 7
FiniShred
EFS-B44 *
General Use ***
< 7 < .3 45 3 7.5 - 1.5 2 7
> 7 > .3 45 3 7.5 - 1.5 2 7
ChatterFree
EC-E4...CF *
General Use
< 7 < .3 38 4 3 9**** 3 2 7
> 7 > .3 38 4 3 8**** 3 2 7
ChatterFree
EC-E5...CF *
General Use
< 7 < .3 38 7 8 - 3 2 7
> 7 > .3 38 6 8 - 3 2 7
Regrinding Instructions for Solid Carbide Endmills
Ød1
aA
a
H
H
Radius
Chamfer SA
PA
tA
A
1
A
Heel
B
P
P
10°
20°
aA
H
Ød
1
45°
Aw
H
SA
PA
C
R=d
1
/2±0.01
A
1
A
ISCAR
152
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
152
USER GUIDE
*SAW *A *A1LwAwP B Radius
17 0.18*d1 12.0 - - 0.10*d1 - - -
17 0.175*d1 12.0 - - 0.10*d1 - - -
17 0.175*d1 12.0 - - 0.10*d1 - - -
17 0.16*d1 12.0 - - 0.10*d1 - - -
16 0.17*d1 12.0 - - 0.10*d1 - - -
16 0.16*d1 12.0 - - 0.10*d1 - - -
17 0.14*d1 - - - 0.08*d1 - - -
17 0.13*d1 - - - 0.08*d1 - - -
- 0.19*d1 - - - - - - -
24 0.175*d1 12.0 24 0.06*d1 0.06*d1 0.06*d1 0.22*d1 -
24 0.165*d1 12.0 24 0.05*d1 0.05*d1 0.05*d1 0.17*d1 -
24 0.175*d1 11.0 24 0.06*d1 0.06*d1 0.08*d1 0.165*d1 -
24 0.165*d1 11.0 24 0.05*d1 0.05*d1 0.05*d1 0.170*d1 -
24 0.175*d1 12.0 24 0.06*d1 0.06*d1 0.06*d1 0.165*d1 -
24 0.165*d1 12.0 24 0.05*d1 0.05*d1 0.05*d1 0.170*d1 -
22 0.175*d1 12.0 23.5 0.06*d1 0.10*d1 0.08*d1 0.157*d1 -
22 0.165*d1 12.0 23 0.05*d1 0.10*d1 0.075*d1 0.148*d1 -
22 0.175*d1 12.0 24 0.06*d1 0.10*d1 0.08*d1 0.157*d1 -
22 0.165*d1 12.0 23 0.05*d1 0.10*d1 0.075*d1 0.148*d1 -
22 0.14*d1 12.0 22 0.06*d1 0.10*d1 0.08*d1 0.126*d1 -
22 0.13*d1 11.0 22 0.05*d1 0.10*d1 0.075*d1 0.117*d1 -
16 0.10*d1 10.0 16 0.04*d1 0.045*d1 0.04*d1 - R
17 0.21*d1 - - - 0.10*d1 - - -
17 0.21*d1 - - - 0.08*d1 - - -
26 0.19*d1 12.0 26 0.06*d1 0.06*d1 0.06*d1 0.18*d1 -
25 0.22*d1 12.0 25 0.053*d1 0.053*d1 0.053*d1 0.25*d1 -
17 0.22*d1 13.0 - - 0.10*d1 - - -
16 0.24/0.20/0.14*d1 12.0 - - 0.08*d1 - - -
16 0.32*d1 12.0 - - 0.09*d1 - - -
16 0.3*d1 11.0 - - 0.09*d1 - - -
22 0.2*d1 - - - 0.10*d1 - - -
22 0.2*d1 - - - 0.09*d1 - - -
22 0.24*d1 10.0 - - 0.10*d1 - - R0.2
24 0.17*d1 - - 0.06*d1 0.10*d1 0.08*d1 0.153*d1 -
24 0.19*d1 - - 0.05*d1 0.10*d1 0.075*d1 0.171*d1 -
22 0.26*d1 10.0 - - 0.10*d1 - - R0.2
22 0.24*d1 10.0 - - 0.10*d1 - - R0.2
17 0.27*d1 14.0 - - 0.10*d1 - - -
17 0.27*d1 12.0 - - 0.10*d1 - - -
16 0.27*d1 12.0 - - 0.10*d1 - - -
16 0.27*d1 12.0 - - 0.10*d1 - - -
17 0.17*d1/0.23*d1 13.0 - 0.008*d1/0.04*d1 0.075*d1 - - -
17 0.15*d1/0.23*d1 13.0 - 0.006*d1/0.04*d1 0.075*d1 - - -
16 0.17*d1/0.21*d1 12.0 - - 0.085*d1 - - -
16 0.17*d1/0.21*d1 12.0 - - 0.08*d1 - - -
W
RADIAL REL IEF
PRa
SRa
PRa
Ra
Ra
Lw W
STRAIGHT REL IEF
153
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
153
USER GUIDE
Regrinding Instructions for Solid Carbide Endmills (continued)
Base Distance for Rake Angle Measurement
Tool Diameter Base Distance Tool Diameter Base Distance
mm in mm in
0.5<d1≤0.7 .02<d1≤.03 0.03 .001181
0.7<d1≤0.8 .03<d1≤.032 0.04 .001574
0.8<d1≤1.0 .032<d1≤.04 0.05 .001968
1.0<d1≤1.2 .04<d1≤.05 0.065 .002559
1.2<d1≤1.4 .05<d1≤.055 0.075 .002952
1.4<d1≤1.6 .055<d1≤.063 0.085 .003346
1.6<d1≤2 .063<d1≤.08 0.1 .003937
2<d1≤4 .08<d1≤.158 0.2 .007874
4<d1≤6.35 .158<d1≤.25 0.3 .01181
6.35<d1≤8 .25<d1≤.315 0.4 .01574
8<d1≤13 .315<d1≤.512 0.5 .01968
13<d1≤21 .512<d1≤.827 0.6 .02362
21<d1≤27 .827<d1≤1.063 0.7 .02755
27<d1≤ 1.063<d1 0.8 .03149
Rake Angle
Center
Base
ISCAR
154
ENDMILLS • SOLID CARBIDE • MULTI-MASTER
ISCAR
154
USER GUIDE
155
FACE MILLS
FACE MILLS
ISCAR
156
PICTORIAL TOOL
REFERENCE
FACE MILLS
HP F90AN
page 165
T490 FLN
pages 167,171,175,180
F90SP
page 169
HM90 F90AP
page 170
F90LN-N11
page 172
F90SD
page 172
HM390
pages 165,169,177,181
H690
pages 166,171,183
H490 F90A
pages 168,174,182
3M F90AX
page 185
F90LN-N15
page 176
F86LNX-11
page 187
T290 FLN
pages 168, 175
HM90 F90A
page 178
F90
page 184
P290 FPW
page 184
HP F90AT-19
HP F90AT-22
pages 185, 186
S890 FSN-13
page 173
Face Mills 90°
157
PICTORIAL TOOL
REFERENCE
S865 FSN-13
page 188
HOF/HOE...R06
pages 189, 190
HOF...R07
pages 190
F45WG
page 192
F45NM
page 192
F45E
page 196
F45ST
page 196
S845 F45SX
page 198
IQ845
pages 191, 197
SOF45
pages 193,194
SOF45-R18
page 199
SOF45-26
page 200
T465 FLN-22
page 189
Face Mills 75°, 45°
ISCAR
158
FACE MILLS
ISCAR
158
90˚
D
ap
Face Mills 90°
Selection Guide
Tool
HM390 FTC-07
HP F90AN-07
H690 FWN T490 FLN-08
H490 F90AX-09 T290 FLN-10 F90SP-10 HM390 FTP-10 HM90 F90AP-10
Tool
H690 F90AX-10 F90LN-N11 T490 FLN-11 F90SD-12
H490 F90AX-12
S890 FSN-13 T490 FLN-13 T290 FLN-15
ap
D
5 7.7 7 8 8 9 9.5 8 10 ap
D
8 10 10 12 12 12 12.5 14
Number of Teeth (Effective)Number of Teeth (Effective)
25 25
32 4; 5 6; 8 3; 5 4; 5 53; 5 32 4; 5
40 5; 6 8; 10 4; 6 5; 6 6 4 3; 5 5; 6 40 5; 6 4; 6 4; 5 44; 5 4
50 9; 12 4; 5 5; 7; 10 6; 7 74; 6 4; 6 6; 7 50 6; 7 5; 7 5; 6 3; 5 3; 5 4; 5 5; 6 5
52 52 4; 6
63 5; 7 6; 9 8; 9 5; 7 6; 7 7; 9 63 8; 9 6; 9 6, 9 4; 6 5; 7 6; 8
66 66
80 10 5; 9 8; 11 80 8; 11 7; 11 5; 6 5; 7 7; 9 7; 10
100 11 9; 13 100 9; 14 8; 13 5; 8 6; 9 8; 11 8; 13
125 10; 16 125 10; 18 7; 9 89; 14 9; 17
160 160 10 9 10 12
200 200 13 10 15
250 250
315 315
Inserts
HM390 TCKT 07..
HP AN.. 0702..
H690 WNMU 0705.. T490 LN.. 08…
H490 AN.. 09…
T290 LNMT 10
XPMT 10..
SPMT 10...
QPMT 10..
HM390 TPKT 1003..
HM90 AP..10
AP...10
Inserts
H690 TNKX 1005 LN.. 11… T490 LN.. 11…
SDMT 12…
SDMR 12…
QDMT 12…
QDCT 12…
H490 AN.. 12… S890 SN.. 13… T490 LNMT 13.. T290 LN.. 15…
Pages
165 165 166 167 168 168 169 169 170
Pages
171 172 171 172 174 173 175 175
159
FACE MILLS
159
90˚
D
ap
159
Face Mills 90°
Selection Guide
Tool
HM390 FTC-07
HP F90AN-07
H690 FWN T490 FLN-08
H490 F90AX-09 T290 FLN-10 F90SP-10 HM390 FTP-10 HM90 F90AP-10
Tool
H690 F90AX-10 F90LN-N11 T490 FLN-11 F90SD-12
H490 F90AX-12
S890 FSN-13 T490 FLN-13 T290 FLN-15
ap
D
5 7.7 7 8 8 9 9.5 8 10 ap
D
8 10 10 12 12 12 12.5 14
Number of Teeth (Effective)Number of Teeth (Effective)
25 25
32 4; 5 6; 8 3; 5 4; 5 53; 5 32 4; 5
40 5; 6 8; 10 4; 6 5; 6 6 4 3; 5 5; 6 40 5; 6 4; 6 4; 5 44; 5 4
50 9; 12 4; 5 5; 7; 10 6; 7 74; 6 4; 6 6; 7 50 6; 7 5; 7 5; 6 3; 5 3; 5 4; 5 5; 6 5
52 52 4; 6
63 5; 7 6; 9 8; 9 5; 7 6; 7 7; 9 63 8; 9 6; 9 6, 9 4; 6 5; 7 6; 8
66 66
80 10 5; 9 8; 11 80 8; 11 7; 11 5; 6 5; 7 7; 9 7; 10
100 11 9; 13 100 9; 14 8; 13 5; 8 6; 9 8; 11 8; 13
125 10; 16 125 10; 18 7; 9 89; 14 9; 17
160 160 10 9 10 12
200 200 13 10 15
250 250
315 315
Inserts
HM390 TCKT 07..
HP AN.. 0702..
H690 WNMU 0705.. T490 LN.. 08…
H490 AN.. 09…
T290 LNMT 10
XPMT 10..
SPMT 10...
QPMT 10..
HM390 TPKT 1003..
HM90 AP..10
AP...10
Inserts
H690 TNKX 1005 LN.. 11… T490 LN.. 11…
SDMT 12…
SDMR 12…
QDMT 12…
QDCT 12…
H490 AN.. 12… S890 SN.. 13… T490 LNMT 13.. T290 LN.. 15…
Pages
165 165 166 167 168 168 169 169 170
Pages
171 172 171 172 174 173 175 175
ISCAR
160
FACE MILLS
ISCAR
160
Tool
F90LN-N15
HM390 FTD-15 HM90 F90A-15 T490FLN-16 HM390 FTD-19
H490 F90AX-17
H690 F90AX-16 F90 P290 FPW
HP F90AT-19
3M F90AX-20
HP F90AT-22
T490 FLN-22ST
ap
D
14 13 14.3 16 16 16.3 13.5 13.8; 18 12, 18 18 20.5 21 21
Number of Teeth (Effective)Number of Teeth (Effective)90 90°
25
32
40 3; 4 3; 4 3 4
50 53; 4; 5 3; 5 3; 4 3; 4 3; 4 5 4 4 3; 4
52
63 5; 8 4; 5; 6 64; 6 4; 5 4; 6 4; 5 5 6 5 5 4; 5
66
80 7; 10 5; 6; 7 5; 7 5; 7 5; 6 5; 7 5; 6 6 8 6 6 4; 6
100 8; 12 6; 8 6; 8 6; 8 6; 8 5; 8 6; 8 8 9 7 6; 8 5; 7
125 9; 15 7; 9 7; 9 7; 10 7; 9 7; 10 7; 9 87; 9 6
160 10; 20 8; 10 8; 10 12 8; 10 8; 12 8; 10 10 8; 10 7
200 12; 25 9; 11 9; 12 12 10 9; 11 12 12 8
250 15; 30 10 12 12 14
315 12 16 18
Inserts
LN.. 15…
HM390 TDKT 1505..
HM90 AD.. 15…
T490 LNMT 16…
HM390 TDKT 1907
H490 AN.. 17…
HM690 TNKX 1606 TPK. 16…/22…
P290 ACCT
P290 ACKT
HP AD.. 19…
3M AXKT 20…
HP AD.. 22…
T490 LNHT 2212
Pages
176 177 178-179 180 181 182 183 184 184 185 185 186 186
90˚
D
ap
Face Mills 90°
Selection Guide
161
FACE MILLS
161
Tool
F86LNX-11
S865 FSN-13
T465 FLN-22
ap
D
3-10 6 19
86° 65° 65°
25
32
40
50 64; 6
52
63 66; 8
66
80 87; 10
100 8; 12
125 10; 16 6; 8
160 7; 9
200 8; 10
250 10;12
315 12
Inserts
LN.. 11…
S865 SNMU 13...
T465 LNHT 22...
Pages
187 188 189
161
Endmills and Face Mills 86°, 75°, 65°
Selection Guide
86˚
D
ap
75˚/65˚
D
ap
Tool
F90LN-N15
HM390 FTD-15 HM90 F90A-15 T490FLN-16 HM390 FTD-19
H490 F90AX-17
H690 F90AX-16 F90 P290 FPW
HP F90AT-19
3M F90AX-20
HP F90AT-22
T490 FLN-22ST
ap
D
14 13 14.3 16 16 16.3 13.5 13.8; 18 12, 18 18 20.5 21 21
Number of Teeth (Effective)Number of Teeth (Effective)90 90°
25
32
40 3; 4 3; 4 3 4
50 53; 4; 5 3; 5 3; 4 3; 4 3; 4 5 4 4 3; 4
52
63 5; 8 4; 5; 6 64; 6 4; 5 4; 6 4; 5 5 6 5 5 4; 5
66
80 7; 10 5; 6; 7 5; 7 5; 7 5; 6 5; 7 5; 6 6 8 6 6 4; 6
100 8; 12 6; 8 6; 8 6; 8 6; 8 5; 8 6; 8 8 9 7 6; 8 5; 7
125 9; 15 7; 9 7; 9 7; 10 7; 9 7; 10 7; 9 87; 9 6
160 10; 20 8; 10 8; 10 12 8; 10 8; 12 8; 10 10 8; 10 7
200 12; 25 9; 11 9; 12 12 10 9; 11 12 12 8
250 15; 30 10 12 12 14
315 12 16 18
Inserts
LN.. 15…
HM390 TDKT 1505..
HM90 AD.. 15…
T490 LNMT 16…
HM390 TDKT 1907
H490 AN.. 17…
HM690 TNKX 1606 TPK. 16…/22…
P290 ACCT
P290 ACKT
HP AD.. 19…
3M AXKT 20…
HP AD.. 22…
T490 LNHT 2212
Pages
176 177 178-179 180 181 182 183 184 184 185 185 186 186
ISCAR
162
FACE MILLS
ISCAR
162
ap
D
45˚
Endmills and Face Mills 45°
Selection Guide
Tool
HOE / HOF IQ845 F45WG F45NM
SOF45
Tool
F45ST F45E
S845 F45SX-16 SOF45-R18 SOF45-R26
ap
D
2.5/5.5 2.6/4.6 5.5 5.5 3.5; 6.0 ap
D
6.5 6.5 7.1 8 7
Number of Teeth (Effective)Number of Teeth (Effective)
25 3; 4 25 2
32 4; 5 32 3
40 5; 6 440 3 4
50 34; 5 3; 4; 6 50 4 4 4; 5 4
52 52
63 45; 7 54; 6; 8 63 5 5 5; 7 5
66 66
80 56; 8 10 6; 8 7; 10 80 6696; 7 4
100 67; 10 14 7; 10 8; 12 100 6 6 7; 11 7; 9 5
125 89; 12 18 8; 12 10; 16 125 7 6 8; 14 8; 12 6
160 10 11; 15 22 10; 15 12 160 7 8 10; 18 10; 15 8
200 12 14 28 12 14 200 10 12 12; 18 10
250 15 17 36 14 16 250 13 15 14; 21 12
315 18 20 16 20 315 19 18; 24 14
Inserts
OF.. 07…
RF.. 19… IQ845 SYHU 05,07...
ON.. 08…
ON.. 08…
ON.. 05…
S845 SN.. 13…
Inserts
SE.T 12…
SE.. 12…
S845 SX.. 16…
S845
SNMU 18/ ONMU 07
S845
SNMU 26/ ONMU 10
Pages
189-190 191, 197 192 192 193
Pages
196 196 198 199 200
163
FACE MILLS
163
163
45˚
Face Mills 45°
Selection Guide
Tool
HOE / HOF IQ845 F45WG F45NM
SOF45
Tool
F45ST F45E
S845 F45SX-16 SOF45-R18 SOF45-R26
ap
D
2.5/5.5 2.6/4.6 5.5 5.5 3.5; 6.0 ap
D
6.5 6.5 7.1 8 7
Number of Teeth (Effective)Number of Teeth (Effective)
25 3; 4 25 2
32 4; 5 32 3
40 5; 6 440 3 4
50 34; 5 3; 4; 6 50 4 4 4; 5 4
52 52
63 45; 7 54; 6; 8 63 5 5 5; 7 5
66 66
80 56; 8 10 6; 8 7; 10 80 6696; 7 4
100 67; 10 14 7; 10 8; 12 100 6 6 7; 11 7; 9 5
125 89; 12 18 8; 12 10; 16 125 7 6 8; 14 8; 12 6
160 10 11; 15 22 10; 15 12 160 7 8 10; 18 10; 15 8
200 12 14 28 12 14 200 10 12 12; 18 10
250 15 17 36 14 16 250 13 15 14; 21 12
315 18 20 16 20 315 19 18; 24 14
Inserts
OF.. 07…
RF.. 19… IQ845 SYHU 05,07...
ON.. 08…
ON.. 08…
ON.. 05…
S845 SN.. 13…
Inserts
SE.T 12…
SE.. 12…
S845 SX.. 16…
S845
SNMU 18/ ONMU 07
S845
SNMU 26/ ONMU 10
Pages
189-190 191, 197 192 192 193
Pages
196 196 198 199 200
ISCAR
164
FACE MILLS
Key 1Key Key 2
G1D1
L2
l1
L
min
max
J
Designation D1G1J l1L2L min L max Key(1) Key 1(2) Key 2(3)
COOLANT SET SR M10X1.5-22 28.00 M10 M4 25.00 18.00 2.0 17.0 7.00 6.00 21.00
COOLANT SET SRM12X1.75-27 35.00 M12 M4 31.00 22.00 2.0 17.0 7.00 6.00 27.00
COOLANT SET SR M16X2-32 42.00 M16 M8 37.00 26.00 3.0 25.0 13.00 10.00 30.00
COOLANT SET SR M20X2.5-40 52.00 M20 M8 45.00 30.00 3.0 25.0 13.00 10.00 36.00
(1) For the nut
(2) For the nozzle
(3) For the screw
Clamping Screws with
Adjustable Protrusion Nozzles for Shell-Type Face Mills
The protrusion of the nozzle screw can be
easily adjusted according to countersink
depth, insert size or any other application
requirements. The nozzle screw position can
be secured by a locking nut.
Tests show that cutting fluid supplied through
the axis of a tool and directed radially at the
bottom of the tool dramatically improves both
the cooling effect and chip evacuation.
The screws are offered as sets, comprising a
nozzle screw, locking screw, a locking nut and
washers.
The locking nut can be tightened by a
standard open-ended wrench, or preferably
by an offset ring wrench (ISO 10104, DIN 838
or DIN 897 standards).
If desired, the following ring wrenches can
also be ordered from ISCAR:
• 7000783 Ring Wrench 10X13 mm for coolant
set SR M20X2.5-40 and Coolant set SR
M16X2-32
• 7000788 Ring Wrench 6X7 mm for coolant
set SRM12X1.75-27 and coolant set SR
M10X1.5-22.
7103284 06/08
1234567
Assembly with a Lock Nut
1234567
Assembly without a Lock Nut
Spare Parts
Designation
COOLANT SET SR M10X1.5-22 WA M4DIN433 NOZZLE M4
COOLANT SET SRM12X1.75-27 WA M4DIN433 NOZZLE M4
COOLANT SET SR M16X2-32 WA M8DIN433A2 NOZZLE M8 NUT M8 DIN 934 A2
COOLANT SET SR M20X2.5-40 WA M8DIN433A2 NOZZLE M8 NUT M8 DIN 934 A2
COOLANT SET
Clamping Screws with
Adjustable Protrusion Nozzles
for Shell-Type Face Mills
165
FACE MILLS
Da
D
3
L
ap
D
Rd°
Designation D Z apL D3Da Rd° Arbor(1) RPM max kg
HP F90AN D32-06-16-07 32.00 6 7.70 35.00 30.40 16.00 1.4 A 26600 0.104
HP F90AN D32-08-16-07 32.00 8 7.70 35.00 30.40 16.00 1.4 A 26600 0.112
HP F90AN D40-08-22-07 40.00 8 7.70 40.00 38.00 22.00 1.0 B 23700 0.163
HP F90AN D40-10-22-07 40.00 10 7.70 40.00 38.00 22.00 1.0 B 23700 0.176
HP F90AN D50-09-22-07 50.00 9 7.70 40.00 48.00 22.00 0.8 B 21200 0.310
HP F90AN D50-12-22-07 50.00 12 7.70 40.00 48.00 22.00 0.8 B 21200 0.325
• Insert tightening torque: 0.62 Nxm • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HP ANCR 0702PNFR (380) • HP ANKT 0702...-FF (381) • HP ANKT/ANCT 0702..PN-R/PNTR (380) • HP ANKW 070204PNTR (380)
Spare Parts
Designation
HP F90AN D32-06-16-07 SR 34-533/L/HG T-6/51 SR M8X20DIN912
HP F90AN D32-08-16-07 SR 34-533/L/HG T-6/51 SR M8X20DIN912
HP F90AN D40-08-22-07 SR 34-533/L/HG T-6/51 SR M10X25 DIN912
HP F90AN D40-10-22-07 SR 34-533/L/HG T-6/51 SR M10X25 DIN912
HP F90AN D50-09-22-07 SR 34-533/L/HG T-6/51 SR M10X25 DIN912
HP F90AN D50-12-22-07 SR 34-533/L/HG T-6/51 SR M10X25 DIN912
HP F90AN-07
90° Face Mills Carrying HP
ANKT 0702.. Inserts
D
L
Da
D3
a
p
Rd°
Designation D Z apL D3Da Arbor(1) Rd°kg
HM390 FTC D032-04-16-07 32.00 4 5.00 35.00 30.40 16.00 A 0.8 0.10 SR M2.5X6-T7-60 T-7/51 SR M8X25DIN912
HM390 FTC D032-05-16-07 32.00 5 5.00 35.00 30.40 16.00 A 0.8 0.10 SR M2.5X6-T7-60 T-7/51 SR M8X25DIN912
HM390 FTC D040-05-16-07 40.00 5 5.00 35.00 38.00 16.00 A 0.6 0.20 SR M2.5X6-T7-60 T-7/51 SR M8X25DIN912
HM390 FTC D040-06-16-07 40.00 6 5.00 35.00 38.00 16.00 A 0.6 0.20 SR M2.5X6-T7-60 T-7/51 SR M8X25DIN912
• Insert clamping screw must be lubricated every indexing • Tightening torque 0.9 Nxm • For user guide see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HM390 TCKT 0703 (381)
HM390 FTC-07
90° Face Mills Carrying HM390
TCKT 0703 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
166
FACE MILLS
Da
D3
L
D
ap
Rd°
Designation D Z apD3Da L Arbor(1) Rd°kg
H690 FWN D050-04-22-R07 50.00 4 7.00 48.00 22.00 40.00 A 1.2 0.327
H690 FWN D050-05-22-R07 50.00 5 7.00 48.00 22.00 40.00 A 1.2 0.310
H690 FWN D063-05-22-R07 63.00 5 7.00 48.00 22.00 40.00 A 1.1 0.498
H690 FWN D063-07-22-R07 63.00 7 7.00 48.00 22.00 40.00 A 1.1 0.504
H690 FWN D080-07-27-R07 80.00 7 7.00 60.00 27.00 50.00 B 1.0 0.997
H690 FWN D080-09-27-R07 80.00 9 7.00 60.00 27.00 50.00 B 1.0 0.984
H690 FWN D100-08-32-R07 100.00 8 7.00 70.00 32.00 50.00 B 0.8 1.564
H690 FWN D100-11-32-R07 100.00 11 7.00 70.00 32.00 50.00 B 0.8 1.621
H690 FWN D125-10-40-R07 125.00 10 7.00 82.00 40.00 63.00 B 0.5 2.830
• For cutting speed recommendations, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H690 WNMU 0705 (402)
Spare Parts
Designation
H690 FWN D050-04-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
H690 FWN D050-05-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
H690 FWN D063-05-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
H690 FWN D063-07-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
H690 FWN D080-07-27-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 FWN D080-09-27-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 FWN D100-08-32-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 FWN D100-11-32-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 FWN D125-10-40-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
H690 FWN
90° Face Mills Carrying H690 WNMU
0705 Double-Sided Trigonal Inserts
with 6 Helical Cutting Edges
Table - Examples of Cutting Speed for H690 FWN/EWN...07 Cutters
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
• First choice for grades
ISO Class
DIN/
ISO 513
Workpiece Material Cutting Speed Vc, SFM, for Grades
Description
ISCAR
Mat.
Group*
Typical Materials
Hardness,
HB IC808 IC5100 IC810 IC5400 IC830 IC330
AISI/SAE/
ASTM
DIN W.-Nr.
P
Non-alloy steel 1 1020 1.044 130-180 180-250 150-220 150-220 130-200 120-180
Alloy steel 8 4340 1.6582 260-300 150-200 130-180 130-180 120-170 100-140
Alloy steel 9 4340 1.6582 HRC 35-42** 100-170 100-150 100-150 100-130 100-120
High alloy steel 10 H13 1.2344 200-220 100-170 100-150 100-150 100-130 100-120
Martensitic s.s. 12 420 1.4021 200 100-150 100-130 100-120
KGrey cast iron 16 Class 40 0.6025 (GG25) 250 200-250 220-300 220-300 180-230
Nodular cast iron 17 Class 65-45-12 0.7050 (GGG50) 200 160-220 180-250 180-250 150-200
167
FACE MILLS
L
D
Da
D3
ap
Designation D Z apL D3Da Arbor(3) kg
T490 FLN D032-03-16-08 32.00 3 8.00 35.00 30.40 16.00 A Y 0.110
T490 FLN D032-05-16-08 (1) 32.00 5 8.00 35.00 30.40 16.00 A Y 0.107
T490 FLN D040-04-16-08 40.00 4 8.00 40.00 38.40 16.00 A Y 0.229
T490 FLN D040-06-16-08 (1) 40.00 6 8.00 40.00 38.40 16.00 A Y 0.231
T490 FLN D050-05-22-08 50.00 5 8.00 40.00 48.00 22.00 A Y 0.365
T490 FLN D050-07-22-08 (1) 50.00 7 8.00 40.00 48.00 22.00 A Y 0.376
T490 FLN D050-10-22-08 (2) 50.00 10 8.00 40.00 48.00 22.00 A N 0.388
T490 FLN D063-06-27-08 63.00 6 8.00 40.00 60.00 27.00 A Y 0.599
T490 FLN D063-09-27-08 (1) 63.00 9 8.00 40.00 60.00 27.00 A Y 0.626
T490 FLN D080-10-27-08 80.00 10 8.00 50.00 60.00 27.00 B N 0.849
• When machining slots, regular pitch cutters should be used • For user guide, see pages 462-468
(1) Fine pitch
(2) Extra fine pitch
(3) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
Spare Parts
Designation
T490 FLN D032-03-16-08 SR 10502813-HG-M IP-7/51 SR M8X20DIN912
T490 FLN D032-05-16-08 SR 10502813-HG-M IP-7/51 SR M8X20DIN912
T490 FLN D040-04-16-08 SR 10502813-HG-M IP-7/51 SR M8X30DIN912
T490 FLN D040-06-16-08 SR 10502813-HG-M IP-7/51 SR M8X30DIN912
T490 FLN D050-05-22-08 SR 10502813-HG-M IP-7/51 SR M10X25 DIN912
T490 FLN D050-07-22-08 SR 10502813-HG-M IP-7/51 SR M10X25 DIN912
T490 FLN D050-10-22-08 SR 10502813-HG-M IP-7/51 SR M10X20DIN912
T490 FLN D063-06-27-08 SR 10502813-HG-M IP-7/51 SR M12X25
T490 FLN D063-09-27-08 SR 10502813-HG-M IP-7/51 SR M12X25
T490 FLN D080-10-27-08 SR 10502813-HG-M IP-7/51
T490 FLN-08
90° Face Mills with Tangentially
Clamped Inserts
DSS
L5
ap
Designation DapL5SS Z kg
T490 FLN D44-06-C4-08 44.00 8.00 45.00 40 6 0.23 SR 10502813-HG-M IP-7/51
T490 FLN D54-07-C5-08 54.00 8.00 52.00 50 7 0.80 SR 10502813-HG-M IP-7/51
• For user guide, see pages 462-468
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
T490 FLN-C#-08
90° Face Mills with CAMFIX Shanks
Carrying Tangentially Clamped Inserts
ISCAR
168
FACE MILLS
Da
D3
D
L
ap
Designation D Z apD3Da L Arbor(1) kg
H490 F90AX D032-4-16-09 32.00 4 8.00 30.40 16.00 35.00 A 0.100
H490 F90AX D032-5-16-09 32.00 5 8.00 30.40 16.00 35.00 A 0.103
H490 F90AX D040-5-16-09 40.00 5 8.00 38.40 16.00 40.00 A 0.214
H490 F90AX D040-6-16-09 40.00 6 8.00 38.40 16.00 40.00 A 0.218
H490 F90AX D050-6-22-09 50.00 6 8.00 48.00 22.00 40.00 A 0.359
H490 F90AX D050-7-22-09 50.00 7 8.00 48.00 22.00 40.00 A 0.368
H490 F90AX D063-8-22-09 63.00 8 8.00 60.00 22.00 40.00 A 0.620
H490 F90AX D063-9-22-09 63.00 9 8.00 60.00 22.00 40.00 A 0.640
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H490 ANKX 0904-FF (403) • H490 ANKX/ANCX-09 (402)
Spare Parts
Designation
H490 F90AX D032-4-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X20DIN912
H490 F90AX D032-5-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X20DIN912
H490 F90AX D040-5-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H490 F90AX D040-6-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H490 F90AX D050-6-22-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H490 F90AX D050-7-22-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H490 F90AX D063-8-22-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H490 F90AX D063-9-22-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H490 F90AX-09
90° Face Mills Carrying H490 ANKX
09.. Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
ap
Da
D3
L
D
Designation D Z apL D3Da Arbor(1) kg
T290 FLN D32-05-16-10 32.00 5 9.00 35.00 30.00 16.00 A 0.092
T290 FLN D40-06-16-10 40.00 6 9.00 35.00 34.00 16.00 A 0.159
T290 FLN D50-07-22-10 50.00 7 9.00 40.00 46.00 22.00 A 0.290
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: T290 LNMT/LNHT 1004 (407)
Spare Parts
Designation
T290 FLN D32-05-16-10 SR 10504970 BLD IP15/M7 SW6-T-SH SR M8X20DIN912
T290 FLN D40-06-16-10 SR 10504970 BLD IP15/M7 SW6-T-SH SR M8X20DIN912
T290 FLN D50-07-22-10 SR 10504970 BLD IP15/M7 SW6-T-SH SR M10X25 DIN912
T290 FLN-10
90° Face Mills Carrying T290 LNMT
1004... Tangentially Clamped Inserts
169
FACE MILLS
D
L
ap
Da
D3
Rd°
Designation D(2) ZapL D3Da Rd° Arbor(3) kg
F90SP D 40-16-10 40.00 4 9.50 40.00 35.00 16.00 - A 0.173
F90SP D 50-22-CP10 50.00 4 9.50 40.00 42.50 22.00 2.0 A 0.267
F90SP D 50-22-FP10 (1) 50.00 6 9.50 40.00 42.50 22.00 2.0 A 0.278
F90SP D 63-22-CP10 63.00 5 9.50 40.00 42.50 22.00 0.8 A 0.396
F90SP D 63-22-FP10 (1) 63.00 7 9.50 40.00 42.50 22.00 0.8 A 0.425
F90SP D 80-27-CP10 80.00 5 9.50 50.00 55.00 27.00 1.3 B 0.714
F90SP D 80-27-FP10 (1) 80.00 9 9.50 50.00 55.00 27.00 1.3 B 0.777
• For user guide, see pages 462-468
(1) Fine pitch
(2) D is 0.2 mm larger when QPMT inserts are used
(3) For adaptation options, see page 461
For inserts, see pages: QPMR 1004..-HQ-M (425) • QPMT 100408PDTN (425) • SPMT-HQ (426) • XPMT-HQ (426)
Spare Parts
Designation
F90SP D 40-16-10 SR 14-544/S BLD T15/M7 SW6-T SR M8X25DIN912
F90SP D 50-22-CP10 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SP D 50-22-FP10 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SP D 63-22-CP10 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SP D 63-22-FP10 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SP D 80-27-CP10 SR 14-544/S BLD T15/M7 SW6-T
F90SP D 80-27-FP10 SR 14-544/S BLD T15/M7 SW6-T
F90SP-10
90° Face Mills Carrying S/X/
QPMT 1004... Inserts
D
L
Da
D3
a
p
Rd°
Designation D Z apL D3Da Arbor(1) Rd°kg
HM390 FTP D040-3-16-10 40.00 3 8.00 40.00 38.40 16.00 A 1.6 0.200
HM390 FTP D040-5-16-10 40.00 5 8.00 40.00 38.40 16.00 A 1.6 0.191
HM390 FTP D050-4-22-10 50.00 4 8.00 40.00 48.00 22.00 A 1.2 0.328
HM390 FTP D050-6-22-10 50.00 6 8.00 40.00 48.00 22.00 A 1.2 0.347
HM390 FTP D063-6-22-10 63.00 6 8.00 50.00 59.00 22.00 A 1.2 0.645
HM390 FTP D063-6-27-10 63.00 6 8.00 45.00 61.00 27.00 A 0.9 0.644
HM390 FTP D063-7-22-10 63.00 7 8.00 50.00 59.00 22.00 A 1.2 0.692
HM390 FTP D063-7-27-10 63.00 7 8.00 45.00 61.00 27.00 A 0.9 0.680
• For user guide, see pages 462-468
(1) For adaptation see page 461
For inserts, see pages: HM390 TPKT 1003 (381)
Spare Parts
Designation
HM390 FTP D040-3-16-10 SR 14-562/S BLD T10/S7 SW6-SD SR M8X25DIN912
HM390 FTP D040-5-16-10 SR 14-562/S BLD T10/S7 SW6-SD SR M8X25DIN912
HM390 FTP D050-4-22-10 SR 14-562/S BLD T10/S7 SW6-SD SR M10X25 DIN912
HM390 FTP D050-6-22-10 SR 14-562/S BLD T10/S7 SW6-SD SR M10X25 DIN912
HM390 FTP D063-6-22-10 SR 14-562/S BLD T10/S7 SW6-SD SR M10X25 DIN912
HM390 FTP D063-6-27-10 SR 14-562/S BLD T10/S7 SW6-SD SR M12X35DIN912
HM390 FTP D063-7-22-10 SR 14-562/S BLD T10/S7 SW6-SD SR M10X25 DIN912
HM390 FTP D063-7-27-10 SR 14-562/S BLD T10/S7 SW6-SD SR M12X35DIN912
HM390 FTP-10
90° Face Mills Carrying HM390
TPKT 1003 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
170
FACE MILLS
Da
D3
D
L
ap
Rd°
Designation D Z apL D3Da Rd° RPM max Arbor(1) kg
HM90 F90AP D32-3-16 32.00 3 10.00 35.00 30.40 16.00 2.2 35355 A 0.100
HM90 F90AP D32-5-16 32.00 5 10.00 35.00 30.40 16.00 2.2 35355 A 0.099
HM90 F90AP D40-5-22 40.00 5 10.00 40.00 38.40 22.00 1.9 31623 A 0.187
HM90 F90AP D40-6-22 40.00 6 10.00 40.00 38.40 22.00 1.9 31623 A 0.182
HM90 F90AP D50-6-22 50.00 6 10.00 40.00 48.40 22.00 1.4 28284 A 0.336
HM90 F90AP D50-7-22 50.00 7 10.00 40.00 48.40 22.00 1.4 28284 A 0.348
HM90 F90AP D63-7-22 63.00 7 10.00 40.00 59.00 22.00 1.0 25198 B 0.503
HM90 F90AP D63-9-22 63.00 9 10.00 40.00 59.00 22.00 1.0 25198 B 0.520
HM90 F90AP D80-8-27 80.00 8 10.00 50.00 70.00 27.00 0.9 22361 B 0.933
HM90 F90AP D80-11-27 80.00 11 10.00 50.00 70.00 27.00 0.9 22631 B 0.980
HM90 F90AP D100-9-32 100.00 9 10.00 50.00 78.00 32.00 0.7 20100 B 1.505
HM90 F90AP D125-10-40 125.00 10 10.00 63.00 90.00 40.00 0.5 18000 B 2.805
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • APKT 1003R8T-FF (387) • APKW 100304 PDR (PCD) (384) • HM90
APCR 100304PDFR-P/DP (383) • HM90 APCT 1003 (382) • HM90 APKT 1003 (383) • HM90 APKT 1003PD-W (387) • HM90 APKW 1003PDR (386)
Spare Parts
Designation
HM90 F90AP D32-3-16 SR 34-505/HG SW4-SD BLD T08/M7 SR M8X20DIN912
HM90 F90AP D32-5-16 SR 34-505/HG SW4-SD BLD T08/M7 SR M8X20DIN912
HM90 F90AP D40-5-22 SR 34-505/HG SW4-SD BLD T08/M7 SR M10X25 DIN912
HM90 F90AP D40-6-22 SR 34-505/HG SW4-SD BLD T08/M7 SR M10X25 DIN912
HM90 F90AP D50-6-22 SR 34-505/HG SW4-SD BLD T08/M7 SR M10X25 DIN912
HM90 F90AP D50-7-22 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D63-7-22 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D63-9-22 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D80-8-27 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D80-11-27 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D100-9-32 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP D125-10-40 SR 34-505/HG SW4-SD BLD T08/M7
HM90 F90AP-10
90° Face Mills Carrying HM90
APKT 1003... Inserts
171
FACE MILLS
D
L
D3
Da
ap
Rd°
Designation D Z apD3Da L Arbor(1) Rd°kg
H690 F90AX D032-4-16-10 32.00 4 8.00 30.40 16.00 35.00 A 1.6 0.100
H690 F90AX D032-5-16-10 32.00 5 8.00 30.40 16.00 35.00 A 1.6 0.100
H690 F90AX D040-5-16-10 40.00 5 8.00 38.00 16.00 40.00 A 1.1 0.220
H690 F90AX D040-6-16-10 40.00 6 8.00 38.00 16.00 40.00 A 1.1 0.210
H690 F90AX D050-6-22-10 50.00 6 8.00 48.00 22.00 40.00 A 1.0 0.360
H690 F90AX D050-7-22-10 50.00 7 8.00 48.00 22.00 40.00 A 1.0 0.365
H690 F90AX D063-8-22-10 63.00 8 8.00 48.00 22.00 40.00 A 0.7 0.474
H690 F90AX D063-9-22-10 63.00 9 8.00 48.00 22.00 40.00 A 0.7 0.474
(1) For adaptation options, see page 461
For inserts, see pages: H690 TNKX 1005 (405)
Spare Parts
Designation
H690 F90AX D032-4-16-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X38-1515
H690 F90AX D032-5-16-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X38-1515
H690 F90AX D040-5-16-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H690 F90AX D040-6-16-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H690 F90AX D050-6-22-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H690 F90AX D050-7-22-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H690 F90AX D063-8-22-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H690 F90AX D063-9-22-10 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X25 DIN912
H690 F90AX-10
90° Face Mills Carrying H690
TNKX 1005.. Triangular Inserts
with 6 Helical Cutting Edges
Da
D3
D
ap
L
Designation D Z apL D3Da Arbor(1) kg
T490 FLN D040-04-16-R-11 40.00 4 9.00 40.00 38.00 16.00 A 0.228
T490 FLN D040-05-16-R-11 40.00 5 9.00 40.00 38.00 16.00 A 0.223
T490 FLN D050-05-22-R-11 50.00 5 9.00 40.00 48.00 22.00 A 0.327
T490 FLN D050-06-22-R-11 50.00 6 9.00 40.00 48.00 22.00 A 0.331
T490 FLN D063-06-22-R-11 63.00 6 9.00 40.00 59.20 22.00 A 0.540
T490 FLN D063-09-22-R-11 63.00 6 9.00 40.00 59.20 22.00 A 0.553
T490 FLN D080-07-27-R-11 80.00 7 9.00 50.00 70.00 27.00 A 1.008
T490 FLN D080-11-27-R-11 80.00 11 9.00 50.00 70.00 27.00 A 1.037
T490 FLN D100-08-32-R-11 100.00 8 9.00 50.00 78.00 32.00 B 1.474
T490 FLN D100-13-32-R-11 100.00 13 9.00 50.00 78.00 32.00 B 1.546
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: T490 LNMT/LNHT 1106 (408)
Spare Parts
Designation
T490 FLN D040-04-16-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M8X30DIN912
T490 FLN D040-05-16-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M8X30DIN912
T490 FLN D050-05-22-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M10X25 DIN912
T490 FLN D050-06-22-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M10X25 DIN912
T490 FLN D063-06-22-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M10X25 DIN912
T490 FLN D063-09-22-R-11 SR 34-535-SN BLD T15/S7 SW6-SD SR M10X25 DIN912
T490 FLN D080-07-27-R-11 SR 34-535-SN BLD T15/S7 SW6-SD
T490 FLN D080-11-27-R-11 SR 34-535-SN BLD T15/S7 SW6-SD
T490 FLN D100-08-32-R-11 SR 34-535-SN BLD T15/S7 SW6-SD
T490 FLN D100-13-32-R-11 SR 34-535-SN BLD T15/S7 SW6-SD
T490 FLN-11
90° Face Mills Carrying T490 LN#T
11... Tangentially Clamped Inserts
ISCAR
172
FACE MILLS
L
D
Da
D3
ap
Designation D Z apL D3Da Arbor(2) kg
F90SD D 50-22-12 50.00 5 11.80 40.00 45.50 22.00 A 0.266
F90SD D 63-22-12 63.00 6 11.80 40.00 47.00 22.00 A 0.426
F90SD D80-27-12 (1) 80.00 6 11.80 50.00 60.00 27.00 B 0.857
F90SD D100-32-12 (1) 100.00 8 11.80 50.00 70.00 32.00 B 1.463
F90SD D125-40-12 (1) 125.00 9 11.80 63.00 84.00 40.00 B 2.644
• For user guide, see pages 462-468
(1) Optional: SDMT 12T3.. inserts with TSD 12T3M seat
(2) For adaptation options, see page 461
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • SDMR-HQ (427) • SDMT-PDN-RM (426) • SDMT-PDR-HQ (431)
Spare Parts
Designation
F90SD D 50-22-12 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SD D 63-22-12 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
F90SD D80-27-12 SR 34-510 BLD T15/M7 SW6-T TSD 1205N TSD 12T3N* SR TC-602 HW 4.0
F90SD D100-32-12 SR 34-510 BLD T15/M7 SW6-T TSD 1205N TSD 12T3N* SR TC-602 HW 4.0
F90SD D125-40-12 SR 34-510 BLD T15/M7 SW6-T TSD 1205N TSD 12T3N* SR TC-602 HW 4.0
* Optional, should be ordered separately
F90SD-12
90° Face Mills Carrying
S/QDM# 12... Inserts
(Japanese standard)
Da
D
3
D
L
Kr D=40, a=6˚, Kr=91˚
D=50, a=6˚, Kr=90˚
D≥63, a=5˚, Kr=90˚
a°
Kr
5.0
ap
Rd°
Designation D Z apL D3Da Arbor(2) kg
F90LN D040-04-16-R/L-N11 40.00 4 10.00 40.00 38.40 16.00 A 0.217
F90LN D040-06-16-R/L-N11 (1) 40.00 6 10.00 40.00 38.40 16.00 A 0.214
F90LN D050-05-22-R/L-N11 50.00 5 10.00 40.00 47.00 22.00 A 0.320
F90LN D050-07-22-R/L-N11 (1) 50.00 7 10.00 40.00 47.00 22.00 A 0.323
F90LN D063-06-22-R/L-N11 63.00 6 10.00 40.00 59.20 22.00 B 0.470
F90LN D063-09-22-R/L-N11 (1) 63.00 9 10.00 40.00 59.20 22.00 B 0.496
F90LN D080-08-27-R/L-N11 80.00 8 10.00 50.00 70.00 27.00 B 0.987
F90LN D080-11-27-R/L-N11 80.00 11 10.00 50.00 70.00 27.00 B 1.022
F90LN D100-09-32-R/L-N11 100.00 9 10.00 50.00 77.00 32.00 B 1.404
F90LN D100-14-32-R-N11 (1) 100.00 14 10.00 50.00 77.00 32.00 B 1.480
F90LN D125-10-40-R/L-N11 125.00 10 10.00 63.00 95.00 40.00 B 2.716
F90LN D125-18-40-R-N11 (1) 125.00 18 10.00 63.00 95.00 40.00 B 2.877
• For user guide, see pages 462-468
(1) Fine pitch
(2) For adaptation options, see page 461
For inserts, see pages: LNAR 1106 (412) • LNAR 1106 (PCD) (413) • LNAR 1106PN-R-S-W (PCD) (413) • LNAT 1106-W (412) • LNAW-11 (CBN) (414) • LNHT
1106 PN-N HT (412) • LNHT 1106 PN-R HT (411) • LNKX/LNMT 1106 (411)
Spare Parts
Designation
F90LN D040-04-16-R/L-N11 SR 34-550 SW6-SD BLD T10/S7 SR M8X30DIN912
F90LN D040-06-16-R/L-N11 SR 34-550 SW6-SD BLD T10/S7 SR M8X30DIN912
F90LN D050-05-22-R/L-N11 SR 34-550 SW6-SD BLD T10/S7 SR M10X25 DIN912
F90LN D050-07-22-R/L-N11 SR 34-550 SW6-SD BLD T10/S7 SR M10X25 DIN912
F90LN D063-06-22-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D063-09-22-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D080-08-27-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D080-11-27-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D100-09-32-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D100-14-32-R-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D125-10-40-R/L-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN D125-18-40-R-N11 SR 34-550 SW6-SD BLD T10/S7
F90LN-N11
90° Face Mills Carrying LN..1106...
Tangentially Clamped Inserts
173
FACE MILLS
D
15º
42°
ap4
L4
D5
D6
D4ap5
L5
D7
D6
Da
D3
L
89° ap
A B C
Designation D D4D5D6D7Z D3Da apap4 ap5 L L4L5Arbor(2) kg
S890 FSN D040-04-16-R13 40.00 27.00 36.50 43.10 33.20 4 40.00 16.00 10.00 1.20 2.87 40.00 41.2 41.10 A Y 0.184
S890 FSN D050-04-22-R13 50.00 37.00 46.50 53.10 43.20 4 48.00 22.00 10.00 1.20 2.87 40.00 41.2 41.10 A Y 0.282
S890 FSN D050-05-22-R13 (1) 50.00 37.00 46.50 53.10 43.20 5 48.00 22.00 10.00 1.20 2.87 40.00 41.2 41.10 A Y 0.281
S890 FSN D063-05-22-R13 63.00 50.00 59.50 66.10 56.20 5 48.00 22.00 10.00 1.20 2.87 40.00 41.2 41.10 A Y 0.395
S890 FSN D063-07-22-R13 (1) 63.00 50.00 59.50 66.10 56.20 7 48.00 22.00 10.00 1.20 2.87 40.00 41.2 41.10 B Y 0.385
S890 FSN D080-07-27-R13 80.00 67.00 76.50 83.10 73.20 7 60.00 27.00 10.00 1.20 2.87 50.00 51.2 51.10 B Y 0.755
S890 FSN D080-09-27-R13 (1) 80.00 67.00 76.50 83.10 73.20 9 60.00 27.00 10.00 1.20 2.87 50.00 51.2 51.10 B Y 0.740
S890 FSN D100-08-32-R13 100.00 87.00 96.50 103.10 93.20 8 70.00 32.00 10.00 1.20 2.87 50.00 51.2 51.10 B Y 1.254
S890 FSN D100-11-32-R13 (1) 100.00 87.00 96.50 103.10 93.20 11 70.00 32.00 10.00 1.20 2.87 50.00 51.2 51.10 B Y 1.267
S890 FSN D125-09-40-R13 125.00 112.00 121.50 128.10 118.20 9 82.00 40.00 10.00 1.20 2.87 63.00 64.2 64.10 B Y 2.295
S890 FSN D125-14-40-R13 (1) 125.00 112.00 121.50 128.10 118.20 14 82.00 40.00 10.00 1.20 2.87 63.00 64.2 64.10 B Y 2.303
S890 FSN D160-10-40-R13 160.00 147.00 156.50 159.60 153.20 10 106.00 40.00 10.00 1.20 2.87 63.00 64.2 64.10 C N 4.282
• A- with S890 SNMU 1305... insert B- with OXMT 0507R08-F F insert C- with OXMT 050705-R-HP INSERT • When used with OXMT 0507R08-FF inserts, the
tools gain the FEEDMILL ability of machining at extremely high feeds - most effective for rough milling applications. • Use only Torx Plus keys
• For user guide, see pages 462-468
(1) Fine pitch
(2) For adaptation options, see page 461
For inserts, see pages: OXMT 0507 (433) • S890 SNMU 1305PN... (442)
Tool diameter 50-125
0.15
992°
Steel Machining
D.O.C. / Feed
Recommendations
Steel Machining
D.O.C. / Feed
Recommendations
OXMT 050705-R-HP
1
0.1 0.2 0.3 0.4 fz
mm/tooth
2
3
4
ap
mm
0.2
0.5 1 1.5 2 fz
mm/tooth
0.4
0.6
0.8
1.0
1.2
ap
mm
OXMT 0507R08-FF...
Mismatch as a
function of tool
diameter
Spare Parts
Designation
S890 FSN D040-04-16-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M8X38-1515
S890 FSN D050-04-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
S890 FSN D050-05-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
S890 FSN D063-05-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
S890 FSN D063-07-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
S890 FSN D080-07-27-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D080-09-27-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D100-08-32-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D100-11-32-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D125-09-40-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D125-14-40-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN D160-10-40-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S890 FSN-13
Face Mills Carrying Double-Sided
Square Inserts with 8 Cutting Edges
ISCAR
174
FACE MILLS
L
D
Da
D3
ap
Designation D Z apL D3Da Arbor(1) Rd°(2) kg
H490 F90AX D040-4-16-12 40.00 4 12.00 40.00 38.00 16.00 A 1.5 Y 0.200
H490 F90AX D050-3-22-12 50.00 3 12.00 40.00 48.00 22.00 A 1.5 Y 0.328
H490 F90AX D050-5-22-12 50.00 5 12.00 40.00 48.00 22.00 A 1.5 Y 0.323
H490 F90AX D063-4-27-12 63.00 4 12.00 50.00 59.20 27.00 A 1.5 Y 0.683
H490 F90AX D063-6-27-12 63.00 6 12.00 50.00 59.20 27.00 A 1.5 Y 0.652
H490 F90AX D080-5-27-12 80.00 5 12.00 50.00 63.00 27.00 B - Y 0.824
H490 F90AX D080-7-27-12 80.00 7 12.00 50.00 63.00 27.00 B - Y 0.849
H490 F90AX D100-6-32-12 100.00 6 12.00 50.00 80.00 32.00 B - Y 1.413
H490 F90AX D100-9-32-12 100.00 9 12.00 50.00 80.00 32.00 B - Y 1.467
H490 F90AX D125-8-40-12 125.00 8 12.00 63.00 82.00 40.00 B - Y 2.245
H490 F90AX D160-9-40-12 160.00 9 12.00 63.00 105.00 40.00 C - N 3.880
H490 F90AX D200-10-60-12 200.00 10 12.00 63.00 135.00 60.00 C - N 5.670
• For user guide, see pages 462-468
(1) For adaptation options, see page 416
(2) Rampdown angle is valid only when H490 ANKX1205R 15T-FF insert is used
For inserts, see pages: H490 ANKX/ANCX 1205-FF (404) • H490 ANKX/ANCX-12 (403)
Spare Parts
Designation
H490 F90AX D040-4-16-12 SR 14-544 BLD T15/M7 SW6-T SR M8X30DIN912
H490 F90AX D050-3-22-12 SR 14-544 BLD T15/M7 SW6-T SR M10X30 DIN912
H490 F90AX D050-5-22-12 SR 14-544 BLD T15/M7 SW6-T SR M10X30 DIN912
H490 F90AX D063-4-27-12 SR 14-544 BLD T15/M7 SW6-T SR M12X35DIN912
H490 F90AX D063-6-27-12 SR 14-544 BLD T15/M7 SW6-T SR M12X35DIN912
H490 F90AX D080-5-27-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D080-7-27-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D100-6-32-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D100-9-32-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D125-8-40-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D160-9-40-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX D200-10-60-12 SR 14-544 BLD T15/M7 SW6-T
H490 F90AX-12
90° Face Mills Carrying H490 ANKX
12.. Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
175
FACE MILLS
Da
D
3
D
ap
L
Rd°
Designation D Z apL D3Da Arbor(1) Rd°(2) kg
T490 FLN D040-04-16-R-13 40.00 4 12.50 40.00 38.00 16.00 A 2.0 Y 0.221
T490 FLN D040-05-16-R-13 40.00 5 12.50 40.00 38.00 16.00 A 2.0 Y 0.215
T490 FLN D050-05-22-R-13 50.00 5 12.50 40.00 47.00 22.00 A 1.5 Y 0.309
T490 FLN D050-06-22-R-13 50.00 6 12.50 40.00 47.00 22.00 A 1.5 Y 0.311
T490 FLN D063-06-22-R-13 63.00 6 12.50 40.00 59.20 22.00 A 1.1 Y 0.546
T490 FLN D063-08-22-R-13 63.00 8 12.50 40.00 59.20 22.00 A 1.1 Y 0.558
T490 FLN D080-07-27-R-13 80.00 7 12.50 50.00 70.00 27.00 B 0.9 Y 0.979
T490 FLN D080-10-27-R-13 80.00 10 12.50 50.00 70.00 27.00 B 0.9 Y 1.002
T490 FLN D100-08-32-R-13 100.00 8 12.50 50.00 78.00 32.00 B 0.7 Y 1.445
T490 FLN D100-13-32-R-13 100.00 13 12.50 50.00 78.00 32.00 B 0.7 Y 1.494
T490 FLN D125-09-40-R-13 125.00 9 12.50 63.00 82.00 40.00 B 0.5 Y 2.166
T490 FLN D125-17-40-R-13 125.00 17 12.50 63.00 82.00 40.00 B 0.5 Y 2.298
T490 FLN D160-12-40-R-13 160.00 12 12.50 63.00 82.00 40.00 B 0.5 N 4.338
T490 FLN D200-15-60-R-13 200.00 15 12.50 63.00 135.00 60.00 B 0.5 N 5.772
• When machining slots, coarse pitch cutters should be used • For user guide, see pages 462-468
(1) For adaptation options, see page 461
(2) Valid only when the T490 LNHT 1306 PNTR-RD insert is used. For the -FF insert, refer to -FF insert information.
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Spare Parts
Designation
T490 FLN D040-04-16-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M8X30DIN912
T490 FLN D040-05-16-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M8X30DIN912
T490 FLN D050-05-22-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
T490 FLN D050-06-22-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
T490 FLN D063-06-22-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
T490 FLN D063-08-22-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
T490 FLN D080-07-27-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D080-10-27-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D100-08-32-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D100-13-32-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D125-09-40-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D125-17-40-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D160-12-40-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN D200-15-60-R-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 FLN-13
90° Face Mills Carrying Tangentially
Clamped Inserts with 4 Helical
13 mm Long Cutting Edges
ap
D
Da
D3
L
Designation D Z apL D3Da Arbor(1) kg
T290 FLN D040-04-16-15 40.00 4 14.00 40.00 36.00 16.00 A 0.195
T290 FLN D050-05-22-15 50.00 5 14.00 40.00 48.00 22.00 A 0.332
• For user guide, see pages 462-468
(1) For adaptation options, see page 416
For inserts, see pages: T290 LNMT 1506 (407)
Spare Parts
Designation
T290 FLN D040-04-16-15 SR 10505427 BLD IP20/S7 SW6-T SR M8X25DIN912
T290 FLN D050-05-22-15 SR 10505427 BLD IP20/S7 SW6-T SR M10X25DIN7984
T290 FLN-15
90° Face Mills Carrying T290 LNMT
1506... Tangentially Clamped Inserts
ISCAR
176
FACE MILLS
Da
D3
L
ap
D
a°
Kr
7
ap
D=50, a=8˚, Kr=91˚
D=63, a=6˚, Kr=90˚
D≥100, a=4.5˚, Kr=90˚
Designation D Z apL D3Da Arbor(1) kg
F90LN D050-05-22-R/L-N15 50.00 5 14.00 40.00 47.00 22.00 A 0.33
F90LN D063-05-22-R/L-N15 63.00 5 14.00 40.00 59.20 22.00 B 0.47
F90LN D063-08-22-R/L-N15 63.00 8 14.00 40.00 59.20 22.00 B 0.49
F90LN D080-07-27-R/L-N15 80.00 7 14.00 50.00 70.00 27.00 B 1.01
F90LN D080-10-27-R/L-N15 80.00 10 14.00 50.00 70.00 27.00 B 1.05
F90LN D100-08-32-R/L-N15 100.00 8 14.00 50.00 78.00 32.00 B 1.50
F90LN D100-12-32-R/L-N15 100.00 12 14.00 50.00 78.00 32.00 B 1.59
F90LN D125-09-40-R/L-N15 125.00 9 14.00 63.00 95.00 40.00 B 2.95
F90LN D125-15-40-R/L-N15 125.00 15 14.00 63.00 95.00 40.00 B 3.07
F90LN D160-10-40-R/L-N15 160.00 10 14.00 63.00 120.00 40.00 C 4.31
F90LN D160-20-40-R/L-N15 160.00 20 14.00 63.00 120.00 40.00 C 4.48
F90LN D200-12-60-R/L-N15 200.00 12 14.00 63.00 135.00 60.00 C 6.67
F90LN D250-15-60-R/L-N15 250.00 15 14.00 63.00 150.00 60.00 C 10.39
F90LN D250-30-60-R-N15 250.00 30 14.00 63.00 150.00 60.00 C 10.83
• Left-hand cutters are designated by a red groove • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: LNAR 1506 (418) • LNAR 1506 PN-R-S (PCD) (419) • LNAT 1506-W (419) • LNAT 1506..PN-N MM (419) • LNAW-15 (CBN) (415) •
LNHW 1506 PNTN (ceramic) (418) • LNKX 1506 1.5X45 PN-N (417) • LNKX 1506PN-N PL (416) • LNKX/LNMT 1506PNTN/PN-N MM (416) • LNMT 1506PN-R-TS
(415) • LNMT/LNHT 1506...-N HT (418) • LNMT/LNHT 1506PN-R HT (417) • LNMW 1506 PNTN (416)
Spare Parts
Designation
F90LN D050-05-22-R/L-N15 SR 34-535 SW6-T BLD T15/M7 SR M10X25 DIN912
F90LN D063-05-22-L-N15 SR 34-535 SW6-T BLD T15/M7
F90LN D063-05-22-R-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D063-08-22-L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D063-08-22-R-N15 SR 34-535 SW6-T BLD T15/M7
F90LN D080-07-27-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D080-10-27-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D100-08-32-L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D100-08-32-R-N15 SR 34-535 SW6-T BLD T15/M7
F90LN D100-12-32-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D125-09-40-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D125-15-40-L-N15 SR 34-535 SW6-T BLD T15/M7
F90LN D125-15-40-R-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D160-10-40-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D160-20-40-R/L-N15 SR 34-535 SW6-T BLD T15/M7
F90LN D200-12-60-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D250-15-60-R/L-N15 SR 34-535 SW6-T-SH BLD T15/M7
F90LN D250-30-60-R-N15 SR 34-535 SW6-T BLD T15/M7
F90LN-N15
90° Face Mills Carrying LN..1506...
Tangentially Clamped Inserts
177
FACE MILLS
D
L
Da
D3
ap
Rd°
Designation D Z apL D3Da Arbor(1) Rd°kg
HM390 FTD D040-3-16-15 40.00 3 13.00 40.00 38.40 16.00 A 1.6 Y 0.195
HM390 FTD D040-4-16-15 40.00 4 13.00 40.00 38.40 16.00 A 1.6 Y 0.190
HM390 FTD D050-3-22-15 50.00 3 13.00 40.00 46.00 22.00 A 1.6 Y 0.253
HM390 FTD D050-4-22-15 50.00 4 13.00 40.00 46.00 22.00 A 1.6 Y 0.278
HM390 FTD D050-5-22-15 50.00 5 13.00 40.00 46.00 22.00 A 1.6 Y 0.277
HM390 FTD D063-4-27-15 63.00 4 13.00 45.00 59.00 27.00 A 1.2 Y 0.536
HM390 FTD D063-5-22-15 63.00 5 13.00 50.00 59.00 22.00 A 1.2 Y 0.523
HM390 FTD D063-5-27-15 63.00 5 13.00 45.00 59.00 27.00 A 1.2 Y 0.525
HM390 FTD D063-6-22-15 63.00 6 13.00 50.00 59.00 22.00 A 1.2 Y 0.570
HM390 FTD D063-6-27-15 63.00 6 13.00 45.00 59.00 27.00 A 1.2 Y 0.570
HM390 FTD D080-5-27-15 80.00 5 13.00 50.00 74.00 27.00 A 0.9 Y 1.105
HM390 FTD D080-6-27-15 80.00 6 13.00 50.00 74.00 27.00 A 0.9 Y 1.144
HM390 FTD D080-7-27-15 80.00 7 13.00 50.00 74.00 27.00 A 0.9 Y 1.170
HM390 FTD D100-6-32-15 100.00 6 13.00 50.00 80.00 32.00 B 0.7 Y 1.304
HM390 FTD D100-8-32-15 100.00 8 13.00 50.00 80.00 32.00 B 0.7 Y 1.450
HM390 FTD D125-7-40-15 125.00 7 13.00 63.00 82.00 40.00 B 0.5 Y 2.110
HM390 FTD D125-9-40-15 125.00 9 13.00 63.00 82.00 40.00 B 0.5 Y 2.294
HM390 FTD D160-8-40-15 160.00 8 13.00 63.00 105.00 40.00 C 0.3 N 3.562
HM390 FTD D160-10-40-15 160.00 10 13.00 63.00 105.00 40.00 C 0.3 N 3.996
HM390 FTD D200-9-60-15 200.00 9 13.00 63.00 135.00 60.00 C 0.2 N 5.219
HM390 FTD D200-11-60-15 200.00 11 13.00 63.00 135.00 60.00 C 0.2 N 5.191
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HM390 TDKT/CT 1505 (382)
Spare Parts
Designation
HM390 FTD D040-3-16-15 SR 10511869 BLD IP20/S7 SW6-T SR M8X38-1515
HM390 FTD D040-4-16-15 SR 10511869 BLD IP20/S7 SW6-T SR M8X38-1515
HM390 FTD D050-3-22-15 SR 10505427 BLD IP20/S7 SW6-T SR M10X30 DIN912
HM390 FTD D050-4-22-15 SR 10505427 BLD IP20/S7 SW6-T SR M10X30 DIN912
HM390 FTD D050-5-22-15 SR 10511869 BLD IP20/S7 SW6-T SR M10X30 DIN912
HM390 FTD D063-4-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X35DIN912
HM390 FTD D063-5-22-15 SR 10511869 BLD IP20/S7 SW6-T SR M10X30 DIN912
HM390 FTD D063-5-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X35DIN912
HM390 FTD D063-6-22-15 SR 10511869 BLD IP20/S7 SW6-T SR M10X30 DIN912
HM390 FTD D063-6-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X35DIN912
HM390 FTD D080-5-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X40DIN912
HM390 FTD D080-6-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X40DIN912
HM390 FTD D080-7-27-15 SR 10505427 BLD IP20/S7 SW6-T SR M12X40DIN912
HM390 FTD D100-6-32-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D100-8-32-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D125-7-40-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D125-9-40-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D160-8-40-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D160-10-40-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D200-9-60-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD D200-11-60-15 SR 10505427 BLD IP20/S7 SW6-T
HM390 FTD-15
90° Face Mills Carrying HM390
TDKT 1505 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
178
FACE MILLS
Da
D3
D
L
ap
Rd°
Designation D Z apL D3Da Rd° Arbor(1) kg
HM90 F90A D 40-3-16 40.00 3 14.30 40.00 38.60 16.00 4.0 A 0.196
HM90 F90A D 40-4-16 40.00 4 14.30 40.00 38.60 16.00 4.0 A 0.191
HM90 F90A D 50-3-22 50.00 3 14.30 40.00 48.00 22.00 2.6 A 0.314
HM90 F90A D 50-5-22 50.00 5 14.30 40.00 48.00 22.00 2.6 A 0.295
HM90 F90A D 63-4-22 63.00 4 14.30 40.00 59.20 22.00 2.0 A 0.545
HM90 F90A D 63-6-22 63.00 6 14.30 40.00 59.20 22.00 2.0 A 0.516
HM90 F90A D 80-5-27 80.00 5 14.30 50.00 70.00 27.00 0.8 B 0.908
HM90 F90A D 80-7-27 80.00 7 14.30 50.00 70.00 27.00 0.8 B 0.870
HM90 F90A D100-6-32 100.00 6 14.30 50.00 78.00 32.00 0.7 B 1.553
HM90 F90A D100-8-32 100.00 8 14.30 50.00 78.00 32.00 0.7 B 1.490
HM90 F90A D125-7-40 125.00 7 14.30 63.00 90.00 40.00 0.5 B 2.889
HM90 F90A D125-9-40 125.00 9 14.30 63.00 90.00 40.00 0.5 B 2.931
HM90 F90A D160-8-40 160.00 8 14.30 63.00 105.00 40.00 0.4 C 4.000
HM90 F90A D160-10-40 160.00 10 14.30 63.00 105.00 40.00 0.4 C 4.026
HM90 F90A D200-9-60 200.00 9 14.30 63.00 150.00 60.00 0.3 C 7.579
HM90 F90A D200-12-60 200.00 12 14.30 63.00 150.00 60.00 0.3 C 7.688
HM90 F90A D250-10-60 250.00 10 14.30 63.00 190.00 60.00 0.3 C 12.631
HM90 F90A D315-12-60 315.00 12 14.30 63.00 250.00 60.00 - D 20.892
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505-FF (393) • ADKT 1505..R/L-HM (393)
• ADKT 1505PD-W (394) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADKW (CBN) (391) • ADKW (PCD) (391)
• ADMT 1505PDR-HS (392) • HM90 ADCR 1505PDFR-P (390) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) • HM90 ADKT 1505 (388) • HM90
ADKT 1505PD-W (394) • HM90 ADKW 1505PDR (396)
Spare Parts
Designation
HM90 F90A D 40-3-16 SR 14-544/S BLD T15/M7 SW6-T-SH SR M8X25DIN912
HM90 F90A D 40-4-16 SR 14-544/S BLD T15/M7 SW6-T-SH SR M8X25DIN912
HM90 F90A D 50-3-22 SR 14-544/S BLD T15/M7 SW6-T-SH SR M10X25 DIN912
HM90 F90A D 50-5-22 SR 14-544/S BLD T15/M7 SW6-T-SH SR M10X25 DIN912
HM90 F90A D 63-4-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M10X25 DIN912
HM90 F90A D 63-6-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M10X25 DIN912
HM90 F90A D 80-5-27 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D 80-7-27 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D100-6-32 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D100-8-32 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D125-7-40 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D125-9-40 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D160-8-40 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D160-10-40 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D200-9-60 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D200-12-60 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D250-10-60 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A D315-12-60 SR 14-544 BLD T15/M7 SW6-T-SH
HM90 F90A-15
90° Face Mills Carrying HM90
ADKT 1505... Inserts
179
FACE MILLS
Da
D3
L
D
Designation D Z L D3Da Arbor(1) RPM max kg
F90AD D050-04-22-SFR 50.00 4 40.00 49.00 22.00 A 23000 0.310
F90AD D063-04-22-SFR 63.00 4 40.00 50.00 22.00 A 20600 0.425
F90AD D063-06-22-SFR 63.00 6 40.00 50.00 22.00 A 20600 0.485
F90AD D080-06-27-SFR 80.00 6 50.00 60.00 27.00 B 18200 0.889
• These tools may also be used for regular HELI2000 AD.. 1505... inserts, for applications that require precise frontal edge adjustment
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ADKW (CBN) (391) • ADKW (PCD) (391) • ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT
1505-FF (393) • ADKT 1505..R/L-HM (393) • ADKT 1505PD-W (394) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392)
• ADMT 1505PDR-HS (392) • HM90 ADCR 1505PDFR-P (390) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) • HM90 ADKT 1505 (388) • HM90
ADKT 1505PD-W (394) • HM90 ADKW 1505PDR (396)
0.002 mm
Spare Parts
Designation
F90AD D050-04-22-SFR SR 14-544/S SR 11800782 BLD T15/S7 SW6-T-SH SR M10X20DIN912
F90AD D063-04-22-SFR SR 14-544/S SR 11800782 BLD T15/S7 SW6-T-SH SR M10X20DIN912
F90AD D063-06-22-SFR SR 14-544/S SR 11800782 BLD T15/S7 SW6-T-SH SR M10X20DIN912
F90AD D080-06-27-SFR SR 14-544/S SR 11800782 BLD T15/S7 SW6-T-SH
F90AD-SFR
Adjustable Face Mills (used
mainly for PCD/CBN inserts)
ISCAR
180
FACE MILLS
L
Da
D3
ap
D
Designation D Z apL D3Da Arbor(2) kg
T490 FLN D050-03-22-16 50.00 3 16.00 40.00 48.00 22.00 A Y 0.300
T490 FLN D050-04-22-16 (1) 50.00 4 16.00 40.00 48.00 22.00 A Y 0.316
T490 FLN D063-06-27-16 63.00 6 16.00 45.00 60.00 27.00 A Y 0.617
T490 FLN D080-05-27-16 80.00 5 16.00 50.00 63.00 27.00 B Y 0.840
T490 FLN D080-07-27-16 (1) 80.00 7 16.00 50.00 63.00 27.00 B Y 0.900
T490 FLN D100-06-32-16 100.00 6 16.00 50.00 80.00 32.00 B Y 1.446
T490 FLN D100-08-32-16 (1) 100.00 8 16.00 50.00 80.00 32.00 B Y 1.496
T490 FLN D125-07-40-16 125.00 7 16.00 63.00 82.00 40.00 B Y 2.425
T490 FLN D125-10-40-16 (1) 125.00 10 16.00 63.00 82.00 40.00 B Y 2.465
T490 FLN D160-12-40-16 (1) 160.00 12 16.00 63.00 105.00 40.00 C N 4.277
T490 FLN D200-12-60-16 (1) 200.00 12 16.00 63.00 135.00 60.00 C N 5.401
• When machining slots, regular pitch cutters should be used. • For user guide, see pages 462-468
(1) Fine pitch
(2) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 1607 (410)
Spare Parts
Designation
T490 FLN D050-03-22-16 SR 14-591 BLD T20/M7 SW6-T SR M10X25DIN7984
T490 FLN D050-04-22-16 SR 14-591 BLD T20/M7 SW6-T SR M10X25DIN7984
T490 FLN D063-06-27-16 SR 14-591 BLD T20/M7 SW6-T SR M12X30DIN912
T490 FLN D080-05-27-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D080-07-27-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D100-06-32-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D100-08-32-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D125-07-40-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D125-10-40-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D160-12-40-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN D200-12-60-16 SR 14-591 BLD T20/M7 SW6-T
T490 FLN-16
90° Face Mills Carrying Tangentially
Clamped Inserts with 4 Helical
16 mm Long Cutting Edges
181
FACE MILLS
D
L
Da
D3
ap
Rd°
Designation D Z apL D3Da Arbor(1) Rd°kg
HM390 FTD D063-04-27-19 63.00 4 16.00 50.00 48.00 27.00 A Y 1.1 0.630
HM390 FTD D063-05-27-19 63.00 5 16.00 50.00 48.00 27.00 A Y 1.1 0.629
HM390 FTD D080-05-27-19 80.00 5 16.00 50.00 59.00 27.00 A Y 0.9 0.116
HM390 FTD D080-06-27-19 80.00 6 16.00 50.00 59.00 27.00 A Y 0.9 0.900
HM390 FTD D100-06-32-19 100.00 6 16.00 50.00 80.00 32.00 B Y 0.7 1.500
HM390 FTD D100-08-32-19 100.00 8 16.00 50.00 80.00 32.00 B Y 0.7 1.300
HM390 FTD D125-07-40-19 125.00 7 16.00 63.00 82.00 40.00 B Y 0.5 2.700
HM390 FTD D125-09-40-19 125.00 9 16.00 63.00 82.00 40.00 B Y 0.5 2.650
HM390 FTD D160-08-40-19 160.00 8 16.00 63.00 105.00 40.00 C N 0.4 4.200
HM390 FTD D160-10-40-19 160.00 10 16.00 63.00 105.00 40.00 C N 0.4 4.280
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HM390 TDKT 1907 (382)
Spare Parts
Designation
HM390 FTD D063-04-27-19 SR 14-591/H BLD T20/S7 SW6-T SR M12X25
HM390 FTD D063-05-27-19 SR 14-591/H BLD T20/S7 SW6-T SR M12X25
HM390 FTD D080-05-27-19 SR 14-591/H BLD T20/S7 SW6-T SR M12X25
HM390 FTD D080-06-27-19 SR 14-591/H BLD T20/S7 SW6-T SR M12X25
HM390 FTD D100-06-32-19 SR 14-591/H BLD T20/S7 SW6-T
HM390 FTD D100-08-32-19 SR 14-591/H BLD T20/S7 SW6-T
HM390 FTD D125-07-40-19 SR 14-591/H BLD T20/S7 SW6-T
HM390 FTD D125-09-40-19 SR 14-591/H BLD T20/S7 SW6-T
HM390 FTD D160-08-40-19 SR 14-591/H BLD T20/M7 SW6-T
HM390 FTD D160-10-40-19 SR 14-591/H BLD T20/M7 SW6-T
HM390 FTD-19
90° Face Mills Carrying HM390
TDKT 1907 Triangular Inserts
with 3 Helical Cutting Edges
ISCAR
182
FACE MILLS
Da
D3
D
L
ap
Rd°
Designation D Z apL D3Da Arbor(1) Rd°(2) kg
H490 F90AX D040-3-16-17 40.00 3 16.30 40.00 36.00 16.00 A 4.4 Y 0.183
H490 F90AX D050-3-22-17 50.00 3 16.30 40.00 48.00 22.00 A 3.8 Y 0.318
H490 F90AX D050-4-22-17 50.00 4 16.30 40.00 48.00 22.00 A 3.8 Y 0.304
H490 F90AX D063-4-27-17 63.00 4 16.30 50.00 59.20 27.00 A 2.0 Y 0.628
H490 F90AX D063-6-27-17 63.00 6 16.30 50.00 59.20 27.00 A 2.0 Y 0.669
H490 F90AX D080-5-27-17 80.00 5 16.30 50.00 63.00 27.00 B 1.5 Y 0.786
H490 F90AX D080-7-27-17 80.00 7 16.30 50.00 63.00 27.00 B 1.5 Y 0.800
H490 F90AX D100-5-32-17 100.00 5 16.30 50.00 80.00 32.00 B 1.0 Y 1.384
H490 F90AX D100-8-32-17 100.00 8 16.30 50.00 80.00 32.00 B 1.0 Y 1.474
H490 F90AX D125-7-40-17 125.00 7 16.30 63.00 82.00 40.00 B - Y 2.241
H490 F90AX D125-10-40-17 125.00 10 16.30 63.00 82.00 40.00 B - Y 2.410
H490 F90AX D160-8-40-17 160.00 8 16.30 63.00 105.00 40.00 C - N 3.636
H490 F90AX D160-12-40-17 160.00 12 16.30 63.00 105.00 40.00 C - N 4.100
H490 F90AX D200-10-60-17 200.00 10 16.30 63.00 135.00 60.00 C - N 5.988
H490 F90AX D250-12-60-17 250.00 12 16.30 63.00 144.00 60.00 C - N 9.338
H490 F90AX D315-16-60-17 315.00 16 16.30 63.00 225.00 60.00 C - N 17.105
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
(2) Rampdown angle is valid only when the H490 ANKX 1706R15T-FF insert is used (tool diameter is then 1.5 mm larger)
For inserts, see pages: H490 ANKX 1706-FF (405) • H490 ANKX/ANCX-17 (404)
Spare Parts
Designation
H490 F90AX D040-3-16-17 SR 14-591 BLD T20/M7 SW6-T SR M8X25DIN912
H490 F90AX D050-3-22-17 SR 14-591 BLD T20/M7 SW6-T SR M10X25 DIN912
H490 F90AX D050-4-22-17 SR 14-591 BLD T20/M7 SW6-T SR M10X25 DIN912
H490 F90AX D063-4-27-17 SR 14-591 BLD T20/M7 SW6-T SR M12X30DIN912
H490 F90AX D063-6-27-17 SR 14-591 BLD T20/M7 SW6-T SR M12X30DIN912
H490 F90AX D080-5-27-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D080-7-27-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D100-5-32-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D100-8-32-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D125-7-40-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D125-10-40-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D160-8-40-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D160-12-40-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D200-10-60-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D250-12-60-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX D315-16-60-17 SR 14-591 BLD T20/M7 SW6-T
H490 F90AX-17
90° Face Mills Carrying H490 ANKX
17.. Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
183
FACE MILLS
D
L
D3
Da
ap
Rd°
Designation D Z apL D3Da Arbor(1) Rd°kg
H690 F90AX D050-3-22-16 50.00 3 13.50 40.00 48.00 22.00 A 3.0 Y 0.308
H690 F90AX D050-4-22-16 50.00 4 13.50 40.00 48.00 22.00 A 3.0 Y 0.301
H690 F90AX D063-4-27-16 63.00 4 13.50 50.00 59.00 27.00 A 2.0 Y 0.630
H690 F90AX D063-5-27-16 63.00 5 13.50 50.00 59.00 27.00 A 2.0 Y 0.640
H690 F90AX D080-5-27-16 80.00 5 13.50 50.00 76.00 27.00 A 1.0 Y 1.197
H690 F90AX D080-6-27-16 80.00 6 13.50 50.00 76.00 27.00 A 1.0 Y 1.209
H690 F90AX D100-6-32-16 100.00 6 13.50 50.00 80.00 32.00 B 1.0 Y 1.281
H690 F90AX D100-8-32-16 100.00 8 13.50 50.00 80.00 32.00 B 1.0 Y 1.410
H690 F90AX D125-7-40-16 125.00 7 13.50 63.00 82.00 40.00 B 0.5 Y 2.135
H690 F90AX D125-9-40-16 125.00 9 13.50 63.00 82.00 40.00 B 0.5 Y 2.313
H690 F90AX D160-8-40-16 160.00 8 13.50 63.00 105.00 40.00 C - N 3.481
H690 F90AX D160-10-40-16 160.00 10 13.50 63.00 105.00 40.00 C - N 3.411
H690 F90AX D200-9-60-16 200.00 9 13.50 63.00 135.00 60.00 C - N 5.754
H690 F90AX D200-11-60-16 200.00 11 13.50 63.00 135.00 60.00 C - N 5.088
H690 F90AX D250-12-60-16 250.00 12 13.50 63.00 144.00 60.00 C - N 7.486
• For cutting speed recommendations, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H690 TNCX/TNKX 1606 (405)
Spare Parts
Designation
H690 F90AX D050-3-22-16 SR 14-591 BLD T20/M7 SW6-T SR M10X40-1638
H690 F90AX D050-4-22-16 SR 14-591 BLD T20/M7 SW6-T SR M10X40-1638
H690 F90AX D063-4-27-16 SR 14-591 BLD T20/M7 SW6-T SR M12X30DIN912
H690 F90AX D063-5-27-16 SR 14-591 BLD T20/M7 SW6-T SR M12X30DIN912
H690 F90AX D080-5-27-16 SR 14-591 BLD T20/M7 SW6-T SR M12X35DIN912
H690 F90AX D080-6-27-16 SR 14-591 BLD T20/M7 SW6-T SR M12X35DIN912
H690 F90AX D100-6-32-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D100-8-32-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D125-7-40-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D125-9-40-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D160-8-40-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D160-10-40-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D200-9-60-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D200-11-60-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX D250-12-60-16 SR 14-591 BLD T20/M7 SW6-T
H690 F90AX-16
90° Face Mills Carrying H690
TNKX 1606.. Triangular Inserts
with 6 Helical Cutting Edges
ISCAR
184
FACE MILLS
L
ap
Da
D3
D
Designation D Z L apD3Da Arbor(1) kg
F90 D63-22 63.00 5 40.00 13.80 42.00 22.00 A 0.505
F90 D080-27 80.00 6 50.00 18.00 55.00 27.00 B 1.050
F90 D100-32 100.00 8 50.00 18.00 70.00 32.00 B 1.584
F90 D160-40 160.00 10 63.00 18.00 110.00 40.00 B 5.133
F90 D200-60 200.00 12 63.00 18.00 165.00 60.00 C 8.398
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
Spare Parts
Designation
F90 D63-22 NTP 32-R SR 35-2011 HW 3P LW 35-343 T SR 35-341.5 T-8/5
F90 D080-27 NTP 43-R SR 35-342.3 HW 4P LW 35-342 T SR 35-343.4 HW 2.0
F90 D100-32 NTP 43-R SR 35-342.3 HW 4P LW 35-342 T SR 35-403 HW 2.0
F90 D160-40 NTP 43-R SR 35-342.3 HW 4P LW 35-342 T SR 35-343.4 HW 2.0
F90 D200-60 NTP 43-R SR 35-342.3 HW 4P LW 35-342 T SR 35-343.4 HW 2.0
F90
90° Face Mills Carrying TPKN/R Inserts
Da
L
ap
D3
D
Rd°
Designation DapZ L D3Da Arbor(2) Rd°kg
P290 FPW D032-04-16-12 32.00 12.00 4 50.00 30.40 16.00 A 1.0 0.161
P290 FPW D040-05-16-12 40.00 12.00 5 35.00 38.00 16.00 A 0.7 0.173
P290 FPW D050-06-22-12 50.00 12.00 6 40.00 48.00 22.00 A 0.5 0.314
P290 FPW D040-04-16-18 40.00 18.00 4 40.00 35.00 16.00 A 1.5 0.151
P290 FPW D050-05-22-18 50.00 18.00 5 40.00 45.00 22.00 A 1.0 0.269
P290 FCT D050-05-22-18 (1) 50.00 18.00 5 40.00 45.00 22.00 A 1.0 0.270
P290 FPW D063-06-22-18 63.00 18.00 6 40.00 48.00 22.00 A 0.8 0.467
P290 FPW D080-08-27-18 80.00 18.00 8 50.00 60.00 27.00 B 0.5 1.013
P290 FPW D100-09-32-18 100.00 18.00 9 55.00 78.00 32.00 B 0.3 1.873
• For user guide, see pages 462-468
(1) To be used only with P290 ACCT 1806PDR-HL/TL straight-edged inserts
(2) For adaptation options, see page 461
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
Spare Parts
Designation
P290 FPW D032-04-16-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M8X40-D11.5 DIN912
P290 FPW D040-05-16-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M8X25DIN912
P290 FPW D050-06-22-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M10X25 DIN912
P290 FPW D040-04-16-18 SR 14-544/S BLD T15/M7 SW6-T SR M8X30DIN912
P290 FPW D050-05-22-18 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
P290 FCT D050-05-22-18 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
P290 FPW D063-06-22-18 SR 14-544/S BLD T15/M7 SW6-T SR M10X25 DIN912
P290 FPW D080-08-27-18 SR 14-544/S BLD T15/M7 SW6-T SR M12X30DIN912
P290 FPW D100-09-32-18 SR 14-544/S BLD T15/M7 SW6-T SR M16X40DIN912
P290 FPW
90° Face Mills Carrying 12 and
18 mm Long Edged Inserts
185
FACE MILLS
Da
D3
ap
D
L
Rd°
Designation D Z apL D3Da Rd° Arbor(1) kg
HP F90AT D50-4-22-19 50.00 4 18.00 50.00 46.50 22.00 5.0 A 0.330
HP F90AT D63-5-27-19 63.00 5 18.00 50.00 59.20 27.00 3.5 A 0.613
HP F90AT D80-6-27-19 80.00 6 18.00 50.00 63.00 27.00 2.5 B 0.806
• Insert clamping/unclamping procedure: First loosely attach the rear clamping screw, then the face screw. In the same order, tighten them both. • For user
guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HP ADCR 1906 (398) • HP ADKT 1906 (398)
Spare Parts
Designation
HP F90AT D50-4-22-19 SR 14-571/L BLD T10/S7 SW6-SD SR M10X30 DIN912
HP F90AT D63-5-27-19 SR 14-571/L BLD T10/S7 SW6-SD SR M12X30DIN912
HP F90AT D80-6-27-19 SR 14-571/L BLD T10/S7 SW6-SD
HP F90AT-19
90° Face Mills Carrying HP AD..
1906... Long Edged Inserts
ap
L
D
Da
D3
Designation D Z apL D3Da Arbor(1) kg
3M F90AX D050-22-20 50.00 4 20.00 50.00 48.00 22.00 A 0.353
3M F90AX D063-27-20 63.00 5 20.00 45.00 53.00 27.00 A 0.515
3M F90AX D080-27-20 80.00 6 20.00 50.00 60.00 27.00 A 1.023
3M F90AX D100-6-32-20 100.00 6 20.00 50.00 78.00 32.00 B 1.434
3M F90AX D100-32-20 100.00 8 20.00 50.00 78.00 32.00 B 1.499
3M F90AX D125-7-40-20 125.00 7 20.00 63.00 90.00 40.00 B 2.545
3M F90AX D125-40-20 125.00 9 20.00 63.00 90.00 40.00 B 2.613
3M F90AX D160-40-20 160.00 10 20.00 63.00 105.00 40.00 C 4.335
3M F90AX D200-60-20 200.00 12 20.00 63.00 135.00 60.00 C 7.095
3M F90AX D250-60-20 250.00 14 20.00 63.00 144.00 60.00 C 10.490
3M F90AX D315-60-20 315.00 18 20.00 63.00 225.00 60.00 D 16.870
• To substantially increase insert life, reduce feed by 50% during engagement and removal from the workpiece. • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: 3M AXKT 2006..R-PDR (397) • 3M AXKT-2006 (397)
Spare Parts
Designation
3M F90AX D050-22-20 SR 14-591 BLD T20/M7 SW6-T SR M10X35 DIN912
3M F90AX D063-27-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0 SR M12X30DIN912
3M F90AX D080-27-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0 SR M12X30DIN912
3M F90AX D100-6-32-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D100-32-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D125-7-40-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D125-40-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D160-40-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D200-60-20 SR 14-591 BLD T20/L7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D250-60-20 SR 14-591 BLD T20/L7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX D315-60-20 SR 14-591 BLD T20/L7 SW6-T TSX 19R SR TC-604 HW 5.0
3M F90AX-20
Heavy Duty 90° Face Mills Carrying
3M AXKT 2006.. Inserts
ISCAR
186
FACE MILLS
Da
D3
ap
D
L
Rd°
Designation D Z apL D3Da Rd° Arbor(1) kg
HP F90AT D50-3-22-22 50.00 3 21.00 50.00 48.00 22.00 5.0 A Y 0.364
HP F90AT D50-4-22-22 50.00 4 21.00 50.00 48.00 22.00 5.0 A N 0.328
HP F90AT D63-4-27-22 63.00 4 21.00 50.00 59.20 27.00 3.1 A Y 0.559
HP F90AT D63-5-27-22 63.00 5 21.00 50.00 59.20 27.00 3.1 A N 0.520
HP F90AT D80-4-27-22 80.00 4 21.00 50.00 63.00 27.00 1.8 B Y 0.762
HP F90AT D80-6-27-22 80.00 6 21.00 50.00 63.00 27.00 1.8 B N 0.732
HP F90AT D100-7-32-22 100.00 7 21.00 50.00 78.00 32.00 1.9 B N 1.372
• Insert clamping/unclamping procedure: First loosely attach the rear clamping screw, then the face screw. In the same order, tighten them both.
• For user guide,see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: HP ADCR 2207 (399) • HP ADKT/ADCT 2207 (398)
Spare Parts
Designation
HP F90AT D50-3-22-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M10X30 DIN912
HP F90AT D50-4-22-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M10X30 DIN912
HP F90AT D63-4-27-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M12X30DIN912
HP F90AT D63-5-27-22 SR 14-544 BLD T15/M7 SW6-T-SH SR M12X30DIN912
HP F90AT D80-4-27-22 SR 14-544 BLD T15/M7 SW6-T-SH
HP F90AT D80-6-27-22 SR 14-544 BLD T15/M7 SW6-T-SH
HP F90AT D100-7-32-22 SR 14-544 BLD T15/M7 SW6-T-SH
HP F90AT-22
90° Face Mills Carrying HP AD..
2207... Long Edged Inserts
D
L
ap
D3
Da
Designation D Z apL D3Da Arbor(1) kg
T490 FLN D125-06-40R-22ST 125.00 6 21.00 63.00 82.00 40.00 A 2.852
T490 FLN D160-07-40R-22ST 160.00 7 21.00 63.00 120.00 40.00 C 4.308
T490 FLN D200-08-60R-22ST 200.00 8 21.00 63.00 135.00 60.00 C 2.500
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: T490 LNMT/LNHT 2212 (422)
Spare Parts
Designation
T490 FLN-22ST SR M5X0.5X12.5 TT90-22 BLD IP20/S7 SR 10507547 BLD IP25/S7 SW6-T
T490 FLN-22ST
90° Face Mills Carrying Tangentially
Clamped Inserts with 4 Helical
21 mm Long Cutting Edges
187
FACE MILLS
Lead angle cutter
86°
Da
D
3
L
D
ap max=3.0
For fully
effective
Designation D Z L D3Da Arbor(2) kg
F86LNX D050-06-22-R-N11 (1) 50.00 6 40.00 47.00 22.00 A 0.330
F86LNX D063-06-22-R-N11 63.00 6 40.00 59.00 22.00 A 0.385
F86LNX D080-08-27-R-N11 80.00 8 50.00 70.00 27.00 B 1.016
• For ap>3.0 mm, Zeff is half the number indicated in the table • LNAR 1106 inserts should not be used on these cutters • F86LNX cutters enable using all 8
cutting edges of the LNKX/LNMT 1106.. inserts- 4 R.H. in the peripheral position and 4 L.H. in the frontal position • Feed should be limited to 0.25 mm/tooth
(1) Fine pitch
(2) For adaptation options, see page 461
For inserts, see pages: LNAT 1106-W (412) • LNKX/LNMT 1106 (411)
The cutters are fully effective only up to 3 mm depth of cut.
From 3 to 14 mm depth of cut, refer to the following sketch:
Depth
of Cut
Fully
effective
75%
effective
14
mm
5
mm
3
mm
Half
effective
86°
Spare Parts
Designation
F86LNX D050-06-22-R-N11 SR 34-550 BLD T10/S7 SW6-SD SR M10X25 DIN912
F86LNX D063-06-22-R-N11 SR 34-550 BLD T10/S7 SW6-SD SR M10X25 DIN912
F86LNX D080-08-27-R-N11 SR 34-550 BLD T10/S7 SW6-SD
F86LNX-11
86° Face Mills Carrying all 8
Cutting Edges of LN..1106...
Tangentially Clamped Inserts
ISCAR
188
FACE MILLS
ap
65°
L
D1
D
Da
D3
Designation D D1Z L D3Da ap(2) Arbor(3) kg
S865 FSN D050-04-22-R13 50.00 59.70 4 40.00 48.00 22.00 6.00 A 0.357
S865 FSN D050-06-22-R13 (1) 50.00 59.70 6 40.00 48.00 22.00 6.00 A 0.362
S865 FSN D063-06-22-R13 63.00 72.70 6 40.00 48.00 22.00 6.00 A 0.509
S865 FSN D063-08-22-R13 (1) 63.00 72.70 8 40.00 48.00 22.00 6.00 A 0.500
S865 FSN D080-07-27-R13 80.00 89.70 7 50.00 60.00 27.00 6.00 B 0.919
S865 FSN D080-10-27-R13 (1) 80.00 89.70 10 50.00 60.00 27.00 6.00 B 0.927
S865 FSN D100-08-32-R13 100.00 109.70 8 50.00 70.00 32.00 6.00 B 1.360
S865 FSN D100-12-32-R13 (1) 100.00 109.70 12 50.00 70.00 32.00 6.00 B 1.373
S865 FSN D125-10-40-R13 125.00 134.70 10 63.00 82.00 40.00 6.00 B 2.575
S865 FSN D125-16-40-R13 (1) 125.00 134.70 16 63.00 82.00 40.00 6.00 B 2.585
• For user guide, see pages 462-468
(1) Fine pitch
(2) Depth of cut on steel with coarse pitch cutters and on cast iron with fine pitch cutters may be increased to 8 mm.
(3) For adaptation options, see page 461
For inserts, see pages: S865 SNMU 1305ZNTR (431)
Spare Parts
Designation
S865 FSN D050-04-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
S865 FSN D050-06-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
S865 FSN D063-06-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
S865 FSN D063-08-22-R13 SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
S865 FSN D080-07-27-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN D080-10-27-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN D100-08-32-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN D100-12-32-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN D125-10-40-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN D125-16-40-R13 SR 11800745 BLD IP15/S7 SW6-T-SH
S865 FSN-13
65° Face Mills Carrying Inserts
with 8 Cutting Edges
189
FACE MILLS
Da
D3
ap
D
65°
D1
L
Right-hand shown
Designation D D1apZ L D3Da Arbor kg
T465 FLN D125-06-40R-22ST 125.00 143.60 19.00 6 63.00 95.00 40.00 B 3.681
T465 FLN D125-08-40R-22ST 125.00 143.60 19.00 8 63.00 95.00 40.00 B 3.926
T465 FLN D160-07-40R-22ST 160.00 183.20 19.00 7 63.00 120.00 40.00 C 5.260
T465 FLN D160-09-40R-22ST 160.00 183.20 19.00 9 63.00 120.00 40.00 C 5.418
T465 FLN D200-08-60R-22ST 200.00 218.80 19.00 8 63.00 135.00 60.00 C 7.782
T465 FLN D200-10-60R-22ST 200.00 218.80 19.00 10 63.00 135.00 60.00 C 7.818
T465 FLN D250-10-60R-22ST 250.00 270.00 19.00 10 63.00 150.00 60.00 C 12.215
T465 FLN D250-12-60R-22ST 250.00 270.00 19.00 12 63.00 150.00 60.00 C 12.026
T465 FLN D315-12-60R-22ST 315.00 338.00 19.00 12 80.00 225.00 60.00 D 27.285
• For user guide and accessories, see pages 462-468
For inserts, see pages: T465 LNHT/LNMT 2212 (422)
Spare Parts
Designation
T465 FLN-22ST TT65-22 SR M5X0.5X12.5 BLD IP20/S7 SR 10507547 BLD IP25/S7 SW6-T
T465 FLN-22ST
65° Face Mills Carrying
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
d
LL5L4
42° 42°
2.50
D
D1D5
D7
D4
D68.05.5
A B C
Rd°
Designation D D1L Rd° D4D6L4Rd°4D5D7L5Rd°5d Z kg
HOE D32-03-W32-R06 32.00 41.40 95.00 5.9 29.40 44.10 96.2 9.0 26.80 42.70 95.50 7.6 32.00 3 0.540
HOE D40-04-W40-R06 40.00 49.40 115.00 5.0 37.40 52.10 116.2 6.8 34.80 50.70 115.50 5.0 40.00 4 1.085
HOE D50-04-W40-R06 50.00 59.40 115.00 4.2 47.40 62.10 116.2 5.0 44.80 60.70 115.50 5.7 40.00 4 1.229
• A - with OEM. 060405... insert • B - with SEMT 140405... insert • C - with REM. 1505... round insert
For inserts, see pages: OECR (434) • OEMT 060405 (434) • OEMW-AETN (434) • REMT-76 (449) • SEMT 1404 (440)
Spare Parts
Designation
HOE D32-03-W32-R06 SR 14-544/S BLD T15/S7 SW6-T-SH
HOE D40-04-W40-R06 SR 14-544/S BLD T15/S7 SW6-T-SH
HOE D50-04-W40-R06 SR 14-544 BLD T15/S7 SW6-T-SH
HOE-R06
Endmills Carrying Octagonal,
Square and Round Inserts
ISCAR
190
FACE MILLS
D1
D
Da
LL4
42° 42°
2.50 5.5
D3
D4
D6
D5
D7
8.0
L5
A B C
Rd°
Designation D D1L Rd° D4D6L4Rd°4D5D7L5Rd°5Z D3Da Arbor(1) kg
HOF D040-04-22-R06 40.00 49.40 40.00 5.0 37.40 52.10 41.2 6.8 34.80 50.70 40.50 5.0 4 48.00 22.00 A 0.333
HOF D050-04-22-R06 50.00 59.40 40.00 4.2 47.40 62.10 41.2 5.0 44.80 60.70 40.50 5.7 4 48.00 22.00 A 0.439
HOF D063-05-22-R06 63.00 72.40 40.00 3.2 60.40 75.10 41.2 4.0 57.80 73.70 40.50 4.0 5 52.00 22.00 A 0.578
HOF D080-06-27-R06 80.00 89.40 50.00 2.5 77.40 92.10 51.2 3.0 74.80 90.70 50.50 3.0 6 60.00 27.00 B 1.132
HOF D100-07-32-R06 100.00 109.40 50.00 1.9 97.40 112.10 51.2 2.3 94.80 110.70 50.50 2.2 7 70.00 32.00 B 1.645
HOF D125-08-40-R06 125.00 134.40 63.00 1.4 122.40 137.10 64.2 1.8 119.80 135.70 63.50 1.6 8 82.00 40.00 B 3.194
• A - with OEM. 060405... insert • B - with SEMT 140405... insert • C - with REM. 1505... round insert
(1) For adaptation options, see page 461
For inserts, see pages: OECR (434) • OEMT 060405 (434) • OEMW-AETN (434) • REMT-76 (449) • SEMT 1404 (440)
Spare Parts
Designation
HOF D040-04-22-R06 SR 14-544/S BLD T15/S7 SW6-T-SH SR M10X25DIN7984
HOF D050-04-22-R06 SR 14-544 BLD T15/S7 SW6-T-SH SR M10X25 DIN912
HOF D063-05-22-R06 SR 14-544 BLD T15/S7 SW6-T-SH SR M10X25 DIN912
HOF D080-06-27-R06 SR 14-544 BLD T15/M7 SW6-T-SH
HOF D100-07-32-R06 SR 14-544 BLD T15/M7 SW6-T-SH
HOF D125-08-40-R06 SR 14-544 BLD T15/M7 SW6-T-SH
HOF-R06
Face Mills Carrying Octagonal
or Square or Round Inserts
Da
D3OFMW FF
D1
L
D
42°
L5
D5
D7
RF..1905
OF.. 07..
D6
D4
9.8
4.6 max
2.2 max
L6
Rd°
Designation D D1L Rd°(1) D5D7L5Rd°5(2) D4D6L6Rd°6(3) Z D3Da Arbor(4) kg
HOF D050-03-22-R07 50.00 62.50 40.00 6.5 63.30 43.56 40.50 9.0 44.80 64.00 40.60 9.0 3 48.00 22.00 A 0.294
HOF D063-04-22-R07 63.00 75.50 40.00 5.0 76.30 56.56 40.50 6.0 57.80 77.00 40.60 6.0 4 48.00 22.00 A 0.482
HOF D080-05-27-R07 80.00 92.50 50.00 3.5 93.30 73.56 50.50 4.5 92.50 94.00 50.60 4.5 5 60.00 27.00 B 0.904
HOF D100-06-32-R07 100.00 112.50 50.00 2.5 113.30 93.56 50.50 3.0 94.80 114.00 50.60 3.0 6 70.00 32.00 B 1.332
HOF D125-08-40-R07 125.00 137.50 63.00 2.5 138.30 118.56 63.50 2.5 119.80 139.00 63.60 2.5 8 82.00 40.00 B 2.712
HOF D160-10-40-R07 160.00 172.50 63.00 1.9 173.30 153.56 63.50 1.9 154.80 174.00 63.60 - 10 92.00 40.00 C 3.853
HOF D200-12-60-R07 200.00 212.50 63.00 1.5 213.30 193.56 63.50 1.5 194.80 214.00 63.60 - 12 150.00 60.00 C 7.045
HOF D250-15-60-R07 250.00 262.50 63.00 1.2 263.30 243.56 63.50 1.2 244.80 264.00 63.60 - 15 150.00 60.00 C 10.200
HOF D315-18-60-R07 315.00 327.50 80.00 0.9 328.30 308.56 80.50 0.9 309.80 329.00 80.60 - 18 150.00 60.00 D 21.110
• Helical interpolation is applicable up to and including 100 mm diameter • ap change according to insert • For user guide, see pages 462-468
(1) Dimensions with OF..07.. inserts
(2) Dimensions with RF.. 1905 round inserts
(3) Dimensions with OFMW FF inserts
(4) For adaptation options, see page 461
For inserts, see pages: OFCR/OFCT-AEN/AETN (435) • OFCR/OFCT-RW/AER (wiper) (436) • OFMT 07 (435) • OFMW-AETN (435) • OFMW-FF (436)
• RFMT 1905-76 (451)
Spare Parts
Designation
HOF D050-03-22-R07 SR 14-591/H BLD T20/S7 SW6-T THOF-07R SR M2.5X8 DIN912 TUFLOK HW 2.0 SR M10X25 DIN912
HOF D063-04-22-R07 SR 14-591/H BLD T20/S7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0 SR M10X25 DIN912
HOF D080-05-27-R07 SR 14-591/H BLD T20/S7 SW6-T THOF-07R SR M2.5X8 DIN912 TUFLOK HW 2.0
HOF D100-06-32-R07 SR 14-591/H BLD T20/M7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF D125-08-40-R07 SR 14-591/H BLD T20/M7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF D160-10-40-R07 SR 14-591/H BLD T20/L7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF D200-12-60-R07 SR 14-591/H BLD T20/L7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF D250-15-60-R07 SR 14-591/H BLD T20/L7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF D315-18-60-R07 SR 14-591/H BLD T20/L7 SW6-T THOF-07R SR M2.5X10 DIN912 TUFLOK HW 2.0
HOF-R07
Face Mills Carrying Octagonal
Round and High Feed
Segmented Radius Inserts
191
FACE MILLS
Da
L
50°
ap
D3
D1
D
Designation D D1ZapL D3Da Arbor(1) kg
IQ845 FSY D040-04-16-R05 40.00 45.70 4 2.60 40.00 38.00 16.00 A 0.280
IQ845 FSY D040-07-16-R05 40.00 45.70 7 2.60 40.00 38.00 16.00 A 0.262
IQ845 FSY D050-05-22-R05 50.00 55.80 5 2.60 40.00 48.00 22.00 A 0.437
IQ845 FSY D050-09-22-R05 50.00 55.80 9 2.60 40.00 48.00 22.00 A 0.416
IQ845 FSY D063-07-22-R05 63.00 68.80 7 2.60 40.00 48.00 22.00 B 0.567
IQ845 FSY D063-11-22-R05 63.00 68.80 11 2.60 40.00 48.00 22.00 B 0.800
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: IQ845 SYHU-05 (428)
Spare Parts
Designation
IQ845 FSY D040-04-16-R05 SR M8X25DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY D040-07-16-R05 SR M8X25DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY D050-05-22-R05 SR M10X20DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY D050-09-22-R05 SR M10X20DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY D063-07-22-R05 SR M10X20DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY D063-11-22-R05 SR M10X20DIN912 SR M2.5X6-T7-60 T-7/51
IQ845 FSY-R05
50° Face Mills Carrying Square
Inserts with 8 Cutting Edges
L
d
H
D
ap
D1
Designation D D1ZapL H d Shank(1) kg
IQ845 ESY D016-03-W20-R05 16.00 21.40 3 2.60 85.00 26.00 20.00 W 0.164 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D020-03-W20-R05 20.00 25.50 3 2.60 90.00 26.00 20.00 W 0.190 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D025-03-W25-R05 25.00 30.60 3 2.60 95.00 26.00 25.00 W 0.315 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D025-04-W25-R05 25.00 30.60 4 2.60 95.00 26.00 25.00 W 0.312 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D032-04-W32-R05 32.00 37.70 4 2.60 100.00 26.00 32.00 W 0.565 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D032-05-W32-R05 32.00 37.70 5 2.60 100.00 26.00 32.00 W 0.560 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D040-05-W40-R05 40.00 45.70 5 2.60 110.00 26.00 40.00 W 0.972 SR M2.5X6-T7-60 T-7/51
IQ845 ESY D040-06-W40-R05 40.00 45.70 6 2.60 110.00 26.00 40.00 W 1.055 SR M2.5X6-T7-60 T-7/51
• For user guide, see pages 462-468
(1) W-Weldon
For inserts, see pages: IQ845 SYHU-05 (428)
IQ845 ESY-R05
50° Endmills Carrying Square
Inserts with 8 Cutting Edges
ISCAR
192
FACE MILLS
L
D
D1
a
p
44.3°
Da
D3
Designation D D1ZapL D3Da Arbor(1) kg
F45WG D080-10-27-FX-R08 80.00 92.00 10 5.50 50.00 60.00 27.00 B 1.115
F45WG D100-14-32-FX-R08 100.00 112.00 14 5.50 50.00 70.00 32.00 B 1.650
F45WG D125-18-40-FX-R08 125.00 137.00 18 5.50 63.00 82.00 40.00 B 2.993
F45WG D160-22-40-FX-R08 160.00 172.00 22 5.50 63.00 92.00 40.00 C 4.578
• Note: Recommended wedge clamping torque: 8.5-9.0 Nxm • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ONHQ-TN (444) • ONHU 0806-N-PL (444) • ONHU 0806AN-W (445) • ONHU/ONMU 080608 AN-N-HP (444)
• ONHU/ONMU-08-TN-MM (443) • ONHU/ONMU-08-TN/HL (443)
Mounting instructions have been included in each insert
package, in order avoid incorrect clamping orientation. Only
correct mounting will provide high surface finish!
Wiper inserts are used on face mill cutters, providing
improved surface finish and thus eliminating the use of other
finishing cutters.
ONHU 0806AN-14R-W,
mounted on F45WG and
F45NM
milling cutters. This insert provides 4 right-hand
wiper edges.
Wiper Inserts
Mounting of Wiper Insert on
Face Mills
W1
W2
W1
W2
W1
W2
W1
W2
ONHU 0806AN-14R-W
Spare Parts
Designation
F45WG SR 118-069 BLD IP20/S7 SW6-T LW 35-475/M
F45WG
45° Face Mills Carrying Octagonal
ONHU/MU 0806... Inserts
with 16 Cutting Edges
L
D
D1
Da
D3
ap
44.3°
Designation D D1ZapL D3Da Arbor(1) kg
F45NM D063-05-22-R08 63.00 75.00 5 5.50 40.00 48.00 22.00 A 0.456
F45NM D080-06-27-R08 80.00 92.00 6 5.50 50.00 60.00 27.00 B 0.962
F45NM D080-08-27-R08 80.00 92.00 8 5.50 50.00 60.00 27.00 B 0.898
F45NM D100-07-32-R08 100.00 112.00 7 5.50 50.00 70.00 32.00 B 1.401
F45NM D100-10-32-R08 100.00 112.00 10 5.50 50.00 70.00 32.00 B 1.387
F45NM D125-08-40-R08 125.00 137.00 8 5.50 63.00 82.00 40.00 B 2.675
F45NM D125-12-40-R08 125.00 137.00 12 5.50 63.00 82.00 40.00 B 2.626
F45NM D160-10-40-R08 160.00 172.00 10 5.50 63.00 92.00 40.00 C 4.115
F45NM D160-15-40-R08 160.00 172.00 15 5.50 63.00 92.00 40.00 C 4.171
F45NM D200-12-60-R08 200.00 212.00 12 5.50 63.00 150.00 60.00 C 7.119
F45NM D250-14-60-R08 250.00 262.00 14 5.50 63.00 137.00 60.00 C 8.953
• Wiper inserts are used on face mill cutters, providing improved surface finish, thus eliminating the use of other finishing cutters
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ONHQ-TN (444) • ONHU 0806-N-PL (444) • ONHU 0806AN-W (445) • ONHU/ONMU 080608 AN-N-HP (444) • ONHU/ONMU-08-TN-MM
(443) • ONHU/ONMU-08-TN/HL (443)
Spare Parts
Designation
F45NM D063-05-22-R08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
F45NM D080-06-27-R08 SR 14-591/H BLD T20/S7 SW6-T
F45NM D080-08-27-R08 SR 11800771 BLD IP15/S7 SW6-T-SH
F45NM D100-07-32-R08 SR 14-591/H BLD T20/S7 SW6-T
F45NM D100-10-32-R08 SR 11800771 BLD IP15/S7 SW6-T-SH
F45NM D125-08-40-R08 SR 14-591/H BLD T20/S7 SW6-T
F45NM D125-12-40-R08 SR 11800771 BLD IP15/S7 SW6-T-SH
F45NM D160-10-40-R08 SR 14-591/H BLD T20/L7 SW6-T
F45NM D160-15-40-R08 SR 11800771 BLD IP15/M7 SW6-T-SH
F45NM D200-12-60-R08 SR 14-591/H BLD T20/L7 SW6-T
F45NM D250-14-60-R08 SR 14-591/H BLD T20/L7 SW6-T
F45NM
45° Face Mills Carrying Octagonal
ONHU/MU 0806... Inserts
with 16 Cutting Edges
193
FACE MILLS
L
D1
Dap
45º
Da
D3
L4
D1
D4ap4
45º 15º 45º
L5
D7
D5ap5
L6L7
D9
D6
D8D10
D1
ap6 ap7
AB C D E
Rd°
SOF45
Multifunction Face Mills for Octagonal,
Square and Round Insert Contours
with Various Entry Angles
• A- with ONMU 0505... insert • B- with S845 SNMU 1305... insert • C- with RXMT 1607N insert • D- with OXMT 0507R08-FF insert
• E- with OXMT 050705-R-HP insert • Use only Torx Plus keys • For user guide, see pages 195,462-468
(1) Valid only with RXMT 1607N insert
(2) For adaptation options, see page 461
For inserts, see pages: ONHU 0505-W (432) • ONHU/ONMU-05 (432) • OXMT 0507 (433) • RXMT 1607 (448) • S845 SNHU 1305-W (429)
• S845 SNMU/SNHU-13 (429)
Designation D D1D4D5D7D6D8D9D10 apap4 ap5 ap6 ap7 L L4
SOF45 8/16-D040-04-22R 40.00 50.40 37.65 35.40 51.20 34.50 44.00 50.50 40.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 8/16-D050-03-22R 50.00 60.40 47.65 45.40 61.20 44.50 54.00 60.50 50.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 8/16-D050-04-22R 50.00 60.40 47.65 45.40 61.20 44.50 54.00 60.50 50.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 8/16-D050-06-22R 50.00 60.40 47.65 45.40 61.20 44.50 54.00 60.50 50.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 D050-04-22-R13 52.35 62.70 50.00 47.75 63.55 46.95 56.35 62.90 52.65 3.50 6.00 7.90 1.20 2.90 38.80 40.0
SOF45 8/16-D063-04-22R 63.00 73.40 60.65 58.40 74.20 57.50 67.00 73.50 63.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 8/16-D063-06-22R 63.00 73.40 60.65 58.40 74.20 57.50 67.00 73.50 63.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 8/16-D063-08-22R 63.00 73.40 60.65 58.40 74.20 57.50 67.00 73.50 63.30 3.50 6.00 7.90 1.20 2.90 40.00 41.2
SOF45 D063-06-22-R13 65.35 75.70 63.00 60.75 76.55 59.95 69.35 75.90 63.65 3.50 6.00 7.90 1.20 2.90 38.80 40.0
SOF45 8/16-D080-07-27R 80.00 90.40 77.65 65.40 91.20 74.50 84.00 90.50 80.30 3.50 6.00 7.90 1.20 2.90 50.00 51.2
SOF45 8/16-D080-10-27R 80.00 90.40 77.65 65.40 91.20 74.50 84.00 90.50 80.30 3.50 6.00 7.90 1.20 2.90 50.00 51.2
SOF45 D080-07-27-R13 82.35 92.70 80.00 77.60 93.40 76.95 86.35 92.90 82.65 3.50 6.00 7.90 1.20 2.90 48.80 50.0
SOF45 8/16-D100-08-32R 100.00 110.40 97.65 95.40 111.20 94.50 104.00 110.50 100.30 3.50 6.00 7.90 1.20 2.90 50.00 51.2
SOF45 8/16-D100-12-32R 100.00 110.40 97.65 95.40 111.20 94.50 104.00 110.50 100.30 3.50 6.00 7.90 1.20 2.90 50.00 51.2
SOF45 D100-08-32-R13 102.35 112.70 100.00 97.75 113.55 96.95 106.35 112.90 102.65 3.50 6.00 7.90 1.20 2.90 48.80 50.0
SOF45 8/16-D125-10-40R 125.00 135.40 122.65 120.40 136.20 119.50 129.00 135.50 125.30 3.50 6.00 7.90 1.20 2.90 63.00 64.2
SOF45 8/16-D125-16-40R 125.00 135.40 122.65 120.40 136.20 119.50 129.00 135.50 125.30 3.50 6.00 7.90 1.20 2.90 63.00 64.2
SOF45 D125-10-40-R13 127.35 137.70 125.00 122.75 138.55 121.95 131.35 137.90 127.65 3.50 6.00 7.90 1.20 2.90 61.80 63.0
SOF45 8/16-D160-12-40R 160.00 170.40 157.65 155.40 171.20 154.50 164.00 171.50 160.30 3.50 6.00 7.90 1.20 2.90 63.00 64.2
SOF45 8/16-D200-14-60R 200.00 210.40 197.65 195.40 211.20 194.50 204.00 211.50 200.50 3.50 6.00 7.90 1.20 2.90 63.00 64.2
SOF45 8/16-D250-16-60R 250.00 260.40 247.65 245.40 261.20 244.50 254.00 261.50 250.30 3.50 6.00 7.90 1.20 2.90 63.00 64.2
SOF45 8/16-D315-20-60R 315.00 329.40 312.65 310.40 326.20 309.50 319.00 326.50 315.30 3.50 6.00 7.90 1.20 2.90 80.00 81.2
Designation L5L6L7Z D3Da Rd°(1) Arbor(2) kg
SOF45 8/16-D040-04-22R 41.60 41.30 41.20 4 45.00 22.00 3.7 A Y 0.295
SOF45 8/16-D050-03-22R 41.60 41.30 41.20 3 48.00 22.00 5.6 A Y 0.383
SOF45 8/16-D050-04-22R 41.60 41.30 41.20 4 48.00 22.00 5.6 A Y 0.385
SOF45 8/16-D050-06-22R 41.60 41.30 41.20 6 48.00 22.00 5.6 A Y 0.374
SOF45 D050-04-22-R13 40.40 40.10 40.20 4 48.00 22.00 5.4 A Y 0.381
SOF45 8/16-D063-04-22R 41.60 41.30 41.20 4 48.00 22.00 6.3 A Y 0.529
SOF45 8/16-D063-06-22R 41.60 41.30 41.20 6 48.00 22.00 6.3 B N 0.470
SOF45 8/16-D063-08-22R 41.60 41.30 41.20 8 48.00 22.00 6.3 B N 0.458
SOF45 D063-06-22-R13 40.40 40.10 40.20 6 48.00 22.00 5.7 B Y 0.504
SOF45 8/16-D080-07-27R 51.60 51.30 51.20 7 60.00 27.00 6.2 B N 1.020
SOF45 8/16-D080-10-27R 51.60 51.30 51.20 10 60.00 27.00 6.2 B N 0.967
SOF45 D080-07-27-R13 50.40 50.10 50.20 7 60.00 27.00 6.0 B Y 1.004
SOF45 8/16-D100-08-32R 51.60 51.30 51.20 8 70.00 32.00 4.7 B N 1.375
SOF45 8/16-D100-12-32R 51.60 51.30 51.20 12 70.00 32.00 4.7 B N 1.337
SOF45 D100-08-32-R13 50.40 50.10 50.00 8 70.00 32.00 4.6 B Y 1.466
SOF45 8/16-D125-10-40R 64.60 64.30 64.20 10 82.00 40.00 3.6 B N 2.626
SOF45 8/16-D125-16-40R 64.60 64.30 64.20 16 82.00 40.00 3.6 B N 2.526
SOF45 D125-10-40-R13 63.40 63.10 63.20 10 82.00 40.00 3.5 B Y 2.626
SOF45 8/16-D160-12-40R 64.60 64.30 64.20 12 92.00 40.00 2.6 C N 3.344
SOF45 8/16-D200-14-60R 64.60 64.30 64.20 14 135.00 60.00 2.0 C N 5.769
SOF45 8/16-D250-16-60R 64.60 64.30 64.20 16 137.00 60.00 1.5 C N 7.983
SOF45 8/16-D315-20-60R 81.60 81.30 81.20 20 222.00 60.00 1.0 C N 18.974
ISCAR
194
FACE MILLS
(a) IMPORTANT: Use only Torx Plus keys.
Spare Parts
Designation
SOF45 8/16-D040-04-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X25 DIN912
SOF45 8/16-D050-03-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X20DIN912
SOF45 8/16-D050-04-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X20DIN912
SOF45 8/16-D050-06-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X20DIN912
SOF45 D050-04-22-R13 SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X20DIN912
SOF45 8/16-D063-04-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH SR M10X20DIN912
SOF45 8/16-D063-06-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D063-08-22R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 D063-06-22-R13 SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D080-07-27R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D080-10-27R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 D080-07-27-R13 SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D100-08-32R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D100-12-32R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 D100-08-32-R13 SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D125-10-40R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D125-16-40R SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 D125-10-40-R13 SR 11800745 BLD IP15/S7(a) SW6-T-SH
SOF45 8/16-D160-12-40R SR 11800745 BLD IP15/M7(a) SW6-T-SH
SOF45 8/16-D200-14-60R SR 11800745 BLD IP15/M7(a) SW6-T-SH
SOF45 8/16-D250-16-60R SR 11800745 BLD IP15/M7(a) SW6-T-SH
SOF45 8/16-D315-20-60R SR 11800745 BLD IP15/M7(a) SW6-T-SH
L
D1
Dap
45º
Da
D3
L4
D1
D4ap4
45º 15º 45º
L5
D7
D5ap5
L6L7
D9
D6
D8D10
D1
ap6 ap7
AB C D E
Rd°
SOF45
Multifunction Face Mills for Octagonal,
Square and Round Insert Contours
with Various Entry Angles
(continued)
195
FACE MILLS
195
USER GUIDE
Wiper inserts are used on face mill cutters,
providing improved surface finish and thus
eliminating the use of other finishing cutters.
Wiper Inserts
✓✗
• S845 SNHU 1305AN-N-W mounted on SOF45 milling cutters
• when the square S845 SNMU/HU 1305AN... inserts are used.
• This insert provides 2 right-hand and 2 left-hand wiper edges.
Mounting of Wiper Insert on
Face Mills
✗
✓
Mounting of Wiper Insert on
Face Mills
✗
✓
S845 SNHU 1305AN-N-W
Mount on SOF45 8/16...Cutters
ONHU 0505AN-N-W
ONHU 0505AN-R-W
Mount on SOF45 8/16...Cutters
• ONHU 0505AN-R-W mounted on standard SOF45 milling
cutters. This insert provides 8 right-hand wiper edges.
• ONHU 0505AN-N-W mounted on SOF45 milling cutters
• This insert provides 4 right-hand wiper edges to be
used on standard tools and 4 left-hand wiper edges
to be used on special left-hand SOF45 cutters.
ISCAR
196
FACE MILLS
Da
D1
L
D
45°
ap
D3
Designation D D1ZapL D3Da Arbor(1) kg
F45ST D040-22 40.00 50.00 3 6.50 40.00 44.00 22.00 A 0.304
F45ST D050-22 50.00 62.70 4 6.50 40.00 41.80 22.00 A 0.350
F45ST D063-22 63.00 75.00 5 6.50 40.00 50.00 22.00 A 0.565
F45ST D080-27 80.00 90.90 6 6.50 50.00 63.00 27.00 B 1.084
F45ST D100-32 100.00 110.00 6 6.50 50.00 72.00 32.00 B 1.612
F45ST D125-40 125.00 135.00 7 6.50 63.00 75.00 40.00 B 2.700
F45ST D160-40 160.00 170.70 7 6.50 63.00 92.00 40.00 C 4.060
• SE..1204 inserts are mounted directly on the cutter • SE..12T3 optional thinner inserts are mounted on a seat - TSE 12T3-N
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: SEHT-AFN (439) • SEHW-AFTN (438) • SEKT-AF-R (437) • SEKT-AFTN (438) • SEMT 12..AFTN-76 (438) • SEMT 1204AF-R-HS (438)
Spare Parts
Designation
F45ST D040-22 SR 14-536/S BLD T20/M7 SW6-T SR M10X25DIN7984 HW 7.0
F45ST D050-22 SR 34-523 BLD T15/M7 SW6-T SR M10X25DIN7984 HW 7.0 SR 14-601* SR TC-606(a)* HW 3.5(a)*
F45ST D063-22 SR 34-523 BLD T15/M7 SW6-T SR M10X25DIN7984 HW 7.0 SR 14-601* SR TC-606(b)* HW 3.5(b)*
F45ST D080-27 SR 34-523 BLD T15/M7 SW6-T SR 14-601* SR TC-606(a)* HW 3.5(b)*
F45ST D100-32 SR 34-523 BLD T15/M7 SW6-T SR 14-601* SR TC-606(b)* HW 3.5(a)*
F45ST D125-40 SR 34-523 BLD T15/M7 SW6-T SR 14-601* SR TC-606(b)* HW 3.5(a)*
F45ST D160-40 SR 34-523 BLD T15/M7 SW6-T SR 14-601* SR TC-606(b)* HW 3.5(a)*
* Optional, should be ordered separately
(a) Optional for insert SE..12T3
(b) Optional for insert SE..12T3
F45ST
45° Screw Clamped Face Mills
Carrying SEK/MT 12... Inserts
Da
D3
ap
D
D1
45° L
Designation D D1ZapL D3Da Arbor(1) kg
F45E D 50-22 50.00 67.30 4 6.50 43.00 42.00 22.00 A 0.587
F45E D 63-22 63.00 81.20 5 6.50 40.00 62.00 22.00 A 0.813
F45E D 80-27 80.00 98.20 6 6.50 50.00 63.00 27.00 B 1.430
F45E D100-32 100.00 118.00 6 6.50 50.00 72.00 32.00 B 2.315
F45E D125-40 125.00 143.00 6 6.50 63.00 75.00 40.00 B 3.412
F45E D160-40 160.00 178.00 8 6.50 63.00 92.00 40.00 C 5.317
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: SEKN-AF.. (439) • SEKR-AF-N-42 (439) • SEKR-AF..-76 (440) • SEKR-AFTR-HS (440)
Spare Parts
Designation
F45E D 50-22 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P SR M10X25DIN7984 HW 7.0
F45E D 63-22 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P SR M10X25DIN7984 HW 7.0
F45E D 80-27 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P
F45E D100-32 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P
F45E D125-40 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P
F45E D160-40 NSE 42-R SR 35-343.4 HW 2.0 LW 35-2620-S SR 35-2011 HW 3P
F45E
45° Face Mills Carrying
SEKN/R 12... Inserts
197
FACE MILLS
Da
L
50°
ap
D3
D1
D
Designation D D1ZapL D3Da Arbor(1) kg
IQ845 FSY D050-04-22-R07 50.00 59.40 4 4.60 40.00 48.00 22.00 A Y 0.391
IQ845 FSY D050-05-22-R07 50.00 59.40 5 4.60 40.00 48.00 22.00 A Y 0.377
IQ845 FSY D063-05-22-R07 63.00 72.40 5 4.60 40.00 48.00 22.00 A Y 0.491
IQ845 FSY D063-07-22-R07 63.00 72.40 7 4.60 40.00 48.00 22.00 A Y 0.477
IQ845 FSY D080-06-27-R07 80.00 89.40 6 4.60 50.00 60.00 27.00 B Y 0.996
IQ845 FSY D080-08-27-R07 80.00 89.40 8 4.60 50.00 60.00 27.00 B Y 0.961
IQ845 FSY D100-07-32-R07 100.00 109.40 7 4.60 50.00 70.00 32.00 B Y 1.371
IQ845 FSY D100-10-32-R07 100.00 109.40 10 4.60 50.00 70.00 32.00 B Y 1.343
IQ845 FSY D125-09-40-R07 125.00 134.40 9 4.60 63.00 82.00 40.00 B Y 2.520
IQ845 FSY D125-12-40-R07 125.00 134.40 12 4.60 63.00 82.00 40.00 B Y 2.492
IQ845 FSY D160-11-40-R07 160.00 169.40 11 4.60 63.00 92.00 40.00 C N 3.313
IQ845 FSY D160-15-40-R07 160.00 169.40 15 4.60 63.00 92.00 40.00 C N 3.285
IQ845 FSY D200-14-60-R07 200.00 209.40 14 4.60 63.00 135.00 60.00 C N 5.755
IQ845 FSY D250-17-60-R07 250.00 259.40 17 4.60 63.00 135.00 60.00 C N 8.222
IQ845 FSY D315-20-60-R07 315.00 324.40 20 4.60 80.00 220.00 60.00 C N 16.872
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: IQ845 SYHU-07 (428)
Spare Parts
Designation
IQ845 FSY D050-04-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
IQ845 FSY D050-05-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X20DIN912
IQ845 FSY D063-05-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
IQ845 FSY D063-07-22-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
IQ845 FSY D080-06-27-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D080-08-27-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D100-07-32-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D100-10-32-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D125-09-40-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D125-12-40-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D160-11-40-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D160-15-40-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D200-14-60-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D250-17-60-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY D315-20-60-R07 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
IQ845 FSY-R07
50° Face Mills Carrying Square
Inserts with 8 Cutting Edges
SS
50°
ap
L5
D1D
Designation D D1ZapL5SS kg
IQ845 FSY D063-05-C6-R07 63.00 72.40 5 4.60 55.00 63 1.532 SR M4X0.7IP15 BLD IP15/S7 SW6-T-SH
• For user guide, see pages 462-468
For inserts, see pages: IQ845 SYHU-07 (428)
IQ845 FSY-C#-R07
50° Face Mills Carrying Square
Inserts with 8 Cutting Edges
ISCAR
198
FACE MILLS
ap
L
45°
D
D1
Da
D3
Designation D D1ZapL D3Da Arbor(2) kg
S845 F45SX D040-04-16-R16 (1) 40.00 54.80 4 7.15 45.00 48.00 16.00 A Y 0.392
S845 F45SX D050-04-22-R16 50.00 64.80 4 7.15 45.00 48.00 22.00 A Y 0.457
S845 F45SX D050-05-22-R16 (1) 50.00 64.80 5 7.15 45.00 48.00 22.00 A Y 0.441
S845 F45SX D063-05-22-R16 63.00 77.80 5 7.15 45.00 60.00 22.00 B Y 0.727
S845 F45SX D063-07-22-R16 (1) 63.00 77.90 7 7.15 45.00 60.00 22.00 A Y 0.720
S845 F45SX D080-09-27-R16 (1) 80.00 93.10 9 7.15 50.00 63.00 27.00 B Y 1.011
S845 F45SX D100-11-32-R16 (1) 100.00 114.60 11 7.15 50.00 80.00 32.00 B Y 1.654
S845 F45SX D100-07-32-R16 100.00 114.80 7 7.15 50.00 80.00 32.00 B Y 1.626
S845 F45SX D125-08-40-R16 125.00 139.80 8 7.15 63.00 82.00 40.00 B Y 2.686
S845 F45SX D125-14-40-R16 (1) 125.00 139.80 14 7.15 63.00 82.00 40.00 B Y 2.719
S845 F45SX D160-10-40-R16 160.00 174.80 10 7.15 63.00 105.00 40.00 C N 4.160
S845 F45SX D160-18-40-R16 (1) 160.00 174.80 18 7.15 63.00 105.00 40.00 C N 4.302
S845 F45SX D200-12-60-R16 200.00 214.80 12 7.15 63.00 135.00 60.00 C N 5.847
S845 F45SX D250-15-60-R16 250.00 264.80 15 7.15 63.00 144.00 60.00 C N 8.581
S845 F45SX D315-19-60 R16 315.00 329.80 19 7.15 63.00 225.00 60.00 C N 14.674
• Wiper inserts are used on face mill cutters, providing improved surface finish, thus eliminating the use of other finishing cutters.
• For user guide, see pages 462-468
(1) Fine pitch cutters, recommended for machining cast iron and for machining steel - up to 4 mm D.O.C.
(2) For adaptation options, see page 461
For inserts, see pages: S845 SXHU 1606-W (430) • S845 SXMU/SXCU-16 (429)
Spare Parts
Designation
S845 F45SX D040-04-16-R16 SR 14-591 BLD T20/M7 SW6-T SR M8X25DIN912
S845 F45SX D050-04-22-R16 SR 14-591 BLD T20/M7 SW6-T SR M10X25DIN7984
S845 F45SX D050-05-22-R16 SR 14-591-M BLD T20/M7 SW6-T SR M10X25DIN7984
S845 F45SX D063-05-22-R16 SR 14-591 BLD T20/M7 SW6-T SR M10X25DIN7984
S845 F45SX D063-07-22-R16 SR 14-591-M BLD T20/M7 SW6-T SR M10X25DIN7984
S845 F45SX D080-09-27-R16 SR 14-591-M BLD T20/M7 SW6-T
S845 F45SX D100-11-32-R16 SR 14-591-M BLD T20/M7 SW6-T
S845 F45SX D100-07-32-R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX D125-08-40-R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX D125-14-40-R16 SR 14-591-M BLD T20/M7 SW6-T
S845 F45SX D160-10-40-R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX D160-18-40-R16 SR 14-591-M BLD T20/M7 SW6-T
S845 F45SX D200-12-60-R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX D250-15-60-R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX D315-19-60 R16 SR 14-591 BLD T20/M7 SW6-T
S845 F45SX-16
45° Face Mills Carrying
Economical Inserts with 8 Helical
Right-Hand Cutting Edges
199
FACE MILLS
45°44°
Da
L
D3
D
D1
ap
L4
ap4
D4
D1
Designation D D1apL D4ap4 L4Z D3Da Arbor kg DCONMS
SOF45 D050-04-22-R18 50.00 67.00 8.00 50.00 52.80 5.00 48.5 4 48.00 22.00 A Y 0.55 22.00
SOF45 D063-05-22-R18 63.00 80.00 8.00 50.00 65.80 5.00 48.5 5 52.00 22.00 A Y 0.80 22.00
SOF45 D063-05-27-R18 63.00 80.00 8.00 50.00 65.80 5.00 48.5 5 60.00 27.00 A Y 0.84 27.00
SOF45 D080-06-27-R18 80.00 97.00 8.00 55.00 82.80 5.00 53.5 6 60.00 27.00 A Y 1.31 27.00
SOF45 D080-07-27-R18 80.00 97.00 8.00 55.00 82.80 5.00 53.5 7 60.00 27.00 A Y 1.30 27.00
SOF45 D100-07-32-R18 100.00 117.00 8.00 55.00 102.80 5.00 53.5 7 78.00 32.00 B Y 1.93 32.00
SOF45 D100-09-32-R18 100.00 117.00 8.00 55.00 102.80 5.00 53.5 9 78.00 32.00 B Y 1.94 32.00
SOF45 D125-08-40-R18 125.00 142.00 8.00 63.00 127.80 5.00 61.5 8 92.00 40.00 B Y 3.40 40.00
SOF45 D125-12-40-R18 125.00 142.00 8.00 63.00 127.80 5.00 61.5 12 92.00 40.00 B Y 3.33 40.00
SOF45 D160-10-40-R18 160.00 177.00 8.00 63.00 162.80 5.00 61.5 10 95.00 40.00 C N 4.45 40.00
SOF45 D160-15-40-R18 160.00 177.00 8.00 63.00 162.80 5.00 61.5 15 95.00 40.00 C N 4.30 40.00
SOF45 D200-12-60-R18 200.00 217.00 8.00 63.00 202.80 5.00 61.5 12 160.00 60.00 C N 7.00 60.00
SOF45 D200-18-60-R18 200.00 217.00 8.00 63.00 202.80 5.00 61.5 18 160.00 60.00 C N 6.99 60.00
SOF45 D250-14-60-R18 250.00 267.00 8.00 63.00 252.80 5.00 61.5 14 160.00 60.00 C N 10.50 60.00
SOF45 D250-21-60-R18 250.00 267.00 8.00 63.00 252.80 5.00 61.5 21 160.00 60.00 C N 0.00 60.00
SOF45 D315-18-60-R18 315.00 332.00 8.00 80.00 317.80 5.00 78.5 18 230.00 60.00 C N 0.00 60.00
SOF45 D315-24-60-R18 315.00 332.00 8.00 80.00 317.80 5.00 78.5 24 230.00 60.00 C N 0.00 60.00
• For user guide, see pages 462-468
For inserts, see pages: ONHU 0706AN-R-W (433) • ONMU/ONHU 0706 (433) • S845 SNHU 1806AN-N-W (430) • S845 SNMU/SNHU 1806 (430)
Spare Parts
Designation
SOF45 D050-04-22-R18 BLD IP20/S7 SW6-T SR M10X25 DIN912
SOF45 D063-05-22-R18 BLD IP20/S7 SW6-T SR M10X25 DIN912
SOF45 D063-05-27-R18 BLD IP20/S7 SW6-T SR M12X25
SOF45 D080-06-27-R18 BLD IP20/S7 SW6-T SR M12X25
SOF45 D080-07-27-R18 BLD IP20/S7 SW6-T SR M12X25
SOF45 D100-07-32-R18 BLD IP20/S7 SW6-T
SOF45 D100-09-32-R18 BLD IP20/S7 SW6-T
SOF45 D125-08-40-R18 BLD IP20/S7 SW6-T
SOF45 D125-12-40-R18 BLD IP20/S7 SW6-T
SOF45 D160-10-40-R18 BLD IP20/M7 SW6-T
SOF45 D160-15-40-R18 BLD IP20/M7 SW6-T
SOF45 D200-12-60-R18 BLD IP20/M7 SW6-T
SOF45 D200-18-60-R18 BLD IP20/M7 SW6-T
SOF45 D250-14-60-R18 BLD IP20/M7 SW6-T
SOF45 D250-21-60-R18 BLD IP20/M7 SW6-T
SOF45 D315-18-60-R18 BLD IP20/M7 SW6-T
SOF45 D315-24-60-R18 BLD IP20/M7 SW6-T
SOF45-R18
45° Face Mills Carrying Square or
Octagonal Double-Sided Inserts
with 8/16 Cutting Edges
ISCAR
200
FACE MILLS
D
3
ONMU 1008... S845 SNMU...
Da
D1
D
L
44°
ap
D1
D4
L4
45°
ap4
Designation D D1apL D4ap4 L4Z D3Da Arbor(1) kg
SOF45 D080-04-32-R26 84.10 104.50 7.00 60.80 80.00 11.00 63.0 4 70.00 32.00 A Y 1.684
SOF45 D100-05-32-R26 104.10 124.50 7.00 60.80 100.00 11.00 63.0 5 70.00 32.00 B Y 2.252
SOF45 D125-06-40-R26 129.10 149.50 7.00 60.80 125.00 11.00 63.0 6 82.00 40.00 B Y 3.077
SOF45 D160-08-40-R26 164.10 184.50 7.00 60.80 160.00 11.00 63.0 8 92.00 40.00 C N 4.050
SOF45 D200-10-60-R26 204.10 224.50 7.00 60.80 200.00 11.00 63.0 10 135.00 60.00 C N 6.523
SOF45 D250-12-60-R26 254.10 274.50 7.00 60.80 250.00 11.00 63.0 12 135.00 60.00 C N 9.485
SOF45 D315-14-60-R26 319.10 339.50 7.00 77.80 315.00 11.00 80.0 14 220.00 60.00 C N 19.725
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ONMU 1008 (437) • S845 SNMU 2608 (437)
Spare Parts
Designation
SOF45 D080-04-32-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/S7 SW6-T SR M16-40C
SOF45 D100-05-32-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/S7 SW6-T SR M16-40C
SOF45 D125-06-40-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/S7 SW6-T
SOF45 D160-08-40-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/M7 SW6-T
SOF45 D200-10-60-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/M7 SW6-T
SOF45 D250-12-60-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/L7 SW6-T
SOF45 D315-14-60-R26 SR 1/4-28XIP25 TSOF 26-N SR M3.5X0.6-6.5 T10 BLD IP25/L7 SW6-T
SOF45-26
Heavy Duty 45° Face Mills Carrying
Square or Octagonal Double-Sided
Inserts with 8/16 Cutting Edges
201
EXTENDED FLUTE CUTTERS
EXTENDED FLUTE CUTTERS
ISCAR
202
EXTENDED FLUTE CUTTERS
HP/H490 ANK
page 205
T490 LNK/LNM
page 206-208,216,217
APK
page 208
SPK
page 209
SDK
pages 221, 222
3M AXK
pages 209, 210
P290
pages 211, 212
T490 SM
pages 213-215,218
H490 SM
pages 213, 218
ADK
page 210
SM
page 219
3M SM
pages 219
Face Mills 90°
203
EXTENDED FLUTE CUTTERS
203
90° Extended Flute Mills
Selection Guide
ap
D
Tool
HP ANK-07
T490 LNM-08
T490 LNK-13 APK-FE
SPK
3M AXK-13
ADK
Dap / Flutes
16 14/2
20 21/2; 28/2 15/2 29/1
25 28/3 30/3 37/2 24/2
32 35/4 36/3 46/2 35/2 36/2; 36/3 25/2
40 44/4 36/2; 48/3 55/3 43/3, 52/2 36/3; 48/4 38/2
50 47/3, 59/4 52/3 58/5 51/3
63
80
100
Inserts
HP AN.. 07… T490 LN.T 08… T490 LN.. 13…
AP.. 10…
SOMT 10...
XOMT 10..
QOMT 10.. 3M AXKT 13…
HM AD.. 15...
AD.. 15…
Page
205 206 207 208 209 209 210
ISCAR
204
EXTENDED FLUTE CUTTERS
ISCAR
204
ap
D
90° Extended Flute Mills
Selection Guide
Tool
P290
T490 SM-13
H490 SM-17 3M SM SDK-FT SM
Dap / Flutes
25 24/3, 36/3
32 36/3, 48/3, 60/3,
84/3
40 53/3, 71/3, 90/3,
125/3 24/2; 36/3 35/3
50 53/4, 105/4, 160/3 36/2; 36/3; 47/4 35/4 25/3
63 71/5 36/4, 59/5 46/3, 58/3 39/4 53/3, 63/3 38/4
80 58/5, 70/5 46/4 38/5 64/3, 85/3 38/5
100 59/6 61/5 38/6 105/4 38/6
125 47/7 38/7
160 57/8
Inserts
P290 AC...T T490 LN.. 13…
1
3
H490 AN.. 17…
3M AXKT 13…
3M AXKT 20…
SDMT 12...
HM AD.. 15...
AD.. 15…
Page
211 214 218 219 220, 221 219
205
EXTENDED FLUTE CUTTERS
ap
L
H
Dd
Designation DapFlute Z H L d Shank(1) kg
H490 ANK D25-35-2-W25-09C 25.00 35.00 2 10 38.00 100.00 25.00 W 0.302 SR 10508082-HG BLD T08/M7 SW4-SD
H490 ANK D32-42-3-W32-09C 32.00 42.00 3 18 50.00 115.00 32.00 W 0.516 SR 10508082-HG BLD T08/M7 SW4-SD
H490 ANK D40-49-4-W32-09C 40.00 49.00 4 28 63.00 125.00 32.00 W 0.657 SR 10508082-HG BLD T08/M7 SW4-SD
• ae(max)=0.25xD
(1) W-Weldon
For inserts, see pages: H490 ANKX/ANCX-09 (402)
5
6 8 10 13
22
28
35
40
Depth of cut
(mm)
Width of cut
(mm)
H490 ANK D25…-09
H490 ANK / SM D32…-09
H490 ANK / SM D40…-09
H490 SM D50…-09
25
32
40
50
Extended Flute HELIDO H490-09 Cutters
ap/ae Application Range with H490 ANKX 090408PNTR Insert
H490 ANK-09C
Extended Flute Endmills Carrying H490
ANKX 09... Double-Sided Rectangular
Inserts with 4 Helical Cutting Edges
ap
H
L
Dd
Designation DapFlute Z H L d Shank(1) kg
HP ANK D16-14-02-W16-7 16.00 14.60 2 4 25.00 75.00 16.00 W 0.098 SR 34-533/L/HG T-6/51
HP ANK D20-21-02-W20-7 20.00 21.60 2 6 30.00 80.00 20.00 W 0.163 SR 34-533/L/HG T-6/51
HP ANK D20-28-02-W20-7 20.00 28.60 2 8 40.00 90.00 20.00 W 0.178 SR 34-533/L/HG T-6/51
HP ANK D25-28-03-W25-7 25.00 28.60 3 12 40.00 100.00 25.00 W 0.324 SR 34-533/L/HG T-6/51
HP ANK D32-35-04-W32-7 32.00 35.50 4 20 45.00 110.00 32.00 W 0.589 SR 34-533/L/HG T-6/51
(1) W-Weldon
For inserts, see pages: HP ANCR 0702PNFR (380) • HP ANKT/ANCT 0702..PN-R/PNTR (380) • HP ANKW 070204PNTR (380)
HP ANK-07
Extended Flute Endmills Carrying
HP ANK-07... Inserts
ISCAR
206
EXTENDED FLUTE CUTTERS
d
ap
L
H
D
Designation DapFlute Z H L d Shank(1) kg
T490 LNM D20-15-2-C20-08C 20.00 15.00 2 4 30.00 80.00 20.00 C 0.161 SR 10502813-HG-M IP-7/51
T490 LNM D20-15-2-W20-08C 20.00 15.00 2 4 30.00 80.00 20.00 W 0.163 SR 10502813-HG-M IP-7/51
T490 LNM D25-30-2-C25-08C 25.00 30.00 2 8 40.00 100.00 25.00 C 0.306 SR 10502813-HG-M IP-7/51
T490 LNM D25-30-2-W25-08C 25.00 30.00 2 8 40.00 100.00 25.00 W 0.301 SR 10502813-HG-M IP-7/51
T490 LNM D32-36-3-C32-08C 32.00 36.00 3 15 45.00 110.00 32.00 C 0.553 SR 10502813-HG-M IP-7/51
T490 LNM D32-36-3-W32-08C 32.00 36.00 3 15 45.00 110.00 32.00 W 0.545 SR 10502813-HG-M IP-7/51
T490 LNM D40-44-4-C32-08C 40.00 44.00 4 24 53.00 120.00 32.00 C 0.736 SR 10502813-HG-M IP-7/51
T490 LNM D40-44-4-W32-08C 40.00 44.00 4 24 53.00 120.00 32.00 W 0.729 SR 10502813-HG-M IP-7/51
• ae max for regular inserts, up to 0.25xD, ae max for -CS (chip splitting) inserts, up to 0.35xD
(1) W-Weldon, C-Cylindrical
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
Ø40
Ø32
Ø25
Ø20
5 9 10 12
43
35
27
ap
ae
Depth of Cut
mm
Width of Cut
mm
5
15
7
T490 LNM D40-45-4...
T490 LNM D25-30-2...
T490 LNM D32-38-3...
T490 LNM D20-15-2...
5 8 9
43
35
27
ap
ae
Depth of Cut
mm
Width of Cut
mm
5
15
6.5
Ø40
Ø32
Ø25
Ø20
T490 LNM D40-45-4...
T490 LNM D25-30-2... T490 LNM D32-38-3...
T490 LNM D20-15-2...
ap/ae Application Range with
T490 LNMT 0804PNR Insert
ap/ae Application Range
with T490 LNMT080404-CS Chip Splitting Insert
T490 LNM-08
Extended Flute Endmills
Carrying T490 LNMT/HT 08...
Tangentially Clamped Inserts
L5
L6
D3
T
Ts
D
ap
Designation DapFlute Z L5L6D3Ts T(1) kg
T490 LNM D25-30-2-M12-08 25.00 30.00 2 8 52.00 74.00 21.00 M12 17.0 0.121 SR 10502813-HG-M IP-7/51
T490 LNM D32-36-3-M16-08 32.00 36.00 3 15 57.00 82.00 30.00 M16 25.0 0.258 SR 10502813-HG-M IP-7/51
• ae max for regular inserts, up to 0.15xD, ae max for -CS (chip splitting) inserts, up to 0.20xD • For adaptation options, see pages 247
• For user guide see pages 462-468
(1) Clamping wrench size
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
T490 LNM-M-08
Extended Flute Endmills with a
FLEXFIT Threaded Adaptation Carrying
Tangentially Clamped Inserts
207
EXTENDED FLUTE CUTTERS
L
H
ap
d
D
Designation DapFlute Z H L d Shank(1) kg
T490 LNK-D40-36-2-C32-13 40.00 36.00 2 6 50.00 120.00 32.00 C 0.721 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D40-36-2-W32-13 40.00 36.00 2 6 50.00 115.00 32.00 W 0.682 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D40-48-3-C32-13 40.00 48.00 3 12 65.00 140.00 32.00 C 0.802 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D40-48-3-W32-13 40.00 48.00 3 12 65.00 125.00 32.00 W 0.695 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D50-47-3-W40-13 50.00 47.00 3 12 65.00 135.00 40.00 W 1.238 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D50-59-4-W40-13 50.00 59.00 4 20 65.00 135.00 40.00 W 1.214 SR 34-535-SN BLD T15/S7 SW6-T-SH
• ae max for regular inserts, up to 0.25xD, ae max for -CS (chip splitting) inserts, up to 0.35xD
(1) C-Cylindrical, W-Weldon
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 LNK-13
Extended Flute Endmills
Carrying T490 LNMT/HT 13...
Tangentially Clamped Inserts
D
ap
L7
L5L6
D3
Shank
Designation DapFlute Z L7L5L6D3Shank kg
T490 LNK-D40-36-2-CF4-13 40.00 36.00 2 6 44.00 53.00 95.00 44.00 CF4 0.600 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D40-48-3-CF4-13 40.00 48.00 3 12 58.00 68.00 110.00 44.00 CF4 0.576 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNK-D50-59-4-CF4-13 50.00 59.00 4 20 - 73.00 115.00 44.00 CF4 0.816 SR 34-535-SN BLD T15/S7 SW6-T-SH
• ae max for regular inserts, up to 0.25xD, ae max for -CS (chip splitting) inserts, up to 0.35xD
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 LNK-13-CF
Extended Flute Endmills with CLICKFIT
Shanks Carrying T490 LNMT/HT
1306... Tangentially Clamped Inserts
SS
ap
L5
D
Designation DapFlute Z L1L5SS kg
T490 LNKD40-36-2-L90C6-13 40.00 36.00 2 6 64.0 90.00 63 1.339 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNKD44-36-3-L70C4-13 44.00 36.00 3 9 50.0 70.00 40 0.734 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 LNKD50-47-3L100C6-13 50.00 47.00 3 12 76.0 100.00 63 1.552 SR 34-535-SN BLD T15/S7 SW6-T-SH
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 LNK-13-C#
Extended Flute Endmills with CAMFIX
Shanks Carrying T490 LNMT/HT
13... Tangentially Clamped Inserts
D
apL5L6
D3
Ts
T
Designation DapFlute Z L5L6D3Ts T(1) kg
T490 LNK-D40-36-3-M16-13 40.00 36.00 3 9 63.00 88.00 30.00 M16 25.0 0.37 SR 34-535-SN BLD T15/S7 SW6-T-SH
• ae max for regular inserts, up to 0.15xD, ae max for -CS and - FW (chip splitting) inserts, up to 0.20xD • For adaptation options, see pages 247
• For user guide, see pages 462-468
(1) Clamping wrench size
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • HSK A-ODP (FLEXFIT) (250)
• HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
T490 LNK-M-13
Endmills with a FLEXFIT
Threaded Adaptation Carrying
Tangentially Clamped Inserts
ISCAR
208
EXTENDED FLUTE CUTTERS
D
L1
L5
BT MAS-403
ap
Designation DapFlute Z L1L5SS kg
T490LNK-D50-059-4-BT50-13 50.00 59.00 4 20 80.5 120.00 50 4.342 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D50-082-3-BT50-13 50.00 82.00 3 21 107.0 145.00 50 4.569 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D50-105-3-BT50-13 50.00 105.00 3 27 130.0 168.00 50 4.960 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D63-082-4-BT50-13 63.00 82.00 4 28 107.0 145.00 50 5.352 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D63-117-4-BT50-13 63.00 117.00 4 40 150.0 188.00 50 6.084 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D80-082-4-BT50-13 80.00 82.00 4 28 135.0 173.00 50 7.650 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNK-D80-128-4-BT50-13 80.00 128.00 4 44 162.0 200.00 50 8.248 SR 34-535-SN BLD T15/S7 SW6-T-SH
• ae max for regular inserts, up to 0.20xD, ae max for -CS (chip splitting) inserts, up to 0.25xD
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 LNK-13-BT
Extended Flute Endmills with
BT MAS-403 Tapered Shanks
Carrying T490 LNMT/HT 13...
Tangentially Clamped Inserts
D
L1
L5
SS (DIN 69871)
ap
Designation DapFlute Z L1L5SS kg
T490LNKD50-082-3-INT50-13 50.00 82.00 3 21 126.0 145.00 50 3.845 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNKD63-081-4-INT50-13 63.00 81.00 4 28 107.0 126.10 50 4.345 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNKD63-117-4-INT50-13 63.00 117.00 4 40 169.0 188.00 50 5.426 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNKD80-082-4-INT50-13 80.00 82.00 4 28 154.0 173.00 50 7.614 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490LNKD80-128-4-INT50-13 80.00 128.00 4 44 180.9 200.00 50 7.925 SR 34-535-SN BLD T15/S7 SW6-T-SH
• ae max for regular inserts, up to 0.20xD, ae max for -CS (chip splitting) inserts, up to 0.25xD
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 LNK-13-INT
Extended Flute Endmills with
DIN69871 Tapered Shanks
Carrying T490 LNMT/HT 13...
Tangentially Clamped Inserts
D
L
ap
H
d
Rd°
Designation DapFlute Z H L d Shank(1) Rd°kg
APK D20-28-W20-FE 20.00 29.00 1 4 36.00 87.00 20.00 W 4.0 0.170 SR 34-505/HG T-8/53
APK D25-36-W25-FE 25.00 37.00 2 8 47.00 105.00 25.00 W 4.0 0.308 SR 34-505/MHG T-8/53
APK D32-45-W32-FE 32.00 46.00 2 12 55.00 115.00 32.00 W 1.4 0.570 SR 34-505/LHG T-8/53
APK D40-50-W32-FE 40.00 55.00 3 18 65.00 125.00 32.00 W 1.3 0.800 SR 34-505/LHG T-8/53
• For user guide, see pages 461-468
For inserts, see pages: APCR 1003PDFR-P (384) • APCT 1003PDR-HM (384) • APKR 1003PDR-HM (385) • APKT 1003..R (386) • APKT 1003..TR-RM (386)
• APKT 1003PDR-HM (385) • APKT 1003PDTR-76 (385) • APKT 1003PDTR/L-RM (385) • HM90 APKW 1003PDR (386)
APK-FE
Extended Flute Endmills Carrying
APKT/R-10... Inserts
209
EXTENDED FLUTE CUTTERS
D
H
L
d
ap
Rd°
Designation DapFlute Z H L d Shank(1) Rd°kg
SPK D32-35-C32-10 32.00 35.00 2 8 50.00 120.00 32.00 C 2.0 0.675
SPK D32-35-W32-10 32.00 35.00 2 8 50.00 130.00 32.00 W 2.0 0.606
SPK D40-42-W32-10 40.00 43.00 3 15 55.00 125.00 32.00 W 1.5 0.698
SPK D40-50-W32-CP10 40.00 52.00 2 12 61.00 130.00 32.00 W 1.5 0.789
SPK D50-50-W40-10 50.00 52.00 3 18 65.00 140.00 40.00 W 1.5 1.312
(1) C-Cylindrical, W-Weldon
For inserts, see pages: QPMT 100408PDTN (425) • SPMT-HQ (426) • XPMT-HQ (426)
Spare Parts
Designation
SPK D32-35-C32-10 SR 14-544/S BLD T15/M7 SW6-SD ZPN 3X7 DRW 34-507
SPK D32-35-W32-10 SR 14-544/S BLD T15/M7 SW6-SD ZPN 3X7 DRW 34-507
SPK D40-42-W32-10 SR 14-544/S BLD T15/M7 SW6-SD ZPN 3-10 DRW 34-507
SPK D40-50-W32-CP10 SR 14-544/S T-15/51
SPK D50-50-W40-10 SR 14-544/S BLD T15/M7 SW6-SD
SPK
Extended Flute Endmills Carrying
S/XPMT / QPMR 10... Inserts
L
H
ap
d
D
Designation DapFlute Z H L d Shank(1) kg
3M AXK D25-25-2-W25-13 25.00 24.00 2 4 35.00 100.00 25.00 W 0.322
3M AXK D32-36-2-C32-13 32.00 36.00 2 6 50.00 120.00 32.00 C 0.634
3M AXK D32-36-3-C32-13 32.00 36.00 3 9 50.00 120.00 32.00 C 0.603
3M AXK D32-36-3-W32-13 32.00 36.00 3 9 50.00 110.00 32.00 W 0.538
3M AXK D40-36-3-C32-13 40.00 36.00 3 9 45.00 120.00 32.00 C 0.840
3M AXK D40-48-4-C32-13 40.00 48.50 4 16 55.00 130.00 32.00 C 0.775
3M AXK D40-48-4-W32-13 40.00 48.50 4 16 55.00 120.00 32.00 W 0.712
3M AXK D50-60-5-W42-13 50.00 58.70 5 25 65.00 155.00 42.00 W 1.705
3M AXK D50-60-5-W40-13 50.00 60.50 5 25 65.00 140.00 40.00 W 1.510
• To substantially increase insert life, reduce feed by 50% during engagement and removal from the workpiece.
(1) C-Cylindrical, W-Weldon
For inserts, see pages: 3M AXKT 1304 (396) • 3M AXKT 1304..R-PDRMM (397)
Spare Parts
Designation
3M AXK-13 SR 34-506/L BLD T09/M7 SW6-T-SH
3M AXK-13
Heavy Duty Extended Flute Endmills
Carrying 3M AXKT 1304... Inserts
ISCAR
210
EXTENDED FLUTE CUTTERS
L5
L1
D
SS
BT MAS 403
ap
Designation DapZeff Z L1L5SS kg
FIN LNK D050-100-4-BT50 50.00 102.00 4 28 123.2 161.20 50 4.960 SR 34-535 BLD T15/M7 SW6-T
For inserts, see pages: FIN LNAT 1607PN-R (421)
FIN LNK-BT
Extended Flute Endmills with
Tangentially Clamped Inserts
and BT MAS-403 Shanks for
Semi-Finishing Long Shoulders
D3
L7
L1
Shank
L5
L6
D
ap
Designation DapFlute Z L1L7L5L6D3Shank kg
3M AXK D25-25-2-CF4-13 25.00 24.50 2 4 34.0 40.00 48.00 90.00 44.00 CF4 0.445
3M AXK D32-36-2-CF4-13 32.00 36.50 2 6 44.0 50.00 58.00 100.00 44.00 CF4 0.434
3M AXK D40-48-4-CF4-13 40.00 48.50 4 16 57.0 60.00 68.00 110.00 44.00 CF4 0.576
• To substantially increase insert life, reduce feed by 50% during engagement and removal from the workpiece
For inserts, see pages: 3M AXKT 1304 (396) • 3M AXKT 1304..R-PDRMM (397)
Spare Parts
Designation
3M AXK-CF-13 SR 34-506/L BLD T09/M7 SW6-T-SH
3M AXK-CF-13
Heavy Duty Extended Flute Endmills
with CLICKFIT Shanks Carrying
3M AXKT 1304... Inserts
L
ap
L
1
Dd
Rd°
Designation DapFlute Z L L1d Shank(1) Rd°kg
ADK D32-25-W32 32.00 25.00 2 4 108.00 48.0 32.00 W 2.5 0.531
ADK D40-38-W32 40.00 38.00 2 6 115.00 50.0 32.00 W 2.0 0.663
ADK D50-50-W32 50.00 51.00 3 12 122.00 52.7 32.00 W 0.9 0.855
ADK D50-50-W40 50.00 51.00 3 12 135.00 55.0 40.00 W 0.9 1.205
(1) Adjustable extension
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505..R/L-HM (393) • ADKT 1505PDR/L-HM
(392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADMT 1505PDR-HS (392) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) •
HM90 ADKT 1505 (388) • HM90 ADKW 1505PDR (396)
Spare Parts
Designation
ADK D32-25-W32 SR 14-544/S BLD T15/M7 SW6-T
ADK D40-38-W32 SR 14-544/S BLD T15/M7 SW6-T-SH
ADK D50-50-W32 SR 14-544/S BLD T15/M7 SW6-T-SH
ADK D50-50-W40 SR 14-544/S BLD T15/M7 SW6-T-SH
ADK
Extended Flute Cutters with
ADKT/R-15... Inserts
L5
L1
D
SS
DIN69871
ap
Designation DapZeff Z L1L5SS kg
FIN LNK D050-100-4-INT50 50.00 102.00 4 28 123.2 142.30 50 3.725 SR 34-535 BLD T15/M7 SW6-T
FIN LNK D063-125-4-INT50 63.00 130.00 4 36 157.0 176.10 50 5.530 SR 34-535 BLD T15/M7 SW6-T
FIN LNK D080-160-6-INT50 80.00 160.00 6 66 182.0 201.10 50 7.835 SR 34-535 BLD T15/M7 SW6-T
For inserts, see pages: FIN LNAT 1607PN-R (421)
FIN LNK-INT
Extended Flute Endmills with
Tangentially Clamped Inserts
and DIN69871 Shanks for
Semi-Finishing Long Shoulders
211
EXTENDED FLUTE CUTTERS
L5
L6
Ts D3
ap
D
T
Rd°
Designation DapFlute Z L5D3Ts L6T(1) Rd°kg
P290 ACK D32-3-24-M16-12 32.00 24.00 3 6 40.00 29.00 M16 65.00 25.0 1.0 0.16
• Note: recommended ae up to 0.2xD • For adaptation options, see pages 247 • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • HSK A-ODP (FLEXFIT) (250)
• HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
P290 ACK-M SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK-M
Extended Flute Endmills with FLEXFIT
Threaded Adaptation Carrying
12 mm Long Edged Inserts
D
ap
HL
d
Rd°
Designation DapFlute Z H L d Rd° Shank(2) kg
P290 ACK D25-3-24-W20-12 25.00 24.00 3 6 40.00 95.00 20.00 1.4 W 0.200
P290 ACK D25-3-36-W25-12 25.00 36.00 3 9 50.00 110.00 25.00 1.4 W 0.290
P290 ACK D32-3-36-W32-12 32.00 36.00 3 9 50.00 110.00 32.00 1.0 W 0.500
P290 ACK D32-3-48-W32-12 32.00 48.00 3 12 65.00 125.00 32.00 1.0 W 0.151
P290 ACK D32-3-60-W32-12 32.00 60.00 3 15 80.00 140.00 32.00 1.0 W 0.589
P290 ACK D32-3-84-W32-12 32.00 84.00 3 21 100.00 160.00 32.00 1.0 W 0.629
P290 ACK D32-3-36-W25-18 (1) 32.00 36.00 3 6 55.00 115.00 25.00 2.0 W 0.362
P290 ACK D40-3-53-W32-18 40.00 53.00 3 9 80.00 140.00 32.00 1.5 W 0.771
P290 ACK D40-3-71-W40-18 40.00 71.00 3 12 95.00 165.00 40.00 1.5 W 1.135
P290 ACK D40-3-90-W40-18 40.00 90.00 3 15 115.00 185.00 40.00 1.5 W 1.232
P290 ACK D40-3-125-W40-18 40.00 125.00 3 21 150.00 220.00 40.00 1.5 W 1.386
P290 ACK D50-4-53-W40-18 50.00 53.00 4 12 80.00 150.00 40.00 1.0 W 1.332
P290 ACK D50-4-105-W50-18 50.00 105.00 4 24 130.00 210.00 50.00 1.0 W 2.228
P290 ACK D50-3-160-W50-18 50.00 160.00 3 27 185.00 265.00 50.00 1.0 W 2.829
P290 ACK D63-5-71-W50-18 63.00 71.00 5 20 95.00 175.00 50.00 0.8 W 2.582
• Note: recommended ae up to 0.2xD
(1) Do not use with P290 ACKT...-FWR insert
(2) W-Weldon
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
Spare Parts
Designation
P290 ACK D25-3-24-W20-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D25-3-36-W25-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D32-3-36-W32-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D32-3-48-W32-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D32-3-60-W32-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D32-3-84-W32-12 SR M3X0.5-L7.4 IP9 IP-9/151
P290 ACK D32-3-36-W25-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D40-3-53-W32-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D40-3-71-W40-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D40-3-90-W40-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D40-3-125-W40-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D50-4-53-W40-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D50-4-105-W50-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D50-3-160-W50-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D63-5-71-W50-18 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK
Extended Flute Endmills Carrying 12
and 18 mm Long Edged Inserts
ISCAR
212
EXTENDED FLUTE CUTTERS
D
L1L5
SS
ap
Rd°
Designation DapFlute Z L1L5SS Rd°kg
P290 ACK D32-3-53-C5-18 (1) 32.00 52.00 3 9 64.0 90.00 50 2.0 0.794 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D40-3-87-C6-18 40.00 87.00 3 15 106.0 134.60 63 1.5 1.664 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D44-3-53-C4-18 44.00 53.00 3 9 - 91.00 40 1.2 0.930 SR 14-544/S BLD T15/M7 SW6-T
P290 ACK D63-5-87-C8-18 63.00 87.00 5 25 104.0 140.00 80 0.8 4.000 SR 14-544/S BLD T15/M7 SW6-T
• Note: recommended ae up to 0.2xD
(1) Do not use with P290 ACKT...-FWR insert
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
P290 ACK-C#-18
Extended Flute Endmills
with CAMFIX Shanks
Carrying 18 mm Long
Edged Inserts
ap
D Da
L
D
3
Rd°
Designation DapFlute Z L D3Da Rd° Arbor(1) kg
P290 SM D032-03-24-16-12 32.00 24.00 3 6 65.00 38.00 16.00 1.0 A 0.266
P290 SM D040-04-24-16-12 40.00 24.00 4 8 45.00 38.00 16.00 0.7 A 0.229
P290 SM D040-04-36-16-12 40.00 36.00 4 12 60.00 38.00 16.00 0.7 A 0.306
P290 SM D040-04-48-22-12 40.00 48.00 4 16 85.00 48.00 22.00 0.7 A 0.474
P290 SM D050-04-36-22-18 50.00 36.00 4 8 65.00 46.40 22.00 1.0 A 0.475
P290 SM D050-04-53-22-18 50.00 53.00 4 12 80.00 46.40 22.00 1.0 A 0.568
P290 SM D050-04-71-27-18 50.00 71.00 4 16 105.00 48.00 27.00 1.0 A 0.735
P290 SM D063-05-53-27-18 63.00 53.00 5 15 80.00 55.00 27.00 0.8 A 1.000
P290 SM D063-05-71-27-18 63.00 71.00 5 20 100.00 55.00 27.00 0.8 A 1.296
P290 SM D080-06-71-32-18 80.00 71.00 6 24 100.00 74.00 32.00 0.5 A 2.207
P290 SM D100-06-36-32-18 100.00 36.00 6 12 70.00 78.00 32.00 0.3 A 2.483
P290 SM D100-07-71-40-18 100.00 71.00 7 28 100.00 85.00 40.00 0.3 A 3.497
• Note: recommended ae up to 0.2xD
(1) For adaptation options, see page 461
For inserts, see pages: P290 ACCT (395) • P290 ACKT (395)
Spare Parts
Designation
P290 SM D032-03-24-16-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M8X55-D11.5 DIN912
P290 SM D040-04-24-16-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M8X35 DIN912
P290 SM D040-04-36-16-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M8X45DIN912
P290 SM D040-04-48-22-12 SR M3X0.5-L7.4 IP9 IP-9/151 SR M10X70DIN912
P290 SM D050-04-36-22-18 SR 14-544/S BLD T15/M7 SW6-T SR M10X50DIN 912
P290 SM D050-04-53-22-18 SR 14-544/S BLD T15/M7 SW6-T SR M10X60DIN912
P290 SM D050-04-71-27-18 SR 14-544/S BLD T15/M7 SW6-T SR M12X70DIN912
P290 SM D063-05-53-27-18 SR 14-544/S BLD T15/M7 SW6-T SR M12X70DIN912
P290 SM D063-05-71-27-18 SR 14-544/S BLD T15/M7 SW6-T SR M12X70DIN912
P290 SM D080-06-71-32-18 SR 14-544/S BLD T15/M7 SW6-T SR M16X80
P290 SM D100-06-36-32-18 SR 14-544/S BLD T15/M7 SW6-T SR M16X50 DIN912
P290 SM D100-07-71-40-18 SR 14-544/S BLD T15/M7 SW6-T SR M20X80DIN912
P290 SM
Extended Flute Shell Mills Carrying
12 and 18 mm Long Edged Inserts
213
EXTENDED FLUTE CUTTERS
D
Da
D3
ap
L
Designation DapFlute Z L D3Da Arbor(1) kg
H490 SM D032-28-3-16-09 32.00 28.00 3 12 45.00 30.70 16.00 A 0.127
H490 SM D040-35-4-16-09 40.00 35.00 4 20 50.00 38.00 16.00 A 0.256
H490 SM D050-42-5-22-09 50.00 42.00 5 30 60.00 48.30 22.00 A 0.512
• ae(max)=0.25xD
(1) For adaptation options, see page 461
For inserts, see pages: H490 ANKX/ANCX-09 (402)
5
6 8 10 13
22
28
35
40
Depth of cut
(mm)
Width of cut
(mm)
H490 ANK D25…-09
H490 ANK / SM D32…-09
H490 ANK / SM D40…-09
H490 SM D50…-09
25
32
40
50
Extended Flute HELIDO H490-09 Cutters
ap/ae Application Range with H490 ANKX 090408PNTR Insert
Spare Parts
Designation
H490 SM D032-28-3-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H490 SM D040-35-4-16-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M8X30DIN912
H490 SM D050-42-5-22-09 SR 10508082-HG BLD T08/M7 SW4-SD SR M10X40DIN912
H490 SM-09
Extended Flute Shell Mills Carrying
H490 ANKX 09..
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
D
ap
Da D3
L
Designation DapFlute Z L D3Da Arbor(1) kg
T490 SM D032-36-3-16-08 32.00 36.00 3 15 58.00 38.00 16.00 A 0.228 SR 10502813-HG-M IP-7/51 SR M8X45DIN912
T490 SM D040-44-4-16-08 40.00 44.00 4 24 65.00 38.00 16.00 A 0.387 SR 10502813-HG-M IP-7/51 SR M8X55DIN912
T490 SM D050-44-5-22-08 50.00 44.00 5 30 65.00 47.00 22.00 A 0.612 SR 10502813-HG-M IP-7/51 SR M10X50DIN 912
• ae max for regular inserts, up to 0.25xD, ae max for -CS (chip splitting) inserts, up to 0.30xD
(1) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 0804 (408)
T490 SM-08
Extended Flute Shell Mills
Carrying T490 LNMT/HT 0804...
Tangentially Clamped Inserts
ISCAR
214
EXTENDED FLUTE CUTTERS
ap
L
Da D3
D
Designation DapFlute Z L D3Da Arbor(3) kg
T490 SM-D40-24-2-22-13 (1) 40.00 24.00 2 4 50.00 38.00 22.00 A 0.241
T490 SM-D40-36-3-22-13 40.00 36.00 3 9 62.00 38.00 22.00 A 0.294
T490 SM-D50-36-2-27-13 (1) 50.00 36.00 2 6 56.00 48.00 27.00 A 0.379
T490 SM-D50-36-3-22-13 (1) 50.00 36.00 3 9 56.00 48.00 22.00 A 0.432
T490 SM-D50-36-3-27-13 (1) 50.00 35.90 3 9 56.00 48.00 27.00 A 0.386
T490 SM-D50-47-4-22-13 50.00 47.00 4 16 68.00 48.00 22.00 A 0.542
T490 SM-D50-47-4-27-13 50.00 47.00 4 16 68.00 48.00 27.00 A 0.493
T490 SM-D63-36-4-27-13 63.00 36.00 4 12 60.00 58.00 27.00 A 0.785
T490 SM-D63-59-5-27-13 63.00 59.00 5 25 80.00 58.00 27.00 A 1.091
T490 SM-D80-58-5-32-13 80.00 58.00 5 25 75.00 74.00 32.00 A 1.727
T490 SM-D80-70-5-32-13 80.00 70.00 5 30 111.00 74.00 32.00 A 2.620
T490 SM-D100-59-6-40-13 100.00 59.00 6 30 86.00 88.00 40.00 A 3.106
T490 SM D125-47-7-40-13 (2) 125.00 47.00 7 28 68.00 88.00 40.00 C 2.991
• ae max for regular inserts, up to 0.25xD • ae max for -CS (chip splitting) inserts, up to 0.35xD
(1) Can be applied for full slot applications
(2) There are no coolant holes in this tool
(3) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Spare Parts
Designation
T490 SM-D40-24-2-22-13 SR 34-535/L10.5-SN BLD T15/S7 SW6-T-SH SR M10X40DIN912
T490 SM-D40-36-3-22-13 SR 34-535/L10.5-SN BLD T15/S7 SW6-T-SH SR M10X50DIN 912
T490 SM-D50-36-2-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X45DIN912
T490 SM-D50-36-3-22-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X40DIN912
T490 SM-D50-36-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X45DIN912
T490 SM-D50-47-4-22-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X50DIN 912
T490 SM-D50-47-4-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X60DIN912
T490 SM-D63-36-4-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X50DIN912
T490 SM-D63-59-5-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X70DIN912
T490 SM-D80-58-5-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X55DIN912
T490 SM-D80-70-5-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X90DIN912
T490 SM-D100-59-6-40-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M20X60DIN912
T490 SM D125-47-7-40-13 SR 34-535-SN BLD T15/S7 SW6-T-SH
T490 SM-13
Extended Flute Shell Mills
Carrying T490 LNMT/HT 1306...
Tangentially Clamped Inserts
D
ap
Da D3
L
Designation DapFlute Z L D3Da Arbor(1) kg
T490 SM-D50-47-2-27-13FT 50.00 47.00 2 8 66.50 58.00 27.00 A 0.589
T490 SM-D63-59-3-27-13FT 63.00 59.00 3 15 80.00 58.00 27.00 A 1.099
T490 SM-D80-70-4-32-13FT 80.00 70.00 4 24 95.00 74.00 32.00 A 2.222
• ae max for regular inserts, up to 0.25xD • ae max for -CS (chip splitting) inserts, up to 0.35xD
(1) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Spare Parts
Designation
T490 SM-D50-47-2-27-13FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X50DIN912
T490 SM-D63-59-3-27-13FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M3X0.5X10DIN7991 10.9 PG D63 SR M12X60DIN912
T490 SM-D80-70-4-32-13FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M3X0.5X10DIN7991 10.9 PG D63 SR M16X70DIN912
T490 SM-13FT
Basic Units for Modular
Extended Flute Shell Mills
215
EXTENDED FLUTE CUTTERS
DSS
ap
Designation DapFlute Z SS kg
T490 CAP-D50-24-2-20-13FT 50.00 24.00 2 4 20 0.212 SR 34-535-SN
T490 CAP-D50-36-2-20-13FT 50.00 36.00 2 6 20 0.322 SR 34-535-SN
T490 CAP-D63-24-3-20-13FT 63.00 24.00 3 6 20 0.335 SR 34-535-SN
T490 CAP-D63-24-4-20-13FT 63.00 24.00 4 8 20 0.338 SR 34-535-SN SR M6X6 DIN916
T490 CAP-D63-36-3-20-13FT 63.00 36.00 3 9 20 0.510 SR 34-535-SN
T490 CAP-D63-36-4-20-13FT 63.00 36.00 4 12 20 0.497 SR 34-535-SN SR M6X6 DIN916
T490 CAP-D80-24-4-25-13FT 80.00 24.00 4 8 25 0.588 SR 34-535-SN SR M6X8 DIN916
T490 CAP-D80-24-5-25-13FT 80.00 24.00 5 10 25 0.578 SR 34-535-SN
T490 CAP-D80-36-4-25-13FT 80.00 36.00 4 12 25 0.884 SR 34-535-SN SR M6X8 DIN916
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
T490 SM-D50-47-2-27-13FT
T490 SM-D50-47-3-27-13FT
T490 CAP-D50-36-2-20-13FT
T490 SM-D50-47-2-27-13FT
T490 CAP-D50-24-2-20-13FT
T490 SM-D50-47-3-27-13FT
T490 CAP-D50-36-2-20-13FT
T490 CAP-D50-24-2-20-13FT
10 15 18 25 50
105
83
70
ap
ae
Depth of Cut mm
Width of Cut
mm
35
47
8
115
90
75
ap
ae
Depth of Cut mm
Width of Cut
mm
40
59
14 15 20 25 63 10
T490 SM-D63-59-3-27-13FT
T490 SM-D63-59-3-27-13FT
T490 CAP-D63-36-3-20-13FT
T490 SM-D63-59-3-27-13FT
T490 CAP-D63-24-3-20-13FT
T490 SM-D63-59-3-27-13FT
T490 CAP-D63-36-3-20-13FT
T490 CAP-D63-24-3-20-13FT
T490 SM-D80-70-4-32-13FT
T490 SM-D80-70-4-32-13FT
T490 CAP-D80-36-4-25-13FT
T490 SM-D80-70-4-32-13FT
T490 CAP-D80-24-4-25-13FT
T490 SM-D80-70-4-32-13FT
T490 CAP-D80-36-4-25-13FT
T490 CAP-D80-24-4-25-13FT
15 12 20 25 50
125
105
93
ap
ae
Depth of Cut mm
Width of Cut
mm
40
70
ap/ae Application Range for 50 mm
Modular Extended Flute Cutters
ap/ae Application Range for 63 mm
Modular Extended Flute Cutters
Shell Base Unit Extension 1 Extension 2 DapL Zeff Z Assembly Screw
T490 SM-D50-47-2-27-13FT
47 66.5
2
8SR M12x50 DIN912
T490 CAP-D50-24-2-20-13FT 50 71 90 12 SR M12x70 DIN912
T490 CAP-D50-36-2-20-13FT 50 83 102 14 SR M12x80 DIN912
T490 CAP-D50-24-2-20-13FT T490 CAP-D50-24-2-20-13FT 50 94 113 16 SR M12x100 DIN912
T490 CAP-D50-24-2-20-13FT T490 CAP-D50-36-2-20-13FT 50 106 125 18 SR M12x110 DIN912
T490 SM-D63-59-3-27-13FT
59 80
3
15 SR M12x60 DIN912
T490 CAP-D63-24-3-20-13FT 63 82 103 21 SR M12x80 DIN912
T490 CAP-D63-36-3-20-13FT 63 94 115 24 SR M12x100 DIN912
T490 CAP-D63-24-3-20-13FT T490 CAP-D63-24-3-20-13FT 63 106 127 27 SR M12x110 DIN912
T490 CAP-D63-24-3-20-13FT T490 CAP-D63-36-3-20-13FT 63 117 138 30 SR M12x120 DIN912
Modular Extended
Flute Assembly
D
ap
L
Assembly screw
Rd°
ap/ae Application Range for 80 mm
Modular Extended Flute Cutters
Workpiece: Alloy Steel
T490 CAP-13FT
Extension Units for Modular
Extended Flute Shell Mills
ISCAR
216
EXTENDED FLUTE CUTTERS
D
L1
L5
SS (DIN69871)T490 CAP-FT
ap
Designation DapFlute Z L1L5SS kg DCONMS RPMX
T490LNKD63-082-4-INT50-FT 63.00 82.00 4 28 125.9 145.00 50 4.659 0.00 0
T490LNK-D80-82-5-INT50-FT 80.00 82.00 5 35 125.5 144.60 50 6.077 0.00 0
T490LNKD80-105-4-INT50-FT 80.00 105.00 4 36 154.1 173.20 50 7.036 0.00 0
• ae max for regular inserts, up to 0.10xD, ae max for -CS (chip splitting) inserts, up to 0.20xD • Remove coolant plug screws (SR M6X..DIN916) prior to attaching
extension units
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Screw
SR 34-535-SN
Cover
Cover screw
SR M3x10DIN7991
Coolant plug screw
SR M6x...
Shell locking screw
Shell Base Unit Extension 1 D apL Zeff Z Assembly Screw
T490 LNK-D63-082-4-INT50-FT 63
82 126
4
28
T490 CAP-24-4-20-13FT 106 150 36 SR M12x30 DIN912
T490 CAP-36-4-20-13FT 118 162 40 SR M12X45DIN912 12.9
T490 LNK-D80-082-5-INT50-FT 80
82 125
5
45
T490 CAP-D80-24-25-13FT 106 149 55 SR M16x40 DIN912
105 135 36
T490 LNK-D80-105-4-INT50-FT T490 CAP-D80-24-4-25-13FT 80 129 159 444 SR M16x40 DIN912
T490 CAP-D80-36-4-25-13FT 141 171 48 SR M16x40 DIN912
Spare Parts
Designation
T490LNKD63-082-4-INT50-FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M6X6 DIN916 SR M12X12 DIN912
T490LNK-D80-82-5-INT50-FT SR 34-535-SN BLD T15/S7 SW6-T-SH PG D63 SR M3X0.5X10DIN7991 10.9
T490LNKD80-105-4-INT50-FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M6X8 DIN916 PG D63 SR M3X0.5X10DIN7991 10.9
T490 LNK-INT50-FT
Basic Units of Modular Extended
Flute Endmills with DIN69871
Tapered Shanks Carrying T490
LNMT/HT 1306 Inserts
217
EXTENDED FLUTE CUTTERS
T490 CAP-FT
D
L1
L5
SS (BT MAS-403)
ap
Designation DapFlute Z L1L5SS kg
T490LNK-D63-082-4-BT50-FT 63.00 82.00 4 28 107.0 145.00 50 5.312
T490LNK-D80-105-4-BT50-FT 80.00 105.00 4 36 135.2 173.20 50 7.348
• ae max for regular inserts, up to 0.10xD, ae max for -CS (chip splitting) inserts, up to 0.20xD • Remove coolant plug screws (SR M6X..DIN916) prior to attaching
extension units
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Shell Base Unit Extension 1 Extension 2 D apL Zeff ZAssembly
Screw
T490 LNK-D63-082-4-BT50-FT 63
82 107
4
28
T490 CAP-D63-24-4-20-13FT 106 131 36 SR M12x30 DIN912
T490 CAP-D63-36-4-20-13FT 118 143 40 SR M12X45DIN912 12.9
T490 LNK-D80-105-4-BT50-FT 80
105 135
4
36
T490 CAP-D80-24-4-25-13FT 129 159 44 SR M16x40 DIN912
T490 CAP-D80-36-4-25-13FT 141 171 48 SR M16x40 DIN912
T490 LNK-BT-FT
Basic Units of Modular Extended
Flute Endmills with BT MAS-403
Tapered Shanks Carrying T490
LNMT/HT 1306 Inserts
D3
Da
D
L
K°
ap
D1
Designation D K° apD1Zeff Z L D3Da Arbor(2) kg
T422 SM-D050-12-3-32-13 (1) 50.00 22.5 12.20 110.10 3 9 60.00 78.00 32.00 A 1.925
T425 SM-D050-13-3-32-13 50.00 25.0 13.55 109.20 3 9 60.00 78.00 32.00 A 1.850
T430 SM-D050-16-3-32-13 50.00 30.0 16.00 107.20 3 9 60.00 78.00 32.00 A 1.806
T440 SM-D050-28-3-27-13 50.00 40.0 28.88 118.80 3 12 65.00 60.00 27.00 A 1.991
T445 SM-D050-23-3-27-13 50.00 45.0 23.50 98.20 3 9 55.00 60.00 27.00 A 1.173
T445 SM-D050-47-3-32-13 50.00 45.0 47.50 145.60 3 18 76.00 80.00 32.00 A 3.407
T450 SM-D050-25-3-27-13 (1) 50.00 50.0 26.12 94.30 3 9 55.00 60.00 27.00 A 1.120
T460 SM-D050-30-3-27-13 50.00 60.0 30.00 85.20 3 9 55.00 60.00 27.00 A 0.967
T470 SM-D050-33-3-27-13 (1) 50.00 70.0 33.20 74.30 3 9 60.00 58.00 27.00 A 0.840
T475 SM-D050-34-3-27-13 50.00 75.0 34.50 68.60 3 9 55.00 60.00 27.00 A 0.736
T475 SM-D050-56-3-32-13 50.00 75.0 57.70 81.00 3 15 83.50 78.00 32.00 A 1.513
• Note: RPM should be considered according to the recommended speed applied on the outer diameter obtained by the specific D.O.C.
• For user guide, see pages 461-468
(1) On request
(2) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT 1306PNTR-FW (410) • T490 LNMT/LNHT 1306 (409)
Spare Parts
Designation
T422 SM-D050-12-3-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X40DIN912
T425 SM-D050-13-3-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X40DIN912
T430 SM-D050-16-3-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X40DIN912
T440 SM-D050-28-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X45DIN912
T445 SM-D050-23-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X35DIN912
T445 SM-D050-47-3-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X50 DIN912
T450 SM-D050-25-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X35DIN912
T460 SM-D050-30-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X35DIN912
T470 SM-D050-33-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X50DIN912
T475 SM-D050-34-3-27-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M12X35DIN912
T475 SM-D050-56-3-32-13 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X60DIN912
T4..-SM Conical Shell Mills
Conical Extended Flute Shell Mills
Carrying T490 LNMT/LNHT 13...
Tangentially Clamped Inserts
Spare Parts
Designation
T490LNK-D63-082-4-BT50-FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M6X6
DIN916
SR M12X12
DIN912
T490LNK-D80-105-4-BT50-FT SR 34-535-SN BLD T15/S7 SW6-T-SH SR M6X8
DIN916 PG D63 SR M3X0.5X10DIN7991
10.9
ISCAR
218
EXTENDED FLUTE CUTTERS
ap
L
Da D3
D
Designation DapL Flute Z D3Da Arbor(1) kg
T490 SM D63-47-3-27-16 63.00 47.00 68.00 3 9 58.00 27.00 A 0.926 SR 14-591 BLD T20/M7 SW6-T
(1) For adaptation options, see page 461
For inserts, see pages: T490 LNAR (410) • T490 LNMT/LNHT 1607 (410)
T490 SM-16
Extended Flute Shell Mills
Carrying T490 LNMT/HT 1607...
Tangentially Clamped Inserts
DDa D3
ap
L
Designation DapFlute Z L D3Da Arbor(1) kg
H490 SM D063-48-3-27-17C 63.00 46.50 3 9 70.00 59.40 27.00 A 0.868
H490 SM D063-60-3-27-17C 63.00 58.50 3 12 85.00 59.40 27.00 A 1.127
H490 SM D080-48-4-32-17C 80.00 46.50 4 12 70.00 76.40 32.00 A 1.562
H490 SM D100-64-5-40-17C 100.00 61.50 5 20 85.00 88.00 40.00 A 3.015
• ae(max)=0.25xD for regular inserts, ae(max)=0.35xD for -CS (chip splitting) inserts
• Inserts with corner radii larger than 0.8 mm should only be used on the face of the cutter
(1) For adaptation options, see page 461
For inserts, see pages: H490 ANKX/ANCX-17 (404)
5
22 28 35
46
60
Depth of cut
(mm)
Width of cut
(mm)
H490 SM D63…-17
H490 SM D80…-17
H490 SM D100…-17
63 80
100
80
Extended Flute HELIDO H490-17 Cutters
ap/ae Application Range with H490 ANKX 1706PNTR-CS
Chip Splitting Inserts
5
14 20 25
46
60
Depth of cut
(mm)
Width of cut
(mm)
H490 SM D63…-17 H490 SM D80…-17 H490 SM D100…-17
63 80
100
80
Extended Flute HELIDO H490-17 Cutters
ap/ae Application Range with
H490 ANKX 170608PNTR Insert
Spare Parts
Designation
H490 SM D063-48-3-27-17C SR 14-591 BLD T20/M7 SW6-T SR M12X50DIN912
H490 SM D063-60-3-27-17C SR 14-591 BLD T20/M7 SW6-T SR M12X60DIN912
H490 SM D080-48-4-32-17C SR 14-591 BLD T20/M7 SW6-T SR M16X40DIN912
H490 SM D100-64-5-40-17C SR 14-591 BLD T20/M7 SW6-T SR M20X60DIN912
H490 SM-17
Extended Flute Shell Mills Carrying
H490 ANKX 17..
.Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
219
EXTENDED FLUTE CUTTERS
Da
D3
L
ap
D
Designation D Z Flute apL D3Da Arbor(1) kg Insert
3M SM D040-36-3-22-13 40.00 9 3 35.00 65.00 38.00 22.00 A 0.333 3M AXKT 13
3M SM D050-36-4-22-13 50.00 12 4 35.00 60.00 48.00 22.00 A 0.525 3M AXKT 13
3M SM D063-40-4-27-20 63.00 8 4 39.00 65.00 58.00 27.00 A 0.813 3M AXKT 20
3M SM D080-40-5-32-20 80.00 10 5 38.00 65.00 70.00 32.00 A 1.381 3M AXKT 20
3M SM D100-40-6-40-20 100.00 12 6 38.00 65.00 88.00 40.00 B 1.832 3M AXKT 20
3M SM D160-60-8-60-20 160.00 24 8 57.00 85.00 130.00 60.00 C 5.996 3M AXKT 20
• To substantially increase insert life, reduce feed by 50% during engagement and removal from the workpiece
(1) For adaptation options, see page 461
For inserts, see pages: 3M AXKT 1304 (396) • 3M AXKT 1304..R-PDRMM (397) • 3M AXKT 2006..R-PDR (397) • 3M AXKT-2006 (397)
Spare Parts
Designation
3M SM D040-36-3-22-13 SR 34-506/L BLD T09/M7 SW6-T-SH SR M10X50DIN 912
3M SM D050-36-4-22-13 SR 34-506/L BLD T09/M7 SW6-T-SH
3M SM D063-40-4-27-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R(a) SR TC-604 HW 5.0
3M SM D080-40-5-32-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R(a) SR TC-604 HW 5.0
3M SM D100-40-6-40-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R(a) SR TC-604 HW 5.0
3M SM D160-60-8-60-20 SR 14-591 BLD T20/M7 SW6-T TSX 19R(a) SR TC-604 HW 5.0
(a) For insert corner radii greater than 3.2 mm, use TSX 20-S-R
3M SM
Heavy Duty Extended Flute
Shell Mills Carrying 3M AXKT
1304.../2006... Inserts
L
ap
D
Da
D3
Rd°
Designation DapFlute Z L D3Da Arbor(1) Rd°kg
SM D50-25-27-M 50.00 25.00 3 6 56.00 47.70 27.00 A 0.9 0.424
SM D63-38-27-M 63.00 38.00 4 12 60.00 55.00 27.00 A 0.7 0.667
SM D80-38-32-M 80.00 38.00 5 15 60.00 70.00 32.00 B 0.6 1.200
SM D100-38-40-M 100.00 38.00 6 18 60.00 90.00 40.00 B 0.4 1.815
SM D125-38-40-M 125.00 38.00 7 21 60.00 88.00 40.00 B 0.3 2.539
(1) For adaptation options, see page 461
For inserts, see pages: ADCR 1505PDFR (390) • ADCT 1505PDFR-HM (391) • ADKR 1505PDR/L-HM (390) • ADKT 1505..R/L-HM (393) • ADKT 1505PDR/L-HM
(392) • ADKT 1505PDTR-76 (393) • ADKT 1505PDTR/L-RM (392) • ADMT 1505PDR-HS (392) • HM90 ADCT 1505 (388) • HM90 ADCT 1505PDR-CF (389) •
HM90 ADKT 1505 (388) • HM90 ADKW 1505PDR (396)
Spare Parts
Designation
SM D50-25-27-M SR 14-544/S BLD T15/M7 SW6-T SR M12X50DIN912
SM D63-38-27-M SR 14-544/S BLD T15/M7 SW6-T
SM D80-38-32-M SR 14-544/S BLD T15/M7 SW6-T
SM D100-38-40-M SR 14-544/S BLD T15/M7 SW6-T
SM D125-38-40-M SR 14-544/S BLD T15/M7 SW6-T
SM
Extended Flute Shell Mills Carrying
HM90 ADKT 1505... Inserts
ISCAR
220
EXTENDED FLUTE CUTTERS
Taper Base Unit Extension End Unit apH
Face Inserts
Zeff Z Assembly Screw
SDK D63-53-27-FT/A
53 76 3 15 SR M12X60
SM D63-22-FT/E 76 98 3 24 SR M12X90
SM D63-33-FT/F 85 108 3 27 SR M12X90
SE D63-22-FT/G SM D63-22-FT/E 95 119 3 30 SR M12X110
SE D63-33-FT/H SM D63-22-FT/E 106 130 3 33 SR M12X120
SE D63-33-FT/H SM D63-33-FT/F 117 140 3 36 SR M12X120
Modular Extended Flute System
SDK D63-FT/A
63 mm Diameter
apH
D
27
Shell Base Unit
Page 221
Extension
Page 222
End Unit
Page 222
SDK D63-FT/B (modular)
63 mm Diameter
H
ap
D
Taper Base Unit Extension End Unit apH
Face Inserts
Zeff Z Assembly Screw
SDK D63-63-BT50-FT/B
SDK D63-63-INT50-FT/B
63 88 3 18
SM D63-22-FT/E 85 109 3 27 SR M12X55
SM D63-33-FT/F 95 120 3 30 SR M12X55
SE D63-22-FT/G SM D63-22-FT/E 106 130 3 33 SR M12X70
SE D63-22-FT/G SM D63-33-FT/F 117 141 3 36 SR M12X70
SE D63-33-FT/H SM D63-33-FT/F 129 152 3 39 SR M12X80
Taper Base Unit
Page 222
Extension
Page 222
End Unit
Page 222
SDK D80-FT/A (modular)
80 mm Diameter
apH
32
D
Shell Base Unit
Page 221
Extension
Page 222
End Unit
Page 222
Shell Base Unit Extension End Unit apH Face Inserts Zeff Z Assembly Screw
SDK D80-64-32-FT/A
64 98 3 18 SR M16X80
SM D80-22-FT/E 85 120 3 27 SR M16X110
SM D80-33-FT/F 96 130 3 30 SR M16X110
SE D80-22-FT/G SM D80-22-FT/E 105 141 3 33 SR M16X130
SE D80-33-FT/H SM D80-22-FT/E 115 151 3 36 SR M16X140
SE D80-33-FT/H SM D80-33-FT/F 127 162 3 39 SR M16X140
221
EXTENDED FLUTE CUTTERS
221
SDK D80-FT/B (modular)
SDK D100-FT/B (modular)
80 mm Diameter
100 mm Diameter
H
ap
D
apH
D
Taper Base Extension End Unit apH
Face Inserts
Zeff Z
Assembly
Screw
SDK D80-85-BT50-FT/B
SDK D80-85-INT50-FT/B
85 109 3 24
SM D80-22-FT/E 107 130 3 33 SR M16X55
SM D80-33-FT/F 115 141 3 36 SR M16X55
SE D80-22-FT/G SM D80-22-FT/E 126 152 3 39 SR M16X80
SE D80-22-FT/G SM D80-33-FT/F 137 162 3 42 SR M16X80
SE D80-33-FT/H SM D80-33-FT/F 147 172 3 45 SR M16X90
Taper Base Unit
Page 222
Taper Base Unit
Page 222
Extension
Page 222
End Unit
Page 222
End Unit
Page 222
Taper Base Unit End Unit apH Face Inserts Zeff Z Assembly Screw
SDK-D100-105-BT50-FT/B
SDK-D100-105-INT50-FT/B
105 132 4 40
SM D100-22-FT/E 126 155 4 52 SR M20X60
SM D100-44-FT/F 148 175 4 60 SR M20X80
Da
D3
L
ap
D
Designation DapFlute Z L D3Da Arbor(1) kg
SDK D63-53-27-FT/A 63.00 53.00 3 15 76.00 60.90 27.00 A 0.880
SDK D80-64-32-FT/A 80.00 62.00 3 18 98.00 77.50 32.00 A 2.304
SDK D80-85-32-FT/A 80.00 84.00 3 27 120.00 77.50 32.00 A 0.000
SDK D80-96-32-FT/A 80.00 94.00 3 30 130.00 77.50 32.00 A 0.000
SDK D80-115-32-FT/A 80.00 117.00 3 36 153.00 77.50 32.00 A 0.000
SDK D80-127-32-FT/A 80.00 127.00 3 39 165.00 77.50 32.00 A 0.000
SDK D100-84-40-FT/A 100.00 84.50 4 32 120.00 97.50 40.00 A 4.388
SDK D100-105-40-FT/A 100.00 106.00 4 40 141.00 97.50 40.00 A 0.000
SDK D100-127-40-FT/A 100.00 126.00 4 48 162.00 97.50 40.00 A 0.000
(1) For adaptation options, see page 461
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • SDMR-HQ (427) • SDMT-PDR-HQ (431)
Spare Parts
Designation
SDK D63-53-27-FT/A SR 14-544/S BLD T15/M7 SW6-T PG D63
SDK D80-64-32-FT/A SR 14-544 BLD T15/M7 SW6-T PG D80
SDK D80-85-32-FT/A SR M16X100 DIN912
SDK D80-96-32-FT/A SR M16X100 DIN912
SDK D80-115-32-FT/A SR M16X130 DIN912
SDK D80-127-32-FT/A SR M16X130 DIN912
SDK D100-84-40-FT/A SR 14-544 BLD T15/M7 SW6-T PG D100
SDK Shell Mill-FT/A
Basic Units of Modular Extended Flute
Shell Mills Carrying S/QDMT 1205...
Inserts
Modular Extended
Flute System
ISCAR
222
EXTENDED FLUTE CUTTERS
L7
ap
D
Shank
Designation DapL7Flute Z face Z SS S. Std. kg
SDK D63-63-BT50-FT/B 63.00 64.00 87.00 3 3 18 50 BT MAS-403 4.750
SDK D63-85-BT50-FT/B 63.00 85.00 108.00 3 3 27 50 BT MAS-403 0.000
SDK D63-95-BT50-FT/B 63.00 95.00 119.00 3 3 30 50 BT MAS-403 0.000
SDK D63-106-BT50-FT/B 63.00 107.00 130.00 3 3 33 50 BT MAS-403 0.000
SDK D63-117-BT50-FT/B 63.00 117.00 140.00 3 3 36 50 BT MAS-403 0.000
SDK D63-129-BT50-FT/B 63.00 127.00 150.00 3 3 39 50 BT MAS-403 0.000
SDK D80-85-BT50-FT/B 80.00 84.00 107.00 3 3 24 50 BT MAS-403 6.253
SDK D80-107-BT50-FT/B 80.00 107.00 128.00 3 3 33 50 BT MAS-403 0.000
SDK D80-115-BT50-FT/B 80.00 117.00 140.00 3 3 36 50 BT MAS-403 0.000
SDK D80-147-BT50-FT/B 80.00 147.00 170.00 3 3 42 50 BT MAS-403 0.000
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • SDMR-HQ (427) • SDMT-PDR-HQ (431)
Spare Parts
Designation
SDK D63-63-BT50-FT/B SR 14-544/S BLD T15/M7 SW6-T PG D63
SDK D63-85-BT50-FT/B SR M12X50DIN912
SDK D63-95-BT50-FT/B SR M12X50DIN912
SDK D63-106-BT50-FT/B SR M12X70DIN912
SDK D63-117-BT50-FT/B SR M12X70DIN912
SDK D63-129-BT50-FT/B SR M12X80DIN912
SDK D80-85-BT50-FT/B SR 14-544 SR 14-544/S BLD T15/M7 SW6-T PG D80
SDK D80-107-BT50-FT/B SR M16X60DIN912
SDK D80-115-BT50-FT/B SR M16X60DIN912
SDK D80-147-BT50-FT/B SR M16X90DIN912
SDK BT-FT/B
Modular Extended Flute Endmills
Carrying BT MAS-403 Tapered Shanks
D
ap
Designation DapFlute Z face Z Insert kg
SM D50-18-FT/E 50.00 18.00 2 2 4 S/Q/XPMT 10 0.142 SR 14-544/S ZPN 8-14
SM D50-26-FT/F 50.00 27.00 2 2 6 S/Q/XPMT 10 0.211 SR 14-544/S ZPN 8-14
SM D63-22-FT/E (1) 63.00 22.00 3 6 9 S/QDMT 12 0.250 SR 14-544/S
SM D63-33-FT/F-I (1) 63.00 33.00 3 6 12 S/QDMT 12 0.391 SR 14-544/S T-15/51-BE
SM D80-22-FT/E 80.00 22.00 3 6 9 S/QDMT 12 0.493 SR 14-544/S
SM D80-33-FT/F 80.00 33.00 3 6 12 S/QDMT 12 0.716 SR 14-544/S BLD T15/M7 SW6-T
SM D100-22-FT/E 100.00 22.00 4 4 12 S/QDMT 12 0.870 SR 14-544/S BLD T15/M7 SW6-T
SM D100-44-FT/F 100.00 44.00 4 4 20 S/QDMT 12 1.421 SR 14-544/S BLD T15/M7 SW6-T
(1) Not suitable for slot milling
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • QPMT 100408PDTN (425) • SDMT-PDR-HQ (431) • SPMT-HQ (426) • XPMT-HQ (426)
SM-FT
End Units for Modular
Extended Flute Cutters
D
ap
Designation DapFlute Z face Z Insert kg
SE D50-18-FT/G 50.00 18.00 2 2 4 S/Q/XPMT 10 0.157 SR 14-544/S ZPN 8-14
SE D63-22-FT/G 63.00 22.00 3 3 6 S/QDMT 12 0.218 SR 14-544/S BLD T15/M7 SW6-T
SE D63-33-FT/H 63.00 33.00 3 3 9 S/QDMT 12 0.330 SR 14-544/S
SE D80-33-FT/H 80.00 33.00 3 3 9 S/QDMT 12 0.677 SR 14-544/S
For inserts, see pages: QDMT 1205..PDTN-M (427) • QPMT 100408PDTN (425) • SDMR-HQ (427) • SPMT-HQ (426) • XPMT-HQ (426)
SE-FT
Extension Units for Modular
Extended Flute Cutters
223
PROFILING TOOLS
PROFILING TOOLS
ISCAR
224
PROFILING TOOLS
TABLE OF CONTENTS
Ball Nose Endmills .................................................................................... 230
TORMILL - Toroidal Endmills and Face Mills .............................................. 234
Round Cornered Cutters .......................................................................... 236
MILLSHRED ............................................................................................. 237
HELIDO ROUND H400 Line ...................................................................... 240
FLEXFIT Adaptation Systems .................................................................... 245
225
PROFILING TOOLS
Ball Nose Selection Guide
Tool
D
EB...Solid Carbide
HCM D..
HCM-M
HCM-MM
BCM
BLP
BLP -M
0.4-7 •
8•
9•
10 • •
12 •••
12.7 •••
16 ••••
20 ••••
25 ••••
30 • •
32 • •
40 • •
50 • •
Inserts
HBF-QF
HBR-QF
HCR-QF / QP
BCR D...-QT
BCR D...-CS
BLR D...-QT
BLR D...-MFW
BLR D...-QCS
Page
Solid Carbide 87
Multi-Master 36 228-230 233, 234 231, 232
ISCAR
226
PROFILING TOOLS
Endmills and Face Mills with
Round Insert Selection Guide
di
D1
Tool
Toroidal
E93CN
ER
ER
ER
H400 FR-10
H400 ER-10
ER
H400 ER-12
H400 FR-12
E/FRW
H606 ER-M
H606 FR-12
H400 FR-16
FRW
ER FRW
Di
D1 5 7 8 10 12 12 16 20
10 •
12 •
15 • •
16 • •
20 • • • • •
25 • • • •
32 ••••
35 • •
40 ••••
42 • •
50 ••••
52 • • • •
63 •••
66 • • •
80 • ••••
100 • •
125 • •
160 •
Inserts
CNHT
ENHT
RXCR
05…
RXCW 07...
RXCR 07...
RXCW 08...
RXCR 08...
H400 RNHU
10… RXCW
10...
RXCR 10...
RXMT 10...
RCMT 12…
RCCW 12…
RCCT 12…
R90MT 12…
H400 RNHU
12…
H606 RXCU
1206
H400 RNHU
16…
RCMW 16…
RCCW 16…
RCCW 20…
RCMW 20…
Page
234, 235 236, 237 236, 237 236, 237 236, 237
240, 241 237-242 244 236, 239, 243 239
227
PROFILING TOOLS
227
MULTI-MASTER and FLEXFIT Connection Options
Features
• Modular system reduces
stock cost by using the
same head with different
shank options
• Enables machining with
larger over hang
• Same head can be
mounted on metric and
inch combinations
MILLING HEADS ADAPTERS SHANKS
FLEXFIT (M)
MULTI-MASTER (MM)
ISCAR
228
PROFILING TOOLS
D2
D
r
HL
d
a°
A
B/D
Designation D r H L d Shank(1) a° D2Type kg
HCM D12-A-L120-C12 12.00 6.00 30.00 120.00 12.00 C - 10.60 A 0.096 SR 34-540 BLD T15/S7 SW6-T
HCM D12-B-L160-C20 12.00 6.00 50.00 160.00 20.00 C 5 - B 0.324 SR 34-540 BLD T15/S7 SW6-T
HCM D12-D-L160-C16 12.00 6.00 60.00 160.00 16.00 C 1 - D 0.210 SR 34-540 BLD T15/S7 SW6-T
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
Parts for Assembly
Milling Head Adapter Shank Assembly Dimensions
D H L aºd Shank Inserts
HCM D12/.50-M8 –—
S M08-L73-C16 12 51 99 4 16 C
HBR HBF
HCR
HCD
S M08-L128-C16 12 106 154 4 16 C
S M08-L170-C20 12 93 196 4 20 C
HCM D12/.50-M8 CAB M08M10
S M10-L80-C20 12 96 146 4 20 C
S M10-L130-C20 12 146 196 4 20 C
S M10-L200-C25 12 123 266 4 25 C
HCM D12
Ball Nose Multifunction
Endmills D=12 mm
D2
D
r
H
L
d
a°
A
B/D
Designation D r H L d Shank(1) a° D2Type kg
HCM D10-A-L090-C10 10.00 5.00 25.00 90.00 10.00 C - 9.20 A 0.050 SR 10504694 BLD T15/S7 SW6-T-SH
HCM D10-B-L125-C16 10.00 5.00 40.00 125.00 16.00 C 6 - B 0.161 SR 10504694 BLD T15/S7 SW6-T-SH
HCM D10-D-L150-C12 10.00 5.00 50.00 150.00 12.00 C 1.8 - D 0.118 SR 10504694 BLD T15/S7 SW6-T-SH
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HBR-QF (452) • HCR (453)
HCM D10
Ball Nose Multifunction
Endmills D=10 mm
229
PROFILING TOOLS
A
B/D
D2
D
r
H
L
d
a°
Designation D H L d Shank(1) a° D2kg Type
HCM D16-A-L130-C16 16.00 36.00 130.00 16.00 C - 14.40 0.182 A SR 10503579 BLD T20/S7 SW6-T
HCM D16-B-L160-C25 16.00 60.00 160.00 25.00 C 5 - 0.491 B SR 10503579 BLD T20/S7 SW6-T
HCM D16-D-L160-C20 16.00 65.00 160.00 20.00 C 1 - 0.320 D SR 10503579 BLD T20/S7 SW6-T
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
Parts for Assembly
Milling Head Adapter Shank Assembly Dimensions
D H L aºd Shank Inserts
HCM D16/.62-M8 –—
S M8-L73-C16 16 55 103 — 16 C
HBR HBF
HCR
HCD
S M8-L128-C16 16 110 158 — 16 C
S M8-L170-C20 16 97 200 0.96 20 C
HCM D16/.62-M8 CAB M08M10
S M10-L80-C20 16 100 150 1.24 20 C
S M10-L130-C20 16 150 200 0.8 20 C
S M10-L200-C25 16 127 270 2.16 25 C
HCM D16/.62-M10
S M10-L80-C20 16 60 110 2.5 20 C
S M10-L130-C20 16 110 160 2.5 20 C
S M10-L200-C25 16 87 230 3.26 25 C
HCM D16/.62-M10 CAB M10M12 S M12-L86-C25 16 105 161 2.65 25 C
S M12-C32-L200 16 153 275 3.157 32 C
HCM D16
Ball Nose Multifunction
Endmills D=16 mm
D2
D
r
H
L
d
a°
A
D
Designation D H L d Shank(1) a° D2kg Type
HCM D20-A-L150-C20 20.00 60.00 150.00 20.00 C - 18.00 0.318 A SR 1052964 BLD T25/S7 SW6-T
HCM D20-D-L200-C25 20.00 90.00 200.00 25.00 C 1 - 0.611 D SR 1052964 BLD T25/S7 SW6-T
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
Parts for Assembly
Milling Head Adapter Shank Assembly Dimensions
D H L aºd Shank Inserts
HCM D20/.75-M10 –—
S M10-L80-C20 20 67 117 – 20 C
HBR HBF
HCR
HCD
S M10-L130-C20 20 117 167 – 20 C
S M10-L200-C25 20 94 237 1.7 25 C
HCM D20/.75-M10 CAB M10M12 S M12-L86-C25 20 112 168 1.4 25 C
S M12-L200-C32 20 160 282 2.3 32 C
HCM D20/.75-M12 –— S M12-L86-C25 20 67 123 3.0 25 C
S M12-L200-C32 20 115 237 3.3 32 C
HCM D20
Ball Nose Multifunction
Endmills D=20 mm
ISCAR
230
PROFILING TOOLS
Ts
D3
T
D
L6
L5
Designation D L5L6D3T(1) Ts kg
HCM D12/.50-M08 12.00 26.00 43.50 14.40 11.0 M08 0.025 SR 34-540 BLD T15/S7 SW6-T
HCM D16/.62-M08 16.00 30.00 47.50 14.40 11.0 M08 0.030 SR 10503579 BLD T20/S7 SW6-T
HCM D16/.62-M10 16.00 35.00 55.00 18.00 15.0 M10 0.049 SR 10503579 BLD T20/S7 SW6-T
HCM D20/.75-M10 20.00 37.00 57.00 18.00 15.0 M10 0.057 SR 1052964 BLD T25/S7 SW6-T
HCM D20/.75-M12 20.00 37.00 59.00 22.50 17.0 M12 0.072 SR 1052964 BLD T25/S7 SW6-T
HCM D25/1.0-M12 25.00 46.00 68.00 21.00 19.0 M12 0.114 SR 1051666 BLD T25/S7 SW6-T
HCM D25/1.0-M16 25.00 46.00 71.00 29.00 25.0 M16 0.159 SR 1051666 BLD T25/S7 SW6-T
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249)
• ER-ODP (249) • HSK A-ODP (FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HCM-M
Ball Nose Multifunction Endmills with
FLEXFIT Threaded Adaptation
D
L6
Ts
L5
D3
T
Designation D L6L5D3Ts T(1) Nxcm kg
HCM D12/.50-MMT08 12.00 28.00 20.00 11.50 T08 10.0 1500 0.013 SR 34-540 BLD T15/S7 SW6-T
HCM D16/.62-MMT10 16.00 36.75 25.00 15.20 T10 13.0 2800 0.029 SR 10503579 BLD T20/S7 SW6-T
HCM D20/.75-MMT12 20.00 48.80 35.00 18.50 T12 15.0 2800 0.056 SR 1052964 BLD T25/S7 SW6-T
HCM D25/1.0-MMT15 25.00 63.00 46.00 24.00 T15 20.0 4000 0.132 SR 1051666 BLD T25/S7 SW6-T
• The dimensions are for HBR inserts • Do not apply lubricant to the MULTI-M ASTER threaded connection • For adaptation options, see page 227
• For user guide, see pages 461-468
(1) Width across flats (wrench should be ordered separately)
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
For holders, see pages: MM CAB (69) • MM GRT (shanks) (65) • MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68)
• MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67)
• MM S-ER-H (67) • MM TS-A (64)
HCM-MM
Ball Nose Multifunction Endmills with
MULTI-MASTER Threaded Adaptation
D2
D
r
H
L
d
a°
A
B/D
Designation D H L d Shank(1) a° D2kg Type
HCM D25-A-L170-C25 25.00 70.00 170.00 25.00 C - 22.00 0.553 A SR 1051666 BLD T25/S7 SW6-T
HCM D25-D-L250-C32 25.00 125.00 250.00 32.00 C 1.8 - 1.196 D SR 1051666 BLD T25/S7 SW6-T
• The dimensions are for HBR inserts • For user guide, see pages 461-468
(1) C-Cylindrical
For inserts, see pages: HBF-QF (452) • HBR-QF (452) • HCD-QF (453) • HCR (453)
Parts for Assembly
Milling Head Adapter Shank Assembly Dimensions
D H L aºd Shank Inserts
HCM D25/1.0-M12 CAB M12M16 S M16-L95 C32 25 131 191 1.8 32 C HBR HBF
HCR
HCD
HCC
HTR
S M16-L230 C32 25 146 326 1.5 32 C
HCM D25/1.0-M16 — S M16-L95 C32 25 81 141 3.5 32 C
S M16-L230 C32 25 96 276 3.5 32 C
HCM D25
Ball Nose Multifunction
Endmills D=25 mm
231
PROFILING TOOLS
d
D240°
L
H
ap
r
Rd°
Designation D r apZ L H d Shank(1) Insert kg
BLP D16-40-100-C16 16.00 8.00 12.00 3 100.00 40.00 16.00 C BLR D160 0.118
BLP D20-70-130-C20 20.00 10.00 15.00 3 130.00 70.00 20.00 C BLR D200 0.240
BLP D25-90-170-W25 25.00 12.50 18.75 3 170.00 90.00 25.00 W BLR D250 0.490
BLP D30-90-150-W32 30.00 15.00 22.50 3 150.00 90.00 32.00 W BLR D300 0.603
BLP D32-80-160-W32 32.00 16.00 24.00 3 160.00 80.00 32.00 W BLR D320 0.738
BLP D40-100-180-W40 40.00 20.00 30.00 3 180.00 100.00 40.00 W BLR D400 1.252
BLP D50-140-210-W40 50.00 25.00 37.50 3 210.00 140.00 40.00 W BLR D500 1.595
BLP D50-320-400-W50 50.00 25.00 37.50 3 400.00 320.00 50.00 W BLR D500 4.616
• For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: BLR (455)
Spare Parts
Designation
BLP D16-40-100-C16 SR M2.5X0.45-L6 IP7 IP-7/51
BLP D20-70-130-C20 SR M3X0.5-L7.4 IP9 IP-9/151
BLP D25-90-170-W25 SR M3.5X0.6-L8.5 IP10 BLD IP10/S7 SW6-SD
BLP D30-90-150-W32 SR M4X0.7-L11.5 IP15 BLD IP15/S7 SW6-T
BLP D32-80-160-W32 SR M4X0.7-L9.6 IP15 BLD IP15/S7 SW6-T
BLP D40-100-180-W40 SR M5-14 IP20 BLD IP20/S7 SW6-T
BLP D50-140-210-W40 SR M6X1-L18 IP25 BLD IP25/S7 SW6-T
BLP D50-320-400-W50 SR M6X1-L18 IP25 BLD IP25/S7 SW6-T
BLP Endmills
Three Flute 240° Ball Nose Endmills
Carrying Double-Sided Inserts
D
r
L6
L5
Ts D3
T
240°
ap
Rd°
Designation D r Z apL5L6Ts D3T(1) Insert kg
BLP D16-M08 16.00 8.00 3 12.00 23.00 40.50 M08 13.00 10.0 BLR D160 0.020
BLP D20-M08 20.00 10.00 3 15.00 28.00 45.50 M08 13.00 11.0 BLR D200 0.029
BLP D25-M12 25.00 12.50 3 18.75 35.00 57.00 M12 21.00 17.0 BLR D250 0.074
BLP D30-M12 30.00 15.00 3 22.50 40.00 62.00 M12 21.00 17.0 BLR D300 0.096
BLP D32-M12 32.00 16.00 3 24.00 40.00 62.00 M12 23.00 19.0 BLR D320 0.106
BLP D32-M16 32.00 16.00 3 24.00 40.00 65.00 M16 29.00 24.0 BLR D320 0.143
BLP D40-M16 40.00 20.00 3 30.00 53.00 78.00 M16 30.00 24.0 BLR D400 0.244
• For user guide, see pages 461-468
(1) Clamping wrench size
For inserts, see pages: BLR (455)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
BLP D16-M08 SR M2.5X0.45-L6 IP7 IP-7/51
BLP D20-M08 SR M3X0.5-L7.4 IP9 IP-9/151
BLP D25-M12 SR M3.5X0.6-L8.5 IP10 BLD IP10/S7 SW6-SD
BLP D30-M12 SR M4X0.7-L11.5 IP15 BLD IP15/S7 SW6-T
BLP D32-M12 SR M4X0.7-L9.6 IP15 BLD IP15/S7 SW6-T
BLP D32-M16 SR M4X0.7-L9.6 IP15 BLD IP15/S7 SW6-T
BLP D40-M16 SR M5-14 IP20 BLD IP20/S7 SW6-T
BLP-M
Three Flute Fully Effective 240°
Ball Nose Endmills with FLEXFIT
Threaded Adaptation
ISCAR
232
PROFILING TOOLS
ap
L
D3Da
H
D
r
Rd°
Designation D r Z apH L D3Da Insert kg
BLP D50-22 50.00 25.00 3 37.50 50.00 83.00 47.00 22.00 BLR D500 0.607
• Use on face mill adapters with the supplied retention screw • For user guide, see pages 462-468
For inserts, see pages: BLR (455)
Spare Parts
Designation
BLP D50-22 SR M6X1-L18 IP25 BLD IP25/S7 SW6-T SR M10X1X14-10700 SR M10X20-10600(a) HW 5.0
(a) Retaining knob for adapters
BLP Shell Mill
Three Flute Fully Effective
240° Ball Nose Cutters with
Shell Hole Adaptation
D
ap
L1
H
L
d
r
Rd°
Designation D r apZ L L1H d Shank(1) kg
BLPK D32-35-H80-W32 32.00 16.00 35.00 9 (2) 145.00 80.0 83.00 32.00 W 0.634
BLPK D40-47-H85-W40 40.00 20.00 47.00 12 (3) 170.00 85.0 90.00 40.00 W 1.218
BLPK D50-60-H90-W50 50.00 25.00 60.00 9 (4) 180.00 90.0 95.00 50.00 W 2.008
• For user guide, see pages 462-468
(1) W-Weldon
(2) 3x BLR D320, 6x HM90 APKT 1003PDR
(3) 3x BLR D400, 9x HM90 APKT 1003PDR
(4) 3x BLR D500, 6x P290 ACKT/ACCT 1806...
For inserts, see pages: BLR (455) • HM90 APKT 1003 (383) • P290 ACCT (395) • P290 ACKT (395)
Spare Parts
Designation
BLPK D32-35-H80-W32 SR M4X0.7-L9.6 IP15(a) BLD IP15/S7 SW6-T SR 34-505/MHG(b) T-8/53
BLPK D40-47-H85-W40 SR M5-10.6 IP20(a) BLD IP20/S7 SW6-T SR 34-505/MHG(b) T-8/53
BLPK D50-60-H90-W50 SR 10503750-L12.4(a) BLD T25/S7 SW6-T SR 14-544/S(b) BLD T15/M7
(a) For the round inserts
(b) For the straight inserts
BLPK
Extended Flute Ball Nose Endmills
Workpiece Material
Carbide
grade
W.O.C
Ae
[mm]
Cutting
speed
Vc
[m/min]
Feed
Fz
[mm/tooth] Coolant
ISO class
DIN/ISO
513 Description
ISCAR mat.
group**
Hardness,
HB
Typical representstive
AISI/SAE/ASTM DIN W.-Nr.
P
Non-alloy steel 1-5 130-180 1020 1.0402 IC808 Up to 0.3D 100-200 0.08-0.15 Dry
IC830 100-180 0.10-0.16 Dry/Wet
Low alloy
steel
6-8 260-300 4340 1.6582 IC808
Up to 0.25D
100-180 0.06-0.13 Dry
IC830 80-150 0.08-0.15 Dry/Wet
9HRC 35-42*** 3135 1.5710 IC808 80-160 0.06-0.12 Dry
IC830 70-140 0.08-0.13 Dry/Wet
High alloy
steel 10-11 200-220 H13 1.2344 IC808 80-140 0.06-0.10 Dry
IC830 70-120 0.08-0.12 Dry/Wet
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021
IC808 80-160 0.06-0.12 Dry
IC830 70-140 0.08-0.13 Dry/Wet
M
Austenitic
stainlesssteel 14 200 304L 1.4306
IC330
Up to 0.2D
80-120 0.08-0.13
Wet IC830 90-140 0.08-0.12
IC808 100-160 0.06-0.10
K
Grey cast iron 15-16 250 Class 40 0.6025 (GG25) IC808
Up to 0.25D
160-200 0.12-0.20
Dry
Nodular cast
iron 17-18 200 Class 65-45-12 0.7050 (GGG50) IC808 150-180 0.10-0.18
S
High
temperature
alloys
33-35 340 Inconel 718 2.4668
IC808
Up to 0.2D
25-35 0.05-0.10
Wet
IC830 25-40 0.05-0.12
IC330 20-30 0.06-0.12
36-37 HRC
30-32 AMS R56400 3.7165
(Ti6Al4V ELI)
IC808 40-60 0.05-0.10
IC830 35-55 0.06-0.12
IC330 35-50 0.06-0.13
HHardened-
steel 38 HRC 45-49 HARDOX 450 plate IC808 Up to 0.2D 60-70 0.05-0.08 Dry
Table - Averaged Cutting Data for BLPK Extended Flute Ball Nose*
* With respect to maximal depth of cut ap
** ISCAR material group in accordance with VDI 3323 standard
*** Quenched and tempered
For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%
233
PROFILING TOOLS
a°
HL
D
ap
r
d
A
B
Rd°
Designation D r apZ L H d a° Shank(1) Type Insert kg
BCM D12-A-C12 12.00 6.00 11.40 2 120.00 30.00 12.00 - C A BCR D120 N 0.098
BCM D12-B-C16 12.00 6.00 11.40 2 160.00 60.00 16.00 2.0 C B BCR D120 N 0.216
BCM D16-A-C16-C 16.00 8.00 13.00 2 130.00 36.00 16.00 - C A BCR D160 Y 0.159
BCM D16-B-C20-C 16.00 8.00 13.00 2 160.00 60.00 20.00 2.2 C B BCR D160 Y 0.297
BCM D20-A-C20-C 20.00 10.00 17.00 2 160.00 65.00 20.00 - C A BCR D200 Y 0.293
BCM D20-B-C25-C 20.00 10.00 17.00 2 200.00 90.00 25.00 1.5 C B BCR D200 Y 0.547
BCM D25-A-W25-C 25.00 12.50 20.00 2 170.00 70.00 25.00 - W A BCR D250 Y 0.511
BCM D25-B-C32-C 25.00 12.50 20.00 2 220.00 95.00 32.00 2.4 C B BCR D250 Y 1.054
BCM D30-A-W32-C 30.00 15.00 26.00 2 160.00 67.00 32.00 - W A BCR D300 Y 0.722
BCM D32-A-W32-C 32.00 16.00 27.00 2 160.00 65.00 32.00 - W A BCR D320 Y 0.755
BCM D32-B-W40-C 32.00 16.00 27.00 2 250.00 125.00 40.00 2.1 W B BCR D320 Y 1.745
BCM D40-A-W32-C 40.00 20.00 36.00 2 160.00 88.00 32.00 - W A BCR D400 Y 0.920
BCM D40-B-W40-C 40.00 20.00 36.00 2 250.00 125.00 40.00 - W B BCR D400 Y 1.943
BCM D50-A-W50-C 50.00 25.00 43.00 2 200.00 130.00 50.00 - W A BCR D500 Y 2.420
• For user guide, see pages 462-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: BCR (455)
Spare Parts
Designation
BCM D12-A-C12 SR 10503457 T-6/51
BCM D12-B-C16 SR 10503457 T-6/51
BCM D16-A-C16-C SR 34-505/1 MHG 2.5X7.2 T-8/53
BCM D16-B-C20-C SR 34-505/1 MHG 2.5X7.2 T-8/53
BCM D20-A-C20-C SR 34-506/L T-9/51
BCM D20-B-C25-C SR 34-506/L T-9/51
BCM D25-A-W25-C SR 14-601 BLD T15/S7 SW6-T
BCM D25-B-C32-C SR 14-601 BLD T15/S7 SW6-T
BCM D30-A-W32-C SR 14-544 BLD T15/S7 SW6-T
BCM D32-A-W32-C SR 14-544 BLD T15/S7 SW6-T
BCM D32-B-W40-C SR 14-544 BLD T15/S7 SW6-T
BCM D40-A-W32-C SR 14-591/L BLD T20/S7 SW6-T
BCM D40-B-W40-C SR 14-591/L BLD T20/S7 SW6-T
BCM D50-A-W50-C SR 10503750 BLD T25/S7 SW6-T
BCM
Ball Nose Endmills with Tangent
Straight Edge Inserts for Finish Profiling
D
rap
L5
L6
Ts D3
T(1)
a°
Rd°
Designation D r Z apL5L6Ts D3Type a° T(1) kg Insert
BCM D25-M12 25.00 12.50 2 20.00 46.00 68.00 M12 23.00 A - 19.0 0.119 BCR D250
BCM D25-M16 25.00 12.50 2 20.00 46.00 71.00 M16 29.00 B 3.8 25.0 0.162 BCR D250
BCM D32-M16 32.00 16.00 2 26.00 53.00 78.00 M16 29.00 A - 25.0 0.216 BCR D320
• For user guide, see pages 462-468
(1) Clamping wrench size
For inserts, see pages: BCR (455)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
BCM D25-M12 SR 14-601 BLD T15/S7 SW6-T
BCM D25-M16 SR 14-601 BLD T15/S7 SW6-T
BCM D32-M16 SR 14-544 BLD T15/S7 SW6-T
BCM-M
Ball Nose Endmills with FLEXFIT
Threaded Adaptation Carrying Tangent
Straight Edge Inserts for Finish Profiling
ISCAR
234
PROFILING TOOLS
TS D3
T(1)
ap
L5
L6
r
D
Rd°
Designation D r apZ L5L6T(1) D3Ts kg Insert
BCM D12-MMT08 12.00 6.00 9.60 2 20.00 28.00 10.0 11.50 T08 N 0.013 BCR D120
BCM D16-MMT10 16.00 8.00 12.70 2 25.00 36.80 13.0 15.20 T10 N 0.028 BCR D160
BCM D20-MMT12 20.00 10.00 17.00 2 35.00 48.80 15.0 18.50 T12 N 0.059 BCR D200
BCM D25-MMT15-C 25.00 12.50 20.00 2 40.00 57.00 19.0 24.00 T15 Y 0.104 BCR D250
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation options, see page 227 • For user guide, see pages 462-468
(1) Clamping wrench size
For inserts, see pages: BCR (455)
For holders, see pages: MM CAB (69) • MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64)
• MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
Spare Parts
Designation
BCM D12-MMT08 SR 10503457 T-6/51
BCM D16-MMT10 SR 34-505/1 MHG 2.5X7.2 T-8/53
BCM D20-MMT12 SR 34-506/L T-9/51
BCM D25-MMT15-C SR 14-601 BLD T15/S7 SW6-T
BCM-MM
Ball Nose Endmills with
MULTI-MASTER Threaded Adaptation
Carrying Tangent Straight Edge Inserts
for Finish Profiling
d
H
L
ap
D
3°
Rd°
Designation D(1) apZ H L Rd° d Shank(2) kg Insert
E93CN D16-2-L100-C15-07 16.00 5.00 2 20.00 100.00 4.0 15.00 C 0.128 CNHT 07 SR 34-505/LHG T-8/53
E93CN D16-2-L110-C16-07 16.00 5.00 2 50.00 110.00 4.0 16.00 C 0.146 CNHT 07 SR 34-505/LHG T-8/53
E93CN D20-3-L140-C19-07 20.00 5.00 3 20.00 140.00 3.0 19.00 C 0.289 CNHT 07 SR 34-505/LHG T-8/53
E93CN D20-3-L160-C20-07 20.00 5.00 3 75.00 160.00 3.0 20.00 C 0.334 CNHT 07 SR 34-505/LHG T-8/53
E93CN D25-4-L160-C24-07 25.00 5.00 4 20.00 160.00 2.0 24.00 C 0.539 CNHT 07 SR 34-505/LHG T-8/53
E93CN D25-4-L180-C25-07 25.00 5.00 4 100.00 180.00 2.0 25.00 C 0.602 CNHT 07 SR 34-505/LHG T-8/53
E93CN D25-2-L180-C25-10 25.00 8.00 2 100.00 180.00 7.0 25.00 C 0.566 ENHT 10 SR 34-506/L T-9/51
E93CN D35-3-L200-C32-10 35.00 8.00 3 50.00 200.00 4.0 32.00 C 1.178 ENHT 10 SR 34-506/L T-9/51
(1) The specified diameter is for inserts with a 1.0 mm radius. For other radii options, see diameter change in the table below
(2) C-Cylindrical
For inserts, see pages: CNHT/MT 07 (459) • ENHT (460)
R
0.8 1.0 1.5 2.0 2.5 3.0
∆D
+0.03 0.0 -0.07 -0.14 -0.21 -0.28
Diameter Change According to Insert Radius
E93CN
Toroidal Bull Nose Endmills with
CNHT...and ENHT... Inserts
235
PROFILING TOOLS
Ts D3
apL5L6
D
3°
Rd°
Designation D(1) apZ L5L6Ts Rd° D3T(2) kg Insert
E93CN D16-2-M08-07 16.00 5.00 2 30.00 47.50 M08 4.0 13.00 10.0 0.028 CNHT 07 SR 34-505/LHG T-8/53
E93CN D20-3-M10-07 20.00 5.00 3 30.00 50.00 M10 3.0 18.00 15.0 0.053 CNHT 07 SR 34-505/LHG T-8/53
E93CN D25-4-M12-07 25.00 5.00 4 35.00 57.00 M12 2.0 21.00 17.0 0.094 CNHT 07 SR 34-505/LHG T-8/53
E93CN D25-2-M12-10 25.00 7.00 2 35.00 57.00 M12 7.0 21.00 17.0 0.085 ENHT 10 SR 34-506/L T-9/51
E93CN D35-3-M16-10 35.00 8.50 3 43.00 68.00 M16 4.0 29.00 25.0 0.213 ENHT 10 SR 34-506/L T-9/51
E93CN D42-5-M16-10 42.00 8.50 5 43.00 68.00 M16 3.0 29.00 25.0 0.235 ENHT 10 SR 34-506/L T-9/51
(1) The specified diameter is for inserts with a 1.0 mm radius. For other radii options, see diameter change in the table below
(2) Clamping wrench size
For inserts, see pages: CNHT/MT 07 (459) • ENHT (460)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
R
0.8 1.0 1.5 2.0 2.5 3.0
∆
D
+0.03 0.0 -0.07 -0.14 -0.21 -0.28
Diameter Change According to Insert Radius
E93CN-M
Bull Nose Endmills with
FLEXFIT Threaded Adaptation
Carrying Toroidal Inserts
D
ap
L5
D3
L6
TTs
3°
Rd°
Designation D(1) apZ L5L6Rd° Ts D3T(2) kg
E93CN D16-2-MMT10-07 16.00 5.00 2 27.00 38.64 4.0 T10 15.00 13.0 0.032 SR 34-505/LHG T-8/53
E93CN D20-3-MMT12-07 20.00 5.00 3 27.00 41.00 3.0 T12 19.00 16.0 0.052 SR 34-505/LHG T-8/53
• Do not apply lubricant to the MULTI-MASTER threaded connection • For adaptation options, see page 227 • For user guide, see pages 462-468
(1) The specified diameter is for inserts with a 1.0 mm radius. For other radii options, see diameter change in the table below
(2) Clamping wrench size
For inserts, see pages: CNHT/MT 07 (459)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK
(68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
R
0.8 1.0 1.5 2.0 2.5 3.0
∆D
+0.03 0.0 -0.07 -0.14 -0.21 -0.28
Diameter Change According to Insert Radius
E93CN-MM
Bull Nose Endmills with
MULTI-MASTER Threaded
Adaptation Carrying Toroidal Inserts
ISCAR
236
PROFILING TOOLS
D
L
Da
D3
ap
93°
Rd°
Designation D(1) ZapL D3Da Rd° Arbor(2) kg
F93CN D52-6-22-R-10 52.00 6 8.00 40.00 47.00 22.00 2.5 A 0.283 SR 34-506/L BLD T09/M7 SW6-SD
F93CN D66-7-22-R-10 66.00 7 8.00 40.00 52.00 22.00 1.8 A 0.508 SR 34-506/L BLD T09/M7 SW6-SD
F93CN D80-8-27-R-10 80.00 8 8.00 50.00 60.00 27.00 1.5 B 0.810 SR 34-506/L BLD T09/M7 SW6-SD
(1) The specified diameter is for inserts with a 1.0 mm radius. For other radii options, see diameter change in the table below
(2) For adaptation options, see page 461
For inserts, see pages: ENHT (460)
0
0.25xD 0.5xD
2
8
0.75xD D ae (mm)
0
4
6
10
ap (mm)
fz=0.1 mm/t
fz=0.15 mm/t
fz=0.2 mm/t
D=Cutting diameter
Recommended Feed Data
ae
ap
R
0.8 1.0 1.5 2.0 2.5 3.0
∆
D
+0.03 0.0 -0.07 -0.14 -0.21 -0.28
Diameter Change According to Insert Radius
F93CN
93° Face Mills with Toroidal Inserts
D1
H
L
D
di
H
L1
a°
D2
d
AB
Rd°
Designation D1D di D2Z H d Shank(1) Rd°a° L L1Type kg Insert
ER D07A12-3-C12-05 12.00 7.00 5.00 11.70 3 40.00 12.00 C 6.0 - 100.00 - A 0.082 RXCR 05
ER D08A15-2-C20-07 15.00 8.00 7.00 13.50 2 40.00 20.00 C 15.0 5 140.00 40.0 B 0.257 RXCW 07
ER D08A16-2-C16-08 16.00 8.00 8.00 13.50 2 40.00 16.00 C 27.0 - 120.00 - A 0.160 RXCW 08
ER D17A25-3-C32-08 25.00 17.00 8.00 22.50 3 60.00 32.00 C 5.4 - 160.00 - A 0.797 RXCW 08
ER D10A20-2-C20-10 20.00 10.00 10.00 17.90 2 60.00 20.00 C 13.0 - 160.00 - A 0.344 RXCW/MT 10
ER D15A25-2-C25-10 25.00 15.00 10.00 22.80 2 60.00 25.00 C 6.0 - 160.00 - A 0.543 RXCW/MT 10
ER D22A32-4-C25-10 32.00 22.00 10.00 29.90 4 40.00 25.00 C 4.0 - 160.00 - A 0.617 RXCW/MT 10
ER D24A40-3-C32-16 40.00 24.00 16.00 30.00 3 50.00 32.00 C 20.0 - 160.00 - A 0.902 RCMW 16
(1) C-Cylindrical
For inserts, see pages: • RXCR (448) • RXCW (447) • RXMT 10 (448)
Spare Parts
Designation
ER D07A12-3-C12-05 SR 34-533 T-6/51
ER D08A15-2-C20-07 SR 14-560/S T-8/53
ER D08A16-2-C16-08 SR 14-560/S T-8/53
ER D17A25-3-C32-08 SR 14-560/S T-8/53
ER D10A20-2-C20-10 SR 14-562/S T-10/51
ER D15A25-2-C25-10 SR 14-562/S T-10/51
ER D22A32-4-C25-10 SR 14-562 T-10/51
ER D24A40-3-C32-16 SR 14-536 BLD T20/M7 SW6-T
ER
Endmills with Round Inserts for
Profiling and Milling of Round Corners
237
PROFILING TOOLS
L5
Ts D3
D1
di
D
D2
Rd°
Designation D1D di D2Z D3L5Ts Rd°kg
ER D05A10-2-M08-05 10.00 5.00 5.00 9.40 2 13.00 28.00 M08 28.0 0.020 SR 34-533 T-6/51
ER D10A15-4-M08-05 15.00 10.00 5.00 13.00 4 13.00 23.00 M08 13.0 0.025 SR 34-533 T-6/51
ER D15A20-5-M10-05 20.00 15.00 5.00 18.00 5 18.00 30.00 M10 4.3 0.062 SR 34-533 T-6/51
ER D08A15-3-M08-07 15.00 8.00 7.00 13.50 3 13.50 23.00 M08 15.0 0.025 SR 14-560/S T-8/53
ER D13A20-4-M10-07 20.00 13.00 7.00 18.00 4 18.00 30.00 M10 5.0 0.063 SR 14-560/S T-8/53
ER D08A16-2-M08-08 16.00 8.00 8.00 13.50 2 13.00 25.00 M08 27.0 0.023 SR 14-560/S T-8/53
ER D12A20-2-M10-08 20.00 12.00 8.00 17.20 2 18.00 32.00 M10 6.5 0.054 SR 14-560/S T-8/53
ER D10A20-2-M10-10 20.00 10.00 10.00 18.00 2 18.00 30.00 M10 28.0 0.046 SR 14-562/S T-10/51
ER D15A25-2-M12-10 25.00 15.00 10.00 21.00 2 21.00 35.00 M12 12.0 0.085 SR 14-562/S T-10/51
ER D15A25-3-M12-10 25.00 15.00 10.00 29.00 3 21.00 35.00 M12 12.0 0.085 SR 14-562/S T-10/51
ER D22A32-4-M16-10 32.00 22.00 10.00 29.00 4 29.00 43.00 M16 7.3 0.196 SR 14-562 T-10/51
ER D25A35-4-M16-10 35.00 25.00 10.00 29.00 4 29.00 43.00 M16 5.5 0.215 SR 14-562 T-10/51
ER D32A42-5-M16-10 42.00 32.00 10.00 29.00 5 29.00 43.00 M16 4.5 0.249 SR 14-562 T-10/51
For inserts, see pages: R90CW (449) • RXCR (448) • RXCW (447) • RXMT 10 (448)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
ER-M
Endmills with FLEXFIT Threaded
Adaptation Carrying Round Inserts for
Profiling and Milling of Round Corners
A
BD
D1
di
D
2
H
L
d
Rd°
Designation D1D di Z H L d Shank(1) D2Rd° Type
ERW D015A025-B-3-C25-10 25.00 15.00 10.00 3 50.00 150.00 25.00 C - 3.0 B
ERW D022A032-A-4-C25-10 32.00 22.00 10.00 4 - 170.00 25.00 C - 4.0 A
ERW D030A040-A-5-C32-10 40.00 30.00 10.00 5 - 200.00 32.00 C - 3.0 A
ERW D013A025-B-2-C25-12 25.00 13.00 12.00 2 50.00 180.00 25.00 C - 2.0 B
ERW D020A032-A-3-C25-12 32.00 20.00 12.00 3 40.00 200.00 25.00 C 24.00 7.0 A
ERW D020A032-B-3-C32-12 32.00 20.00 12.00 3 140.00 300.00 32.00 C - 7.0 B
ERW D028A040-A-4-C32-12 40.00 28.00 12.00 4 50.00 250.00 32.00 C 31.00 5.0 A
• For user guide, see pages 252-254,461-468
(1) C-Cylindrical
For inserts, see pages: RCMT/RCCT-MO (450) • RCMT/RCMW/RCCW-FW (450) • RCMW/RCCW-MO (449)
Spare Parts
Designation
ERW D015A025-B-3-C25-10 SR 34-506/L T-9/51
ERW D022A032-A-4-C25-10 SR 34-506/L T-9/51
ERW D030A040-A-5-C32-10 SR 34-506/L T-9/51
ERW D013A025-B-2-C25-12 SR 14-601 BLD T15/S7 SW6-T
ERW D020A032-A-3-C25-12 SR 14-601 BLD T15/S7 SW6-T
ERW D020A032-B-3-C32-12 SR 14-601 BLD T15/S7 SW6-T
ERW D028A040-A-4-C32-12 SR 14-601 BLD T15/S7 SW6-T
ERW
Rough Profiling Endmills with
Serrated or Regular Round Inserts
ISCAR
238
PROFILING TOOLS
D
D1
T
D3
Ts
T(1)
diL5
L6
Rd°
Designation D1D di apZ D3L6L5T(1) Ts Rd°kg
ERW D015A025-3-M12-10 25.00 15.00 10.00 5.00 3 21.00 52.00 30.00 17.0 M12 3.0 0.063
ERW D022A032-4-M16-10 32.00 22.00 10.00 5.00 4 29.00 55.00 30.00 25.0 M16 4.0 0.127
ERW D030A040-5-M16-10 40.00 30.00 10.00 5.00 5 29.00 55.00 30.00 25.0 M16 3.0 0.163
ERW D013A025-2-M12-12 25.00 13.00 12.00 6.00 2 21.00 57.00 35.00 17.0 M12 2.0 0.075
ERW D020A032-3-M16-12 32.00 20.00 12.00 6.00 3 29.00 65.00 40.00 25.0 M16 7.0 0.151
ERW D028A040-4-M16-12 40.00 28.00 12.00 6.00 4 29.00 65.00 40.00 25.0 M16 5.0 0.190
• For user guide, see pages 252-254,461-468
(1) Clamping wrench size
For inserts, see pages: RCMT/RCCT-MO (450) • RCMT/RCMW/RCCW-FW (450) • RCMW/RCCW-MO (449)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
D1
H
L
d
a°
Milling Head Adapter Shank Assembly Dimensions
D1H L aºd Rdº Inserts
ERW D015A025-3-M12-10 S M12-L086-C25
S M12-L200-C32
25 60 116 - 25 3
RCMT 1004...
RCCT 1004...
25 108 230 1.9 32 3
ERW D022A032-4-M16-10 S M16-L95-C32
S M16-L230-C32
32 65 125 - 32 4
32 80 260 - 32 4
ERW D030A040-5-M16-10 S M16-L95-C32
S M16-L230-C32
40 65 125 - 32 3
40 80 260 - 32 3
ERW D013A025-2-M12-12 S M12-L086-C25
S M12-L200-C32
25 70 126 - 25 2
RCMT 1206...
RCCW 1206...
RCCT 1206...
25 118 240 1.8 32 2
ERW D020A032-3-M16-12 S M16-L95-C32
S M16-L230-C32
32 75 85 - 32 7
32 90 220 - 32 7
ERW D028A040-4-M16-12 S M16-L95-C32
S M16-L230-C32
40 75 85 - 32 5
40 90 220 - 32 5
ERW-M
Assembly of Button and
Shredding Insert Endmills
with FLEXFIT Connection
Spare Parts
Designation
ERW D015A025-3-M12-10 SR 34-506/L T-9/51
ERW D022A032-4-M16-10 SR 34-506/L T-9/51
ERW D030A040-5-M16-10 SR 34-506/L T-9/51
ERW D013A025-2-M12-12 SR 14-601 BLD T15/S7 SW6-T
ERW D020A032-3-M16-12 SR 14-601 BLD T15/S7 SW6-T
ERW D028A040-4-M16-12 SR 14-601 BLD T15/S7 SW6-T
ERW-M
Rough Profiling Tools with
a FLEXFIT Adaptation
239
PROFILING TOOLS
L
di
ap
D
D1
Da
D3
Rd°
Designation D1D di Z L D3Da Rd°apArbor(1) kg Insert
FRW D030A040-05-16-10 40.00 30.00 10.00 5 35.00 35.00 16.00 3.0 5.00 Y A 0.155 RCMT/RCCT 10
FRW D028A040-04-16-12 40.00 28.00 12.00 4 40.00 35.00 16.00 6.5 6.00 Y A 0.149 RCMT/RCCW/RCCT 12
FRW D038A050-05-22-12 50.00 38.00 12.00 5 45.00 45.00 22.00 5.0 6.00 Y A 0.293 RCMT/RCCW/RCCT 12
FRW D040A052-05-22-12 52.00 40.00 12.00 5 45.00 45.00 22.00 5.0 6.00 Y A 0.312 RCMT/RCCW/RCCT 12
FRW D051A063-06-22-12 63.00 51.00 12.00 6 45.00 48.00 22.00 4.0 6.00 Y A 0.461 RCMT/RCCW/RCCT 12
FRW D054A066-06-27-12 66.00 54.00 12.00 6 50.00 50.00 27.00 4.0 6.00 Y A 0.535 RCMT/RCCW/RCCT 12
FRW D068A080-07-27-12 80.00 68.00 12.00 7 50.00 58.50 27.00 3.0 6.00 N B 0.713 RCMT/RCCW/RCCT 12
FRW D034A050-04-22-16 50.00 34.00 16.00 4 54.00 42.00 22.00 11.0 8.00 Y A 0.264 RCMT/RCCW/RCMW 16
FRW D036A052-04-22-16 52.00 36.00 16.00 4 50.00 42.00 22.00 10.0 8.00 Y A 0.253 RCMT/RCCW/RCMW 16
FRW D047A063-05-22-16 63.00 47.00 16.00 5 45.00 48.00 22.00 7.0 8.00 Y A 0.400 RCMT/RCCW/RCMW 16
FRW D050A066-05-22-16 66.00 50.00 16.00 5 45.00 48.00 22.00 6.0 8.00 Y A 0.421 RCMT/RCCW/RCMW 16
FRW D050A066-05-27-16 66.00 50.00 16.00 5 50.00 50.00 27.00 6.0 8.00 Y A 0.462 RCMT/RCCW/RCMW 16
FRW D064A080-06-27-16 80.00 64.00 16.00 6 50.00 58.50 27.00 5.0 8.00 N B 0.652 RCMT/RCCW/RCMW 16
FRW D084A100-07-32-16 100.00 84.00 16.00 7 50.00 70.00 32.00 4.0 8.00 N B 1.110 RCMT/RCCW/RCMW 16
FRW D109A125-07-40-16 125.00 109.00 16.00 7 63.00 90.00 40.00 3.0 8.00 N B 2.335 RCMT/RCCW/RCMW 16
FRW D060A080-05-27-20 80.00 60.00 20.00 5 50.00 58.50 27.00 7.0 10.00 N B 0.607 RCMT/RCMW 20
FRW D080A100-06-32-20 100.00 80.00 20.00 6 50.00 70.00 32.00 5.0 10.00 N B 0.981 RCMT/RCMW 20
FRW D105A125-07-40-20 125.00 105.00 20.00 7 63.00 82.00 40.00 4.0 10.00 N B 1.981 RCMT/RCMW 20
FRW D140A160-08-40-20 160.00 140.00 20.00 8 63.00 116.00 40.00 3.0 10.00 N C 3.547 RCMT/RCMW 20
• For user guide, see pages 252-254,461-468
(1) For adaptation options, see page 461
For inserts, see pages: RCMT/RCCT-MO (450) • RCMT/RCMW/RCCW-FW (450) • RCMW/RCCW-MO (449)
Spare Parts
Designation
FRW D030A040-05-16-10 SR 34-506/L T-9/51 SR M8X25DIN912
FRW D028A040-04-16-12 SR 14-601 BLD T15/S7 SW6-T SR M8X25DIN912
FRW D038A050-05-22-12 SR 14-601 BLD T15/S7 SW6-T SR M10X25 DIN912
FRW D040A052-05-22-12 SR 14-601 BLD T15/M7 SW6-T SR M10X25 DIN912
FRW D051A063-06-22-12 SR 14-601 BLD T15/M7 SW6-T SR M10X25 DIN912
FRW D054A066-06-27-12 SR 14-601 BLD T15/M7 SW6-T
FRW D068A080-07-27-12 SR 14-601 BLD T15/M7 SW6-T
FRW D034A050-04-22-16 SR 14-536/M BLD T20/M7 SW6-T SR M10X30 DIN912
FRW D036A052-04-22-16 SR 14-536/M BLD T20/M7 SW6-T SR M10X30 DIN912
FRW D047A063-05-22-16 SR 14-536/M BLD T20/M7 SW6-T SR M10X25 DIN912
FRW D050A066-05-22-16 SR 14-536/M BLD T20/M7 SW6-T SR M10X25 DIN912
FRW D050A066-05-27-16 SR 14-536/M BLD T20/M7 SW6-T SR M12X30DIN912
FRW D064A080-06-27-16 SR 14-536/M BLD T20/M7 SW6-T
FRW D084A100-07-32-16 SR 14-536/M BLD T20/M7 SW6-T
FRW D109A125-07-40-16 SR 14-536/M BLD T20/L7 SW6-T
FRW D060A080-05-27-20 SR 14-2120 BLD IP25/M7(a) SW6-T
FRW D080A100-06-32-20 SR 14-2120 BLD IP25/M7(a) SW6-T
FRW D105A125-07-40-20 SR 14-2120 BLD IP25/L7(a) SW6-T
FRW D140A160-08-40-20 SR 14-2120 BLD IP25/L7(a) SW6-T
(a) Torx Plus
FRW
Rough Profiling Face Mills with
Serrated or Regular Round Inserts
ISCAR
240
PROFILING TOOLS
D2
D1D
H
ap
d
L
Rd°
Designation D1D D2ZapH L d Shank(1) Rd°kg Insert
H400 ER D20-2-060-C20-10 20.00 10.00 17.50 2 7.50 60.00 160.00 20.00 C - 0.326 H400 RNHU 1004
H400 ER D25-3-060-C25-10 25.00 15.00 21.60 3 7.50 60.00 120.00 25.00 C 5.8 0.347 H400 RNHU 1004
H400 ER D32-5-060-C32-10 32.00 22.00 29.60 5 7.50 60.00 120.00 32.00 C 3.8 0.587 H400 RNHU 1004
(1) C-Cylindrical
For inserts, see pages: H400 RNHU (451)
Insert Clamping Orientation
Spare Parts
Designation
H400 ER-10 SR 10508600 T-9/51
H400 ER-10
Endmills Carrying Double-Sided Inserts
with Four 5 mm Radius Cutting Edges
D2
D1
D
H
ap
d
L
Rd°
Designation D1D D2ZapH L d Shank(1) Rd°kg Insert
H400 ER D25-2-060-C25-12 25.00 13.00 21.60 2 8.70 60.00 120.00 25.00 C 5.6 0.343 H400 RNHU 1205
H400 ER D32-4-060-C32-12 32.00 20.00 28.40 4 8.70 60.00 120.00 32.00 C 5.6 0.576 H400 RNHU 1205
H400 ER D40-5-060-C32-12 40.00 28.00 31.50 5 8.70 60.00 150.00 32.00 C 3.7 0.804 H400 RNHU 1205
(1) C-Cylindrical
For inserts, see pages: H400 RNHU (451)
Spare Parts
Designation
H400 ER-12 SR 14-571 T-10/51
H400 ER-12
Endmills Carrying Double-Sided Inserts
with Four 6 mm Radius Cutting Edges
241
PROFILING TOOLS
D1D
T
Ts D3
L6
L5
ap
Rd°
Designation D1D D3ZapL5L6T(1) Rd° Ts kg Insert
H400 ER D20-2-M10-10 20.00 10.00 16.60 2 7.50 25.00 45.00 15.0 - M10 0.038 H400 RNHU 1004
H400 ER D25-3-M12-10 25.00 15.00 21.00 3 7.50 28.00 50.00 19.0 5.8 M12 0.068 H400 RNHU 1004
H400 ER D32-5-M16-10 32.00 22.00 29.60 5 7.50 35.00 60.00 25.0 3.8 M16 0.171 H400 RNHU 1004
H400 ER D25-2-M12-12 25.00 13.00 21.60 2 8.70 28.00 50.00 19.0 5.6 M12 0.067 H400 RNHU 1205
H400 ER D32-4-M16-12 32.00 20.00 28.40 4 8.70 35.00 60.00 25.0 5.6 M16 0.154 H400 RNHU 1205
H400 ER D40-5-M16-12 40.00 28.00 29.00 5 8.70 35.00 60.00 25.0 3.7 M16 0.187 H400 RNHU 1205
(1) Clamping wrench size
For inserts, see pages: H400 RNHU (451)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
H400 ER D20-2-M10-10 SR 10508600 T-9/51
H400 ER D25-3-M12-10 SR 10508600 T-9/51
H400 ER D32-5-M16-10 SR 10508600 T-9/51
H400 ER D25-2-M12-12 SR 14-571 T-10/51
H400 ER D32-4-M16-12 SR 14-571 T-10/51
H400 ER D40-5-M16-12 SR 14-571 T-10/51
H400 ER-M
Endmills with FLEXFIT Threaded
Connection Carrying Double-Sided
Inserts with Four Radius Cutting Edges
Da
D3
L
ap
D1D
Rd°
Designation D1D Z apL D3Da Rd° Arbor(1) kg Insert
H400 FR D040-06-16-10 40.00 30.00 6 7.50 35.00 37.60 16.00 2.6 A 0.179 H400 RNHU 1004
H400 FR D050-07-22-10 50.00 40.00 7 7.50 40.00 47.00 22.00 1.9 A 0.332 H400 RNHU 1004
(1) For adaptation options, see page 461
For inserts, see pages: H400 RNHU (451)
Spare Parts
Designation
H400 FR D040-06-16-10 SR 10508600 T-9/51 SR M8X25DIN912
H400 FR D050-07-22-10 SR 10508600 T-9/51 SR M10X25 DIN912
H400 FR-10
Face Mills Carrying Double-Sided
Inserts with Four 5 mm Radius
Cutting Edges
ISCAR
242
PROFILING TOOLS
Da
D3
L
ap
D1
D
Rd°
Designation D1D Z apL D3Da Rd° Arbor(1) kg Insert
H400 FR D040-05-16-12 40.00 28.00 5 8.70 40.00 38.00 16.00 3.7 A 0.196 H400 RNHU 1205
H400 FR D050-06-22-12 50.00 38.00 6 8.70 50.00 45.00 22.00 2.6 A 0.394 H400 RNHU 1205
H400 FR D052-06-22-12 52.00 40.00 6 8.70 50.00 45.00 22.00 2.5 A 0.418 H400 RNHU 1205
H400 FR D063-07-22-12 63.00 51.00 7 8.70 50.00 60.00 22.00 1.9 A 0.787 H400 RNHU 1205
H400 FR D066-07-27-12 66.00 54.00 7 8.70 50.00 61.00 27.00 1.8 A 0.784 H400 RNHU 1205
H400 FR D080-08-27-12 80.00 68.00 8 8.70 50.00 62.00 27.00 1.5 A 1.048 H400 RNHU 1205
(1) For adaptation options, see page 461
For inserts, see pages: H400 RNHU (451)
Insert Clamping Orientation
Spare Parts
Designation
H400 FR D040-05-16-12 SR 14-571 T-10/51 SR M8X25DIN912
H400 FR D050-06-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H400 FR D052-06-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H400 FR D063-07-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H400 FR D066-07-27-12 SR 14-571 T-10/51 SR M12X30DIN912
H400 FR D080-08-27-12 SR 14-571 T-10/51 SR M12X30DIN912
H400 FR-12
Face Mills Carrying Double-Sided
Inserts with Four 6 mm Radius
Cutting Edges
243
PROFILING TOOLS
Da
D3
L
ap
D1D
Rd°
Designation D1D Z apL D3Da Rd° Arbor(1) kg Insert
H400 FR D050-05-22-16 50.00 34.00 5 12.00 50.00 47.00 22.00 3.3 A 0.399 H400 RNHU 1606
H400 FR D063-06-22-16 63.00 47.00 6 12.00 50.00 48.00 22.00 2.5 A 0.743 H400 RNHU 1606
H400 FR D066-06-27-16 66.00 50.00 6 12.00 50.00 60.60 27.00 2.3 A 0.788 H400 RNHU 1606
H400 FR D080-07-27-16 80.00 64.00 7 12.00 50.00 63.60 27.00 1.8 A 1.045 H400 RNHU 1606
H400 FR D100-09-32-16 100.00 84.00 9 12.00 49.60 64.40 32.00 1.3 A 0.001 H400 RNHU 1606
H400 FR D125-11-40-16 125.00 109.00 11 12.00 55.00 84.00 40.00 1.0 A 3.023 H400 RNHU 1606
(1) For adaptation options, see page 461
For inserts, see pages: H400 RNHU (451)
Insert Clamping Orientation
Spare Parts
Designation
H400 FR D050-05-22-16 SR 14-591/H BLD T20/M7 SW6-T SR M10X25 DIN912
H400 FR D063-06-22-16 SR 14-591/H BLD T20/M7 SW6-T SR M10X25 DIN912
H400 FR D066-06-27-16 SR 14-591/H BLD T20/M7 SW6-T SR M12X30DIN912
H400 FR D080-07-27-16 SR 14-591/H BLD T20/M7 SW6-T SR M12X30DIN912
H400 FR D100-09-32-16 SR 14-591/H BLD T20/M7 SW6-T
H400 FR D125-11-40-16 SR 14-591/H BLD T20/M7 SW6-T
H400 FR-16
Face Mills Carrying Double-Sided
Inserts with Four 8 mm Radius
Cutting Edges
ISCAR
244
PROFILING TOOLS
Da
D3
L
D1DR6.0
ap
Rd°
Designation D1D Z apL D3Da Rd° Arbor(1) kg
H606 FR D040-04-16-12 40.00 28.00 4 6.00 45.00 38.00 16.00 2.0 A 0.223
H606 FR D050-06-22-12 50.00 38.00 6 6.00 50.00 47.00 22.00 1.3 A 0.377
H606 FR D052-06-22-12 52.00 40.00 6 6.00 50.00 47.00 22.00 1.3 A 0.383
H606 FR D063-07-22-12 63.00 51.00 7 6.00 50.00 48.00 22.00 1.0 A 0.525
H606 FR D080-08-27-12 80.00 68.00 8 6.00 50.00 58.00 27.00 0.7 A 0.834
(1) For adaptation options, see page 461
For inserts, see pages: H606 RXCU 1206 (452)
Spare Parts
Designation
H606 FR D040-04-16-12 SR 14-571 T-10/51 SR PS 118-0416
H606 FR D050-06-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H606 FR D052-06-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H606 FR D063-07-22-12 SR 14-571 T-10/51 SR M10X25 DIN912
H606 FR D080-08-27-12 SR 14-571 T-10/51 SR M12X30DIN912
H606 FR-12
Face Mills Carrying Double-Sided
Inserts with Six 6 mm Radius
Cutting Edges
T
D1D3
ap
D
R6.0
Ts
L6
L5
Rd°
Designation D1D D3ZapL5L6T(1) Rd° Ts kg
H606 ER D032-03-M16-12 32.00 20.00 29.00 3 6.00 35.00 60.00 25.0 2.5 M16 0.152 SR 14-571 T-10/51
(1) Clamping wrench size
For inserts, see pages: H606 RXCU 1206 (452)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • HSK A-ODP (FLEXFIT) (250) •
HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
H606 ER-M
Endmills with FLEXFIT Threaded
Connection Carrying Double-Sided
Inserts with Six 6 mm Radius
Cutting Edges
245
PROFILING TOOLS
D2
Tsi
L1
L
d
a°
AB
A
0.005A 58-60 HRc
Designation L L1d Shank D1a° Tsi Type kg
S M06-L60 C10 60.00 20.0 10.00 C 9.70 0 M06 A 0.026
S M06-L105-C12 105.00 60.0 12.00 C 9.70 1.2 M06 B 0.064
S M06-L125-C16 125.00 60.0 16.00 C 9.70 3.3 M06 B 0.130
S M08-L73 C16 73.00 25.0 16.00 C 13.00 0 M08 A 0.090
S M08-L128-C16 128.00 80.0 16.00 C 13.00 0.9 M08 B 0.150
S M08-L170-C20 170.00 66.8 20.00 C 13.00 3.3 M08 B 0.330
S M10-L80 C20 80.00 30.0 20.00 C 18.00 0 M10 A 0.160
S M10-L130-C20 130.00 80.0 20.00 C 18.00 0.6 M10 B 0.250
S M10-L200-C25 200.00 57.2 25.00 C 19.00 3.3 M10 B 0.646
S M12-L86-C25 86.00 30.0 25.00 C 21.00 5.1 M12 A 0.270
S M12-L200-C32 200.00 78.0 32.00 C 21.00 4.4 M12 B 1.020
S M16-L95-C32 95.00 35.0 32.00 C 29.00 1.7 M16 A 0.500
S M16-L230-C32 230.00 50.0 32.00 C 29.00 1.8 M16 B 1.270
• For adaptation options, see page 227
S M
Shanks for Tools with FLEXFIT
Threaded Connection
D1d
L1
L
Tsi
Designation d Tsi L L1D1kg
S M08-L150-C16-C-H 16.00 M08 150.00 80.0 15.30 0.388
S M08-L200-C16-C-H 16.00 M08 200.00 140.0 15.30 0.588
S M08-L250-C16-C-H 16.00 M08 250.00 180.0 15.30 0.842
S M10-L150-C20-C-H 20.00 M10 150.00 80.0 18.50 0.726
S M10-L200-C20-C-H 20.00 M10 200.00 140.0 18.50 0.910
S M10-L250-C20-C-H 20.00 M10 250.00 180.0 18.50 1.038
S M12-L200-C25-C-H 25.00 M12 200.00 100.0 24.00 1.414
S M12-L250-C25-C-H 25.00 M12 250.00 180.0 24.00 1.778
S M12-L300-C25-C-H 25.00 M12 300.00 180.0 24.00 2.042
S M16-L200-C32-C-H 32.00 M16 200.00 100.0 29.00 2.112
S M16-L250-C32-C-H 32.00 M16 250.00 180.0 29.00 2.362
S M16-L300-C32-C-H 32.00 M16 300.00 180.0 29.00 2.812
• For adaptation options, see page 227
S M-C-H
Carbide Shanks with Coolant
Channels for Tools with FLEXFIT
Threaded Connection
L2L
L3
T
D2
Tsi
Ts
L2L
CAB M-M
D3Ts
Tsi D2
a°
CAB M-M-C
T
21A
0.005A 58-60 HRc
Designation Tsi Ts D1L L3D3L2T(1) Fig. a°kg
CAB M06M08 M06 M08 9.70 30.00 24.80 13.00 17.50 9.5 1 5.7 0.020
CAB M08M08-C M08 M08 13.00 30.00 - - 17.50 9.6 2 - 0.020
CAB M08M10 M08 M10 13.00 40.00 33.40 18.00 20.20 15.0 1 5.2 0.068
CAB M10M10-C M10 M10 18.00 35.00 - - 20.00 15.0 2 - 0.060
CAB M10M12 M10 M12 18.00 45.00 36.40 21.00 22.00 17.0 1 2.5 0.092
CAB M12M12-C M12 M12 21.00 40.00 - - 22.00 17.0 2 - 0.080
CAB M12M16 M12 M16 21.00 50.00 42.50 29.00 25.00 25.0 1 6.3 0.176
CAB M16M16-C M16 M16 29.00 40.00 - - 25.00 25.0 2 - 0.160
• For adaptation options, see page 227
(1) Clamping wrench size
For tools, see pages: BLP-M (231) • H606 ER-M (244) • HM390 ETD-M (24) • HM390 ETP-M (18) • P290 ACK-M (211) • T490 LNK-M-13 (207)
• T490 LNM-M-08 (206)
SHANK CAB... HCM-M
SHANK S M...-CF4 CDP
CAB M-M (FLEXFIT)
Reducers and Extensions with Coolant
Holes for the Modular FLEXFIT System
ISCAR
246
PROFILING TOOLS
D3
L2L1
T
Ts dmin
max
CSI
A0.003A 58-60 HRc
Designation CSI Ts d min d max L1L2D3Tkg
CDP ER11 M10 M ER11 M10 0.5 7.0 27.0 20.00 16.00 15.0 0.030
CDP ER11 M12 M ER11 M12 0.5 7.0 27.0 22.00 16.00 17.0 0.040
CDP ER16 M10 M ER16 M10 0.5 10.0 38.1 20.00 22.00 17.0 0.050
CDP ER16 M12 M ER16 M12 0.5 10.0 37.1 22.00 22.00 17.0 0.060
CDP ER16 M16 ER16 M16 0.5 10.0 36.6 25.00 28.00 25.0 0.100
CDP ER20 M16 ER20 M16 1.0 13.0 45.5 25.00 34.00 25.0 0.186
CDP ER25 M16 ER25 M16 1.0 16.0 44.5 25.00 42.00 28.0 0.148
• For adaptation options, see page 227
CDP ER-M
DIN 6499 ER Collet Chucks with
Threaded FLEXFIT Adaptations
SHANK SM...CF4 CDP...
SS D1
Tsi
L
L1
Designation SS Tsi D1L L1kg
RE MB20-ODP-M10-L32 MB20 M10 18.00 32.00 27.0 0.180 BH MB20 COUPLING SET* HW 3.0*
RE MB25-ODP-M12-L38 MB25 M12 21.00 38.00 33.0 0.200 BH MB25 COUPLING SET* HW 3.0*
RE MB32-ODP-M16-L40 MB32 M16 29.00 40.00 36.0 0.285 BH MB32 COUPLING SET* HW 4.0*
* Optional, should be ordered separately
RE MB-ODP
Adapters for MB Modular
System Connection to FLEXFIT
Threaded Connection
D2
Tsi
L8
L1
a°
L2
Shank
D3
A
0.005A 58-60 HRc
Designation Tsi Shank D1L1L3D3L2a°kg
S M12-L85/3.30-CF4 M12 CF4 21.00 85.0 81.30 44.00 42.00 4.4 0.230
S M12-L140/5.50-CF4 M12 CF4 21.00 140.0 139.10 44.00 42.00 4.4 0.980
S M16-L130/5.11-CF4 M16 CF4 29.00 130.0 126.80 44.00 42.00 2.6 0.230
S M16-L170/6.70-CF4 M16 CF4 29.00 170.0 168.60 44.00 42.00 2 1.300
• For adaptation options, see pages 247
SHANK SM...CF4 CDP...
S M-CF
CLICKFIT to FLEXFIT Adapters
247
PROFILING TOOLS
Milling Heads
Adapter
M12
D20/.75
D25/1.00
D25/1.00
ERCM D32-...
ERCM D40-...
M12
M12...CF4
M16...CF4
M16
M16
M16
Extensions
ISCAR
248
PROFILING TOOLS
SS
L
L1
D2
10
Tsi
D1
L3
A0.003A 58-60 HRc
G6.3
15,000 RPM
Designation SS Tsi D2D1L L1L3kg
C4 ODP 10X 53 40 M10 23.00 18.00 53.00 33.0 23.00 0.334
C4 ODP 12X 53 40 M12 26.00 21.00 53.00 33.0 23.00 0.334
C4 ODP 16X 53 40 M16 34.00 29.00 53.00 33.0 23.00 0.402
C5 ODP 10X 53 50 M10 19.50 18.00 53.00 33.0 25.00 0.486
C5 ODP 10X103 50 M10 28.00 18.00 103.00 83.0 75.00 0.100
C5 ODP 12X 53 50 M12 23.50 21.00 53.00 33.0 25.00 0.500
C5 ODP 12X103 50 M12 31.00 21.00 103.00 83.0 75.00 0.720
C5 ODP 16X 53 50 M16 34.00 29.00 53.00 33.0 25.00 0.570
C5 ODP 16X103 50 M16 36.00 29.00 103.00 83.0 75.00 0.852
C6 ODP 10X 55 63 M10 19.50 18.00 55.00 33.0 25.00 0.824
C6 ODP 10X105 63 M10 28.00 18.00 105.00 83.0 75.00 1.000
C6 ODP 10X130 63 M10 32.00 18.00 130.00 108.0 100.00 1.200
C6 ODP 12X 55 63 M12 23.50 21.00 55.00 33.0 25.00 0.840
C6 ODP 12X105 63 M12 31.00 21.00 105.00 83.0 75.00 1.068
C6 ODP 12X130 63 M12 36.00 21.00 130.00 108.0 100.00 1.260
C6 ODP 16X 55 63 M16 34.00 29.00 55.00 33.0 25.00 0.892
C6 ODP 16X105 63 M16 34.00 29.00 105.00 83.0 75.00 1.200
C6 ODP 16X130 63 M16 41.00 29.00 130.00 108.0 100.00 1.490
• For adaptation options, see pages 227
C#-ODP (FLEXFIT)
FLEXFIT Threaded Connection
Shanks with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
L1
L
10
D1
Tsi
G
L3
SS
D2
A0.003A AT3 Taper 58-60 HRc
G2.5
G6.3
BT 40=20,000
RPM
RPM
BT 50=12,000
U<1.0 gmm
Designation SS Tsi D1D2L L1L3Gkg
BT40 ODP 6X 66 40 M06 9.80 13.00 66.00 39.0 30.00 M16 0.980
BT40 ODP 6X106 40 M06 9.80 23.00 106.00 79.0 70.00 M16 0.139
BT40 ODP 8X 66 40 M08 13.00 15.00 66.00 30.0 30.00 M16 0.990
BT40 ODP 8X106 40 M08 13.00 23.00 106.00 79.0 70.00 M16 1.090
BT40 ODP10X 66 40 M10 18.00 20.00 66.00 30.0 30.00 M16 1.028
BT40 ODP10X106 40 M10 18.00 28.00 106.00 79.0 70.00 M16 1.242
BT40 ODP12X 66 40 M12 21.00 24.00 66.00 39.0 30.00 M16 1.050
BT40 ODP12X106 40 M12 21.00 31.00 106.00 79.0 70.00 M16 1.230
BT40 ODP16X 66 40 M16 29.00 28.60 66.00 39.0 35.00 M16 1.064
BT40 ODP16X106 40 M16 29.00 34.00 106.00 79.0 70.00 M16 1.320
BT50 ODP 12X 94 50 M12 23.00 30.00 94.00 56.0 50.00 M24 3.846
BT50 ODP 12X144 50 M12 23.00 40.00 144.00 106.0 100.00 M24 4.255
BT50 ODP 12X194 50 M12 23.00 40.00 194.00 156.0 150.00 M24 4.570
BT50 ODP 12X244 50 M12 23.00 46.00 244.00 206.0 200.00 M24 5.120
BT50 ODP 16X 94 50 M16 29.00 34.00 94.00 56.0 50.00 M24 3.745
BT50 ODP 16X144 50 M16 29.00 40.00 144.00 106.0 100.00 M24 4.188
BT50 ODP 16X194 50 M16 29.00 55.00 194.00 156.0 150.00 M24 5.240
BT50 ODP 16X244 50 M16 29.00 60.00 244.00 206.0 200.00 M24 5.600
• The coolant passages in the B-type flange are blocked with screws which can be removed when required.
BT-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation
with Integral BT MAS-403
Tapered Shanks (ADB type)
249
PROFILING TOOLS
L
L1
L3
SS
G
Tsi
10
D1
D2
A0.003A AT3 Taper 58-60 HRc
G2.5
G6.3
SK 40=20,000
SK 50=12,000
RPM
RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3Gkg
DIN69871 40 ODP 6X58 (1) 40 M06 9.80 13.00 58.00 38.9 30.00 M16 0.820
DIN69871 40 ODP 6X98 (1) 40 M06 9.80 23.00 98.00 78.9 70.00 M16 0.910
DIN69871 40 ODP 8X58 (1) 40 M08 13.10 15.00 58.00 38.9 30.00 M16 0.820
DIN69871 40 ODP 8X98 (1) 40 M08 13.10 23.00 98.00 78.9 70.00 M16 0.920
DIN69871 40 ODP10X58 (1) 40 M10 18.00 20.00 58.00 38.9 30.00 M16 0.838
DIN69871 40 ODP10X98 (1) 40 M10 18.00 28.00 98.00 78.9 70.00 M16 1.000
DIN69871 40 ODP12X58 (1) 40 M12 21.00 24.00 58.00 38.9 30.00 M16 0.880
DIN69871 40 ODP12X98 (1) 40 M12 21.00 31.00 98.00 78.9 70.00 M16 1.070
DIN69871 40 ODP16X58 (1) 40 M16 29.00 28.60 58.00 38.9 35.00 M16 0.908
DIN69871 40 ODP16X98 (1) 40 M16 29.00 34.00 98.00 78.9 70.00 M16 1.148
DIN69871 50 ODP12X 78 (2) 50 M12 23.00 30.00 78.00 58.9 50.00 M24 2.740
DIN69871 50 ODP12X128 (2) 50 M12 23.00 40.00 128.00 108.9 100.00 M24 3.142
DIN69871 50 ODP12X178 (2) 50 M12 23.00 40.00 178.00 158.9 150.00 M24 3.380
DIN69871 50 ODP12X228 (2) 50 M12 23.00 46.00 228.00 208.9 200.00 M24 4.140
DIN69871 50 ODP16X 78 (2) 50 M16 29.00 34.00 78.00 58.9 50.00 M24 2.954
DIN69871 50 ODP16X128 (2) 50 M16 29.00 40.00 128.00 108.9 100.00 M24 3.200
DIN69871 50 ODP16X178 (2) 50 M16 29.00 55.00 178.00 158.9 150.00 M24 4.080
DIN69871 50 ODP16X228 (2) 50 M16 29.00 55.00 228.00 208.9 200.00 M24 4.642
• For user guide, see page 462-468
(1) Balanced to G2.5/25,000 RPM
(2) Balanced to G6.3/12,000 RPM
DIN69871-ODP
FLEXFIT Threaded Connection
Shanks with Integral DIN69871
Form ADB Taper Adaptation
SS L
L3
D1
Tsi
D2
10
Coolant JET2
Bar Max
A0.003A
58-60 HRc
Designation Tsi SS D1D2L L3kg
ER32 ODP M 6X25 M06 ER32 9.80 14.00 25.00 22.00 0.150
ER32 ODP M 6X50 M06 ER32 9.80 20.00 50.00 48.00 0.190
ER32 ODP M 6X75 M06 ER32 9.80 23.00 75.00 74.00 0.240
ER32 ODP M 8X25 M08 ER32 13.10 15.00 25.00 22.00 0.150
ER32 ODP M 8X50 M08 ER32 13.10 23.00 50.00 49.00 0.210
ER32 ODP M 8X75 M08 ER32 13.10 23.00 75.00 74.00 0.260
ER25 ODP M10X10 M10 ER25 18.00 17.60 10.00 8.00 0.090
ER25 ODP M10X25 M10 ER25 18.00 17.60 25.00 23.00 0.110
ER32 ODP M10X25 M10 ER32 18.00 20.00 25.00 23.00 0.170
ER32 ODP M10X50 M10 ER32 18.00 24.00 50.00 49.00 0.240
ER32 ODP M12X25 M12 ER32 21.00 24.00 25.00 24.00 0.180
ER32 ODP M12X50 M12 ER32 21.00 24.00 50.00 49.00 0.260
ER-ODP
FLEXFIT Threaded Adaptation with
Integral ER Collet for ER Collet Chucks
ISCAR
250
PROFILING TOOLS
10
LL1
L3
SS D1
D2
Tsi
.
A0.003A 58-60 HRc
G2.5
G6.3
HSK A63=20,000
RPM
HSK A100=12,000
RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3kg
HSK A 63 ODP 6X109 63 M06 9.80 23.00 109.00 83.0 75.00 0.740
HSK A 63 ODP 6X59 63 M06 9.80 11.50 59.00 33.0 25.00 0.660
HSK A 63 ODP 8X109 63 M08 13.10 23.00 109.00 83.0 75.00 0.772
HSK A 63 ODP 8X59 63 M08 13.10 15.00 59.00 33.0 25.00 0.680
HSK A 63 ODP10X109 63 M10 18.00 28.00 109.00 83.0 75.00 0.870
HSK A 63 ODP10X59 63 M10 18.00 20.00 59.00 33.0 25.00 0.700
HSK A 63 ODP12X109 63 M12 21.00 31.00 109.00 83.0 75.00 0.925
HSK A 63 ODP12X59 63 M12 21.00 24.00 59.00 33.0 25.00 0.708
HSK A 63 ODP16X109 63 M16 29.00 34.00 109.00 83.0 75.00 1.050
HSK A 63 ODP16X59 63 M16 29.00 34.60 59.00 33.0 25.00 0.790
HSK A 100 ODP12X 87 100 M12 23.00 30.00 87.00 58.0 50.00 2.225
HSK A 100 ODP12X137 100 M12 23.00 30.00 137.00 108.0 100.00 2.580
HSK A 100 ODP12X187 100 M12 23.00 40.00 187.00 158.0 150.00 2.860
HSK A 100 ODP12X237 100 M12 23.00 46.00 237.00 208.0 200.00 3.400
HSK A 100 ODP16X 87 100 M16 29.00 31.50 87.00 58.0 50.00 2.200
HSK A 100 ODP16X137 100 M16 29.00 41.50 137.00 108.0 100.00 2.684
HSK A 100 ODP16X187 100 M16 29.00 55.00 187.00 158.0 150.00 3.578
HSK A 100 ODP16X237 100 M16 29.00 55.00 237.00 208.0 200.00 4.070
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
Spare Parts
Designation
HSK A 63 ODP 6X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP 6X59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP 8X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP 8X59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP10X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP10X59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP12X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP12X59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP16X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 ODP16X59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 100 ODP12X 87 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP12X137 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100
HSK A 100 ODP12X187 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP12X237 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP16X 87 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP16X137 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP16X187 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 ODP16X237 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
* Optional, should be ordered separately
HSK A-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation with
HSK DIN69893/A Tapered Shanks
251
PROFILING TOOLS
L
L1
L3
Tsi D1
10
SS
D2
A0.003A 58-60 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3kg
HSK E 40 ODP10X 53 40 M10 18.00 20.00 53.00 33.0 25.00 0.258
HSK E 40 ODP10X103 40 M10 18.00 28.00 103.00 83.0 75.00 0.300
HSK E 40 ODP12X 53 40 M12 21.00 24.00 53.00 33.0 25.00 0.280
HSK E 40 ODP12X103 40 M12 21.00 31.00 103.00 83.0 75.00 0.350
HSK E 50 ODP10X 59 50 M10 18.00 20.00 59.00 33.0 25.00 0.460
HSK E 50 ODP10X109 50 M10 18.00 28.00 109.00 83.0 75.00 0.650
HSK E 50 ODP12X 59 50 M12 21.00 24.00 59.00 33.0 25.00 0.480
HSK E 50 ODP12X109 50 M12 21.00 31.00 109.00 83.0 75.00 0.710
HSK E 50 ODP16X 59 50 M16 29.00 34.00 59.00 33.0 25.00 0.350
HSK E 50 ODP16X109 50 M16 29.00 34.00 109.00 83.0 75.00 0.850
HSK E 63 ODP10X 59 63 M10 18.00 20.00 59.00 33.0 25.00 0.750
HSK E 63 ODP10X109 63 M10 18.00 28.00 109.00 83.0 75.00 0.960
HSK E 63 ODP12X 59 63 M12 21.00 24.00 59.00 33.0 25.00 0.770
HSK E 63 ODP12X109 63 M12 21.00 31.00 109.00 83.0 75.00 0.960
HSK E 63 ODP16X109 63 M16 29.00 34.00 109.00 83.0 75.00 1.100
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
Spare Parts
Designation
HSK E 40 ODP10X 53 COOLING TUBE HSK A 40* WRENCH COOL TUBE HSK 40*
HSK E 40 ODP10X103 COOLING TUBE HSK A 40* WRENCH COOL TUBE HSK 40*
HSK E 40 ODP12X 53 COOLING TUBE HSK A 40* WRENCH COOL TUBE HSK 40*
HSK E 40 ODP12X103 COOLING TUBE HSK A 40* WRENCH COOL TUBE HSK 40*
HSK E 50 ODP10X 59 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 50 ODP10X109 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 50 ODP12X 59 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 50 ODP12X109 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 50 ODP16X109 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 63 ODP10X 59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK E 63 ODP10X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK E 63 ODP12X 59 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK E 63 ODP12X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK E 63 ODP16X109 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
* Optional, should be ordered separately
HSK E-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation with
HSK DIN69893/E Tapered Shanks
ISCAR
252
PROFILING TOOLS
ISCAR
252
USER GUIDE
• Excellent tool stability
• Chips split into small pieces
• Optimal chip flow with easy evacuation,
even from deep cavities
• High tooth load capability, up to 8 mm
depth-of-cut, which will significantly reduce machining time
• Small cutting forces, therefore the required
machining power is low
Machining Recommendations
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15, ST37, 1.0401 4 150 0.3 33
Low alloy steel 170-220 CK45,1.1231,16MnCr5 4 150 0.3 33
High alloy steel 200-260 X20Cr13,1.4923 4 150 0.3 33
Tool & die steel 280-370 1.2379,1.2311 3 150 0.3 33
Stainless steel 150-270 1.4404,316,321 - - - -
Grey cast iron 200-250 GG25,GRADE220 5 150-180 0.3 3
S.G. iron 180-250 GGG60,SNG600/3 5 110-150 0.3 3
Titanium 450-500 TiAI4Mo4Sn4Si0.5 4 50 0.2 3
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 3 120 0.2 3
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
RCMT 1607-FW
12˚
RCMT 1607-FW-F20
20˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 3 150 0.3 3
Low alloy steel 170-220 CK45,1.1231,16MnCr5 - - - -
High alloy steel 200-260 X20Cr13,1.4923 - - - -
Tool & die steel 280-370 1.2379,1.2311 - - - -
Stainless steel 150-270 1.4306,304, 1.4404,316 6 100 0.1 33
Grey cast iron 200-250 GG25,GRADE220 - - - -
S.G. iron 180-250 GGG60,SNG600/3 - - - -
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 6 850 0.4 33
Hardened die steel 38-42 HRc 1.2344,1.2379 - - - 3
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
• 4 indexing options when using the SHREDMILL insert
and 8 indexing options when using the round one
• Available are several chipformers and rake configurations,
designed for a large variety of workpiece materials
RCMT 1607 FW-T20
0.15
20˚ 20˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 3 150 0.3 3
Low alloy steel 170-220 CK45,1.1231,16MnCr5 3 150 0.3 3
High alloy steel 200-260 X20Cr13,1.4923 - - - -
Tool & die steel 280-370 1.2379,1.2311 - - - -
Stainless steel 150-270 1.4031, 420 6 120 0.2 33
Grey cast iron 200-250 GG25,GRADE220 - - - -
S.G. iron 180-250 GGG60,SNG600/3 - - - -
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 - - - -
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
RCCW 1607-FW
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 4 150 0.3 3
Low alloy steel 170-220 CK45,1.1231,16MnCr5 4 150 0.3 33
High alloy steel 200-260 X20Cr13,1.4923 4 150 0.3 33
Tool & die steel 280-370 1.2379,1.2311 4 150 0.3 33
Stainless steel 150-270 1.4404,316,321 - - - -
Grey cast iron 200-250 GG25,GRADE220 - - - -
S.G. iron 180-250 GGG60,SNG600/3 - - - -
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 4 120 0.2 3
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
253
PROFILING TOOLS
253
USER GUIDE
✓✓ Most Recommended
✓ Second option
Machining Recommendations
RCMW 1607-T-FW
0.15
20
˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 - - - -
Low alloy steel 170-220 CK45,1.1231,16MnCr5 4 150 0.3 3
High alloy steel 200-260 X20Cr13,1.4923 4 150 0.3 33
Tool & die steel 280-370 1.2379,1.2311 3 150 0.3 33
Stainless steel 150-270 1.4404,316,321 - - - -
Grey cast iron 200-250 GG25,GRADE220 5 150-180 0.3 33
S.G. iron 180-250 GGG60,SNG600/3 5 110-150 0.3 33
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Alumnum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 - - - -
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
RCMW 1607-T-FPW
0.1
15˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 4 150 0.3 3
Low alloy steel 170-220 CK45,1.1231,16MnCr5 4 150 0.3 33
High alloy steel 200-260 X20Cr13,1.4923 4 150 0.3 33
Tool & die steel 280-370 1.2379,1.2311 4 150 0.3 33
Stainless steel 150-270 1.4404,316,321 - - - -
Grey cast iron 200-250 GG25,GRADE220 - - - -
S.G. iron 180-250 GGG60,SNG600/3 - - - -
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 4 120 0.25 33
Hardened die steel 48-52 HRc 1.2762,1.1545 4 80 0.1 33
RCMT 1607MO
0.15
12˚ 20˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 4 180 0.3 3
Low alloy steel 170-220 CK45,1.1231,16MnCr5 4 180 0.3 33
High alloy steel 200-260 X20Cr13,1.4923 4 180 0.3 33
Tool & die steel 280-370 1.2379,1.2311 - - - -
Stainless steel 150-270 1.4031, 420 6 120 0.3 33
Grey cast iron 200-250 GG25,GRADE220 - - - -
S.G. iron 180-250 GGG60,SNG600/3 - - - -
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 - - - -
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
RCMW 1607MO
0.3
20˚
Material Group Hardness (HB) Typical Materials Depth Ap (mm) Vc (m/min)Fz (mm/tooth) Recommended
Low carbon steel 125-180 C15,ST37,1.0401 - - - -
Low alloy steel 170-220 CK45,1.1231,16MnCr5 2 180 0.7 33
High alloy steel 200-260 X20Cr13,1.4923 2 180 0.7 33
Tool & die steel 280-370 1.2379,1.2311 2 150 0.5 33
Stainless steel 150-270 1.4404,316,321 - - - -
Grey cast iron 200-250 GG25,GRADE220 2 300 0.7 33
S.G. iron 180-250 GGG60,SNG600/3 2 220 0.5 33
Titanium 450-500 TiAI4Mo4Sn4Si0.5 - - - -
Aluminum 75-130 G-AISi12 - - - -
Hardened die steel 38-42 HRc 1.2344,1.2379 2 150 0.4 3
Hardened die steel 48-52 HRc 1.2762,1.1545 - - - -
ISCAR
254
PROFILING TOOLS
ISCAR
254
USER GUIDE
Feed Limit Recommendations as a Function of
Overhang and Depth of Cut
300
250
200
150
4
fz=0.30-0.40
6
fz=0.25-0.30
8
fz=0.20-0.25
10
fz=0.15
ap(mm)
mm/tooth
L
Overhang(mm)
L
300
250
200
150
6
fz=0.12-0.20
8
fz=0.10-0.15
10
fz=0.07-0.12
ap(mm)
mm/tooth
L
Overhang(mm)
Carbon and Alloy Steel Stainless Steel
Insert Selection Guide
Insert Designation RCMT...FW RCMT...FW-T20 RCMT...FW-F20 RCCT...MO RCCW...MO
RC...1206
Workpiece
Geometry
12°
20°
0.15
20°
20° 12°
15°
Positive rake face Positive rake face
with T- Land
Positive rake face
sharp edge
Positive rake face Flat top face with
a T- Land
Alloy steel VVV V V V VVV
Mold steel VVV V V V VVV
Grey cast iron VV VVV
Stainless steel VVV(1) VVV(2) VVV
Aluminum VVV VV
High temp. alloys V VV VVV
Hardened mold steel
(45 HRc max) V V
Applications
Helical
Interpolation
Shouldering Contour
Milling
Ramping
Down
Plunging Profiling Pocket
Milling
(1) Recommended for martensitic stainless steel
(2) Recommended for austenitic stainless steel
V Least recommended
VV Second option
VVV Most recommended
255
FAST FEED MILLING TOOLS
FAST FEED MILLING TOOLS
ISCAR
256
FAST FEED MILLING TOOLS
d
D
D1
17°
L1
ap
L
H
D2
Fig. 1
Fig. 2
Rd°
FF EWX
Fast Feed Endmills Carrying
Double-Sided Inserts
with 6 Cutting Edges
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: H600 WXCU (446)
Designation D1DapZ D2L1H L d Shank(1) Rd° Fig. kg
FF EWX D16-2-030-C16-04 16.00 8.60 0.80 2 14.90 30.0 - 113.00 16.00 C 5.0 2 0.151
FF EWX D16-2-030-W16-04 16.00 8.60 0.80 2 14.90 30.0 - 81.00 16.00 W 5.0 2 0.103
FF EWX D16-2-050-W20-04 16.00 8.60 0.80 2 14.90 50.0 - 109.00 20.00 W 5.0 2 0.185
FF EWX D16-2-070-C20-04 16.00 8.60 0.80 2 14.90 70.0 - 159.00 20.00 C 5.0 2 0.281
FF EWX D16-2-080-W20-04 16.00 8.60 0.80 2 14.90 80.0 - 139.00 20.00 W 5.0 2 0.220
FF EWX D20-3-040-W20-04 20.00 12.60 0.80 3 18.90 40.0 - 93.00 20.00 W 4.8 2 0.189
FF EWX D20-3-050-C20-04 20.00 12.60 0.80 3 18.90 50.0 - 133.00 20.00 C 4.8 2 0.282
FF EWX D20-3-060-W20-04 20.00 12.60 0.80 3 18.90 60.0 - 113.00 20.00 W 4.8 2 0.226
FF EWX D20-3-100-C20-04 20.00 12.60 0.80 3 18.90 100.0 - 183.00 20.00 C 4.8 2 0.373
FF EWX D20-3-100-W20-04 20.00 12.60 0.80 3 18.90 100.0 - 153.00 20.00 W 4.8 2 0.308
FF EWX D25-3-050-W25-05 25.00 15.00 1.00 3 23.60 50.0 53.00 110.00 25.00 W 5.0 2 0.345
FF EWX D25-3-060-C25-05 25.00 15.00 1.00 3 23.60 60.0 63.00 145.00 25.00 C 5.0 2 0.471
FF EWX D25-3-080-W25-05 25.00 15.00 1.00 3 23.60 80.0 83.00 140.00 25.00 W 5.0 2 0.437
FF EWX D25-3-120-C25-05 25.00 15.00 1.00 3 23.60 120.0 123.00 205.00 25.00 C 5.0 2 0.654
FF EWX D25-3-120-W25-05 25.00 15.00 1.00 3 23.60 120.0 123.00 180.00 25.00 W 5.0 2 0.561
FF EWX D32-4-040-C25-05 32.00 22.00 1.00 4 27.00 - 40.00 180.00 25.00 C 4.0 1 0.634
FF EWX D32-4-060-W25-05 32.00 22.00 1.00 4 27.00 60.0 63.00 120.00 25.00 W 4.0 1 0.435
FF EWX D32-4-060-W32-05 32.00 22.00 1.00 4 27.00 - 63.00 125.00 32.00 W 4.0 2 0.640
FF EWX D32-4-070-C32-05 32.00 22.00 1.00 4 30.60 70.0 73.00 155.00 32.00 C 4.0 2 0.814
FF EWX D32-4-100-W25-05 32.00 22.00 1.00 4 27.00 - 100.00 160.00 25.00 W 4.0 1 0.597
FF EWX D32-4-100-W32-05 32.00 22.00 1.00 4 30.60 100.0 103.00 165.00 32.00 W 4.0 2 0.836
FF EWX D32-4-120-C32-05 32.00 22.00 1.00 4 30.60 120.0 123.00 205.00 32.00 C 4.0 2 1.059
FF EWX D32-4-150-W32-05 32.00 22.00 1.00 4 30.60 150.0 153.00 215.00 32.00 W 4.0 2 1.079
FF EWX D40-5-L50-C32-05 40.00 30.00 1.00 5 34.00 - 50.00 250.00 32.00 C 2.8 1 1.403
FF EWX D40-5-S50-C32-05 40.00 30.00 1.00 5 34.00 - 50.00 150.00 32.00 C 2.8 1 0.854
FF EWX D40-5-060-W32-05 40.00 30.00 1.00 5 34.00 - 60.00 125.00 32.00 W 2.8 1 0.720
FF EWX D40-5-200-W40-05 40.00 30.00 1.00 5 38.60 200.0 203.00 275.00 40.00 W 2.8 2 2.170
FF EWX D32-3-060-W32-07 32.00 19.00 1.50 3 30.70 60.0 63.00 125.00 32.00 W 6.3 2 0.600
FF EWX D32-3-070-C32-07 32.00 19.00 1.50 3 30.70 70.0 73.00 155.00 32.00 C 6.3 2 0.760
FF EWX D32-3-100-W32-07 32.00 19.00 1.50 3 30.70 100.0 103.00 165.00 32.00 W 6.3 2 0.780
FF EWX D32-3-120-C32-07 32.00 19.00 1.50 3 30.70 120.0 123.00 205.00 32.00 C 6.3 2 0.990
FF EWX D40-4-S50-C32-07 40.00 27.00 1.50 4 - 50.0 52.20 150.00 32.00 C 4.2 1 0.842
Spare Parts
Designation
FF EWX D...-04 SR M2.5X6-T7-60 T-7/51
FF EWX D...-05 SR 10508600 T-9/51
FF EWX D...-07 SR 34-535-SN BLD T15/S7 SW6-T-SH
257
FAST FEED MILLING TOOLS
L6
Ts
T
L5
DD1
17° ap
Rd°
Designation D1DapZ L5L6Ts Rd°kg T(1)
FF EWX D20-3-M10-04 20.00 12.60 0.80 3 25.00 45.00 M10 4.8 0.047 15.0 SR M2.5X6-T7-60 T-7/51
FF EWX D25-4-M12-04 25.00 17.60 0.80 4 30.00 52.00 M12 3.3 0.089 19.0 SR M2.5X6-T7-60 T-7/51
FF EWX D25-3-M12-05 25.00 15.00 1.00 3 30.00 52.00 M12 5.0 0.085 19.0 SR 10508600 T-9/51
FF EWX D32-4-M16-05 32.00 22.00 1.00 4 35.00 60.00 M16 4.0 0.174 25.0 SR 10508600 T-9/51
FF EWX D35-4-M16-05 35.00 25.00 1.00 4 35.00 60.00 M16 3.5 0.192 25.0 SR 10508600 T-9/51
FF EWX D40-5-M16-05 40.00 30.00 1.00 5 40.00 65.00 M16 2.8 0.255 25.0 SR 10508600 T-9/51
FF EWX D32-3-M16-07 32.00 19.00 1.50 3 35.00 60.00 M16 6.3 0.170 25.0 SR 34-535-SN BLD T15/S7 SW6-T-SH
FF EWX D40-4-M16-07 40.00 27.00 1.50 4 40.00 65.00 M16 4.2 0.237 25.0 SR 34-535-SN BLD T15/S7 SW6-T-SH
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 462-468
(1) Clamping wrench size
For inserts, see pages: H600 WXCU (446)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249)
• HSK A-ODP (FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
FF EWX-M
Fast Feed Endmills with
FLEXFIT Threaded Connection
Carrying Double-Sided Inserts
with 6 Cutting Edges
L6
L5
17°
D3
D
D1
TT
s
ap max
Rd°
Designation D1DapZ Ts L5L6D3T(1) Rd°kg
FF EWX D16-2-MMT10-04 16.00 8.60 0.80 2 T10 19.50 31.25 15.20 12.0 5.0 0.02 SR M2.5X6-T7-60 T-7/51 T-7/51
FF EWX D20-3-MMT12-04 20.00 12.60 0.80 3 T12 25.00 38.80 18.80 15.0 4.8 0.05 SR M2.5X6-T7-60 T-7/51 T-7/51
FF EWX D25-4-MMT15-04 25.00 17.60 0.80 4 T15 30.00 47.00 23.90 19.0 3.3 0.10 SR M2.5X6-T7-60 T-7/51 T-7/51
FF EWX D25-3-MMT15-05 25.00 15.00 1.00 3 T15 30.00 47.00 23.90 19.0 5.0 0.09 SR 10508600 T-9/51 T-9/51
• For machining recommendations and radius for programming, see table on page 446 • Do not apply lubricant to the MULTI-MASTER threaded connection.
• For adaptation options, see page 227 • For user guide, see pages 462-468
(1) Width across flats (wrench should be ordered separately)
For inserts, see pages: H600 WXCU (446)
For holders, see pages: MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68) • MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK
(68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67) • MM S-ER-H (67) • MM TS-A (64)
FF EWX-MM
Fast Feed Endmills with
MULTI-MASTER Threaded
Connection Carrying Double-Sided
Inserts with 6 Cutting Edges
d
D
D1
30°
L1
ap
L
H
D2
Fig. 1
Fig. 2
Rd°
Designation D1DapZ L1H L d Shank(1) D2Rd° Fig. kg
MF EWX D16-2-040-W20-04 16.00 9.00 1.50 2 40.0 47.00 99.00 20.00 W 14.90 3.8 2 0.164
MF EWX D20-3-050-C20-04 20.00 13.00 1.50 3 50.0 52.70 134.00 20.00 C 18.90 2.4 2 0.240
MF EWX D20-3-050-W20-04 20.00 13.00 1.50 3 50.0 52.70 104.00 20.00 W 18.90 2.4 2 0.182
MF EWX D25-3-060-W25-05 25.00 15.50 2.00 3 60.0 63.00 120.00 25.00 W 23.60 3.0 2 0.329
MF EWX D32-4-080-W32-05 32.00 22.50 2.00 4 80.0 83.00 145.00 32.00 W 30.60 1.9 2 0.700
MF EWX D32-3-080-C32-07 32.00 19.70 2.70 3 80.0 83.00 165.00 32.00 C 30.70 3.0 2 0.800
MF EWX D32-3-080-W32-07 32.00 19.70 2.70 3 80.0 83.00 145.00 32.00 W 30.70 3.0 2 0.700
MF EWX D40-4-090-C32-07 40.00 27.70 2.70 4 90.0 92.00 190.00 32.00 C 36.80 2.0 1 1.159
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: H600 WXCU (446)
MF EWX
Moderate Feed Endmills
Carrying Double-Sided Inserts
with 6 Cutting Edges
Spare Parts
Designation
MF EWX D16-2-040-W20-04 SR M2.5X6-T7-60 T-7/51
MF EWX D20-3-050-C20-04 SR M2.5X6-T7-60 T-7/51
MF EWX D20-3-050-W20-04 SR M2.5X6-T7-60 T-7/51
MF EWX D25-3-060-W25-05 SR 10508600 T-9/51
MF EWX D32-4-080-W32-05 SR 10508600 T-9/51
MF EWX D32-3-080-C32-07 SR 34-535-SN BLD T15/S7 SW6-T-SH
MF EWX D32-3-080-W32-07 SR 34-535-SN BLD T15/S7 SW6-T-SH
MF EWX D40-4-090-C32-07 SR 34-535-SN BLD T15/S7 SW6-T-SH
ISCAR
258
FAST FEED MILLING TOOLS
L6
Ts
T
L5
DD1
30° ap
Rd°
Designation D1DapZ L5L6Ts T(1) Rd°kg
MF EWX D20-3-M10-04 20.00 13.00 1.50 3 28.00 48.00 M10 14.0 2.4 0.048
MF EWX D25-4-M12-04 25.00 18.00 1.50 4 32.00 54.00 M12 17.0 1.7 0.088
MF EWX D25-3-M12-05 25.00 15.50 2.00 3 30.00 52.00 M12 17.0 3.0 0.074
MF EWX D32-4-M16-05 32.00 22.50 2.00 4 35.00 60.00 M16 24.0 1.9 0.163
MF EWX D32-3-M16-07 32.00 19.70 2.70 3 35.00 60.00 M16 24.0 3.0 0.150
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 462-468
(1) Clamping wrench size
For inserts, see pages: H600 WXCU (446)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249)
• HSK A-ODP (FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Spare Parts
Designation
MF EWX D20-3-M10-04 SR M2.5X6-T7-60 T-7/51
MF EWX D25-4-M12-04 SR M2.5X6-T7-60 T-7/51
MF EWX D25-3-M12-05 SR 10508600 T-9/51
MF EWX D32-4-M16-05 SR 10508600 T-9/51
MF EWX D32-3-M16-07 SR 34-535-SN BLD T15/S7 SW6-T-SH
MF EWX-M
Moderate Feed Endmills with FLEXFIT
Threaded Connection Carrying
Double-Sided Inserts with
6 Cutting Edges
D
D1
L1
D3
d
H
L
ap
Rd°
Designation D1apD Z H L1L D3d Shank(1) Rd° Nxcm(2) kg Insert
FF EW D25-050-W25-06-C 25.00 1.30 11.00 2 53.0 - 118.00 - 25.00 W 5.0 200 0.37 FF WO.. 06
FF EW D25-080-C25-06-C 25.00 1.30 11.00 2 83.0 - 180.00 - 25.00 C 5.0 200 0.58 FF WO.. 06
FF EW D25-080-W25-06-C 25.00 1.30 11.00 2 83.0 - 148.00 - 25.00 W 5.0 200 0.46 FF WO.. 06
FF EW D25-120-C24-06-C 25.00 1.30 11.00 2 121.4 - 220.00 - 24.00 C 5.0 200 0.68 FF WO.. 06
FF EW D32-060-W25-06-C 32.00 1.30 18.00 3 63.0 - 128.00 30.40 25.00 W 4.0 200 0.52 FF WO.. 06
FF EW D32-100-C32-06-C 32.00 1.30 18.00 3 103.0 - 230.00 - 32.00 C 4.0 200 1.28 FF WO.. 06
FF EW D32-100-W25-06-C 32.00 1.30 18.00 3 103.0 - 168.00 30.40 25.00 W 4.0 200 0.73 FF WO.. 06
FF EW D40-100-W32-09-C 40.00 2.00 19.20 3 100.0 97.0 167.50 50.00 32.00 W 5.0 500 1.12 FF WO.. 09
FF EW D40-150-W32-09-C 40.00 2.00 19.20 3 150.0 147.0 217.50 50.00 32.00 W 5.0 500 1.56 FF WO.. 09
FF EW D40-200-W32-09-C 40.00 2.00 19.20 3 200.0 197.0 267.50 50.00 32.00 W 5.0 500 2.00 FF WO.. 09
• For adaptation options, see page • For user guide, see pages 461-468
(1) C-Cylindrical, W-Weldon
For inserts, see pages: FF WOMT/WOCT (445)
FF EW
Fast Feed Endmills with
FF WOMT... Inserts
Cutting forces are directed axially
towards the spindle, enabling
cutting at very high feeds with
high stability and no vibrations.
A cylinder at the bottom of
the insert provides very rigid
clamping, absorbing most
of the forces usually exerted
on the clamping screw.
Ap=2 mm Max
for FF WO_T 09T320T
Ap=1.5 mm Max
for FF WOMT 060212T
259
FAST FEED MILLING TOOLS
Shank
L6
L5
L7
L1D3
D
D1
ap
Rd°
Designation D1apD Z L1L7L5L6D3Rd° Shank Nxcm(1) kg Insert
FF EW D32-060-CF4-06-C 32.00 1.30 18.00 3 60.0 64.00 72.00 114.00 44.00 4.0 CF4 200 0.54 FF WO.. 06
FF EW D32-100-CF4-06-C 32.00 1.30 18.00 3 100.0 104.00 112.00 154.00 44.00 4.0 CF4 200 0.74 FF WO.. 06
• For user guide, see pages 462-468
(1) Insert tightening torque
For inserts, see pages: FF WOMT/WOCT (445)
FF EW-CF
Fast Feed Endmills with
CLICKFIT Shanks
DD1Ts
L6
L5
ap
Rd°
Designation D1D Z apTs L5L6Rd° Nxcm(1) kg Insert
FF EW D25-M12-06-C 25.00 11.00 2 1.30 M12 25.00 47.00 5.0 200 0.05 FF WO.. 06
FF EW D32-M16-06-C 32.00 18.00 3 1.30 M16 35.00 60.00 4.0 200 0.16 FF WO.. 06
FF EW D40-M16-06-C 40.00 26.00 4 1.30 M16 40.00 65.00 2.5 200 0.23 FF WO.. 06
• For user guide, see pages 462-468
(1) Insert tightening torque
For inserts, see pages: FF WOMT/WOCT (445)
For holders, see pages: C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP (FLEXFIT) (250)
• HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
FF EW-M
Fast Feed Endmills with FLEXFIT
Threaded Adaptation
Spare Parts
Designation
FF EW-CF SR 34-506/M T-9/51
Spare Parts
Designation
FF EW-M SR 34-506/M T-9/51
ISCAR
260
FAST FEED MILLING TOOLS
Da
D3
D1
D
L
17°
ap
Rd°
Designation D D1apZ L D3Da Arbor(1) Rd°kg
FF FWX D040-05-16-05 30.10 40.00 1.00 5 35.00 38.00 16.00 A 2.8 0.193
FF FWX D050-06-22-05 40.10 50.00 1.00 6 40.00 48.00 22.00 A 2.0 0.354
FF FWX D052-06-22-05 42.10 52.00 1.00 6 40.00 48.00 22.00 A 1.9 0.367
FF FWX D040-04-16-07 27.00 40.00 1.50 4 35.00 38.00 16.00 A 4.2 0.180
FF FWX D050-05-22-07 37.00 50.00 1.50 5 40.00 48.00 22.00 A 2.9 0.330
FF FWX D052-05-22-07 39.00 52.00 1.50 5 40.00 48.00 22.00 A 2.8 0.350
FF FWX D063-06-22-07 50.00 63.00 1.50 6 40.00 61.00 22.00 A 2.1 0.580
FF FWX D080-07-32-07 67.00 80.00 1.50 7 55.00 76.00 32.00 A 1.6 1.383
FF FWX D100-08-32-07 87.00 100.00 1.50 8 50.00 78.00 32.00 B 1.2 1.472
FF FWX D050-04-22-08 34.00 50.00 2.00 4 45.00 48.00 22.00 A 4.8 0.343
FF FWX D052-04-22-08 36.00 52.00 2.00 4 45.00 48.00 22.00 A 4.5 0.372
FF FWX D063-05-22-08 47.00 63.00 2.00 5 45.00 61.00 22.00 A 3.3 0.611
FF FWX D063-05-27-08 47.00 63.00 2.00 5 50.00 61.00 27.00 A 3.3 0.650
FF FWX D066-05-22-08 50.00 66.00 2.00 5 45.00 61.00 22.00 A 3.1 0.670
FF FWX D066-05-27-08 50.00 66.00 2.00 5 50.00 61.00 27.00 A 3.1 0.724
FF FWX D080-06-32-08 64.00 80.00 2.00 6 55.00 76.00 32.00 A 2.3 1.254
FF FWX D100-07-32-08 84.00 100.00 2.00 7 50.00 78.00 32.00 B 1.7 1.410
FF FWX D125-09-40-08 109.00 125.00 2.00 9 55.00 90.00 40.00 B 1.3 2.378
FF FWX D160-11-40-08 144.00 160.00 2.00 11 55.00 95.00 40.00 C 1.0 3.442
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H600 WXCU (446)
Spare Parts
Designation
FF FWX D040-05-16-05 SR 10508600 T-9/51 SR M8X25DIN912
FF FWX D050-06-22-05 SR 10508600 T-9/51 SR M10X25 DIN912
FF FWX D052-06-22-05 SR 10508600 T-9/51 SR M10X25 DIN912
FF FWX D040-04-16-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M8X25-D11.5
FF FWX D050-05-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
FF FWX D052-05-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
FF FWX D063-06-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
FF FWX D080-07-32-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X30 DIN912
FF FWX D100-08-32-07 SR 34-535-SN BLD T15/M7 SW6-T-SH
FF FWX D050-04-22-08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
FF FWX D052-04-22-08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
FF FWX D063-05-22-08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
FF FWX D063-05-27-08 SR 14-591/H BLD T20/S7 SW6-T SR M12X30DIN912
FF FWX D066-05-22-08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
FF FWX D066-05-27-08 SR 14-591/H BLD T20/S7 SW6-T SR M12X30DIN912
FF FWX D080-06-32-08 SR 14-591/H BLD T20/S7 SW6-T SR M16X30 DIN912
FF FWX D100-07-32-08 SR 14-591/H BLD T20/M7 SW6-T
FF FWX D125-09-40-08 SR 14-591/H BLD T20/L7 SW6-T
FF FWX D160-11-40-08 SR 14-591/H BLD T20/L7 SW6-T
FF FWX
Fast Feed Face Mills Carrying
Double-Sided Inserts with
6 Cutting Edges
261
FAST FEED MILLING TOOLS
Da
D
3
D
D1
L
ap
30°
Rd°
Designation D D1apZ L D3Da Arbor(1) Rd°kg
MF FWX D040-05-16-05 30.60 40.00 2.00 5 35.00 38.00 16.00 A 1.4 0.17
MF FWX D050-06-22-05 40.50 50.00 2.00 6 40.00 48.00 22.00 A 1.0 0.30
MF FWX D052-06-22-05 42.50 52.00 2.00 6 40.00 48.00 22.00 A 1.0 0.32
MF FWX D063-08-22-05 53.50 63.00 2.00 8 40.00 48.00 22.00 A 0.8 0.41
MF FWX D040-04-16-07 27.70 40.00 2.70 4 35.00 38.00 16.00 A 2.0 0.17
MF FWX D050-05-22-07 37.70 50.00 2.70 5 40.00 48.00 22.00 A 1.4 0.31
MF FWX D052-05-22-07 39.70 52.00 2.70 5 40.00 48.00 22.00 A 1.3 0.32
MF FWX D063-06-22-07 50.70 63.00 2.70 6 40.00 48.00 22.00 A 1.0 0.42
MF FWX D080-07-32-07 67.70 80.00 2.70 7 55.00 76.00 32.00 A 0.8 0.00
MF FWX D100-08-32-07 87.70 100.00 2.70 8 50.00 78.00 32.00 B 0.6 1.46
MF FWX D050-04-22-08 34.70 50.00 3.50 4 45.00 48.00 22.00 A 2.5 0.32
MF FWX D063-05-27-08 47.70 63.00 3.50 5 50.00 61.00 27.00 A 1.7 0.62
MF FWX D066-05-27-08 50.70 66.00 3.50 5 50.00 61.00 27.00 A 1.7 0.64
MF FWX D080-06-32-08 64.70 80.00 3.50 6 55.00 76.00 32.00 A 1.2 1.13
MF FWX D100-07-32-08 84.70 100.00 3.50 7 50.00 78.00 32.00 B 0.9 1.37
MF FWX D125-09-40-08 109.70 125.00 3.50 9 55.00 90.00 40.00 B 0.7 2.35
MF FWX D160-11-40-08 144.70 160.00 3.50 11 55.00 95.00 40.00 C 0.5 0.00
• For machining recommendations and radius for programming, see table on page 446 • For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H600 WXCU (446)
Spare Parts
Designation
MF FWX D040-05-16-05 SR 10508600 T-9/51 SR M8X25DIN912
MF FWX D050-06-22-05 SR 10508600 T-9/51 SR M10X25 DIN912
MF FWX D052-06-22-05 SR 10508600 T-9/51 SR M10X25 DIN912
MF FWX D063-08-22-05 SR 10508600 T-9/51 SR M10X25 DIN912
MF FWX D040-04-16-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M8X25-D11.5
MF FWX D050-05-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
MF FWX D052-05-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
MF FWX D063-06-22-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M10X25 DIN912
MF FWX D080-07-32-07 SR 34-535-SN BLD T15/S7 SW6-T-SH SR M16X30 DIN912
MF FWX D100-08-32-07 SR 34-535-SN BLD T15/M7 SW6-T-SH
MF FWX D050-04-22-08 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
MF FWX D063-05-27-08 SR 14-591/H BLD T20/S7 SW6-T SR M12X30DIN912
MF FWX D066-05-27-08 SR 14-591/H BLD T20/S7 SW6-T SR M12X30DIN912
MF FWX D080-06-32-08 SR 14-591/H BLD T20/S7 SW6-T SR M16X30 DIN912
MF FWX D100-07-32-08 SR 14-591/H BLD T20/M7 SW6-T
MF FWX D125-09-40-08 SR 14-591/H BLD T20/L7 SW6-T
MF FWX D160-11-40-08 SR 14-591/H BLD T20/L7 SW6-T
MF FWX
Moderate Feed Face Mills
Carrying Double-Sided Inserts
with 6 Cutting Edges
ISCAR
262
FAST FEED MILLING TOOLS
D
3
D4
D1
D
Da
L
ap
34°
Designation D4D1D Z apL D3Da Arbor(1) kg
MF FHX D063-06-22-R06 63.00 65.40 53.40 6 3.00 40.00 48.00 22.00 A Y 0.452
MF FHX D080-07-27-R06 80.00 82.40 70.40 7 3.00 50.00 60.00 27.00 A Y 0.981
MF FHX D080-07-32-R06 80.00 82.40 70.40 7 3.00 50.00 66.00 32.00 A Y 0.856
MF FHX D100-09-32-R06 100.00 102.40 90.40 9 3.00 50.00 78.00 32.00 B Y 1.561
MF FHX D125-11-40-R06 125.00 127.40 115.40 11 3.00 50.00 92.00 40.00 B Y 2.427
MF FHX D160-13-40-R06 160.00 162.40 150.40 13 3.00 55.00 95.00 40.00 C N 3.500
• Radius for programming according to D1 diameter is 5.4 mm • When machining next to shoulders, maximum width of cut should be 0.3xD
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: H1200 HXCU 0606 (447)
Spare Parts
Designation
MF FHX D063-06-22-R06 SR 14-591/H BLD T20/S7 SW6-T SR M10X25 DIN912
MF FHX D080-07-27-R06 SR 14-591/H BLD T20/S7 SW6-T SR M12X30DIN912
MF FHX D080-07-32-R06 SR 14-591/H BLD T20/S7 SW6-T SR M16X30 DIN912
MF FHX D100-09-32-R06 SR 14-591/H BLD T20/M7 SW6-T
MF FHX D125-11-40-R06 SR 14-591/H BLD T20/M7 SW6-T
MF FHX D160-13-40-R06 SR 14-591/H BLD T20/M7 SW6-T
MF FHX-R06
34° Face Mills Carrying Hexagonal
Inserts with 12 Cutting Edges
D1
ap
ae
D
12.5°
L
Da
D3
Rd°
Designation D1DaeapZ L D3Da Arbor(1) Rd°(2) kg
FTP D040-4-16-R-LN10 40.00 22.00 8.0 1.80 4 40.00 38.00 16.00 A 2.0 0.205
FTP D050-5-22-R-LN10 50.00 32.00 8.0 1.80 5 40.00 47.00 22.00 A 1.4 0.322
FTP D052-5-22-R-LN10 52.00 34.00 8.0 1.80 5 40.00 47.00 22.00 A 1.4 0.345
FTP D063-6-27-R-LN10 63.00 45.00 8.0 1.80 6 50.00 59.00 27.00 A 1.0 0.698
• For application details, see below • Radius for programming R=3.4 mm
(1) For adaptation options, see page 461
(2) Valid only when FTP LNHT 1006... inserts are used.
For inserts, see pages: FTP LNHT 1006 (458) • HTP LN.. 1006 (457)
Slotting/Boring Side Plunging
Face Milling Spot Facing
Spare Parts
Designation
FTP D040-4-16-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M8X30DIN912
FTP D050-5-22-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M10X25C
FTP D052-5-22-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M10X25C
FTP D063-6-27-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M12X30C
FTP-LN10
Fast Feed Shell Mill Carrying
Tangentially Clamped Inserts
with 4 Cutting Edges
263
FAST FEED MILLING TOOLS
D1
Da
D3
D
L
ap
Rd°
Designation D1DapZ L D3Da Rd° Arbor(1) kg Insert
FF FW D40-16-06-C 40.00 26.00 1.30 4 35.00 38.00 16.00 2.5 A 0.16 FF WO.. 06
FF FW D50-22-06-C 50.00 36.00 1.30 5 40.00 48.00 22.00 2.0 A 0.31 FF WO.. 06
FF FW D52-22-06-C 52.00 38.00 1.30 5 40.00 48.00 22.00 1.9 A 0.34 FF WO.. 06
FF FW D50-22-09-C 50.00 29.20 2.00 4 50.00 47.00 22.00 4.0 A 0.34 FF WO.. 09
FF FW D52-22-09-C 52.00 31.20 2.00 4 40.00 47.00 22.00 4.0 A 0.27 FF WO.. 09
FF FW D63-22-09-C 63.00 42.20 2.00 5 40.00 58.00 22.00 3.0 A 0.47 FF WO.. 09
FF FW D63-27-09-C 63.00 42.20 2.00 5 50.00 61.00 27.00 3.0 A 0.57 FF WO.. 09
FF FW D66-22-09-C 66.00 45.20 2.00 5 40.00 61.00 22.00 2.8 A 0.55 FF WO.. 09
FF FW D66-27-09-C 66.00 45.20 2.00 5 50.00 61.00 27.00 2.8 A 0.64 FF WO.. 09
FF FW D80-32-09-C 80.00 59.20 2.00 5 50.00 75.00 32.00 2.0 A 0.97 FF WO.. 09
FF FW D100-32-09-C 100.00 79.20 2.00 6 50.00 78.00 32.00 1.5 B 1.32 FF WO.. 09
(1) For adaptation options, see page 461
For inserts, see pages: FF WOMT/WOCT (445)
L3
L2
L
D1
L1
D
Designation D1D L1L2L L3M
BT50 SEM 22x48x220C 22 48 19 182 220 260 M10
BT50 SEM 22x61x320C 22 61 19 282 320 360 M10
BT50 SEM 27x61x320C 27 61 21 282 320 370 M12
BT50 SEM 32x78x390C 32 78 24 352 390 440 M16
If coolant through flange option is required, the plug screw must be removed from the flange cooling hole (use a 2 mm hex key).
BT50 SEM-C
ISO 3937 Extra Long Shell Mill Holders
with Coolant Holes and BT
MAS-403 Tapered Shanks
Spare Parts
Designation
FF FW D40-16-06-C SR 34-506/M T-9/51 SR M8X25DIN912
FF FW D50-22-06-C SR 34-506/M T-9/51 SR M10X25 DIN912
FF FW D52-22-06-C SR 34-506/M T-9/51 SR M10X25 DIN912
FF FW D50-22-09-C SR 34-535 BLD T15/S7 SW6-T SR PS 118-0273
FF FW D52-22-09-C SR 34-535 BLD T15/S7 SW6-T SR M10X25 DIN912
FF FW D63-22-09-C SR 34-535 BLD T15/S7 SW6-T SR M10X25 DIN912
FF FW D63-27-09-C SR 34-535 BLD T15/S7 SW6-T SR M12X30DIN912
FF FW D66-22-09-C SR 34-535 BLD T15/S7 SW6-T SR M10X25 DIN912
FF FW D66-27-09-C SR 34-535 BLD T15/S7 SW6-T SR M12X30DIN912
FF FW D80-32-09-C SR 34-535 BLD T15/S7 SW6-T SR M16X30 DIN912
FF FW D100-32-09-C SR 34-535 BLD T15/M7 SW6-T
FF FW
Fast Feed Face Mills
ISCAR
264
FAST FEED MILLING TOOLS
D
L
7.5
Da
15°
D1
D4ap
Designation D D1D4ZapL RgDa Arbor(1) kg
FF NM D080-06-27-R08 80.00 88.00 64.50 6 2.00 50.00 8.00 27.00 A 0.841 SR 14-591/H BLD T20/S7 SW6-T
(1) For adaptation options, see page 461
For inserts, see pages: ONHU/ONMU-08-TN-MM (443) • ONHU/ONMU-08-TN/HL (443)
Material Vc [m/min]
Steel AISI 4340/34CrNiMO6 120-150
Nodular cast iron GGG 50 170
Cutting Data Recommendation
Recommended Application Range
0
2.52.01.51.00.50
Width of Cut (ae) = 56 mm
2.5
2.0
1.5
1.0
0.5
Ap[mm]
fz[mm/tooth]
FF NM
Fast Feed Face Mills Carrying
Octagonal ONHU/MU 0806...
Inserts with 16 Cutting Edges
265
FAST FEED MILLING TOOLS
D
Da
9°
L
ap
ae
D1
D3
Rd°
Designation D D1apae(1) Z L D3Da Arbor Rd°kg
FFQ4 D040-3-16-12 18.00 40.00 1.50 10.0 3 45.00 38.00 16.00 A 4.3 0.36
FFQ4 D040-4-16-12 18.00 40.00 1.50 10.0 4 45.00 38.00 16.00 A 4.3 0.25
FFQ4 D050-4-22-12 28.00 50.00 1.50 10.0 4 50.00 48.00 22.00 A 2.7 0.38
FFQ4 D050-5-22-12 28.00 50.00 1.50 10.0 5 50.00 48.00 22.00 A 2.7 0.37
FFQ4 D063-6-22-12 41.00 63.00 1.50 10.0 6 50.00 48.00 22.00 A 1.8 0.49
FFQ4 D080-7-27-12 58.00 80.00 1.50 10.0 7 50.00 76.00 27.00 A 1.2 1.05
FFQ4 D100-8-32-12 78.00 100.00 1.50 10.0 8 50.00 78.00 32.00 B 0.9 1.34
• Radius for programming 3.1 mm • For user guide, see pages 462-468
(1) Plunging width
For inserts, see pages: FFQ4 SOMT 1205 (445)
Spare Parts
Designation
FFQ4 D040-3-16-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR M10X35 DIN912
FFQ4 D040-4-16-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR PS 118-0416
FFQ4 D050-4-22-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR M10X35 DIN912
FFQ4 D050-5-22-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR M10X35 DIN912
FFQ4 D063-6-22-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR M10X35 DIN912
FFQ4 D080-7-27-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7 SR M12X30DIN912
FFQ4 D100-8-32-12 SR M4X0.7-L9.6 IP15 SW6-T BLD IP15/S7
FFQ4 D-12
Fast Feed Face Mills
Carrying Single-Sided Inserts
with 4 Cutting Edges
Workpiece Material
Insert
type
Carbide
grade
D.O.C. ap [mm]
Cutting
speed
Vc,
[m/min]
Feed fz
[mm/tooth]
Coolant
ISO
class
DIN/
ISO
513
Description
ISCAR
mat.
group*
Hardness,
HB
Typical
representstive
Recommended Range Recommended Range
AISI/
SAE/
ASTM
DIN W.-Nr.
P
Non-alloy
steel 1-5 130-180 1020 1.0402
T
IC808
1.5 0.5-1.5
150-220 1.5 0.5-2.0 Dry
IC830 140-200 1.6 0.5-2.0 Dry/Wet
Low alloy
steel
6-8 260-300 4340 1.6582 IC808 140-200 1.5 0.5-2.0 Dry
IC830 120-180 1.6 0.5-2.0 Dry/Wet
9HRC
35-42** 3135 1.5710 IC808 130-180 1.5 0.5-1.8 Dry
IC830 120-160 1.5 0.5-1.8 Dry/Wet
High alloy
steel 10-11 200-220 H13 1.2344 IC808 120-170 1.3 0.5-1.8 Dry
IC830 100-150 1.4 0.5-1.8 Dry/Wet
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021 IC808 110-160 1.3 0.5-1.8 Dry
IC830 100-150 1.4 0.5-1.8 Dry/Wet
M
Austenitic
stainless steel 14 200 304L 1.4306 HP
IC830
1.5 0.5-1.5
80-140 1.0 0.5-1.5
Wet
IC808 100-160 1.0 0.5-1.5
IC5820 100-160 1.0 0.5-1.6
IC882 80-130 1.0 0.5-1.8
K
Grey cast iron
Nodular cast
iron
15-16 250 Class 40 0.6025 (GG25)
T/T20
IC810
1.5 0.5-1.5
150-220 1.5 0.5-2.0
Dry
17-18 200 Class
65-45-12
0.7050
(GGG50) IC810 120-200 1.5 0.5-2.0
S
High
temperature
alloys
33-35 340 Inconel
718 2.4668
HP
IC830
1.5 0.5-1.5
23-35 0.7 0.5-1.0
Wet
IC808 25-40 0.7 0.4-1.0
IC5820 23-35 0.7 0.5-1.0
IC882 20-30 0.7 0.5-1.0
36-37 HRC
35-40
AMS
R56400
3.7165
(Ti6Al4V)
IC830 20-45 0.7 0.5-1.0
IC808 20-30 0.7 0.4-1.0
IC5820 20-30 0.7 0.5-1.0
IC882 20-30 0.9 0.5-1.0
H
Hardened
steel 38 HRC 45-49 HARDOX 450 plate T IC808 1 0.5-1.5 50-75 0.5 0.4-0.5 Dry
Table - Average Cutting Data for FFQ4-12 Fast Feed Face Mills
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%.
ISCAR
266
FAST FEED MILLING TOOLS
Da
D
3
ap
L5
D1
D4
L
15° 16°
ap5
D6
D5ap6
L6
31º
D7D
D8
D2
A B C
FF SOF
Multifunction Fast Feed Milling Cutter
for Octagonal and Square Insert
Contours with Various Entry Angles
Spare Parts
Designation
FF SOF 8/16-D063-06-22R SR 11800745 BLD IP15/S7 SW6-T-SH SR M10X25 DIN912
FF SOF 8/16 D080-07-27R SR 11800745 BLD IP15/S7 SW6-T-SH SR M12X30DIN912
FF SOF 8/16 D100-08-32R SR 11800745 BLD IP15/S7 SW6-T-SH
2.5
1.5
0.5
2
1
00 0.5 1
fz (mm/tooth)
ap (mm)
21.5
ONMU 05...
OXMT 05... FF
Material: SAE 4340
ae: 0.7xD
Vc: 150-170 m/min
S845 SNMU 13...
Application Range According to Insert Type
• A- with ONMU 0505... insert • B- with S845 SNMU 1305... insert • C- with OXMT 0507R08-FF insert • Use only Torx Plus keys
• For user guide, see pages 462-468
(1) For adaptation options, see page 461
For inserts, see pages: ONHU/ONMU-05 (432) • OXMT 0507 (433) • S845 SNMU/SNHU-13 (429)
Designation D4D D1apL D5D6ap5 L5D2D7D8ap6 L6Z D3Da
FF SOF 8/16-D063-06-22R 52.60 63.00 68.40 1.20 40.00 49.50 69.20 2.20 40.40 56.60 66.80 70.40 2.70 40.90 6 65.60 22.00
FF SOF 8/16 D080-07-27R 69.60 80.00 85.40 1.20 40.00 66.50 86.20 2.20 40.40 73.60 83.80 87.40 2.70 40.90 7 82.60 27.00
FF SOF 8/16 D100-08-32R 89.60 100.00 105.40 1.20 50.00 86.50 106.20 2.20 50.40 93.60 103.80 107.40 2.70 50.90 8 102.60 32.00
Designation Arbor(1) kg
FF SOF 8/16-D063-06-22R B 0.482
FF SOF 8/16 D080-07-27R B 1.039
FF SOF 8/16 D100-08-32R B 1.464
267
PLUNGING CUTTERS
PLUNGING CUTTERS
ISCAR
268
PLUNGING CUTTERS
d
H
L
D
ae
ap
Designation DaeapZ H L d Shank(1) kg
HTP D016-2-L120-C16-LN06 16.00 4.5 2.50 2 32.00 120.00 16.00 C 0.166 SR 14-560-HG T-8/53
HTP D020-3-L150-C20-LN06 20.00 5.0 2.50 3 40.00 150.00 20.00 C 0.331 SR 14-560-HG T-8/53
HTP D025-3-L150-C25-LN06 25.00 5.0 2.50 3 50.00 150.00 25.00 C 0.513 SR 14-560-HG T-8/53
HTP D025-4-L130-C25-LN06 25.00 5.0 2.50 4 50.00 130.00 25.00 C 0.439 SR 14-560-HG T-8/53
• For user guide, see pages 272-276
(1) C-Cylindrical
For inserts, see pages: HTP LN.. 0604 (456)
HTP-LN06
Side Plungers Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
D
ae
L5
L6
Ts D3
apT
Designation DaeapZ L5L6D3Ts T(1) kg
HTP D16/.62-2-M08-LN06 15.95 4.5 2.50 2 30.00 47.50 13.00 M08 10.0 0.030 SR 14-560-HG T-8/53
HTP D20-3-M10-LN06 20.00 5.0 2.50 3 30.00 50.00 18.00 M10 15.0 0.058 SR 14-560-HG T-8/53
HTP D25/1.00-3-M12-LN06 25.20 5.0 2.50 3 35.00 57.00 21.00 M12 17.0 0.095 SR 14-560-HG T-8/53
• For user guide, see pages 272-276
(1) Clamping wrench size
For inserts, see pages: HTP LN.. 0604 (456)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HTP-M-LN06
Side Plungers with FLEXFIT Threaded
Connection Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
ae
L1
Side Step as a Function of the Width of the Plunge
Cutter Diameter (mm)
16 20 25
ae - Width of plunge (mm) L1 max - Step (effective diameter)
17.75 8.72 9.80
210.58 12.00 13.56
312.49 1428 16.25
413.86 16.00 18.33
514.83 17.32 20.00
The relationship between the maximal step L
1 max and the width of plunge ae is given
by the following formula:
L
1 max = 2x D x (ae-ae2)
D: cutter diameter
269
PLUNGING CUTTERS
Dd
H
L
ae
ap
Designation DaeapZ H L d Shank(1) kg
HTP D025-2-L200-C25-LN10 25.00 7.0 3.00 2 120.00 200.00 25.00 C 0.641 SR 34-550 BLD T10/S7 SW6-SD
HTP D032-3-L190-C25-LN10 32.00 8.0 3.00 3 50.00 190.00 25.00 C 0.680 SR 34-550 BLD T10/S7 SW6-SD
HTP D032-3-L210-C32-LN10 32.00 8.0 3.00 3 120.00 210.00 32.00 C 1.090 SR 34-550 BLD T10/S7 SW6-SD
HTP D032-3-L210-W32-LN10 32.00 8.0 3.00 3 120.00 210.00 32.00 W 1.085 SR 34-550 BLD T10/S7 SW6-SD
HTP D040-4-L250-C32-LN10 40.00 8.0 3.00 4 50.00 250.00 32.00 C 1.487 SR 34-550 BLD T10/S7 SW6-SD
• For user guide, see pages 272-276
(1) C-Cylindrical, W-Weldon
For inserts, see pages: HTP LN.. 1006 (457)
HTP-LN10
Side Plungers Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
D
ae
L5
L6
Ts D3
apT
Designation DaeapZ L5L6D3Ts T(1) kg
HTP D025-2-M12-LN10 25.00 7.0 3.00 2 35.00 57.00 21.00 M12 17.0 0.089 SR 34-550 BLD T10/S7 SW6-SD
HTP D032-3-M16-LN10 32.00 8.0 3.00 3 35.00 60.00 29.00 M16 25.0 0.159 SR 34-550 BLD T10/S7 SW6-SD
HTP D035-3-M16-LN10 35.00 8.0 3.00 3 43.00 68.00 29.00 M16 25.0 0.218 SR 34-550 BLD T10/S7 SW6-SD
HTP D042-4-M16-LN10 42.00 8.0 3.00 4 43.00 68.00 29.00 M16 25.0 0.260 SR 34-550 BLD T10/S7 SW6-SD
• For user guide, see pages 272-276
(1) Clamping wrench size
For inserts, see pages: HTP LN.. 1006 (457)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249)
• HSK A-ODP (FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
HTP-M-LN10
Side Plungers with FLEXFIT Threaded
Connection Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
D3
D
Da
L
ae
3
Designation DaeZ L D3Da Arbor(1) kg
HTP D040-4-16-R-LN10 40.00 8.0 4 40.00 38.00 16.00 A 0.203
HTP D050-5-22-R-LN10 50.00 8.0 5 40.00 48.00 22.00 A 0.313
HTP D052-5-22-R-LN10 52.00 8.0 5 40.00 48.00 22.00 A 0.338
• For user guide, see pages 272-276
(1) For adaptation see page 461
For inserts, see pages: HTP LN.. 1006 (457)
Slot/Bore Shoulder
Face Milling Spot Facing
Spare Parts
Designation
HTP D040-4-16-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M8X30DIN912
HTP D050-5-22-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M10X25C
HTP D052-5-22-R-LN10 SR 34-550 BLD T10/S7 SW6-SD SR M10X25C
HTP-R-LN10
Shell Mill Plungers Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
ISCAR
270
PLUNGING CUTTERS
L
D3
Da
Dae
A
ap
0.5
Designation DaeapZ L D3Da Arbor(1) kg
HTP D050-04-22-R-LN16 50.00 13.0 3.00 4 50.00 48.00 22.00 A 0.372
HTP D052-04-22-R-LN16 52.00 13.0 3.00 4 50.00 48.00 22.00 A 0.384
HTP D063-05-27-R-LN16 63.00 14.0 3.00 5 50.00 59.00 27.00 A 0.527
HTP D066-05-27-R-LN16 66.00 14.0 3.00 5 50.00 62.00 27.00 A 0.605
HTP D080-06-27-R-LN16 80.00 14.0 3.00 6 50.00 65.00 27.00 A 0.822
HTP D080-06-32-R-LN16 80.00 14.0 3.00 6 50.00 72.00 32.00 A 0.890
HTP D100-07-32-R-LN16 100.00 14.0 3.00 7 50.00 78.00 32.00 B 1.285
• For user guide, see pages 272-276
(1) For adaptation see page 461
For inserts, see pages: HTP LN.. 1606 (458)
Slot / Bore
ShoulderFace Milling Spot Face
A
Fz max =
0.3 mm/tooth
Reverse
Unique ISCAR
Feature
Rear Cutting Edge
Spare Parts
Designation
HTP D050-04-22-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR PS 118-0271C
HTP D052-04-22-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR PS 118-0271C
HTP D063-05-27-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR M12X30C
HTP D066-05-27-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR M12X30C
HTP D080-06-27-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR M12X30C
HTP D080-06-32-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH SR M16X40C
HTP D100-07-32-R-LN16 SR 34-535 BLD T15/S7 SW6-T-SH
HTP-R-LN16
Shell Mill Plungers Carrying Tangentially
Clamped Inserts with 4 Cutting Edges
L1
L5
D
D
L6
L7
d
D
3
Designation D L1L7L5L6Zeff Z D3d Shank(1) kg
PH D40-H090-W32-13 40.00 90.0 105.70 113.70 173.70 1 2 48.60 32.00 W 0.97 SR 14-562XL T-10/51
PH D50-H100-W32-13 50.00 100.0 103.00 111.00 171.00 2 4 48.60 32.00 W 1.00 SR 14-562XL T-10/51
• For user guide, see pages 272-276
(1) W-Weldon
For inserts, see pages: PLHT (456)
PH
High Productivity Center Cutting
Plungers with PLHT 1305-PDX Inserts
271
PLUNGING CUTTERS
L5
ap
L6
TsD3
D
ae
Rd°
Designation Dae(1) apL5L6Z Ts D3Rd°kg
PLX D32-M16-12 32.00 11.0 9.00 35.00 60.00 3 M16 30.40 8.6 0.163 SR 34-510/L11.7 BLD T15/S7 SW6-T
PLX D40-M16-12 40.00 11.0 9.00 35.00 60.00 4 M16 29.00 6.8 0.228 SR 34-510/L11.7 BLD T15/S7 SW6-T
• No internal coolant • For user guide, see pages 272-276
(1) Maximum side plunge
For inserts, see pages: XCMT-TR (456)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • HSK A-ODP (FLEXFIT) (250)
• HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
PLX-M
Side Plungers with FLEXFIT
Threaded Adaptation Carrying
XCMT 120408TR Inserts
D
ae
L
ap
Da
D3
Rd°
Designation Dae(1) apZ L D3Da Arbor(2) Rd°kg
PLX D52-22-12 52.00 11.0 9.00 6 40.00 50.00 22.00 A 4.9 0.29
• With holes for internal coolant • For user guide, see pages 272-276
(1) Maximum side plunge 461
(2) For adaptation see page
For inserts, see pages: XCMT-TR (456)
ae
F2
F1
Plunging Finishing Cut
Balanced cutting forces reduce
bending force.
Spare Parts
Designation
PLX SR 34-510/L11.7 BLD T15/S7 SW6-T SR M10X25 DIN912
PLX
Side Shell Mill Plungers Carrying
XCMT 120408TR Inserts
ISCAR
272
PLUNGING CUTTERS
ISCAR
272
USER GUIDE
• L1max = 2x Dxae-ae2
Plunging Cycle:
Step 1- Plunge in (axially-Z direction)
Step 2- Back stroke (rapid) at an
angle b≥2°
Step 3- Move to the next cycle
Recommended Cutting Conditions for Side Plunging
β
β
Control movement
Rapid movement
- Exit angle from the material
Table 1: L1 as a Function of the Width of Cut and Cutter Diameter
ae -
Width of Plunge
(mm)
Cutter Diameter (mm)
50 52 63 66 80 100
L1max - Step (effective diameter)
114.0 14.3 15.75 16.1 17.8 19.9
323.8 24.3 26.8 27.5 30.4 34.1
530.0 30.6 34.0 34.9 38.7 43.6
632.5 33.2 37.0 37.9 42.1 47.5
734.7 35.5 39.6 40.6 45.2 51.0
836.6 37.5 41.9 43.0 48.0 54.3
938.5 39.3 43.10 45.3 50.5 57.2
10 40.0 41.0 46.0 47.3 52.9 60.0
11 41.4 42.5 47.8 49.2 55.1 62.6
12 42.7 43.8 49.5 50.9 57.1 65.0
13 43.8 45.0 51.0 52.5 59.0 67.3
14 - - 52.4 53.9 60.8 69.4
L1- Side step over
ae- Width of plunge
ae
L1
TANGPLUNGE - SIDE PLUNGING
Workpiece Material
Insert
HTP
LN…
type
Carbide
grade
for
inserts
Cutting
speed Vc,
m/min
Feed Fz,
mm/t Coolant
ISO
class
Description
ISCAR
mat.
group*
Typical Representative
Hardness,
HB
DIN/
ISO
513
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 4 1060 1.1221 180-200
…ER
IC830/
IC928
80-130 0.12-0.15
Air blow
Low alloy steel 8 4340 1.6582 260-300 80-120 0.1-0.15
Low alloy steel 9 3135 1.571 HRC 35-40** 80-120 0.08-0.15
High alloy steel 10 H13 1.2344 200-220 80-100 0.08-0.12
Martensitic s.s. 12 420 1.4021 200
IC830/
IC330/
IC328
80-100 0.08-0.12 Air blow/wet
MAustenitic s.s. 14 304L 1.4306 200 …ER
IC830/
IC330/
IC328
60-80 0.08-0.1 Wet
(emulsion)
KGrey cast iron 16 Class 40 0.6025 (GG25) 250 …ER IC810/
IC910
150-200 0.12-0.2 Air blow
Nodular cast iron 17 Class 65-45-12 0.7050 (GGG50) 200 100-180 0.1-0.17
SNi-based HTSA 34 Inconel 718 2.4668 350 …ER IC328/
IC330
20-25 0.07-0.1 Wet
(emulsion)
Ti alloys 37 Ti6Al4V (Grade 5) 3.7164 HRC 34-36 35-40 0.07-0.1
HHardened steel 38 4340 1.6582 HRC 45 max …ETR IC808/
IC908 70-100 0.08-0.1 Air blow
The table data refers to a cutter overhang of up to 4D (D-the diameter of a cutter)
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
273
PLUNGING CUTTERS
273
USER GUIDE
L- Width of Cut (mm)
L max
Recommended Cutting Conditions for Slot Plunging
TANGPLUNGE - SLOT PLUNGING
Workpiece Material
Insert
HTP
LN…
type
Carbide
grade for
inserts
Cutting
speed Vc,
m/min
Feed Fz,
mm/t Coolant
ISO
class
Description
ISCAR
mat.
group*
Typical Representative
Hardness,
HB
DIN/
ISO
513
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 4 1060 1.1221 180-200
…ER
IC830/
IC928
80-120 0.1-0.15
Air
blow
Low alloy steel 8 4340 1.6582 260-300 80-120 0.1-0.12
Low alloy steel 9 3135 1.571 HRC 35-40** 80-120 0.08-0.12
High alloy steel 10 H13 1.2344 200-220 80-100 0.08-0.1
Martensitic s.s. 12 420 1.4021 200
IC830/
IC330/
IC328
80-100 0.08-0.1 Air blow/
wet
MAustenitic s.s. 14 304L 1.4306 200 …ER
IC830/
IC330/
IC328
60-80 0.08-0.1 Wet
(emulsion)
K
Grey cast iron 16 Class 40 0.6025 (GG25) 250
…ER IC810/
IC910
150-200 0.12-0.18 Air
blow
Nodular cast
iron 17 Class
65-45-12 0.7050 (GGG50) 200 100-180 0.1-0.15
S
Ni-based HTSA 34 Inconel 718 2.4668 350
…ER IC328/
IC330
20-25 0.07-0.09 Wet
(emulsion)
Ti alloys 37 Ti6Al4V
(Grade 5) 3.7164 HRC 34-36 35-40 0.07-0.09
HHardened steel 38 4340 1.6582 HRC 45 max …ETR IC808/
IC908 70-100 0.08-0.09 Air blow
The table data refers to a cutter overhang of up to 4D (D-the diameter of a cutter)
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
ISCAR
274
PLUNGING CUTTERS
ISCAR
274
USER GUIDE
Recommended Cutting Conditions for Face Milling
Ae
Ap
TANGPLUNGE - FACE MILLING
Workpiece Material
Insert HTP
LN… type
Carbide
grade
for
inserts
Cutting
speed Vc,
m/min
Feed Fz,
mm/t Coolant
ISO
class
Description
ISCAR
mat.
group*
Typical Representative
Hardness,
HB
DIN/
ISO
513
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 4 1060 1.1221 180-200
…ER
IC830/
IC928
80-120 0.1-0.2
Air
blow
Low alloy steel 8 4340 1.6582 260-300 80-120 0.1-0.18
Low alloy steel 9 3135 1.571 HRC
35-40** 80-120 0.1-0.15
High alloy steel 10 H13 1.2344 200-220 80-100 0.08-0.15
Martensitic s.s. 12 420 1.4021 200
IC830/
IC330/
IC328
80-100 0.08-0.15 Air blow/
wet
MAustenitic s.s. 14 304L 1.4306 200 …ER
IC830/
IC330/
IC328
60-80 0.08-0.1 Wet
(emulsion)
K
Grey cast iron 16 Class 40 0.6025 (GG25) 250
…ER IC810/
IC910
150-200 0.12-0.2 Air
blow
Nodular cast
iron 17 Class
65-45-12 0.7050 (GGG50) 200 100-180 0.1-0.18
S
Ni-based HTSA 34 Inconel 718 2.4668 350
…ER IC328/
IC330
20-25 0.08-0.12 Wet
(emulsion)
Ti alloys 37 Ti6Al4V
(Grade 5) 3.7164 HRC 34-36 35-40 0.08-0.12
HHardened steel 38 4340 1.6582 HRC 45 max …ETR IC808/
IC908 70-100 0.08-0.1 Air blow
The table data refers to a cutter overhang of up to 4xD and the maximal width of cut Ae=0.7xD (D-the diameter of a cutter)
The maximal depth of cut Ap is 2.5 mm for hardened steel and 3 mm for other material groups
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
275
PLUNGING CUTTERS
275
USER GUIDE
1. First hole - drilling mode, see Sketch 1.
2. Second and following overlapping by a pitch
of 0.5d < A < 0.8d, see Sketch 1.
3. For overlap between pass 1 and 2, see Sketch 2.
Sketch 2
#1 #2 #3 #4 #5
#9 #8 #7 #6
A
A
Second
pass
First
pass
First pass
Second pass
Sketch 1
Hmin = 1 mm
1. Maximum width ae for each pass should not
excede 11 mm, see Sketches #1 through #3.
2. Total width of penetration should not
exceed A<0.7D, see Sketch #3.
3. ae for additional lateral side steps have an
11 mm maximum, see Sketch #4.
ae max1 = 11 mm
ae max2 = 11 mm
A max = 0.7D
ae max = 11 mm
Di
Dt
Sketch 1 Sketch 2
Sketch 3 Sketch 4
Cutting conditions
For alloy steel SAE 4340, P20, using carbide grade IC328
Vc = 150 m/min
fz = 0.05 - 0.07 mm/flute
Cutting Conditions:
For alloy steel SAE 4340, P20. 30 to 32
Rc, using carbide grade IC328
Vc = 150 m/min
fz = 0.12 - 0.15 mm/tooth
Recommended Pattern for the Use of PH...- Type Plunger Tools
Recommended Pattern for the PLX...- Type Plungers
ISCAR
276
PLUNGING CUTTERS
ISCAR
276
USER GUIDE
When plunging starts from a pre-drilled hole,
the initial diameter of the hole Di should be
larger than the plunger diameter Dt.
Note: After each axial plunge stroke, move 45º from the horizontal, a
distance of at least 0.5 mm. Only after this move can you move up and
away for a rapid exit.
See Sketch 6.
Di > Dt
ae max = 11 mm
Di
Dt
Sketch 5
45ϒ
0.5 mm min
Sketch 6
The PLH...- type (trepanning) plungers have a
hollow center. This requires a specific pattern
so the column that remains after each plunge
is removed completely and smoothly.
The coordinates in Table 1 produce
the pattern shown in Sketch 7.
This provides the optimal results for the PLH
D75-27-13 type plunger (outer diameter of
75 mm, inner diameter of 24 mm).
Hole X Y
A 0.0000 0.0000
B 0.0000 43.300
C 0.0000 86.601
D 37.125 -21.650
E 37.125 21.650
F 37.125 64.951
G 24.750 0.0000
H 12.375 64.951
X
Y
A
B
C
D
E
F
A
B
C
Y
X
D
E
F
A
B
C
G
H
X
Y
Sketch 7
Table 1
277
SLOTTING CUTTERS
SLOTTING CUTTERS
ISCAR
278
SLOTTING CUTTERS
ISCAR
278
Application Range
MM TS/GRIT- pages 280-283
0.70-10.0
7.7-27.7
ø
SD-SP- page 284
2.0-6.0
31.7-39.7
ø
ETS T-Slot - pages 287-293
3.0-22
21-63
ø
TRIB - pages 285, 286
1.2-6.5
32.2-80
ø
FDN - pages 295-301
50-250
3-25
ø
12-16
FST - page 309
100-125
ø
279
SLOTTING CUTTERS
279
Application Range
SDN - pages 302-309
63-250
3-25
ø
SSB...R/L- pages 310
100-200
12-24
ø
GM/SGSF/SGSA / TGSF - pages 312-316
SGSF
SGSA
32-100
2.7-4.5
ø
50-425
1.3-6.5
ø
GM-DG
100-200
2.7-4.35
ø
SGSF with Drive Flange
50-425
2.4-6.4
ø
SGSF with Drive Shank S; SW -
50-125
1.5-6.4
ø
TGSF
50-160
1.6-4
ø
ISCAR
280
SLOTTING CUTTERS
Tmax
W
Chx45°
MM TS077-N...
15
8.0
4.5
10
r
Ts
D
W
Dimensions Tough
1
Hard
Designation D-0.05 W±0.02 Tmax Z r Ch Ts
IC328
IC928
IC908
MM TS077-N07A-4T05 7.70 0.70 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N08A-4T05 7.70 0.80 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N09A-4T05 7.70 0.90 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N10A-4T05 7.70 1.00 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N15A-4T05 7.70 1.50 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS077-N20A-4T05 7.70 2.00 1.20 4 0.20 - T05 MM KEY 6X4* •
MM TS105-N20D-06T04 10.50 2.00 2.00 6 0.40 - T04 T-15/3* •
MM TS.500-N062P-06T05 12.70 1.58 2.25 6 - 0.15 T05 T-20/3* •
MM TS.500-N078P-06T05 12.70 1.98 2.25 6 - 0.15 T05 T-20/3* •
MM TS135-N20P-06T05 13.50 2.00 2.65 6 - 0.20 T05 T-20/3* •
MM TS135-N25P-06T05 13.50 2.50 2.65 6 - 0.20 T05 T-20/3* •
• For shanks, see pages 63-69 • For tightening torques and clamping instructions, see page 34 • Do not apply lubricant to the threaded connection
• For user guide, see pages 320-328
* Optional, should be ordered separately
MM TS-N
Interchangeable Solid Carbide
T-Slot Milling Heads
281
SLOTTING CUTTERS
Tmax
W
r
Ts
D
W
Dimensions
Designation D-0.05 W±0.02 Tmax Z r Ts
IC328
MM TS135-H30D-06T05 13.50 3.00 2.65 6 0.40 T05 T-20/3* •
MM TS135-H40D-06T05 13.50 4.00 2.65 6 0.40 T05 T-20/3* •
MM TS165-H40A-06T05 16.50 4.00 4.25 6 0.20 T05 T-20/3* •
MM TS160-H20D-06T06 16.00 2.00 3.00 6 0.40 T06 T-20/3* •
MM TS160-H30D-06T06 16.00 3.00 3.00 6 0.40 T06 T-25/3* •
MM TS160-H40D-06T06 16.00 4.00 3.00 6 0.40 T06 T-25/3* •
MM TS165-H20D-06T06 16.50 2.00 3.25 6 0.40 T06 T-20/3* •
MM TS165-H30D-06T06 16.50 3.00 3.25 6 0.40 T06 T-25/3* •
MM TS165-H40D-06T06 16.50 4.00 3.25 6 0.40 T06 T-25/3* •
MM TS195-H60A-06T06 19.50 6.00 4.45 6 0.20 T06 T-25/3* •
MM TS225-H60A-06T06 22.50 6.00 5.95 6 0.20 T06 T-25/3* •
MM TS195-H40D-06T08 19.50 4.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS195-H50D-06T08 19.50 5.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS195-H60D-06T08 19.50 6.00 3.45 6 0.40 T08 T-30/3 L* •
MM TS225-H40D-06T08 22.50 4.00 4.90 6 0.40 T08 T-40/3 L* •
MM TS225-H50D-06T08 22.50 5.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS225-H60D-06T08 22.50 6.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS225-H80D-06T08 22.50 8.00 4.95 6 0.40 T08 T-40/3 L* •
MM TS250-H50D-06T08 25.00 5.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H60D-06T08 25.00 6.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H80D-06T08 25.00 8.00 5.90 6 0.40 T08 T-50/3 L* •
MM TS250-H50D-06T10 25.00 5.00 4.30 6 0.40 T10 T-50/3 L* •
MM TS250-H60D-06T10 25.00 6.00 4.30 6 0.40 T10 T-50/3 L* •
MM TS250-H80D-06T10 25.00 8.00 4.30 6 0.40 T10 T-50/3 L* •
• Inserts in 5 mm and wider feature chip splitting edges • For tightening torques and clamping instructions, see page 34
• Do not apply lubricant to the threaded connection • For shanks, see pages 63-69 • For user guide, see pages 320-328
* Optional, should be ordered separately
MM TS-H
Interchangeable Solid Carbide T-Slot
Milling Heads with Various Corner Radii
L5
lTTs
D
R0.3 Typx4
3
0.45 max.
depth of cut
3
6
0.6
L3
A
D2
A
Dimensions
Designation D4(1) D Ts Z L5L3l D2T(2)
IC908
MM TS155-04T10-8238 15.88 15.50 T10 4 30.20 8.40 14.10 16.00 13.0 MM KEY 13X8* •
MM TS185-04T12-8239 19.05 18.50 T12 4 31.20 8.80 14.50 18.45 16.0 MM KEY 16X9* •
MM TS245-04T15-8240 25.40 24.50 T15 4 37.40 11.00 14.40 23.90 20.0 MM KEY 20* •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 34
• Do not apply lubricant to the threaded connection • For user guide, see pages 320-328
(1) For minimum tube outer diameter
(2) Clamping wrench size
* Optional, should be ordered separately
MM TS-DG
Double-Groove Internal Grooving
Heads with Threaded Connection for
Tube Sheets of Heat Exchangers
ISCAR
282
SLOTTING CUTTERS
DTs
Dmin
W
Tmax
Tmax
W
r
Dimensions
Designation D W±0.02 Tmax Z r D min(2) Ts
IC528
MM GRIT 16K-1.50-0.10 15.70 1.50 2.80 3 0.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-1.50-0.10 15.70 1.50 2.80 3 0.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-1.57-0.20 15.70 1.57 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.00-0.20 15.70 2.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-2.20-1.10 15.70 2.20 2.80 3 1.10 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.39-0.20 15.70 2.39 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-2.50-0.20 15.70 2.50 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-3.00-0.20 15.70 3.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16P-3.00-0.20 15.70 3.00 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 16K-3.17-0.20 15.70 3.17 2.80 3 0.20 16.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.20-0.05 (1) 17.70 1.20 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-1.20-0.60 17.70 1.20 3.80 3 0.60 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.40-0.05 (1) 17.70 1.40 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.50-0.10 17.70 1.50 3.80 3 0.10 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.57-0.20 17.70 1.57 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-1.70-0.05 (1) 17.70 1.70 3.80 3 0.05 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.00-0.20 17.70 2.00 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-2.00-1.00 17.70 2.00 3.80 3 1.00 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-2.20-1.10 17.70 2.20 3.80 3 1.10 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.39-0.20 17.70 2.39 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-2.50-0.20 17.70 2.50 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-3.00-0.20 17.70 3.00 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
MM GRIT 18P-3.00-1.50 17.70 3.00 3.80 3 1.50 18.00 T06 MM EGR 16-18* •
MM GRIT 18K-3.17-0.20 17.70 3.17 3.80 3 0.20 18.00 T06 MM EGR 16-18* •
• Recommended for O-rings and retaining rings • MM EGR clamping key is supplied with each MM GRT... shank • Modification options on request
• Do not apply lubricant to the threaded connection • Tightening torque: 1000 N x cm • For clamping instructions, see page 34
• For user guide, see pages 320-328 • For shanks, see pages 63-69 • K - For general steel machining • P - Positive geometry for soft and gummy materials
(1) For circle clips according to DIN 471/472 and ANSI B27.7M
(2) Minimum bore diameter
* Optional, should be ordered separately
K-Type - For general steel machining.
P-Type - Positive geometry for soft and gummy materials.
MM GRIT-16K/P,18K/P
Interchangeable Solid Carbide Small
Diameter Groove Milling Heads
283
SLOTTING CUTTERS
D
Dmin
W
Tmax
Ts
W≤1.2
Tmax
Tmax
W
r
Dimensions
Designation D W±0.02 Tmax Z r D min(2) Ts
IC528
MM GRIT 22K-0.76-0.00 (1) 21.70 0.76 1.50 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-0.86-0.00 (1) 21.70 0.86 1.70 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-0.96-0.00 (1) 21.70 0.96 1.90 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.00-0.05 21.70 1.00 2.00 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-1.00-0.05 21.70 1.00 2.00 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.20-0.05 (1) 21.70 1.20 4.50 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.40-0.05 (1) 21.70 1.40 4.50 4 0.05 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.57-0.00 21.70 1.57 4.50 4 0.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.70-0.10 (1) 21.70 1.70 4.50 4 0.10 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-1.70-0.10 (1) 21.70 1.70 4.50 4 0.10 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-1.95-0.20 (1) 21.70 1.95 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.00-0.20 21.70 2.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-2.00-0.20 21.70 2.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.25-0.20 (1) 21.70 2.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.39-0.20 21.70 2.39 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.50-0.20 21.70 2.50 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-2.50-0.20 21.70 2.50 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-2.75-0.20 (1) 21.70 2.75 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.00-0.20 21.70 3.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.00-0.20 21.70 3.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.17-0.20 21.70 3.17 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-3.25-0.20 (1) 21.70 3.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.81-0.20 21.70 3.81 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.00-0.20 21.70 4.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-3.98-0.20 21.70 3.98 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-4.00-0.20 21.70 4.00 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22P-4.00-2.00 21.70 4.00 4.50 4 2.00 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.25-0.20 (1) 21.70 4.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.25-1.20 (1) 21.70 4.25 4.50 4 1.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-4.75-0.20 21.70 4.75 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-5.25-0.20 (1) 21.70 5.25 4.50 4 0.20 22.00 T08 MM EGR 20-22* •
MM GRIT 22K-6.00-3.00 21.70 6.00 4.50 4 3.00 22.00 T08 MM EGR 20-22* •
MM GRIT 28K-2.50-0.2 27.70 2.50 6.00 6 0.20 28.00 T10 T-40/3 L* •
MM GRIT 28K-5.25-0.2 27.70 5.25 6.00 6 0.20 28.00 T10 T-40/3 L* •
MM GRIT 28P-7.0-3.5 27.70 7.00 5.70 6 3.50 28.00 T10 T-40/3 L* •
MM GRIT 28K-10.0-0.2 27.70 10.00 6.00 6 0.20 28.00 T10 T-40/3 L* •
• Recommended for O-rings and retaining rings • MM EGR 20-22 clamping keys are supplied with each MM GRT... shank • Tightening torque for MM GRIT 22: 1500
Nxcm, for MM GRIT 28: 2800 Nxcm • K - for general steel & cast iron machining P - for soft and gummy materials • Modification options on request
• Do not apply lubricant to the threaded connection • For clamping instructions, see page 34 • For user guide, see pages 320-328 • For shanks, see pages 63-69
(1) For circle clips according to DIN471/472 and ANSI B27.7M
(2) Minimum bore diameter
* Optional, should be ordered separately
K-Type - For general steel and cast iron machining.
P-Type - Positive geometry for soft and gummy materials.
MM GRIT-22K/P,28K/P
Interchangeable Solid Carbide Small
Diameter Groove Milling Heads
ISCAR
284
SLOTTING CUTTERS
L3
dh6
L
L1
h
D2Tsi
Designation d D2Tsi h L1L L3Shank m.(1) kg
SD S-A-L90-C12-SP11 12.00 11.00 M4x0.5 10.50 12.7 90.00 94.00 S 0.079
SD S-A-L100-C16 SP13 16.00 13.00 M4x0.5 13.00 16.6 100.00 104.00 S 0.151
SD S-A-L100-C16-SP15 16.00 15.00 M5x0.5 16.00 18.2 100.00 105.00 S 0.157
SD S-A-L130-C16-SP15 16.00 15.00 M5x0.5 16.00 18.2 130.00 135.00 S 0.204
SD S-A-L130-C16-SP15-C 16.00 15.00 M5x0.5 16.00 18.2 130.00 135.00 C 0.356
SD S-A-L150-C16-SP15-C 16.00 15.00 M5x0.5 16.00 18.2 150.00 155.00 C 0.415
SD S-A-L140-C20 SP17 20.00 17.00 M6x0.5 20.20 23.8 140.00 146.00 S 0.334
• Apply lubricant to the clamping screw
(1) S-steel C-solid carbide
Spare Parts
Designation
SD S-A-L90-C12-SP11 SR M4X0.5-SP11 HG BLD T15/S7 SW6-T-SH
SD S-A-L100-C16 SP13 SR M4X0.5-SP13-IP15-HG BLD IP15/S7 SW6-T-SH
SD S-A-L100-C16-SP15 SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH
SD S-A-L130-C16-SP15 SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH
SD S-A-L130-C16-SP15-C SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH
SD S-A-L150-C16-SP15-C SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH
SD S-A-L140-C20 SP17 SR M6X0.5-SP17-IP20-HG BLD IP20/S7 SW6-T-SH
SD S-A-SP
Stepped Cylindrical Shanks for
Interchangeable Solid Carbide
T-Slot Milling Heads
DDa
D2
W
L
Tmax
r
Dimensions
Designation D W Tmax Z r Da D2L
IC908
SD D32-2.0-R0.2-SP11 31.70 2.00 10.00 8 0.20 7.20 11.00 6.75 •
SD D32-3.0-R0.4-SP11 31.70 3.00 10.00 8 0.40 7.20 11.00 6.75 •
SD D32-1.0-R0.2-SP15 31.70 1.00 8.00 8 0.20 8.40 15.00 8.00 •
SD D32-1.5-R0.2-SP15 31.70 1.50 8.00 8 0.20 8.40 15.00 8.00 •
SD D32-2.0-R0.2-SP15 31.70 2.00 8.00 8 0.20 8.40 15.00 8.00 •
SD D32-2.5-R0.4-SP15 31.70 2.50 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-3.0-R0.4-SP15 31.70 3.00 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-3.5-R0.4-SP15 31.70 3.50 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-4.0-R0.4-SP15 31.70 4.00 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-5.0-R0.4-SP15 31.70 5.00 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-5.0-R1.6-SP15 31.70 5.00 8.00 8 1.60 8.40 15.00 8.00 •
SD D32-6.0-R0.4-SP15 31.70 6.00 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-7.0-R0.4-SP15 31.70 7.00 8.00 8 0.40 8.40 15.00 8.00 •
SD D32-8.0-R0.4-SP15 31.25 8.00 7.75 8 0.40 8.40 15.00 8.00 •
SD D40-2.0-R0.2SP13 39.70 2.00 13.00 10 0.20 7.50 13.00 7.30 •
SD D40-3.0-R0.4SP13 39.70 3.00 13.00 10 0.40 7.50 13.00 7.30 •
SD D40-4.0-R0.4SP13 (1) 39.70 4.00 13.00 10 0.40 7.50 13.00 7.30 •
SD D40-4.0-R0.4SP17 39.70 4.00 11.00 10 0.40 7.50 17.00 10.00 •
SD D40-5.0-R0.4SP17 39.70 5.00 11.00 10 0.40 9.80 17.00 10.00 •
SD D40-6.0-R0.4SP17 39.70 6.00 11.00 10 0.40 9.80 17.00 10.00 •
• For shanks, see pages 284, 285 • For user guide, see pages 320-328
(1) Maximum feed: 0.1 mm/tooth
SD-SP
Interchangeable Solid Carbide
T-Slot Milling Heads
285
SLOTTING CUTTERS
D3D2
L1
L3
L
Ts TTsi
Designation Tsi Ts L L1L3D2D3T(1) kg
SD CAB T10-14/0.55-SP11 M4x0.5 T10 14.00 3.9 29.15 11.00 15.20 13.0 0.024
SD CAB T12-14/0.55-SP15 M5x0.5 T12 14.00 4.9 32.70 15.00 18.30 16.0 0.038
• Do not apply lubricant to the MULTI-MASTER threaded connection • Apply lubricant to the slotting head clamping screw
(1) Clamping wrench size
Spare Parts
Designation
SD CAB T10-14/0.55-SP11 SR M4X0.5-SP11 HG BLD T15/S7 SW6-T-SH MM KEY 13X8*
SD CAB T12-14/0.55-SP15 SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH MM KEY 16X9*
* Optional, should be ordered separately
SD CAB
Adapters for Connecting SD Solid
Carbide T-Slot Milling Heads
and MULTI-MASTER Shanks
d
L1L1
W
TRIB 40... 50.. TRIB 32
L
f
D
D2
Tmax
.
Designation D W min W max Z D2L1L d Shank(3) kg
TRIB 32-25W-3Z (1) 32.20 1.20 4.00 3 21.70 52.3 110.00 25.00 W 0.346
TRIB 32-25W-3Z-B (1) 32.20 4.01 6.50 3 21.70 52.3 110.00 25.00 W 0.342
TRIB 40-25W-4Z 40.00 1.20 4.00 4 29.70 30.0 110.00 25.00 W 0.437
TRIB 40-25W-4Z-B 40.00 4.01 6.50 4 29.70 30.0 110.00 25.00 W 0.435
TRIB 50-32W-6Z 50.00 1.20 4.00 6 39.70 30.0 110.00 32.00 W 0.754
• W, Tmax, f, Refer to insert data • For inserts with W=4.01-6.50 mm, order tools with -B suffix (deeper pockets). For example: TRIB 50-32W-6Z-B
(1) Minimum bore diameter = 33 mm
(3) W-Weldon
For inserts, see pages: TRI (422)
Dimensions Related to Inserts
Insert Tmax TRIB ...Z f TRIB ...Z-B f
TRI 16RK-1.2-0.05 4.6 0.5
TRI 16RK-1.4-0.1 4.8 0.5
TRI 16RK-1.5-0.1 4.8 0.5
TRI 16RK-1.7-0.1 4.8 0.5
TRI 16RK-1.95-0.15 4.8 0.5
TRI 16RK-2.0-0.2 4.8 0.5
TRI 16RK-2.25-0.15 4.8 0.75
TRI 16RK-2.75-0.15 4.8 1.39
TRI 16RK-3.0-0.2 4.8 1.39
TRI 16RK-3.25-0.15 4.8 1.39
TRI 16RK-4.0-0.2 4.8 2.43
TRI 16RK-4.25-0.15 4.8 0.95
TRI 16RK-5.0-0.2 4.8 2.15
TRI 16RK-5.25-0.15 4.8 2.15
TRI 16RK-6.0-0.2 4.8 3.15
Spare Parts
Designation
TRIB 32-25W-3Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB 32-25W-3Z-B SR 16-236 BLD T15/S7 SW6-T
TRIB 40-25W-4Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB 40-25W-4Z-B SR 16-236 BLD T15/S7 SW6-T
TRIB 50-32W-6Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB
Grooving Shell Mills
Carrying Triple-Edged
Precision Ground Inserts
ISCAR
286
SLOTTING CUTTERS
D
H
d
Da
D3
Lf
Tmax W
L
f
D
D2
.
Designation D W min W max Z D2D3Da L Arbor(1) kg
TRIB 50-22SM 6Z 50.00 1.20 4.00 6 39.70 39.70 22.00 39.00 B 0.241
TRIB 50-22SM 6Z-B 50.00 4.00 6.50 6 39.70 39.70 22.00 39.00 B 0.236
TRIB 63-22SM 8Z 63.00 1.20 4.00 8 52.70 40.00 22.00 39.00 B 0.396
TRIB 63-22SM 8Z-B 63.00 4.01 6.50 8 52.70 40.00 22.00 39.00 B 0.390
TRIB 80-27SM 11Z 80.00 1.20 4.00 11 69.70 69.70 27.00 49.00 B 0.924
TRIB 80-27SM 11Z-B 80.00 4.01 6.50 11 69.70 69.70 27.00 49.00 B 0.911
• W, Tmax, f, Refer to insert data • For inserts with W=4.01-6.50 mm, order tools with -B suffix (deeper pockets) for example: TRIB 63-22SM-8Z-B
(1) For adaptation options, see page 328
For inserts, see pages: TRI (422)
Dimensions Related to Inserts
Insert Tmax TRIB ...Z f TRIB ...Z-B f
TRI 16RK-1.2-0.05 4.6 0.5
TRI 16RK-1.4-0.1 4.8 0.5
TRI 16RK-1.5-0.1 4.8 0.5
TRI 16RK-1.7-0.1 4.8 0.5
TRI 16RK-1.95-0.15 4.8 0.5
TRI 16RK-2.0-0.2 4.8 0.5
TRI 16RK-2.25-0.15 4.8 0.75
TRI 16RK-2.75-0.15 4.8 1.39
TRI 16RK-3.0-0.2 4.8 1.39
TRI 16RK-3.25-0.15 4.8 1.39
TRI 16RK-4.0-0.2 4.8 2.43
TRI 16RK-4.25-0.15 4.8 0.95
TRI 16RK-5.0-0.2 4.8 2.15
TRI 16RK-5.25-0.15 4.8 2.15
TRI 16RK-6.0-0.2 4.8 3.15
Spare Parts
Designation
TRIB 50-22SM 6Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB 50-22SM 6Z-B SR 16-236 BLD T15/S7 SW6-T
TRIB 63-22SM 8Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB 63-22SM 8Z-B SR 16-236 BLD T15/S7 SW6-T
TRIB 80-27SM 11Z SR 16-236 08223 BLD T15/S7 SW6-T
TRIB 80-27SM 11Z-B SR 16-236 BLD T15/S7 SW6-T
TRIB-SM
Grooving Shell Mills with
Triple-Edged Precision
Ground Inserts
287
SLOTTING CUTTERS
Ts
T
D3
D
L6
L5
Tmax
apmin
max
Designation Dap min ap max Tmax Z Zeff D3Ts L5L6T(1)
ETS D032-03-LN08-M08 32.00 3.00 (2) 3.00 (2) 9.30 4 2 13.00 M08 13.00 30.50 10.0
ETS D032-04-LN08-M08 32.00 4.00 (3) 4.50 (6) 9.30 4 2 13.00 M08 13.00 30.50 10.0
ETS D032-05-LN08-M10 32.00 5.00 (4) 5.50 (7) 7.00 4 2 18.00 M10 13.00 33.00 10.0
ETS D032-06-LN08-M10 32.00 6.00 (5) 6.50 (8) 7.00 4 2 18.00 M10 13.00 33.00 9.0
ETS D040-03-LN08-M08 40.00 3.00 (2) 3.00 (2) 13.00 6 3 13.00 M08 13.00 30.50 9.0
ETS D040-04-LN08-M08 40.00 4.00 (3) 4.50 (6) 13.00 6 3 13.00 M08 13.00 30.50 10.0
ETS D040-05-LN08-M10 40.00 5.00 (4) 5.50 (7) 11.00 6 3 18.00 M10 13.00 33.00 9.0
ETS D040-06-LN08-M10 40.00 6.00 (5) 6.50 (8) 11.00 6 3 18.00 M10 13.00 33.00 9.0
ETS D050-03-LN08-M10 50.00 3.00 (2) 3.00 (2) 15.50 8 4 18.00 M10 13.00 33.00 16.0
ETS D050-04-LN08-M10 50.00 4.00 (3) 4.50 (6) 15.50 8 4 18.00 M10 13.00 33.00 16.0
ETS D050-05-LN08-M12 50.00 5.00 (4) 5.50 (7) 14.50 8 4 21.00 M12 13.00 35.00 11.0
ETS D050-06-LN08-M12 50.00 6.00 (5) 6.50 (8) 14.50 8 4 21.00 M12 13.00 35.00 11.0
ETS D063-03-LN08-M10 63.00 3.00 (2) 3.00 (2) 22.00 10 5 18.00 M10 13.00 33.00 16.0
ETS D063-04-LN08-M10 63.00 4.00 (3) 4.50 (6) 22.00 10 5 18.00 M10 13.00 33.00 16.0
ETS D063-05-LN08-M12 63.00 5.00 (4) 5.50 (7) 21.00 10 5 21.00 M12 13.00 35.00 11.0
ETS D063-06-LN08-M12 63.00 6.00 (5) 6.50 (8) 21.00 10 5 21.00 M12 13.00 35.00 11.0
• For user guide, see pages 289-290
(1) Clamping wrench size
(2) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(3) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(4) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(5) Use LNET 0835.. insert with SR 114-018-L5.30
(6) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(7) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(8) Use LNET 0837.. insert with SR 114-018-L5.30
For inserts, see pages: LNET 08 (423)
For holders, see pages: BT-ODP (FLEXFIT) (248) • C#-ODP (FLEXFIT) (248) • CAB M-M (FLEXFIT) (245) • DIN69871-ODP (249) • ER-ODP (249) • HSK A-ODP
(FLEXFIT) (250) • HSK E-ODP (FLEXFIT) (251) • RE MB-ODP (246) • S M (245) • S M-C-H (245) • S M-CF (246)
Cutter Designation apInserts
ETS D...-03-..-LN08 3LNET 081804-TN-N
ETS D...-04-..-LN08 4LNET 082604-TN-N
4.5 LNET 082804-TN-N
Spare Parts
Designation
ETS D032-03-LN08-M08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D032-04-LN08-M08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D032-05-LN08-M10 SR 114-018-L4.40 T-6/3-L T-6/5 MM KEY 16X9*
ETS D032-06-LN08-M10 SR 114-018-L5.30 T-6/3-L T-6/5 MM KEY 16X9*
ETS D040-03-LN08-M08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D040-04-LN08-M08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D040-05-LN08-M10 SR 114-018-L4.40 T-6/3-L T-6/5 MM KEY 16X9*
ETS D040-06-LN08-M10 SR 114-018-L5.30 T-6/3-L T-6/5 MM KEY 16X9*
ETS D050-03-LN08-M10 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D050-04-LN08-M10 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D050-05-LN08-M12 SR 114-018-L4.40 T-6/3-L T-6/5 WRENCH ER11*
ETS D050-06-LN08-M12 SR 114-018-L5.30 T-6/3-L T-6/5 WRENCH ER11*
ETS D063-03-LN08-M10 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D063-04-LN08-M10 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D063-05-LN08-M12 SR 114-018-L4.40 T-6/3-L T-6/5 WRENCH ER11*
ETS D063-06-LN08-M12 SR 114-018-L5.30 T-6/3-L T-6/5 WRENCH ER11*
* Optional, should be ordered separately
ETS-LN08-M
Grooving and Slitting Cutters with
FLEXFIT Threaded Adaptation
ISCAR
288
SLOTTING CUTTERS
L
ap min
max
D
Tmax
d
Designation Dap min ap max Tmax Z Zeff d Shank(2) Lkg
ETS D032-03-W16-LN08 32.00 3.00 (3) 3.00 (3) 7.90 4 2 16.00 W 90.00 0.136
ETS D032-04-W16-LN08 32.00 4.00 (4) 4.50 (8) 7.90 4 2 16.00 W 90.00 0.136
ETS D032-05-W16-LN08 32.00 5.00 (5) 5.50 (9) 7.90 4 2 16.00 W 90.00 0.139
ETS D032-06-W16-LN08 32.00 6.00 (6) 6.50 (10) 7.90 4 2 16.00 W 90.00 0.141
ETS D032-07-W16-LN08 (1) 32.00 7.00 (7) 8.00 (11) 7.90 4 2 16.00 W 90.00 0.145
ETS D040-03-W16-LN08 40.00 3.00 (3) 3.00 (3) 11.90 6 3 16.00 W 104.00 0.162
ETS D040-04-W16-LN08 40.00 4.00 (4) 4.50 (8) 11.90 6 3 16.00 W 104.00 0.159
ETS D040-05-W16-LN08 40.00 5.00 (5) 5.50 (9) 11.90 6 3 16.00 W 104.00 0.162
ETS D040-06-W16-LN08 40.00 6.00 (6) 6.50 (10) 11.90 6 3 16.00 W 104.00 0.169
ETS D040-07-W16-LN08 (1) 40.00 7.00 (7) 8.00 (11) 11.70 6 3 16.00 W 104.00 0.173
ETS D050-03-W20-LN08 50.00 3.00 (3) 3.00 (3) 14.90 8 4 20.00 W 110.00 0.263
ETS D050-04-W20-LN08 50.00 4.00 (4) 4.50 (8) 14.90 8 4 20.00 W 110.00 0.269
ETS D050-05-W20-LN08 50.00 5.00 (5) 5.50 (9) 14.90 8 4 20.00 W 110.00 0.276
ETS D050-06-W20-LN08 50.00 6.00 (6) 6.50 (10) 14.90 8 4 20.00 W 110.00 0.285
ETS D050-07-W20-LN08 (1) 50.00 7.00 (7) 8.00 (11) 14.70 8 4 20.00 W 110.00 0.292
ETS D063-03-W20-LN08 63.00 3.00 (3) 3.00 (3) 21.40 10 5 20.00 W 110.00 0.282
ETS D063-04-W20-LN08 63.00 4.00 (4) 4.50 (8) 21.40 10 5 20.00 W 110.00 0.290
ETS D063-05-W20-LN08 63.00 5.00 (5) 5.50 (9) 21.40 10 5 20.00 W 110.00 0.305
ETS D063-06-W20-LN08 63.00 6.00 (6) 6.50 (10) 21.40 10 5 20.00 W 110.00 0.321
ETS D063-07-W20-LN08 (1) 63.00 7.00 (7) 8.00 (11) 21.20 10 5 20.00 W 110.00 0.335
• Adjustable overhang design • For user guide, see pages 289-290
(1) For ap=7.5 use LNET 084204-TN-N insert with SR 114-018-L5.30-HG screw
(2) W-Weldon
(10) Use LNET 0837.. insert with SR 114-018-L5.30
(11) Use LNET 0845.. insert with SR 114-018-L5.30-HG
(3) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(4) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(5) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(6) Use LNET 0835.. insert with SR 114-018-L5.30
(7) Use LNET 0840.. insert with SR 114-018-L5.30-HG
(8) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(9) Use LNET 0832.. insert with SR 114-018-L4.40 screw
For inserts, see pages: LNET 08 (423)
Cutter Designation apInsert
...D...-03-..-LN08 3LNET 081804-TN-N
...D...-04-..-LN08 4LNET 082604-TN-N
4.5 LNET 082804-TN-N
...D...-05-..-LN08 5LNET 083004-TN-N
5.5 LNET 083204-TN-N
...D...-06-..-LN 08 6LNET 083504-TN-N
6.5 LNET 083704-TN-N
...D...-07..-LN08
7LNET 084004-TN-N
7.5 LNET 084204-TN-N
8.0 LNET 084504-TN-N
Spare Parts
Designation
ETS D032-03-W16-LN08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D032-04-W16-LN08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D032-05-W16-LN08 SR 114-018-L4.40 T-6/3-L T-6/5
ETS D032-06-W16-LN08 SR 114-018-L5.30 T-6/3-L T-6/5
ETS D032-07-W16-LN08 SR 114-018-L5.30-HG T-6/3-L T-6/5
ETS D040-03-W16-LN08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D040-04-W16-LN08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D040-05-W16-LN08 SR 114-018-L4.40 T-6/3-L T-6/5
ETS D040-06-W16-LN08 SR 114-018-L5.30 T-6/3-L T-6/5
ETS D040-07-W16-LN08 SR 114-018-L5.30-HG T-6/3-L T-6/5
ETS D050-03-W20-LN08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D050-04-W20-LN08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D050-05-W20-LN08 SR 114-018-L4.40 T-6/3-L T-6/5
ETS D050-06-W20-LN08 SR 114-018-L5.30 T-6/3-L T-6/5
ETS D050-07-W20-LN08 SR 114-018-L5.30-HG T-6/3-L T-6/5
ETS D063-03-W20-LN08 SR 114-018-L2.50 T-6/3-L T-6/5
ETS D063-04-W20-LN08 SR 114-018-L3.40 T-6/3-L T-6/5
ETS D063-05-W20-LN08 SR 114-018-L4.40 T-6/3-L T-6/5
ETS D063-06-W20-LN08 SR 114-018-L5.30 T-6/3-L T-6/5
ETS D063-07-W20-LN08 SR 114-018-L5.30-HG T-6/3-L T-6/5
ETS-LN08
Grooving and Slitting Cutters
289
SLOTTING CUTTERS
289
USER GUIDE
FDN
ETS
SDN
LNET
1
3 Lubrication - Important!
For every indexing, lubricate screws before mounting.
Grease should cover the screw’s thread and cone head.
ETS..- T-type Slotting Cutters
Designation DL1 Overhang
Min Max
ETS D32 32 20 49
ETS D40 40 34 63
ETS D50 50 27 66
ETS D63 63 27 66
∅D
L1
Overhang
L1
L1
2 Setting the Overhang
4 Indexing
L -type key is added to the cutter package.
It has a ball shape on the end of its longer side.
6 Tightening
Important note:
To avoid indexing problems, insert clamping screws and keys should be
replaced on a regular basis according to their wear.
Use the short side for
tightening and initial release
Use the long side for quick
driving and release
5 Tightening Torque
60-70 N x cm
Do not clamp insert with a broken corner
in the outer bottom position.
Feed Direction:
Down (climb) milling is recommended.
✔
✗
7 Widht of cut -
fot ap=3 - 6.5mm - use the following table
apInsert Screw Key
3.00 LNET 081804-TN-N SR 114-018-L2.50
T-6/5
T-6/5-L
4.00 LNET 082604-TN-N SR 114-018-L3.40
4.50 LNET 082804-TN-N
5.00 LNET 083004-TN-N SR 114-018-L4.40
5.50 LNET 083204-TN-N SR 114-018-L4.40
6.00 LNET 083504-TN-N SR 114-018-L5.30
6.50 LNET 083704-TN-N
ISCAR
290
SLOTTING CUTTERS
ISCAR
290
USER GUIDE
8 Recommended Cutting Speed
Workpiece Material
ISO class
DIN/ISO
513 Description
Typical Example ISCAR
mat.
group**
Cutting
speed Vc,
m/min
AISI/SAE/
ASTM DIN W.-Nr.
Hardness,
HB Insert Grade Coolant
P
Non-alloy steel 1020 1.0402 130-180 1 130-200 LN….08 IC928
Air blow
Alloy steel 4340 1.6582 260-300 8 120-170 LN….08 IC928
Alloy steel 3135 1.5710 HRC 35-40* 9 100-120 LN….08 IC928
High alloy steel H13 1.2344 200-220 10 100-150 LN….08 IC928
Martensitic s.s. 420 1.4021 200 12 100-140 LN….08 IC928
M
Austenitic s.s. 304L 1.4306 200 14 70-120 LN….08 IC928 Wet
(emulsion)
Austenitic s.s. 316L 1.4404 140 14 80-120 LN….08 IC928
KGrey cast iron Class 40 0.6025 (GG25) 250 16 180-230 LN….08 IC910 Air blow
Nodular cast iron Class 65-45-12 0.7050 (GGG50) 200 17 150-200 LN….08 IC910
SHigh temp. alloys AMS R56400 3.7165 (Ti6Al4V) HRC 40-45 37 35-45 LN….08 IC928 Wet
(emulsion)
Recommended feed per tooth for ETS-LN08, ADN-LN08
and FDN-LN08 slotting cutters using LN.. 08... inserts For ap=3 - 6.5 mm
T
ap
0.17 0.22 0.27 0.32 Non-alloy steel 1020 (DIN 1.0402) 1
P
0.15 0.2 0.25 0.3 Alloy steel 4340 (DIN 1.6582) 8
0.1 0.13 0.15 0.2 Alloy steel 3135 (DIN 1.5710) 9
0.1 0.13 0.16 0.22 High alloy steel H13 (DIN 1.2344) 10
0.13 0.16 0.2 0.25 Martensitic s.s 420 (DIN 1.4021) 12
0.1 0.13 0.16 0.22 Austenitic s.s 316L (DIN 1.4404) 14 M
0.2 0.25 0.3 0.35 Grey cast iron Class 40 (DIN 0.6025) (GG25) 16 K
0.15 0.2 0.25 0.3 Nodular cast iron Class 65-45-12 (DIN 0.7050) (GGG50) 17
0.1 0.13 0.16 0.22 High temp. alloys AMS R56400 (DIN 3.7165) 37 S
Fz Description AISI / SAE / ASTM ( DIN W.-Nr.) ISCAR mat. group DIN/ ISO
Workpiece material
* For slotting cutters with ap less than 4 mm,
reduce the recommended feed by 40%.
* For slotting cutters with ap=4.0 mm-4.99 mm,
reduce the recommended feed by 25%.
Example
Material - Alloy steel SAE 4340
D = 125 mm
T = 20 mm
ap = 4 mm
Fz = 0.2x0.75*
= 0.15 mm/t
D = 125 mm
T = 35 mm
ap = 6 mm
Fz = 0.15 mm/t
50
Depth of Cut T, mm
Feed per Tooth (mm/t)
D=160
D=125
D=100
D=50
D=40
D=32
D=80/63
45
40
35
20
25
20
15
10
5
* Quenched and tempered
** ISCAR material group in accordance with VDI 3323 standard
9
291
SLOTTING CUTTERS
L
d
D
H
ap
D2
W
Designation D Z Zeff D2W min apH L d Shank(1) kg
ETS D40-18-W32-XN13 40.00 2 1 21.00 22.00 18.00 47.00 120.00 32.00 W 0.614
ETS D48-22-W32-XN13 48.00 4 2 27.00 28.00 22.00 58.00 130.00 32.00 W 0.687
• For user guide, see pages 320-328.
(1) W-Weldon
For inserts, see pages: XNMU 13 (443)
Spare Parts
Designation
ETS-XN13 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
ETS-XN13
T-Slot Endmills Carrying XNMU
1306 Square Inserts with 4 Right-
and 4 Left-Hand Cutting Edges
L
d
D
H
ap
D2Wmin
Designation D Z Zeff D2W min apH L d Insert kg
ETS D21-9-W16-06 21.10 2 1 10.80 12.00 8.85 26.90 90.00 16.00 XOMT 0602..-HQ 0.111
ETS D25-11-W16-06 24.80 4 2 12.80 14.00 10.80 23.70 90.00 16.00 XOMT 0602..-HQ 0.116
ETS D25-11-W25-06 24.80 4 2 12.80 14.00 10.80 24.40 120.00 25.00 XOMT 0602..-HQ 0.358
ETS D32-14-W32-10 31.70 2 1 16.70 18.00 13.85 40.00 120.00 32.00 XPMT 1004..-HQ 0.536
ETS D32-14-W16-10 31.70 4 2 16.00 18.00 13.85 52.00 (1) 90.00 16.00 XPMT 1004..-HQ 0.135
ETS D32-16-W32-A10 31.70 4 2 16.80 18.00 15.85 39.00 110.00 32.00 APKT 1003PD.. 0.480
ETS D40-18-W32-10 39.70 4 2 20.70 22.00 17.85 50.00 130.00 32.00 XPMT 1004..-HQ 0.617
ETS D48-22-W32-15 48.50 4 2 26.00 27.00 21.85 51.30 130.00 32.00 ADKT 1505PD.. 0.732
• For user guide, see pages 320-328
(1) Adjustable overhang design. Hmin=19, Hmax=52
For inserts, see pages: ADKR 1505PDR/L-HM (390) • ADKT 1505..R/L-HM (393) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR/L-RM (392)
• APKT 1003PDTR/L-RM (385) • QOMT-HQ (424) • XOMT-HQ (425) • XPMT-HQ (426)
Spare Parts
Designation
ETS D21-9-W16-06 SR 34-508/L T-7/51
ETS D25-11-W16-06 SR 34-508/L T-7/51
ETS D25-11-W25-06 SR 34-508/L T-7/51
ETS D32-14-W32-10 SR 14-544/S T-15/51
ETS D32-14-W16-10 SR 14-506 T-15/51
ETS D32-16-W32-A10 SR 34-505/LHG T-8/53
ETS D40-18-W32-10 SR 14-544/S T-15/51
ETS D48-22-W32-15 SR 14-544/S T-15/51
ETS
T-Slot Endmills
ISCAR
292
SLOTTING CUTTERS
ETS-XN13
T-Slot Endmills Carrying XNMU
1306 Square Inserts with 4 Right-
and 4 Left-Hand Cutting Edges
Without seat
With seat
(1) Fully effective with adjustable cartridges
With adjustable cartridges
Tool Diameter Width of Cutter Type of Insert
63 80 100 125 160 200 250 3 4 4.5 5 5.5 6 6.5 7 8 8.5 9 10 10.5 12 13 14 14.6 16 18 18.9 20 25 25.6
✓
LNET 081804
✓
LNET 082604
✓
LNET 082804
✓
LNET 083004
✓
LNET 083204
✓
LNET 083504
✓
LNET 083704
✓
LNET 1240
✓
LNET 1245
✓
LNET 1248
✓
LNET 1255
✓
LNET 1257
LNET 12...
✓
XOMT
0602...
QOMT 060208
✓
✓
XPMT 1004...
QPMT 1004...
✓
(1) QPMT 1004...
✓
QPMT 1004...
XPMT 1004...
✓
(1) QPMT 1004...
✓ ✓
QDMT 1205...
QDCT
1205
✓
✓
LNKX 1506
293
SLOTTING CUTTERS
293
USER GUIDE
Face and Slot Milling Cutters
Cutter Types for Right- and Left-Hand, Top and Bottom Milling
Integral Pocket Cutter
FDN D125-10-27-LN12
Cutter diameter: 125 mm
Slot width: 10.00 mm
Pre-adjusted specific width
(the cutter will be set to 9.52 mm).
FDN D125-09.52-40-CALN12
Cutter diameter: 125 mm
Slot width: 9.52 mm (The
cutter can be adjusted to a
width of 8.0-10.5 mm)
Adjustable Cutter
with Cartridges
FDN D100-0810-32-CALN12
Cutter diameter: 100 mm
Slot width range: 8.00-10.5 mm
Ordering Examples
Right-Hand Spindle Rotation Left-Hand Spindle Rotation
Full Side -
Flange Type
(Pages 295-301)
Full Side -
Disk Type
(Pages 302-309)
Half Side -
Bottom Flange Type
Half Side -
Bottom Disk Type
(Pages 310)
Half Side -
Top Disk Type
(Pages310)
Half Side -
Top Flange Type
(Page 309)
FDN...-R
SDN
FSB...-R
SSB...-R
SSB...-L
FST...-R
SDN
SSB...-L
SSB...-R
ISCAR
294
SLOTTING CUTTERS
ISCAR
294
USER GUIDE
Single or Double-Face Milling Configuration Guide
for FDN/SDN/SSB/FST/FSB... CALN15 Cutters
Designation
Number of(1)
Cutting Edges
Bottom
Flatness ap≤7
H (mm)
Bottom
Flatness ap=14
H (mm) Application
Half Side Tools
Axial Depth of Cut
ap (mm)
LNKX 1506... 4R+4L Flat 0.65
ap
ap
Double Face MIlling Stock=0-14
LNMT 1506... 4R+4L Flat 0.65 Stock=0-14
LNAT 1506... 4R+4L Flat 0.4-0.65 Stock=0-14(1)
HT insert - N(2) 2R+2L Flat Flat Stock=0-14
LNKX 1506... 4R Flat 0.65
ap
Half Side Milling Stock=0-14
LNMT 1506... 4R Flat 0.65 Stock=0-14
LNAT 1506... 4R Flat 0.4-0.65 Stock=0-14(1)
HT insert-R(3) 4R Flat Flat Stock=0-14(1)
LNKX 1506... 4L Flat 0.65 Stock=0-14
LNMT 1506... 4L Flat 0.65 Stock=0-14
LNAT 1506... 4L Flat 0.4-0.65 Stock=0-14(1)
HT insert - N(2) 4L Flat Flat Stock=0-14(1)
(1) Use of 8 cutting edges (4R+4L) is possible only when ap≤7 mm, otherwise 4 cutting edges
(2R+2L) can be used.
Configuration Guide for Full Slot FDN/SDN... CALN15 Cutters
(1) Max ap for radius inserts
LNAT 150616..=12.80
LNAT 150625..=12.25
LNAT 150632..=11.60
LNAT 150640..=14.00
ap
ap
7
ap-7
Half Side Milling
Designation Number of
Cutting Edges
Bottom Slot
Flatness H (mm)
Insert Radius
R (mm) Application
Half Side Tools
Axial Depth of
Cut W (mm)
LNKX 1506... 2R+2L 0.65 0.8 W=18.9-25.6
LNMT 1506... 2R+2L 0.65 0.8 W=18.9-25.6
LNAT 150616PN-N-HM 2R+2L 0.55 1.6 W=18.9-25.6
LNAT 150625PN-N-NM 2R+2L 0.45 2.5 W=18.9-24.5
LNAT 150632PN-N-NM 2R+2L 0.40 3.2 W=18.9-23.2
LNAT 150640PN-N-NM 2R+2L 0.65 4.0 W=18.9-25.6
HT insert-N(2) 2R+2L Flat 0.8 W=18.9-25.6
W
W
W-15.0
R
H
(2) HT insert - N
R.H./L.H
LNKX 1506...
LNMT 1506...
R.H./L.H.
Page 418 Page 416,418 Page 417
(3) HT insert - R
R.H. only
295
SLOTTING CUTTERS
D
D3
D
a
H
L
ap
Tmax
Designation Dap min ap max Tmax Z Zeff D3Da H L Arbor(1) kg
FDN D063-03-16-LN08 63.00 3.00 (2) 3.00 (2) 14.50 8 4 38.40 16.00 25.00 35.00 A 0.222
FDN D063-04-16-LN08 63.00 4.00 (3) 4.50 (6) 14.50 8 4 38.40 16.00 25.00 35.00 A 0.236
FDN D063-05-16-LN08 63.00 5.00 (4) 5.50 (7) 14.50 8 4 38.40 16.00 25.00 35.00 A 0.243
FDN D063-06-16-LN08 63.00 6.00 (5) 6.50 (8) 14.50 8 4 38.40 16.00 25.00 35.00 A 0.260
FDN D080-03-22-LN08 80.00 3.00 (2) 3.00 (2) 22.50 10 5 45.00 22.00 28.00 40.00 A 0.285
FDN D080-04-22-LN08 80.00 4.00 (3) 4.50 (6) 22.50 10 5 45.00 22.00 28.00 40.00 A 0.307
FDN D080-05-22-LN08 80.00 5.00 (4) 5.50 (7) 22.50 10 5 45.00 22.00 28.00 40.00 A 0.333
FDN D080-06-22-LN08 80.00 6.00 (5) 6.50 (8) 22.50 10 5 45.00 22.00 28.00 40.00 A 0.354
FDN D100-03-27-LN08 100.00 3.00 (2) 3.00 (2) 26.00 12 6 55.00 27.00 28.50 40.00 B 0.428
FDN D100-04-27-LN08 100.00 4.00 (3) 4.50 (6) 26.00 12 6 55.00 27.00 28.50 40.00 B 0.462
FDN D100-05-27-LN08 100.00 5.00 (4) 5.50 (7) 26.00 12 6 55.00 27.00 28.50 40.00 B 0.499
FDN D100-06-27-LN08 100.00 6.00 (5) 6.50 (8) 26.00 12 6 55.00 27.00 28.50 40.00 B 0.542
(1) For adaptation options, see page 328
(2) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(3) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(4) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(5) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(6) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(7) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(8) Use LNET 0837.. insert with SR 114-018-L5.30 screw
For inserts, see pages: LNET 08 (423)
Cutter Designation apInserts
FDN D...-03-...LN08 3LNET 081804-TN-N
FDN D...-04-...LN08 4LNET 082604-TN-N
4.5 LNET 082804-TN-N
FDN D...-05-...LN08 5LNET 083004-TN-N
5.5 LNET 083204-TN-N
FDN D...-06-...LN08 6LNET 083504-TN-N
6.5 LNET 083704-TN-N
Spare Parts
Designation
FDN D063-03-16-LN08 SR 114-018-L2.50 T-6/5 T-6/3-L SR M8X25DIN912
FDN D063-04-16-LN08 SR 114-018-L3.40 T-6/5 T-6/3-L SR M8X25DIN912
FDN D063-05-16-LN08 SR 114-018-L4.40 T-6/5 T-6/3-L SR M8X25DIN912
FDN D063-06-16-LN08 SR 114-018-L5.30 T-6/5 T-6/3-L SR M8X25DIN912
FDN D080-03-22-LN08 SR 114-018-L2.50 T-6/5 T-6/3-L SR M10X25 DIN912
FDN D080-04-22-LN08 SR 114-018-L3.40 T-6/5 T-6/3-L SR M10X25 DIN912
FDN D080-05-22-LN08 SR 114-018-L4.40 T-6/5 T-6/3-L SR M10X25 DIN912
FDN D080-06-22-LN08 SR 114-018-L5.30 T-6/5 T-6/3-L SR M10X25 DIN912
FDN D100-03-27-LN08 SR 114-018-L2.50 T-6/5 T-6/3-L
FDN D100-04-27-LN08 SR 114-018-L3.40 T-6/5 T-6/3-L
FDN D100-05-27-LN08 SR 114-018-L4.40 T-6/5 T-6/3-L
FDN D100-06-27-LN08 SR 114-018-L5.30 T-6/5 T-6/3-L
FDN-LN08
Full Slot Shell Mill Cutters
Carrying LNET 08... Tangentially
Mounted Inserts
ISCAR
296
SLOTTING CUTTERS
ap
L
Da
D3
H
D
Tmax
Designation
D Z Zeff Da D3 Tmax H L Arbor(4) Kg
a
pInserts
FDN D080-07-22-LN12(1) 80.00 8 4 22.00 45.00 22.00 28.20 40.00 A 0.40
7.0
8.0
8.5
LNET 1240..
LNET 1245...
LNET 1248..
FDN D080-10-22-LN12(2) 80.00 8 4 22.00 45.00 22.00 28.20 40.00 A 0.40
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN D100-07-27-LN12(1) 100.00 10 5 27.00 55.00 25.00 28.50 40.00 B 0.44
7.0
8.0
8.5
LNET 1240..
LNET 1245..
LNET 1248...
FDN D100-10-27-LN12(2) 100.00 10 5 27.00 55.00 25.00 28.50 40.00 B 0.61
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN D125-07-32-LN12(1) 125.00 12 6 32.00 65.00 34.50 32.00 45.00 B 0.60
7.0
8.0
8.5
LNET 1240..
LNET 1245..
LNET 1248...
FDN D125-10-32-LN12(2) 125.00 12 6 32.00 65.00 34.50 32.00 45.00 B 1.30
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN D160-10-40-LN12(2) 160.00 16 8 40.00 80.00 44.00 33.50 50.00 B 1.76
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN D200-08-40-LN12(3) 200.00 20 10 40.00 92.00 51.50 49.50 50.00 C 2.63
8.0
8.5
9.0
10.0
LNET 1245..
LNET 1248..
LNET 1250...
LNET 1255..
FDN D200-10-40-LN12(2) 200.00 20 10 40.00 92.00 51.50 49.50 50.00 C 2.95
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN D250-10-60-LN12(2) 250.00 26 13 40.00 132.00 56.50 62.50 63.00 C 5.91
10.0
10.5
12.0
LNET 1255..
LNET 1257..
LNET 1265...
FDN-LN12
Full Slot Cutters Carrying LNET
12... Tangentially Mounted Inserts
• Slot width depends on the selected insert width • Each tool is supplied with screws for the thinnest specified insert • Verify use of correct screw for the insert
being used • For user guide, see 320-328
(1) For ap=7.0 use screw SR 14-500-L5.9 • For ap=8.0 use screw SR 14-500-L6.5 • For ap=8.5 use screw SR 14-500-L7.0
(2) For ap=10.0 and 10.5 use screw SR 14-500-L8.5 • For ap=12.0 use screw SR 14-500-L10.0
(3) For ap=8.0 and 8.5 use screw SR 14-500-L7.0 • For ap=9.0 use screw SR 14-500-L8.0 • For ap=10.0 use screw SR 14-500-L8.5
(4) For adaptation options, see page 328
For inserts, see pages: LNET 12-TN (423) • LNET 12-TN-MM (424)
Spare Parts
Designation
FDN D080-07-22-LN12 SR 14-500-L5.9 RATCHET WRENCH KEY T-15/51-BE
FDN D080-10-22-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
FDN D100-07-27-LN12 SR 14-500-L5.9 RATCHET WRENCH KEY T-15/51-BE
FDN D100-10-27-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
FDN D125-07-32-LN12 SR 14-500-L5.9 RATCHET WRENCH KEY T-15/51-BE
FDN D125-10-32-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
FDN D160-10-40-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
FDN D200-08-40-LN12 SR 14-500-L7.0 RATCHET WRENCH KEY T-15/51-BE
FDN D200-10-40-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
FDN D250-10-60-LN12 SR 14-500-L8.5 RATCHET WRENCH KEY T-15/51-BE
297
SLOTTING CUTTERS
D3
Da
ap
HL
D
T
max
Designation DapTmax Z Zeff D3Da H L Arbor(1) kg Insert
FDN D080-08-22-R06 80.00 8.00 22.70 14 7 45.00 22.00 28.10 40.00 A 0.344 X/QOMT 06..
FDN D100-08-27-R06 100.00 8.00 26.40 16 8 55.00 27.00 28.80 40.00 B 0.522 X/QOMT 06..
FDN D100-10-27-R06 100.00 10.00 26.50 16 8 55.00 27.00 29.50 40.00 B 0.597 X/QOMT 06..
FDN D125-10-32-R06 125.00 10.00 35.50 20 10 65.00 32.00 32.00 45.00 B 0.936 X/QOMT 06..
FDN D125-12-32-R10 125.00 12.00 35.50 14 7 65.00 32.00 32.00 45.00 B 0.987 X/QPMT 10..
FDN D125-16-32-R10 125.00 16.00 34.00 14 7 65.00 32.00 37.00 50.00 B 1.241 X/QPMT 10..
FDN D160-12-40-R10 160.00 12.00 46.90 16 8 80.00 40.00 33.50 50.00 B 1.760 X/QPMT 10..
FDN D160-16-40-R10 160.00 16.00 46.50 16 8 80.00 40.00 43.50 60.00 B 2.138 X/QPMT 10..
FDN D160-16-40-R12 160.00 16.00 46.90 14 7 80.00 40.00 43.50 60.00 B 2.084 QDMT 12../QDCT 12..
FDN D160-18-40-R12 160.00 18.00 47.00 12 6 80.00 40.00 43.50 60.00 B 2.257 QDMT 12../QDCT 12..
FDN D200-18-40-R12 200.00 18.00 54.00 16 8 92.00 40.00 50.00 50.00 C 3.239 QDMT 12../QDCT 12..
FDN D200-20-40-R12 200.00 20.00 62.00 16 8 92.00 40.00 41.00 63.00 E 3.572 QDMT 12../QDCT 12..
FDN D250-20-60-R12 250.00 20.00 60.00 18 9 130.00 60.00 50.00 63.00 C 7.115 QDMT 12../QDCT 12..
• For user guide, see pages 320-328
(1) For adaptation options, see pages 328
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • QOMT-HQ (424) • QPMT 100408PDTN (425) • XOMT-HQ (425) • XPMT-HQ (426)
Spare Parts
Designation
FDN D080-08-22-R06 SR 34-514 T-7/51
FDN D100-08-27-R06 SR 34-514 T-7/51
FDN D100-10-27-R06 SR 34-514 T-7/51
FDN D125-10-32-R06 SR 34-514 T-7/51
FDN D125-12-32-R10 SR 14-544/S T-15/51
FDN D125-16-32-R10 SR 14-544/S T-15/51
FDN D160-12-40-R10 SR 14-544/S T-15/51
FDN D160-16-40-R10 SR 14-544/S T-15/51
FDN D160-16-40-R12 SR 14-544 BLD T15/M7 SW6-T PN 3-4
FDN D160-18-40-R12 SR 34-510 BLD T15/M7 SW6-T PN 3-4
FDN D200-18-40-R12 SR 34-510 BLD T15/L7 SW6-T PN 3-4
FDN D200-20-40-R12 SR 34-510 BLD T15/L7 SW6-T PN 3-4 SR M12X30DIN912
FDN D250-20-60-R12 SR 34-510 BLD T15/L7 SW6-T PN 3-4
FDN
Full Slot Flange-Type Slotting Cutters
ap
L5
L6
H
Tmax
D3
Shank
D
Designation D Z apTmax L6L5H D3Shank kg
FDN D050-08-CF4-06 50.00 8 8.00 13.90 90.00 48.00 32.00 44.00 CF4 0.436 SR 34-514 T-7/51
FDN D063-08-CF4-06 63.00 10 8.00 18.90 90.00 48.00 33.00 44.00 CF4 0.508 SR 34-514 T-7/51
• For user guide, see pages 320-328
For inserts, see pages: QOMT-HQ (424) • XOMT-HQ (425)
FDN-CF4
Full Slot Flange-Type Slotting
Cutters with CLICKFIT Adaptation
ISCAR
298
SLOTTING CUTTERS
D3
Da
ap
H
L
Tmax
D
FDN D200-0608-40R-CALN12 200.00 16 8 40.00 92.00 51.00 45.0 46.1 2.20
LNET 1235...
LNET 1240...
LNET 1245...
FDN D200-0810-40R-CALN12 200.00 16 8 40.00 92.00 51.00 45.0 46.2 2.20
LNET 1248...
LNET 1250...
LNET 1255...
FDN D200-1014-40R-CALN12 200.00 16 8 40.00 92.00 51.00 45.0 47.0 5.40 LNET 1265...
LNET 1277...
FDN D250-0608-60R-CALN12 250.00 20 10 60.00 132.00 56.00 48.0 49.1 5.32
LNET 1235...
LNET 1240...
LNET 1245...
FDN D250-0810-60R-CALN12 250.00 20 10 60.00 132.00 56.00 48.0 49.2 4.64
LNET 1248...
LNET 1250...
LNET 1255...
FDN D250-1014-60R-CALN12 250.00 20 10 60.00 132.00 56.00 48.0 50.0 6.23 LNET 1265...
LNET 1277...
H
Designation D Z Zeff Da D3Tmax Hmin Hmax L min L max Kg Inserts Width Range of [ap]
FDN D100-0608-27R-CALN12 100.00 6 3 27.00 55.00 26.00 28.4 29.5 40.0 41.1 0.48
LNET 1235...
LNET 1240...
LNET 1245...
FDN D100-0810-27R-CALN12 100.00 6 3 27.00 55.00 26.00 30.2 31.5 42.0 43.2 0.54
LNET 1248...
LNET 1250...
LNET 1255...
FDN D100-1014-27R-CALN12 100.00 6 3 27.00 55.00 26.00 32.0 34.0 44.5 46.5 0.47 LNET 1265...
LNET 1277...
FDN D125-0608-32R-CALN12 125.00 8 4 32.00 65.00 34.00 30.2 31.3 45.0 46.1 0.80
LNET 1235...
LNET 1240...
LNET 1245...
FDN D125-0810-32R-CALN12 125.00 8 4 32.00 65.00 34.00 32.0 33.3 47.0 48.2 1.36
LNET 1248...
LNET 1250...
LNET 1255...
FDN D125-1014-32R-CALN12 125.00 8 4 32.00 65.00 34.00 33.7 35.8 49.5 51.5 1.47 LNET 1265...
LNET 1277...
FDN D160-0608-40R-CALN12 160.00 12 6 40.00 80.00 44.00 29.6 30.7 45.0 46.1 1.29
LNET 1235...
LNET 1240...
LNET 1245...
FDN D160-0810-40R-CALN12 160.00 12 6 40.00 80.00 44.00 29.5 30.7 45.0 46.2 1.46
LNET 1248...
LNET 1250...
LNET 1255...
FDN D160-1014-40R-CALN12 160.00 12 6 40.00 80.00 44.00 31.2 33.2 47.5 49.5 2.15 LNET 1265...
LNET 1277...
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.5-7.2
7.0-8.2
8.0-8.7
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.5-7.2
7.0-8.2
8.4-9.2
8.9-10.5
10.5-12.2
11.9-14.6
10.5-12.2
11.9-14.6
10.5-12.2
11.9-14.6
10.5-12.2
10.5-12.2
11.9-14.6
11.9-14.6
FDN-CALN12
Full Slot Adjustable Slotting
Cutters with Cartridges
Carrying LNET 12 Inserts
• Slot width depends on the selected insert width; verify use of correct screw for the insert being used
• For adaptation options, see page 328 • For cartridges see page 311
(1) For ap=6.0 use screw SR 14-500-L4.9 • For ap=6.5 use screw SR 14-500-L5.3 • For ap=7.0 use screw=SR 14-500-L5.9
(2) For ap=8.0 use screw SR 14-500-L6.7 • For ap=8.4 use screw SR 14-500-L7.0 • For ap=8.9 use screw SR 14-500-L7.5
(3) For ap=10.5 use screw SR 14-500-L9.0 • For ap=11.9 use screw SR 14-500-L9.0
For inserts, see pages: LNET 12-TN (423) • LNET 12-TN-MM (424)
Spare Parts
Designation
FDN D100-0608-27R-CALN12 CA 0608-R-LNET12 CA 0608-L-LNET12
FDN D100-0810-27R-CALN12 CA 0810-R-LNET12 CA 0810-L-LNET12
FDN D100-1014-27R-CALN12 CA 1014-R-LNET12 CA 1014-L-LNET12
FDN D125-1014-32R-CALN12 CA 1014-R-LNET12 CA 1014-L-LNET12
FDN D160-0608-40R-CALN12 CA 0608-R-LNET12 CA 0608-L-LNET12
FDN D160-0810-40R-CALN12 CA 0810-R-LNET12 CA 0810-L-LNET12
FDN D160-1014-40R-CALN12 CA 1014-R-LNET12 CA 1014-L-LNET12
FDN D250-0608-60R-CALN12 CA 0608-R-LNET12 CA 0608-L-LNET12
FDN D250-0810-60R-CALN12 CA 0810-R-LNET12 CA 0810-L-LNET12
FDN D250-1014-60R-CALN12 CA 1014-R-LNET12 CA 1014-L-LNET12
299
SLOTTING CUTTERS
D3
Da
ap
L
D
D= 200,250 D= 100,125, 160
Tmax
H
Designation ap min ap max Tmax L H D D3Da Z Zeff Arbor(1) kg
FDN D100-1419-27R-CALN11 14.00 19.50 27.00 40.00 23.40 100.00 55.00 27.00 6 3 B 0.830
FDN D125-1419-32R-CALN11 14.00 19.50 34.00 40.00 28.20 125.00 65.00 32.00 8 4 B 1.179
FDN D160-1419-40R-CALN11 14.00 19.50 44.00 50.00 28.90 160.00 80.00 40.00 10 5 B 2.139
FDN D200-1419-40R-CALN11 14.00 19.50 54.00 50.00 - 200.00 92.00 40.00 14 7 C 3.389
FDN D250-1419-60R-CALN11 14.00 19.50 58.00 50.00 - 250.00 132.00 60.00 16 8 C 5.854
• The cutter will be set to the minimum width range, unless a specific width is requested by the user • Half of the inserts are used on right-hand cartridges and half
on left-hand cartridges • For cartridge details, see page 311
(1) For adaptation, see page 328
For inserts, see pages: LNAR 1106 (412) • LNHT 1106 PN-N HT (412) • LNHT 1106 PN-R HT (411) • LNKX/LNMT 1106 (411)
Spare Parts
Designation
FDN-CALN11 CA90 1419-R-LN11 CA90 1419-L-LN11
FDN-CALN11
Full Slot Flange Type Slotting Cutters
with Cartridges Carrying Tangentially
Mounted LN.. 1106.. Inserts
D3
Da
D
L
H
Tmax
ap
Designation DapZ Zeff Tmax D3Da H L Arbor(1) kg
FDN D100-14-27-XN13 100.00 14.00 10 10 26.00 55.00 27.00 26.50 40.00 B 0.609
FDN D125-14-32-XN13 125.00 14.00 12 12 33.00 65.00 32.00 30.50 45.00 B 1.037
FDN D125-16-32-XN13 125.00 16.00 12 6 33.00 65.00 32.00 30.50 45.00 B 1.126
FDN D160-18-40-XN13 160.00 18.00 14 7 45.00 80.00 40.00 44.00 60.00 B 2.240
FDN D200-20-40-XN13 200.00 20.00 16 8 53.00 92.00 40.00 - 63.00 C 3.812
• For user guide, see pages 320-328
(1) For adaptation options, see page 328
For inserts, see pages: XNMU 13 (443)
Spare Parts
Designation
FDN-XN13 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
FDN-XN13
Full Slot Flange Type Slotting
Cutters Carrying XNMU 1306
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
D3
ap
L
Tmax
D
Da
Designation ap min ap max Tmax D D3Da Z Zeff L Arbor(1) kg
FDN D125-1723-32R-CALN13 17.50 23.00 30.00 126.00 65.00 32.00 8 4 39.25 B 1.430
FDN D160-1723-40R-CALN13 17.50 23.00 39.00 161.00 80.00 40.00 10 5 49.25 B 2.606
FDN D200-1723-40R-CALN13 17.50 23.00 53.00 201.00 92.00 40.00 14 7 49.25 C 3.820
FDN D250-1723-60R-CALN13 17.50 23.00 59.00 251.00 132.00 60.00 16 8 49.25 C 6.550
• Half of the inserts are used on right-hand cartridges and half on left-hand cartridges • For cartridge details, see page 312 • The cutter will be set to the minimum
width range unless a specific width is requested by the user
(1) For adaptation options, see page 328
For inserts, see pages: T490 LNMT/LNHT 1306 (409)
Spare Parts
Designation
FDN-CALN13 CA90 1723-L-T490-13 CA90 1723-R-T490-13
FDN-CALN13
Full Slot Adjustable Slotting
Cutters with Cartridges Carrying
T490 LNHT 1306PNTR/L Inserts
(17.5-23.0 mm width range)
ISCAR
300
SLOTTING CUTTERS
D3
ap
L
Tmax
D
Da
Designation ap min(1) ap max Tmax D D3Da Z Zeff L Arbor(2) kg
FDN D125-1925-32R-CAPM15 18.90 25.60 29.00 125.00 65.00 32.00 8 4 40.00 B 1.416
FDN D160-1925-40R-CAPM15 18.90 25.60 39.00 160.00 80.00 40.00 10 5 50.00 B 2.588
FDN D200-1925-40R-CAPM15 18.90 25.60 53.00 200.00 92.00 40.00 14 7 50.00 C 3.790
FDN D250-1925-60R-CAPM15 18.90 25.60 58.00 250.00 132.00 60.00 16 8 50.00 C 6.554
• Use A type cartridges for inserts with 0.8-1.6 mm radii, B type cartridges for inserts with 2.5-3.2 mm radii and C type cartridges for inserts with 4.0 mm radius
• For cartridge details, see page 311
(1) The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) For adaptation options, see page 328
For inserts, see pages: LNAT 1506-PM (420)
Spare Parts
Designation
FDN-CAPM15
CA90 1928-L-PM15-A CA90 1928-R-PM15-A CA90 1928-L-PM15-B* CA90 1928-R-PM15-B* CA90 1928-L-PM15-C* CA90 1928-R-PM15-C*
* Optional, should be ordered separately
FDN-CAPM15
Full Slot Adjustable Slotting Cutters
with Cartridges Carrying LNAT 1506...-
PM Inserts (18.9-25.6 mm width range)
D3
Da
ap
L
D
Tmax
Designation ap min(1) ap max Tmax Z Zeff D D3Da Arbor(2) Lkg
FDN D125-1925-32R-CALN15 18.90 25.60 30.00 8 4 125.00 65.00 32.00 B 40.00 1.429
FDN D160-1925-40R-CALN15 18.90 25.60 40.00 10 5 160.00 80.00 40.00 B 50.00 2.613
FDN D200-1925-40R-CALN15 18.90 25.60 54.00 14 7 200.00 92.00 40.00 C 50.00 3.830
FDN D250-1925-60R-CALN15 18.90 25.60 59.00 16 8 250.00 132.00 60.00 C 50.00 6.560
• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly
• For cartridge details, see page 311
(1) The cutter will be set to the minimum width range unless a specific width is requested by the user
(2) For adaptation options, see page 328
For inserts, see pages: LNKX 1506PN-N PL (416) • LNKX/LNMT 1506PNTN/PN-N MM (416) • LNMT/LNHT 1506...-N HT (418) • LNMW 1506 PNTN (416)
Spare Parts
Designation
FDN-CALN15 CA90 1928-R-LN15 CA90 1928-L-LN15
FDN-CALN15
Full Slot Adjustable Slotting Cutters
with Cartridges Carrying LN.. 1506...
Inserts (18.9-25.6 mm width range)
301
SLOTTING CUTTERS
ap
L
H
D
D1
Tmax
Da
D3
Designation
Dimensions Arbor
Style(1) KgZ Zeff D1 D ap Tmax Da D3 H L
FDN CM-D080-12-22-FE(1) 6 6
80.51 68.60 12.15 23.25
80.00 72.77 11.70 23.00 22 45 28.2 40 A 0.35
81.20 68.50 12.85 23.60
FDN CM-D100-12-27-FE(1) 8 8
100.51 88.60 12.15 26.75
100.00 92.77 11.70 26.50 27 55 28.5 40 B 0.57
101.20 88.50 12.85 27.10
FDN CM-D125-12-32-FE(1) 10 10
125.51 113.60 12.15 35.25
125.00 117.77 11.70 35.00 32 65 32.0 45 B 0.94
126.20 113.50 12.85 35.60
R90MT 1205 O45MT 050505 R90MT 43
Tool Diameter Width of Cutter Type of Insert
80 100 125 160 200 250
R90MT 1205
O45MT 050505
R90MT 43
11.7 12.1 12.8
Without seat
FDN-CM
Flange Type Full Width Slotting Cutters
Carrying Round and Octagonal Inserts
(1) Fully effective cutter
(2) For adaptation options, see page 328
For inserts, see pages: R90CW (449)
Spare Parts
Designation
FDN-CM SR 14-544/S BLD T15/M7 SW6-T
ISCAR
302
SLOTTING CUTTERS
Tool Diameter Width of Cutter Type of Insert
63 80 100 125 160 200 250 3 4 4.5 5 5.5 6 6.5 7 8 8.5 9 10 10.5 12 13 14 14.6 16 18 18.9 19.5 20 25 25.6
✓
LNET 081804
✓
LNET 082604
✓
LNET 082804
✓
LNET 083004
✓
LNET 083204
✓
LNET 083504
✓
LNET 083704
✓
LNET 1235
✓
LNET 1240
✓
LNET 1245
✓
LNET 1248
✓
LNET 1250
✓
LNET 1255
✓
LNET 1257
✓
LNET 1265
✓ ✓
LNET 1277
LNET 12...CA
✓
XOMT 0602...
QOMT 060208
✓
✓
XPMT 1004...
QPMT 1004...
✓
QPMT 1004...
✓ ✓
QPMT 1004...
XPMT 1004...
✓ ✓ ✓
QDMT 1205...
✓ ✓ ✓
QDCT 1205
LNKX 1106 CA
LNKX 1506 CA
Without seat
With seat
With adjustable cartridges
SDN
Full Slot Disk Type
303
SLOTTING CUTTERS
D3
D
H1
Da
Tmax
ap min
max
Designation Dap min ap max Tmax Z Zeff D3Da H1
SDN D063-03-22-LN08 63.00 3.00 (1) 3.00 (1) 14.80 8 4 32.00 22.00 6.0
SDN D063-04-22-LN08 63.00 4.00 (2) 4.50 (5) 14.80 8 4 32.00 22.00 6.0
SDN D063-05-22-LN08 63.00 5.00 (3) 5.50 (6) 14.80 8 4 32.00 22.00 7.0
SDN D063-06-22-LN08 63.00 6.00 (4) 6.50 (7) 14.80 8 4 32.00 22.00 7.0
SDN D080-04-22-LN08 80.00 4.00 (2) 4.50 (5) 22.00 10 5 34.00 22.00 6.0
SDN D080-05-22-LN08 80.00 5.00 (3) 5.50 (6) 22.00 10 5 34.00 22.00 7.0
SDN D080-06-22-LN08 80.00 6.00 (4) 6.50 (7) 22.00 10 5 34.00 22.00 7.0
SDN D100-03-27-LN08 100.00 3.00 (1) 3.00 (1) 27.00 12 6 42.00 27.00 8.0
SDN D100-04-27-LN08 100.00 4.00 (2) 4.50 (5) 27.00 12 6 42.00 27.00 8.0
SDN D100-05-27-LN08 100.00 5.00 (3) 5.50 (6) 26.50 12 6 42.00 27.00 10.0
SDN D125-03-32-LN08 125.00 3.00 (1) 3.00 (1) 36.50 16 8 48.00 32.00 8.0
SDN D125-04-32-LN08 125.00 4.00 (2) 4.50 (5) 36.00 16 8 48.00 32.00 8.0
SDN D125-05-32-LN08 125.00 5.00 (3) 5.50 (6) 36.00 16 8 48.00 32.00 10.0
SDN D160-04-40-LN08 160.00 4.00 (2) 4.50 (5) 48.60 20 10 56.00 40.00 10.0
• For user guide, see pages 320-328
(1) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(2) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(3) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(4) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(5) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(6) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(7) Use LNET 0837.. insert with SR 114-018-L5.30 screw
For inserts, see pages: LNET 08 (423)
Cutter Designation apInsert Screw Key Key 1
SDN D...-03...-LN08 3.0 LNET 081804-TN-N SR 114-018-L2.50 T-6/3-L T-6/51
SDN D...-04...-LN08 4.0 LNET 082604-TN-N SR 114-018-L3.40 T-6/3-L T-6/51
4.5 LNET 082804-TN-N SR 114-018-L3.40 T-6/3-L T-6/51
SDN D...-05...-LN08 5.0 LNET 083004-TN-N SR 114-018-L4.40 T-6/3-L T-6/51
5.5 LNET 083204-TN-N SR 114-018-L4.40 T-6/3-L T-6/51
SDN-LN08
SDN-LN08
Disk Type Grooving and Slitting Cutters
ISCAR
304
SLOTTING CUTTERS
ap
Tmax
D
D3
Da
H1
SDN-LN12
Full Slot Disk Type Slotting
Cutters Carrying LNET 12
Tangentially Mounted Inserts
• Each tool is supplied with screws for the thinnest specified insert; verify use of the correct screw for the insert being used • For more than one insert option, slot
width depends on the selected insert width • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways • To reduce vibration, it is recommended to
assemble gang-mills with alternating keyway position. • For user guide, see pages 320-328
(1) For ap=7.0 use screw SR 14-500-L5.9 • For ap=8.0 use screw SR 14-500-L6.5 • For ap=8.5 use screw SR 14-500-L7.0
(2) For ap=10.0 and 10.5 use screw SR 14-500-L8.5 • For ap=12.0 use screw SR 14-500-L10.0
(3) For ap=8.0 and 8.5 use screw SR 14-500-L7.0 • For ap=9.0 use screw SR 14-500-L8.0 • For ap=10.0 use screw SR 14-500-L8.5
For inserts, see pages: LNET 12-TN (423) • LNET 12-TN-MM (424)
Designation Z Zeff D Da Tmax D3H1Kg
a
pInserts
SDN D080-07-27-LN12(1) 8 4 80.00 27.00 17.00 41.0 12.0 0.78
7.0 LNET 1240..
8.0 LNET 1245..
8.5 LNET 1248..
SDN D080-10-27-LN12(2) 8 4 80.00 27.00 17.00 41.0 12.0 0.21
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D100-07-32-LN12(1) 10 5 100.00 32.00 24.00 47.0 12.0 0.51
7.0 LNET 1240..
8.0 LNET 1245..
8.5 LNET 1248..
SDN D100-10-32-LN12(2) 10 5 100.00 32.00 24.00 47.0 12.0 0.50
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D125-07-40-LN12(1) 12 6 125.00 40.00 31.00 55.0 14.0 0.49
7.0 LNET 1240..
8.0 LNET 1245..
8.5 LNET 1248..
SDN D125-10-40-LN12(2) 12 6 125.00 40.00 31.00 55.0 14.0 0.60
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D160-10-40-LN12(2) 16 8 160.00 40.00 50.00 55.0 14.0 1.10
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D200-08-50-LN12(3) 20 10 200.00 50.00 62.50 70.0 12.0 1.75
8.0 LNET 1245..
8.5 LNET 1248..
9.0 LNET 1250..
10.0 LNET 1255..
SDN D200-10-50-LN12(2) 20 10 200.00 50.00 62.50 69.0 14.0 1.90
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D250-08-50-LN12(3) 26 13 250.00 60.00 84.00 87.0 12.0 3.06
8.0 LNET 1245..
8.5 LNET 1248..
9.0 LNET 1250..
10.0 LNET 1255..
SDN D250-08-60-LN12(3) 26 13 250.00 60.00 80.30 84.0 12.0 2.22
8.0 LNET 1245..
8.5 LNET 1248..
9.0 LNET 1250..
10.0 LNET 1255..
SDN D250-10-50-LN12(2) 26 13 250.00 60.00 87.00 84.0 14.0 2.13
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
SDN D250-10-60-LN12(2) 26 13 250.00 60.00 80.00 84.0 14.0 2.83
10.0 LNET 1255..
10.5 LNET 1257..
12.0 LNET 1265..
Designation Insert Screw Key Key
SDN-LN12
LNET 1240... SR 14-500-L5.9 T-15/51-BE
ratchet
wrench key
LNET 1245 D=80-125 SR 14-500-L6.5 T-15/51-BE
LNET 1245 D=160-250 SR 14-500-L7.0 T-15/51-BE
LNET 1248... SR 14-500-L7.0 T-15/51-BE
LNET 1250... SR 14-500-L8.0 T-15/51-BE
LNET 1255... SR 14-500-L8.5 T-15/51-BE
LNET 1257... SR 14-500-L8.5 T-15/51-BE
LNET 1265... SR 14-500-L10 T-15/51-BE
(1)
Should be ordered separately, not supplied with the tool
(1)
305
SLOTTING CUTTERS
Tmax
D3
Da
ap
D
H1
SDN D200-0608-50-CALN12 200.00 16 8 50.00 70.0 63.00 12.0 1.50
LNET 1235...
LNET 1240...
LNET 1245...
SDN D200-0810-50-CALN12 200.00 16 8 50.00 70.0 63.00 14.0 1.70
LNET 1248...
LNET 1250...
LNET 1255...
SDN D200-1014-50-CALN12 200.00 16 8 50.00 70.0 63.00 18.0 0.48 LNET 1255...
LNET 1255...
Designation D Z Zeff Da D3Tmax H1Kg Inserts Width of Range [ap]
SDN D100-0608-27-CALN12 100.00 6 3 27.00 42.0 25.00 16.0 0.63
LNET 1235...
LNET 1240...
LNET 1245...
SDN D100-0810-27-CALN12 100.00 6 3 27.00 42.0 25.00 18.0 0.82
LNET 1248...
LNET 1250...
LNET 1255...
SDN D100-1014-27-CALN12 100.00 6 3 27.00 42.0 25.00 20.0 0.48 LNET 1265...
LNET 1277...
SDN D125-0608-40-CALN12 125.00 8 4 40.00 55.0 32.00 12.0 0.48
LNET 1235...
LNET 1240...
LNET 1245...
SDN D125-0810-40-CALN12 125.00 8 4 40.00 55.0 32.00 14.0 0.95
LNET 1248...
LNET 1250...
LNET 1255...
SDN D125-1014-40-CALN12 125.00 8 4 40.00 55.0 32.00 18.0 0.48 LNET 1265...
LNET 1277...
SDN D160-0608-40-CALN12 160.00 12 6 40.00 55.0 50.00 12.0 1.11
LNET 1235...
LNET 1240...
LNET 1245...
SDN D160-0810-40-CALN12 160.00 12 6 40.00 55.0 50.00 14.0 0.48
LNET 1248...
LNET 1250...
LNET 1255...
SDN D160-1014-40-CALN12 160.00 12 6 40.00 55.0 50.00 18.0 1.61 LNET 1265...
LNET 1277...
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
10.5-12.2
11.9-14.6
10.5-12.2
11.9-14.6
10.5-12.2
11.9-14.6
10.5-12.2
11.9-14.6
Designation
SDN-CALN12
LNET 1235... SR 14-500-L4.9 CA 0608 R/L-LNET12 T-15/51-BE SR 14-500-L4.5
ratchet
wrench key
LNET 1240... SR 14-500-L5.3 CA 0608 R/L-LNET12 T-15/51-BE SR 14-500-L4.5
LNET 1245... SR 14-500-L5.9 CA 0608 R/L-LNET12 T-15/51-BE SR 14-500-L4.5
LNET 1248... SR 14-500-L6.7 CA 0810 R/L-LNET12 T-15/51-BE SR 14-500-L6.1
LNET 1250... SR 14-500-L7.0 CA 0810 R/L-LNET12 T-15/51-BE SR 14-500-L6.1
LNET 1255... SR 14-500-L7.5 CA 0810 R/L-LNET12 T-15/51-BE SR 14-500-L6.1
LNET 1265.. SR 14-500-L10 CA 1014 R/L-LNET12 T-15/51-BE SR 14-500-L8.5
LNET 1277.. SR 14-500-L10 CA 1014 R/L-LNET12 T-15/51-BE SR 14-500-L8.5
Spare Parts
SDN-CALN12
Full Slot Disk Type Slotting Cutters
with Cartridges Carrying LNET 12...
Tangentially Mounted Inserts
• For user guide, see page 320-328 • For cartridge details, see page 311
(1) For ap=6.0 use screw SR 14-500-L4.9 • For ap=6.5 use screw SR 14-500-L5.3 • For ap=7.0 use screw SR 14-500-L5.9
(2) For ap=10.5 use screw SR 14-500-L9.0 • For ap=11.9 use screw SR 14-500-L9.0
(3) For ap=8.0 use screw SR 14-500-L6.7 • For ap=8.4 use screw SR 14-500-L7.0 • For ap=8.9 use screw SR 14-500-L7.5
For inserts, see pages: LNET 12-TN (423) • LNET 12-TN-MM (424)
ISCAR
306
SLOTTING CUTTERS
ISCAR
306
USER GUIDE
Inserts
LNHT 1106...HT inserts should be used if a straight groove or shoulder are needed.
When using the other inserts, the machined surface is grooved due to the butterfly insert shape.
Designation Number of
Cutting Edges
Bottom Slot
Flatness H (mm)
Insert Radius
R (mm) Application Half Side Tools Axial
Depth of Cut W (mm)
LNHT 1106...
LNKX 1106... 2R+2L 0.45 0.8 W=14-19.5
LNMT 1106... 2R+2L 0.45 0.8 W=14-19.5
HT insert-N(1) 2R+2L Flat 0.8 W=14-19.5
Side Wall Flatness Depending on the Inserts Being Used
Designation
Number
of Cutting
Edges
Side
Flatness
ap5 H (mm)
Side Flatness
ap=10 H (mm) Application
Half Side Tools
Axial Depth of Cut
ap (mm)
LNKX 1106... 4R+4L Flat 0.45
ap
ap
Double Face MIlling Stock=0-10
LNMT 1106... 4R+4L Flat 0.45 Stock=0-10
HT insert - N(1) 2R+2L Flat Flat Stock=0-10
LNKX 1106... 4R Flat 0.45
ap
Half side Milling Stock=0-10
LNMT 1106... 4R Flat 0.45 Stock=0-10
HT insert-R(2) 4R Flat Flat Stock=0-10
LNKX 1106... 4L Flat 0.45 Stock=0-10
LNMT 1106... 4L Flat 0.45 Stock=0-10
HT insert - N(1) 2L Flat Flat Stock=0-10
W
W
W-11.0
R
H
(1) LNHT insert - N
R.H./L.H.
LNKX 1106...
LNMT 1106...
R.H./L.H.
(2) LNHT insert - R
R.H. only
(1) Use of 8 cutting edges (4R+4L) is possible only when ap≤5 mm, otherwise 4 cutting edges
(2R+2L) can be used
Configuration Guide for Full Slot FDN/SDN... CALN11 Cutters
ap
ap
7
ap-7
Half side milling
307
SLOTTING CUTTERS
D3
Da
H1
D
ap
Tmax
Designation D Z Zeff apTmax D3Da H1kg
SDN D100-14-32-XN13 100.00 10 10 14.00 23.00 47.00 32.00 18.0 0.418 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
SDN D125-14-40-XN13 125.00 12 12 14.00 33.00 55.00 40.00 18.0 0.666 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
SDN D125-16-40-XN13 125.00 12 6 16.00 33.00 55.00 40.00 20.0 0.789 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
SDN D160-16-40-XN13 160.00 14 7 16.00 50.50 55.00 40.00 20.0 1.435 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
SDN D200-20-50-XN13 200.00 16 8 20.00 59.00 69.00 50.00 26.0 2.605 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
• For user guide, see pages 320-328
For inserts, see pages: XNMU 13 (443)
SDN-XN13
Full Slot Disk Type Slotting
Cutters Carrying XNMU 1306
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
ap
Tmax
D
H1
D3
Da
Designation ap min(1) ap max Tmax D D3Da Z Zeff H1kg
SDN D100-1419-27-CALN11 14.00 19.50 26.80 100.00 42.00 27.00 6 3 20.0 0.576
SDN D125-1419-40-CALN11 14.00 19.50 31.50 125.00 56.00 40.00 8 4 20.0 0.903
SDN D160-1419-40-CALN11 14.00 19.50 48.00 160.00 56.00 40.00 10 5 22.0 1.514
SDN D200-1419-50-CALN11 14.00 19.50 61.00 200.00 70.00 50.00 14 7 22.0 2.380
SDN D250-1419-60-CALN11 14.00 19.50 78.00 250.00 85.00 60.00 16 8 26.0 3.888
• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly • Half of the inserts are used on
right-hand cartridges and half on left-hand cartridges • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways • To reduce vibration, it is
recommended to assemble gang-mills with alternating keyway position. • For cartridge details, see page 311
(1) The cutter will be set to the minimum width range unless a specific width is requested by the user
For inserts, see pages: LNAR 1106 (412) • LNHT 1106 PN-N HT (412) • LNHT 1106 PN-R HT (411) • LNKX/LNMT 1106 (411)
Spare Parts
Designation
SDN-CALN11 CA90 1419-R-LN11 CA90 1419-L-LN11
SDN-CALN11
Full Slot Disk Type Slotting Cutters
with Cartridges Carrying Tangentially
Mounted LN.. 1106.. Inserts
D3
apH1
Tmax
D
Da
Designation D H1ap min(1) ap max Tmax Z Zeff D3Da kg
SDN D125-1723-40-CALN13 126.00 26.0 17.50 23.00 32.00 8 4 56.00 40.00 1.126
SDN D160-1723-40-CALN13 161.00 26.0 17.50 23.00 49.50 10 5 56.00 40.00 1.900
SDN D200-1723-50-CALN13 201.00 26.0 17.50 23.00 61.00 14 7 70.00 50.00 3.005
SDN D250-1723-50-CALN13 251.00 26.0 17.50 23.00 86.00 16 8 70.00 50.00 4.820
SDN D250-1723-60-CALN13 251.00 26.0 17.50 23.00 78.00 16 8 85.00 60.00 4.860
• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly • Half of the inserts are used on
right-hand cartridges and half on left-hand cartridges • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways • To reduce vibration, it is
recommended to assemble gang-mills with alternating keyway position. • For cartridge details, see page 312
(1) The cutter will be set to the minimum width range unless a specific width is requested by the user
For inserts, see pages: T490 LNMT/LNHT 1306 (409)
Cartridge Screw
Right Hand Cartridge
Nut
T490 LNHT 1306...Insert
Insert Screw
Spare Parts
Designation
SDN-CALN13 CA90 1723-L-T490-13 CA90 1723-R-T490-13
SDN-CALN13
Full Slot Adjustable Slotting
Cutters with Cartridges Carrying
T490 LNHT 1306PNTR/L Inserts
(17.5-23.0 mm width range)
ISCAR
308
SLOTTING CUTTERS
D3
ap
H
1
D
Da
Tmax
Designation D H1ap min(1) ap max Tmax Z Zeff D3Da kg
SDN D125-1925-40-CAPM15 125.00 26.0 18.90 25.60 32.50 8 4 56.00 40.00 1.300
SDN D160-1925-40-CAPM15 160.00 26.0 18.90 25.60 48.50 10 5 56.00 40.00 1.888
SDN D200-1925-50-CAPM15 200.00 26.0 18.90 25.60 61.50 14 7 70.00 50.00 3.300
SDN D250-1925-60-CAPM15 250.00 26.0 18.90 25.60 79.00 16 8 85.00 60.00 5.200
• Each cutter can be changed into full slot, bottom or top milling configuration • Use A type cartridges for inserts with 0.8-1.6 mm radii, B type cartridges for
inserts with 2.5-3.2 mm radii and C type cartridges for insertswith 4.0 mm radius • Each cutter features two keyways. • To reduce vibration, it is recommended to
assemble gang-mills with alternating keyway position. • For cartridge details, see page 311
(1) The cutter will be set to the minimum width range unless a specific width is requested by the user
For inserts, see pages: LNAT 1506-PM (420)
Spare Parts
Designation
SDN-CAPM15
CA90 1928-L-PM15-A CA90 1928-R-PM15-A CA90 1928-L-PM15-B* CA90 1928-R-PM15-B* CA90 1928-L-PM15-C* CA90 1928-R-PM15-C*
* Optional, should be ordered separately
SDN-CAPM15
Full Slot Adjustable Slotting Cutters
with Cartridges Carrying LNAT 1506...-
PM Inserts (18.9-25.6 mm width range)
D3
Da
Tmax
a
p
D
H1
Designation DapZ Zeff Tmax D3Da H1
SDN D080-08-27-06 80.00 8.00 12 6 17.00 41.00 27.00 12.0
SDN D100-08-32-06 100.00 8.00 14 7 24.00 47.00 32.00 12.0
SDN D100-10-32-06 100.00 10.00 14 7 24.00 47.00 32.00 14.0
SDN D125-12-40-10 125.00 12.00 12 6 33.00 55.00 40.00 16.0
SDN D160-12-40-10 160.00 12.00 14 7 50.00 55.00 40.00 16.0
SDN D160-16-40-10 160.00 16.00 14 7 50.00 55.00 40.00 20.0
SDN D160-16-40-12 160.00 16.00 12 6 50.00 55.00 40.00 20.0
SDN D200-16-50-12 200.00 16.00 14 7 63.00 69.00 50.00 20.0
SDN D200-18-50-12 200.00 18.00 14 7 50.00 69.00 50.00 24.0
SDN D200-20-50-12 200.00 20.00 14 7 63.00 69.00 50.00 26.0
• For user guide, see pages 320-328
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • QOMT-HQ (424) • QPMT 100408PDTN (425) • XOMT-HQ (425) • XPMT-HQ (426)
Spare Parts
Designation
SDN D080-08-27-06 SR 34-514 T-7/51
SDN D100-08-32-06 SR 34-514 T-7/51
SDN D100-10-32-06 SR 34-514 T-7/51
SDN D125-12-40-10 SR 14-544/S T-15/51
SDN D160-12-40-10 SR 14-544/S T-15/51
SDN D160-16-40-10 SR 14-544/S T-15/51
SDN D160-16-40-12 SR 34-510 PN 3-4 BLD T15/M7 SW6-T
SDN D200-16-50-12 SR 34-510 PN 3-4 BLD T15/L7 SW6-T
SDN D200-18-50-12 SR 34-510 PN 3-4 BLD T15/L7 SW6-T
SDN D200-20-50-12 SR 34-510 PN 3-4 BLD T15/M7 SW6-T
SDN
Full Slot Disk Type Slotting Cutters
309
SLOTTING CUTTERS
ap
Tmax
D
H1
D3
Da
Designation ap min(1) ap max Tmax Z Zeff D D3Da H1kg
SDN D125-1925-40-CALN15 18.90 25.60 34.00 8 4 125.00 56.00 40.00 26.0 1.136
SDN D160-1925-40-CALN15 18.90 25.60 52.00 10 5 160.00 56.00 40.00 26.0 1.913
SDN D200-1925-50-CALN15 18.90 25.60 65.00 14 7 200.00 70.00 50.00 26.0 3.031
SDN D250-1925-60-CALN15 18.90 25.60 82.00 16 8 250.00 85.00 60.00 26.0 4.803
• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly • Half of the inserts are used on
right-hand cartridges and half on left-hand cartridges • Gang-mill assembly SDN and left-hand SSB cutters feature two keyways. • To reduce vibration, it is
recommended to assemble gang-mills with alternating keyway position. • For cartridge details, see page 311
(1) The cutter will be set to the minimum width range unless a specific width is requested by the user
For inserts, see pages: LNKX 1506PN-N PL (416) • LNKX/LNMT 1506PNTN/PN-N MM (416) • LNMT/LNHT 1506...-N HT (418) • LNMW 1506 PNTN (416)
SDN-CALN
Spare Parts
Designation
SDN-CALN15 CA90 1928-R-LN15 CA90 1928-L-LN15
SDN-CALN15
Full Slot Disk Type Slotting Cutters
with Cartridges Carrying Tangentially
Mounted LN.. 1506.. Inserts
Da
D3
HL
H5
ap
Tmax
D
Designation DapZ Zeff Tmax D3Da H H5L Arbor(1)
FST D100-12-27-R10 100.00 9.00 11 11 25.00 55.00 27.00 17.50 12.00 40.00 B SR 14-544/S T-15/51
FST D125-12-32-R10 125.00 9.00 13 13 34.00 65.00 32.00 20.00 12.00 45.00 B SR 14-544/S T-15/51
(1) For adaptation options, see page 328
For inserts, see pages: ADKR 1505PDR/L-HM (390) • ADKT 1505..R/L-HM (393) • ADKT 1505PDR/L-HM (392) • ADKT 1505PDTR/L-RM (392) • QDCT-PDN
(427) • QDMT 1205..PDTN-M (427) • QPMT 100408PDTN (425) • XPMT-HQ (426)
FST
Top-Side Cutting, Flanged
Type Slotting Cutters
ISCAR
310
SLOTTING CUTTERS
Da
D3
H1
ap
D
H5
Tmax
Designation apD Z Tmax D3Da H5H1
SSB D100-12-32-R/L10 9.00 100.00 9 26.00 47.00 32.00 12.00 16.0 SR 14-544/S T-15/51
SSB D125-12-40-R/L10 9.00 125.00 11 35.00 55.00 40.00 12.00 16.0 SR 14-544/S T-15/51
SSB D160-16-40-R/L10 9.00 160.00 13 52.00 55.00 40.00 16.00 20.0 SR 14-544/S T-15/51
For inserts, see pages: QDCT-PDN (427) • QDMT 1205..PDTN-M (427) • QPMT 100408PDTN (425) • SPMT-HQ (426) • XPMT-HQ (426)
Without seat
Tool Diameter Width of Cutter Type of Insert
80 100 125 160 200 250
QPMT 1004
XPMT 1004
SPMT 1004
(For R.H. cut only)
8 10 12 14 16 17.5 18 20 22 24
LNKX 1506
LNMT 1506
LNHT 1506...HT
25
SSB
Single-Side Cutting, Disk
Type Slotting Cutters
H
1
D
Tmax
D3
Da
H5
ap
Designation DapZ Tmax D3Da H5H1kg
S890 SSB D125-20-40-R/L13 125.00 9.00 14 33.00 56.00 40.00 20.00 24.0 1.196 SR 11800745 BLD IP15/S7 SW6-T-SH
For inserts, see pages: S890 SNMU 1305PN... (442)
S890 SSB-13
Half Side / Face Disk Milling
Cutters Carrying HELIDO
S890 SNMU 1305 Inserts
H1
Da
D3
Tmax
H5
ap
D
Designation D Z Tmax apD3Da H5H1kg
SSB D080-22-27-LN15-R/L 80.00 10 18.00 14.00 42.00 27.00 22.00 24.0 0.561 SR 34-535 BLD T15/M7 SW6-T-SH
SSB D100-22-32-LN15-R/L 100.00 12 26.00 14.00 48.00 32.00 22.00 26.0 0.951 SR 34-535 BLD T15/M7 SW6-T-SH
SSB D125-22-40-LN15-R/L 125.00 15 35.00 14.00 56.00 40.00 22.00 26.0 1.515 SR 34-535 BLD T15/M7 SW6-T-SH
SSB D160-22-40-LN15-R/L 160.00 20 52.00 14.00 56.00 40.00 22.00 26.0 2.640 SR 34-535 BLD T15/M7 SW6-T-SH
SSB D200-24-50-LN15-R/L 200.00 25 65.00 14.00 70.00 50.00 24.00 28.0 4.655 SR 34-535 BLD T15/M7 SW6-T-SH
• Note: Left-hand cutters are designated by a yellow groove
For inserts, see pages: LNAT 1506-W (419) • LNAT 1506..PN-N MM (419) • LNAW-15 (CBN) (415) • LNHW 1506 PNTN (ceramic) (418) • LNKX 1506 1.5X45
PN-N (417) • LNKX 1506PN-N PL (416) • LNKX/LNMT 1506PNTN/PN-N MM (416) • LNMT/LNHT 1506...-N HT (418) • LNMT/LNHT 1506PN-R HT (417) • LNMW
1506 PNTN (416)
LNMT 1506PTNT-HT
R.H./L.H.
LNKX 1506...
LNMT 1506...
R.H./L.H.
LNMT 1506PN-R-HT
R.H. only
Gang-Mill Assembly
SDN and left-hand SSB
cutters feature two keyways.
It is recommended to
assemble gang-mills
with alternating keyway
position. This practice
reduces vibration.
90º lead angle cutter
For D=80 lead angle cutter a=6º
For D≥100 lead angle cutter a=4.5º
14 7
a°
SSB-LN15-R/L
Single-Side Cutting, Disk
Type Slotting Cutters
311
SLOTTING CUTTERS
CA-R/L-LNET 12 cartridges
Adjustable Cartridge for
FDN/SDN-CALN 12 Full Slot
Adjustable Slotting Cutters
Cartridge Locking Screw
Insert Locking Screw
LNET 12... Insert
Nut
Right-Hand Cartridge
(1)
Cartridge Cartridge
Locking Screw Nut Width of Cut Insert Insert
Designation
Clamping
Screw
Min. Max.
CA 0608-R/L-LNET 12 SR 14-500-L4.5 NUT M4-2.2
6.00 6.50 LNET 1235... SR 14-500/L4.9
6.50 7.20 LNET 1240... SR 14-500/L5.3
7.00 8.20 LNET 1245.. SR 14-500/L5.9
CA 0810-R/L-LNET 12 SR 14-500-L6.1 NUT M4-2.2
8.00 8.70 LNET 1248.. SR 14-500/L6.7
8.40 9.20 LNET 1250.. SR 14-500/L7.0
8.90 10.5 LNET 1255.. SR 14-500/L7.5
CA 1014-R/L-LNET 12 SR 14-500-L8.5 NUT M4-2.2 10.5 12.2 LNET 1265.. SR 14-500/L9.0
11.9 14.6 LNET 1277..
Each insert size should be ordered with its appropriate screw. When changing insert size, a new screw has to be ordered
Keys:Torx T-15/51-BE Ratchet wrench key
(1)
Tightening torque: 4.5 ÷ 5Nxm
CA 08 10 R LN 12
Range of Adjustment
Type of Insert: LNET/R 12
R.H. / L.H.
Minimum Width of Cut
CA - Cartridge
Maximum Width of Cut
Insert Size
Cartridge Screw-SR 14-2120
Key: BLD IP25/S7
SW6-T
Right Hand Cartridge
Nut
LNAT 1506...Insert
Insert Screw-SR 34-535
Key: BLD T15/S7
SW6-T
Designation ap min ap max
CA90 1928-R/L-PM15-A (1) 18.90 25.60 SR 34-535 NUT M5-4.5 SR 14-2120
CA90 1928-R/L-PM15-B (2) 18.90 25.60 SR 34-535 NUT M5-4.5 SR 14-2120
CA90 1928-R/L-PM15-C (3) 18.90 25.60 SR 34-535 NUT M5-4.5 SR 14-2120
(1) For inserts with 0.8-1.6 mm radii
(2) For inserts with 2.5-3.2 mm radii
(3) For inserts with 4.0 mm radius
CA90 1928-R/L-PM15
Adjustable Cartridge for SDN and
FDN-CAPM15 Slotting Cutters
Cartridge Screw(1)
Right Hand Cartridge
Nut
LNKX 1506 / LNKX 1106...Insert
Insert Screw
Designation ap min ap max
CA90 1419-R/L-LN11 14.00 19.50 SR 34-550 SR 14-2120/L11.2 NUT M5-4.5
CA90 1928-R/L-LN15 18.90 25.60 SR 34-535 SR 14-2120(a) NUT M5-4.5
(a) Tightening torque: 16 Nxm
CA90-R/L-LN11/15
cartridges
Adjustable Cartridge for SDN
and FDN-CALN11/CALN15
ISCAR
312
SLOTTING CUTTERS
Right Hand Cartridge
Nut
T490 LNHT 1306...Insert
Cartridge Screw-SR 14-2120
Key: BLD IP25/S7
SW6-T
Insert Screw-SR 34-535
Key: BLD T15/S7
SW6-T
Designation ap min ap max
CA90 1723-R/L-T490-13 17.50 23.00 SR 34-535-SN SR 14-2120 NUT M5-4.5
CA90 1723-R/L-T490-13
Adjustable Cartridge for
SDN and FDN-CALN13
D
A
W
a°
Tmax
DaH7
Screw
D3
d2
W
D3
D
A2
A
d1
Drive Flange R (CSI) Drive Shank SW/S (SS)
Designation W D Z A D3Da Tmax RPM max a° A2SS CSI Insert
TGSF 50-1.6-8KR 1.60 50.00 5 1.30 28.00 8.00 10.00 1600 90 2.4 SW 25-28 -TAG 1.6 ETG 2-SH-T*
TGSF 63-1.6-10KR 1.60 63.00 6 1.30 32.00 10.00 15.00 1200 90 2.4 SW 25-32 -TAG 1.6 ETG 1.4/1.6*
TGSF 76-1.6-22A 1.60 76.00 8 1.30 39.00 22.00 18.00 1050 90 2.4 - - TAG 1.6 ETG 1.4/1.6*
TGSF 100-1.6-22A 1.60 100.00 10 1.30 39.00 22.00 30.00 800 90 2.4 - - TAG 1.6 ETG 1.4/1.6*
TGSF 125-1.6-27A 1.60 125.00 12 1.30 64.00 27.00 30.00 640 90 2.4 - - TAG 1.6 ETG 1.4/1.6*
TGSF 50-2-8KR 2.00 50.00 5 1.65 28.00 8.00 10.00 1600 90 2.5 SW 25-28 -TAG 2 ETG 2-SH-T*
TGSF 63-2-10KR 2.00 63.00 6 1.65 32.00 10.00 14.50 1260 90 2.5 SW 25-32 -TAG 2 ETG 2*
TGSF 80-2-22KR 2.00 80.00 8 1.65 40.00 22.00 19.00 1000 90 2.5 SW 32-40 -TAG 2 ETG 2*
TGSF 100-2-22KR 2.00 100.00 11 1.65 40.00 22.00 29.00 800 90 2.5 SW 32-40 -TAG 2 ETG 2*
TGSF 125-2-32KR 2.00 125.00 13 1.65 55.00 32.00 34.00 640 90 2.5 S 32-55 -TAG 2 ETG 2*
TGSF 50-3-8K 3.00 50.00 4 2.50 - 8.00 10.00 6300 90 - SW 25-28 -TAG 3 ETG 3-4-SH*
TGSF 63-3-10K 3.00 63.00 5 2.50 - 10.00 14.50 5000 90 - SW 25-32 -TAG 3 ETG 3-4-SH*
TGSF 80-3-22K 3.00 80.00 7 2.50 - 22.00 19.00 3900 90 - SW 32-40 R 22-46 TAG 3 ETG 3-4-SH*
TGSF 100-3-22K (1) 3.00 100.00 8 2.50 - 22.00 29.00 4770 90 - SW 32-40 R 22-46 TAG 3 ETG 3-4-SH*
TGSF 125-3-32K 3.00 125.00 10 2.50 - 32.00 34.00 3820 90 - S 32-55 R 32-55 TAG 3 ETG 3-4-SH*
TGSF 160-3-32K 3.00 160.00 12 2.50 - 32.00 52.00 2980 90 - S 32-55 R 32-55 TAG 3 ETG 3-4-SH*
TGSF 63-4-10K 4.00 63.00 5 3.30 - 10.00 14.50 5000 90 - SW 25-32 -TAG 4 ETG 3-4-SH*
TGSF 80-4-22K 4.00 80.00 7 3.30 - 22.00 19.00 3900 90 - SW 32-40 R 22-46 TAG 4 ETG 3-4-SH*
TGSF 100-4-22K (1) 4.00 100.00 8 3.30 - 22.00 29.00 4770 90 - SW 32-40 R 22-46 TAG 4 ETG 3-4-SH*
TGSF 125-4-32K 4.00 125.00 10 3.30 - 32.00 34.00 3820 90 - S 32-55 R 32-55 TAG 4 ETG 3-4-SH*
TGSF 160-4-40K 4.00 160.00 12 3.30 - 40.00 39.00 2980 90 - S 40-80 R 40-80 TAG 4 ETG 3-4-SH*
• ETG extractor should be ordered separately • For drive flange set dimensions, refer to Drive Flange R
(1) Tmax=26 and D3=46 when used with drive flange
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (312) • TAG N-C/W/M (313) • TAG N-J/JS/JT (313) • TAG N-UT (314)
For holders, see pages: BT-SEMC (908) • C#-SEMC (890) • DIN2080-SEMC (916) • DIN69871-SEMC (856) • HSK A-SEMC (876) • R (drive flange set) (317)
• SMH MB (757) • SW/S (317)
Insert
Insertion Insert
Extraction
TGSF
Slitting Cutters with TANG-GRIP Inserts
10°
7°
WR
Dimensions Recommended Machining Data
Designation W±0.04 R±0.05
IC20
f groove
(mm/rev)
TAG N2A 2.10 0.20 •0.02-0.10
TAG N3A 3.05 0.20 •0.03-0.14
TAG N4A 4.05 0.24 •0.03-0.16
• For cutting speed recommendations and user guide, see pages 462-468
For tools, see pages: • TGSF (312)
TAG N-A
Single-Ended Inserts for Parting,
Grooving and Slitting Aluminum
313
SLOTTING CUTTERS
W
CW
7º
R
WR
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R±0.04
IC830
IC928
IC5400
IC808
IC908
IC30N
IC20
IC807
f groove
(mm/rev)
TAG N1.4C 1.40 0.05 0.16 •0.04-0.10
TAG N1.6C 1.60 0.05 0.16 • • 0.04-0.14
TAG N2C 2.00 0.05 0.20 • • • • • 0.05-0.16
TAG N2.4C 2.40 0.04 0.16 • • 0.06-0.18
TAG N3CB (1) 3.00 0.05 0.35 • • 0.12-0.30
TAG N3C 3.05 0.05 0.20 •••••••• 0.10-0.25
TAG N3M (2) 3.05 0.05 0.20 • • 0.06-0.18
TAG N3W 3.05 0.05 0.20 • • 0.10-0.25
TAG N4C 4.00 0.05 0.24 ••••• •• 0.10-0.30
TAG N4CB (1) 4.00 0.05 0.40 • • 0.10-0.33
TAG N4M (2) 4.00 0.05 0.24 • • 0.06-0.20
TAG N4W 4.00 0.05 0.24 • • 0.10-0.30
TAG N4.8C 4.80 0.05 0.30 • • 0.10-0.35
TAG N5C 5.05 0.05 0.25 •••0.10-0.35
TAG N6.3C 6.30 0.10 0.35 • • 0.15-0.40
TAG N7W 7.00 0.10 0.50 • • 0.18-0.40
TAG N8C 8.00 0.10 0.50 • • 0.20-0.70
TAG N9.5C 9.50 0.10 0.50 • • 0.25-0.80
TAG N9.5W 9.50 0.10 0.50 • • 0.22-0.80
TAG N12.7W 12.70 0.10 0.85 • • 0.30-0.80
• Feed values for grade IC20 should be decreased by 50% • For cutting speed recommendations and user guide, see pages 462-468
(1) Larger corner radii for interrupted cut and high feed applications
(2) Similar to C-type, but with a modified edge; Improved chip control at medium feeds
For tools, see pages: • TGSF (312)
TAG N-C/W/M
Single-Ended Inserts for Parting,
Grooving and Slitting Bars, Hard
Materials and Tough Applications
W
JT J
7º
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R R±toler
IC830
IC928
IC5400
IC808
IC908
IC20
IC807
f groove
(mm/rev)
TAG N1.4J 1.40 0.16 0.050 •••0.03-0.10
TAG N1.6J 1.60 0.16 0.050 • • 0.03-0.12
TAG N2JS (1) 2.00 0.02 0.020 • • 0.03-0.08
TAG N2J 2.00 0.20 0.050 • • • • 0.04-0.12
TAG N2JT 2.00 0.20 0.050 ••••• 0.04-0.10
TAG N3JS (1) 3.05 0.02 0.020 • • 0.04-0.10
TAG N3J 3.05 0.20 0.050 ••••••• 0.04-0.16
TAG N3JT 3.05 0.20 0.050 • • • • 0.05-0.18
TAG N3.2JT 3.25 0.20 0.050 •0.05-0.18
TAG N4J 4.00 0.24 0.050 ••••• • 0.04-0.18
TAG N4JT 4.05 0.24 0.050 • • • • 0.06-0.20
TAG N5J 5.05 0.25 0.050 • • 0.05-0.20
TAG N5JT 5.05 0.25 0.050 • • • 0.06-0.22
TAG N6.3J 6.35 0.34 0.050 • • 0.06-0.22
TAG N6.3JT 6.35 0.34 0.050 • • 0.08-0.25
TAG N7JT 7.05 0.50 0.050 • • 0.10-0.28
• JT chipformer has the basic positive configuration of the J-type and a reinforced negative frontal edge; most suitable for soft materials at low to medium feeds.
• For cutting speed recommendations and user guide, see pages 462-468
(1) Sharp corners cannot be used on TGSF slitting cutters
For tools, see pages: • TGSF (312)
TAG N-J/JS/JT
Single-Ended Inserts for Parting,
Grooving and Slitting Soft Materials
ISCAR
314
SLOTTING CUTTERS
W
R
7°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R±0.04
IC830
IC808
IC908
f groove
(mm/rev)
TAG N2UT 2.00 0.20 ••• 0.03-0.10
TAG N3UT 3.00 0.30 • • 0.04-0.12
TAG N4UT 4.00 0.30 •0.05-0.15
TAG N5UT 5.00 0.30 •0.05-0.18
TAG N6UT 6.00 0.85 •0.06-0.22
• For cutting speed recommendations and user guide, see pages 462-468
For tools, see pages: • TGSF (312)
TAG N-UT
Single-Sided Inserts for Parting,
Grooving & Slitting at Low
Feeds on Cr-Ni Alloys, Ductile
Materials & Low Carbon Steel
W
DD3
A
Flange Drive
R (CSI)
Shank Drive
(SS)
S/SW-Shank
Screw
Da
a°
T
max
Designation W
min
W
max
D Z Da A T
max
RPM
max
a°SS CSI Inserts
GM D100-3DG-22K (1) 2.70 3.35 100.00 6 22.00 2.40 29.00 800 90 SW 32-40 R 22-46 Single-ended:
GIM 3C/3/3J/3.2, GIMY..
Double ended:
for Tmax=12.5mm
GM D125-3DG-32K (2) 2.70 3.35 125.00 8 32.00 2.40 34.00 640 0 S 32-55 R 32-55
GM D160-3DG-32K 2.70 3.35 160.00 10 32.00 2.40 39.00 500 90 S 32-55 R 32-55
GM D200-3DG-40K 2.70 3.35 200.00 14 40.00 2.40 59.00 400 90 S 40-80 R 40-80
GM D100-4DG-22K (1) 3.36 4.35 100.00 6 22.00 3.20 29.00 800 90 SW 32-40 R 22-46 Single-ended:
GIM 4C/4/4J, GIMY..
Double ended:
for Tmax=12.5mm
GM D125-4DG-32K 3.36 4.35 125.00 8 32.00 3.20 34.00 640 0 S 32-55 R 32-55
GM D200-4DG-40K 3.36 4.35 200.00 14 40.00 3.20 59.00 400 90 S 40-80 R 40-80
GM-DG
Slitting Cutters Carrying
Self-Clamped Inserts
L
d
D
W
A
Lmax
Tmax
Lmin
Designation W min W max D d Tmax Z A L min(2) L max(2) L Insert kg
SGSF 32-1.6-W16 1.50 1.79 32.00 16.00 7.00 3 1.32 20.0 49.0 100.00 GSFN/U 1.6 0.135 ESG 1.4-2
SGSF 32-2-W16 (1) 1.80 2.69 32.00 16.00 7.00 3 1.62 20.0 49.0 100.00 GSFN/U 2.0 0.159 ESG 1.4-2
SGSF 40-1.6-W16 1.50 1.79 40.00 16.00 11.00 4 1.32 34.0 63.0 100.00 GSFN/U 1.6 0.158 ESG 1.4-2
SGSF 40-2-W16 (1) 1.80 2.69 40.00 16.00 11.00 4 1.62 34.0 63.0 100.00 GSFN/U 2.0 0.160 ESG 1.4-2
• For user guide, see pages 320-328
(1) Standard GSFN 2.4 mm inserts are not suitable for this tool; for suitable tool, see specific pocket size.
(2) Standard GSFN 2.4 mm inserts are not suitable for this tool; for suitable tool, see specific pocket size
For inserts, see pages: GSFN (319) • GSFU (319)
SGSF-W
Grooving and Slitting Cutters
with Integral Weldon Shanks
• D3 refers to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 320-328
(1) Tmax=26 when used with drive flange, D3=46 when used with drive flange
(2) Only one key slot
For inserts, see pages: GIM-C (318) • GIM-J (317) • GIM-W (318)
For holders, see pages: BT-SEMC (908) • C#-SEMC (890) • DIN2080-SEMC (916)
• DIN69871-SEMC (856) • HSK A-SEMC (876) • R (drive flange set) (317) • SMH MB (757) • SW/S (317)
Spare Parts
Designation
GM-DG EDG 44A*
* (Optional, should be ordered separately)
315
SLOTTING CUTTERS
D
Screw
Shank Drive (SS)Flange Drive R (CSI)
Da
A2D
Tmax
A
W
D3
D4
H5
D5
A
W
Designation W min W max D Z D3Da A2A Tmax RPM max SS CSI Insert
SGSA 32-3 2.70 3.53 32.00 4 18.20 8.00 4.0 2.40 5.50 2400 SW 20 - GSAN-3 ESG 2
SGSA 40-3-6K 2.70 3.53 40.00 5 21.00 6.00 3.2 2.40 8.00 2000 SW 25-23 - GSAN-3 ESG 2
SGSA 50-3-8K 2.70 3.53 50.00 7 27.00 8.00 3.2 2.40 10.50 1600 SW 25-28 - GSAN-3 ESG 2
SGSA 80-3-22K-10Z-FP 2.70 3.53 80.00 10 - 22.00 2.4 2.40 16.00 995 SW 32-40 R 22-46 GSAN-3 ESG 2
SGSA 100-3-22K-12Z-FP 2.70 3.53 100.00 12 - 22.00 2.4 2.40 20.00 795 SW 32-40 R 22-46 GSAN-3 ESG 2
SGSA 125-3-32K-16Z-FP 2.70 3.53 125.00 16 - 32.00 2.4 2.40 25.00 635 SW 32-55 R 32-55 GSAN-3 ESG 2
SGSA 32-4 3.54 4.52 32.00 4 18.20 8.00 4.0 3.20 5.50 2400 SW 20 - GSAN-4 ESG 2
SGSA 40-4-6K 3.54 4.52 40.00 5 21.00 6.00 3.2 3.20 8.00 2000 SW 25-23 - GSAN-4 ESG 2
SGSA 50-4-8K 3.54 4.52 50.00 7 - 8.00 3.2 3.20 10.50 1600 SW 25-28 - GSAN-4 ESG 2
SGSA 80-4-22K-10Z-FP 3.54 4.52 80.00 10 - 22.00 3.2 3.20 16.00 995 SW 32-40 R 22-46 GSAN-4 ESG 2
SGSA 100-4-22K-12Z-FP 3.54 4.52 100.00 12 - 22.00 3.2 3.20 20.00 795 SW 32-40 R 22-46 GSAN-4 ESG 2
• For H5, D5, D4 refer to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 320-328
For inserts, see pages: GSAN (318)
For holders, see pages: R (drive flange set) (317) • SW/S (317)
SGSA
Slitting Cutters Carrying GSAN
Self-Clamped Inserts
ISCAR
316
SLOTTING CUTTERS
Da
D
a°
Tmax
D3A2
W
A type KR type K type
A
Drive Flange
R (CSI)
for K type
Drive Shank
SW/S (SS)
for K+KR types
D3
D3
Designation D W minW max Tmax Z A A2D3Da
RPM
max a° Key SS CSI Insert
SGSF 76-1.4-22A 76.00 1.34 1.34 18.00 8 1.10 2.4 39.00 22.00 1050 112.5 A - - GSFU ESG 1.4-2
SGSF 100-1.4-22A 100.00 1.34 1.34 25.00 10 1.10 2.4 49.00 22.00 800 90 A - - GSFU ESG 1.4-2
SGSF 125-1.4-27A 125.00 1.34 1.34 25.00 12 1.10 2.4 74.00 27.00 640 75 A - - GSFU ESG 1.4-2
SGSF 50-1.6-8KR 50.00 1.50 1.79 10.00 5 1.24 2.4 28.00 8.00 1600 KR SW 25-28 - GSFU,GSFN ESG 1.4-2
SGSF 63-1.6-10KR 63.00 1.50 1.79 14.00 6 1.24 2.4 32.00 10.00 1260 KR SW 25-32 - GSFU,GSFN ESG 1.4-2
SGSF 76-1.6-22A 76.00 1.50 1.79 18.00 8 1.24 2.4 39.00 22.00 1050 112.5 A - - GSFU,GSFN ESG 1.4-2
SGSF 100-1.6-22A 100.00 1.50 1.79 30.00 10 1.24 2.4 39.00 22.00 800 90 A - - GSFU,GSFN ESG 1.4-2
SGSF 125-1.6-27A 125.00 1.50 1.79 29.00 12 1.24 2.4 60.00 27.00 640 75 A - - GSFU,GSFN ESG 1.4-2
SGSF 50-2-8KR (1) 50.00 1.80 2.69 10.00 5 1.60 2.4 28.00 8.00 1600 KR SW 25-28 - GSFU,GSFN ESG 1.4-2
SGSF 63-2-10KR (1) 63.00 1.80 2.69 15.00 6 1.60 2.4 32.00 10.00 1260 KR SW 25-32 - GSFU,GSFN ESG 1.4-2
SGSF 76-2-22A (1) 76.00 1.80 2.69 18.00 8 1.60 2.4 39.00 22.00 1050 112.5 A - - GSFU,GSFN ESG 1.4-2
SGSF 80-2-22KR (1) 80.00 1.80 2.69 20.00 8 1.60 2.4 40.00 22.00 1000 KR SW 32-40 - GSFU,GSFN ESG 1.4-2
SGSF 100-2-22A (1) 100.00 1.80 2.69 30.00 10 1.60 2.4 39.00 22.00 800 90 A - - GSFU,GSFN ESG 1.4-2
SGSF 100-2-22KR (1) 100.00 1.80 2.69 29.00 10 1.60 2.4 40.00 22.00 800 KR SW 32-40 - GSFU,GSFN ESG 1.4-2
SGSF 125-2-27A (1) 125.00 1.80 2.69 32.00 12 1.60 2.4 60.00 27.00 640 75 A - - GSFU,GSFN ESG 1.4-2
SGSF 125-2-32KR (1) 125.00 1.80 2.69 34.00 12 1.60 2.4 55.00 32.00 640 KR S 32-55 - GSFU,GSFN ESG 1.4-2
SGSF 80-2.4-22A 80.00 2.38 2.42 20.00 6 1.90 2.4 39.00 22.00 1000 90 A - - GSFN ESG 11
SGSF 100-2.4-22K 100.00 2.38 2.42 26.00 6 1.90 2.4 46.00 22.00 800 90 K - R 22-46 GSFN ESG 11
SGSF 125-2.4-32K (2) 125.00 2.38 2.42 34.00 8 1.90 2.4 55.00 32.00 640 K - R 32-55 GSFN ESG 11
SGSF 160-2.4-32K 160.00 2.38 2.42 52.00 10 1.90 2.4 55.00 32.00 500 90 K - R 32-55 GSFN ESG 11
SGSF 50-3-8K 50.00 2.70 3.53 10.00 4 2.40 2.4 28.00 8.00 1600 K SW 25-28 - GSFU,GSFN ESG 11
SGSF 63-3-10K 63.00 2.70 3.53 15.00 5 2.40 2.4 32.00 10.00 1260 K SW 25-32 - GSFU,GSFN ESG 11
SGSF 80-3-22K (3) 80.00 2.70 3.53 19.00 6 2.40 2.4 40.00 22.00 1000 K SW 32-40 R 22-46 GSFU,GSFN ESG 11
SGSF 100-3-22K (4) 100.00 2.70 3.53 29.00 6 2.40 2.4 40.00 22.00 800 90 K SW 32-40 R 22-46 GSFU,GSFN ESG 11
SGSF 125-3-27K 125.00 2.70 3.53 34.00 8 2.40 2.4 0.00 27.00 0 K - - GSFU,GSFN ESG 11
SGSF 125-3-32K (2) 125.00 2.70 3.53 34.00 8 2.40 2.4 55.00 32.00 640 K S 32-55 R 32-55 GSFU,GSFN ESG 11
SGSF 160-3-32K 160.00 2.70 3.53 52.00 10 2.40 2.4 55.00 32.00 500 90 K S 32-55 R 32-55 GSFU,GSFN ESG 11
SGSF 160-3-40K 160.00 2.70 3.53 39.00 10 2.40 2.4 80.00 40.00 500 90 K S 40-80 R 40-80 GSFU,GSFN ESG 11
SGSF 200-3-40K 200.00 2.70 3.54 59.00 14 2.40 2.4 80.00 40.00 400 90 K - R 40-80 GSFU,GSFN ESG 11
SGSF 250-3-40K 250.00 2.70 3.53 84.00 18 2.40 2.4 80.00 40.00 320 90 K - R 40-80 GSFU,GSFN ESG 11
SGSF 50-4-8K 50.00 3.54 4.52 10.00 4 3.20 3.2 28.00 8.00 1600 K SW 25-28 - GSFN ESG 11
SGSF 63-4-10K 63.00 3.54 4.52 15.00 5 3.20 3.2 32.00 10.00 1260 K SW 25-32 - GSFN ESG 11
SGSF 80-4-22K (3) 80.00 3.54 4.52 19.00 6 3.20 3.2 40.00 22.00 1000 K SW 32-40 R 22-46 GSFN ESG 11
SGSF 100-4-22K (4) 100.00 3.54 4.52 26.00 6 3.20 3.2 40.00 22.00 800 90 K SW 32-40 R 22-46 GSFN ESG 11
SGSF 125-4-32K (2) 125.00 3.54 4.52 34.00 8 3.20 3.2 55.00 32.00 640 K S 32-55 R 32-55 GSFN ESG 11
SGSF 160-4-40K 160.00 3.54 4.52 39.00 10 3.20 3.2 80.00 40.00 500 90 K S 40-80 R 40-80 GSFN ESG 11
SGSF 200-4-40K 200.00 3.54 4.52 59.00 14 3.20 3.2 80.00 40.00 400 90 K - R 40-80 GSFN ESG 11
SGSF 250-4-40K 250.00 3.54 4.52 84.00 18 3.20 3.2 80.00 40.00 320 90 K - R 40-80 GSFN ESG 11
SGSF 350-4M-50K-38Z 350.00 3.54 4.52 119.00 38 3.20 3.2 110.00 50.00 230 90 K - R 50-110 GSFN ESG 11
SGSF 425-4M-50K-38Z 425.00 3.54 4.52 140.00 38 3.20 3.2 110.00 50.00 190 90 K - R 50-110 GSFN ESG 11
SGSF 80-5-22K (3) 80.00 4.53 5.50 19.00 6 4.00 4.0 40.00 22.00 1000 90 K SW 32-40 R 22-46 GSFN ESG 11
SGSF 100-5-22K (4) 100.00 4.53 5.50 29.00 6 4.00 5.0 40.00 22.00 800 90 K SW 32-40 R 22-46 GSFN ESG 11
SGSF 125-5-32K (2) 125.00 4.53 5.50 34.00 8 4.00 4.0 55.00 32.00 640 90 K S 32-55 R 32-55 GSFN ESG 11
SGSF 160-5-40K 160.00 4.53 5.50 39.00 10 4.00 4.0 80.00 40.00 500 90 K S 40-80 R 40-80 GSFN ESG 11
SGSF 200-5-40K 200.00 4.53 5.50 59.00 14 4.00 4.0 80.00 40.00 400 90 K - R 40-80 GSFN ESG 11
SGSF 250-5-40K 250.00 4.53 5.50 84.00 18 4.00 4.0 80.00 40.00 320 90 K - R 40-80 GSFN ESG 11
SGSF 125-6-32K (2) 125.00 5.51 6.50 34.00 8 5.20 5.2 55.00 32.00 640 90 K S 32-55 R 32-55 GSFN ESG 1
SGSF 160-6-40K 160.00 5.51 6.50 39.00 10 5.20 5.2 80.00 40.00 500 90 K S 40-80 R 40-80 GSFN ESG 1
SGSF 200-6-40K 200.00 5.51 6.50 59.00 14 5.20 5.2 80.00 40.00 400 90 K - R 40-80 GSFN ESG 1
SGSF 250-6-40K 250.00 5.51 6.50 84.00 18 5.20 5.2 80.00 40.00 320 90 K - R 40-80 GSFN ESG 1
SGSF 315-6-40K 315.00 5.51 6.50 117.00 22 5.20 5.2 80.00 40.00 250 90 K - R 40-80 GSFN
SGSF 350-6-50K 350.00 5.51 6.50 119.00 26 5.20 5.2 110.00 50.00 230 90 K - R 50-110 GSFN
• Only the K and KR type cutters feature 4 driving holes around the central hole; they can be driven by the R drive shanks • Refer to SW/S drive shanks and R
driving flange set • Maximum RPM may not be exceeded • For user guide, see pages 320-328
(1) Standard GSFN 2.4 mm (.095") inserts are not suitable for this tool. For suitable tool, see specific pocket size
(2) Tmax=16, D3=46 when used with drive flange
(3) Tmax=26, D3=46 when used with drive flange
(4) Tmax=26, D3=46 when used with drive flange.
For inserts, see pages: GSFN (319) • GSFU (319)
For holders, see pages: BT-SEMC (908) • C#-SEMC (890) • DIN2080-SEMC (916) • DIN69871-SEMC (856) • HSK A-SEMC (876) • R (drive flange set) (317)
• SMH MB (757) • SW/S (317)
SGSF
Slitting Cutters Carrying
Self-Clamped Inserts
317
SLOTTING CUTTERS
Screw D3D5d2
L1
L
SW:-: Type
dD5d2
L
dD3
S:-: Type
3 Typ.
SW20
Designation d D3d2D5L1Lkg
SW 20 20.00 20.00 8.00 14.40 - 100.00 0.244
SW 25-23 25.00 23.00 6.00 13.60 25.0 110.00 0.001
SW 25-28 25.00 28.00 8.00 18.00 25.0 110.00 0.001
SW 25-32 25.00 32.00 10.00 22.00 25.0 110.00 0.001
SW 32-40 32.00 40.00 22.00 32.00 30.0 120.00 0.002
S 32-55 32.00 55.00 32.00 45.00 - 60.00 0.002
S 40-80 40.00 80.00 40.00 63.00 - 60.00 1.808
For tools, see pages: GM-DG (314) • SGSA (315) • SGSF (316) • TGSF (312)
Spare Parts
Designation
SW 20 SR M5X20 DIN7991 HW 3.0
SW 25-23 SR 34-510 T-15/5
SW 25-28 SR 76-961 T-15/5
SW 25-32 SR 76-961 SW 25-32 T-15/5
SW 32-40 SW 32-40 T-15/5
S 32-55 SR 76-943 S 32-55 BLD T20/M7 SW6-T
S 40-80 SR 76-944 S 40-80 HW 6.0
SW/S
Drive Shanks for SELF-GRIP
Slitting Cutters
D
4
D
5
H5
D
3d
Designation d D3D5D4H5CSI
R 22-46 22.00 46.00 32.00 5.00 10.00 R 22-46 PIN D5X15.6 R 22-46
R 32-55 32.00 55.00 45.00 6.00 10.00 R 32-55 PIN D6X15.6 R 32-55
R 40-80 40.00 80.00 63.00 11.00 12.00 R 40-80 PIN D11X16.5
R 50-110 50.00 110.00 80.00 14.00 14.00 R 50-110 PIN D14X19.9
For tools, see pages: GM-DG (314) • SGSA (315) • SGSF (316) • TGSF (312)
R (drive flange set)
Drive Flange Set for SELF-GRIP
Slitting Cutters
WM
5
15.3 Ref.
7°
±0.1
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.2J 2.20 0.17 1.70 •••• 0.06-0.13
GIM 3J 3.00 0.25 2.40 ••••• 0.08-0.15
GIM 4J 4.00 0.25 3.20 •••• 0.08-0.18
• For cutting speed recommendations and user guide, see pages 462-468
For tools, see pages: • GM-DG (314)
GIM-J
Utility Single-Sided Inserts for
Parting and Grooving Soft Materials,
Tubes and Small Diameters
ISCAR
318
SLOTTING CUTTERS
15.3 Ref.
WM
7°
5
R
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 3C 3.00 0.22 2.40 •••• 0.15-0.25
GIM 4C 4.00 0.25 3.40 •0.15-0.25
GIM 5C 5.00 0.40 4.00 •••• 0.15-0.30
GIM 6C 6.00 0.40 4.80 •••• 0.15-0.30
• For cutting speed recommendations and user guide, see pages 462-468
For tools, see pages: • GM-DG (314)
GIM-C
Parting and Grooving Single-Sided
Inserts for Parting Bars, Hard
Materials and Tough Applications
WM
5
7°
R
15.3 Ref.
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.4 2.40 0.18 2.40 ••• 0.10-0.18
GIM 3 3.00 0.22 2.40 •••• 0.10-0.18
GIM 3.2 3.20 0.22 2.40 ••••• 0.10-0.20
GIM 4 4.00 0.25 3.20 ••••• 0.15-0.20
• For cutting speed recommendations and user guide, see pages 462-468
For tools, see pages: • GM-DG (314)
GIM-W
Single-Sided Inserts with
Central Ridged Chipformer and
Reinforced Edge for Parting
and Grooving Alloy Steel
7°
12°
W
r
Dimensions Tough
1
Hard
Designation W r
IC328
IC908
GSAN 3 3.00 0.20 • •
GSAN 4 4.00 0.24 •
For tools, see pages: SGSA (315)
GSAN
SELF-GRIP Slitting Inserts
319
SLOTTING CUTTERS
7°
W
rJC
Dimensions Tough
1
Hard
Designation W r
IC328
IC928
IC250
IC308
IC908
IC20
GSFN 1.6 1.60 0.16 • • • • •
GSFN 2 2.00 0.20 • • • • •
GSFN 2.4J 2.39 0.20 • • •
GSFN 2.4 2.41 0.20 • • • •
GSFN 3J 3.00 0.25 • • • •
GSFN 3 3.02 0.20 ••••••
GSFN 3.2 3.20 0.22 • • • • •
GSFN 4J 4.02 0.30 • •
GSFN 4 4.04 0.30 • • • •
GSFN 4.8J 4.78 0.25 • •
GSFN 4.8 4.80 0.25 • • • •
GSFN 4.8-1.52 IC328* 4.80 1.52 •
GSFN 5 4.98 0.26 • • • • •
GSFN 5.2-1.5 5.22 1.50 •
GSFN 5.98 5.98 0.20 •
GSFN 6C 6.35 0.50 • • • •
GSFN 6 6.37 0.50 • •
• Tolerance:W±0.05
For tools, see pages: SGSF (316) • SGSF-W (314)
GSFN
SELF-GRIP Slitting Inserts
7°
r
W
Dimensions Tough
1
Hard
Designation W r
IC328
IC250
IC20
GSFU 1.4 1.34 0.67 •
GSFU 1.6 1.61 0.80 •
GSFU 1.7 1.73 0.85 • •
GSFU 2.2 2.16 1.11 • • •
GSFU 3 3.02 1.50 • • •
• Tolerance:W±0.05
For tools, see pages: SGSF (316) • SGSF-W (314)
GSFU
Slitting and Grooving
Full Radius Inserts
W
RGSHT GSHT-K
W
Dimensions Tough
1
Hard
Designation W r
IC328
IC928
IC908
GSHT 6K (1) 5.40 0.00 • •
GSHT 6 6.35 0.50 • •
GSHT 7 7.00 0.50 •
GSHT 8 8.00 0.50 •
(1) To be used in combination with GSHT regular inserts (6-8 mm) for half-effective cutter configuration
Inserts for heavy duty applications for use on specially tailored
cutters, diameter range:
250-1470 mm.
Chamfered inserts, GSHT-6K, can be used in a half-effective
configuration to reduce overload, eliminate chatter, and
improve chip flow.
GSHT
Slitting Inserts for Specially Tailored
Heavy Duty Slitting Cutters
ISCAR
320
SLOTTING CUTTERS
ISCAR
320
USER GUIDE
Specially Tailored Inserts for Grooving
Designation for Specially Tailored Inserts
-- -
. ±0.02 Rectified
. ±0.1 Blank
-1.98GSFP 0.30 0.05 2.5T IC328
Left-hand
side or
both sides
Right-hand
side
(If different)
Carbide Grade
Additional Code
Letters
Width Corner Specification
W±0.02 Range Seat GSFN M
1.50-1.79 1.6 1.1
1.80-2.69 2 1.6
2.70-3.53 3 2.4
3.54-4.52 4 3.2
4.53-5.50 5 4.1
5.51-6.50 6 5.2
7˚
W±0.02
R
M
W
5
7˚
W±0.02
R
M
W
5
Repeatability
±0.025
Repeatability
±0.025
Possible Insert Width for
Each Cutter’s Seat Size
GIPI GSFP
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Specially Tailored Inserts for Grooving
When ordering inserts, include carbide grade with designation.
Examples Designation
4.0
R0.25 TYP. E1
GSFP-4.00-0.25
3.30
R1.65
3.95
R4.0
E2
GSFP-3.95-4.00
3.5
R0.05
R0.30
1.98
E3
GSFP-1.98-0.3-0.05-3.5T
4.10
5.28
R0.0
R1.2
25°
E4A
GSFP-5.28-1.20-0.00-25A4.10
A–Chamfer
Preceding digits: Chamfer angle to center line
A–Followed by digits - representing the
nominal width location of chamfer
4.10
5.28
R0.0 R1.2
25°
E4B
GSFP-5.28-25A4.10-0.00-1.20
R0.0 R0.2
2.05 4.10
5.28
25° 45°
E5
GSFP-5.28A4.10-0.00-0.20-45A2.05
R0.15
60°
4.4 E7
GIP-4.4-MT-0.15
MT – Metric thread 60º
MT – With corner radius
WT – Whitworth thread 55º
WT – With corner radius
R0.15
90°
5.4 E8
GSFP-5.4-90V0.15
V – V shape inclusive angle
(Blank width 5.4 not rectified)
29°
R0.35 TYP.
4.4
1.82
E9
GSFP-4.40-29V1.82K-0.35
K – Frontal straight width of trapezoid
(Width 4.40 rectified)
50°
5.4 R0.1
10°
40°
80° E10
GIP-5.4-80V0.10-10RS
V shape 80º at 10º slant angle
(Blank width 5.4 not recitifed)
4.0
R0.0
R0.3
5°
R0.10 TYP.
3.10
15°
E13
GSFP-4.00-0.00-0.30-5LA
LA – Lead angle - Left-hand
RA – Lead angle - Right-hand
1.98
0.2
R0.00 TYP.
4.5
T
E14
GIP-1.98-0.00-4.50T0.20B
GFP-1.98-0.00-4.50T0.20B
T – Depth of groove (nominal)
B – Break corners width of chamfers, 45º
Note: Blank width > 2B+W
ISCAR
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USER GUIDE
Machining Data for MULTI-MASTER Groove Milling Heads
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
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Material
No.
MM-TS MM-GRIT K-TYPE MM-GRIT P-TYPE
Speed Fee Speed Feed mm/t Speed Feed mm/t
V m/min Fz (min)Fz (max)V m/min Fz (min)Fz (max)V m/min Fz (min)Fz (max)
1110-140 0.08 0.20 110-160 0.05 0.15 - - -
2 100-120 0.08 0.18 100-150 0.05 0.15 - - -
3 70-100 0.08 0.15 80-100 0.05 0.15 - - -
4 70-100 0.08 0.15 80-100 0.05 0.15 - - -
5 60-80 0.08 0.15 60-80 0.05 0.15 - - -
6 100-120 0.08 0.15 110-150 0.05 0.15 - - -
7 90-120 0.08 0.15 100-120 0.05 0.15 - - -
8 80-110 0.08 0.15 70-110 0.05 0.15 - - -
9 70-100 0.05 0.12 70-100 0.05 0.15 - - -
10 60-80 0.05 0.18 60-80 0.05 0.15 - - -
11 55-70 0.08 0.15 55-70 0.05 0.15 - - -
12 100-130 0.06 0.12 100-130 0.03 0.15 100-130 0.03 0.10
13 100-120 0.08 0.15 100-130 0.03 0.15 100-130 0.03 0.10
14 80-120 0.05 0.10 90-120 0.03 0.12 90-120 0.03 0.10
15 160-220 0.10 0.20 160-220 0.03 0.12 - - -
16 120-200 0.10 0.15 120-200 0.03 0.12 - - -
17 100-140 0.10 0.20 - - - - - -
18 80-100 0.10 0.15 - - - - - -
19 180-250 0.10 0.20 180-250 0.03 0.15 - - -
20 160-220 0.10 0.15 160-220 0.03 0.15 - - -
21 800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
22 800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
23 - - - - - - 600-1000 0.05 0.15
24 - - - - - - 500-1000 0.05 0.15
25 - - - - - - 200-400 0.05 0.15
26---------
27---------
28---------
29---------
30 ---------
31 - - - 30-40 0.02 0.12 - - -
32 25-35 0.05 0.12 25-40 0.02 0.12 - - -
33 25-35 0.05 0.12 25-40 - - - 0.01 0.12
34 25-35 0.05 0.12 25-40 - - - 0.01 0.12
35 40-60 0.05 0.12 25-40 - - - 0.01 0.12
36 40-60 0.05 0.12 40-60 - - - 0.05 0.12
37 40-60 0.05 0.10 40-60 - - - 0.05 0.10
38
39
40
41
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USER GUIDE
Feed Direction
Down (climb) milling is recommended.
Up milling or plunging are possible.
(In down milling or plunging, backlash
should be eliminated.)
Chip thickness decrease as the depth of cut
decreases. Therefore, recommended feed (fz)
can be increased as shown in the table.
Defining Actual Feed
T/D
Increase 1/6 1/8 1/10 1/20
recommended
feed by 15% 30% 45% 100%
fz
Vc
T=D/3
T=D/4
T=D/10
Vf
D
Chip Thickness as a Function of D.O.C. to Diameter Ratio
Chip shape is a function of the depth of cut.
Down milling starts with large chip section,
and exits with reduced chip selection.
Down milling is recommended for improved
tool life under stable conditions.
Chip Formation in Slot Milling
Stacked Cutters(1)
Milling Wider Slots with Two Stacked Cutters
1. In accordance with the required width of cut (W1+W2),
choose the recommended SGSF cutter combination
(A, B, or C) from the table on the next page.
2. The diameters and coupling holes must fit properly.
3. All cutters (with the exception of ø125 mm type)
have two key slots enabling staggered stacking.
4. Maximum value of shim ∆S (see table below) refers
to maximum size of ∆S1+∆S2 defined for a complete
overlap of radii. When a projection is allowed at the
bottom of the groove, ∆S1 and ∆S2 may be increased
theoretically up to the corner size of the insert.
5. Pins of the driving flange set should be lengthened
to ensure contact length of at least 8 mm into
one flange and 3 mm into the other.
6. When coupling cutters W=6.35, a shim (S) of
0.16 mm minimum thickness must be used.
7. The tolerance of effective widths is up to±0.2 mm.
Due to the accumulation of tolerances, a step of
0.1 mm may occur at the groove bottom.
Insert Width and Possible Modification
See sketches on next page
W A R ∆A max ∆S max
2.40 2.40 0.16 0.33 —
3.00 2.40 0.20 0.24 0.10
3.18 2.40 0.22 0.24 0.17
4.05 3.20 0.24 0.32 0.19
4.78 4.00 0.28 0.40 0.11
5.00 4.00 0.28 0.40 0.22
5.20 4.00 1.50 0.40 —
6.35 5.20 0.50 —(1) 0.13
Milling Wider Slots with
Stacked, Double Cutters
(1) Only cutters with 160-250 diameter sizes can be stacked.
∆A max - Maximum possible side ground for each cutter
∆S max - Maximum possible shim width for each cutter
W, W1, W2 - Normal width of insert
325
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USER GUIDE
Stacked Cutters(1)
Feed Range per Insert Size
Requires modification of cutter.
Note: Tables on this page and the next apply only to
standard SELF-GRIP inserts which appear in this catalog.
The number of options increases with the
use of specially tailored inserts.
0.25
0.20
0.15
0.10
0.05
0.04-0.12
0.05-0.13
1.6 2 2.4 3 4 5 6.35
0.06-0.15
0.06-0.18
0.08-0.20
0.08-0.22
0.10-0.25
0.04-0.1
1.4 7 8
0.10-0.25
0.12-0.30
Feed per Tooth - fz (mm/tooth)
Insert Width - W (mm)
The recommended values refer to C-type
chipformer, for J-type reduce feed by 30%.
W
A
WA=WB-(ΔA1+ΔA2)
A1
W1W2
A=ΔA1+ΔA2
A2
WA WB=0.5x(W1+W2+A1+A2)
A
1
W1
A
2
W2
WB
WC=WB+(ΔS1+ΔS2)
S=ΔS1+ΔS2
W1W2
WC
Single cutter, standard A - Double cutters with
modified body thicknesses
stacked for smaller widths
B - Unmodified,
stacked double cutters
of nominal width
C - Stacked, double cutters
with spacer for larger widths
(1) Only cutters with 160-250 diameter sizes can be stacked.
Shim...
∆S
1
max
2
max
∆S
1. The higher values in the width-of-cut range shown provide
complete overlap of corner radii.
∆A max - Maximum possible side ground for each cutter
∆S max - Maximum possible shim width for each cutter
W, W1, W2 - Normal width of insert
Table 1: Effective Width of Cut
W1W2WAWBWc(1)
2.40 2.40 4.14 - 4.48 — —
3.00 2.40 4.53 - 5.04 — —
3.00 3.00 4.92 - 5.39 5.40 5.43-5.60
3.18 2.40 4.62 - 5.18 5.19 —
3.18 3.00 5.01 - 5.48 5.49 5.52-5.76
3.18 3.18 5.10 - 5.57 5.58 5.61-5.92
4.05 2.40 5.38 - 6.02 6.03 —
4.05 3.00 5.77 - 6.32 6.33 6.36-6.62
4.05 3.18 5.86 - 6.41 6.42 6.45-6.78
4.05 4.05 6.61 - 7.24 7.25 7.28-7.63
4.78 2.40 6.06 - 6.74 — —
4.78 3.00 6.45 - 7.08 7.09 7.12-7.30
4.78 3.18 6.54 - 7.17 7.18 7.21-7.46
4.78 4.05 7.30 - 8.01 8.02 8.05-8.32
4.78 4.78 7.98 - 8.77 8.78 8.81-9.00
5.00 2.40 6.17 - 6.89 6.90 6.93-7.12
5.00 3.00 6.56 - 7.19 7.20 7.23-7.52
5.00 3.18 6.65 - 7.28 7.29 7.32-7.68
5.00 4.05 7.41 - 8.12 8.13 8.16-8.54
5.00 4.78 8.09 - 8.88 8.89 8.92-9.22
5.00 5.00 8.2 - 8.99 9.00 9.03-9.44
5.20 5.00 8.3 - 8.42 — —
6.35 3.00 — — 8.64-8.71
6.35 3.18 — — 8.73-8.87
6.35 4.05 — — 9.56-9.72
6.35 4.78 — — 10.33-10.41
6.35 5.00 — — 10.44-10.63
6.35 6.35 — — 11.71-11.81
ISCAR
326
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ISCAR
326
USER GUIDE
Machining Data for Slitting with SELF-GRIP and TANGSLIT Cutters
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
• For machining aluminum, use IC20; maximum cutting speed
corresponds to the maximum RPM indicated on the cutter
A - First choice B - Second choice
• Recommendations are for normal machining conditions
• If excessive wear occurs, select insert with higher hardness
• If chipping or breakage occurs, select insert with more toughness
(1) For workpiece materials list, see pages 1008-1043
327
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327
USER GUIDE
Material
No. 1
Coated Uncoated
IC328 IC928 IC908 IC20
1A 80-150 A 80-160 B 120-220
2A 80-130 A 80-180 B 120-200
3A 80-130 A 80-180 B 120-200
4A 60-110 A 70-150 B 100-170
5A 60-100 A 70-160 B 100-180
6A 80-140 A 70-160 B 120-190
7A 60-120 A 70-140 B 100-180
8A 60-120 A 70-140 B 100-180
9A 60-110 A 70-110 B 80-120
10 A 60-80 A 70-90 B 80-120
11 A 50-70 A 50-80 B 60-100
12 50-110 60-140 70-180
13 50-100 60-120 60-160
14 50-100 60-120 60-160
15 115-140 95-110
16 90-120 70-100
17 90-140 70-110
18 70-100 55-80
19 115-140 95-110
20 90-120 70-100
21 250max
22 250max
23 250max
24 250max
25 250max
26 250max
27 250max
28 250max
29
30
31 40-50 30-40
32 30-40 20-30
33 30-40 20-30
34 30-40 20-30
35 20-30 15-25
36 30-40 15-25
37 30-40 20-30
38 25-50
39 30-40
40 50-60 10-20
41 30-50
Recommended Cutting Speed (m/min)
ISCAR
328
SLOTTING CUTTERS
ISCAR
328
USER GUIDE
Slot Milling Cutters
Style A d E d1ab
d
b
d
a
E
1
16 18 14 8.4 5.6
22 20 18 10.4 6.5
27 22 20 12.4 7.0
32 25 27 14.4 8.1
Style B d E d1ab
d
a
b
E
d1
22 20 29 10.9 6.5
27 28 36 12.4 7.0
32 30 43 14.4 8.0
40 33 53 16.4 8.0
Style C d E d1d2ab
b
d
a
E
d1
d240 33 55 66.7 16.4 9.0
60 45 90 101.6 25.7 14.0
Style D d E d1d3ab
b
d
a
E
d2
d3
60 45 101.6 177.8 25.7 14.0
Style E d E d1d3ab
b
d
a
E
d1
d2
ae
40 33 55 66.7 16.4 9.0
60 45 63 101.6 25.7 14.0
Arbor Hole Styles and Dimensions
329
CUTTERS FOR ALUMINUM
CUTTERS FOR ALUMINUM
ISCAR
330
CUTTERS FOR ALUMINUM
L
D
D3
Da
ap
Rd°
Designation D Z apL D3Da Arbor(1) Rd° RPM max kg
HSM90S FAL-D050-2-22-14 50.00 2 10.00 57.00 47.00 22.00 A 8.0 38000 0.434
HSM90S FAL-D050-3-22-14 50.00 3 10.00 57.00 47.00 22.00 A 8.0 38000 0.419
HSM90S FAL-D063-3-27-14 63.00 3 10.00 57.00 58.00 27.00 A 6.0 27000 0.691
HSM90S FAL-D080-4-27-14 80.00 4 10.00 57.00 60.00 27.00 A 5.0 25000 0.955
• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screw • Insert tightening
torque: 6 (Nxm)
(1) For adaptation options, see page 461
For inserts, see pages: HSM90S APCR 1405 (399)
R body= R insert +0.5 mm
For inserts with a corner radius larger than
5.0 mm, the corner of the pocket must be
modified according to the drawing.
Spare Parts
Designation
HSM90S FAL-D050-2-22-14 SR M5X0.8IP20-1 BLD IP20/M7 SW6-T-SH SR M10X40DIN912
HSM90S FAL-D050-3-22-14 SR M5X0.8IP20-1 BLD IP20/M7 SW6-T-SH SR M10X40DIN912
HSM90S FAL-D063-3-27-14 SR M5X0.8IP20-1 BLD IP20/M7 SW6-T-SH SR M12X35DIN912
HSM90S FAL-D080-4-27-14 SR M5X0.8IP20-1 BLD IP20/M7 SW6-T-SH SR M12X35DIN912
HSM90S FAL-14
90° Face Mills Carrying Super
Positive and Polished Rake
Inserts for Machining Aluminum
at High Rotation Speeds
d
D
L
H
ap
Rd°
Designation DapZ H L d RPM max Rd°kg
HSM90S EAL-D32-2-C32-14 32.00 10.00 2 80.00 200.00 32.00 37500 10.0 1.020 SR M5X0.8IP20-1S BLD IP20/M7 SW6-T-SH
HSM90S EAL-D40-2-C32-14 40.00 10.00 2 45.00 220.00 32.00 37000 10.0 1.248 SR M5X0.8IP20-1S BLD IP20/M7 SW6-T-SH
• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screw • Insert tightening
torque: 6 (Nxm)
For inserts, see pages: HSM90S APCR 1405 (399)
R body= R insert +0.5 mm
For inserts with a corner radius larger than
5.0 mm, the corner of the pocket must be
modified according to the drawing.
HSM90S EAL-14
Long Reach Endmills Carrying
HSM90S APCR 1405... Inserts
for Machining Aluminum
331
CUTTERS FOR ALUMINUM
d
ap
HL
D
Rd°
Designation D Z ap(1) H L d Shank(2) RPM max Rd°kg
HM90 EAL-D25-C24L180-16 25.00 1 15.80 - 180.00 24.00 C 7000 25.9 0.558
HM90 EAL-D25-C25L125-16 25.00 1 15.80 69.00 125.00 25.00 C 7000 25.9 0.381
HM90 EAL-D25-C25L200-16 25.00 1 15.80 65.00 200.00 25.00 C 7000 25.9 0.621
HM90 EAL-D32-C31L220-16 32.00 2 15.80 - 220.00 31.00 C 45643 22.4 1.127
HM90 EAL-D32-C32L150-16 32.00 2 15.80 90.00 150.00 32.00 C 45643 22.4 0.737
HM90 EAL-D32-C32L200-16 32.00 2 15.80 80.00 200.00 32.00 C 45643 22.4 1.019
HM90 EAL-D32C32L150-50-16 32.00 2 15.80 50.00 150.00 32.00 C 45643 22.4 0.757
HM90 EAL-D40-C32L150-16 40.00 2 15.80 85.00 150.00 32.00 C 36809 16.9 0.905
HM90 EAL-D40-C32L220-16 40.00 2 15.80 45.00 220.00 32.00 C 36809 16.9 1.283
HM90 EAL-D40-C40L250-16 40.00 2 15.80 80.00 250.00 40.00 C 36809 16.9 2.105
HM90 EAL-D50-C32L150-16 50.00 3 15.80 85.00 150.00 32.00 C 29000 11.2 1.222
• Insert tightening torque: 600 Nxcm • HM90 APCR 1605..R-P inserts with corner radii 3.2 and 4.0 mm require pocket modification, corners larger than 4.5 mm
should be used only on BR tools. • For user guide, see pages 462-468
(1) D.O.C. changes according to insert radius. ap 15.8 is the value for HM90 APCR 160520R-P
(2) C-Cylindrical
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
HM90 EAL-D25-C24L180-16 SR 14-592SM BLD T20/S7 SW6-T
HM90 EAL-D25-C25L125-16 SR 14-592SM BLD T20/S7 SW6-T
HM90 EAL-D25-C25L200-16 SR 14-592SM BLD T20/S7 SW6-T
HM90 EAL-D32-C31L220-16 SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-D32-C32L150-16 SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-D32-C32L200-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D32C32L150-50-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D40-C32L150-16 SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-D40-C32L220-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D40-C40L250-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D50-C32L150-16 SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-16
Long Reach Endmills Carrying
HM90 APCR 1605 Inserts
for Machining Aluminum
L1
L7
D3
L5L6
a
p
Shank
D
Rd°
Designation D Z ap(1) L1L7L5L6Shank D3RPM max Rd°kg
HM90 EAL-D32-L90-CF4-16 32.00 2 15.80 87.0 90.50 98.50 140.50 CF4 44.00 7000 22.4 0.613
HM90 EAL-D40-L90-CF4-16 40.00 2 15.80 87.0 90.50 98.50 140.50 CF4 44.00 7000 16.9 0.807
• Insert tightening torque: 600 Nxcm • HM90 APCR 1605..R-P inserts with corner radii 3.2 and 4.0 mm require pocket modification, corners larger than 4.5 mm
should be used only on BR tools. • For user guide, see pages 462-468
(1) D.O.C. changes according to insert radius. ap 15.8 is the value for HM90 APCR 160520R-P
For inserts, see pages: HM90 APCR 1605..R-P (400)
After the tool has been dynamically balanced to the standard specified by the manufacturer of the machine spindle, it can be rotated at the RPM specified for the
equivalent cylindrical or HSK tool sizes.
Spare Parts
Designation
HM90 EAL-D32-L90-CF4-16 SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-D40-L90-CF4-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-CF4-16
Long Reach Endmills with CLICKFIT
Adaptation Carrying HM90 APCR
1605... Inserts for Machining Aluminum
ISCAR
332
CUTTERS FOR ALUMINUM
L
ap
D
Da
D3
Rd°
Designation D Z ap(1) L D3Da RPM max Rd° Rd°5(2) Arbor(3) kg
HM90 FAL-D050-22-16 50.00 3 15.80 45.00 47.00 22.00 30500 10.0 11.3 A 0.260
HM90 FAL-D063-27-16 63.00 3 15.80 50.00 58.00 27.00 22990 7.0 8.3 A 0.552
HM90 FAL-D080-27-16 80.00 3 15.80 50.00 60.00 27.00 18125 6.0 7.3 A 0.887
HM90 FAL-D100-32-16 100.00 4 15.80 55.00 70.00 32.00 14500 4.0 4.6 B 1.415
HM90 FAL-D125-40-16 125.00 5 15.80 63.00 84.00 40.00 11600 3.0 3.6 B 2.436
• Insert tightening torque: 600 Nxcm • HM90 APCR 1605..R-P inserts with corner radii 3.2 and 4.0 mm require pocket modification, corners larger than 4.5 mm
should be used only on BR tools • For user guide, see pages 462-468
(1) D.O.C. changes according to insert radius. ap 15.8 is the value for HM90 APCR 160520R-P
(2) Rd° with HM90 APCR 160520R-P insert
(3) For adaptation options, see page 461
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
HM90 FAL-D050-22-16 SR 14-0180 BLD T20/M7 SW6-T SR M10X25 DIN912
HM90 FAL-D063-27-16 SR 14-0180 BLD T20/M7 SW6-T SR M12X25
HM90 FAL-D080-27-16 SR 14-0180 BLD T20/M7 SW6-T SR M12X25
HM90 FAL-D100-32-16 SR 14-0180 BLD T20/M7 SW6-T SR M4X5 DIN916
HM90 FAL-D125-40-16 SR 14-0180 BLD T20/M7 SW6-T SR M4X5 DIN916
HM90 FAL-16
Face Mills Carrying HM90 APCR
1605... Inserts for Machining Aluminum
L7
L1
D
L5
Shank
ap
Rd°
G2.5
Max. RPM
U<1.0 gmm
Designation D L1L7L5Z RPM max Rd° Shank ap(1) kg
HM90 EAL32-L65-HSK63A-16 32.00 62.0 65.00 91.00 2 45600 22.0 HSK A 63 15.80 0.87
HM90 EAL32-L100-HSK63A-16 32.00 97.0 100.00 126.00 2 45600 22.0 HSK A 63 15.80 1.06
• Insert tightening torque: 600 Nxcm • HM90 APCR 1605..R-P inserts with corner radii 3.2 and 4.0 mm require pocket modification, corners larger than 4.5 mm
should be used only on BR tools • A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately)
• For user guide, see pages 462-468
(1) D.O.C. changes according to insert radius, ap 15.8 is the value for HM90 APCR 160520R-P.
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
HM90 EAL-HSK63A-16 SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-HSK63A-16
Long Reach Endmills with Integral
HSK Adaptation Carrying HM90 APCR
1605... Inserts for Machining Aluminum
333
CUTTERS FOR ALUMINUM
Da
D
3
D
ap
L
Rd°
Designation Dap(1) Flute Z L D3Da Arbor(2) Rd° RPM max kg
SM D50-30-22-16 50.00 30.00 2 4 55.00 47.00 22.00 A 11.0 29000 0.345
SM D63-30-22-16 63.00 30.00 2 4 55.00 60.00 22.00 A 10.0 22130 0.732
• The upper insert should always have a 0.4 mm corner radius • For corner radii larger than 2 mm, (on the lower insert) cutter's pocket should be modified • Insert
tightening torque: 6 Nxm • HM90 APCR 1605..R-P inserts with corner radii larger than 4.5 mm should be used only on BR tools
(1) D.O.C. changes according to insert radius.
(2) For adaptation options, see page 461
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
SM-16 SR 14-0180 BLD T20/M7 SW6-T SR M10X30 DIN912
SM-16
Extended Flute Shell Mills Carrying
HM90 APCR 1605... Inserts
for Machining Aluminum
1 2
D
ap
r
r
0.4-2.0
0.4
No
1
2
Insert
HM90 APCR 1605...R-P
HM90 APCR 160504R-P
HM90 EAL...16/SM-16
Modification to Basic Body
SM16: For indexable inserts with a corner radius larger than 2.0 mm,
the basic body of the tool must be modified according to the
drawing above (can be done by ISCAR).
HM90 EAL..16: For indexable inserts with a corner radius larger than
3.2 mm, the basic body of the tool must be modified according to
the drawing above (can be done by ISCAR).
Rbody=Rinsert+0.5
• The upper insert (number 2) should always have a
0.4 mm corner radius
• For corner radii larger than 2 mm, (on the lower insert)
the cutter’s pocket should be modified
ISCAR
334
CUTTERS FOR ALUMINUM
d
L
H
ap
D
Rd°
Designation D Z apH L d Shank(1) Rd° RPM max kg
HM90 EAL-D25-C25L170-16BR 25.00 1 16.00 52.00 170.00 25.00 C 26.0 7000 0.560
HM90 EAL-D32-C32L200-16BR 32.00 2 16.00 54.00 200.00 32.00 C 22.0 38750 1.070
• Note: HM90 APCR 1605..R-P inserts with corner radii smaller than 5 mm should not be used on BR tools • Insert tightening torque: 600 Nxcm
(1) C-Cylindrical
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
HM90 EAL-D25-C25L170-16BR SR 14-592SM BLD T20/M7 SW6-T
HM90 EAL-D32-C32L200-16BR SR 14-0180 BLD T20/S7 SW6-T
HM90 EAL-16BR
Endmills Carrying HM90 APCR
1605... Inserts with Corner Radii
Equal or Larger Than 5 mm
for Machining Aluminum
Da
D3
L
ap
D
Rd°
Designation D Z apL D3Da RPM max Rd° Arbor(1) kg
HM90 FAL-D050-22-16BR 50.00 3 15.50 45.00 49.00 22.00 30500 11.0 A 0.272
• Note: HM90 APCR 1605..R-P inserts with corner radii smaller than 5 mm should not be used on BR tools • Insert tightening torque: 6Nxm
(1) For adaptation options, see page 461
For inserts, see pages: HM90 APCR 1605..R-P (400)
Spare Parts
Designation
HM90 FAL-16BR SR 14-0180 BLD T20/M7 SW6-T SR M10X25 DIN912
HM90 FAL-16BR
Face Mills Carrying HM90 APCR
1605... Inserts with Corner Radii
Equal or Larger Than 5 mm
for Machining Aluminum
d
L
H
ap
D
Rd°
Designation D Z apH L d Shank(1) RPM max Rd°kg
HM90 EAL-D25-C25-L140-15 25.00 2 13.50 60.00 140.00 25.00 C 37500 21.0 0.436 SR 14-562 T-10/51
HM90 EAL-D32-C32-L150-15 32.00 3 13.50 70.00 150.00 32.00 C 31250 13.0 0.752 SR 14-562 T-10/51
HM90 EAL-D40-C32-L160-15 40.00 3 13.50 70.00 160.00 32.00 C 26040 9.0 0.989 SR 14-562 T-10/51
• Insert tightening torque: 350 Nxcm
(1) C-Cylindrical
For inserts, see pages: HM90 AXCR 1505 (399)
HM90 EAL-15
Long Reach Endmills Carrying
HM90 AXCR 1505... Inserts
for Machining Aluminum
335
CUTTERS FOR ALUMINUM
Shank
L1
L7
L5
D
ap
Rd°
G2.5
Max. RPM
U<1.0 gmm
Designation D L1ZapL7L5RPM max Rd° Shank kg
HM90 EAL25-L50-HSK63A-15 25.00 45.0 2 15.00 50.00 76.00 37500 21.0 HSK A 63 0.747 SR 14-562 T-10/51
HM90 EAL25-L75-HSK63A-15 25.00 70.0 2 15.00 75.00 101.00 31250 21.0 HSK A 63 0.825 SR 14-562 T-10/51
HM90 EAL32-L65-HSK63A-15 32.00 60.0 3 15.00 65.00 91.00 31250 13.0 HSK A 63 0.897 SR 14-562 T-10/51
HM90 EAL32-L100-HSK63A-15 32.00 95.0 3 15.00 100.00 126.00 31250 13.0 HSK A 63 1.091 SR 14-562 T-10/51
HM90 EAL40-L80-HSK63A-15 40.00 75.0 3 15.00 80.00 106.00 26040 9.0 HSK A 63 1.189 SR 14-562 T-10/51
HM90 EAL40-L120-HSK63A-15 40.00 115.0 3 15.00 120.00 146.00 26040 9.0 HSK A 63 1.516 SR 14-562 T-10/51
• A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately) • Insert tightening torque: 3.2 Nxm
For inserts, see pages: HM90 AXCR 1505 (399)
HM90 EAL-HSK63A-15
Long Reach Endmills with Integral
HSK Adaptation Carrying HM90 AXCR
1505... Inserts for Machining Aluminum
Da
D3
L
ap
D
Rd°
Designation D Z apL D3Da Arbor(1) RPM max Rd°kg
HM90 FAL-D050-4-22-15 50.00 4 13.50 45.00 49.00 22.00 A 23000 6.5 0.302
(1) For adaptation options, see page 461
For inserts, see pages: HM90 AXCR 1505 (399)
For holders, see pages: BT-FC-SEM-C (906) • BT-SEM (905) • BT-SEM-C (906) • BT-SEMC (908) • C#-SEM (889) • C#-SEMC (890) • DIN2080-SEM (915)
• DIN2080-SEMC (916) • DIN69871-SEM (854) • DIN69871-SEM-C (855) • DIN69871-SEMC (856) • HSK A-SEM (875) • HSK A-SEM-C (877) • HSK A-SEMC
(876) • HSK E-SEM (874) • HSK FM-SEM (875) • SEM CF (CLICKFIT) (930) • SMH MB (757)
Spare Parts
Designation
HM90 FAL-15 SR 14-562 BLD T10/S7 SW6-SD SR M10X25 DIN912
HM90 FAL-15
Face Mills Carrying HM90 AXCR
1505.. Inserts for Machining Aluminum
L
D
Da
D3
ap
Rd°
Designation DapZ L D3Da Arbor(1) Rd° RPM max kg
HM90 FAL-D050-22-22 50.00 20.50 2 55.00 49.00 22.00 A 10.0 21000 0.340
HM90 FAL-D063-27-22 63.00 20.50 3 50.00 62.00 27.00 A 7.0 16000 0.485
HM90 FAL-D080-27-22 80.00 20.50 3 50.00 70.00 27.00 A 5.0 14000 0.812
HM90 FAL-D100-32-22 100.00 20.50 4 50.00 81.26 32.00 B 4.0 13000 1.318
HM90 FAL-D125-40-22 125.00 20.50 5 50.00 85.26 40.00 B 3.0 11000 1.840
• D.O.C. changes according to insert radius • ap 20.5 is the value for HM90 APCR220650 • Insert tightening torque: 6 Nxm
(1) For adaptation options, see page 461
For inserts, see pages: HM90 APCR 2206..R-P (401) • HM90 APCR 220605-CS (401)
Spare Parts
Designation
HM90 FAL-D050-22-22 SR 14-0180 BLD T20/M7 SW6-T SR 105-1184 HW 8.0
HM90 FAL-D063-27-22 SR 14-0180 BLD T20/M7 SW6-T SR M12X25
HM90 FAL-D080-27-22 SR 14-0180 BLD T20/M7 SW6-T SR M12X25
HM90 FAL-D100-32-22 SR 14-0180 BLD T20/M7 SW6-T
HM90 FAL-D125-40-22 SR 14-0180 BLD T20/M7 SW6-T
HM90 FAL-22
Face Mills Carrying HM90 APCR
2206... Inserts for Machining Aluminum
ISCAR
336
CUTTERS FOR ALUMINUM
Da
D3
D
Balancing Screws
L
ap
Designation D Z L ap(1) D3Da Arbor(2) RPM max kg
F90LN D050-03-16SFR CA11 50.00 3 40.00 5.00 38.00 16.00 A 24700 0.398
F90LN D050-04-16SFR CA11 50.00 4 40.00 5.00 38.00 16.00 A 24700 0.392
F90LN D063-04-22AFR CA11 63.00 4 45.00 5.00 60.40 22.00 B 22000 0.293
F90LN D063-06-22AFR CA11 63.00 6 45.00 5.00 60.40 22.00 B 22000 0.298
F90LN D080-05-27AFR CA11 80.00 5 45.00 5.00 77.00 27.00 B 19000 0.482
F90LN D080-08-27AFR CA11 80.00 8 45.00 5.00 77.00 27.00 B 19000 0.488
F90LN D100-06-32AFR CA11 100.00 6 55.00 5.00 97.00 32.00 B 15500 0.888
F90LN D100-10-32AFR CA11 100.00 10 55.00 5.00 97.00 32.00 B 15500 0.947
F90LN D125-08-40AFR CA11 125.00 8 63.00 5.00 122.00 40.00 B 13800 1.718
F90LN D125-12-40AFR CA11 125.00 12 63.00 5.00 122.00 40.00 B 13800 1.745
F90LN D160-14-40AFR CA11 160.00 14 63.00 5.00 157.00 40.00 C 12200 0.003
• The tool bodies are made from aluminum (AFR) and the 50 mm tools are made from steel (SFR)
(1) Please refer to PCD and CBN specific insert D.O.C. recomendations
(2) For adaptation options, see page 461
For inserts, see pages: LNAR 1106 (412) • LNAR 1106 (PCD) (413) • LNAR 1106PN-R-S-W (PCD) (413) • LNAT 1106-W (412) • LNAW-11 (CBN) (414)
• LNHT 1106 PN-N HT (412) • LNHT 1106 PN-R HT (411) • LNKX/LNMT 1106 (411)
9
7
3
6 2 5 4 1
8
F90LN-FR CA11
Tool Coolant Cover #8 Coolant Cover Screw #9
F90LN D050-03-16SFR CA11 COVER CC5 D050-CA11 SR M10-35C
F90LN D050-04-16SFR CA11 COVER CC5 D050-CA11 SR M10-35C
F90LN D063-04-22AFR CA11 COVER D063-CA11 SR M10-35C
F90LN D063-06-22AFR CA11 COVER D063-CA11 SR M10-35C
F90LN D080-05-27AFR CA11 COVER D080-CA11 SR M12-35C
F90LN D080-08-27AFR CA11 COVER D080-CA11 SR M12-35C
F90LN D100-06-32AFR CA11 COVER D100-CA11 SR M16-40C
F90LN D100-10-32AFR CA11 COVER D100-CA11 SR M16-40C
F90LN D125-08-40AFR CA11 COVER D125-CA11 SR M20-40C
F90LN D125-12-40AFR CA11 COVER D125-CA11 SR M20-40C
F90LN D160-14-40AFR CA11 COVER D160-CA11 SR M20-40C
Spare Parts Designation Part Number
Cartridge CA 90 AL-R-LN11 1
Insert clamping screw SR 34-550 2
Blade key BLD T10/S7
Handle SW6-SD
Balancing screw SR M6X10 DIN 913 TUFLOK 3
Balancing screw key HW 3.0
Pocket axial adjustment screw SR 11800875 4
Bushing for pocket axial adjustment screw SR TC-604 5
Cartridge screw bushing SR TC-873 6
Cartridge clamping nut NUT 11800872 7
F90LN-FR CA11
Adjustable 90° Face Mills (used
mainly for PCD/CBN inserts)
ap
H
d
L
D
Rd°
Designation D Z Flute H apd L Rd°kg
APK D50-40-C32-22 50.00 4 2 65.00 40.00 32.00 150.00 10.0 0.925 SR 14-592XLM BLD T20/M7 SW6-T
• For user guide, see pages 462-468
APK-22
Extended Flute Endmills for
Machining Aluminum
337
CUTTERS FOR ALUMINUM
L
Da
D3
ap
D
Designation D Z apL D3Da RPM max kg
SPM D050-04-22R-CA 52.50 4 2.50 50.00 50.00 22.00 44000 0.235
SPM D063-05-22R-CA 65.50 5 2.50 50.00 63.00 22.00 43000 0.378
SPM D063-08-22R-CA 65.50 8 2.50 50.00 63.00 22.00 43000 0.389
SPM D080-06-27R-CA 82.00 6 2.50 50.00 80.00 27.00 31000 0.649
SPM D080-10-27R-CA 82.00 10 2.50 50.00 80.00 27.00 31000 0.655
SPM D100-08-32R-CA 102.50 8 2.50 56.00 100.00 32.00 31000 1.149
SPM D100-14-32R-CA 102.50 14 2.50 56.00 100.00 32.00 31000 0.920
SPM D125-10-40R-CA 127.50 10 2.50 63.00 125.00 40.00 29500 1.991
SPM D125-18-40R-CA 127.50 18 2.50 63.00 125.00 40.00 29500 2.000
SPM D160-12-40R-CA 162.00 12 2.50 50.00 160.00 40.00 24500 2.689
SPM D160-24-40R-CA 162.00 24 2.50 50.00 160.00 40.00 24500 2.693
For inserts, see pages: CA-SPM (337)
Features
• Lightweight body
• Very few parts to assemble
• User-friendly assembly and
adjustment system
• Easy axial edge positioning for
up to 0.002 mm accuracy
• Convenient balancing procedure
• Very durable, without threaded
screws in the cutter body
• Several cartridge configurations
available for various materials
and applications
Cartridge Clamping Screws:
SR M61378-5
Key: BLD T20/M7
Handle: SW-6T
Height Adjustment Screws:
SR M-61378 -4ADJ
Key: HW 3.0
Coolant Sprinkler:
Coolant Spacer -SPM-D (cutter dia.)
Balancing Screws:
SR M6x10 DiN 913 TUFLOK
Key: HW 3.0
SPM-D-CA
Face Mills with Adjustable Cartridges
for High Speed Machining of Aluminum
Alloys, Cast Iron and Carbon Fiber
Spare Parts
Designation
SPM D050-04-22R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D063-05-22R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D063-08-22R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D080-06-27R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D080-10-27R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D100-08-32R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D100-14-32R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D125-10-40R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M20X40-
824624
SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D125-18-40R-CA
SR
M5-61378
BLD T20/
M7 SW6-T SR M20X40-
824624
SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
SPM D160-12-40R-CA
SR
M5-61378
BLD T20/
M7 SW6-T COOLANT SPACER-
SPM-D160
SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
HW
14.0
SPM D160-24-40R-CA
SR
M5-61378
BLD T20/
M7 SW6-T COOLANT SPACER-
SPM-D160
SR M4-61378-
ADJ
SR M6X10 DIN913
TL180
PIN SPM-
61385
HW
3.0
HW
14.0
h
75° 75°
aph
aph
0.2
75°
0.2x45º
0.006+0.004
0.2x45º 3.6
1.5
L
R 0.4 R 100
DD
W
CA SPM-75RM CA SPM-75RS0.4 CA SPM-75RW (Wiper)
Dimensions
Designation LWhapRa µ min Ra µ max
ID5
CA-SPM-75RM 19.20 5.00 6.00 2.50 0.40 0.80 •
CA-SPM-75RS0.4 19.20 5.00 6.00 2.50 1.00 3.20 •
CA-SPM-75RW (1) 19.20 5.00 4.20 - 0.15 0.40 •
(1) The wiper cartridge should protrude axially by 0.006 - 0.01 mm and it is 0.2 mm shorter in the radial direction
For tools, see pages: SPM-D-CA (337)
CA-SPM
Cartridges for SPM-D-CA Face Mills
ISCAR
338
CUTTERS FOR ALUMINUM
Following is a Reference List of Additional Inserts for Machining
Aluminum Using General Use Milling Cutters
Insert for Aluminum
Designation
Insert
Page
Milling Cutters
Designation Tool Page
HP ANCR 380
HP E90AN
HP F90AN
HP ANK
12-13
165
205
HM90 ADCR 1505 PDFR-P
ADCR 1505PDFR-P 390
ADK
E90AC
HM90 F90A
HM90 E90AD
SM
210
29
178
25, 26
219
HM90 APCR 100304 P/DP
APCR 1003PDFR-P
383
384
APK
HM90 F90AP
HM90 E90A
208
170
19-21
HP ADCR 1906
HP ADCR 220704 PDFR-P
398
399
HP E90AT
HP F90AT
28
185, 186
LNAR 1106 PN-N-P
LNAR 110604 PN-R-S
412
413
F90LN-R/L-N11 172
LNAR 1505 PN-N-P
LNAR 1505 PN-R-S
418
419
F90LN-R/L-N15 176
T490 LNAR 1306 PN-R-P
T490 LNAR 1306 PN-R 410
T490 ELN
T490 FLN
T490 LNK
T490 SM
23
167, 171, 175, 180
207, 208
213, 214
OECR 060405AER-P 434
HOF 190
OFCR 07T3-AEN
OFCR 07T3-AEN-P
OFCR 07T3-RW-P
435
436
SEHT 1204AFN
SEHT 1204AFN-P 439
F45ST 196
SDMR 1205 PDR-HQ-M 427
F90SD
SE-FT
SDK
172
222
221, 222
TOOLS FOR ALUMINUM
339
CUTTERS FOR ALUMINUM
Insert for Aluminum
Designation
Insert
Page
Milling Cutters
Designation Tool Page
RCMT ...-FW-F20
RCCT 1206 MO 450 ERW, FRW 237, 239
MULTI-MASTER and Solid Carbide Endmills for Machining Aluminum
MM EA
MM EA-CF
MM EBA
61
62
54
MM S...
MM TS-A
MM GRT
TS CAB
MM CAB
MM S-ER...
63-69
Solid Carbide Endmills for Aluminum
ECA-H3-CF
ECA-B-2
ECA-B-3
ECA-F-2
129
130
134
135
ERC-E3
ECR-B3-R
132
133
ISCAR
340
CUTTERS FOR ALUMINUM
ISCAR
340
USER GUIDE
Milling and Plunging, Stroke Pattern
A
ap
max
B
Note 1
The drilling and plunging strokes have to be at the
same depth as the slotting stroke, otherwise the hole
fills with chips that impair the next stroke.
Note 2
In order to shorten swarf during plunging and drilling,
it is recommended to use peck feeding.
Note 3
The maximum recommended speed is 7,000 rpm. Higher
speeds are possible after dynamic balancing to G2.5.
Ordering example for balanced tools:
E90AL D40-C40-L200-22-DB
Maximum Plunging Capability
Inserts ap max.
HM90 AXCR 1505 4mm
HM90 APCR 1605...R-P (02R-40R) 7.7mm
HM90 APCR 1605...R-P (50R-64R) 6.0mm
HM90 APCR 2206...R-P (05R-50R) 5.8mm
HM90 APCR 2206...R-P (64R) 4.7mm
HSM90 SET APCR-P
Set Designation
HSM90 Set APCR 160502RP IC28
HSM90 Set APCR 160504RP IC28
HSM90 Set APCR 160505RP IC28
HSM90 Set APCR 160508RP IC28
HSM90 Set APCR 160516RP IC28
HSM90 Set APCR 160520RP IC08
HSM90 Set APCR 160520RP IC28
HSM90 Set APCR 160525RP IC28
HSM90 Set APCR 160530RP IC28
HSM90 Set APCR 160532RP IC28
HSM90 Set APCR 160540RP IC28
HSM90 Set APCR 160550RP IC28
HSM90 Set APCR 160560RP IC28
HSM90 Set APCR 160564RP IC28
5 Included Inserts
HM90 APCR 160502R-P IC28
HM90 APCR 160504R-P IC28
HM90 APCR 160505R-P IC28
HM90 APCR 160508R-P IC28
HM90 APCR 160516R-P IC28
HM90 APCR 160520R-P IC08
HM90 APCR 160520R-P IC28
HM90 APCR 160525R-P IC28
HM90 APCR 160530R-P IC28
HM90 APCR 160532R-P IC28
HM90 APCR 160540R-P IC28
HM90 APCR 160550R-P IC28
HM90 APCR 160560R-P IC28
HM90 APCR 160564R-P IC28
5 Included Screws
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
= +
+
Set Designation
HSM90 Set AXCR 150504RP IC28
HSM90 Set AXCR 150508RP IC28
HSM90 Set AXCR 150520RP IC28
HSM90 Set AXCR 150530RP IC28
HSM90 Set AXCR 150532RP IC28
5 Included Inserts
HM90 AXCR 150504R-P IC28
HM90 AXCR 150508R-P IC28
HM90 AXCR 150520R-P IC28
HM90 AXCR 150530R-P IC28
HM90 AXCR 150532R-P IC28
5 Included Screws
SR 14-562
SR 14-562
SR 14-562
SR 14-562
SR 14-562
=
HSM90 SET AXCR-P
Insert and Screw Set (5+5) for
High Speed Machining Applications
In order to maintain high machining reliability we strongly recommend that when
replacing the worn out insert, the clamping screw will be replaced as well.
Available are packages that contain 5 HM90 APCR 1605..R-P IC28 or
HM90 AXCR 1505..R-P IC28 inserts and 5 matching screws.
These packages contain inserts with a weight tolerance of 0.02 gm.
This tight tolerance ensures maintenance of the dynamic balance of the tool after insert indexing.
E90AL - Details of Application
341
THREAD MILLING TOOLS
THREAD MILLING TOOLS
ISCAR
342
THREAD MILLING TOOLS
ISCAR
342
ISCAR
342
MTECS, MTECSH
pages
346,347,350,351,353
MTEC, MTECB,
MTECZ, MTECQ
pages 343-345,
347-349,352-355
MT-...-MM
pages 357,358
MM TRD
page 356
SD TRD
page 356
MTE
pages 358,359
MTSRH
pages 360
MTECI-A60
pages 355
MTF-MULTI
(shell mill)
page 360
MTSRH
(shell mill)
page 361
MTFL
(shell mill)
page 360
ISCAR Thread
PICTORIAL TOOL
REFERENCE
343
THREAD MILLING TOOLS
MTEC
Mill Thread
Endmill
Carbide
06
Shank Dia.
04
Cutting
Dia.
14
(ap)
Length of
Thread
C
No. of Flutes
C = 3 flutes
D = 4 flutes
E = 5 flutes
F = 6 flutes
1.0
Thread
Pitch
ISO
Thread
Standard
IC908
Carbide
Grade
S - Short
B - Coolant
Bore
ISCAR THREAD - Solid Carbide Endmills Designation Code Key
d
L
15°
ap
D
P
Application: General engineering
Dimensions
Designation Pitch
M
Coarse M Fine d D Flute apL Shank(1)
IC908
MTEC 06038C10 0.5ISO 0.50 - ≥5 6.00 3.80 3 10.30 58.00 C •
MTEC 06022C5 0.5ISO 0.50 M3 ≥4 6.00 2.20 3 5.30 58.00 C •
MTEC 06031C7 0.7ISO 0.70 M4 ≥5 6.00 3.10 3 7.40 58.00 C •
MTEC 06045C10 0.75ISO 0.75 - ≥6 6.00 4.50 3 10.00 58.00 C •
MTEC 06036C9 0.8ISO 0.80 M5 ≥6 6.00 3.60 3 9.20 58.00 C •
MTEC 0606C12 1.0ISO 1.00 - ≥9 6.00 6.00 3 12.50 58.00 C •
MTEC 0808D16 1.0ISO 1.00 - ≥10 8.00 8.00 4 16.50 64.00 C •
MTEC 0604C10 1.0ISO 1.00 M6 ≥7 6.00 4.00 3 10.50 58.00 C •
MTEC 0604C14 1.0ISO 1.00 M6 ≥7 6.00 4.00 3 14.50 58.00 C •
MTEC 0605C14 1.25ISO 1.25 M8 ≥10 6.00 5.00 3 14.40 58.00 C •
MTEC 0605C19 1.25ISO 1.25 M8 ≥10 6.00 5.00 3 19.40 58.00 C •
MTEC 1010D21 1.5ISO 1.50 - ≥14 10.00 10.00 4 21.80 73.00 C •
MTEC 1616F33 1.5ISO 1.50 - ≥20 16.00 16.00 6 33.80 105.00 C •
MTEC 0807C17 1.5ISO 1.50 M10 ≥12 8.00 7.00 3 17.30 64.00 C •
MTEC 0807C24 1.5ISO 1.50 M10 ≥12 8.00 7.00 3 24.80 76.00 C •
MTEC 0808C20 1.75ISO 1.75 M12 ≥14 8.00 8.00 3 20.10 64.00 C •
MTEC 0808C28 1.75ISO 1.75 M12 ≥14 8.00 8.00 3 28.90 76.00 C •
MTEC 1212D27 2.0ISO 2.00 - ≥18 12.00 12.00 4 27.00 84.00 C •
MTEC 2020F41 2.0ISO 2.00 - ≥26 20.00 20.00 6 41.00 105.00 C •
MTEC 1010C27 2.0ISO 2.00 M16 ≥17 10.00 10.00 3 27.00 73.00 C •
MTEC 1010C39 2.0ISO 2.00 M16 ≥17 10.00 10.00 3 39.00 105.00 C •
MTEC 1414D33 2.5ISO 2.50 M20 ≥22 14.00 14.00 4 33.80 84.00 C •
MTEC 1414D48 2.5ISO 2.50 M20 ≥22 14.00 14.00 4 48.80 105.00 C •
MTEC 1616C40 3.0ISO 3.00 M24 ≥25 16.00 16.00 3 40.50 105.00 C •
MTEC 1616C58 3.0ISO 3.00 M24 ≥25 16.00 16.00 3 58.50 120.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC-ISO
Solid Carbide Internal Threading
Endmills for ISO Thread Profile
P/8
P/4
60˚
P
NUT
SCREW
ISCAR
344
THREAD MILLING TOOLS
D
Pap
d
L
15°
Application: General engineering
Dimensions
Designation Pitch
M
Coarse M Fine d D Flute apL Shank(1)
IC908
MTECB 06038C10 0.5ISO 0.50 - ≥5 6.00 3.80 3 10.30 58.00 C •
MTECB 06031C7 0.7ISO 0.70 M4 ≥5 6.00 3.10 3 7.40 58.00 C •
MTECB 06045C10 0.75ISO 0.75 - ≥6 6.00 4.50 3 10.10 58.00 C •
MTECB 1010D24 0.75ISO 0.75 - ≥12 10.00 10.00 4 24.40 73.00 C •
MTECB 06038C9 0.8ISO 0.80 M5 ≥6 6.00 3.80 3 9.20 58.00 C •
MTECB 0606C12 1.0ISO 1.00 - ≥9 6.00 6.00 3 12.50 58.00 C •
MTECB 0808D16 1.0ISO 1.00 - ≥10 8.00 8.00 4 16.50 64.00 C •
MTECB 1010D24 1.0ISO 1.00 - ≥12 10.00 10.00 4 24.50 73.00 C •
MTECB 06046C10 1.0ISO 1.00 M6 ≥7 6.00 4.60 3 10.50 58.00 C •
MTECB 06046C14 1.0ISO 1.00 M6 ≥6 6.00 4.60 3 14.50 58.00 C •
MTECB 0606C14 1.25ISO 1.25 M8 ≥10 6.00 6.00 3 14.40 58.00 C •
MTECB 0606C19 1.25ISO 1.25 M8 ≥10 6.00 6.00 3 19.40 58.00 C •
MTECB 1010D21 1.5ISO 1.50 - ≥14 10.00 10.00 4 21.80 73.00 C •
MTECB 1616F33 1.5ISO 1.50 - ≥20 16.00 16.00 6 33.80 105.00 C •
MTECB 1212D26 1.5ISO 1.50 ≥16 12.00 12.00 4 26.30 84.00 C •
MTECB 08078C17 1.5ISO 1.50 M10 ≥12 8.00 7.80 3 17.00 64.00 C •
MTECB 08078C24 1.5ISO 1.50 M10 ≥12 8.00 7.80 3 24.80 76.00 C •
MTECB 1009C20 1.75ISO 1.75 M12 ≥12 10.00 9.00 3 20.10 73.00 C •
MTECB 1009C28 1.75ISO 1.75 M12 ≥12 10.00 9.00 3 28.90 73.00 C •
MTECB 1010C27 2.0ISO 2.00 M14 ≥15 10.00 10.00 3 27.00 73.00 C •
MTECB 12118D27 2.0ISO 2.00 M16 ≥17 12.00 11.80 4 27.00 84.00 C •
MTECB 12118D39 2.0ISO 2.00 M16 ≥17 12.00 11.80 4 39.00 105.00 C •
MTECB 1615E33 2.5ISO 2.50 M20 ≥22 16.00 15.00 5 33.80 105.00 C •
MTECB 1615E48 2.5ISO 2.50 M20 ≥22 16.00 15.00 5 48.80 105.00 C •
MTECB 2018D58 3.0ISO 3.00 M24 ≥25 20.00 18.00 4 58.50 120.00 C •
• With internal coolant hole • For user guide, see pages 372-378
(1) C-Cylindrical
MTECB-ISO
Solid Carbide Internal Threading
Endmills with Coolant Holes
for ISO Thread Profile
P/8
P/4
60˚
P
NUT
SCREW
345
THREAD MILLING TOOLS
d
L
H
ap
D
P
Dimensions
Designation Pitch M Fine d D Flute apH L Shank(1)
IC908
MTECQ 1212D38 1.0ISO 1.00 ≥14 12.00 12.00 4 21.00 38.0 84.00 C •
MTECQ 1010D30 1.5ISO 1.50 ≥13 10.00 10.00 4 18.00 30.0 73.00 C •
MTECQ 2020F56 2.0ISO 2.00 ≥24 20.00 20.00 6 34.00 56.0 105.00 C •
MTECQ 2020D45 3.5ISO 3.50 ≥26 20.00 20.00 4 28.00 45.5 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECQ-ISO
Solid Carbide Threading Endmills
with Internal Coolant Holes and
a Reduced Diameter Neck for
Deep Internal ISO Profile
P/8
P/4
60˚
PNUT
SCREW
D
L
15°
d
ap
P
Application: General engineering
Dimensions
Designation Pitch
M
Coarse M Fine d D Flute apL Shank(1)
IC908
MTECZ 0808D16 1.0ISO 1.00 - ≥10 8.00 8.00 4 16.50 64.00 C •
MTECZ 06048C10 1.0ISO 1.00 M6 ≥7 6.00 4.80 3 10.50 58.00 C •
MTECZ 0606C14 1.25ISO 1.25 M8 ≥10 6.00 6.00 3 14.40 58.00 C •
MTECZ 0606C19 1.25ISO 1.25 M8 ≥10 6.00 6.00 3 19.40 58.00 C •
MTECZ 1010D21 1.5ISO 1.50 - ≥14 10.00 10.00 4 21.80 73.00 C •
MTECZ 1212D26 1.5ISO 1.50 - ≥16 12.00 12.00 4 26.30 84.00 C •
MTECZ 1616E33 1.5ISO 1.50 - ≥20 16.00 16.00 5 33.80 101.00 C •
MTECZ 08078C17 1.5ISO 1.50 M10 ≥12 8.00 7.80 3 17.00 64.00 C •
MTECZ 1009C28 1.75ISO 1.75 M12 ≥12 10.00 9.00 3 28.90 73.00 C •
MTECZ 1010C27 2.0ISO 2.00 M14 ≥15 10.00 10.00 3 27.00 73.00 C •
MTECZ 12118D27 2.0ISO 2.00 M16 ≥17 12.00 11.80 4 27.00 84.00 C •
• With internal coolant hole • For user guide, see pages 372-378
(1) C-Cylindrical
MTECZ-ISO
Solid Carbide Internal Threading
Endmills with Coolant Holes
Located in the Flutes
P/8
P/4
60˚
PNUT
SCREW
ap
D
L
P
d
Application: General engineering
Dimensions
Designation Pitch d D Flute apL Shank(1)
IC908
MTEC E 1010D16 1.0ISO 1.00 10.00 10.00 4 16.50 73.00 C •
MTEC E 1010D16 1.25ISO 1.25 10.00 10.00 4 16.90 73.00 C •
MTEC E 1010D15 1.5ISO 1.50 10.00 10.00 4 15.80 73.00 C •
MTEC E 1212D20 1.5ISO 1.50 12.00 12.00 4 20.30 84.00 C •
MTEC E 1212D20 1.75ISO 1.75 12.00 12.00 4 20.10 84.00 C •
MTEC E 1212D21 2.0ISO 2.00 12.00 12.00 4 21.00 84.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC E-ISO
Solid Carbide External Threading
Endmills for ISO Thread Profile
P/8
P/4
60˚
PNUT
SCREW
ISCAR
346
THREAD MILLING TOOLS
60°
Thread
Size
P
D
P
H
L
d
Application: General engineering
Dimensions
Designation Pitch D Thd Flute H L Shank(3)
IC908
MTECS 03007C2 0.25ISO 0.25 0.72 M1 3.00 3 2.5 39.00 C •
MTECS 03009C3 0.25ISO 0.25 0.90 M1.2 3.00 3 3.0 39.00 C •
MTECS 03011C4 0.3ISO (1) 0.30 1.05 M1.4 3.00 3 4.0 39.00 C •
MTECS 03012C5 0.35ISO (1) 0.35 1.20 M1.6 3.00 3 4.8 39.00 C •
MTECS 03016C6 0.4ISO (1) 0.40 1.53 M2 3.00 3 6.0 39.00 C •
MTECS 06016C4 0.4ISO 0.40 1.53 M2 6.00 3 4.5 58.00 C •
MTECS 03017C7 0.45ISO (1) 0.45 1.65 M2.2 3.00 3 7.0 39.00 C •
MTECS 06017C5 0.45ISO 0.45 1.65 M2.2 6.00 3 5.0 58.00 C •
MTECS 0602C5 0.45ISO 0.45 1.95 M2.5 6.00 3 5.5 58.00 C •
MTECS 0602C7 0.45ISO 0.45 1.95 M2.5 6.00 3 7.5 58.00 C •
MTECS 06024C6 0.5ISO 0.50 2.37 M3 6.00 3 6.5 58.00 C •
MTECS 06024C9 0.5ISO 0.50 2.37 M3 6.00 3 9.5 58.00 C •
MTECS 06024C9 0.5ISO-L 0.50 2.37 M3 6.00 3 9.5 105.00 C •
MTECS 03024C12 0.5ISO 0.50 2.40 M3 3.00 3 12.5 39.00 C •
MTECS 03024C15 0.5ISO 0.50 2.40 M3 3.00 3 15.5 39.00 C •
MTECS 06054D20 0.5ISO 0.50 5.35 M6 6.00 4 20.0 58.00 C •
MTECS 06028C10 0.6ISO 0.60 2.75 M3.5 6.00 3 10.5 58.00 C •
MTECS 06028C7 0.6ISO 0.60 2.75 M3.5 6.00 3 7.5 58.00 C •
MTECS 06031C12 0.7ISO 0.70 3.10 M4 6.00 3 12.5 58.00 C •
MTECS 06031C120.7ISO-L 0.70 3.10 M4 6.00 3 12.5 105.00 C •
MTECS 06031C16 0.7ISO 0.70 3.10 M4 6.00 3 16.7 58.00 C •
MTECS 06031C9 0.7ISO 0.70 3.10 M4 6.00 3 9.0 58.00 C •
MTECS 0808D25 0.75ISO 0.75 8.00 M10 8.00 4 25.0 64.00 C •
MTECS 06038C12 0.8ISO 0.80 3.80 M5 6.00 3 12.5 58.00 C •
MTECS 06038C16 0.8ISO 0.80 3.80 M5 6.00 3 16.0 58.00 C •
MTECS 06038C160.8ISO-L 0.80 3.80 M5 6.00 3 16.0 105.00 C •
MTECS 06047C14 1.0ISO 1.00 4.65 M6 6.00 3 14.0 58.00 C •
MTECS 06047C20 1.0ISO 1.00 4.65 M6 6.00 3 20.0 58.00 C •
MTECS 06047C201.0ISO-L 1.00 4.65 M6 6.00 3 20.0 105.00 C •
MTECS 0606C18 1.25ISO 1.25 6.00 M8 6.00 3 18.0 58.00 C •
MTECS 0606C24 1.25ISO 1.25 6.00 M8 6.00 3 24.0 58.00 C •
MTECS 08078C23 1.5ISO 1.50 7.80 M10 8.00 3 23.0 64.00 C •
MTECS 08078C31 1.5ISO 1.50 7.80 M10 8.00 3 31.5 64.00 C •
MTECS 1009C26 1.75ISO 1.75 9.00 M12 10.00 3 26.0 73.00 C •
MTECS 12118D35 2.0ISO 2.00 11.80 M16 12.00 4 35.0 84.00 C •
MTECS 12118D50 2.0ISO 2.00 11.80 M16 12.00 4 50.0 105.00 C •
MTECS 1615E43 2.5ISO 2.50 15.00 M20 16.00 5 43.0 100.00 C •
• For user guide, see pages 372-378
(1) Specially designed for the production of dental implants
(3) C-Cylindrical
MTECS-ISO
Small Diameter Solid Carbide
Threading Endmills for
Internal ISO Profile
P/8
P/4
60˚
P
NUT
SCREW
347
THREAD MILLING TOOLS
60°
P
H
D
P
d
L
Left-hand tools (CNC code M04) • Application: General engineering
Dimensions
Designation Pitch Thd D Flute H L Shank(1)
IC903
MTECSH 03012C5 0.35ISO 0.35 M1.6 3.00 1.20 3 4.8 39.00 C •
MTECSH 03016C6 0.4ISO 0.40 M2 3.00 1.55 3 6.0 39.00 C •
MTECSH 06016C4 0.4ISO 0.40 M2 6.00 1.55 3 4.5 58.00 C •
MTECSH 06017C5 0.45ISO 0.45 M2.2 6.00 1.65 3 5.0 58.00 C •
MTECSH 0602C5 0.45ISO 0.45 M2.5 6.00 1.95 3 5.5 58.00 C •
MTECSH 0602C7 0.45ISO 0.45 M2.5 6.00 1.95 3 7.5 58.00 C •
MTECSH 06024C6 0.5ISO 0.50 M3 6.00 2.35 3 6.5 58.00 C •
MTECSH 06024C9 0.5ISO 0.50 M3 6.00 2.35 3 9.5 58.00 C •
MTECSH 06028C7 0.6ISO 0.60 M3.5 6.00 2.75 3 7.5 58.00 C •
MTECSH 06031C12 0.7ISO 0.70 M4 6.00 3.10 3 12.5 58.00 C •
MTECSH 06038C12 0.8ISO 0.80 M5 6.00 3.80 3 12.5 58.00 C •
MTECSH 06038C16 0.8ISO 0.80 M5 6.00 3.80 3 16.0 58.00 C •
MTECSH 06047C14 1.0ISO 1.00 M6 6.00 4.65 3 14.0 58.00 C •
MTECSH 06047C20 1.0ISO 1.00 M6 6.00 4.65 3 20.0 58.00 C •
MTECSH 0606C18 1.25ISO 1.25 M8 6.00 5.95 3 18.0 58.00 C •
MTECSH 0606C24 1.25ISO 1.25 M8 6.00 5.95 3 24.0 58.00 C •
MTECSH 08078C23 1.5ISO 1.50 M10 8.00 7.80 3 23.0 64.00 C •
MTECSH 1009C26 1.75ISO 1.75 M12 10.00 9.00 3 26.0 73.00 C •
MTECSH 12118D35 2.0ISO 2.00 M16 12.00 11.80 4 35.0 84.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECSH-ISO
Small Diameter Short Left-Hand Cut
Solid Carbide Internal ISO Profile
Threading Endmills for Hardened Steel
P/8
P/4
60˚
PNUT
SCREW
d
L
H
D
Pitch
L1
Ch
Left-hand tools (CNC code M04) • Application: General engineering • Coolant holes only in 1.0-2.0 pitch tools
Dimensions
Designation Pitch Thd D Flute H L Ch L1Shank(1)
IC908
MTECD 06032C11 0.7ISO 0.70 M4 6.00 3.15 3 11.6 58.00 0.2 0.7 C N •
MTECD 0604C14 0.8ISO 0.80 M5 6.00 4.00 3 14.4 58.00 0.3 0.8 C N •
MTECD 08047C14 1.0ISO 1.00 M6-M9 8.00 4.70 3 14.0 64.00 0.4 1.0 C Y •
MTECD 08061D18 1.25ISO 1.25 M8-M12 8.00 6.10 4 18.0 64.00 0.5 1.3 C Y •
MTECD 08078D23 1.5ISO 1.50 M10-M15 8.00 7.80 4 23.0 64.00 0.6 1.5 C Y •
MTECD 1009D26 1.75ISO 1.75 M12 10.00 9.00 4 26.0 73.00 0.6 1.8 C Y •
MTECD 12118D35 2.0ISO 2.00 M16-M23 12.00 11.80 4 35.0 84.00 0.6 2.0 C Y •
• Thread hole, thread and chamfer are made by circular interpolation • For user guide, see pages 372-378
(1) C-Cylindrical
MTECD-ISO
Small Diameter Short Left-Hand
Cut Solid Carbide Endmills
for Internal ISO Profile Drilling,
Threading and Chamfering
P/8
P/4
60˚
PNUT
SCREW
ISCAR
348
THREAD MILLING TOOLS
d
L
15°
P
ap
D
Application: General engineering
Dimensions
Designation TPI UNC UNF UNEF d D Flute apL Shank(1) THFT(2)
IC908
MTEC 06032C6 32UN 32.0 8 10 12 6.00 3.20 3 6.80 58.00 C UN60 •
MTEC 0604C11 28UN 28.0 - 7/16,1/2 - 6.00 4.00 3 11.30 58.00 C UN60 •
MTEC 0606C14 28UN 28.0 - - 7/16,1/2 6.00 6.00 3 14.50 58.00 C UN60 •
MTEC 0605C14 24UN 24.0 - 5/16 - 6.00 5.00 3 14.30 58.00 C UN60 •
MTEC 0807C21 24UN 24.0 - 3/8 9/16,5/8 8.00 7.00 3 20.00 64.00 C UN60 •
MTEC 06045C12 20UN 20.0 1/4 - - 6.00 4.50 3 12.10 58.00 C UN60 •
MTEC 0807C21 20UN 20.0 - 7/16,1/2 - 8.00 7.00 3 20.00 64.00 C UN60 •
MTEC 1212E27 20UN 20.0 - - 3/4,1 12.00 12.00 5 27.30 84.00 C UN60 •
MTEC 0605C14 18UN 18.0 5/16 - - 6.00 5.00 3 14.80 58.00 C UN60 •
MTEC 1010D26 18UN 18.0 - 9/16,5/8 1-1/8,1-5/8 10.00 10.00 4 26.10 73.00 C UN60 •
MTEC 0606C16 16UN 16.0 3/8 - - 6.00 6.00 3 16.70 58.00 C UN60 •
MTEC 1212D31 16UN 16.0 - 3/4 - 12.00 12.00 4 30.00 84.00 C UN60 •
MTEC 1615E37 14UN 14.0 - 7/8 - 16.00 15.00 5 37.20 105.00 C UN60 •
MTEC 0808C22 13UN 13.0 1/2 - - 8.00 8.00 3 22.50 64.00 C UN60 •
MTEC 1010C26 12UN 12.0 9/16 - - 10.00 10.00 3 26.50 73.00 C UN60 •
MTEC 1616E41 12UN 12.0 - 1,1-1/2 - 16.00 16.00 5 41.30 105.00 C UN60 •
MTEC 1010C28 11UN 11.0 5/8 - - 10.00 10.00 3 28.90 73.00 C UN60 •
MTEC 1212C34 10UN 10.0 3/4 - - 12.00 12.00 3 34.30 84.00 C UN60 •
MTEC 1615C38 9UN 9.0 7/8 - - 16.00 15.00 3 38.10 105.00 C UN60 •
MTEC 1616C42 8UN 8.0 1.0 - - 16.00 16.00 3 42.90 105.00 C UN60 •
• For user guide, see pages 372-378
(1) C-Cylindrical
(2) Thread form type
MTEC-UN
Solid Carbide Threading Endmills
for Internal UN Thread Profile
P/8
P/4
60˚
P
NUT
SCREW
D
Pap
L
15°
d
Application: General engineering
Dimensions
Designation TPI UNC UNF UNEF d D Flute apL Shank(1)
IC908
MTECB 06032C6 32UN 32.0 8 10 12 6.00 3.20 3 6.80 58.00 C •
MTECB 0606C14 32UN 32.0 - - 7/16-1/2 6.00 6.00 3 16.00 58.00 C •
MTECB 0605C11 28UN 28.0 - 1/4 - 6.00 5.00 3 11.30 58.00 C •
MTECB 08066C14 24UN 24.0 - 5/16 - 8.00 6.60 3 14.30 64.00 C •
MTECB 0808D21 24UN 24.0 - - 9/16-5/8 8.00 8.00 4 20.60 64.00 C •
MTECB 0808C21 20UN 20.0 - 7/16 - 8.00 8.00 3 21.00 64.00 C •
MTECB 1010D22 20UN 20.0 - 1/2 - 10.00 10.00 4 22.30 73.00 C •
MTECB 06056C14 18UN 18.0 5/16 - - 6.00 5.60 3 14.80 58.00 C •
MTECB 12113D26 18UN 18.0 - 9/16-5/8 1-1/8_1-5/8 12.00 11.30 4 26.10 84.00 C •
MTECB 08067C16 16UN 16.0 3/8 - - 8.00 6.70 3 16.70 64.00 C •
MTECB 1212D31 16UN 16.0 - 3/4 - 12.00 12.00 4 31.00 84.00 C •
MTECB 1616E37 14UN 14.0 - 7/8 - 16.00 16.00 5 37.20 105.00 C •
MTECB 10092C22 13UN 13.0 1/2 - - 10.00 9.20 3 22.50 73.00 C •
MTECB 12114C28 11UN 11.0 5/8 - - 12.00 11.40 3 28.90 84.00 C •
MTECB 16144D34 10UN 10.0 3/4 - - 16.00 14.40 4 34.30 105.00 C •
MTECB 20195D42 8UN 8.0 1 - - 20.00 19.50 4 42.90 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECB-UN
Solid Carbide Threading
Endmills with Coolant Holes for
Internal UN Thread Profile
P/8
P/4
60˚
P
NUT
SCREW
349
THREAD MILLING TOOLS
d
L
D
Pap
15°
Application: General engineering
Dimensions
Designation TPI UNC UNF UNEF d D Flute apL Shank(1)
IC908
MTECZ 1010D22 20UN 20.0 - 1/2 - 10.00 10.00 4 22.30 73.00 C •
MTECZ 12113D26 18UN 18.0 - 9/16-5/8 1_1/8-1_5/8 12.00 11.30 4 26.10 84.00 C •
MTECZ 08067C16 16UN 16.0 3/8 - - 8.00 6.70 3 16.70 64.00 C •
MTECZ 16144D34 10UN 10.0 3/4 - - 16.00 14.40 4 34.30 101.00 C •
• With internal coolant hole • For user guide, see pages 372-378
(1) C-Cylindrical
MTECZ-UN
Solid Carbide Threading Endmills
with Coolant Holes Located in the
Flutes for Internal UN Thread Profile
P/8
P/4
60˚
PNUT
SCREW
ap
D
L
P
d
Application: General engineering
Dimensions
Designation TPI d D Flute apL Shank(1)
IC908
MTEC E 1010D16 24UN 24.0 10.00 10.00 4 16.40 73.00 C •
MTEC E 1212E21 20UN 20.0 12.00 12.00 5 21.00 84.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC E-UN
Solid Carbide Threading Endmills with
UN Form for External Threading
P/8
P/4
60˚
PNUT
SCREW
ISCAR
350
THREAD MILLING TOOLS
60°
P
d
L
H
D
P
Application: General engineering
Dimensions
Designation TPI UNC UNF d D Flute H L Shank(2)
IC908
MTECS 03012C8 80UN 80.0 - 0 3.00 1.15 3 8.0 39.00 C •
MTECS 03015C6 72UN (1) 72.0 - 1 3.00 1.45 3 6.0 39.00 C •
MTECS 06016C4 56UN 56.0 2 3 6.00 1.65 3 4.4 58.00 C •
MTECS 06016C6 56UN 56.0 2 3 6.00 1.65 3 6.6 58.00 C •
MTECS 06019C5 48UN 48.0 3 4 6.00 1.90 3 5.2 58.00 C •
MTECS 03021C12 40UN 40.0 4 - 3.00 2.10 3 12.0 39.00 C •
MTECS 06021C8 40UN 40.0 4 - 6.00 2.10 3 8.0 58.00 C •
MTECS 06024C9 40UN 40.0 5 6 6.00 2.45 3 9.6 58.00 C •
MTECS 06021C6 40UN 40.0 4 - 6.00 2.10 3 6.3 58.00 C •
MTECS 06033C9 36UN 36.0 - 8 6.00 3.30 3 9.0 58.00 C •
MTECS 06025C7 32UN 32.0 6 - 6.00 2.55 3 7.1 58.00 C •
MTECS 06025C10 32UN 32.0 6 - 6.00 2.55 3 10.5 58.00 C •
MTECS 06032C9 32UN 32.0 8 10 6.00 3.20 3 9.5 58.00 C •
MTECS 06032C12 32UN 32.0 8 10 6.00 3.20 3 12.5 58.00 C •
MTECS 06037C10 32UN 32.0 - 10 6.00 3.70 3 10.5 58.00 C •
MTECS 06037C15 32UN 32.0 - 10 6.00 3.70 3 15.0 58.00 C •
MTECS 0605C14 28UN 28.0 - 1/4 6.00 5.00 3 14.5 58.00 C •
MTECS 0605C19 28UN 28.0 - 1/4 6.00 5.00 3 19.0 58.00 C •
MTECS 08066C17 24UN 24.0 - 5/16 8.00 6.60 3 17.0 64.00 C •
MTECS 08066C24 24UN 24.0 - 5/16 8.00 6.60 3 24.0 64.00 C •
MTECS 06047C14 20UN 20.0 1/4 - 6.00 4.75 3 14.0 58.00 C •
MTECS 06047C19 20UN 20.0 1/4 - 6.00 4.75 3 19.0 58.00 C •
MTECS 06047C19 20UN-L 20.0 1/4 - 6.00 4.75 3 19.0 105.00 C •
MTECS 0808C25 20UN 20.0 - 7/16 8.00 8.00 3 25.0 64.00 C •
MTECS 0606C17 18UN 18.0 5/16 - 6.00 6.00 3 17.0 58.00 C •
MTECS 0606C23 18UN 18.0 5/16 - 6.00 6.00 3 23.0 58.00 C •
MTECS 1212D35 18UN 18.0 - 5/8 12.00 12.00 4 35.0 84.00 C •
MTECS 08067C22 16UN 16.0 3/8 - 8.00 6.70 3 22.0 64.00 C •
MTECS 08067C30 16UN 16.0 3/8 - 8.00 6.70 3 30.2 64.00 C •
MTECS 08077C25 14UN 14.0 7/16 - 8.00 7.70 3 25.0 64.00 C •
MTECS 10092C27 13UN 13.0 1/2 - 10.00 9.20 3 27.5 73.00 C •
MTECS 12114C34 11UN 11.0 5/8 - 12.00 11.40 3 34.5 84.00 C •
MTECS 12114C50 11UN 11.0 5/8 - 12.00 11.40 3 50.0 105.00 C •
• For user guide, see pages 372-378
(1) Specially designed for the production of dental implants
(2) C-Cylindrical
MTECS-UN
Small Diameter Solid Carbide UN
Profile Threading Endmills for Steel
P/8
P/4
60˚
P
NUT
SCREW
351
THREAD MILLING TOOLS
60°
P
H
D
P
d
L
Left-hand tools (CNC code M04) • Application: General engineering
Dimensions
Designation TPI UNC UNF d D Flute L H Shank(1)
IC903
MTECSH 06012C4 80UN 80.0 - 0 6.00 1.15 3 58.00 4.0 C •
MTECSH 06016C6 56UN 56.0 2 3 6.00 1.65 3 58.00 6.6 C •
MTECSH 06019C5 48UN 48.0 3 4 6.00 1.90 3 58.00 5.2 C •
MTECSH 06021C6 40UN 40.0 4 - 6.00 2.10 3 58.00 6.3 C •
MTECSH 06024C7 40UN 40.0 5 6 6.00 2.45 3 58.00 7.0 C •
MTECSH 06021C8 40UN 40.0 4 - 6.00 2.10 3 58.00 8.0 C •
MTECSH 06024C9 40UN 40.0 5 6 6.00 2.45 3 58.00 9.6 C •
MTECSH 06025C10 32UN 32.0 6 - 6.00 2.55 3 58.00 10.5 C •
MTECSH 06032C9 32UN 32.0 8 - 6.00 3.20 3 58.00 9.5 C •
MTECSH 06037C10 32UN 32.0 - 10 6.00 3.70 3 58.00 10.5 C •
MTECSH 06037C15 32UN 32.0 - 10 6.00 3.70 3 58.00 15.0 C •
MTECSH 06042C11 28UN 28.0 - 12 6.00 4.20 3 58.00 11.0 C •
MTECSH 0605C14 28UN 28.0 - 1/4 6.00 5.00 3 58.00 14.5 C •
MTECSH 06035C10 24UN 24.0 10,12 - 6.00 3.50 3 58.00 10.6 C •
MTECSH 08066C17 24UN 24.0 - 5/16 8.00 6.60 3 64.00 17.0 C •
MTECSH 08066C24 24UN 24.0 - 5/16 8.00 6.60 3 64.00 24.0 C •
MTECSH 06047C19 20UN 20.0 1/4 - 6.00 4.75 3 58.00 19.0 C •
MTECSH 0808C25 20UN 20.0 - 7/16 8.00 8.00 3 64.00 25.0 C •
MTECSH 0606C17 18UN 18.0 5/16 - 6.00 6.00 3 58.00 17.0 C •
MTECSH 0606C23 18UN 18.0 5/16 - 6.00 6.00 3 58.00 23.0 C •
MTECSH 08067C22 16UN 16.0 3/8 - 8.00 6.70 3 64.00 22.0 C •
MTECSH 08077C25 14UN 14.0 7/16 - 8.00 7.70 3 64.00 25.0 C •
MTECSH 10092C27 13UN 13.0 1/2 - 10.00 9.20 3 73.00 27.5 C •
MTECSH 12114C34 11UN 11.0 5/8 - 12.00 11.40 3 84.00 34.5 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
(2) Thread form type
Cutting Data for Hardened Steel
ISO Material Hardness HRc Cutting
Speed m/min
Feed (mm/tooth) for Cutting Diameter (mm)
1.5 2 3 4 5 6 7 8 9
H
Hardened Steels
45-50 60-70 0.04 0.04 0.05 0.05 0.06 0.06 0.07 0.07 0.08
51-55 50-60 0.03 0.03 0.04 0.04 0.05 0.05 0.06 0.06 0.07
56-62 40-50 0.02 0.02 0.03 0.03 0.04 0.04 0.05 0.05 0.06
MTECSH-UN
Small Diameter Short Left-Hand Cut
Solid Carbide UN Profile Threading
Endmills for Hardened Steel
P/8
P/4
60˚
PNUT
SCREW
D
P
H
L
d
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSP d D Flute H L Shank(1)
IC908
MTECS 08078C19 28W 28.0 G 1/8 8.00 7.80 3 19.5 64.00 C •
MTECS 1010D30 19W 19.0 G 1/4-3/8 10.00 10.00 4 30.0 73.00 C •
MTECS 1212D37 14W 14.0 G 1/2-7/8 12.00 12.00 4 37.0 84.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECS-W
Short Solid Carbide Threading
Endmills for Internal or External
BSP and BSF Thread Profiles
R=0.137P
55˚
P
NUT
SCREW
ISCAR
352
THREAD MILLING TOOLS
d
L
15°
D
Pap
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSP d D Flute apL Shank(1)
IC908
MTEC 0606C9 28W 28.0 G1/8 6.00 6.00 3 9.50 58.00 C •
MTEC 0808C14 19W 19.0 G1/4,G3/8 8.00 8.00 3 14.00 64.00 C •
MTEC 1212D19 14W 14.0 G1/2,G7/8 12.00 12.00 4 19.30 84.00 C •
MTEC 1212D26 14W 14.0 G1/2,G7/8 12.00 12.00 4 26.30 84.00 C •
MTEC 1212C24 11W 11.0 G1,-G1-1/2 12.00 12.00 3 24.20 84.00 C •
MTEC 1616D38 11W 11.0 G1,G3 16.00 16.00 4 38.10 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC-W
Solid Carbide Threading Endmills for
Internal or External BSP Thread Profile
R=0.137P
55˚
P
NUT
SCREW
D
L
P
d
15°
ap
Application: General engineering fittings and pipe couplings
With internal coolant hole
Dimensions
Designation TPI BSP d D Flute apL Shank(1)
IC908
MTECB 08078C14 28W 28.0 G1/8 8.00 7.80 3 14.10 64.00 C •
MTECB 1010D16 19W 19.0 G1/4-3/8 10.00 10.00 4 16.70 73.00 C •
MTECB 1616E26 14W 14.0 G1/2-7/8 16.00 16.00 5 26.30 105.00 C •
MTECB 1616D38 11W 11.0 G>1 16.00 16.00 4 38.10 105.00 C •
MTECB 2020E47 11W 11.0 G>1 20.00 20.00 5 47.30 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECB-W
Solid Carbide Internal or External
Threading Endmills with Coolant
Holes for BSP Thread Profile
R=0.137P
55˚
P
NUT
SCREW
D
Pap
L
15°
d
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSP d D Flute apL Shank(1)
IC908
MTECZ 08078C14 28W 28.0 G1/8 8.00 7.80 3 14.10 64.00 C •
MTECZ 1010D16 19W 19.0 G1/4-3/8 10.00 10.00 4 16.70 73.00 C •
MTECZ 1616E26 14W 14.0 G1/2-7/8 16.00 16.00 5 26.30 101.00 C •
• With internal coolant hole • For user guide, see pages 372-378
(1) C-Cylindrical
MTECZ-BSF/BSP
Solid Carbide Threading Endmills with
Coolant Holes Located in the Flutes for
Internal or External BSF/BSP Thread
NUT
R=0.137P
55˚
P
SCREW
353
THREAD MILLING TOOLS
d
L
H
D
P
60°
P
Aerospace and automotive industries, for applications requiring high fatigue strength
Dimensions
Designation Pitch MJ size d D Flute H L Shank(1)
IC908
MTECS 06032C10 0.7MJ 0.70 MJ4 6.00 3.20 3 10.0 58.00 C •
MTECS 06039C12 0.8MJ 0.80 MJ5 6.00 3.90 3 12.5 58.00 C •
MTECS 06048C15 1.0MJ 1.00 MJ6 6.00 4.80 3 15.0 58.00 C •
MTECS 08061C20 1.25MJ 1.25 MJ8 8.00 6.10 3 20.0 64.00 C •
MTECS 10092C30 1.75MJ 1.75 MJ12 10.00 9.20 3 30.0 73.00 C •
• For user guide, see pages 372-378
(1) Without coolant holes
MTECS-MJ
Small Diameter Short Solid Carbide
MJ-Type Profile Threading Endmills
d
L
H
D
P
60°
P
D1
Aerospace and automotive industries, for applications requiring high fatigue strength
Dimensions
Designation TPI UNJC UNJF d D Flute H L Shank(1)
IC908
MTECS 06033C10 32UNJ 32.0 8 10 6.00 3.30 3 10.5 58.00 C •
MTECS 08051C16 28UNJ 28.0 - 1/4 8.00 5.10 3 16.0 64.00 C •
MTECS 08067C20 24UNJ 24.0 - 5/16, 3/8 8.00 6.70 3 20.0 64.00 C •
MTECS 06049C16 20UNJ 20.0 1/4 - 6.00 4.90 3 16.0 58.00 C •
MTECS 0808C28 20UNJ 20.0 - 7/16 8.00 8.00 3 28.0 64.00 C •
MTECS 08061C20 18UNJ 18.0 5/16 - 8.00 6.15 3 20.0 64.00 C •
MTECS 08069C24 16UNJ 16.0 3/8 - 8.00 6.90 3 24.0 64.00 C •
MTECS 10094C27 13UNJ 13.0 1/2 - 10.00 9.40 3 27.5 73.00 C •
• For user guide, see pages 372-378
(1) Without coolant holes
MTECS-UNJ
Small Diameter Short Solid Carbide
UNJ-Type Profile Threading Endmills
d
L
15°
Pap
D
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSPT d D Flute apL Shank(1)
IC908
MTEC 0606C9 28BSPT 28.0 RC1/8 6.00 6.00 3 9.50 58.00 C •
MTEC 0808C14 19BSPT 19.0 RC1/4,RC3/8 8.00 8.00 3 14.00 64.00 C •
MTEC 1212D19 14BSPT 14.0 RC1/2,RC7/8 12.00 12.00 4 19.10 84.00 C •
MTEC 1616D28 11BSPT 11.0 RC1,RC2 16.00 16.00 4 28.90 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC-BSPT
Solid Carbide Threading
Endmills for External or Internal
BSPT Thread Profile
Taper 1:16
R=0.137P
P
27.5˚
90˚
27.5˚
NUT
SCREW
ISCAR
354
THREAD MILLING TOOLS
d
L
15°
Pap
D
Application: Steam, gas and water pipes
Dimensions
Designation TPI NPT d D Flute apL Shank(1)
IC908
MTEC 0606C9 27NPT 27.0 1/16,1/8 6.00 6.00 3 9.90 58.00 C •
MTEC 0808C14 18NPT 18.0 1/4,3/8 8.00 8.00 3 14.80 64.00 C •
MTEC 1212D20 14NPT 14.0 1/2,3/4 12.00 12.00 4 20.90 84.00 C •
MTEC 1616D27 11.5NPT 11.5 1,2 16.00 16.00 4 27.60 105.00 C •
MTEC 2020D39 8NPT 8.0 ≥2-1/2 20.00 20.00 4 39.70 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC-NPT
Solid Carbide Threading Endmills for
External or Internal NPT Thread Profile
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
D
Pap
L
d
15°
Application: Steam, gas and water pipes
Dimensions
Designation TPI NPT d D Flute apL Shank(1)
IC908
MTECB 08076C10 27NPT 27.0 1/8 8.00 7.60 3 10.80 64.00 C •
MTECB 1010D16 18NPT 18.0 1/4,3/8 10.00 10.00 4 16.20 73.00 C •
MTECB 16155D22 14NPT 14.0 1/2,3/4 16.00 15.50 4 22.70 105.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECB-NPT
Solid Carbide Threading Endmills
with Coolant Holes for External
or Internal NPT Thread Profile
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
d
L
15°
Pap
D
Application: Steam, gas and water pipes
Dimensions
Designation TPI NPTF d D Flute apL Shank(1)
IC908
MTEC 0606C9 27NPTF 27.0 1/16,1/8 6.00 6.00 3 9.90 58.00 C •
MTEC 0808C14 18NPTF 18.0 1/4,3/8 8.00 8.00 3 14.80 64.00 C •
MTEC 1212D20 14NPTF 14.0 1/2,3/4 12.00 12.00 4 20.90 84.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTEC-NPTF
Solid Carbide Threading Endmills for
External or Internal NPTF Thread Profile
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
355
THREAD MILLING TOOLS
D
L
P
d
15°
ap
Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI NPTF d D Flute apL Shank(1)
IC908
MTECZ 08076C10 27NPTF 27.0 1/8 8.00 7.60 3 10.80 64.00 C •
MTECZ 1010D16 18NPTF 18.0 1/4-3/8 10.00 10.00 4 16.20 73.00 C •
• For user guide, see pages 372-378
(1) C-Cylindrical
MTECZ-NPTF
Solid Carbide Threading Endmills with
Coolant Holes Located in the Flutes for
Internal or External NPTF Thread Profile
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
60°
L
d
H
D
Application: General engineering
Dimensions Tough
1
Hard
Designation Pitch In
Pitch
Ex TPI Int
TPI
Ext Thd D Flute H L Shank(1)
IC908
IC902
MTECI 03019C5 A60 0.35-0.60 - 72-40 - (a) 3.00 1.90 3 5.2 39.00 C N •
MTECI 06032C9 A60 0.50-1.00 - 48-24 - (a) 6.00 3.20 3 9.5 39.00 C N •
MTECI 0604C12 A60 0.50-1.00 - 48-24 - (a) 6.00 4.00 3 12.5 58.00 C N •
MTECI 0605D20 A60 0.50-0.80 0.4-0.8 56-28 64-32 ≥6 6.00 5.00 4 20.0 58.00 C Y •
MTECI 0808D28 A60 0.50-0.80 0.4-0.8 56-28 64-32 ≥9 8.00 8.00 4 28.0 64.00 C Y •
MTECI 0808D30 A60 1.00-1.75 0.8-1.5 28-14 32-16 ≥10 8.00 8.00 4 30.0 64.00 C Y •
MTECI 1010D35 A60 1.00-1.75 0.8-1.5 28-14 32-16 ≥12 10.00 10.00 4 35.0 73.00 C Y •
MTECI 1212E39 A60 1.00-1.75 0.8-1.5 28-14 32-16 ≥14 12.00 12.00 5 39.0 84.00 C Y •
MTECI 1212E40 A60 2.0-3.0 1.75-2.5 13-8 15-10 ≥16 12.00 12.00 5 40.0 84.00 C Y •
MTECI 1616E50 A60 2.0-3.0 1.75-2.5 13-8 15-10 ≥20 16.00 16.00 5 50.0 101.00 C Y •
• (a)See table below • For user guide, see pages 372-378
(1) c-Cylindrical
Possible Thread Sizes
Designation M Coarse M Fine UN, UNC, UNS,UNF, UNEF
MTECI 03012C3 A60 M1.6x0.35 M1.6x0.25, M1.8x0.25, M2x0.25 0-80UNF
MTECI 03014C4 A60 M2x0.4, M2.2x0.45 M2x0.35, M2.2x0.35, 1-64unc, 1-72unf, 2-56unc, 2-64unf
MTECI 03019C5 A60 M2.5x0.45 M2.5x0.35, M3x0.35, 3-48UNC, 3-56UNF, 4-40UNC, 4-48UNF
MTECI 03024C7 A60 M3x0.5 M3.5x0.6 M3.5x0.5 5-40UNC, 5-44UNF, 6-32UNC, 6-40UNF
MTECI 06032C9 A60 M4x0.7 M4.5x0.75 M4x0.5 8-32UNC, 8-36UNF, 10-24UNC, 10-28UNS, 10-32UNF
MTECI 0604C12 A60 M5x0.8 M6x1.0 M5x0.5, M5.5x0.5, M5x0.75 10-36UNS, 10-40UNS, 10-48UNS, 12-24UNC, 12-28UNF
MTECI-A60
60° Partial Profile Solid Carbide Thread
Mills for Internal and External Threads
60°
NUT
SCREW
ISCAR
356
THREAD MILLING TOOLS
D
TRD16 TRD22
R
60
L5
Ts
R
DY
Y
Ts
60
Dimensions
Designation D Z Pmin Pmax R L5Y Ts Th(1) D min Standard
IC528
MM TRD16-M60-05P-3T06 15.70 3 0.50 2.00 - (2) 0.05 1.2 T06 M20 19.05 ISO 68, DIN 13 MM EGR 16-18* •
MM TRD16-M60-15P-3T06 15.70 3 1.50 2.00 0.05 - 1.2 T06 M22 19.05 ISO 68, DIN 13 MM EGR 16-18* •
MM TRD22-M60-30P-4T08 21.70 4 3.00 4.50 0.20 - 2.8 T08 M36 31.00 ISO 68, DIN 13 MM EGR 20-22* •
• For shanks, see pages 63-69 • For clamping instructions, see page 34 • Do not apply lubricant to the threaded connection.
(1) Smallest possible thread
* Optional, should be ordered separately
(2) Flat
MM TRD-M
Interchangeable Solid Carbide
Milling Heads for 60° Partial
Profile Thread Milling
R
55
D
Ts
Y
Dimensions
Designation D Z R Y TPI max TPI min Ts ThD min Standard
IC528
MM TRD22-W55-14P-4T08 21.70 4 0.20 2.4 14 11 T08 G3/4 24.20 DIN ISO 228, B.S. 84 MM EGR 20-22* •
• For shanks, see pages 63-69 • For clamping instructions, see page 34 • Do not apply lubricant to the threaded connection.
* Optional, should be ordered separately
MM TRD-W
Interchangeable Solid Carbide
Milling Heads for 55° Partial
Profile Thread Milling
60°
NUT
SCREW
D1
RE
THFT
DCONMS
CDX
OAL
PDX
DC
Dimensions
Designation DCDMIN THFT(1) TPN(2) TPX(3) TPIN(4) TPIX(5) PDX RED1CDX OAL ZEFP DCONMS
IC908
SD TRD32-M60-6P-SP15 31.70 46.00 VP60 4.00 6.00 4.00 6.00 3.7 0.30 8.40 4.70 7.70 8 15.00 •
SD TRD40-M60-8P-SP17 39.70 57.00 VP60 6.00 8.00 3.00 4.00 4.5 0.40 9.80 6.20 9.50 10 17.00 •
• For shanks, see pages 284,285 • For user guide, see pages 372-378
(1) Thread form type
(2) Thread pitch minimum (mm)
(3) Thread pitch maximum (mm)
(4) Threads per inch minimum
(5) Threads per inch maximum
SD TRD-M-SP
Interchangeable Solid Carbide
Milling Heads for 60° Partial
Profile Thread Milling
D1
RE
THFT
DCONMS
CDX
OAL
PDX
DC
Dimensions
Designation DCDMIN THFT(1) TPIN(2) TPIX(3) PDX D1CDX OAL ZEFP REDCONMS
IC908
SD TRD32-W55-4T-SP15 31.70 46.00 VP55 4.00 6.00 3.7 8.40 4.70 7.70 8 0.50 15.00 •
SD TRD40-W55-3T-SP17 39.70 57.00 VP55 3.00 4.00 4.5 9.80 6.20 9.50 10 0.80 17.00 •
• For shanks, see pages 284,285 • For user guide, see pages 372-378
(1) Thread form type
(2) Threads per inch minimum
(3) Threads per inch maximum
SD TRD-W-SP
Interchangeable Solid Carbide
Milling Heads for 55° Partial
Profile Thread Milling
357
THREAD MILLING TOOLS
MT
MULTI-
MASTER
Thread Mill
10
Cutting
Dia.
D
No. of
Flutes
0.75
Pitch
6
Cutting
Length
ISO
Thread
Profile
ISO
UN
G (55°)
MMT05/MMTT..*
Connection
Size
Identification Code
* For thread milling heads with 12 mm diameter and larger
P
D
ap
l1
Ts
Application: General engineering
Dimensions
Designation TPI UNC UNF UNEF D Flute apl1Ts
IC908
MT 10D7 32UN-MMT05 32.0 - - - 10.00 4 6.40 12.75 T05 •
MT 10D6 28UN-MMT05 28.0 - 1/2 - 10.00 4 5.50 12.75 T05 •
MT 10D6 24UN-MMT05 24.0 - - 9/16-5/8 10.00 4 5.30 12.75 T05 •
MT 10D6 20UN-MMT05 20.0 - 1/2 - 10.00 4 5.10 12.75 T05 •
MT 10D5 18UN-MMT05 18.0 - 9/16-5/8 1 1/8-1 5/8 10.00 4 5.60 12.75 T05 •
MT 10D7 16UN-MMT05 16.0 - 3/4 - 10.00 4 6.40 12.75 T05 •
MT12D9 24UN-MMTT06 24.0 - - 5/8- 11/16 12.00 4 8.50 14.30 T06 •
MT12D9 20UN-MMTT06 20.0 - - 3/4 - 1 12.00 4 8.90 14.30 T06 •
MT12D9 18UN-MMTT06 18.0 - 5/8 ≥1 11/16 12.00 4 8.50 14.30 T06 •
MT12D10 16UN-MMTT06 16.0 - 3/4 - 12.00 4 8.00 14.30 T06 •
MT12D10 14UN-MMTT06 14.0 - 7/8 12.00 4 9.00 14.30 T06 •
MT16E12 18UN-MMTT08 18.0 - 5/8 ≥1 11/16 16.00 5 11.30 19.00 T08 •
MT16E13 14UN-MMTT08 14.0 - 7/8 - 16.00 5 12.70 20.85 T08 •
MT16E13 12UN-MMTT08 12.0 - 1-1 1/2 - 16.00 5 12.70 20.85 T08 •
MT15D13 10UN-MMTT08 10.0 3/4 - - 15.30 4 12.70 20.85 T08 •
MT16C11 9UN-MMTT08 9.0 7/8 - - 16.00 3 11.30 20.85 T08 •
MT16C12 8UN-MMTT08 8.0 1.0 - - 16.00 3 12.70 20.85 T08 •
MT20F13 12UN-MMTT10 12.0 - ≥1 - 20.00 6 12.70 21.00 T10 •
MT20D13 8UN-MMTT10 8.0 1 20.00 4 12.70 21.00 T10 •
MT20D15 7UN-MMTT10 7.0 - 1 1/8 - 1 1/4 - 20.00 4 14.50 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 34 • For thread milling
heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-UN-MM
Carbide Milling Heads with
a Threaded Connection for
Internal UN Thread Profile
P
60˚
P/4
P/8
NUT
SCREW
Ts
P
D
ap
l1Application: General engineering
Dimensions
Designation Pitch
M
Coarse M Fine D Flute apl1Ts
IC908
MT10D7.5 0.5ISO-MMT05 0.50 - ≥14 10.00 4 7.50 12.75 T05 •
MT 10D6 0.75ISO-MMT05 0.75 - ≥12 10.00 4 6.00 12.75 T05 •
MT 10D6 1.0ISO-MMT05 1.00 - ≥12 10.00 4 6.00 12.75 T05 •
MT 10D5 1.25ISO-MMT05 1.25 - ≥14 10.00 4 5.00 12.75 T05 •
MT 10D6 1.5ISO-MMT05 1.50 - ≥14 10.00 4 6.00 12.75 T05 •
MT12D9 0.5ISO-MMTT06 0.50 ≥16 12.00 4 9.00 14.30 T06 •
MT12E9 0.75ISO-MMTT06 0.75 ≥16 12.00 5 9.00 14.30 T06 •
MT12E9 1.0ISO-MMTT06 1.00 ≥16 12.00 5 9.00 14.30 T06 •
MT12D9 1.25ISO-MMTT06 1.25 ≥16 12.00 4 8.80 14.30 T06 •
MT12D9 1.5ISO-MMTT06 1.50 - ≥16 12.00 4 9.00 17.05 T06 •
MT12D9 1.75ISO-MMTT06 1.75 ≥16 12.00 4 8.80 14.30 T06 •
MT12D10 2.0ISO-MMTT06 2.00 M16 ≥17 12.00 4 10.00 17.05 T06 •
MT16F12 1.0ISO-MMTT08 1.00 ≥22 16.00 6 12.00 19.00 T08 •
MT16F12 1.5ISO-MMTT08 1.50 - ≥20 16.00 6 12.00 20.85 T08 •
MT16E12 2.0ISO-MMTT08 2.00 - ≥19 16.00 5 12.00 20.85 T08 •
MT15E13 2.5ISO-MMTT08 2.50 M20 ≥22 15.40 5 12.50 20.85 T08 •
MT16C12 3.0ISO-MMTT08 3.00 M24 ≥25 16.00 3 12.00 20.85 T08 •
MT20F14 2.0ISO-MMTT10 2.00 ≥27 20.00 6 14.00 21.00 T10 •
MT20D12 3.0ISO-MMTT10 3.00 ≥27 20.00 4 12.00 21.00 T10 •
MT20D14 3.5ISO-MMTT10 3.50 ≥30 20.00 4 14.00 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 34 • For thread milling
heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-ISO-MM
Carbide Milling Heads with
a Threaded Connection for
Internal ISO Metric Thread
P/8
P/4
60˚
PNUT
SCREW
ISCAR
358
THREAD MILLING TOOLS
Ts
P
D
ap
l1Application: General engineering fittings and pipe couplings
Dimensions
Designation TPI BSP D Flute apl1Ts
IC908
MT 10D6 19W-MMT05 19.0 G1/4-3/8 10.00 4 5.30 12.75 T05 •
MT16D12 14W-MMTT08 14.0 G1/2-7/8 16.00 4 12.70 19.00 T08 •
MT16D11 11W-MMTT08 11.0 G≥1 16.00 4 11.60 19.00 T08 •
MT20F15 14W-MMTT10 14.0 G3/4-7/8 20.00 6 14.60 21.00 T10 •
MT20F14 11W-MMTT10 11.0 G≥1 20.00 6 13.90 21.00 T10 •
• For shanks, see pages 63-69 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 34
• For thread milling heads with 12 mm diameter and larger use Torx clamping keys • Do not apply lubricant to the threaded connection
MT-W-MM
Carbide Milling Heads with a
Threaded Connection for Internal and
External 55° BSW Thread Profile
R=0.137P
55˚
P
NUT
SCREW
Ts
D
3
L
6
L5
ap
D
T
Designation DapZ(1) L5Ts D3L6Nxcm kg
MTE D9.9-1-MMT05-12 9.90 12.00 1 16.20 T05 7.50 32.30 90 N 0.01
MTE D13.7-1-MMT06-14 13.70 14.00 1 17.00 T06 9.60 23.30 128 Y 0.03
MTE D15.8-1-MMT08-14 15.80 14.00 1 17.00 T08 11.60 24.50 128 Y 0.02
MTE D20/D0.79-2-MMT10-14 20.00 14.00 2 18.00 T10 15.30 29.30 128 Y 0.03
MTE D20/D0.79-3-MMT10-14 20.00 14.00 3 24.00 T10 15.30 35.30 128 Y 0.02
MTE D21/D0.82-1-MMT10-21 21.00 21.00 1 25.00 T10 15.30 36.30 515 Y 0.12
MTE D30.4/D1.2-2-MMT15-21 30.40 21.00 2 25.00 T15 23.90 42.00 515 Y 0.13
MTE D30.4/D1.2-3-MMT15-21 30.40 21.00 3 34.00 T15 23.90 51.00 515 Y 0.13
MTE D27-1-MMT12-30 27.00 30.00 1 38.20 T12 20.00 52.00 900 Y 0.10
• Minimum bore should be one-third larger than D • For user guide, see pages 372-378
(1) Number of inserts
For inserts, see pages: MT LNH#-ISO (Internal) (361) • MT LNH#-NPS (366) • MT LNH#-UN (Internal) (363) • MT LNH#-W (364) • MT LNHT-ABUT (367)
• MT LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365) • MT LNHU-ACME (Internal) (367) • MT LNHU-ISO (External) (362) • MT LNHU-PG (367)
• MT LNHU-UN (External) (364)
For holders, see pages: MM CAB (69) • MM GRT (shanks) (65) • MM S-A (stepped shanks) (63) • MM S-A (straight shanks) (65) • MM S-A-C# (68)
• MM S-A-HSK (68) • MM S-A-N (64) • MM S-A-SK (68) • MM S-B (85° conical shanks) (65) • MM S-D (89° conical shanks) (66) • MM S-ER (67)
• MM S-ER-H (67) • MM TS-A (64)
Spare Parts
Designation
MTE D9.9-1-MMT05-12 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D13.7-1-MMT06-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D15.8-1-MMT08-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D20/D0.79-2-MMT10-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D20/D0.79-3-MMT10-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D21/D0.82-1-MMT10-21 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D30.4/D1.2-2-MMT15-21 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D30.4/D1.2-3-MMT15-21 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D27-1-MMT12-30 SR M4-IP15-MT-S BLD IP25/S7 SW6-T
MTE-MM
Indexable Threading Endmills with a
MULTI-MASTER Shank Connection
359
THREAD MILLING TOOLS
L
L1
D2
D
ap
d
Designation apD d D2L1L Shank Nxcm kg
MTE D09.5-1-W20-12 12.00 9.50 20.00 7.50 15.5 85.00 W 128 0.16 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D09.9-1-W20-12 12.00 9.90 20.00 7.50 16.0 85.00 W 128 0.16 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D12.2-1-W20-14 14.00 12.00 20.00 8.60 20.0 75.00 W 128 0.15 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D14.5-1-W20-14 14.00 14.50 20.00 11.20 25.0 85.00 W 128 0.16 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D17.0-1-W20-14 14.00 17.00 20.00 12.80 30.0 85.00 W 128 0.23 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D18-1-W20-21 21.00 18.00 20.00 14.20 30.0 85.00 W 515 0.20 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D21-1-W20-21 21.00 21.00 20.00 15.90 40.0 94.00 W 515 0.23 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D25-1-W20-21 21.00 25.00 20.00 - - 125.00 W 515 0.24 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D29-1-W25-30 30.00 29.00 25.00 22.20 50.0 110.00 W 1020 0.32 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D31-1-W25-30 30.00 31.00 25.00 - - 150.00 W 1020 0.60 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D38-1-W32-30 30.00 38.00 32.00 - - 150.00 W 1020 0.90 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D48-1-W40-40 40.00 48.00 40.00 35.00 78.0 153.00 W 1020 1.30 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D48-1-W40-40-B 40.00 48.00 40.00 - - 210.00 W 1020 1.50 SR M5-IP25-MT BLD IP25/S7 SW6-T
• Minimum bore should be one-third larger than D • All endmills are equipped with a bore for internal coolant • For user guide, see pages 372-378
For inserts, see pages: MT LNH#-ISO (Internal) (361) • MT LNH#-NPS (366) • MT LNH#-UN (Internal) (363) • MT LNH#-W (364) • MT LNHT-ABUT (367)
• MT LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365) • MT LNHU-ACME (Internal) (367) • MT LNHU-ISO (External) (362) • MT LNHU-PG (367)
• MT LNHU-UN (External) (364)
MTE D
Indexable Threading Endmills
d
L
D
ap
Designation apD d D2L Shank Nxcm kg
MTE D09.9-1-C08C-12 12.00 9.90 8.00 8.00 127.00 C 128 0.10
MTE D13.7-1-C10C-14 14.00 13.20 10.00 10.00 110.00 C 128 0.12
MTE D13.7-1-C10C-14-B 14.00 13.20 10.00 10.00 153.50 C 128 0.17
MTE D15.2-1-C12C-14 14.00 15.20 12.00 12.00 182.30 C 128 0.30
MTE D21-1-C16C-21 21.00 21.00 16.00 16.00 130.00 C 515 0.35
MTE D21-1-C16C-21-B 21.00 21.00 16.00 16.00 206.30 C 515 0.50
MTE D27-1-C20C-30 30.00 27.00 20.00 20.00 263.00 C 1020 1.20
• For holders with long overhang, reduce the cutting speed and feed rate, between 20 to 40% (depending on workpiece, material, pitch and overhang)
• For user guide, see pages 372-378
For inserts, see pages: MT LNH#-ISO (Internal) (361) • MT LNH#-NPS (366) • MT LNH#-UN (Internal) (363) • MT LNH#-W (364) • MT LNHT-ABUT (367)
• MT LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365) • MT LNHU-ACME (Internal) (367) • MT LNHU-ISO (External) (362) • MT LNHU-PG (367)
• MT LNHU-UN (External) (364)
Spare Parts
Designation
MTE D09.9-1-C08C-12 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D13.7-1-C10C-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D13.7-1-C10C-14-B SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D15.2-1-C12C-14 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D21-1-C16C-21 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D21-1-C16C-21-B SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D27-1-C20C-30 SR M5-IP25-MT-S BLD IP25/S7 SW6-T
MTE D-C
Indexable Threading Endmills with
Cylindrical Carbide Shanks
d
L
L1
D2
D
ap
Designation apD d D2L1L Shank Nxcm kg
MTE D20.0-2-W20-14 14.00 20.00 20.00 16.00 41.0 93.00 W 128 0.20 SR M2.6-T8-MT BLD T08/M7 SW4-SD
MTE D30-2-W25-21 21.00 30.00 25.00 24.00 52.0 108.00 W 515 0.40 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D40-2-W32-30 30.00 40.00 32.00 30.00 70.0 130.00 W 1020 0.70 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D50-2-W40-40 40.00 50.00 40.00 38.00 78.0 153.00 W 1020 0.80 SR M5-IP25-MT BLD IP25/S7 SW6-T
• Minimum bore should be one-third larger than D • All endmills are equipped with a bore for internal coolant • For user guide, see pages 372-378
For inserts, see pages: MT LNH#-ISO (Internal) (361) • MT LNH#-NPS (366) • MT LNH#-UN (Internal) (363) • MT LNH#-W (364) • MT LNHT-ABUT (367)
• MT LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365) • MT LNHU-ACME (Internal) (367) • MT LNHU-ISO (External) (362) • MT LNHU-PG (367)
• MT LNHU-UN (External) (364)
MTE D (Double Insert)
Double Insert Threading Endmills
with Weldon Shanks
ISCAR
360
THREAD MILLING TOOLS
ap
L
L
1
d
D
Designation Dapd L L1Z Shank(1) kg Insert
MTSRH 23-2 23.00 27.00 25.00 110.00 50.0 2 W 0.30 MTH 23 S23 K21
MTSRH 32-5 32.00 32.00 32.00 130.00 60.0 5 W 0.65 MTH 32 S32 K22
MTSRH 45-6 45.00 37.00 32.00 130.00 - 6 W 0.88 MTH 45 S45X K40
• Note: ISCAR can provide special contour inserts on request
(1) W-Weldon
For inserts, see pages: MTH-BSPT (int. & ext.) (370) • MTH-F (371) • MTH-ISO (external) (368) • MTH-ISO (internal) (368) • MTH-NPT (int. & ext.) (370) •
MTH-NPTF (int. & ext.) (371) • MTH-UN (external) (369) • MTH-UN (internal) (369) • MTH-W (int. & ext.) (370)
MTH-F
Special
Special
MTSRH with MTH-F
Finishing Inserts
MTSRH (endmills)
Endmills with Coolant Holes for
Helical Threading Inserts
D3
D
Da
L
ap
Designation DapZ D3Da L Nxcm kg
MTF D063-5-22-21 63.00 21.00 5 40.00 22.00 50.00 515 0.70
MTF D063-4-22-30 63.00 30.00 4 48.00 22.00 50.00 1020 0.60
MTF D080-4-27-30 80.00 30.00 4 60.00 27.00 50.00 1020 1.22
MTF D080-4-27-40 80.00 40.00 4 60.00 27.00 65.00 1020 1.22
MTF D100-4-32-30 100.00 30.00 4 78.00 32.00 50.00 1020 1.29
MTF D100-4-32-40 100.00 40.00 4 78.00 32.00 65.00 1020 1.22
• For user guide, see pages 372-378
For inserts, see pages: MT LNH#-ISO (Internal) (361) • MT LNH#-NPS (366) • MT LNH#-UN (Internal) (363) • MT LNH#-W (364) • MT LNHT-ABUT (367) • MT
LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365) • MT LNHU-ACME (Internal) (367) • MT LNHU-ISO (External) (362) • MT LNHU-PG (367) • MT
LNHU-UN (External) (364)
Spare Parts
Designation
MTF D063-5-22-21 SR M4-IP15-MT SR M10X25 DIN912 BLD IP15/S7 SW6-SD
MTF D063-4-22-30 SR M5-IP25-MT SR M10X25 DIN912 BLD IP25/S7 SW6-T
MTF D080-4-27-30 SR M5-IP25-MT SR M12X25 BLD IP25/S7 SW6-T
MTF D080-4-27-40 SR M5-IP25-MT SR M12X25 BLD IP25/S7 SW6-T
MTF D100-4-32-30 SR M5-IP25-MT SR M16X30 DIN912 BLD IP25/S7 SW6-T
MTF D100-4-32-40 SR M5-IP25-MT SR M16X30 DIN912 BLD IP25/S7 SW6-T
MTF D(Shell Mill)
Thread Milling Multi-Insert Shell Mills
Da
D3
D
D1
L
ap
L1
Designation D D1D3Da L L1apZkg
MTFL D20-3-22-21 20.00 58.00 47.00 22.00 65.00 25.0 21.00 3 0.32
MTFL D30-3-22-21 30.00 68.00 52.00 22.00 65.00 25.0 21.00 3 0.30
MTFL D45-3-27-21 45.00 83.00 58.00 27.00 70.00 25.0 21.00 4 1.59
• For user guide, see pages 372-378
For inserts, see pages: • MT LNH#-NPS (366) • MT LNH#-W (364) • MT LNHT-ABUT (367) • MT LNHT-BSPT (365) • MT LNHT-NPT (365) • MT LNHT-NPTF (365)
• MT LNHU-ISO (External) (362) • MT LNHU-PG (367) • MT LNHU-UN (External) (364)
MTFL
External Multi-Tooth
Threading Shell Mills
361
THREAD MILLING TOOLS
apL
Da
D
3
D
Designation DapD3Da L Z kg Insert
MTSRH 32-5M 32.00 32.00 26.00 16.00 52.00 5 0.15 MTH 32 S32S K22
MTSRH 45-6M 45.00 37.00 38.00 22.00 60.00 6 0.30 MTH 45 S45S K40
MTSRH 63-9 63.00 38.00 51.70 22.00 50.00 9 0.66 MTH 63 S63 K40
• Note: ISCAR can provide special contour inserts on request • For user guide, see pages 372-378
For inserts, see pages: MTH-BSPT (int. & ext.) (370) • MTH-F (371) • MTH-ISO (external) (368) • MTH-ISO (internal) (368) • MTH-NPT (int. & ext.) (370) •
MTH-NPTF (int. & ext.) (371) • MTH-UN (external) (369) • MTH-UN (internal) (369) • MTH-W (int. & ext.) (370)
MTH-F
Special
Special
MTSRH (helical shell mill)
Shell Mills with Coolant Holes
for Helical Threading Inserts
Sl
W
PMT LNHU MT LNHT
Dimensions
Designation l Pitch W S
IC908
MT LNHT 1202 I0.50ISO 12.00 0.50 6.50 2.90 •
MT LNHT 1202 I0.75ISO 12.00 0.75 6.50 2.90 •
MT LNHT 1202 I1.00ISO 12.00 1.00 6.50 2.90 •
MT LNHT 1202 I1.25ISO 12.00 1.25 6.50 2.90 •
MT LNHT 1202 I1.50ISO 12.00 1.50 6.50 2.90 •
MT LNHU 1403 I0.50ISO 14.00 0.50 7.90 3.20 •
MT LNHU 1403 I0.75ISO 14.00 0.75 7.90 3.20 •
MT LNHU 1403 I1.00ISO 14.00 1.00 7.90 3.20 •
MT LNHU 1403 I1.25ISO 14.00 1.25 7.90 3.20 •
MT LNHU 1403 I1.50ISO 14.00 1.50 7.90 3.20 •
MT LNHU 1403 I1.75ISO 14.00 1.75 7.90 3.20 •
MT LNHU 1403 I2.00ISO 14.00 2.00 7.90 3.20 •
MT LNHU 1403 I2.50ISO 14.00 2.50 7.90 3.20 •
MT LNHU 2104 I1.00ISO 21.00 1.00 12.60 4.80 •
MT LNHU 2104 I1.50ISO 21.00 1.50 12.60 4.80 •
MT LNHU 2104 I1.75ISO 21.00 1.75 12.60 4.80 •
MT LNHU 2104 I2.00ISO 21.00 2.00 12.60 4.80 •
MT LNHU 2104 I2.50ISO 21.00 2.50 12.60 4.80 •
MT LNHU 2104 I3.00ISO 21.00 3.00 12.60 4.80 •
MT LNHU 2104 I3.50ISO 21.00 3.50 12.60 4.80 •
MT LNHU 3005 I1.50ISO 30.00 1.50 16.70 5.60 •
MT LNHU 3005 I2.00ISO 30.00 2.00 16.70 5.60 •
MT LNHU 3005 I3.00ISO 30.00 3.00 16.70 5.60 •
MT LNHU 3005 I3.50ISO 30.00 3.50 16.70 5.60 •
MT LNHU 3005 I4.00ISO 30.00 4.00 16.70 5.60 •
MT LNHU 3005 I4.50ISO 30.00 4.50 16.70 5.60 •
MT LNHU 3005 I5.00ISO 30.00 5.00 16.70 5.60 •
MT LNHU 4006 I1.50ISO 40.00 1.50 20.80 6.40 •
MT LNHU 4006 I2.00ISO 40.00 2.00 20.80 6.40 •
MT LNHU 4006 I3.00ISO 40.00 3.00 20.80 6.40 •
MT LNHU 4006 I3.50ISO 40.00 3.50 20.80 6.40 •
MT LNHU 4006 I4.00ISO 40.00 4.00 20.80 6.40 •
MT LNHU 4006 I4.50ISO 40.00 4.50 20.80 6.40 •
MT LNHU 4006 I5.00ISO 40.00 5.00 20.80 6.40 •
MT LNHU 4006 I5.50ISO 40.00 5.50 20.80 6.40 •
MT LNHU 4006 I6.00ISO 40.00 6.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-378
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360)
MT LNH#-ISO (Internal)
Thread Milling Inserts for
Internal ISO Metric Profile
P/8
P/4
60˚
P
NUT
SCREW
ISCAR
362
THREAD MILLING TOOLS
Sl
W
P
Dimensions
Designation l Pitch W S
IC908
MT LNHU 1403 E0.75ISO 14.00 0.75 7.90 3.20 •
MT LNHU 1403 E1.00ISO 14.00 1.00 7.90 3.20 •
MT LNHU 1403 E1.25ISO 14.00 1.25 7.90 3.20 •
MT LNHU 1403 E1.50ISO 14.00 1.50 7.90 3.20 •
MT LNHU 1403 E1.75ISO 14.00 1.75 7.90 3.20 •
MT LNHU 1403 E2.00ISO 14.00 2.00 7.90 3.20 •
MT LNHU 1403 E2.50ISO 14.00 2.50 7.90 3.20 •
MT LNHU 2104 E1.00ISO 21.00 1.00 12.60 4.80 •
MT LNHU 2104 E1.50ISO 21.00 1.50 12.60 4.80 •
MT LNHU 2104 E2.00ISO 21.00 2.00 12.60 4.80 •
MT LNHU 2104 E2.50ISO 21.00 2.50 12.80 4.80 •
MT LNHU 2104 E3.00ISO 21.00 3.00 12.80 4.80 •
MT LNHU 3005 E1.50ISO 30.00 1.50 16.70 5.60 •
MT LNHU 3005 E2.00ISO 30.00 2.00 16.70 5.60 •
MT LNHU 3005 E3.00ISO 30.00 3.00 16.70 5.60 •
MT LNHU 3005 E3.50ISO 30.00 3.50 16.70 5.60 •
MT LNHU 3005 E4.00ISO 30.00 4.00 16.70 5.60 •
MT LNHU 4006 E1.50ISO 40.00 1.50 20.80 6.40 •
MT LNHU 4006 E2.00ISO 40.00 2.00 20.80 6.40 •
MT LNHU 4006 E3.00ISO 40.00 3.00 20.80 6.40 •
MT LNHU 4006 E4.00ISO 40.00 4.00 20.80 6.40 •
MT LNHU 4006 E5.00ISO 40.00 5.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHU-ISO (External)
Thread Milling Inserts for
External ISO Metric Profile
P/8
P/4
60˚
P
NUT
SCREW
363
THREAD MILLING TOOLS
Sl
W
PMT LNHU MT LNHT
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 I32UN 32.0 12.00 6.50 2.90 •
MT LNHT 1202 I28UN 28.0 12.00 6.50 2.90 •
MT LNHT 1202 I24UN 24.0 12.00 6.50 2.90 •
MT LNHT 1202 I20UN 20.0 12.00 6.50 2.90 •
MT LNHT 1202 I18UN 18.0 12.00 6.50 2.90 •
MT LNHT 1202 I16UN 16.0 12.00 6.50 2.90 •
MT LNHU 1403 I32UN 32.0 14.00 7.90 3.20 •
MT LNHU 1403 I28UN 28.0 14.00 7.90 3.20 •
MT LNHU 1403 I27UN 27.0 14.00 7.90 3.20 •
MT LNHU 1403 I24UN 24.0 14.00 7.90 3.20 •
MT LNHU 1403 I20UN 20.0 14.00 7.90 3.20 •
MT LNHU 1403 I18UN 18.0 14.00 7.90 3.20 •
MT LNHU 1403 I16UN 16.0 14.00 7.90 3.20 •
MT LNHU 1403 I14UN 14.0 14.00 7.90 3.20 •
MT LNHU 1403 I12UN 12.0 14.00 7.90 3.20 •
MT LNHU 1403 I11UN 11.0 14.00 7.90 3.20 •
MT LNHU 1403 I10UN 10.0 14.00 7.90 3.20 •
MT LNHU 2104 I24UN 24.0 21.00 12.60 4.80 •
MT LNHU 2104 I20UN 20.0 21.00 12.60 4.80 •
MT LNHU 2104 I18UN 18.0 21.00 12.60 4.80 •
MT LNHU 2104 I16UN 16.0 21.00 12.60 4.80 •
MT LNHU 2104 I14UN 14.0 21.00 12.60 4.80 •
MT LNHU 2104 I12UN 12.0 21.00 12.60 4.80 •
MT LNHU 2104 I10UN 10.0 21.00 12.60 4.80 •
MT LNHU 2104 I8UN 8.0 21.00 12.60 4.80 •
MT LNHU 2104 I7UN 7.0 21.00 12.60 4.80 •
MT LNHU 3005 I20UN 20.0 30.00 16.70 5.60 •
MT LNHU 3005 I18UN 18.0 30.00 16.70 5.60 •
MT LNHU 3005 I16UN 16.0 30.00 16.70 5.60 •
MT LNHU 3005 I14UN 14.0 30.00 16.70 5.60 •
MT LNHU 3005 I12UN 12.0 30.00 16.70 5.60 •
MT LNHU 3005 I10UN 10.0 30.00 16.70 5.60 •
MT LNHU 3005 I8UN 8.0 30.00 16.70 5.60 •
MT LNHU 3005 I6UN 6.0 30.00 16.70 5.60 •
MT LNHU 3005 I5UN 5.0 30.00 16.70 5.60 •
MT LNHU 4006 I8UN 16.0 40.00 20.80 6.40 •
MT LNHU 4006 I14UN 14.0 40.00 20.80 6.40 •
MT LNHU 4006 I12UN 12.0 40.00 20.80 6.40 •
MT LNHU 4006 I10UN 10.0 40.00 20.80 6.40 •
MT LNHU 4006 I6UN 6.0 40.00 20.80 6.40 •
MT LNHU 4006 I4.5UN 4.5 40.00 20.80 6.40 •
MT LNHU 4006 I4UN 4.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360)
MT LNH#-UN (Internal)
Thread Milling Inserts for American
(UN, UNC, UNF, UNEF, UNS) Full
Profile Threads for General Applications
P/8
P/4
60˚
P
NUT
SCREW
ISCAR
364
THREAD MILLING TOOLS
Sl
W
P
Dimensions
Designation TPI l W S
IC908
MT LNHU 1403 E32UN 32.0 14.00 7.90 3.20 •
MT LNHU 1403 E28UN 28.0 14.00 7.90 3.20 •
MT LNHU 1403 E24UN 24.0 14.00 7.90 3.20 •
MT LNHU 1403 E20UN 20.0 14.00 7.90 3.20 •
MT LNHU 1403 E18UN 18.0 14.00 7.90 3.20 •
MT LNHU 1403 E16UN 16.0 14.00 7.90 3.20 •
MT LNHU 1403 E14UN 14.0 14.00 7.90 3.20 •
MT LNHU 1403 E12UN 12.0 14.00 7.90 3.20 •
MT LNHU 2104 E24UN 24.0 21.00 12.60 4.80 •
MT LNHU 2104 E20UN 20.0 21.00 12.60 4.80 •
MT LNHU 2104 E18UN 18.0 21.00 12.60 4.80 •
MT LNHU 2104 E16UN 16.0 21.00 12.60 4.80 •
MT LNHU 2104 E14UN 14.0 21.00 12.60 4.80 •
MT LNHU 2104 E12UN 12.0 21.00 12.60 4.80 •
MT LNHU 2104 E10UN 10.0 21.00 12.60 4.80 •
MT LNHU 3005 E20UN 20.0 30.00 16.70 5.60 •
MT LNHU 3005 E18UN 18.0 30.00 16.70 5.60 •
MT LNHU 3005 E16UN 16.0 30.00 16.70 5.60 •
MT LNHU 3005 E14UN 14.0 30.00 16.70 5.60 •
MT LNHU 3005 E12UN 12.0 30.00 16.70 5.60 •
MT LNHU 3005 E10UN 10.0 30.00 16.70 5.60 •
MT LNHU 3005 E8UN 8.0 30.00 16.70 5.60 •
MT LNHU 3005 E6UN 6.0 30.00 16.70 5.60 •
MT LNHU 4006 E16UN 16.0 40.00 20.80 6.40 •
MT LNHU 4006 E14UN 14.0 40.00 20.80 6.40 •
MT LNHU 4006 E12UN 12.0 40.00 20.80 6.40 •
MT LNHU 4006 E10UN 10.0 40.00 20.80 6.40 •
MT LNHU 4006 E8UN 8.0 40.00 20.80 6.40 •
MT LNHU 4006 E6UN 6.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHU-UN (External)
External UN (UN, UNC,UNF,UNEF,
UNS) Full Profile Thread Milling
Inserts for General Industries
P/8
P/4
60˚
P
NUT
SCREW
Sl
W
PMT LNHU MT LNHT
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 19W 19.0 12.00 6.50 2.90 •
MT LNHU 1403 24W 24.0 14.00 7.90 3.20 •
MT LNHU 1403 20W 20.0 14.00 7.90 3.20 •
MT LNHU 1403 19W 19.0 14.00 7.90 3.20 •
MT LNHU 1403 16W 16.0 14.00 7.90 3.20 •
MT LNHU 1403 14W 14.0 14.00 7.90 3.20 •
MT LNHU 2104 20W 20.0 21.00 12.60 4.80 •
MT LNHU 2104 19W 19.0 21.00 12.60 4.80 •
MT LNHU 2104 16W 16.0 21.00 12.60 4.80 •
MT LNHU 2104 14W 14.0 21.00 12.60 4.80 •
MT LNHU 2104 11W 11.0 21.00 12.60 4.80 •
MT LNHU 3005 16W 16.0 30.00 16.70 5.60 •
MT LNHU 3005 14W 14.0 30.00 16.70 5.60 •
MT LNHU 3005 11W 11.0 30.00 16.70 5.60 •
MT LNHU 4006 11W 11.0 40.00 20.80 6.40 •
MT LNHU 4006 8W 8.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNH#-W
External & Internal Whitworth (BSW,
BSF, BSP) Full Profile Thread Milling
Inserts for Fittings and Pipe Couplings
R=0.137P
55˚
P
NUT
SCREW
365
THREAD MILLING TOOLS
P
W
l S
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 18NPT 18.0 12.00 6.50 2.90 •
MT LNHT 1403 18NPT 18.0 14.00 7.90 3.20 •
MT LNHT 1403 14NPT 14.0 14.00 7.90 3.20 •
MT LNHT 2104 14NPT 14.0 21.00 12.60 4.80 •
MT LNHT 2104 11.5NPT 11.5 21.00 12.60 4.80 •
MT LNHT 3005 11.5NPT 11.5 30.00 16.70 5.60 •
MT LNHT 3005 8NPT 8.0 30.00 16.70 5.60 •
MT LNHT 4006 11.5NPT 11.5 40.00 20.80 6.40 •
MT LNHT 4006 8NPT 8.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHT-NPT
External and Internal NPT Full
Profile Thread Milling Inserts for
Steam, Gas and Water Pipes
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
P
W
l S
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 18NPTF 18.0 12.00 6.50 2.90 •
MT LNHT 1403 18NPTF 18.0 14.00 7.90 3.20 •
MT LNHT 1403 14NPTF 14.0 14.00 7.90 3.20 •
MT LNHT 2104 14NPTF 14.0 21.00 12.80 4.80 •
MT LNHT 2104 11.5NPTF 11.5 21.00 12.60 4.80 •
MT LNHT 3005 11.5NPTF 11.5 30.00 16.70 5.60 •
MT LNHT 3005 8NPTF 8.0 30.00 16.70 5.60 •
MT LNHT 4006 11.5NPTF 11.5 40.00 20.80 6.40 •
MT LNHT 4006 8NPTF 8.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHT-NPTF
External and Internal NPTF Full
Profile Thread Milling Inserts for
Steam, Gas and Water Pipes
Taper 1:16
P
30˚
90˚
30˚
NUT
SCREW
P
W
l S
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 19BSPT 19.0 12.00 6.50 2.90 •
MT LNHT 1403 19BSPT 19.0 14.00 7.90 3.20 •
MT LNHT 1403 14BSPT 14.0 14.00 7.90 3.20 •
MT LNHT 2104 14BSPT 14.0 21.00 12.60 4.80 •
MT LNHT 2104 11BSPT 11.0 21.00 12.60 4.80 •
MT LNHT 3005 11BSPT 11.0 30.00 16.70 5.60 •
MT LNHT 4006 11BSPT 11.0 40.00 20.80 6.40 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHT-BSPT
External and Internal Thread Milling
Inserts for BSPT Full Profile
Taper 1:16
R=0.137P
P
27.5˚
90˚
27.5˚
NUT
SCREW
ISCAR
366
THREAD MILLING TOOLS
Sl
W
PMT LNHU MT LNHT
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 18NPS 18.0 12.00 6.30 2.90 •
MT LNHU 1403 18NPS 18.0 14.00 7.50 3.10 •
MT LNHU 1403 1SNPS 14.0 14.00 7.50 3.10 •
MT LNHU 2104 14NPS 14.0 21.00 12.00 4.70 •
MT LNHU 2104 11.5NPS 11.5 21.00 12.00 4.70 •
MT LNHU 3005 11.5NPS 11.5 30.00 16.00 5.51 •
MT LNHU 3005 8NPS 8.0 30.00 16.00 5.51 •
MT LNHU 4006 11.5NPS 11.5 40.00 20.00 6.30 •
MT LNHU 4006 8NPS 8.0 40.00 20.00 6.30 •
• The same insert for external & internal thread. • For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNH#-NPS
External and Internal NPS Full
Profile Thread Milling Inserts for
Mechanical Joining and Pipe Fittings
NUT
SCREW
60°
Sl
W
PMT LNHU MT LNHT
Dimensions
Designation TPI l W S
IC908
MT LNHT 1202 18NPSF 18.0 0.47 0.25 0.11 •
MT LNHU 1403 18NPSF 18.0 0.55 0.30 0.12 •
MT LNHU 1403 14NPSF 14.0 0.55 0.30 0.12 •
MT LNHU 2104 14NPSF 14.0 0.83 0.47 0.19 •
MT LNHU 2104 11.5NPSF 11.5 0.83 0.47 0.19 •
MT LNHU 3005 11.5NPSF 11.5 1.18 0.63 0.22 •
MT LNHU 3005 8NPSF 8.0 1.18 0.63 0.22 •
MT LNHU 4006 11.5NPSF 11.5 1.58 0.79 0.25 •
MT LNHU 4006 8NPSF 8.0 1.58 0.79 0.25 •
• The same insert for external & internal thread. • For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360).
MT LNH#-NPSF
External and Internal NPSF Full
Profile Thread Milling Inserts
NUT
SCREW
60°
367
THREAD MILLING TOOLS
Sl
W
P
Dimensions
Designation TPI l W S
IC908
MT LNHT 2104 16ABUT 16.0 21.00 12.00 4.70 •
MT LNHT 2104 12ABUT 12.0 21.00 12.00 4.70 •
MT LNHT 2104 10ABUT 10.0 21.00 12.00 4.70 •
MT LNHT 2104 8ABUT 8.0 21.00 12.00 4.70 •
MT LNHT 3005 16ABUT 16.0 30.00 16.00 5.50 •
MT LNHT 3005 12ABUT 12.0 30.00 16.00 5.50 •
MT LNHT 3005 10ABUT 10.0 30.00 16.00 5.50 •
MT LNHT 3005 8ABUT 8.0 30.00 16.00 5.50 •
MT LNHT 3005 6ABUT 6.0 30.00 16.00 5.50 •
MT LNHT 3005 4ABUT 4.0 30.00 16.00 5.50 •
MT LNHT 4006 4ABUT 4.0 40.00 20.00 6.30 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHT-ABUT
External & Internal Single-Sided
American Buttress Thread
Milling Inserts
45°
P
0.16316P
7°
NUT
SCREW
Sl
W
P
Dimensions
Designation TPI l W S
IC908
MT LNHU 2104 I12ACME 12.0 21.00 12.00 4.70 •
MT LNHU 2104 I10ACME 10.0 21.00 12.00 4.70 •
MT LNHU 3005 I12ACME 12.0 30.00 16.00 5.50 •
MT LNHU 3005 I10ACME 10.0 30.00 16.00 5.50 •
MT LNHU 3005 I8ACME 8.0 30.00 16.00 5.50 •
MT LNHU 3005 I6ACME 6.0 30.00 16.00 5.50 •
MT LNHU 3005 I5ACME 5.0 30.00 16.00 5.50 •
MT LNHU 3005 I4ACME 4.0 30.00 16.00 5.50 •
MT LNHU 4006 I4ACME 4.0 40.00 20.00 6.30 •
MT LNHU 4006 I3.5ACME 3.5 40.00 20.00 6.30 •
MT LNHU 4006 I3ACME 3.0 40.00 20.00 6.30 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360)
MT LNHU-ACME (Internal)
Internal ACME Profile Thread
Milling Inserts for Feed Screws
29°
NUT
SCREW
Sl
W
P
Dimensions
Designation TPI l PGW S
IC908
MT LNHU 1403 18PG 18.0 14.00 PG9,11,13.5,16 7.90 3.20 •
MT LNHU 2104 18PG 18.0 21.00 PG16 12.60 4.80 •
MT LNHU 2104 16PG 16.0 21.00 PG21,29,36,42,48 12.60 4.80 •
MT LNHU 3005 16PG 16.0 30.00 PG36,42,48 16.70 5.60 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359) • MTE D-C (359) • MTE-MM (358) • MTF D(Shell Mill) (360) • MTFL (360)
MT LNHU-PG
External and Internal PG Full
Profile Thread Milling Inserts (DIN
40430) for Electrical Connectors
Used for electrical connectors
P
80˚
SCREW
NUT
ISCAR
368
THREAD MILLING TOOLS
W
l
P
S
Dimensions
Designation l Pitch W S Int Thrd
IC908
MTH 23 I 1.0 ISO 27.00 1.00 8.00 3.50 ≥M26 •
MTH 23 I 1.5 ISO 27.00 1.50 8.00 3.50 ≥M27 •
MTH 23 I 2.0 ISO 27.00 2.00 8.00 3.50 ≥M28 •
MTH 23 I 3.0 ISO 27.00 3.00 8.00 3.50 ≥M30 •
MTH 23 I 3.5 ISO 27.00 3.50 8.00 3.50 ≥M33 •
MTH 23 I 4.0 ISO 27.00 4.00 8.00 3.50 ≥M36 •
MTH 32 I 1.0 ISO 32.00 1.00 9.00 4.00 ≥M34 •
MTH 32 I 1.5 ISO 32.00 1.50 9.00 4.00 ≥M35 •
MTH 32 I 2.0 ISO 32.00 2.00 9.00 4.00 ≥M36 •
MTH 32 I 3.0 ISO 32.00 3.00 9.00 4.00 ≥M38 •
MTH 32 I 3.5 ISO 32.00 3.50 9.00 4.00 - •
MTH 32 I 4.0 ISO 32.00 4.00 9.00 4.00 ≥M40 •
MTH 32 I 4.5 ISO 32.00 4.50 9.00 4.00 ≥M44 •
MTH 32 I 5.0 ISO 32.00 5.00 9.00 4.00 ≥M48 •
MTH 45 I 1.5 ISO 37.00 1.50 11.90 5.00 ≥M50 •
MTH 45 I 2.0 ISO 37.00 2.00 11.90 5.00 ≥M50 •
MTH 45 I 3.0 ISO 37.00 3.00 11.90 5.00 ≥M56 •
MTH 45 I 3.5 ISO 37.00 3.50 11.90 5.00 - •
MTH 45 I 4.0 ISO 37.00 4.00 11.90 5.00 ≥M56 •
MTH 45 I 4.5 ISO 37.00 4.50 11.90 5.00 - •
MTH 45 I 5.0 ISO 37.00 5.00 11.90 5.00 - •
MTH 45 I 5.5 ISO 37.00 5.50 11.90 5.00 ≥M56 •
MTH 45 I 6.0 ISO 37.00 6.00 11.90 5.00 ≥M64 •
MTH 63 I 1.5 ISO 38.00 1.50 11.90 5.00 ≥M70 •
MTH 63 I 2.0 ISO 38.00 2.00 11.90 5.00 ≥M70 •
MTH 63 I 3.0 ISO 38.00 3.00 11.90 5.00 ≥M75 •
MTH 63 I 4.0 ISO 38.00 4.00 11.90 5.00 ≥M75 •
MTH 63 I 6.0 ISO 38.00 6.00 11.90 5.00 ≥M78 •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-ISO (internal)
Helical Thread Milling Inserts for
ISO Metric Internal Threads
P/8
P/4
P
60˚
NUT
SCREW
W
l
P
S
Dimensions
Designation l Pitch W S Ext Thrd
IC908
MTH 23 E 1.0 ISO 27.00 1.00 8.00 3.50 Ext. •
MTH 23 E 1.5 ISO 27.00 1.50 8.00 3.50 Ext. •
MTH 23 E 2.0 ISO 27.00 2.00 8.00 3.50 Ext. •
MTH 23 E 3.0 ISO 27.00 3.00 8.00 3.50 Ext. •
MTH 32 E 1.5 ISO 32.00 1.50 9.00 4.00 Ext. •
MTH 32 E 2.0 ISO 32.00 2.00 9.00 4.00 Ext. •
MTH 32 E 3.0 ISO 32.00 3.00 9.00 4.00 Ext. •
MTH 32 E 4.0 ISO 32.00 4.00 9.00 4.00 Ext. •
MTH 45 E 1.5 ISO 37.00 1.50 11.90 5.00 Ext. •
MTH 45 E 2.0 ISO 37.00 2.00 11.90 5.00 Ext. •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-ISO (external)
Helical Thread Milling Inserts for
ISO Metric External Threads
P/8
P/4
P
60˚
NUT
SCREW
369
THREAD MILLING TOOLS
W
l
P
S
Dimensions
Designation TPI l W S Int Thrd
IC908
MTH 23 I 32 UN 32.0 27.00 8.00 3.50 ≥1" •
MTH 23 I 24 UN 24.0 27.00 8.00 3.50 ≥1" •
MTH 23 I 20 UN 20.0 27.00 8.00 3.50 ≥1" •
MTH 23 I 18 UN 18.0 27.00 8.00 3.50 ≥1_1/16" •
MTH 23 I 16 UN 16.0 27.00 8.00 3.50 ≥1_1/16" •
MTH 23 I 14 UN 14.0 27.00 8.00 3.50 ≥1_1/8" •
MTH 23 I 12 UN 12.0 27.00 8.00 3.50 ≥1_1/8" •
MTH 23 I 10 UN 10.0 27.00 8.00 3.50 ≥1_1/8" •
MTH 23 I 8 UN 8.0 27.00 8.00 3.50 ≥1_3/16" •
MTH 23 I 7 UN 7.0 27.00 8.00 3.50 ≥1_1/4" •
MTH 32 I 20 UN 20.0 32.00 9.00 4.00 ≥1_3/8" •
MTH 32 I 18 UN 18.0 32.00 9.00 4.00 ≥1_3/8" •
MTH 32 I 16 UN 16.0 32.00 9.00 4.00 ≥1_3/8" •
MTH 32 I 12 UN 12.0 32.00 9.00 4.00 ≥1_7/16" •
MTH 32 I 8 UN 8.0 32.00 9.00 4.00 ≥1_1/2" •
MTH 32 I 6 UN 6.0 32.00 9.00 4.00 ≥1_5/8" •
MTH 32 I 5 UN 5.0 32.00 9.00 4.00 ≥1_3/4" •
MTH 45 I 16 UN 16.0 37.00 11.90 5.00 ≥2" •
MTH 45 I 12 UN 12.0 37.00 11.90 5.00 ≥2" •
MTH 45 I 8 UN 8.0 37.00 11.90 5.00 ≥2_1/4" •
MTH 45 I 6 UN 6.0 37.00 11.90 5.00 ≥2_1/4" •
MTH 45 I 4.5 UN 4.5 37.00 11.90 5.00 ≥2_1/4" •
MTH 45 I 4 UN 4.0 37.00 11.90 5.00 ≥2_1/2" •
MTH 63 I 16 UN 16.0 38.00 11.90 5.00 ≥2_3/4" •
MTH 63 I 12 UN 12.0 38.00 11.90 5.00 ≥2_3/4" •
MTH 63 I 8 UN 8.0 38.00 11.90 5.00 ≥3" •
MTH 63 I 6 UN 6.0 38.00 11.90 5.00 ≥3" •
MTH 63 I 4 UN 4.0 38.00 11.90 5.00 ≥3" •
• Used for UN, UNC, UNF, UNEF and UNS thread profiles • For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-UN (internal)
Helical Thread Milling Inserts
for American Full Profile Internal
Threads for General Applications
P/8
P/4
60°
P
NUT
SCREW
W
l
P
S
Dimensions
Designation TPI l W S Ext Thrd
IC908
MTH 23 E 20 UN 20.0 27.00 8.00 3.50 Ext. •
MTH 23 E 18 UN 18.0 27.00 8.00 3.50 Ext. •
MTH 23 E 16 UN 16.0 27.00 8.00 3.50 Ext. •
MTH 23 E 14 UN 14.0 27.00 8.00 3.50 Ext. •
MTH 23 E 12 UN 12.0 27.00 8.00 3.50 Ext. •
MTH 23 E 10 UN 10.0 27.00 8.00 3.50 Ext. •
MTH 23 E 8 UN 8.0 27.00 8.00 3.50 Ext. •
MTH 23 E 7 UN 7.0 27.00 8.00 3.50 Ext. •
MTH 32 E 24 UN 24.0 32.00 9.00 4.00 Ext. •
MTH 32 E 20 UN 20.0 32.00 9.00 4.00 Ext. •
MTH 32 E 18 UN 18.0 32.00 9.00 4.00 Ext. •
MTH 32 E 16 UN 16.0 32.00 9.00 4.00 Ext. •
MTH 32 E 12 UN 12.0 32.00 9.00 4.00 Ext. •
MTH 32 E 8 UN 8.0 32.00 9.00 4.00 Ext. •
MTH 32 E 6 UN 6.0 32.00 9.00 4.00 Ext. •
• Used for UN, UNC, UNF, UNEF and UNS thread profiles • For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-UN (external)
Helical Thread Milling Inserts for
American Full Profile External
Threads for General Applications
P/8
P/4
60°
P
NUT
SCREW
ISCAR
370
THREAD MILLING TOOLS
W
l
P
S
Dimensions
Designation TPI l W S Int Thrd Ext Thrd
IC908
MTH 23 11 BSPT 11.0 27.00 8.00 3.50 >1" BSPT >1" BSPT •
MTH 32 11 BSPT 11.0 32.00 9.00 4.00 >1_1/8" BSPT >1" BSPT •
MTH 45 11 BSPT 11.0 37.00 11.90 5.00 >1_3/4" BSPT >1" BSPT •
MTH 63 11 BSPT 11.0 38.00 11.90 5.00 >2_1/2 BSPT >1" BSPT •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-BSPT (int. & ext.)
Helical External & Internal Thread
Milling Inserts for BSPT Thread for
Steam, Gas and Water Pipes
BSPT
P
27.5° 27.5°
90°
Taper 1:16
R=0.137P
NUT
SCREW
W
P
S
l
Dimensions
Designation TPI l W S Int Thrd Ext Thrd
IC908
MTH 23 11.5 NPT 11.5 27.00 8.00 3.50 1-2" NPT 1-2" NPT •
MTH 32 11.5 NPT 11.5 32.00 9.00 4.00 1_1/4"-2" NPT 1-2" NPT •
MTH 45 11.5 NPT 11.5 37.00 11.90 5.00 2" NPT 1-2" NPT •
MTH 45 8 NPT 8.0 37.00 11.90 5.00 2_1/2"-3" NPT -•
MTH 63 11.5 NPT 11.5 38.00 11.90 5.00 - 1-2" NPT •
MTH 63 8 NPT 8.0 38.00 11.90 5.00 2_1/2"-3" NPT -•
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-NPT (int. & ext.)
External & Internal NPT Helical
Thread Milling Inserts for Steam,
Gas and Water Pipes
P
30° 30°
Taper 1:16
90°
NUT
SCREW
W
l
P
S
Dimensions
Designation TPI l W S Int Thrd Ext Thrd
IC908
MTH 23 14 W 14.0 27.00 8.00 3.50 ≥G7/8" >G1/2" •
MTH 23 11 W 11.0 27.00 8.00 3.50 ≥G1" >G1" •
MTH 32 14 W 14.0 32.00 9.00 4.00 ≥G1/2" •
MTH 32 11 W 11.0 32.00 9.00 4.00 ≥G1_1/8" >G1" •
MTH 45 11 W 11.0 37.00 11.90 5.00 ≥G1_3/4" >G1" •
MTH 63 11 W 11.0 38.00 11.90 5.00 ≥G2_1/2" >G1" •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-W (int. & ext.)
External & Internal Whitworth (BSW,
BSF, BSP) Helical Thread Milling
Inserts for Fittings and Pipe Couplings
P
R=0.137P
55°
NUT
SCREW
371
THREAD MILLING TOOLS
W
l
P
S
Dimensions
Designation TPI l W S Int Thrd Ext Thrd
IC908
MTH 23 11.5 NPTF 11.5 27.00 8.00 3.50 1"-2" NPTF 1"-2" NPTF •
MTH 32 11.5 NPTF 11.5 32.00 9.00 4.00 1_1/4"-2" NPTF 1"-2" NPTF •
• For cutting speed recommendations, see pages 372-373
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-NPTF (int. & ext.)
External & Internal NPTF Helical
Thread Milling Inserts for Steam,
Gas and Water Pipes
W
l
r
S
Dimensions
Designation l W S r
IC908
MTH 23F R0.2 27.00 8.00 3.50 0.20 •
MTH 23F R0.5 27.00 8.00 3.50 0.50 •
MTH 23F R1.0 27.00 8.00 3.50 1.00 •
MTH 32F R0.2 32.00 9.00 4.00 0.20 •
MTH 32F R0.5 32.00 9.00 4.00 0.50 •
MTH 32F R1.0 32.00 9.00 4.00 1.00 •
MTH 45F R0.2 37.00 11.90 5.00 0.20 •
MTH 45F R0.5 37.00 11.90 5.00 0.50 •
MTH 45F R1.0 37.00 11.90 5.00 1.00 •
MTH 45F R1.5 37.00 11.90 5.00 1.50 •
MTH 45F R2.0 37.00 11.90 5.00 2.00 •
MTH 63F R0.2 38.00 11.90 5.00 0.20 •
MTH 63F R0.5 38.00 11.90 5.00 0.50 •
MTH 63F R1.0 38.00 11.90 5.00 1.00 •
MTH 63F R1.5 38.00 11.90 5.00 1.50 •
MTH 63F R2.0 38.00 11.90 5.00 2.00 •
For tools, see pages: MTSRH (endmills) (360) • MTSRH (helical shell mill) (361)
MTH-F
Helical Long Edge Finishing Inserts
ISCAR
372
THREAD MILLING TOOLS
ISCAR
372
ISCAR
372
USER GUIDE
Machining Data for Indexable Insert Threading Tools
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
≥ 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
≥ 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
=<12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
373
THREAD MILLING TOOLS
373373
USER GUIDE
Feed Rate: 0.05-0.15 mm/t
Calculating RPM:
Example: V=120 m/min
D=30mm
n = Vc x 1000 =120 x 1000 = 1274 RPM
πxD 3.14x30
D
Vc
n
No.
Indexable Cutting Speed
m/min IC908
1 100-200
2 95-190
3 90-180
4 90-170
5 80-150
6 120-170
7 115-160
8 105-150
9 90-140
10 90-170
11 75-145
12 110-170
13 100-160
14 90-145
15 65-135
16 65-110
17 65-135
18 60-100
19 65-135
20 60-120
21 110-260
22 110-200
23 145-350
24 145-275
25 95-225
26 145-350
27 145-350
28 145-350
29 90-370
30 80-330
31 20-60
32 20-50
33 20-30
34 10-20
35 15-25
36 30-90
37 20-70
38 25-60
39 20-40
40 25-60
41 20-50
ISCAR
374
THREAD MILLING TOOLS
ISCAR
374
ISCAR
374
USER GUIDE
Machining Data for Solid Carbide Threading Endmills
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
≥ 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
≥ 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
=<12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
375
THREAD MILLING TOOLS
375375
USER GUIDE
Material
No.
Cutting Speed
(m/min)
Cutting Diameter
Feed (mm/tooth)
IC908 2 3 4 6 8 10 12 14 16 20 25 30
1 100-250 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
2 80-210 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
3 65-170
4 110-180 0.02 0.03 0.03 0.05 0.06 0.07 0.08 0.09 0.1 0.12 0.15 0.18
5 95-160 0.02 0.03 0.03 0.05 0.06 0.07 0.08 0.09 0.1 0.12 0.15 0.18
6 90-160 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
7 65-200 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
8 70-210 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
9 95-160 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
10 130-170 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
11 75-100 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
12 110-170 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
13 70-155 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
14 85-100 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.1 0.11
15 120-160 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
16 75-160 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
17 70-150 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
18 110-140 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
19 120-160 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
20 110-140 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.21 0.15 0.18 0.21
21 160-300 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
22
23 150-350 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
24
25 100-250 0.02 0.02 0.03 0.03 0.04 0.05 0.05 0.06 0.07 0.08 0.10 0.12
26
27
28
29 100-400 0.05 0.06 0.07 0.09 0.1 0.11 0.12 0.13 0.15 0.18 0.22 0.25
30
31
32
33 20-80 0.02 0.02 0.02 0.03 0.03 0.03 0.03 0.04 0.04 0.04 0.05 0.05
34
35
36
37 20-80 0.02 0.02 0.02 0.03 0.03 0.03 0.03 0.04 0.04 0.04 0.05 0.05
38 55-65
39 45-55
40 90-105
41 55-65
* For cutters with long cutting flute, reduce feed rate by 40%.
ISCAR
376
THREAD MILLING TOOLS
ISCAR
376
ISCAR
376
USER GUIDE
Thread Milling CNC Program
for Internal Thread
Right-hand thread (climb milling) from bottom up.
Program is based on tool center.
This method of programming needs no tool radius
compensation value, other than an offset for wear.
General Program
G90 G00 G54 G43 H1X0 Y0 Z10 S...
G00 Z-(to thread depth)
G01 G91 G41 D1 X(A/2) Y-(A/2) Z0 F...
G03 X(A/2) Y(A/2) R(A/2) Z(1/8 pitch)
G03 X0 Y0 I-(A) J0 Z(pitch)
G03 X-(A/2) Y(A/2) R(A/2) Z(1/8 pitch)
G01 G40 X-(A/2) Y-(A/2) Z0
G90 X0 Y0 Z0
Internal Thread
Example: M 48x2.0 IN-RH (Thread depth 25 mm)
Toolholder: MTSR0029 J30
(Cutting dia. 29 mm)
Insert: MT30 I2.0ISO
A=(Do-D)/2=(48-29)/2=9.5
A/2=4.75
(Tool compensation of radius=0)
G90 G0 G54 G43 G17 H1X0 Y0 Z10 S1320
G0 Z-25
G01 G91 G41 D1X 4.75 Y-4.75 Z0 F41
G03 X4.75 Y4.75 R4.75 Z0.25
G03 X0 Y0 I-9.5 J0 Z2.0
G03 X-4.75 Y4.75 R4.75 Z0.25
G01 G40 X-4.75 Y-4.75 Z0
G90 G0 X0 Y0 Z0
M30
%
Major thread Dia.
A
D
DO
Tool Path
A/2
A/2
Y+
Y-
X+X-
A = Do – D
2
A = Radius of tool path
Do = Major thread diameter
D = Cutting diameter
Right-Hand
Thread
Left-Hand
Thread
Right-Hand
Thread
Left-Hand
Thread
Internal Thread External Thread
A thread milling operation is applicable for thread cutting
in non-symmetrical parts utilizing the advantage of helical
interpolation programs on modern machining centers.
377
THREAD MILLING TOOLS
377377
USER GUIDE
MTECS Small Diameter, Short Solid Carbide Thread Mills
Thread Milling - Recommended Procedure
Starting
Point
Center
Location
Tangential Arc
Engagement
Thread
Milling
Tangential
Arc Exit
End
Point
Cutting Data
ISO Materials
Cutting
Speed,
m/min
Feed (mm/tooth) for Diameter (mm)
Ø1.5 Ø2 Ø3 Ø4 Ø5 Ø6 Ø7 Ø8 Ø9 Ø10 Ø12 Ø14 Ø15
P
Low & medium
carbon steels 60-120 0.05 0.05 0.07 0.09 0.11 0.13 0.14 0.15 0.16 0.16 0.17 0.18 0.18
High carbon
steels 60-90 0.04 0.05 0.06 0.08 0.09 0.1 0.12 0.13 0.14 0.14 0.16 0.17 0.18
Alloy steels,
treated steels 50-80 0.04 0.04 0.05 0.05 0.06 0.07 0.07 0.08 0.09 0.1 0.12 0.13 0.14
Cast steels 70-90 0.04 0.04 0.05 0.05 0.06 0.07 0.07 0.08 0.09 0.1 0.12 0.13 0.14
M
Stainless steels 60-90 0.03 0.03 0.04 0.05 0.06 0.06 0.07 0.08 0.09 0.1 0.11 0.12 0.13
S
Nickel alloys,
titanium alloys. 20-40 0.03 0.03 0.04 0.04 0.05 0.06 0.06 0.06 0.07 0.07 0.07 0.08 0.08
K
Cast iron 40-80 0.05 0.05 0.07 0.09 0.11 0.13 0.14 0.15 0.16 0.16 0.17 0.18 0.18
N
Aluminum 80-150 0.05 0.05 0.07 0.09 0.11 0.13 0.14 0.15 0.16 0.16 0.17 0.18 0.18
Synthetics,
duroplastics,
thermoplastics
50-200 0.1 0.11 0.12 0.14 0.16 0.18 0.19 0.19 0.19 0.19 0.19 0.2 0.2
ISCAR
378
THREAD MILLING TOOLS
ISCAR
378
ISCAR
378
USER GUIDE
The MTECS (Mill Thread Endmills Carbide Short) solid
carbide thread mills are used for the production of small
internal threads. These thread mills feature
a short 3-tooth cutting zone with 3 flutes and
a released neck between the cutting zone and
the shank.
MTECS Small Diameter, Short Solid Carbide Thread Mills
• Minimum thread size: M1.4x0.3 (1.1 mm bore diameter)
up to M20x2.50
• 2xD and 3xD threading lengths
• High cutting speeds
• Short cycle time
• Low cutting forces due to the short contact profile
resulting in accurate and parallel thread
• Prevents oval threads near thin walls
• No more dealing with broken taps
• Reliable threading in blind holes
• Excellent performance on hardened steel,
high temperature alloys and titanium
Compared to taps, the SOLIDTHREAD is more
accurate, thread machining is substantially faster and
there is no danger of a broken tap being stuck
in the hole.
Thread Mill vs. Tap
Features Solid Carbide Thread Mills Taps
Thread surface quality High Medium
Thread geometry Very accurate Medium
Thread tolerance 4H, 5H, 6H with std. cutter 6H with standard tap, 4H with special tap
Machining time Shorter or same as tap Short
Machining load Very low High
Range of thread diameters Wide range of diameters Specific tap for each thread size
Right-/Left-hand threading Same cutter Specific tap for right- and left-hand
Geometric shape Full profile Partial profile
Features
This unique tool design offers very precise profiles and
a high performance IC908 submicron carbide grade
with PVD titanium aluminum nitride coating.
The very short profile exerts a low force which minimizes
tool bending. This facilitates parallel and
high thread precision for the entire length.
379
MILLING INSERTS
MILLING INSERTS
ISCAR
380
MILLING INSERTS
r
l
ap
F
WS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation WapF r l S
IC328
IC830
IC928
IC5400
IC950
IC808
IC908
IC30N
IC810
IC910
DT7150
ap
(mm)
fz
(mm/t)
HP ANCT 070202 PN-R 4.50 7.70 1.50 0.20 8.70 2.60 •2.00-7.50 0.05-0.10
HP ANCT 070204PN-R 4.50 7.70 1.40 0.40 8.70 2.60 • • • 2.00-7.50 0.05-0.10
HP ANKT 0702 PN-R 4.50 7.70 1.30 0.50 8.70 2.60 •••• •• •• 2.00-7.50 0.06-0.10
HP ANKT 070202PNTR 4.50 7.70 1.60 0.20 8.70 2.60 • • 2.00-7.50 0.08-0.15
HP ANKT 0702PNTR 4.50 7.70 1.30 0.50 8.70 2.60 •••••••2.00-7.50 0.08-0.12
HP ANKT 070208PNTR 4.50 7.70 1.00 0.80 8.70 2.60 • • • • 2.00-7.50 0.08-0.15
HP ANKT 070212PNTR 4.50 7.70 0.70 1.20 8.70 2.60 • • 2.00-7.50 0.08-0.15
HP ANKT 070216PNTR 4.50 7.70 0.20 1.60 8.70 2.60 • • 2.00-7.50 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HP ANK-07 (205) • HP E90AN-07 (12) • HP E90AN-M-07 (12) • HP E90AN-MM-07 (13) • HP F90AN-07 (165)
PN-R
PNTR
Positive rake, reinforced
edge, used for general
applications
Positive rake, sharp
edge, used for
general applications
HP ANKT/ANCT 0702..PN-R/
PNTR
Inserts with a 7.7 mm Helical Edge and
Various Corner Radii for General Use
F
WS
l
ap
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapS r F W
IC928
IC910
ap
(mm)
fz
(mm/t)
HP ANKW 070204PNTR 8.70 7.70 2.60 0.40 1.20 4.50 • • 2.00-7.50 0.08-0.15
• Reinforced flat rake for machining cast iron. For cutting speed recommendations, see pages 462-498
For tools, see pages: HP ANK-07 (205) • HP E90AN-07 (12) • HP E90AN-M-07 (12) • HP E90AN-MM-07 (13) • HP F90AN-07 (165)
HP ANKW 070204PNTR
Insert with a 7 mm Helical
Edge and Flat Rake for Rough
Machining and Hardened Steel
r
l
ap
F
WS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapS r F W
IC28
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
HP ANCR 070204PNFR 8.70 7.70 2.60 0.40 1.20 4.50 •••2.00-7.50 0.07-0.20
HP ANCR 070204PNFR-P (1) 8.70 7.70 2.60 0.40 1.20 4.50 •2.00-7.50 0.07-0.20
• For cutting speed recommendations, see pages 462-498
(1) Polished rake
For tools, see pages: HP ANK-07 (205) • HP E90AN-07 (12) • HP E90AN-M-07 (12) • HP E90AN-MM-07 (13) • HP F90AN-07 (165)
HP ANCR 0702PNFR
Peripherally Ground Inserts with
a Super Positive Chipformer
for Machining Aluminum,
Titanium and Magnesium
381
MILLING INSERTS
l
ap
ae
W
r
S
Rd°
Dimensions Recommended
Machining Data
Designation W r S l apae
IC830
fz
(mm/t)
HP ANKT 0702R12T-FF 4.40 1.20 2.60 8.55 0.70 1.9 •0.70-1.00
• Can be used on 12 mm and larger tools • For cutting speed recommendations, see pages 462-498
For tools, see pages: HP E90AN-07 (12) • HP E90AN-M-07 (12) • HP E90AN-MM-07 (13) • HP F90AN-07 (165)
R1.2
ap
HP ANKT 0702...-FF
Inserts for Fast Feed Milling
S
l
Fr
di
ap
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r F
IC330
IC845
IC830
IC5400
IC380
IC808
IC810
ap
(mm)
fz
(mm/t)
HM390 TCCT 0703PCR 7.80 5.80 3.15 0.50 0.80 ••• 1.00-5.00 0.08-0.15
HM390 TCKT 0703PCTR 7.80 5.80 3.15 0.50 0.80 •••• •• 1.00-5.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HM390 E10-80-07 (104) • HM390 ETC-07 (13) • HM390 ETC-C#-07 (14) • HM390 ETC-MM (14) • HM390 FTC-07 (165)
HM390 TCKT 0703
Triangular Inserts with 3 Helical Cutting
Edges for 90° Shoulder Accuracy
S
l
Fr
di
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r F
IC330
IC845
IC830
IC5400
IC380
IC808
IC30N
IC810
ap
(mm)
fz
(mm/t)
HM390 TPKT 1003PDR 10.90 7.50 3.85 0.80 0.70 •••••• • 1.20-8.00 0.08-0.15
HM390 TPKT 100304PDR 10.90 7.50 3.85 0.40 0.70 • • • 1.20-8.00 0.08-0.15
HM390 TPKT 100304R-GW 10.90 7.50 3.85 0.40 0.70 •1.20-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HM390 ETP-10 (17) • HM390 ETP-C#-10 (18) • HM390 ETP-M (18) • HM390 ETP-MM (18) • HM390 FTP-10 (169)
HM390 TPKT 1003
Triangular Inserts with 3 Helical Cutting
Edges for 90° Shoulder Accuracy
ISCAR
382
MILLING INSERTS
S
l
Fr
di
-FW
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r F
IC28
IC330
IC845
IC830
IC5400
IC380
IC808
IC30N
IC810
ap
(mm)
fz
(mm/t)
HM390 TDCT 1505PDR 16.80 11.40 6.08 0.80 1.70 • • • 1.50-12.00 0.08-0.15
HM390 TDKR 150508PDRHM 16.70 11.40 5.85 0.80 1.70 •1.50-13.00 0.08-0.15
HM390 TDCR 1505PDFR-P (1) 16.70 11.40 6.00 0.80 2.20 •1.50-13.00 0.08-0.20
HM390 TDKT 1505PDR-GW 16.50 11.40 5.80 0.80 1.70 •1.50-13.00 0.08-0.15
HM390 TDKT 1505PDR 16.70 11.40 5.85 0.80 1.40 •••••• • 1.50-13.00 0.08-0.15
HM390 TDKT 1505PDR-HS 16.70 11.40 6.24 0.80 1.40 •1.50-13.00 0.08-0.15
HM390 TDKT 150516-PDR 16.40 11.40 5.85 1.60 1.00 • • • 1.50-12.50 0.08-0.15
HM390 TDKT 150524-PDR 15.90 11.40 5.85 2.40 0.60 • • • 1.50-12.00 0.08-0.15
HM390 TDKT 150532-PDR (2) 15.20 11.40 5.85 3.20 0.60 • • • 1.50-12.00 0.08-0.15
HM390 TDKT 150540-PDR (3) 14.25 11.40 5.75 4.00 0.60 • • 1.50-11.00 0.08-0.15
HM390 TDKT 1505PDR-FW (4) 17.06 12.30 6.42 1.40 1.40 •1.50-11.00 0.10-0.15
• For cutting speed recommendations, see pages 462-498
(1) Peripherally ground flank and super positive polished rake surface for milling of aluminum, titanium and magnesium
(2) Tools should be modified by rounding the pocket corners to R=2.0 mm
(3) Tools should be modified by rounding the pocket corners to R=4.0 mm
(4) Chip splitting cutting edge, enlarges tool diameter by 1 mm
For tools, see pages: HM390 ETD-15 (24) • HM390 ETD-M (24) • HM390 FTD-15 (177)
HM390 TDKT/CT 1505
Triangular Inserts with 3 Helical Cutting
Edges for 90° Shoulder Accuracy
S
l
Fr
di
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r F
IC330
IC845
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
HM390 TDKT 1907PDTR 21.00 14.00 7.00 0.80 2.50 •••••• 2.00-16.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HM390 ETD-19 (26) • HM390 FTD-19 (180)
HM390 TDKT 1907
Triangular Inserts with 3 Helical Cutting
Edges for 90° Shoulder Accuracy
W
r
F
l
ap
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r l S F ap
IC28
IC328
IC928
IC380
IC808
ap
(mm)
fz
(mm/t)
HM90 APCT 100302R-PDR 6.96 0.20 11.66 3.53 1.90 10.10 • • • • 4.00-8.00 0.06-0.12
HM90 APCT 100308-HP (1) 6.80 0.80 11.46 3.53 1.40 9.50 • • 4.00-8.00 0.06-0.12
• For cutting speed recommendations, see pages 462-498
(1) Sharp cutting edges, high positive rake angle, excellent for milling PH high temperature alloys
For tools, see pages: HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
HM90 APCT 1003
Inserts with a Sharp Cutting Edge
for Semi-Finishing and Finishing
383
MILLING INSERTS
l
ap
F
S
F
l
ap
W
rrW
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC330
IC328
IC830
IC928
IC5400
IC950
IC380
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
HM90 APKT 1003PDR 6.76 11.45 10.26 3.53 0.80 1.40 •••••••••••4.00-8.00 0.08-0.15
HM90 APKT 1003PDR-SC 6.80 11.60 10.20 4.00 0.40 1.80 •4.00-8.00 0.08-0.15
HM90 APKT 1003PDR-MM 6.70 11.50 10.25 3.50 0.80 1.60 •4.00-8.00 0.08-0.15
HM90 APKT 1003PDTR-8M 6.76 11.45 10.26 3.53 0.80 1.40 • • 4.00-8.00 0.08-0.20
HM90 APKT 100304PDR 6.76 11.45 10.25 3.53 0.40 1.78 • • • • 4.00-8.00 0.08-0.15
HM90 APKT 100308R 6.76 11.45 10.29 3.53 0.80 1.00 •4.00-8.00 0.08-0.15
HM90 APKT 100312PDR 6.76 11.45 10.29 3.53 1.20 1.00 • • • 4.00-8.00 0.08-0.15
HM90 APKT 100316PDR 6.76 11.45 10.29 3.53 1.60 0.58 • • • 4.00-8.00 0.08-0.15
HM90 APKT 100325PDR 6.76 10.40 9.88 3.53 2.50 - • • • 4.00-8.00 0.08-0.15
HM90 APKT 100330PDR 6.76 10.40 9.83 3.53 3.00 - • • • 4.00-8.00 0.08-0.15
• For inserts with corner radii larger than 1.5 mm, the cutter body and seat should be modified • For cutting speed recommendations, see pages 462-498
For tools, see pages: BLPK (232) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
HM90 APKT 1003 - 8M
•
Super reinforced helical cutting edge
•
For interrupted cuts and heavy machining
•
Use for long overhang and extended
flute cutters with reduced chatter
HM90 APKT 1003
• Helical cutting edge with high
90˚ shoulder accuracy
• Reduced mismatch - improved
surface quality
• For general use applications
HM90 APKT 1003PDRHM90 APKT 1003PDTR-8M
HM90 APKT 1003PDR-MM
• Cutting edge geometry with low axial angle
• Reinforced cutting edge geometry, which
provides better chipping resistance
• Wide frontal wiper that leaves excellent
surface finish on the workpiece
• Used for unfavorable conditions
and high feeds
HM90 APKT 1003PDR-SC
• Larger axial effective angle up to
the middle of the insert length
• Reduced cutting forces, effective
up to 5 mm – the middle of
insert’s cutting edge length
• Used for machining ductile high
strength materials. Parts such
as shafts, gears, crankshafts,
connection rods, camshafts, etc.
HM90 APKT 1003
General Use Inserts with 2
Helical Cutting Edges for High
90° Shoulder Accuracy
l
ap
r
F
S
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC928
IC08
IC908
ap
(mm)
fz
(mm/t)
HM90 APCR 100304PDFR-P 6.52 11.25 10.18 3.85 0.40 1.52 ••••4.00-8.00 0.07-0.25
HM90 APCR 100304PDFRDP 6.52 11.25 10.18 3.85 0.40 1.52 •4.00-8.00 0.07-0.25
• Super positive peripherally ground chipformer • P - Polished rake DP- Polished rake and flank • Used for machining aluminum (fz 0.07-0.25),
titanium (fz 0.05-0.08) and magnesium (fz 0.05-0.10) • Recommended for coarse pitch cutters • For cutting speed recommendations, see pages 462-498
For tools, see pages: HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
HM90 APCR 100304PDFR-P/
DP
Inserts with Positive Helical
Cutting Edges and Polished
Rake for Machining Aluminum
and High Temperature Alloys
ISCAR
384
MILLING INSERTS
r
4.4
a
p
l
S
W
F
Rd°
Dimensions Tough
1
Hard
Designation W l apS r F
ID8
ID5
APKW 100304 PDR (1) 6.76 11.20 2.00 3.50 0.40 1.52 • •
• Use ID5 for aluminum alloys with <12% silicon, use ID8 for aluminum alloys with >12% silicon • The inserts are supplied with spare screws
(1) Important: use only on tools with diameters of 20 mm and larger
For tools, see pages: HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
Grade D.O.C. (ap) mm Material Vc m/min Feed Cutting
NID5
<2.0 Aluminum alloys <12% silicon 300-3000 0.05-0.25 Sharp
<2.0 Chipboard Fiberboard Plastics 2000-3000 0.05-0.25
<2.0 Copper Brass alloys 500-1500 0.05-0.25
NID8
<2.0 Aluminum>12% silicon 250-1000 0.05-0.25 Sharp
<2.0 Aluminum<12% silicon 300-3000 0.05-0.25
<2.0 Chipboard Fiberboard Plastics Plastics MMC 2000-3000 0.05-0.25
PCD
Recommended Machining Conditions
APKW 100304 PDR (PCD)
Single R.H. PCD Tipped Insert
for Milling Aluminum
r
25°
W
ap
Fr
I
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r F ap
IC28
IC928
ap
(mm)
fz
(mm/t)
APCR 1003PDFR-P 6.70 11.20 3.76 0.50 1.20 10.30 • • 4.00-8.00 0.07-0.25
• Super positive rake sharp ground helical cutting edge, for finishing on aluminum, stainless steel and high temperature alloys
• For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
APCR 1003PDFR-P
Super Positive Insert with a Polished
Rake for Machining Aluminum
W
ap
r
I
FS
r
25°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r l S apF
IC28
IC328
IC250
ap
(mm)
fz
(mm/t)
APCT 100302R-HM 6.70 0.25 10.95 3.51 10.05 1.20 •4.00-8.00 0.06-0.12
APCT 100304R-HM 6.70 0.45 10.95 3.51 10.05 1.20 •4.00-8.00 0.07-0.12
APCT 1003PDR-HM 6.70 0.50 10.95 3.51 10.05 1.20 • • 4.00-8.00 0.07-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
APCT 1003PDR-HM
Inserts with 2 Helical Precision
Ground Cutting Edges for
Finishing and High Accuracy
385
MILLING INSERTS
ap
r
I
W
FS25°
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC328
IC928
IC250
IC950
IC910
IC4100
ap
(mm)
fz
(mm/t)
APKT 1003PDTR/L-RM 6.70 11.00 9.80 3.47 0.50 1.20 ••••••• 4.00-8.00 0.10-0.20
• APKT...L should be used only on left-hand tools. • For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • ETS (291) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21)
• HM90 F90AP-10 (170)
APKT 1003PDTR/L-RM
Insert with Reinforced Helical
Cutting Edge for Interrupted
Cut and Heavy Machining
W
ap
FrS
I
r
25°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC330
IC328
IC928
ap
(mm)
fz
(mm/t)
APKR 1003PDR-HM 6.70 11.20 10.30 3.76 0.50 1.20 ••••4.00-8.00 0.07-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
APKR 1003PDR-HM
Super Positive Inserts for
Aluminum, Stainless Steel and
High Temperature Alloys
W
ap
r
I
S
F25°
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S apr F
IC28
IC330
IC328
IC830
IC928
IC950
IC30N
IC910
IC20
ap
(mm)
fz
(mm/t)
APKT 1003PDR-HM 6.70 10.95 3.55 10.05 0.50 1.20 •••••••••4.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • E90AC (29) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21)
• HM90 F90AP-10 (170)
APKT 1003PDR-HM
Inserts with 2 Helical Cutting
Edges for General Use
ap
r
l
W
FS
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC330
IC328
IC830
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
APKT 1003PDTR-76 6.70 11.00 9.80 3.47 0.50 1.20 ••••••4.00-8.00 0.08-0.15
• Reinforced helical cutting edge with ribs on rake face to reduce heat transfer. Used for interrupted cuts and heavy machining • For cutting speed
recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • E90AC (29) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21)
• HM90 F90AP-10 (170)
APKT 1003PDTR-76
Inserts with 2 Helical Cutting
Edges with Ribs Along Edge
for Interrupted Cut
ISCAR
386
MILLING INSERTS
1
2
FrS
l
ap
W
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r F ap
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
HM90 APKW 1003PDR 6.76 11.47 3.50 0.80 1.40 10.25 •••4.00-8.00 0.08-0.15
• Reinforced cutting edge, resistant to edge breakage and chipping • Recommended for milling at unfavorable conditions and heavy interrupted cut
• Different corner radii can be ground • For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
HM90 APKW 1003PDR
Inserts with Reinforced Edge and
Flat Rake for Hardened Steel and
Milling at Heavy Interrupted Cut
W
a
p
r
l
S
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r l W apS F
IC28
IC330
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
APKT 100308PDTR-RM 0.80 11.00 6.70 9.90 3.47 0.90 • • • • 4.00-8.00 0.08-0.15
APKT 100310PDR-RM 1.00 10.75 6.70 9.90 3.47 0.60 • • 4.00-8.00 0.08-0.15
APKT 100312TR-RM 1.20 10.50 6.70 9.85 3.47 - • • • • 4.00-8.00 0.08-0.15
APKT 100316PDTR-RM 1.60 10.90 6.70 9.78 3.47 0.80 • • 4.00-8.00 0.08-0.15
APKT 100320PDTR-RM 2.00 10.90 6.70 9.75 3.47 0.80 ••• 4.00-8.00 0.08-0.15
APKT 100332TR-RM 3.20 10.70 6.70 9.65 3.47 - • • 4.00-8.00 0.08-0.15
APKT 100340TR-RM 4.00 10.55 6.70 9.60 3.47 - •4.00-8.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
APKT 100312TR Only
APKT 1003..TR-RM
Inserts with Various Corner Radii
and a Reinforced Cutting Edge for
Interrupted Cut and Heavy Machining
l
S
W
r
Rd°
Dimensions Recommended Machining Data
Designation W l S r
IC328
ap
(mm)
fz
(mm/t)
APKT 100325R 6.70 10.10 3.50 2.50 •4.00-8.00 0.08-0.15
APKT 100330R 6.70 10.10 3.50 3.00 •4.00-8.00 0.08-0.15
APKT 100340R 6.70 10.10 3.50 4.00 •4.00-8.00 0.08-0.15
• Standard tool pocket radius should be increased to 0.5 mm larger than the insert radius • For cutting speed recommendations, see pages 462-498
For tools, see pages: APK-FE (208) • HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
APKT 1003..R
Inserts with Ground Large Corner Radii
387
MILLING INSERTS
W
W
M90
apl
r
F
R820
S
W
Dimensions Recommended
Machining Data
Designation W l S r F ap
IC908
ap
(mm)
fz
(mm/t)
HM90 APKT 1003PD-W 6.69 11.65 3.55 0.80 4.40 10.80 •0.10-1.00 0.15-0.30
• Must be used together with HM90 APKT 1003PDR inserts • For cutting speed recommendations, see pages 462-498
For tools, see pages: HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
HM90 APKT 1003PD-W
Wiper Insert
l
rr9.9
ap
ae
WS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apaeS r(1)
IC830
IC808
ap
(mm)
fz
(mm/t)
APKT 1003R8T-FF 6.60 10.80 1.00 4.5 3.50 1.90 • • 0.50-1.00 0.50-1.50
• The actual diameter of the tool is 0.1 mm larger than the nominal diameter when using this insert • Tool corner should be modified by rounding to R2.0 mm.
• Should be used on tools of 12 mm diameter and up • At D.O.C. larger than ap max, regular insert feed should be applied
• For cutting speed recommendations, see pages 462-498
(1) Radius for CNC programming is considered as 1.8 mm
For tools, see pages: HM90 E90A-10 (19) • HM90 E90A-CF-10 (21) • HM90 E90A-M-10 (21) • HM90 E90A-MM-10 (21) • HM90 F90AP-10 (170)
Tool corner
should be
modified by
rounding to
R2 mm
3°
D+0.1
Standard Tool Tool with a
Modified Corner
APKT 1003R8T-FF
Insert for Fast Feed Milling
ISCAR
388
MILLING INSERTS
r
apl
FS
W
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC330
IC328
IC830
IC928
IC5400
IC950
IC380
IC808
IC908
IC810
IC910
ap
(mm)
HM90 ADKT 1505PDR 9.65 16.18 14.50 5.85 0.80 2.16 ••••••••••• 5.00-12.00
HM90 ADKT 1505PDR-MM 9.60 16.00 14.50 5.80 0.80 2.70 •5.00-12.00
HM90 ADKT 150516-PDR 9.65 15.60 14.20 5.92 1.60 1.37 •5.00-12.00
HM90 ADKT 150520-PDR 9.65 15.60 14.20 5.90 2.00 0.79 •5.00-12.00
HM90 ADKT 150524-PDR 9.65 15.60 14.20 5.80 2.40 0.52 •5.00-12.00
HM90 ADKT 150532-PDR 9.65 15.20 14.00 5.85 3.20 - •5.00-12.00
HM90 ADKT 150540-PDR 9.65 14.83 13.90 5.80 4.00 - •5.00-12.00
HM90 ADKT 150550-PDR 9.65 14.85 13.80 5.75 5.00 - •5.00-12.00
HM90 ADKT 150564-PDR 9.65 14.85 13.66 5.65 6.40 - •5.00-12.00
• Inserts with corner radii larger than 0.8 mm should be used on ADK & SM tools only on the face of the cutter
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
• SM (219)
• Cutting edge geometry with low axial angle
• Reinforced cutting edge geometry, which provides better chipping resistance
• Wide frontal wiper that leaves excellent surface finish on the workpiece
• Used for unfavorable conditions and high feeds
HM90 ADKT 1505PDR-MM
HM90 ADKT 1505
Inserts with 2 Helical Cutting
Edges for General Use
r
FS
l
ap
W
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC330
IC830
IC380
IC808
ap
(mm)
fz
(mm/t)
HM90 ADCT 1505PDR-PL 9.65 16.18 14.50 5.85 0.80 2.16 • • 5.00-8.00 0.08-0.12
HM90 ADCT 150508R-T 9.65 16.18 14.50 5.85 0.80 2.16 •5.00-8.00 0.08-0.10
HM90 ADCT 150516R-T 9.65 16.18 14.50 5.85 1.60 1.37 •5.00-8.00 0.08-0.10
HM90 ADCT 150520R-T 9.65 16.18 14.50 5.85 2.00 0.79 •5.00-8.00 0.08-0.10
HM90 ADCT 150524R-T 9.65 16.18 14.50 5.85 2.40 0.52 •5.00-8.00 0.08-0.10
HM90 ADCT 150532R-T 9.65 16.18 14.50 5.85 3.20 - •5.00-8.00 0.08-0.10
HM90 ADCT 150540R-T 9.65 16.18 14.50 5.85 4.00 - •5.00-8.00 0.08-0.10
HM90 ADCT 150550R-T 9.65 16.18 14.50 5.85 5.00 - •5.00-8.00 0.08-0.10
HM90 ADCT 150508 PDTR 9.50 15.70 14.00 6.40 0.80 4.10 • • 5.00-12.00 0.08-0.15
• Inserts with corner radii larger than 0.8 mm should be used on ADK & SM tools only on the face of the cutter
• For a more economical insert refer to ADKT 1505PDR-HM in the ADKT 1505PDR family • For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
• SM (219)
• Sharp ground cutting edge with a special
edge preparation
• Ground all around, including clamping surfaces
• Low axial angle edge geometry
• Wide sharp-edged wiper for high surface finish
• High perpendicularity and mismatch accuracy
when using tool diameters of up to 50 mm
• For machining titanium and super alloys
• Excellent surface finish
• Smoother cut
• Reduces edge burrs
• Reduces vibration and noise
• Designed for optimal machining
of stainless steel and high temperature alloys
• Sharp cutting edge and a positive rake geometry are
optimized to avoid built-up edge
• Wiper bottom edge leaves an excellent surface finish
• Helical axial positive edge geometry
HM90 ADCT 150508 PDTR HM90 ADCT 1505..R-T HM90 ADCT 1505..PDR-PL
HM90 ADCT 1505
General Use Inserts with 2
Helical Cutting Edges for High
90° Shoulder Accuracy
389
MILLING INSERTS
W
l
FS
r
ap
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC830
IC380
ap
(mm)
fz
(mm/t)
HM90 ADCT 1505PDR-CF 9.30 15.70 14.00 6.40 0.80 4.20 • • 5.00-14.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
• SM (219)
Edge helix angle is identified by different colors. Each cutting edge has
a different axial angle, which is identified by either a yellow or black
colored flank surface.
The inserts should be mounted in alternating edge
configuration order (yellow followed by black) on
the cutter.
HM90 ADCT 1505PDR-CF
Inserts with 2 Different Cutting
Edge Configurations Designed
for Chatter Dampening
ISCAR
390
MILLING INSERTS
FrS
l
W
ap
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 ADCR 1505PDFR-P 9.55 16.30 15.30 6.90 0.80 4.00 • • 5.00-12.00 0.15-0.25
• Super positive chipformer peripherally ground (P - Polished rake) • Used for machining aluminum, titanium and magnesium
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
HM90 ADCR 1505PDFR-P
Peripherally Ground Insert with a Super
Positive Polished Rake for Machining
Aluminum and High Temperature Alloys
25°
r
rS
l
ap
W
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC928
ap
(mm)
fz
(mm/t)
ADCR 1505PDFR 9.50 15.95 14.50 5.64 0.80 1.60 •5.00-12.00 0.15-0.25
ADCR 1505PDFR-P (1) 9.50 15.95 14.50 5.64 0.80 1.60 •5.00-12.00 0.07-0.25
• For cutting speed recommendations, see pages 462-498
(1) Polished rake, used on titanium magnesium and aluminum
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
• SM (219)
ADCR 1505PDFR
Super Positive Precision Inserts
for Aluminum, Stainless Steel
and High Temperature Alloys
l
r
ap
F
W
S
25°
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC328
IC928
IC950
ap
(mm)
fz
(mm/t)
ADKR 1505PDR/L-HM (1) 9.60 15.95 14.00 6.00 0.80 1.60 ••• 5.00-12.00 0.07-0.15
ADKR 150504PDR-HM 9.92 16.30 14.20 5.63 0.40 1.60 • • • 5.00-12.00 0.07-0.15
• For cutting speed recommendations, see pages 462-498
(1) PDL - Left-hand inserts are used only for special tools.
For tools, see pages: ADK (210) • ETS (291) • F90AD-SFR (179) • FST (309) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26)
• HM90 F90A-15 (178) • SM (219)
ADKR 1505PDR/L-HM
Super Positive Inserts for Machining
Aluminum, Stainless Steel and
High Temperature Alloys
391
MILLING INSERTS
r
25°
S
l
r
ap
W
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC328
IC928
ap
(mm)
fz
(mm/t)
ADCT 1505PDFR-HM 9.57 15.65 14.10 5.64 0.80 1.60 •••5.00-12.00 0.06-0.12
For tools, see pages: ADK (210) • E90AC (29) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26)
• HM90 F90A-15 (178) • SM (219)
ADCT 1505PDFR-HM
Peripherally Ground Inserts for
Finishing and General Use
r0.8
ap max
I
S
5.0
W
F
Rd°
Dimensions Recommended
Machining Data
Designation W l S F ap
IB85
ap
(mm)
fz
(mm/t)
ADKW 1505 PDER 9.60 16.18 5.83 1.45 2.00 •0.10-2.00 0.10-0.25
ADKW 1505 PDTR 9.60 16.18 5.83 1.45 2.00 •0.10-2.00 0.10-0.25
• This inserts are supplied with spare screws. • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
ADKW (CBN)
Single Corner R.H. Inserts with
an IB85 PCBN Brazed Tip for
Machining Hard Materials
r0.8
5.0
2.0
ap
0.15x45°
15º
0.2x45°
I
W
F
S
150502x45PDR 1505-75RM PDR 150508PDR
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S apF
ID8
ID5
ap
(mm)
fz
(mm/t)
ADKW 1505-75RM PDR 9.60 16.18 5.83 2.00 2.00 •0.10-2.00 0.10-0.25
ADKW 150502X45 PDR 9.60 16.18 5.83 2.00 2.00 •0.10-2.00 0.10-0.25
ADKW 150508 PDR 9.60 16.18 5.83 2.00 1.52 • • 0.10-2.00 0.10-0.25
• The inserts are supplied with spare screws. • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
PCD
Recommended Machining Conditions
Grade DOC mm Material Vc m/min Feed mm/tooth Cutting Edge
NID5
<2.0 Aluminum alloys <12% silicon 300-3000 0.05-0.25
Sharp
<2.0 Chipboard Fiberboard Plastics 2000-3000 0.05-0.25
<2.0 Copper Brass alloys 500-1500 0.05-0.25
NID8
<2.0 Aluminum>12% silicon 250-1000 0.05-0.25
<2.0 Aluminum<12% silicon 300-3000 0.05-0.25
<2.0 Chipboard Fiberboard Plastics
MMC
2000-3000 0.05-0.25
200-600 0.05-0.25
ADKW (PCD)
Single Corner R.H. PCD Tipped
Inserts for Milling Aluminum
ISCAR
392
MILLING INSERTS
l
r
ap
W
FS
25°
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC28
IC328
IC928
IC250
IC950
IC908
IC30N
IC910
IC20
ap
(mm)
fz
(mm/t)
ADKT 1505PDR/L-HM (1) 9.57 15.70 13.80 5.64 0.80 1.60 ••••••••• 5.00-12.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
(1) PDL - Left-hand inserts are used only for special tools.
For tools, see pages: ADK (210) • E90AC (29) • ETS (291) • F90AD-SFR (179) • FST (309) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25)
• HM90 E90AD-M-15 (26) • HM90 F90A-15 (178) • SM (219)
ADKT 1505PDR/L-HM
Inserts with 2 Helical Cutting
Edges, for General Use
W
l
ap
r
S
F
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S F r ap
IC328
IC928
IC250
IC950
IC910
IC520M
DT7150
ap
(mm)
fz
(mm/t)
ADKT 1505PDTR/L-RM (1) 9.54 15.80 5.63 1.60 1.00 13.90 •••••••5.00-12.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
(1) PDTL-Left-hand inserts are used only for special tools.
For tools, see pages: ADK (210) • ETS (291) • F90AD-SFR (179) • FST (309) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26)
• HM90 F90A-15 (178) • SM (219)
ADKT 1505PDTR/L-RM
Insert with Reinforced Helical
Cutting Edge, for Interrupted
Cut and Heavy Machining
SF
ap
r
W
lr
25°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC328
IC928
IC250
IC950
ap
(mm)
fz
(mm/t)
ADMT 1505PDR-HS 9.60 15.85 14.00 5.64 0.80 2.00 ••••5.00-12.00 0.10-0.20
• Self-balanced forces on rake face. Use for long overhang and extended flute cutters for reduced chattering.
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
• SM (219)
ADMT 1505PDR-HS
Inserts with a Chip Splitting Serrated
Cutting Edge for Roughing
393
MILLING INSERTS
l
rR12.7
ap
ae
WS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apaeS r(1) Rg
IC330
IC928
IC808
ap
(mm)
fz
(mm/t)
ADKT 1505R8T-FF 9.90 15.90 1.50 6.6 6.20 2.70 3.50 •••0.50-1.00 0.50-1.50
• The cutting diameter of the tool is 0.5 mm larger than the nominal diameter when using this insert. • Tool corner should be modified to 2.0 mm.
• At D.O.C. larger than apmax, regular insert feed should be applied.
(1) Radii for CNC programming is considered as 3.5 mm
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
ADKT 1505-FF
Inserts for Fast Feed Milling
l
ap
r
W
S
F
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r F ap
IC330
IC328
IC830
IC928
IC950
IC910
IC520M
ap
(mm)
fz
(mm/t)
ADKT 1505PDTR-76 9.54 15.75 5.63 1.00 1.60 13.90 •••••••5.00-12.00 0.08-0.15
• Reinforced helical cutting edge with ribs on rake face reducing heat transfer, for interrupted cuts and medium to heavy machining.
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • E90AC (29) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26)
• HM90 F90A-15 (178) • SM (219)
ADKT 1505PDTR-76
Insert with 2 Helical Cutting Edges with
Ribs Along Edge for Interrupted Cut
l
r
ap
S
F
W
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r W F l apS
IC28
IC328
IC830
IC928
IC950
IC908
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
ADKT 150516R/L-HM (1) 1.60 9.57 1.37 15.60 13.85 5.60 •••••• •• 5.00-12.00 0.08-0.15
ADKT 150520R-HM 2.00 9.57 - 14.80 13.50 5.20 •5.00-12.00 0.08-0.15
ADKT 150524R/L-HM (1) 2.50 9.57 0.52 15.60 13.80 5.60 • • • • 5.00-12.00 0.08-0.15
ADKT 150532R/L-HM (1) 3.20 9.57 - 15.50 13.70 5.60 •••••••••• 5.00-12.00 0.08-0.15
ADKT 150540R/L-HM (1) 4.00 9.57 - 15.40 13.65 5.60 • • 5.00-12.00 0.08-0.15
ADKT 150550R/L-HM (1) 5.00 9.57 - 15.10 13.50 5.30 • • • • 5.00-12.00 0.08-0.15
ADKT 150564R/L-HM (1) 6.20 9.57 - 14.80 13.20 5.30 •••• 5.00-12.00 0.08-0.15
• Inserts with corner radii larger than 0.8 mm should be used on ADK & SM tools only on the face of the cutter.
• For cutting speed recommendations, see pages 462-498
(1) L - Left-hand inserts are used only for special tools.
For tools, see pages: ADK (210) • E90AC (29) • ETS (291) • F90AD-SFR (179) • FST (309) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25)
• HM90 E90AD-M-15 (26) • HM90 F90A-15 (178) • SM (219)
ADKT 1505..R/L-HM
Inserts with 2 Helical Cutting
Edges and Various Corner
Radii for General Use
ISCAR
394
MILLING INSERTS
W
W
M90
S
W
r
l
ap
R820
F
Dimensions Recommended
Machining Data
Designation W l apS F r
IC908
ap
(mm)
fz
(mm/t)
HM90 ADKT 1505PD-W 9.52 16.75 15.00 5.83 5.92 0.80 •0.10-1.00 0.15-0.30
• Must be used together with HM90 ADKT 1505PDR inserts. • Use a single wiper insert per tool. • For cutting speed recommendations, see pages 462-498.
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
HM90 ADKT 1505PD-W
Wiper Insert for High Surface Finish
W
M90
r
l
ap
F
R820
W
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS F r
IC328
IC928
ap
(mm)
fz
(mm/t)
ADKT 1505PD-W 9.57 16.30 14.63 5.60 6.53 1.00 • • 0.10-1.00 0.15-0.30
• Must be used together with ADKT 1505PDR inserts. • For cutting speed recommendations, see pages 462-498.
For tools, see pages: F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178)
ADKT 1505PD-W
Wiper Insert for High Surface Finish
rr
r
apl Ref
HM -RM -76
W
FS25˚
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r W l S F ap
IC328
IC928
IC250
IC950
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
APKT 1604PDR/L-HM 0.80 9.45 17.20 5.25 1.70 15.30 •••••6.00-14.00 0.08-0.15
APKT 1604PDR-76 0.80 9.45 17.30 5.70 1.80 15.30 • • • 6.00-14.00 0.10-0.20
APKT 160416R-HM 1.60 9.45 16.70 5.30 0.00 15.25 • • 8.00-14.00 0.08-0.15
APKT 160424R-HM 2.40 9.45 16.70 5.30 0.00 15.20 •8.00-14.00 0.08-0.15
APKT 160432R/L-HM 3.10 9.45 16.60 5.30 0.00 15.15 •8.00-14.00 0.08-0.15
APKT 160448R-HM 4.80 9.45 16.40 5.20 0.00 15.15 •8.00-14.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
APKT 1604...-HM
APKT 1604-76 APKT 1604-HM
APKT 1604
Milling Inserts with a 16 mm
Cutting Edge Length and Positive
Rake Angle for General Use
395
MILLING INSERTS
r
apl Ref
S
F
W
Rd°
Dimensions Recommended
Machining Data
Designation lapW r F S
IC28
ap
(mm)
fz
(mm/t)
APCR 1604PDFR-P 17.92 14.50 9.45 0.80 1.80 5.70 •6.00-14.00 0.15-0.25
• For cutting speed recommendations, see pages 462-498
APCR 1604
Super Positive and Polished Rake
Insert for Machining Aluminum
and High Temperature Alloys
l
W
rS
F
F
P290 ACKT 1806PDR-FWR
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r(5) F
IC28
IC330
IC840
IC830
IC380
IC808
IC810
ap
(mm)
fz
(mm/t)
P290 ACKT 1204PDR-FW 8.20 12.80 4.40 0.90 1.50 •••7.00-12.00 0.06-0.10
P290 ACKT 1204PDR-FWP 8.20 12.80 4.40 0.90 1.50 •7.00-12.00 0.06-0.10
P290 ACKT 1806PDR-FW 10.70 18.50 6.00 1.20 2.00 • • • • 10.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWE (1) 10.70 18.50 6.00 1.20 2.00 • • • 10.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWE-P (2) 10.70 18.50 6.00 1.20 2.00 •10.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWP (3) 10.70 18.50 6.00 1.20 2.00 •10.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWR (4) 10.70 20.20 6.00 3.80 1.90 •10.00-18.00 0.08-0.12
• For cutting speed recommendations, see pages 462-498
(1) A sharp edged insert, for long overhang applications or when machine power is limited
(2) Polished rake, used for rough milling of aluminum and titanium
(3) For titanium and austenitic stainless steel.
(4) To be used only on the tool's first row for rough cutting when the required final corner radius should be up to 4 mm
(5) Radius for programming
For tools, see pages: BLPK (232) • P290 ACK (211) • P290 ACK-C#-18 (212) • P290 ACK-M (211) • P290 EPW (27) • P290 EPW-M (28) • P290 FPW (184)
• P290 SM (212)
P290 ACKT
Single-Sided Rectangular Inserts
with Two Serrated Cutting Edges
l
r
W S
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r F
IC28
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
P290 ACCT 1204PDR-TL 8.20 13.00 4.80 0.90 0.10 •1.00-12.00 0.06-0.10
P290 ACCT 1204PDR-HL 8.20 13.00 4.80 0.40 - •0.50-12.00 0.06-0.10
P290 ACCT 1806PDR-HL 10.80 19.40 6.50 0.80 - •••10.00-18.00 0.08-0.12
P290 ACCT 1806PDR-HL-P 10.80 19.40 6.50 0.80 0.15 •10.00-18.00 0.08-0.12
P290 ACCT 1806PDR-TL 10.80 19.40 6.50 1.20 0.15 • • 10.00-18.00 0.08-0.12
• HL - For finishing applications • HL-P - Polished rake, used for aluminum • TL- Reinforced straight cutting edges, designed for rough and semi-finish
milling • For cutting speed recommendations, see pages 462-498
For tools, see pages: BLPK (232) • P290 ACK (211) • P290 ACK-C#-18 (212) • P290 ACK-M (211) • P290 EPW (27) • P290 EPW-M (28)
• P290 FPW (184) • P290 SM (212)
P290 ACCT
Single-Sided Rectangular Inserts
with Two 12 and 18 mm Straight
Cutting Edges
ISCAR
396
MILLING INSERTS
12
r
l
ap
F
W
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
HM90 ADKW 1505PDR 9.59 16.15 14.15 5.83 0.80 2.45 •••5.00-12.00 0.08-0.15
• Reinforced cutting edge, resistant to edge breakage and chipping • Recommended for milling at unfavorable conditions and heavy interrupted cut
• Different corner radii can be ground • For cutting speed recommendations, see pages 462-498
For tools, see pages: ADK (210) • F90AD-SFR (179) • HM90 E90AD-15 (25) • HM90 E90AD-CF-15 (25) • HM90 E90AD-M-15 (26) • HM90 F90A-15 (178) • SM (219)
Thick insert for improved strength and rigidity
Helical cutting edge for a smooth cut
Dovetail side shape gives better support,
eliminates possible pullout from seat
Ground wiper controls surface finish at high feeds
Positive rake angle for low cutting forces
Conventional Conventional Conventional MILL2000MILL2000MILL2000
HM90 ADKW 1505PDR
Milling Inserts for Unfavorable
Conditions and Heavy Interrupted
Cut on Hardened Steel
ap
r
l
FS
W
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC330
IC328
IC830
IC928
IC950
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
3M AXKT 1304PDR 8.40 14.12 12.85 4.55 0.60 2.10 ••• •••• 5.00-12.00 0.15-0.35
3M AXKT 1304PDR-MM 8.40 14.12 12.85 4.55 0.60 2.10 •••••5.00-12.00 0.10-0.22
• For cutting speed recommendations, see pages 462-498
For tools, see pages: 3M AXK-13 (209) • 3M AXK-CF-13 (210) • 3M E90AX (24) • 3M SM (219)
PDR
PDR-MM
3M AXKT 1304
High Durability Inserts for Heavy Milling
397
MILLING INSERTS
ap
r
l
FS
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r l apS F
IC328
IC928
ap
(mm)
fz
(mm/t)
3M AXKT 130408R-PDRMM 8.40 0.80 14.12 13.00 4.54 1.40 • • 5.00-12.00 0.10-0.22
3M AXKT 130412R-PDRMM 8.40 1.20 13.50 12.80 4.42 1.20 • • 5.00-12.00 0.15-0.30
3M AXKT 130416R-PDRMM 8.40 1.60 13.50 12.80 4.36 0.80 • • 5.00-12.00 0.15-0.30
3M AXKT 130424R-PDRMM 8.40 2.40 13.50 12.75 4.18 - •5.00-12.00 0.15-0.30
• Reduce feed by 50% during engagement and exit from the workpiece; this practice will substantially increase insert life
• Inserts with corner radii larger than 0.8 mm should be used on 3M SM-13 and 3M AXK tools only on the face of the cutter
• For cutting speed recommendations, see pages 462-498.
For tools, see pages: 3M AXK-13 (209) • 3M AXK-CF-13 (210) • 3M E90AX (24) • 3M SM (219)
3M AXKT 1304..R-PDRMM
High Durability Inserts with a Variety
of Corner Radii for Heavy Milling
ap
r
l
F
S
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r l apS F
IC328
IC928
ap
(mm)
fz
(mm/t)
3M AXKT 200612R-PDR 13.50 1.20 21.05 21.10 6.75 2.20 • • 8.00-20.00 0.15-0.30
3M AXKT 200616R-PDR 13.50 1.60 21.80 20.00 6.62 2.00 •8.00-20.00 0.15-0.30
3M AXKT 200624R-PDR 13.50 2.40 22.00 20.10 6.55 1.55 •8.00-20.00 0.15-0.30
3M AXKT 200632R-PDR 13.50 3.20 22.00 20.10 6.46 0.90 •8.00-20.00 0.15-0.30
3M AXKT 200640R-PDR 13.50 4.00 21.90 20.00 6.26 - • • 8.00-20.00 0.15-0.30
• Reduce feed by 50% during engagement and exit from the workpiece. This practice will substantially increase insert life.
• Inserts with corner radii larger than 0.8 mm should be used on 3M SM-20 tools only on the face of the cutter.
• For cutting speed recommendations, see pages 462-498
For tools, see pages: 3M F90AX-20 (185) • 3M SM (219)
3M AXKT 2006..R-PDR
High Durability Inserts, with a Variety
of Corner Radii for Heavy Milling
W
ap
r
l
FS
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS r F
IC330
IC328
IC830
IC928
IC950
IC808
IC908
IC810
IC910
IC4100
ap
(mm)
fz
(mm/t)
3M AXKT 2006PDTR-RM 13.50 22.40 20.70 6.80 1.00 3.34 • • • 8.00-20.00 0.20-0.40
3M AXKT 2006PDTR 13.50 22.50 20.20 6.80 1.00 3.05 ••••••••••8.00-20.00 0.15-0.30
• Reduce feed by 50% during engagement and exit from the workpiece; this practice will substantially increase insert life
• For cutting speed recommendations, see pages 462-498
For tools, see pages: 3M F90AX-20 (185) • 3M SM (219)
PDTR-RM PDTR
3M AXKT-2006
High Durability Inserts for
Heavy Milling Applications
ISCAR
398
MILLING INSERTS
rS
F
l
ap
Rd°
Dimensions Recommended
Machining Data
Designation r l apS F
IC28
ap
(mm)
fz
(mm/t)
HP ADCR 190604PDFR-P 0.40 22.50 19.50 7.40 3.50 •5.00-18.00 0.15-0.25
• Super positive rake angle, polished sharp cutting edge • For aluminum and high temperature alloys • For cutting speed recommendations, see pages 462-498
For tools, see pages: HP E90AT-19 (28) • HP F90AT-19 (185)
HP ADCR 1906
Milling Inserts with 19 mm Cutting
Edge for Machining Aluminum
r
l
ap
S
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapr S F
IC328
IC928
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
HP ADKT 190608PDTR 22.40 19.20 0.80 6.85 2.90 • • • • 5.00-18.00 0.08-0.15
HP ADKT 190610PDTR 22.40 19.20 1.00 6.85 2.70 • • • 5.00-18.00 0.08-0.18
HP ADKT 190612PDTR 22.40 19.20 1.20 6.85 2.40 • • • 5.00-18.00 0.08-0.15
HP ADKT 190616PDTR 22.30 19.20 1.60 6.85 2.00 • • • 5.00-18.00 0.08-0.15
HP ADKT 190624PDTR 22.20 19.20 2.40 6.85 1.30 • • • • 5.00-18.00 0.08-0.15
HP ADKT 190631PDTR 21.80 19.20 3.10 6.85 0.50 •5.00-18.00 0.08-0.18
HP ADKT 190640PDTR 20.40 19.20 4.00 6.85 0.50 • • • • 5.00-18.00 0.08-0.18
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HP E90AT-19 (28) • HP F90AT-19 (185)
HP ADKT 1906
Milling Inserts with 19 mm
Cutting Edge for General Use
r
l
ap
S
F
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapS r F
IC328
IC928
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
HP ADCT 2207PDR 25.73 22.60 7.50 1.00 3.43 • • • 5.00-22.00 0.07-0.15
HP ADKT 2207PDTR 25.73 22.60 7.50 0.80 3.43 •••••5.00-22.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HP E90AT-22 (28) • HP F90AT-22 (186)
ADKT
For general applications
ADCT
For general finishing
and high temp. alloys
HP ADKT/ADCT 2207
Inserts with Two 22 mm Long
Cutting Edges for General
High Shoulder Milling
399
MILLING INSERTS
r
l
ap
S
F
Rd°
Dimensions Recommended
Machining Data
Designation l r apS F
IC28
ap
(mm)
fz
(mm/t)
HP ADCR 220704PDFR-P 27.70 0.40 22.40 9.60 4.88 •5.00-22.00 0.08-0.25
HP ADCR 220704PDFR-P LM 26.14 0.40 22.40 7.52 3.81 •5.00-22.00 0.08-0.25
HP ADCR 220720PDFR-P LM 25.90 2.00 22.70 7.40 2.50 •5.00-22.00 0.08-0.25
HP ADCR 220732PDFR-P LM 25.70 3.20 22.40 7.49 1.20 •5.00-22.00 0.08-0.25
HP ADCR 220750PDFR-P LM 24.30 5.00 21.60 7.49 0.47 •5.00-22.00 0.08-0.15
• LM insert provides high 90° shoulder accuracy, especially when using the 32-50 mm cutters • For cutting speed recommendations, see pages 462-498
For tools, see pages: HP E90AT-22 (28) • HP F90AT-22 (186)
HP ADCR 2207
Milling Inserts with a Very Positive and
Polished Rake for Machining Aluminum
W S
l
a
p
r
Rd°
Dimensions Recommended
Machining Data
Designation W r(2) apl S
IC28
ap
(mm)
fz
(mm/t)
HSM90S APCR 140508R-P 12.50 0.80 10.00 25.00 6.05 •1.20-10.00 0.10-0.30
HSM90S APCR 140516R-P 12.50 1.60 10.00 25.00 6.00 •2.00-10.00 0.10-0.30
HSM90S APCR 140520R-P 12.50 2.00 10.00 25.00 5.95 •2.50-10.00 0.10-0.30
HSM90S APCR 140530R-P 12.50 3.00 10.00 25.00 5.85 •3.50-10.00 0.10-0.30
HSM90S APCR 140532R-P 12.50 3.20 10.00 25.00 5.80 •3.50-10.00 0.10-0.30
HSM90S APCR 140540R-P 12.50 4.00 10.00 25.00 5.70 •4.50-10.00 0.10-0.30
HSM90S APCR 140550R-P (1) 12.50 5.00 10.00 25.00 5.50 •5.50-10.00 0.10-0.30
• When machining at very high cutting speed and replacing the insert, it is also recommended to replace the screw
• For cutting speed recommendations, see pages 462-498
(1) Tool's pocket should be modified by rounding its corners to R=2.5 mm
(2) Measured on the cutter
For tools, see pages: HSM90S EAL-14 (330) • HSM90S FAL-14 (330)
HSM90S APCR 1405
Super Positive Inserts with a
Polished Rake for Machining
Aluminum at High Rotation Speed
l
ap
r
S
W
Rd°
Dimensions Recommended
Machining Data
Designation W S apl r
IC28
ap
(mm)
fz
(mm/t)
HM90 AXCR 150502R-P 10.00 5.00 14.00 19.20 0.20 •6.00-14.00 0.10-0.20
HM90 AXCR 150504R-P 10.00 5.00 14.00 19.20 0.40 •6.00-14.00 0.10-0.20
HM90 AXCR 150508R-P 10.00 5.00 14.00 19.20 0.80 •6.00-14.00 0.10-0.20
HM90 AXCR 150520R-P 10.00 5.00 14.00 19.20 2.00 •6.00-14.00 0.10-0.20
HM90 AXCR 150525R-P 10.00 5.00 14.00 19.20 2.50 •6.00-14.00 0.10-0.20
HM90 AXCR 150530R-P 10.00 5.00 14.00 19.20 3.00 •6.00-14.00 0.10-0.20
HM90 AXCR 150532R-P 10.00 5.00 14.00 19.20 3.20 •6.00-14.00 0.10-0.20
HM90 AXCR 150540R-P 10.00 5.00 14.00 19.20 4.00 •6.00-14.00 0.10-0.20
• Note: It is recommended to use the insert and screw set when machining at very high cutting speed. • For cutting speed recommendations, see pages 462-498
For tools, see pages: HM90 EAL-15 (334) • HM90 EAL-HSK63A-15 (335) • HM90 FAL-15 (335)
HM90 AXCR 1505
Super Positive Inserts with a Polished
Rake for Machining Aluminum
ISCAR
400
MILLING INSERTS
r=5.0-6.4
ap
l
r=0.2-4.0 W
S
l
ap
SW
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r(2) apl S
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 APCR 160502R-P 12.80 0.20 15.70 25.50 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160504R-P 12.80 0.40 16.70 25.50 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160505R-P 12.80 0.50 16.70 25.50 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160508R-P 12.80 0.80 15.70 25.50 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160516R-P 12.80 1.60 15.70 25.50 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160520R-P 12.80 2.00 15.70 25.40 4.80 • • 8.00-14.00 0.15-0.25
HM90 APCR 160525R-P 12.80 2.50 15.70 25.40 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160530R-P 12.80 3.00 15.40 24.40 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160532R-P 12.80 3.20 15.40 24.40 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160540R-P 12.80 4.00 14.50 23.40 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160550R-P (1) 12.70 5.00 16.00 22.70 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160560R-P (1) 12.70 6.00 16.00 22.70 4.80 •8.00-14.00 0.15-0.25
HM90 APCR 160564R-P (1) 12.70 6.40 16.00 22.70 4.80 •8.00-14.00 0.15-0.25
• Recommended to use the insert and screw set when machining at very high cutting speeds.
• For cutting speed recommendations, see pages 462-498
(1) Use with HM90 ....16BR tools only.
(2) Measured on the cutter
For tools, see pages: HM90 EAL-16 (331) • HM90 EAL-16BR (334) • HM90 EAL-CF4-16 (331) • HM90 EAL-HSK63A-16 (332) • HM90 FAL-16 (332)
• HM90 FAL-16BR (334) • SM-16 (333)
Insert and Screw Set (5+5) for
High Speed Machining Applications
In order to maintain high machining reliability we strongly recommend that when
replacing the worn out insert, the clamping screw be replaced as well.
Available are packages that contain 5
HM90 APCR 1605..R-P IC28 or
HM90 AXCR 1505..R-P IC28
inserts and 5 matching screws.
These packages contain inserts with a weight tolerance of 0.02 gm.
This tight tolerance ensures maintenance of the dynamic balance of the tool after
insert indexing.
HSM90 SET APCR-P
Set Designation
HSM90 Set APCR 160502RP IC28
HSM90 Set APCR 160504RP IC28
HSM90 Set APCR 160505RP IC28
HSM90 Set APCR 160508RP IC28
HSM90 Set APCR 160516RP IC28
HSM90 Set APCR 160520RP IC08
HSM90 Set APCR 160520RP IC28
HSM90 Set APCR 160525RP IC28
HSM90 Set APCR 160530RP IC28
HSM90 Set APCR 160532RP IC28
HSM90 Set APCR 160540RP IC28
HSM90 Set APCR 160550RP IC28
HSM90 Set APCR 160560RP IC28
HSM90 Set APCR 160564RP IC28
5 Included Inserts
HM90 APCR 160502R-P IC28
HM90 APCR 160504R-P IC28
HM90 APCR 160505R-P IC28
HM90 APCR 160508R-P IC28
HM90 APCR 160516R-P IC28
HM90 APCR 160520R-P IC08
HM90 APCR 160520R-P IC28
HM90 APCR 160525R-P IC28
HM90 APCR 160530R-P IC28
HM90 APCR 160532R-P IC28
HM90 APCR 160540R-P IC28
HM90 APCR 160550R-P IC28
HM90 APCR 160560R-P IC28
HM90 APCR 160564R-P IC28
5 Included Screws
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
SR 14-0180
=+
HSM90 SET AXCR-P
Set Designation
HSM90 Set AXCR 150504RP IC28
HSM90 Set AXCR 150508RP IC28
HSM90 Set AXCR 150520RP IC28
HSM90 Set AXCR 150530RP IC28
HSM90 Set AXCR 150532RP IC28
5 Included Inserts
HM90 AXCR 150504R-P IC28
HM90 AXCR 150508R-P IC28
HM90 AXCR 150520R-P IC28
HM90 AXCR 150530R-P IC28
HM90 AXCR 150532R-P IC28
5 Included Screws
SR 14-562
SR 14-562
SR 14-562
SR 14-562
SR 14-562
=+
HM90 APCR 1605..R-P
Super Positive Inserts with a Polished
Rake for Machining Aluminum
401
MILLING INSERTS
W
ap
l
r
S
r
Rd°
Dimensions Recommended
Machining Data
Designation W r apl S
IC28
ap
(mm)
fz
(mm/t)
HM90 APCR 220605R-P 13.90 0.50 22.10 30.50 6.90 •8.00-20.00 0.07-0.12
HM90 APCR 220608R-P 13.72 0.80 22.10 29.70 6.90 •8.00-20.00 0.07-0.12
HM90 APCR 220616R-P 13.72 1.60 22.10 29.70 6.90 •8.00-20.00 0.15-0.25
HM90 APCR 220623R-P 13.72 2.30 22.10 29.70 6.60 •8.00-20.00 0.15-0.25
HM90 APCR 220632R-P 13.72 3.20 21.80 29.40 6.60 •8.00-20.00 0.15-0.25
HM90 APCR 220640R-P 13.72 4.00 21.50 29.00 6.60 •8.00-20.00 0.20-0.30
HM90 APCR 220650R-P 13.72 5.00 21.30 28.20 6.10 •8.00-20.00 0.20-0.30
HM90 APCR 220664R-P 13.72 6.40 20.30 26.80 6.00 •8.00-20.00 0.20-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HM90 FAL-22 (335)
HM90 APCR 2206..R-P
Super Positive Inserts with a Polished
Rake for Machining Aluminum
l
r
ap
WS
Rd°
Dimensions Recommended
Machining Data
Designation W r apl S
IC28
ap
(mm)
fz
(mm/t)
HM90 APCR 220605-CS 14.60 0.50 22.00 30.90 6.90 •8.00-20.00 0.25-0.35
• To avoid incorrect mounting of the inserts, insert one pin into each tool pocket in an alternating order. As there is only one cavity at the insert bottom, this will prevent
incorrect insert orientation. • To be used only on even number flute tools, when the "1" and "2" digits appear in an alternating order.
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HM90 FAL-22 (335)
HM90 APCR 220605-CS
Chip Splitting Insert for Rough
Milling of Aluminum
di
60°
r
l
d
1
11°
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC635
IC50M
IC8350
IC8250
IC8150
IC520M
IC20
IC806
IC807
IC907
ap
(mm)(1)
f
(mm/rev)(1)
TPMT 110202 11.00 6.35 2.38 0.20 3.00 • • • 0.20-2.00 0.05-0.25
TPMT 110204 11.00 6.35 2.38 0.40 3.00 • • • • • • 1.00-3.00 0.12-0.30
TPMT 110208 11.00 6.35 2.38 0.80 3.00 • • • • 1.00-4.00 0.15-0.30
TPMT 160304 16.50 9.52 3.18 0.40 4.30 • • • • • • 1.00-4.00 0.12-0.30
TPMT 160308 16.50 9.52 3.18 0.80 4.30 ••• • •••••5.00-12.00 0.15-0.35
• For cutting speed recommendations, see pages 462-498
(1) For turning
For tools, see pages: • E30 / T230 (30) • E60 / T260 (32)
TPMT
Triangular 11° Positive Inserts
with a Positive Chipformer
Exerting Low Cutting Forces
for Internal Finish Turning
ISCAR
402
MILLING INSERTS
l
F
F
F
PP-R PP-N
S
di
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di l S F
IC328
IC928
IC50M
IC250
IC950
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
TPKN 1603PP-R-42 9.52 16.50 3.18 1.40 •3.00-10.00 0.10-0.15
TPKN 1603PPFR 9.52 16.50 3.18 1.40 •3.00-10.00 0.10-0.15
TPKN 1603PPTR 9.52 16.50 3.18 1.40 • • 3.00-10.00 0.10-0.15
TPKN 1603PPTR-42 9.52 16.50 3.18 1.47 • • • 3.00-10.00 0.10-0.15
TPKR 1603PPTR-HS 9.52 16.50 3.50 1.45 ••• 3.00-10.00 0.12-0.20
TPKN 2204PDFR 12.70 22.00 4.76 1.40 •3.00-15.00 0.10-0.15
TPKN 2204PDTR 12.70 22.00 4.76 1.45 • • 3.00-15.00 0.10-0.15
TPKN 2204PDTR-42 12.70 22.00 4.76 1.80 • ••••• 3.00-15.00 0.10-0.15
TPKR 2204PD-R-76 12.70 22.00 4.76 1.80 • • 3.00-15.00 0.10-0.15
TPKR 2204PDTR-HS 12.70 22.00 4.76 1.88 • • • • 3.00-15.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
TPKN/TPKR
11° Positive Triangular Milling
Inserts for General Use
sr
F
ap
l
di
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapdi S r F
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H690 WNMU 0705-PNTR (1) 7.30 7.00 11.50 5.90 0.80 1.20 • • 1.00-7.00 0.10-0.35
H690 WNMU 0705PNN-MM (2) 7.30 7.00 11.50 5.90 0.80 - ••• 1.00-7.00 0.10-0.25
H690 WNMU 0705PNR-MM (3) 7.30 7.00 11.50 5.90 0.80 1.20 • • 1.00-7.00 0.10-0.28
• For cutting speed recommendations, see pages 462-498
(1) General use insert with 6 right-hand cutting edges for milling a variety of cast iron and steel grades.
(2) 6 neutral cutting edges, for machining steel, can be used also for left-hand specially tailored milling tools.
(3) 6 right-hand cutting edges, used mainly for milling steel
For tools, see pages: H690 EWN (11) • H690 FWN (166)
PNTRPNN-MM PNR-MM
H690 WNMU 0705
Trigonal Inserts with 6 Helical
Cutting Edges for 90° Shoulders
I
W
S
1
3
Fr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r F
IC330
IC830
IC5400
IC380
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H490 ANCX 090404PDR 6.50 8.52 5.20 0.40 4.80 • • 3.00-8.00 0.08-0.15
H490 ANCX 090408PDR 6.50 8.52 5.20 0.80 4.40 •• ••• 3.00-8.00 0.08-0.15
H490 ANCX 090412PDR 6.50 8.52 4.80 1.20 4.20 • • • 3.00-8.00 0.08-0.15
H490 ANCX 090416PDR 6.50 8.52 4.70 1.60 3.60 • • • 3.00-8.00 0.08-0.15
H490 ANKX 090408PNTR 6.50 8.52 5.20 0.80 5.00 ••• ••• 3.00-8.00 0.10-0.18
• ANKX-Utility inserts, ANCX-Precision inserts • For cutting speed recommendations, see pages 462-498
For tools, see pages: H490 ANK-09C (205) • H490 E90AX-09 (15) • H490 E90AX-M (16) • H490 E90AX-MM (16) • H490 F90AX-09 (168) • H490 SM-09 (213)
H490 ANKX/ANCX-09
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
403
MILLING INSERTS
r1
r
l
F
3°30’
WS
ap
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W F ap(1) l S r(2) Rgr1
IC830
IC808
ap
(mm)
fz
(mm/t)
H490 ANKX 0904R12T-FF 6.20 2.30 1.00 8.50 4.30 1.00 1.20 5.00 • • 0.50-1.00 0.50-1.50
• The cutting diameter of the tool is 0.12 mm larger than the nominal diameter when using this insert • At D.O.C. larger than ap, regular insert feed sshould be
applied • Enables ramping down at 1° maximum on 16 to 40 tool diameters • Corner radius for CNC programming is 1.2 mm
(1) The ap range for fast feed
(2) Radius corner for programming is 1.2 mm.
For tools, see pages: H490 E90AX-09 (15) • H490 E90AX-M (16) • H490 E90AX-MM (16) • H490 F90AX-09 (168)
H490 ANKX 0904-FF
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges for Fast
Feed Milling at Small Depths of Cut
I
W
S
1
3
Fr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W r S l F
IC330
IC830
IC380
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H490 ANCX 120508PDR 10.00 0.80 9.45 13.67 3.50 • • 4.00-11.00 0.08-0.15
H490 ANKX 120504PNTR 10.00 0.40 9.15 13.70 3.80 •4.00-11.00 0.10-0.30
H490 ANKX 120508PNTR 10.00 0.80 9.15 13.67 3.50 ••••••4.00-11.00 0.10-0.30
H490 ANKX 120510PNTR 10.00 1.00 8.90 13.70 3.40 •4.00-11.00 0.10-0.30
H490 ANKX 120512PNTR 10.00 1.20 8.90 13.70 3.20 •4.00-11.00 0.10-0.30
H490 ANKX 120516PNTR 10.00 1.60 8.60 13.70 2.80 •4.00-11.00 0.10-0.30
H490 ANKX 120520PNTR 10.00 2.00 8.70 13.70 2.80 •4.00-11.00 0.10-0.30
H490 ANKX 120524PNTR 10.00 2.40 8.60 13.70 2.80 •4.00-11.00 0.10-0.30
H490 ANKX 1205PNTR-CS (1) 10.00 0.80 9.15 13.70 3.50 •8.00-11.00 0.15-0.20
H490 ANKX 1205PNTR-RM 10.00 0.80 9.15 13.70 3.50 • • 4.00-11.00 0.20-0.30
• ANKX-utility inserts, ANCX-precision inserts. • For cutting speed recommendations, see pages 462-498
(1) The maximum feed per tooth for chip splitting effect is up to 0.20 mm/t.
For tools, see pages: H490 E90AX-12 (23) • H490 F90AX-12 (174)
H490 ANKX/ANCX-12
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
ISCAR
404
MILLING INSERTS
S
W
r
r1
F
4°
l
ap
ae
Rd°
Dimensions Recommended
Machining Data
Designation l S W F r Rgr1apae
IC830
ap
(mm)
fz
(mm/t)
H490 ANKX 1205R15T-FF 13.50 6.40 10.20 3.50 1.50 2.50 6.00 2.00 5.1 •0.50-2.00 1.00-2.00
• The cutting diameter of the tool is 0.5 mm larger than the nominal diameter when using this insert • Tool corner should be modified by rounding to R2.0 mm
• The corner radius for CNC programming is 2.50 mm. • At D.O.C. larger than apmax, regular insert feed should be applied.
• For cutting speed recommendations, see pages 462-498
For tools, see pages: H490 E90AX-12 (23) • H490 F90AX-12 (174)
86°
12 max
Insert Mounting in a Standard Tool
D
(D+0.5)
4°
Tool with regular inserts
D
(D+0.5)
4°
Tool with H490 ANKX 1205... FF inserts
Shoulder angle when H490 ANKX 1205...-FF inserts are used
H490 ANKX/ANCX 1205-FF
Single-Sided Rectangular Inserts
with 2 Helical Cutting Edges for Fast
Feed Milling at Small Depths of Cut
I
W
S
1
3
Fr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l r S W F
IC330
IC845
IC830
IC5400
IC380
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
H490 ANKX 170604PNTR 16.70 0.40 10.40 11.20 4.70 •5.00-15.00 0.15-0.30
H490 ANCX 170608PDR 16.70 0.80 10.40 11.20 4.70 • • • • • 5.00-15.00 0.10-0.18
H490 ANKX 1706PNTR-CS (1) 16.70 0.80 10.40 11.20 4.70 •5.00-15.00 0.15-0.22
H490 ANKX 1706PNTR-RM 16.70 0.80 10.40 11.20 4.70 • • 5.00-15.00 0.20-0.40
H490 ANKX 170608PNTR 16.70 0.80 10.40 11.20 4.70 •••• ••••5.00-15.00 0.15-0.30
H490 ANKX 170612PNTR 16.90 1.20 10.50 11.00 3.50 • • 5.00-15.00 0.15-0.30
H490 ANKX 170616PNTR 16.90 1.60 10.50 11.00 3.10 • • 5.00-15.00 0.15-0.30
H490 ANKX 170620PNTR 16.90 2.00 10.50 11.00 2.70 • • 5.00-15.00 0.15-0.30
H490 ANKX 170624PNTR 16.90 2.40 10.50 11.00 2.30 • • 5.00-15.00 0.15-0.30
• ANKX-utility inserts. ANCX-precision inserts • For cutting speed recommendations, see pages 462-498
(1) The maximum feed per tooth for chip splitting effect is up to 0.22 mm/t.
For tools, see pages: H490 E90AX-17 (26) • H490 E90AX-C#-17 (27) • H490 F90AX-17 (182) • H490 SM-17 (218)
H490 ANKX/ANCX-17
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
405
MILLING INSERTS
l
S
W
rr1
ap
ae
F
3º30’
Rd°
Dimensions Recommended
Machining Data
Designation l S W F r Rgr1apae
IC830
ap
(mm)
fz
(mm/t)
H490 ANKX 1706R15T-FF 16.80 7.80 11.70 4.60 1.60 2.85 15.00 2.00 6.1 •0.50-2.00 1.00-2.00
• The cutting diameter of the tool is 1.5 mm larger than the nominal diameter when using this insert • The corner radius for CNC programming is 2.85 mm
• No tool radius modifications is required • At D.O.C. larger than apmax, regular insert feed should be applied
• For cutting speed recommendations, see pages 462-498
For tools, see pages: H490 E90AX-17 (26) • H490 E90AX-C#-17 (27) • H490 F90AX-17 (182)
H490 ANKX 1706-FF
Single-Sided Rectangular Inserts
with 2 Helical Cutting Edges, for Fast
Feed Milling at Small Depths of Cut
1
3
2
SFr
l
di
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapdi S r F
IC330
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
H690 TNKX 100504PNTR 8.48 8.00 6.20 4.70 0.40 0.80 •••••1.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 406
For tools, see pages: H690 E90AX-10 (22) • H690 F90AX-10 (171)
H690 TNKX 1005
Triangular Inserts with 6 Helical Cutting
Edges for 90° Shoulder Accuracy
1
3
2
SFr
l
di
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation lapdi S r F
IC330
IC845
IC830
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H690 TNCX 160608 PDR 17.50 13.50 12.00 10.00 0.80 0.70 ••• 1.20-13.50 0.15-0.30
H690 TNKX 160610PNTR 17.50 13.50 12.00 10.00 1.00 0.70 ••••••1.20-13.50 0.15-0.30
• For cutting speed recommendations, see pages 406
For tools, see pages: H690 F90AX-16 (183)
H690 TNCX/TNKX 1606
Triangular Inserts with 6 Helical
Cutting Edges for 90° Shoulders
ISCAR
406
MILLING INSERTS
ISCAR
406
USER GUIDE
ISO
Class
DIN/
ISO
513
Workpiece Material Vc, m/min, for Grades
Description
Typical Representative
Hardness,
HB
ISCAR
Mat.
Group*** IC330 IC830 IC5400 IC808 IC810
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1020 1.044 130-180 1 150-180 150-180 150-200 150-200 150-200
Alloy steel 4340 1.6582 260-300 8 100-120 140-150 120-170 140-170 140-170
Alloy steel 4340 1.6582 HRC 35-42** 9 80-100 80-100 120-150
High alloy steel H13 1.2344 200-220 10 100-120 140-170 140-170
Martensitic s.s. 420 1.4021 200 12 150-180 150-150 120-200 150-200
MAustenitic s.s. 304L 1.4306 200 14 100-140 120-140 120-140
Austenitic s.s. 316L 1.4404 140 14 100-140 120-140 120-140
KGrey cast iron Class 40 0.6025 (GG25) 250 16 150-200 250-300
Nodular cast iron Class 65-45-12 0.7050 (GGG50) 200 17 150-180 200-250
HHard steel H11 1.2343 HRC 45-49 38.1 60-80
Cast iron P20 1.2330 HRC 50-55 38.2 40-60
The attached tables provide cutting data recommendations for H690 TNKX 100504PNTR inserts.
For machining in unstable conditions, the recommended tooth load should be reduced by 20-30%.
Cutting Speed Recommendations for H690 TNKX 100504PNTR Inserts
Feed Recommendations for H690 TNKX 100504PNTR Inserts
** Quenched and tempered
*** ISCAR material group in accordance with VDI 3323 standard
ISO
Class
DIN/
ISO
513
Workpiece Material Fz, mm/tooth, for Grades
Description
Typical Representative
Hardness,
HB
ISCAR
Mat.
Group** IC808 IC5400 IC810 IC830 IC330
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1020 1.044 130-180 1 0.08-0.15 0.08-0.15 0.08-0.15 0.08-0.15
Alloy steel 4340 1.6582 260-300 8 0.08-0.15 0.08-0.15 0.08-0.15 0.08-0.15 0.08-0.15
Alloy steel 4340 1.6582 HRC 35-42* 9 0.08-0.12 0.08-0.12 0.08-0.12 0.08-0.12
High alloy steel H13 1.2344 200-220 10 0.08-0.15 0.08-0.15 0.08-0.15 0.08-0.12
Martensitic s.s. 420 1.4021 200 12 0.08-0.15 0.08-0.15 0.08-0.12
MAustenitic s.s. 304L 1.4306 200 14 0.08-0.12 0.08-0.12 0.08-0.12
Austenitic s.s. 316L 1.4404 140 14 0.08-0.12 0.08-0.12 0.08-0.12
KGrey cast iron Class 40 0.6025 (GG25) 250 16 0.08-0.12 0.08-0.12
Nodular cast iron Class 65-45-12 0.7050 (GGG50) 200 17 0.08-0.12 0.08-0.12
SHTSA Inconel 718 2.4668 HRC 36 34
Titanium alloys AMS R56400 3.7165 (Ti6Al4V) HRC 34 37
HHard steel H11 1.2343 HRC 45-49 38.1 0.06-0.1
Cast iron P20 1.2330 HRC 50-55 38.2 0.05-0.08
* Quenched and tempered
** ISCAR material group in accordance with VDI 3323 standard
Cutting Data
407
MILLING INSERTS
W
ap
S
F
r
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS F r
IC330
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
T290 LNHT 050202TR 2.70 5.75 5.00 5.85 1.20 0.20 • • 2.00-5.00 0.03-0.07
T290 LNHT 050204TR 2.70 5.75 5.00 5.85 1.00 0.40 •2.00-5.00 0.03-0.07
T290 LNHT 050208TR 2.70 5.75 5.00 5.85 1.00 0.80 •2.00-5.00 0.03-0.07
T290 LNHT 050210TR 2.70 5.75 5.00 5.85 1.00 1.00 •2.00-5.00 0.03-0.07
T290 LNMT 050204TR 2.70 5.75 5.00 5.85 1.00 0.40 •••••2.00-5.00 0.04-0.08
• LNMT-utility inserts. LNHT-precision inserts • For cutting speed recommendations, see pages 462-498
For tools, see pages: E30 / T230 (30) • E45 / T245 (32) • E60 / T260 (32) • T290 ELN-05 (9) • T290 ELN-MM-05 (10)
T290 LNMT/LNHT 0502
Tangential Inserts with 2 Cutting Edges
F
r
S
apW
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS F r
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
T290 LNHT 100405TR 4.10 10.40 10.00 8.90 1.30 0.50 •3.00-9.00 0.08-0.20
T290 LNMT 100405TR 4.10 10.40 10.00 8.90 1.30 0.50 •••••• 3.00-9.00 0.08-0.20
• LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 462-498
For tools, see pages: T290 ELN-10 (17) • T290 FLN-10 (168)
T290 LNMT/LNHT 1004
Tangential Insert with 2 Cutting Edges
F
apW
r
S
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apS F r
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
T290 LNMT 150608TR 5.60 15.90 15.00 11.50 2.00 0.80 •••5.00-15.00 0.10-0.22
• LNMT-utility inserts, LNHT-precision inserts. • For cutting speed recommendations, see pages 462-498
For tools, see pages: T290 FLN-15 (175)
T290 LNMT 1506
Tangential Insert with 2 Cutting Edges
ISCAR
408
MILLING INSERTS
lap
S
Wr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr(4) S
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
T490 LNMT 0804PNR 4.24 8.59 8.00 0.40 7.43 •••••• 1.50-5.00 0.10-0.18
T490 LNHT 080404PNR 4.24 8.59 8.00 0.40 7.51 • • • • 1.50-5.00 0.08-0.15
T490 LNMT 080408PNR 4.24 8.59 8.00 0.80 7.43 • • • 1.50-5.00 0.10-0.18
T490 LNHT 080408PNR 4.24 8.59 8.00 0.80 7.16 • • • • 1.50-5.00 0.08-0.15
T490 LNHT 080412PNR 4.24 8.59 8.00 1.20 6.87 • • • • 1.50-5.00 0.08-0.15
T490 LNMT 080412PNR 4.24 8.59 8.00 1.20 6.87 •1.50-5.00 0.08-0.18
T490 LNHT 080416PNR 4.24 8.59 8.00 1.60 6.74 • • • • 1.50-5.00 0.08-0.15
T490 LNMT 080416PNR 4.24 8.59 8.00 1.60 7.29 •1.50-5.00 0.10-0.18
T490 LNMT 0804PNR-CS (1) 4.24 8.59 8.00 0.40 7.43 • • 2.50-7.00 0.10-0.15
T490 LNHT 080404PNR-RD (2) 4.24 8.59 8.00 0.40 7.51 •1.50-5.00 0.08-0.15
T490 LNHT080404PNR-PLS (3) 4.24 8.59 8.00 0.40 7.51 •1.50-5.00 0.08-0.15
• LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 462-498
(1) Chip splitting cutting edge
(2) Used for ramping down applications on 16-20 mm tools
(3) Positive rake angle for soft and gummy materials
(4) Radius obtained on workpiece
For tools, see pages: T490 ELN-08 (14) • T490 ELN-M (15) • T490 ELN-MM..-08 (15) • T490 FLN-08 (167) • T490 FLN-C#-08 (167) • T490 LNM-08 (206)
• T490 LNM-M-08 (206) • T490 SM-08 (213)
Tool Diameter a - Rampdown
16 2°
18 1.85°
20 1.7°
T490 LNHT 0804PNR-RD
T490 LNMT/LNHT 0804
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
lap
S
Wr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr(5) S
IC845
IC840
IC830
IC5500
IC808
IC810
ap
(mm)
fz
(mm/t)
T490 LNHT 1106PNTR 6.00 10.50 9.00 0.80 11.30 • • • 1.50-9.00 0.10-0.20
T490 LNMT 1106PNTR 6.00 10.50 9.00 0.80 11.30 • • • 1.50-9.00 0.10-0.20
T490 LNMT 1106PNR-PLS (1) 6.00 10.50 9.00 0.80 11.30 •1.50-9.00 0.10-0.20
T490 LNHT 1106PNR-PLS (1) 6.00 10.50 9.00 0.80 11.30 • • • 1.50-9.00 0.10-0.20
T490 LNMT 1106PNTR-FW (2) 6.00 10.50 9.00 0.80 11.30 •1.50-9.00 0.10-0.20
T490 LNHT 1106PNTR-RD (4) 6.00 10.50 9.00 0.80 11.30 •1.50-9.00 0.10-0.20
• For cutting speed recommendations, see pages
(1) Positive rake angle for soft and gummy materials
(2) Chip splitting insert
(4) Used for ramping down applications with 32 mm and larger tools (Click on "More Info")
(4) Used for ramping down applications with 32 mm and larger tools, see table below
(5) Radius obtained on workpiece
For tools, see pages: T490 ELN-11 (22) • T490 FLN-11 (171) • T490 LNK-11 () • T490 SM-11 ()
Tool Diameter a - Rampdown
32 1.5°
40 1.4°
50 1.1°
63 0.7°
T490 LNHT 1106PNTR-RD
T490 LNMT/LNHT 1106
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
409
MILLING INSERTS
W
r r
W
l
S
ap
12
Right-hand shown
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr(8) S Fig.
IC330
IC840
IC830
IC5400
IC5500
IC380
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
T490 LNMT 1306PNTR 6.65 13.74 12.50 0.80 13.05 1 ••••••••••4.00-12.00 0.10-0.25
T490 LNHT 1306PNTR/L (1) 6.65 13.81 12.50 0.80 13.05 1 • • • • • • 4.00-12.00 0.10-0.20
T490 LNMT 1306PNTR-CS (2) 6.65 13.74 12.50 0.80 13.05 1 • • • • 4.00-12.00 0.10-0.20
T490 LNHT 1306PN-R-PL (3) 6.65 13.81 12.50 0.80 13.05 1 • • • 4.00-12.00 0.10-0.20
T490 LNHT 1306PNR PLS (4) 6.65 13.81 12.50 0.80 13.05 1 •4.00-12.00 0.10-0.20
T490 LNHT 1306PNTR-RD (5) 6.65 13.81 12.50 0.80 13.05 1 • • 4.00-12.00 0.10-0.20
T490 LNMT 1306PNTR-RD (5) 6.65 13.75 12.50 0.80 13.05 1 •4.00-12.00 0.10-0.20
T490 LNHT 130612PNTR 6.65 13.81 12.50 1.20 13.00 1 •4.00-12.00 0.10-0.20
T490 LNHT 130616PNTR/L (1) 6.65 13.81 12.50 1.60 12.88 1 • • • 4.00-12.00 0.10-0.20
T490 LNMT 130616PNTR 6.65 13.75 12.50 1.60 12.88 1 • • 4.00-12.00 0.10-0.25
T490 LNHT 130624PNTR/L (1) 6.65 13.80 12.50 2.40 12.50 1 • • • • 4.00-12.00 0.10-0.20
T490 LNMT 130624PNTR 6.65 13.74 12.50 2.40 12.66 1 • • 4.00-12.00 0.10-0.20
T490 LNHT 130631PNTR/L (1) 6.65 13.81 12.50 3.10 12.37 1 • • • 4.00-12.00 0.10-0.20
T490 LNMT 130631PNTR 6.65 13.75 12.50 3.10 12.45 1 • • 4.00-12.00 0.10-0.25
T490 LNHT 130640PNTR (6) 6.65 13.63 12.50 4.00 12.60 2 • • 4.00-12.00 0.10-0.20
T490 LNMT 130640PNTR (6) 6.65 13.63 12.50 4.00 12.60 2 •4.00-12.00 0.10-0.20
T490 LNHT 130650PNTR (6) 6.65 13.63 12.50 5.00 12.45 2 • • 4.00-12.00 0.10-0.20
T490 LNMT 130650PNTR (6) 6.65 13.63 12.50 5.00 12.36 2 •4.00-12.00 0.10-0.20
T490 LNHT 130660PNTR (6) 6.65 13.63 12.50 6.00 12.30 2 • • 4.00-12.00 0.10-0.25
T490 LNHT 130664PNTR (6) 6.65 13.63 12.50 6.35 12.28 2 • • • 4.00-12.00 0.10-0.20
T490 LNMT 130664PNTR (6) 6.65 13.63 12.50 6.40 12.28 2 •4.00-12.00 0.10-0.20
T490 LNAT 1306 PN-W (7) 6.60 14.20 0.50 0.50 13.10 1 •0.50-0.50 0.12-0.18
• LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 462-498
(1) Left-hand insert used on left-hand cartridges or on special left-hand cutters
(2) Chip splitting insert
(3) Positive rake face, for stainless steel and high temperature alloys.
(4) Positive rake angle for soft and gummy materials
(5) Used for ramping down applications on tools larger than 32 mm (see table below).
(6) With 2 cutting edges
(7) A wiper insert (5.3 mm long), 2 cutting edges, for finishing only.
(8) Radius obtained on workpiece
For tools, see pages: FDN-CALN13 (299) • SDN-CALN13 (307) • T4..-SM Conical Shell Mills (217) • T490 CAP-13FT (215) • T490 ELN-13 (23)
• T490 ELN-C#-13 (23) • T490 ELN-M (15) • T490 FLN-13 (175) • T490 LNK-13 (207) • T490 LNK-13-BT (208) • T490 LNK-13-C# (207)
• T490 LNK-13-CF (207) • T490 LNK-13-INT (208) • T490 LNK-BT-FT (217) • T490 LNK-INT50-FT (216) • T490 LNK-M-13 (207) • T490 SM-13 (214)
• T490 SM-13FT (214)
Special chamfer for
ramping down applications
Tool Diameter a - Rampdown
32 2.8°
40 2°
50 1.5°
63 1.1°
80 0.9°
100 0.7°
125 0.5°
T490 LNHT 1306PNTR-RD
T490 LNMT/LNHT 1306
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
ISCAR
410
MILLING INSERTS
SW
r
l
ap
Right-hand shown
Dimensions Recommended
Machining Data
Designation W l apr(1) S
IC830
ap
(mm)
fz
(mm/t)
T490 LNMT 1306PNTR-FW 6.65 13.73 12.70 0.80 13.06 •4.00-12.00 0.10-0.20
• Cannot be used for ramping down and on full slot cutters • For cutting speed recommendations, see pages 462-498
(1) Radius obtained on workpiece
For tools, see pages: T4..-SM Conical Shell Mills (217) • T490 CAP-13FT (215) • T490 ELN-13 (23) • T490 ELN-C#-13 (23) • T490 ELN-M (15)
• T490 FLN-13 (175) • T490 LNK-13 (207) • T490 LNK-13-BT (208) • T490 LNK-13-C# (207) • T490 LNK-13-CF (207) • T490 LNK-13-INT (208)
• T490 LNK-BT-FT (217) • T490 LNK-INT50-FT (216) • T490 LNK-M-13 (207) • T490 SM-13 (214) • T490 SM-13FT (214)
T490 LNMT 1306PNTR-FW
Tangentially Clamped Inserts with 4
Serrated and Helical Cutting Edges
apl
SWr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr S
IC330
IC07
ap
(mm)
fz
(mm/t)
T490 LNAR 0804PN-R-P 4.25 8.60 8.00 0.40 7.50 •1.00-5.00 0.08-0.15
T490 LNAR 1306PN-R 6.65 13.81 12.77 0.80 13.00 •4.00-12.00 0.08-0.20
T490 LNAR 1306PN-R-P 6.65 13.81 12.50 0.80 13.00 •4.00-12.00 0.08-0.20
T490 LNAR 1607PN-R-P 7.05 17.05 16.00 0.80 15.90 •5.00-14.00 0.15-0.25
• For T490 ELN-13 on diameter 25 mm at ap=5, fz=0.15 at ap=10, fz=0.1 • For cutting speed recommendations, see pages 462-498
For tools, see pages: T4..-SM Conical Shell Mills (217) • T490 CAP-13FT (215) • T490 ELN-08 (14) • T490 ELN-13 (23) • T490 ELN-16 (26)
• T490 ELN-C#-13 (23) • T490 ELN-M (15) • T490 ELN-MM..-08 (15) • T490 FLN-08 (167) • T490 FLN-13 (175) • T490 FLN-16 (180) • T490 FLN-C#-08 (167)
• T490 LNK-13 (207) • T490 LNK-13-BT (208) • T490 LNK-13-C# (207) • T490 LNK-13-CF (207) • T490 LNK-13-INT (208) • T490 LNK-BT-FT (217)
• T490 LNK-INT50-FT (216) • T490 LNK-M-13 (207) • T490 LNM-08 (206) • T490 LNM-M-08 (206) • T490 SM-08 (213) • T490 SM-13 (214)
• T490 SM-13FT (214) • T490 SM-16 (218)
T490 LNAR
Tangentially Clamped Precision
Ground Inserts with a Super Positive
Rake for Machining Aluminum
ap
r
S W
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr S
IC330
IC830
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
T490 LNHT 160708PNR 7.00 17.05 16.00 0.80 15.90 ••• 5.00-15.00 0.10-0.20
T490 LNHT 160712PNR 7.00 17.05 16.00 1.20 15.83 •5.00-15.00 0.10-0.20
T490 LNHT 160716PNR 7.00 17.05 16.00 1.60 15.70 ••• 5.00-15.00 0.10-0.20
T490 LNHT 160724PNR 7.00 17.05 16.00 2.40 15.40 ••• 5.00-15.00 0.10-0.20
T490 LNHT 160732PNR 7.00 17.05 16.00 3.20 15.10 •••• 5.00-15.00 0.10-0.20
T490 LNMT 1607PN-R 7.00 17.05 16.00 0.80 15.83 ••••• 5.00-15.00 0.15-0.25
T490 LNMT 1607PN-R-CS (1) 7.00 17.05 16.00 0.80 15.83 •5.00-15.00 0.15-0.25
• For cutting speed recommendations, see pages 462-498
(1) Chip splitting insert
For tools, see pages: T490 ELN-16 (26) • T490 FLN-16 (180) • T490 SM-16 (218)
T490 LNMT/LNHT 1607
Tangentially Clamped Insert
with 4 Helical Cutting Edges
411
MILLING INSERTS
ap
SW
l
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC328
IC928
IC950
IC808
IC908
IC910
DT7150
IC4100
ap
(mm)
fz
(mm/t)
LNKX 1106PN-N MM 6.00 11.16 11.00 0.80 5.00 ••• ••• 1.50-5.00 0.15-0.20
LNKX 1106PNTN MM 6.00 11.16 11.00 0.80 5.00 • • • 1.50-5.00 0.17-0.25
LNMT 1106PN-N MM 6.00 11.16 11.00 0.80 5.00 •• ••••• 1.50-5.00 0.17-0.25
• Molded chipformer to produce positive cutting • Reduced cutting forces enable higher feed capability • LNKX... is peripherally ground for accuracy and
improved surface finish • LNMT... is an economical utility insert • LNKX1106PNTN MM insert has a reinforced chamfered land • 4 R.H. and 4 L.H. cutting edges
when used on F90LN... cutters • For cutting speed recommendations, see pages 462-498
(1) DOC when the insert is on the cutter
For tools, see pages: F86LNX-11 (187) • F90LN-FR CA11 (336) • F90LN-N11 (172) • FDN-CALN11 (299) • SDN-CALN11 (307)
PN-N-MM PNTN MM
LNKX/LNMT 1106
Tangentially Clamped Inserts
with a Very Positive Chipformer
and Reinforced Cutting Edge
SW
lap
r
10° Ref.
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
LNHT 1106PN-R HT 5.97 11.16 11.00 0.80 10.00 ••• 2.00-7.00 0.15-0.25
• Right-hand insert with 4 cutting edges • Can machine a 90° shoulder according to the table below • For cutting speed recommendations, see pages 462-498
(1) ap max=10 mm for cast iron applications (for each pass), ap max=8 mm for steel applications
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172) • FDN-CALN11 (299) • SDN-CALN11 (307)
Mismatch as a function
of cutting diameter
Dtool ΔW
40 0.12
50 0.06
63 0.03
80 0.04
100 0.01
125 0.02
LNHT 11..
Δh=8
ΔW
8
LNHT 1106 PN-R HT
Tangentially Clamped Inserts with 4
Straight Right-Hand Cutting Edges
ISCAR
412
MILLING INSERTS
lap
WS r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC928
IC808
ap
(mm)
fz
(mm/t)
LNHT 1106PN-N HT 5.97 11.16 11.00 0.80 10.00 • • 2.00-7.00 0.15-0.25
• 2 right- and 2 left-hand cutting edges • Can machine 90° shoulders, see table below • For cutting speed recommendations, see pages 462-498
(1) ap max=10 mm for cast iron applications (for each pass), ap max=8 mm for steel applications
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172) • FDN-CALN11 (299) • SDN-CALN11 (307)
Mismatch as a function
of cutting diameter
Dtool ΔW
40 0.12
50 0.06
63 0.03
80 0.04
100 0.01
125 0.02
LNHT 11..
Δh=8
ΔW
8
LNHT 1106 PN-N HT
Tangentially Clamped Inserts with
Straight, Right- and Left-Hand
Cutting Edges
ap
W
S
r
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC07
IC907
ap
(mm)
fz
(mm/t)
LNAR 1106 PN-N 6.00 11.16 10.72 0.50 5.00 •1.50-5.00 0.15-0.20
LNAR 1106 PN-N-P 6.00 11.16 10.72 0.50 5.00 •1.50-5.00 0.15-0.20
• Polished rake and sharp cutting edge • Recommended for machining high silicon and cast aluminum, titanium and magnesium • 4 R.H. and 4 L.H. cutting
edges • For cutting speed recommendations, see pages 462-498
(1) D.O.C. when the insert is on the cutter
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172) • FDN-CALN11 (299) • SDN-CALN11 (307)
LNAR 1106
Tangentially Clamped Inserts
with Positive Polished Rake
W
SR.H
l
L.H
4.9
Dimensions Recommended Machining Data
Designation W l S
IC908
ap
(mm)
fz
(mm/t)
LNAT 1106PN-W (1) 5.97 11.38 10.94 •0.50-2.00 0.10-0.15
• When feed per revolution is less than 4 mm it is recommended to use only one wiper insert. When feed per revolution is greater than 4 mm, it is recommended to
use two wiper inserts. • For cutting speed recommendations, see pages 462-498
(1) Wiper insert with two right- and two left-hand cutting edges, for 90° lead angle in F90LN cutters.
For tools, see pages: F86LNX-11 (187) • F90LN-FR CA11 (336) • F90LN-N11 (172)
LNAT 1106-W
Tangentially Clamped Wiper Inserts
413
MILLING INSERTS
I
r
2.6 0.4
S
1.75
X45PN-R-S X75PN-R-S
PN-R-S W
ap45°
15°
2.0
0.15x75°
Single R.H. cutting edge PCD insert
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r Ch a°ap
ID8
ID5
ap
(mm)
fz
(mm/t)
LNAR 110604PN-R-S 6.00 11.11 10.76 0.40 - 90 5.00 • • 0.10-2.00 0.10-0.25
LNAR 110604X45PN-R-S 6.00 11.11 10.70 - 0.4 45 5.00 • • 0.10-2.00 0.10-0.25
LNAR 110620X75PN-R-S 6.00 11.11 10.72 - 0.15 75 5.00 • • 0.10-2.00 0.10-0.25
• The chamfered corner used for reduced chipping on the machined component edges • Use ID5 for aluminum alloys with <12% silicon
• Use ID8 for aluminum alloys with >12% silicon. • The inserts are supplied with spare screws.
• For D.O.C., cutting speed recommendations and grade data, see pages 462-468
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172)
LNAR 1106 (PCD)
Tangentially Clamped Milling
Inserts with a Brazed PCD Tip
for Machining Aluminum
l
S
A
AW
30º
A single R.H. cutting edge PCD insert
Dimensions Recommended
Machining Data
Designation W l S
ID5
fz
(mm/t)
LNAR 1106PN-R-S-W 5.98 11.26 10.75 •0.10-0.25
• The chamfered corner is used for reduced chipping on the machined component edges.
• The wiper insert should not be used with LNAR 110620x75PN-R-S inserts. • For D.O.C., cutting speed recommendations and grade data, see pages 462-468
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172)
Regular Insert
Wiper Insert
0.25 Ref
0.01 Ref
Wiper Length 4.6 Ref
D (cutter)
LNAR 1106PN-R-S-W (PCD)
Tangentially Clamped Wiper
Milling Inserts with a Brazed PCD
Tip for Machining Aluminum
ISCAR
414
MILLING INSERTS
r
l
ap
W
lt
F
S
Single R.H. cutting edge insert
Dimensions Recommended
Machining Data
Designation W S r l apF lt
IB85
ap
(mm)
fz
(mm/t)
LNAW 1106PNTR-S 6.00 11.80 0.80 11.17 5.00 1.20 2.8 •0.05-2.00 0.10-0.25
LNAW 1106PN-R-S 6.00 11.90 0.80 11.17 5.00 1.20 2.8 •0.05-2.00 0.10-0.25
• LNAW PN-R.. is 0.03 mm edge-honed for finishing applications, while the LNAW PNTR... has a chamfered edge for rough milling applications.
• For D.O.C. and machining recommendations see table below • The inserts are supplied with spare screws.
For tools, see pages: F90LN-FR CA11 (336) • F90LN-N11 (172)
CBN
Recommended Machining Conditions
Grade IB85 IB55
DOC
mm Material
Vc
m/min
Feed
mm/tooth
Cutting
Edge
Vc
m/min
Feed
mm/tooth
Cutting
Edge
K
<0.5 Grey cast iron
200-280 HBN 500-1500 0.1-0.3 Chamfer
Hone
0.5-2.0 500-1100 0.1-0.25 Chamfer
<0.5 CGI 400-600 0.1-0.2 Hone
S 0.5-2.0
Co based > 35 HRc
Ni based > 35 HRc
Fe based > 35 HRc
Cr based > 35 HRc
150-200
120-150
60-120
50-75
0.05-0.15 Chamfer
H <0.5 Hard steels > 45 HRc 80-180 0.1-0.25 Chamfer 80-220 0.1-0.25 Chamfer
<2 Hard cast iron Ni hard 80-200 0.1-0.15 Chamfer
P <2 Bearing steel 180-220 0.05-0.25 Chamfer 180-220 0.1-0.15 Chamfer
<2 Ferrous powder metal 150-300 0.1-0.15 Chamfer 250-360 0.1-0.15 Chamfer
ff
v
Important:
Up-Milling
Recommendead for
Hardened Materials
LNAW-11 (CBN)
Tangentially Clamped Inserts
with a PCBN Brazed Tip for
Machining Hard Materials
415
MILLING INSERTS
r
l
ap
W
lt
F
SSingle R.H. cutting edge insert
Dimensions Recommended
Machining Data
Designation W S r l apF lt
IB85
ap
(mm)
fz
(mm/t)
LNAW 1506PN-R-S 6.00 14.00 0.80 15.00 5.00 1.60 3.8 •0.05-2.00 0.10-0.25
LNAW 1506PNTR-S 6.00 13.90 0.80 15.00 5.00 1.60 3.8 •0.05-2.00 0.10-0.25
• LNAW PN-R.. is 0.03 mm edge-honed for finishing applications, while the LNAW PNTR... has a chamfered edge for rough milling applications.
• For D.O.C. and machining recommendations see table below • The inserts are supplied with spare screws.
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
CBN
Recommended Machining Conditions
Grade IB85 IB55
DOC Material Vc Feed Cutting Vc Feed Cutting
mm m/min mm/tooth Edge m/min mm/tooth Edge
K
<0.5 Grey cast iron
200-280 HBN 500-1500 0.1-0.3 Chamfer
Hone
0.5-2.0 500-1100 0.1-0.25 Chamfer
<0.5 CGI 400-600 0.1-0.2 Hone
S 0.5-2.0
Co based > 35 HRc
Ni based > 35 HRc
Fe based > 35 HRc
Cr based > 35 HRc
150-200
120-150
60-120
50-75
0.05-0.15 Chamfer
H <0.5 Hard steels > 45 HRc 80-180 0.1-0.25 Chamfer 80-220 0.1-0.25 Chamfer
<2 Hard cast iron Ni hard 80-200 0.1-0.15 Chamfer
P <2 Bearing steel 180-220 0.05-0.25 Chamfer 180-220 0.1-0.15 Chamfer
<2 Ferrous powder metal 150-300 0.1-0.15 Chamfer 250-360 0.1-0.15 Chamfer
ff
v
Important:
Up-Milling
Recommended for
Hardened Materials
PNTR-SPN-R-S
LNAW-15 (CBN)
Tangentially Clamped Inserts
with a PCBN Brazed Tip for
Machining Hard Materials
l
ap
W
S
r
10° Ref.
r
For R.H. tools
Dimensions Recommended
Machining Data
Designation W l S r ap(1)
IC928
ap
(mm)
fz
(mm/t)
LNMT 1506PN-R TS 6.00 15.00 13.90 0.80 12.00 •4.00-9.00 0.10-0.20
• Self balanced forces on rake face • Used for long overhang and extended flute cutters, reduces chattering
• For cutting speed recommendations, see pages 462-498
(1) apmax=8 mm for steel and 12 mm for cast iron
For tools, see pages: F90LN-N15 (176)
LNMT 1506PN-R-TS
Tangentially Clamped Inserts
with a Serrated Cutting
Edge for Chip Splitting
ISCAR
416
MILLING INSERTS
WLNMT
S
ap
r
l
10° Ref.
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC328
IC928
IC5400
IC908
IC810
IC910
DT7150
IC4100
ap
(mm)
fz
(mm/t)
LNKX 1506PN-N MM 6.00 15.00 13.88 0.80 7.00 •••• 2.00-7.00 0.10-0.20
LNKX 1506PNTN 6.00 15.00 13.88 0.80 7.00 • • • 2.00-7.00 0.10-0.20
LNKX 150612-PNTN 6.00 15.00 13.88 1.20 7.00 •2.00-7.00 0.10-0.20
LNMT 1506PN-N MM 6.00 15.00 13.95 0.80 7.00 • • • 2.00-7.00 0.10-0.20
LNMT 1506PNTN 6.00 15.00 13.95 0.80 7.00 ••• 2.00-7.00 0.10-0.20
LNMT 150616PN-N MM 6.00 15.00 13.95 1.60 7.00 •2.00-7.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
(1) D.O.C. when the insert is on the cutter.
For tools, see pages: F90LN-N15 (176) • FDN-CALN15 (300) • SDN-CALN15 (309) • SSB-LN15-R/L (310)
LNKX PNTN LNKX/LNMT PN-N-MM
LNMT PNTN
An economical
class insert
LNKX/LNMT 1506PNTN/PN-N
MM
Tangentially Clamped Inserts
with a Reinforced Negative Land
for Unfavorable Conditions
W
S
r
l
ap
10° Ref.
r
Dimensions Recommended
Machining Data
Designation W l S r ap(1)
IC910
ap
(mm)
fz
(mm/t)
LNMW 1506 PNTN 6.00 15.00 13.98 0.80 7.00 •2.00-7.00 0.20-0.30
• Flat rake, used for grey cast iron e.g. GG25 170-240 HBR • For cutting speed recommendations, see pages 462-498
(1) DOC when the insert is on the cutter.
For tools, see pages: F90LN-N15 (176) • FDN-CALN15 (300) • SDN-CALN15 (309) • SSB-LN15-R/L (310)
LNMW 1506 PNTN
Tangentially Clamped Insert for
Machining Grey and Nodular Cast Iron
ap
W
S
r
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC328
IC928
IC908
IC910
DT7150
ap
(mm)
fz
(mm/t)
LNKX 1506PN-N PL 6.00 15.00 13.88 0.80 7.00 •••••2.00-7.00 0.10-0.15
• Positive land (PL), leaves sharp edges without chipping on cast iron components • High shear rake for steel and stainless steel
• For cutting speed recommendations, see pages 462-498
(1) D.O.C. when the insert is on the cutter.
For tools, see pages: F90LN-N15 (176) • FDN-CALN15 (300) • SDN-CALN15 (309) • SSB-LN15-R/L (310)
LNKX 1506PN-N PL
Tangentially Clamped Inserts with
a Positive Land for Alloyed and
Stainless Steel and Cast Iron
417
MILLING INSERTS
Ch1.5
ap
SW
l
r
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap
IC328
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
LNKX 1506 1.5X45PN-N 6.00 15.00 13.88 0.80 7.00 ••••1.50-5.00 0.15-0.20
• A chamfered insert, used only on 90° cutters for smooth engagement • Chatter reduction and elimination of chipping on material edge during exit
• 4 R.H. and 4 L.H. cutting edges when used on F90LN.. cutters • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
LNKX 1506 1.5X45 PN-N
Tangentially Clamped Chamfered
Insert for 90° Cutters
S W LNMT
apl
10° Ref.
r
The radius is not tangent to the cutting edge on the LNMT insert.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC928
IC908
IC910
DT7150
IC4100
ap
(mm)
fz
(mm/t)
LNHT 1506PN-R HT 6.00 15.00 13.94 0.80 12.00 ••• 3.00-12.00 0.15-0.25
LNMT 1506PN-R HT 6.00 15.00 13.93 0.80 12.00 • • • • 3.00-12.00 0.15-0.20
• A right-hand insert, with 4 cutting edges, for high 90° shoulders • LNMT-utility inserts, LNHT-precision inserts
• For cutting speed recommendations, see pages 462-498
(1) ap max=9 mm for steel and 12 mm for cast iron
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
Mismatch as a function
of tool diameter LNMT 15..
Δh=8
Cutting Dia. ΔW
63 0.07
80 0.04
100 0.01
125 0.015
ΔW
8
LNMT/LNHT 1506PN-R HT
Tangentially Clamped Inserts with 4
Straight Right-Hand Cutting Edges
ISCAR
418
MILLING INSERTS
S W
l
ap
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC928
IC910
ap
(mm)
fz
(mm/t)
LNMT 1506PN-N HT 6.00 15.00 14.03 0.80 14.00 •3.00-12.00 0.15-0.25
LNMT 1506PNTN-HT 6.00 15.00 14.03 0.80 14.00 •3.00-12.00 0.15-0.25
LNHT 1506PNTN HT 6.00 15.00 14.03 0.80 14.00 •3.00-12.00 0.15-0.25
• A neutral insert, with 2 L.H. and 2 R.H. cutting edges • Can machine a 90° shoulder according to the table below • For cutting speed recommendations, see
pages 462-498
(1) ap max=9 mm for steel and 14 mm for cast iron
For tools, see pages: F90LN-N15 (176) • FDN-CALN15 (300) • SDN-CALN15 (309) • SSB-LN15-R/L (310)
Mismatch as a function
of tool diameter LNMT 15..
Δh=8
Cutting Dia. ΔW
63 0.07
80 0.04
100 0.01
125 0.015
ΔW
8
LNMT/LNHT 1506...-N HT
Tangentially Clamped Inserts
with 4 Straight Cutting
Edges: 2 L.H. and 2 R.H.
W
S
r
l
ap
Dimensions Recommended
Machining Data
Designation W l S r ap
IC07
ap
(mm)
fz
(mm/t)
LNAR 1506 PN-N-P 6.00 15.00 13.56 0.80 7.00 •2.00-7.00 0.10-0.15
• Note: Do not use this insert on F86LNX tools • Recommended for machining high silicon aluminum, titanium and magnesium • 4 R.H. and 4 L.H. cutting
edges when used on F90LN.. cutters • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90LN-N15 (176)
LNAR 1506
Tangentially Clamped Insert
with a Positive Polished Land
and sharp Cutting Edge
W
S
l
ap
r
Dimensions Recommended
Machining Data
Designation W l S r ap(1)
IS8
ap
(mm)
fz
(mm/t)
LNHW 1506 PNTN 6.00 15.00 14.47 0.80 5.00 •1.00-5.00 0.15-0.25
• Ceramic peripherally ground inserts for high speed machining of grey and nodular cast iron providing high surface finish • Feature 4 L.H. and 4 R.H. cutting edges
when used on F90LN.. cutters • For cutting speed recommendations, see pages 462-498
(1) D.O.C. when the insert is on the cutter
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
LNHW 1506 PNTN (ceramic)
Tangentially Clamped Ceramic
Insert for High Speed Machining
of Grey and Nodular Cast Iron
419
MILLING INSERTS
I
S2.0
4.5
r
ap
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap
ID8
ID5
ap
(mm)
fz
(mm/t)
LNAR 150604PN-R-S 6.00 15.06 14.00 0.40 5.00 • • 0.05-2.00 0.10-0.25
• The insert features a single R.H. cutting edge • Use ID5 for aluminum alloys with less than 12% silicon and ID8 for aluminum alloys with more than 12% silicon
• The inserts are supplied with spare screws. • For D.O.C., cutting speed recommendations and grade data, see pages 462-468
For tools, see pages: F90LN-N15 (176)
LNAR 1506 PN-R-S (PCD)
Tangentially Clamped Insert
with a Brazed PCD Tip for
Machining Aluminum
W
F
r
ap
r
l
S
F
r=4
r4.0
W
150640PN-N MM
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l F S r ap
IC928
IC910
ap
(mm)
fz
(mm/t)
LNAT 150616PN-N MM 6.00 15.00 1.39 13.88 1.60 7.00 • • 4.00-8.00 0.08-0.15
LNAT 150625PN-N MM 6.00 15.00 0.60 13.88 2.50 7.00 • • 4.00-8.00 0.08-0.15
LNAT 150632PN-N MM 6.00 15.00 0.53 13.88 3.20 7.00 • • 4.00-8.00 0.08-0.15
LNAT 150640PN-N MM (1) 6.00 14.98 2.06 13.96 4.00 7.00 •4.00-8.00 0.08-0.15
• Precision ground inserts • Various corner radii for square shoulder applications requiring larger corner radii
• For cutting speed recommendations, see pages 462-498
(1) Insert has 2 R.H. and 2 L.H. cutting edges.
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
LNAT 1506..PN-N MM
Tangentially Clamped Precision
Ground Inserts with Various Corner
Radii for Corner Rounding
S
4.8
R.H
W
L.H
l
Dimensions Tough
1
Hard Recommended Machining Data
Designation W l S
IC908
IC910
IC4100
ap
(mm)
fz
(mm/t)
LNAT 1506PN-W 5.97 15.18 13.85 ••• 0.50-2.00 0.10-0.15
• Wiper insert with two right- and two left-hand wipers for 90° lead angle in F90LN cutters • When feed per revolution is less than 4 mm, it is recommended to use
only one wiper insert. For feed per revolution greater than 4 mm, use two wiper inserts • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90LN-N15 (176) • SSB-LN15-R/L (310)
LNAT 1506-W
Tangentially Clamped Wiper Inserts
ISCAR
420
MILLING INSERTS
l
S W
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r
IC830
IC808
IC810
fz
(mm/t)
LNAT 150608-N-MM-PM 6.00 15.00 15.30 0.80 •0.10-0.25
LNAT 150608-TN-PM 6.00 15.00 15.30 0.80 • • 0.10-0.25
LNAT 150616-TN-PM 6.00 15.00 15.30 1.60 • • 0.10-0.25
LNAT 150625-TN-PM 6.00 15.00 15.30 2.50 • • 0.10-0.25
LNAT 150640-TN-PM 6.00 15.00 15.30 4.00 •0.10-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: FDN-CAPM15 (300) • SDN-CAPM15 (308)
LNAT 1506-PM
Tangentially Clamped Inserts with 4
Cutting Edges for Slotting Cutters
S
r
2.0
ap
l
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC328
IC908
IC910
DT7150
ap
(mm)
fz
(mm/t)
LNKX 150608AN-N PL 6.00 15.30 12.90 0.80 7.50 ••••2.00-7.00 0.10-0.20
• Positive land (PL) leaves sharp edges without chipping on cast iron components • High shear rake for light machining of steel, stainless steel and cast iron
• For cutting speed recommendations, see pages 462-498
(1) D.O.C when the insert is on the cutter.
LNKX 150608AN-N PL
Tangentially Clamped Inserts with a
Positive Rake Angle for Cast Iron
S
r
l
ap
2.0
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ap(1)
IC328
IC928
IC950
IC908
IC910
DT7150
IC4100
ap
(mm)
fz
(mm/t)
LNKX 150608ANTN MM 6.00 15.30 12.90 0.80 7.50 •• ••••2.00-7.00 0.30-0.40
LNMT 150608ANTN MM 6.00 15.30 12.90 0.80 7.50 ••••• •2.00-7.00 0.30-0.40
• Molded chipformer with reinforced negative land for unfavorable cutting conditions • Enables higher feed rates
• 4 R.H. and 4 L.H. cutting edges when used on F45LN... cutters • For cutting speed recommendations, see pages 462-498
(1) D.O.C when the insert is on the cutter
LNKX/LNMT 150608ANTN
MM
Tangentially Clamped Inserts
with a Negative Land and
Reinforced Chipformer for
Unfavorable Cutting Conditions
421
MILLING INSERTS
rap
W
S
l
Dimensions Recommended
Machining Data
Designation W l S r ap
IS8
ap
(mm)
fz
(mm/t)
LNHW 1506 ANTN 6.00 15.30 12.90 0.80 3.00 •1.00-3.00 0.15-0.25
• Provides high surface finish • Feature 4 R.H. and 4 L.H. cutting edges when used on F45LN.. cutters • Important: Tightening torque 3.5-4 Nxm
• For cutting speed recommendations, see pages 462-498
LNHW 1506 ANTN (ceramic)
Tangentially Clamped Ceramic Inserts
for High Speed Machining of Cast Iron
S
W
7.2
l
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S W
IC908
IC910
ap
(mm)
fz
(mm/t)
LNAT 1506AN-W 19.33 12.90 5.98 • • 0.50-2.00 0.10-0.15
• The insert has one right- and one left-hand wiper • When feed per revolution is less than 7 mm, it is recommended to use only one wiper insert. When it is greater
than 7 mm, use two wiper inserts. • For cutting speed recommendations, see pages 462-498
LNAT 1506AN-W
Tangentially Clamped Wiper Inserts for
45° Lead Angle on F45LN Cutters
S
l12.55
W
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r
IC830
IC808
fz
(mm/t)
FIN LNAT 1607 PN-R 7.00 16.10 9.50 0.30 • • 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: FIN LNK-BT (210) • FIN LNK-INT (210)
FIN LNAT 1607PN-R
Tangentially Clamped Peripherally
Ground Inserts with 2 Positive
Rake Cutting Edges for
Finishing Applications
ISCAR
422
MILLING INSERTS
S
2.5
l
ap
65°
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S ap
IC330
IC830
IC5400
IC810
IC5100
ap
(mm)
fz
(mm/t)
T465 LNHT 2212-ZN-R (1) 12.00 25.39 19.80 19.00 •5.00-15.00 0.12-0.35
T465 LNHT 2212-ZNTR 12.00 25.39 19.80 19.00 ••••5.00-19.00 0.25-0.45
T465 LNMT 2212-ZNTR 12.00 25.39 19.80 19.00 • • 5.00-19.00 0.25-0.45
T465 LNMT 2212ZNTR-CS (2) 12.00 25.39 19.80 19.00 • • 5.00-19.00 0.25-0.35
• LNMT - utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 462-498
(1) For stainless steel and high temperature alloys
(2) Chip splitting insert
For tools, see pages: T465 FLN-22ST (189)
T465 LNHT/LNMT 2212
Tangentially Clamped Inserts with
4 Cutting Edges for 65° Cutters
15.9 Wr
Tmax
H
L
f
Dimensions Recommended
Machining Data
Designation W r Tmax f
IC908
fz
(mm/t)
TRI 16RK-1.2-0.05 1.20 0.05 4.60 0.50 •0.02-0.08
TRI 16RK-1.4-O.1 1.40 0.10 4.80 0.50 •0.02-0.10
TRI 16RK-1.5-0.1 1.50 0.10 4.80 0.50 •0.03-0.12
TRI 16RK-1.7-O.1 1.70 0.10 4.80 0.50 •0.03-0.12
TRI 16RK-1.95-0.15 1.95 0.15 4.80 0.50 •0.04-0.15
TRI 16RK-2.0-0.2 2.00 0.20 4.80 0.50 •0.04-0.15
TRI 16RK-2.25-0.15 2.25 0.15 4.80 0.75 •0.04-0.15
TRI 16RK-2.75-0.15 2.75 0.15 4.80 1.39 •0.04-0.20
TRI 16RK-3.0-0.2 3.00 0.20 4.80 1.39 •0.04-0.20
TRI 16RK-3.25-0.15 3.25 0.15 4.80 1.39 •0.04-0.20
TRI 16RK-4.0-0.2 4.00 0.20 4.80 2.43 •0.05-0.25
TRI 16RK-4.25-0.15 4.25 0.15 4.80 0.95 •0.05-0.25
TRI 16RK-5.0-0.2 5.00 0.20 4.80 2.15 •0.05-0.30
TRI 16RK-5.25-0.15 5.25 0.15 4.80 2.15 •0.05-0.30
TRI 16RK-6.0-0.2 6.00 0.20 4.80 3.15 •0.05-0.30
• Inserts in width range of 6.0 to 6.5 mm can be supplied on request • For cutting speed recommendations, see pages 462-498
For tools, see pages: TRIB (285) • TRIB-SM (286)
TRI
Triple-Edged Groove Milling Inserts
l
SW r
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l apr S
IC330
IC830
IC5400
ap
(mm)
fz
(mm/t)
T490 LNHT 2212-PNTR 12.00 22.40 21.00 1.20 19.80 •••3.00-21.00 0.15-0.35
T490 LNMT 2212-PNTR 12.00 22.40 21.00 1.20 19.80 •3.00-21.00 0.15-0.35
• For cutting speed recommendations, see pages 462-498
For tools, see pages: T490 FLN-22ST (186)
T490 LNMT/LNHT 2212
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
423
MILLING INSERTS
SW
l
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S W r
IC928
IC910
fz
(mm/t)
LNET 081804-TN-N 8.40 6.85 1.80 0.40 • • 0.08-0.08
LNET 082604-TN-N 8.40 6.85 2.60 0.40 • • 0.08-0.08
LNET 082804-TN-N 8.40 6.85 2.80 0.40 •0.08-0.08
LNET 083004-TN-N 8.40 6.85 3.00 0.40 • • 0.12-0.12
LNET 083204-TN-N 8.40 6.85 3.20 0.40 •0.12-0.12
LNET 083504-TN-N 8.40 6.85 3.50 0.40 • • 0.12-0.12
LNET 083704-TN-N 8.40 6.85 3.70 0.40 •0.12-0.12
LNET 084004-TN-N 8.40 6.85 4.00 0.40 •0.12-0.12
LNET 084204-TN-N 8.40 6.85 4.20 0.40 •0.12-0.12
LNET 084504-TN-N 8.40 6.85 4.50 0.40 • • 0.12-0.12
• The insert has 2 right- and 2 left-hand cutting edges • For cutting speed recommendations, see pages 462-498
For tools, see pages: ETS-LN08 (288) • ETS-LN08-M (287) • FDN-LN08 (295) • SDN-LN08 (303)
LNET 08
Tangentially Clamped Inserts
with 4 Cutting Edges for Slotting
and Grooving Cutters
SWr
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.01 r S l
IC328
IC928
IC910
fz
(mm/t)
LNET 123504-TN 3.50 0.40 9.52 12.70 ••• 0.06-0.15
LNET 123508-TN 3.50 0.80 9.52 12.70 • • 0.06-0.15
LNET 124004-TN 4.00 0.40 9.52 12.70 • • 0.06-0.15
LNET 124008-TN 4.00 0.80 9.52 12.70 • • 0.06-0.15
LNET 124504-TN 4.50 0.40 9.52 12.70 ••• 0.06-0.15
LNET 124508-TN 4.50 0.80 9.52 12.70 ••• 0.06-0.15
LNET 124804-TN 4.75 0.40 9.52 12.70 ••• 0.06-0.15
LNET 124808-TN 4.75 0.80 9.52 12.70 •0.06-0.15
LNET 125004-TN 5.00 0.40 9.52 12.70 • • 0.06-0.15
LNET 125008-TN 5.00 0.80 9.52 12.70 • • 0.06-0.15
LNET 125504-TN 5.50 0.40 9.52 12.70 • • 0.06-0.15
LNET 125508-TN 5.50 0.80 9.52 12.70 • • 0.06-0.15
LNET 125516-TN 5.50 1.60 9.52 12.70 • • 0.06-0.15
LNET 125708-TN 5.75 0.80 9.52 12.70 • • 0.06-0.15
LNET 126504-TN 6.50 0.40 9.52 12.70 •0.06-0.15
LNET 127704-TN 7.70 0.40 9.52 12.70 •0.06-0.15
LNET 127708-TN 7.70 0.80 9.52 12.70 •0.06-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: FDN-CALN12 (298) • FDN-LN12 (296) • SDN-CALN12 (305) • SDN-LN12 (304)
LNET 12-TN
Tangentially Clamped Inserts with 4
Cutting Edges for Slotting Cutters
ISCAR
424
MILLING INSERTS
SW
l
2.5
Dimensions Recommended
Machining Data
Designation W±0.01 S l
IC928
fz
(mm/t)
LNET 123508-TN-MM 3.50 9.52 12.70 •0.06-0.15
LNET 124008-TN-MM 4.00 9.52 12.70 •0.06-0.15
LNET 124508-TN-MM 4.50 9.52 12.70 •0.06-0.15
LNET 124808-TN-MM 4.77 9.52 12.70 •0.06-0.15
LNET 125008-TN-MM 5.00 9.52 12.70 •0.06-0.15
LNET 125508-TN-MM 5.50 9.52 12.70 •0.06-0.15
LNET 126504-TN-MM 6.50 9.52 12.70 •0.06-0.15
LNET 126508-TN-MM 6.50 9.52 12.70 •0.06-0.15
LNET 127704-TN-MM 7.70 9.52 12.70 •0.06-0.15
LNET 127708-TN-MM 7.70 9.52 12.70 •0.06-0.15
• Excellent chip evacuation • For cutting speed recommendations, see pages 462-498
For tools, see pages: FDN-CALN12 (298) • FDN-LN12 (296) • SDN-CALN12 (305) • SDN-LN12 (304)
LNET 12-TN-MM
Tangentially Clamped Inserts
with 4 Cutting Edges for Milling
Deep and Long Steel Slots
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC28
IC328
IC928
IC250
IC950
IC908
IC30N
IC910
ap
(mm)
fz
(mm/t)
SOMT 060204-HQ 6.16 2.56 0.40 •••••• 2.00-4.00 0.07-0.10
SOMT 060204TR-HQ 6.16 2.56 0.40 • • 2.00-4.00 0.08-0.12
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E45X (30) • E90X (11) • E90XC (29)
SOMT 060204-HQ SOMT 0600204TR-HQ
SOMT-HQ
Square Milling Inserts for General Use
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S r
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
QOMT 060208TN-HQ 6.16 2.56 0.80 •••• 2.00-4.00 0.08-0.12
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E45X (30) • E90X (11) • ETS (291) • FDN (297) • FDN-CF4 (297) • SDN (302)
QOMT-HQ
Insert with 4 Right- or Left-Hand
Cutting Edges for General Use
425
MILLING INSERTS
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC28
IC328
IC928
IC250
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
XOMT 060204-HQ 6.16 2.56 0.40 •••••• 2.00-4.00 0.07-0.10
XOMT 060204T-HQ 6.16 2.56 0.40 •2.00-4.00 0.10-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E45X (30) • E90X (11) • E90XC (29) • ETS (291) • FDN (297) • FDN-CF4 (297) • SDN (302)
XOMT 060204-HQ
XOMT 060204T HQ
XOMT-HQ
Square Inserts for Milling, Drilling and
Boring with 2 Right- and 2 Left-Hand
Cutting Edges for General Use
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S r
IC28
IC328
IC928
ap
(mm)
fz
(mm/t)
QPMR 100404PDN-HQ-M 10.35 4.48 0.40 ••• 3.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E90SP (16) • F90SP-10 (169)
QPMR 1004..-HQ-M
Super Positive Square Milling Inserts
for Machining Aluminum, Stainless
Steel and High Temperature Alloys
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
QPMT 100408PDTN-M 10.35 4.12 0.70 •••• 3.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E90SP (16) • F90SP-10 (169) • FDN (297) • FST (309) • SDN (302) • SE-FT (222) • SM-FT (222) • SPK (209) • SSB (310)
QPMT 100408PDTN
Square Inserts with 4
Right- or Left-Hand Cutting
Edges for General Use
ISCAR
426
MILLING INSERTS
r
l
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC330
IC328
IC830
IC928
IC5400
IC950
IC808
IC810
IC910
DT7150
IC5100
ap
(mm)
fz
(mm/t)
SPMT 100404R-HQ-M 10.20 4.23 0.40 • • • 4.00-8.00 0.08-0.15
SPMT 100408R-HQ-M 10.20 4.23 0.60 • • • • 4.00-8.00 0.08-0.15
SPMT 100408TR-HQ-M 10.20 4.23 0.80 • • • • • • • • 4.00-8.00 0.10-0.20
SPMT 100416R-HQ-M 10.20 4.23 1.60 •4.00-8.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E90SP (16) • F90SP-10 (169) • SE-FT (222) • SM-FT (222) • SPK (209) • SSB (310)
...TR-HQ-M ...R-HQ-M
SPMT-HQ
Square Positive Inserts
for Right-Hand Tools
for General Use
HQ
HQ
l
rS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC28
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
XPMT 100408-HQ 10.20 4.12 0.60 ••• 4.00-8.00 0.07-0.12
XPMT 100408T-HQ 10.20 4.12 0.60 • • 4.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E90AC (29) • E90SP (16) • ETS (291) • F90SP-10 (169) • FDN (297) • FST (309) • SDN (302) • SE-FT (222) • SM-FT (222) • SPK (209) •
SSB (310)
XPMT 100408-HQ XPMT 100408T-HQ
XPMT-HQ
Square Inserts with 2
Right- or Left-Hand Cutting
Edges for General Use
l
rS
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S r
IC328
IC928
IC910
ap
(mm)
fz
(mm/t)
SDMT 1205PDN-RM-M 12.70 5.00 0.80 ••• 4.00-10.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F90SD-12 (172)
SDMT-PDN-RM
General Use Inserts with Four Helical
Cutting Edges for 90°Shoulder Milling
427
MILLING INSERTS
r
l
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S r
IC28
IC328
IC928
ap
(mm)
fz
(mm/t)
SDMR 1205PDR-HQ-M 12.70 5.10 1.00 ••• 4.00-10.00 0.07-0.12
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F90SD-12 (172) • SDK BT-FT/B (222) • SDK Shell Mill-FT/A (221) • SE-FT (222)
SDMR-HQ
Super Positive Square Insert for
Aluminum, Stainless Steel and
High Temperature Alloys
1
4
2
3
r
l
S
Dimensions Recommended Machining Data
Designation l S r
IC328
ap
(mm)
fz
(mm/t)
QDCT 120508-PDN 12.70 4.92 0.80 •4.00-10.00 0.08-0.12
QDCT 120516-PDN 12.70 4.92 1.60 •4.00-10.00 0.08-0.12
QDCT 120532-PDN 12.70 4.92 3.45 •4.00-10.00 0.08-0.12
• Inserts with corner radii larger than 0.8 mm should be used only on the face of the SDK cutter • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90SD-12 (172) • FDN (297) • FST (309) • SDK BT-FT/B (222) • SDK Shell Mill-FT/A (221) • SDN (302) • SM-FT (222) • SSB (310)
QDCT-PDN
Precision Ground Inserts with
4 Right- or Left-Hand Cutting
Edges for General Use
3
2
1
4
r
l
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC328
IC928
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
QDMT 1205PDTN-M 12.70 5.00 0.80 ••••• 4.00-10.00 0.08-0.15
QDMT 120516PDTN-M 12.70 5.00 1.60 ••••• 4.00-10.00 0.08-0.15
QDMT 120520PDTN-M 12.70 5.00 2.00 ••••• 4.00-10.00 0.08-0.15
QDMT 120524PDTN-M 12.70 5.00 2.40 ••••• 4.00-10.00 0.08-0.15
QDMT 120532PDTN-M 12.70 5.00 3.20 ••••• 4.00-10.00 0.08-0.15
• Inserts with corner radii larger than 0.8 mm should be used only on the face of the SDK cutter • For cutting speed recommendations, see pages 462-498
For tools, see pages: F90SD-12 (172) • FDN (297) • FST (309) • SDK BT-FT/B (222) • SDK Shell Mill-FT/A (221) • SDN (302) • SE-FT (222) • SM-FT (222)
• SSB (310)
QDMT 1205..PDTN-M
Inserts with 4 Right- or Left-Hand
Cutting Edges for General Use
ISCAR
428
MILLING INSERTS
di r
F
ap
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation apF r di S
IC28
IC330
IC840
IC830
IC5400
IC5500
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
IQ845 SYHU 0704ADN (1) 4.60 3.40 0.80 13.80 4.20 • • • • 1.00-4.00 0.10-0.20
IQ845 SYHU 070400ADN (1) 4.60 3.40 - 13.80 4.20 •0.20-2.00 0.10-0.20
IQ845 SYHU 0704ADN-MM (2) 4.60 3.40 0.80 13.80 4.20 • • • 1.00-4.00 0.15-0.30
IQ845 SYHU 070400N-MM (2) 4.60 3.40 - 13.80 4.20 •0.20-2.00 0.15-0.30
IQ845 SYHU 0704ADTN (3) 4.60 3.40 0.80 13.80 4.20 • • 1.00-4.00 0.15-0.30
IQ845 SYHU 070400ADTN (3) 4.60 3.40 - 13.80 4.20 • • 0.20-2.00 0.15-0.30
IQ845 SYHU 0704ADN-P (4) 4.60 3.40 0.80 13.80 4.20 •1.00-4.00 0.10-0.25
• For chipformer selection and cutting recommendations, see pages 462-468
(1) For stainless steel and high temperature alloys
(2) For general applications
(3) For cast iron
(4) For aluminum
For tools, see pages: IQ845 FSY-C#-R07 (197) • IQ845 FSY-R07 (197)
IQ845 SYHU-07
Square Inserts with 8 Cutting Edges
di r
F
ap
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation apF r di S
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
IQ845 SYHU 0503ADN-ML (1) 2.60 2.00 0.50 8.30 3.00 • • 0.10-2.60 0.08-0.25
IQ845 SYHU 0503ADN-MM (2) 2.60 2.00 0.50 8.30 3.00 ••• 0.10-2.60 0.08-0.25
IQ845 SYHU 0503ADTN (3) 2.60 2.00 0.50 8.30 3.00 • • 0.10-2.60 0.08-0.25
• For chipformer selection and cutting recommendations, see pages 462-468
(1) For soft non-alloy and low-alloy steel
(2) For general applications
(3) For cast iron
For tools, see pages: IQ845 ESY-R05 (191) • IQ845 FSY-R05 (191)
IQ845 SYHU-05
Square Inserts with 8 Cutting Edges
429
MILLING INSERTS
ap
di
F
S
A
r / A
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apS F r Ch
IC330
IC830
IC5400
IC5500
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
S845 SNMU 1305ANTR (1) 13.00 6.00 6.20 3.00 0.80 - •••2.00-6.00 0.20-0.40
S845 SNMU 1305ANR-MM 13.00 6.00 6.20 3.00 0.80 - • • • • 2.00-6.00 0.20-0.40
S845 SNMU 1305ANR-RM 13.00 6.00 6.12 3.00 1.20 - •2.00-6.00 0.20-0.40
S845 SNHU 1305ANTR (1) 13.00 6.00 6.20 3.00 0.80 - •2.00-6.00 0.15-0.30
S845 SNHU 1305ANR-MM 13.00 6.00 6.20 3.00 0.80 - • • • • 2.00-6.00 0.15-0.30
S845 SNHU 1305ANR-PL (2) 13.00 6.00 6.00 1.10 - A (3) • • 2.00-6.00 0.15-0.30
• S845 SNHU - Precision ground • S845 SNMU - Utility • For cutting speed recommendations, see pages 462-498
(1) For cast iron
(2) For high temperature alloys and stainless steel
(3) See drawing
For tools, see pages: FF SOF (266) • SOE45 8/16 (30) • SOF45 (193)
ANTR
For cast iron
ANR-MM
For general applications
ANR-PL
For stainless steel and
high temperature alloys
S845 SNMU/SNHU-13
Square Double-Sided Inserts
with 8 Cutting Edges
5.35
S
di
F
17.3
22.5°
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S F
IC808
IC810
ap
(mm)
fz
(mm/t)
S845 SNHU 1305AN-N-W 13.00 5.90 8.10 • • 0.80-3.00 0.10-0.20
• Wiper insert with 4 cutting edges: 2 right- and 2 left-hand to be used with S845 SNMU/SNHU 13.. inserts
• For cutting speed recommendations, see pages 462-498
For tools, see pages: SOE45 8/16 (30) • SOF45 (193)
S845 SNHU 1305-W
Double-Sided Wiper Inserts
with 4 Cutting Edges
S
F
ap
di
A
r
A-A A
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S F r ap
IC330
IC328
IC830
IC928
IC5400
IC808
IC908
IC810
IC910
DT7150
IC5100
IC4100
ap
(mm)
fz
(mm/t)
S845 SXMU 1606ADTR-MM 16.20 7.63 2.84 0.80 7.15 •••••••••••3.00-7.00 0.30-0.50
S845 SXMU 1606ADTR-RM 16.20 7.63 2.84 0.80 7.15 • • 3.00-7.00 0.30-0.50
S845 SXCU 160608AD-RMM 16.20 7.63 2.84 0.80 7.15 • • • 3.00-7.00 0.20-0.35
• When a wiper insert is being used, recommended ap=0.8-3.0 mm, fz=0.1-0.25 mm/t . • For cutting speed recommendations, see pages 462-498
For tools, see pages: S845 F45SX-16 (198)
S845 SXMU/SXCU-16
Square Thick Inserts with 8 Helical
Right-Hand Cutting Edges
ISCAR
430
MILLING INSERTS
FS
di
21
Dimensions Recommended
Machining Data
Designation di S F ap
IC808
ap
(mm)
fz
(mm/t)
S845 SXHU 1606AD-R-W 16.20 6.44 10.00 3.00 •0.80-3.00 0.20-0.35
• When a wiper insert is being used, recommended ap=0.8-3.0 mm, fz=0.1-0.25 mm/t • For cutting speed recommendations, see pages 462-498
For tools, see pages: S845 F45SX-16 (198)
S845 SXHU 1606-W
HELIDO Wiper Insert with
a Single Cutting Edge
l
di
ap
Fr
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di F W r apS
IC330
IC845
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
S845 SNMU 1806ANR 18.80 2.40 3.50 1.00 8.00 7.00 •1.50-8.00 0.15-0.30
S845 SNMU 1806ANR-MM 18.80 2.40 3.50 1.00 8.00 7.00 ••••• 1.50-8.00 0.15-0.30
S845 SNMU 1806ANR-RM 18.80 2.30 3.50 1.60 8.00 7.00 • • 1.50-8.00 0.20-0.40
S845 SNHU 1806ANR 18.80 2.40 3.50 1.00 8.00 7.00 • • 1.50-8.00 0.15-0.30
S845 SNHU 1806ANR-MM 18.80 2.40 3.50 1.00 8.00 7.00 •1.50-8.00 0.15-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: SOF45-R18 (199)
S845 SNMU/SNHU 1806
Square Inserts with 8 Helical
Right-Hand Cutting Edges
F
ap
r
s
di
Dimensions Recommended
Machining Data
Designation di S F ap
IC810
ap
(mm)
fz
(mm/t)
S845 SNHU 1806AN-N-W 18.80 7.00 10.00 8.00 •0.50-2.00 0.10-0.25
• To be used with S845 SNM/HU 18... inserts
For tools, see pages: SOF45-R18 (199)
S845 SNHU 1806AN-N-W
Wiper Insert with 2 R.H. and
2 L.H. Cutting Edges
431
MILLING INSERTS
6.15
S
ap
38°
65°
di
Fr
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S ap(1) F r
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
S865 SNMU 1305ZNTR 13.00 5.50 8.00 2.00 0.50 • • 2.00-6.00 0.15-0.25
S865 SNMU 1305ZNTR-MM 13.00 5.50 8.00 2.00 0.50 ••••• 2.00-6.00 0.15-0.25
• Recommended ap max on steel applications with coarse pitch cutters and on cast iron with fine pitch cutters may be increased up to 8 mm
• For cutting speed recommendations, see pages 462-498
(1) Recommended ap for general applications is 6 mm
For tools, see pages: S865 FSN-13 (188)
ZNTR ZNTR-MM
S865 SNMU 1305ZNTR
Square Double-Sided Inserts
with 8 Cutting Edges
r
l
FS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r F
IC28
IC330
IC328
IC830
IC928
IC5400
IC950
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
SDMT 1205PDR-HQ-M 12.70 5.00 0.80 1.60 •••••••••••4.00-10.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F90SD-12 (172) • SDK BT-FT/B (222) • SDK Shell Mill-FT/A (221) • SM-FT (222)
SDMT-PDR-HQ
General Use Inserts with Four Helical
Cutting Edges for 90° Shoulder Milling
ISCAR
432
MILLING INSERTS
22.5°
45°
A
S
A
F
ap
di
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S F r
IC808
IC810
ap
(mm)
fz
(mm/t)
ONHU 0505AN-N-W (1) 13.00 4.90 4.70 - (3) •0.50-2.00 0.15-0.30
ONHU 0505AN-R-W (2) 13.00 4.90 4.50 - (3) • • 0.50-2.00 0.15-0.30
• To be used with ONMU/ONHU 05 inserts • For cutting speed recommendations, see pages 462-498
(1) Wiper insert with 4 right- and 4 left-hand cutting edges
(2) Wiper insert with 8 right-hand cutting edges
(3) See (A) in the drawing
For tools, see pages: SOE45 8/16 (30) • SOF45 (193)
ONHU 0505-W
Octagonal Double-Sided Wiper
Insert with 4 or 8 Cutting Edges
S
ap
di
r / A
F
22.5°
45°
A
Dimensions Tough
1
Hard Recommended
Machining Data
Designation F di apS r Ch
IC330
IC830
IC5400
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
ONHU 050500-PL (1) 4.50 13.00 3.50 5.20 - A (4) • • 1.50-3.00 0.15-0.20
ONHU 050500-R-HP 4.50 13.00 3.50 5.20 - A (4) •1.50-3.00 0.20-0.25
ONHU 050505-TN (2) 5.00 13.00 3.50 5.20 0.50 - • • • • 1.50-3.00 0.15-0.30
ONHU 050505-TN-MM (3) 5.00 13.00 3.50 5.20 0.50 - • • • 1.50-3.00 0.20-0.30
ONMU 050505-TN (2) 5.00 13.00 3.50 5.20 0.50 - ••• 1.50-3.00 0.20-0.30
ONMU 050505-TN-MM (3) 5.00 13.00 3.50 5.20 0.50 - •••• 1.50-3.00 0.20-0.30
• ONHU - Precision ground • ONMU - Utility • For cutting speed recommendations, see pages 462-498
(1) For stainless steel and high temperature alloys
(2) For cast iron
(3) For general applications
(4) See drawing
For tools, see pages: FF SOF (266) • SOE45 8/16 (30) • SOF45 (193)
TN
For cast iron
TN-MM
For general applications
PL
For stainless steel and
high temperature alloys
ONHU/ONMU-05
Octagonal Double-Sided Inserts
with 16 Cutting Edges
433
MILLING INSERTS
S
OXMT 0507R08-FF OXMT 050705-R-HP
di
l
F
15°
apF
di
l
ap
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation apdi F S l
IC830
IC808
ap
(mm)
fz
(mm/t)
OXMT 0507R08-FF (1) 1.20 14.50 0.80 7.00 5.00 •0.50-1.20 0.50-1.80
OXMT 050705-R-HP (2) 2.70 15.10 1.24 7.00 4.30 •0.50-2.50 0.12-0.30
• To be used without a seat • For cutting speed recommendations, see pages 462-498
(1) For high feed milling
(2) 45° edges for austenitic stainless steel and high temperature alloys
For tools, see pages: FF SOF (259) • S890 FSN-13 (173) • SOE45 8/16 (30) • SOF45 (193)
-HP
-FF
OXMT 0507
Octagonal High Feed and 45° Inserts
di
ap
l
Fr
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di F W apS r
IC330
IC845
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
ONHU 070610-TL (1) 18.80 1.50 7.00 5.00 6.50 1.00 •1.50-5.00 0.15-0.30
ONHU 070610-TR (2) 18.80 1.50 7.00 5.00 6.50 1.00 • • 1.50-5.00 0.15-0.30
ONHU 070610-TR-MM 18.80 1.50 7.00 5.00 6.50 1.00 •1.50-5.00 0.15-0.30
ONMU 070610-TR (2) 18.80 1.50 7.00 5.00 6.50 1.00 • • 1.50-5.00 0.15-0.30
ONMU 070610-TR-MM 18.80 1.50 7.00 5.00 6.50 1.00 ••••• 1.50-5.00 0.15-0.30
ONMU 070616-RM (3) 18.80 1.20 7.00 5.00 6.50 1.60 • • 1.50-5.00 0.15-0.40
• For cutting speed recommendations, see pages 462-498
(1) For cast iron (left-hand)
(2) For cast iron
(3) Reinforced land for heavy machining
For tools, see pages: SOF45-R18 (199)
ONMU/ONHU 0706
Octagonal Double-Sided Inserts
with 16 Cutting Edges
di
ap
S
F
Dimensions Recommended Machining Data
Designation di S F ap
IC810
ap
(mm)
fz
(mm/t)
ONHU 0706AN-R-W 18.80 6.50 6.80 5.00 •0.50-2.00 0.10-0.20
• To be used with ONM/HU 0706... inserts
For tools, see pages: SOF45-R18 (199)
ONHU 0706AN-R-W
Octagonal Double-Sided Wiper Inserts
with 8 Right-Hand Cutting Edges
ISCAR
434
MILLING INSERTS
45°
di
ap
r
F
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apF r S
IC28
IC830
IC928
IC808
ap
(mm)
fz
(mm/t)
OECR 060405AER 14.45 3.70 1.60 0.50 4.90 •1.00-3.70 0.12-0.20
OECR 060405AER-P (1) 14.45 3.70 1.60 0.50 4.90 ••• 1.00-3.70 0.08-0.20
• For cutting speed recommendations, see pages 462-498
(1) Polished rake used for aluminum and titanium
For tools, see pages: HOE-R06 (189) • HOF-R06 (190)
OECR
Octagonal Milling Inserts with Positive
Rake and Sharp Cutting Edges
di
r
F
S
ap
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apF r S
IC28
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
OEMT 060405AER-76 14.27 2.50 1.60 0.50 4.74 •••••••1.00-2.45 0.15-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOE-R06 (189) • HOF-R06 (190)
OEMT 060405
Octagonal Milling Inserts
for General Use
r
F
S45°
di
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apF r S
IC928
IC808
ap
(mm)
fz
(mm/t)
OEMW 060405-AETN 14.27 2.45 1.05 0.50 4.74 • • 1.00-2.45 0.15-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOE-R06 (189) • HOF-R06 (190)
OEMW-AETN
Octagonal Flat Rake
Inserts for Cast Iron
435
MILLING INSERTS
di
S
F
ap
r
ECONOMICAL SOLUTION
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apF r S
IC28
IC330
IC328
IC830
IC928
IC910
ap
(mm)
fz
(mm/t)
OFMT 07T3-AER-76 17.80 3.40 1.75 0.60 4.55 • • • 1.00-3.00 0.15-0.25
OFMT 07T3-AEN 18.07 3.90 1.60 0.60 4.54 • • 1.00-3.00 0.15-0.25
OFMT 07T3-AETN (1) 18.07 3.90 1.75 1.00 4.54 • • 1.00-3.00 0.20-0.35
• For cutting speed recommendations, see pages 462-498
(1) Reinforced cutting edge
For tools, see pages: HOF-R07 (190)
For general use
OFMT 07...-AER-76
OFMT 07T3-AEN/AETN
For general use
Reinforced cutting edge
OFMT 07
Octagonal Milling Inserts
for General Use
di
ap
rSECONOMICAL SOLUTION
Rd°
Dimensions Recommended Machining Data
Designation di apr S
IC908
ap
(mm)
fz
(mm/t)
OFMW 07T3-AETN 18.07 4.00 1.00 4.54 •1.00-3.00 0.20-0.35
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOF-R07 (190)
OFMW-AETN
Octagonal Milling Inserts for
Heavy Duty Applications
4
3
2
1
8
7
6
5
di S
r
F
ap
ECONOMICAL SOLUTION
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di apF r S
IC28
IC928
IC380
IC908
ap
(mm)
fz
(mm/t)
OFCR 07T3-AEN (1) 17.80 4.60 1.60 0.60 4.35 •••1.00-3.00 0.10-0.20
OFCR 07T3-AEN-P (2) 17.80 4.60 1.60 0.60 4.35 •1.00-3.00 0.10-0.20
OFCT 07T3 AETN-16 (3) 18.00 4.60 1.60 1.00 4.50 •1.00-3.00 0.15-0.25
• For cutting speed recommendations, see pages 462-498
(1) For aluminum, titanium and stainless steel
(2) For aluminum, titanium and stainless steel, polished rake.
(3) For hardened and molded steel.
For tools, see pages: HOF-R07 (190)
Aluminum, titanium
and stainless steel
OFCR 07T3-AEN-P OFCT 07T3-AETN-16
Hardened and
molded steel
OFCR/OFCT-AEN/AETN
Octagonal Milling Inserts with Positive
Rake and Sharp Cutting Edges
ISCAR
436
MILLING INSERTS
rS
F
di di
F
OFCT 07T3-RW-16
OFCR 07T3-RW-P
OFCT 07T3-AER
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di F S r
IC28
IC328
IC908
IC910
ap
(mm)
fz
(mm/t)
OFCT 07T3-RW-16 18.35 7.00 4.50 0.80 •0.50-1.00 0.10-0.15
OFCR 07T3-RW-P 18.45 6.80 4.60 0.60 •0.50-1.00 0.10-0.15
OFCT 07T3-AER 18.90 7.20 5.30 1.60 • • 0.50-1.00 0.10-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOF-R07 (190)
A single wiper insert mounted on the HOF D..R07 cutter does the required job. The wiper insert
protrudes less than 0.1 mm axially. Wiper inserts have only 4 cutting edges. There are 4 marks
engraved on the wiper inserts. Pay attention when mounting the insert in the pocket that the marked
cutting edges are parallel to the bottom of the cutter (see sketch).
Maximum depth of cut when using the wiper insert is 2.5 mm. It is recommended to use wiper
inserts in
ap=0.5-1.0 mm to achieve the best results. The criterion for indexing the wiper insert
should be the decreased quallity of the surface finish.
Recommended machining conditions for finishing operations:
Vc (finishing)= Vc (roughing) x 1.25 m/min fz=0.10-0.15 mm/t
OFCR/OFCT-RW/AER (wiper)
Octagonal Milling Inserts with
Four Wiper Cutting Edges
5
6
7
8
1
2
3
4
di
ap max S
Dimensions Tough
1
Hard Recommended Machining Data
Designation apdi S
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
OFMW 0706R10-FF 2.20 20.40 8.00 ••• 1.00-2.20 0.40-1.50
• To be used without a seat • For cutting speed recommendations, see pages 462-498
For tools, see pages: HOF-R07 (190)
D≤63 mm
2.5
2.0
1.5
1.0
0.5
000.5 1.01.5 2.02.5 3.03.5 fz (mm/tooth)
ap (mm)
D≥80 mm
OFMW-FF
Inserts with 8 FEEDMILL Large
Radii Segmented Cutting Edges for
Fast Feed on HELIOCTO Cutters
437
MILLING INSERTS
di
F
r
S
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di F apS r
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
ONMU 100816-N-HL 26.30 9.60 7.00 9.30 1.60 • • 2.00-7.00 0.25-0.40
ONMU 100816-N-RM 26.30 9.60 7.00 9.30 1.60 ••• 2.00-7.00 0.25-0.40
• For cutting speed recommendations, see pages 462-498
For tools, see pages: SOF45-26 (200)
ONMU 1008
Heavy Duty Octagonal Double-Sided
Inserts with 16 Cutting Edges
ap
F
di
S
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di F r apS
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
S845 SNMU 2608ANR-HL 26.30 2.60 1.60 11.00 10.90 •2.00-11.00 0.25-0.40
S845 SNMU 2608ANR-RM 26.30 2.60 1.60 11.00 10.90 ••• 2.00-11.00 0.25-0.40
• For cutting speed recommendations, see pages 462-498
For tools, see pages: SOF45-26 (200)
S845 SNMU 2608
Heavy Duty Square Thick Inserts with
8 Helical Right-Hand Cutting Edges
S
l
F
45° ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation S F apl
IC28
IC328
IC928
IC250
IC950
IC30N
IC520M
ap
(mm)
fz
(mm/t)
SEKT 1204AFR-HM 5.16 2.16 6.40 12.90 •••••••2.00-6.00 0.10-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEKT-AF-R
Super Positive Square Milling Inserts
for 45° Finishing and Medium
Machining of Soft Materials
ISCAR
438
MILLING INSERTS
S
l
F
45° ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC928
ap
(mm)
fz
(mm/t)
SEMT 1204AF-R-HS 12.65 4.76 2.26 6.00 • • 2.00-6.00 0.20-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEMT 1204AF-R-HS
Square Milling Inserts with
Chip Splitting Serrated Cutting
Edge for 45° Roughing
F
S
ap
l
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC520M
ap
(mm)
fz
(mm/t)
SEHW 1204AFTN 12.70 4.76 2.20 6.50 • • 2.00-6.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEHW-AFTN
Precision Ground Sharp Cutting
Edge Milling Inserts for General Use
F
S
ap
l
45°
Dimensions Recommended Machining Data
Designation l S F ap
IC328
ap
(mm)
fz
(mm/t)
SEKT 12T3AFTN 13.15 3.70 2.18 6.50 •2.00-6.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEKT-AFTN
Square Screw-Clamped Inserts
for Medium Machining
F
S
ap
l
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
SEMT 1204AFTN-76 12.70 4.76 2.20 6.50 • • 2.00-6.00 0.12-0.20
SEMT 12T3AFTN-76 13.15 3.70 2.20 6.50 • • • 2.00-6.00 0.12-0.20
• Use optional TSE 12T3-N seat on F45ST cutters • For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEMT 12..AFTN-76
Milling Inserts with Ribs Along
Edges for Heavy Machining
439
MILLING INSERTS
F
S
ap
l
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC28
IC328
IC928
IC20
ap
(mm)
fz
(mm/t)
SEHT 1204AFN 12.70 4.76 1.90 6.50 ••• 2.00-6.00 0.12-0.20
SEHT 1204AFN-P 12.70 4.76 1.90 6.50 •2.00-6.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45ST (196)
SEHT-AFN
Precision Ground Sharp Cutting
Edged General Use Milling
Inserts for 45° Milling Cutters
ap
F
S
45°
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC28
IC328
IC928
IC50M
IC250
IC950
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
SEKN 1203AF-N 12.70 3.18 1.80 6.50 •2.00-6.00 0.12-0.20
SEKN 1203AFFN 12.70 3.18 1.80 6.50 • • 2.00-6.00 0.12-0.20
SEKN 1203AFTN 12.70 3.18 1.80 6.50 •••••••• 2.00-6.00 0.12-0.20
SEKN 1203AFTN-42 12.70 3.18 1.80 6.50 • • • 2.00-6.00 0.12-0.20
SEKN 1504AFTN 15.88 4.76 1.80 6.50 •2.00-6.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45E (196)
SEKN-AF..
Flat Rake Face Milling
Inserts for General Use
ap
F
S
45°
l
Dimensions Recommended Machining Data
Designation l S F ap
IC328
ap
(mm)
fz
(mm/t)
SEKR 1203AF-N-42 12.70 3.18 1.80 6.50 •2.00-6.00 0.10-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45E (196)
SEKR-AF-N-42
Super Positive Square Milling Inserts
for 45° Finishing and Medium
Machining on Soft Materials
ISCAR
440
MILLING INSERTS
ap
F
S
45°
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC928
IC950
ap
(mm)
fz
(mm/t)
SEKR 1203AFN-76 12.70 3.18 1.80 6.50 ••• 2.00-6.00 0.12-0.20
SEKR 1204AFN-76 12.70 4.76 1.80 6.22 •2.00-6.00 0.08-0.15
SEKR 1504AFTN-76 15.88 4.76 1.80 8.43 •2.00-6.00 0.12-0.17
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45E (196)
SEKR-AF..-76
Square Milling Inserts with Ribs Along
Edges for 45° Roughing Applications
ap
F
S
45°
l
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC250
IC520M
ap
(mm)
fz
(mm/t)
SEKR 1203AFTR-HS 12.70 3.18 1.80 6.50 ••• 2.00-6.00 0.15-0.25
SEKR 1204AFTR-HS 12.65 4.76 1.80 6.27 •2.00-6.00 0.15-0.25
SEKR 1504AFTR-HS 15.88 4.76 1.80 8.30 •2.00-6.00 0.15-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45E (196)
SEKR-AFTR-HS
Square Milling Inserts with Chip
Splitting Serrated Cutting Edge
for 45° Roughing Applications
S
l
ap
F
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC330
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
SEMT 140405ATR 14.20 4.95 2.75 5.50 ••••• 2.00-5.50 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOE-R06 (189) • HOF-R06 (190)
SEMT 1404
Positive Square Insert for General
Soft and Clean Cutting
441
MILLING INSERTS
F
ap
l
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC50M
IC250
IC950
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
SPKN 1203EDFR 12.70 3.18 1.40 9.50 •3.00-8.00 0.08-0.15
SPKN 1504EDTR 15.88 4.76 1.40 11.50 • • 3.00-8.00 0.08-0.15
SPKN 1203EDTR/L 12.70 3.18 1.70 9.50 • • • 3.00-8.00 0.08-0.15
SPKN 1203EDR-42 12.70 3.18 1.40 9.50 •3.00-8.00 0.08-0.15
SPKN 1203EDTR-42 12.70 3.18 1.40 9.50 •••• 3.00-8.00 0.08-0.15
SPKN 1504EDTR-42 15.88 4.76 1.40 11.50 • • 3.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
SPKN ED..
Flat Rake Milling Inserts
for General Use
0.5
F
ap
l
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC928
IC520M
ap
(mm)
fz
(mm/t)
SPKR 1203EDTR-HS 12.70 3.18 1.60 9.50 ••• 3.00-9.00 0.10-0.20
SPKR 1504EDTR-HS 15.82 4.80 2.00 12.24 • • 3.00-9.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
SPKR EDTR-HS
Square Positive Inserts with Chip
Splitting Serrated Cutting Edges
F
ap
l
S
SPKR-76
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S F ap
IC328
IC950
ap
(mm)
fz
(mm/t)
SPKR 1203EDR/L-76 12.70 3.18 1.80 9.50 • • 3.00-9.00 0.08-0.15
SPKR 1504EDTR-76 15.88 4.76 1.73 12.65 • • 3.00-9.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
SPKR ED..-76
Square Milling Inserts with Ribs
Along Edges for 45° Roughing
ISCAR
442
MILLING INSERTS
S
l
45° ap
F
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S apF
IC635
IC50M
IC520M
IC20
ap
(mm)
fz
(mm/t)
SDMT 0903AD-N 9.52 3.18 5.60 0.90 •••• 2.00-4.00 0.12-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E45 / T245 (32)
SDMT-AD-N
Inserts for General Use on 45° Endmills
d1
S
7°
90°
l
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC20
IC5005
IC807
IC907
ap
(mm)
fz
(mm/t)
SCMT 120408-19 12.70 4.76 0.80 5.50 ••••• 3.00-8.00 0.08-0.15
SCMT 120412-19 12.70 4.76 1.20 5.50 •3.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: IHPR (763)
SCMT-19
Square Inserts with a 7° Positive
Flank for Semi-Roughing at
Medium to High Feeds
S
ap
di
r
F
88°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S apF r(5)
IC330
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
S890 SNMU 1305PNTR (1) 13.00 5.60 9.00 1.80 0.80 ••••••2.00-9.00 0.10-0.20
S890 SNMU 1305PNTN (2) 13.00 5.70 9.00 1.80 0.80 •2.00-9.00 0.10-0.20
S890 SNMU 1305PNR-MM (3) 13.00 5.60 9.00 1.80 0.80 •••2.00-9.00 0.18-0.30
S890 SNHU 1305PN-R-W (4) 13.00 5.15 5.00 10.40 0.80 •0.50-2.00 0.10-0.20
• For cutting speed recommendations, see pages 462-498
(1) General use, 8 right-hand cutting edges, for milling a variety of cast iron and steel workpiece materials.
(2) 8 neutral cutting edges, used for machining cast iron. Can be used for left-hand specially tailored milling cutters.
(3) 8 right-hand cutting edges, used mainly for milling steel (R.H. helix).
(4) Wiper insert with 4 right-hand cutting edges that provides substantially improved surface finish
(5) 1.2 & 2.0 corner radii - on request.
For tools, see pages: S890 FSN-13 (173) • S890 SSB-13 (310)
PN-R-W
(4)
PNTN
(2)
PNTR (1) PNR-MM(3)
S890 SNMU 1305PN...
Square Double-Sided Inserts
with 8 Cutting Edges
443
MILLING INSERTS
S
di
45°
ap
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S ap
IC908
IC810
IC910
DT7150
IC5100
IC4100
ap
(mm)
fz
(mm/t)(1)
ONHU 080608-TN 20.20 0.80 6.00 5.50 • • • 2.00-5.50 0.20-0.30
ONMU 080608-TN 20.20 0.80 6.00 5.50 ••••• 2.00-5.50 0.20-0.30
ONMU 080612-HL 20.20 1.20 6.00 5.50 • • 2.00-5.50 0.25-0.40
• TN - For cast iron • HL - For rough applications and inhomogeneous surfaces • For cutting speed recommendations, see pages 462-498
(1) For FEEDMILL tools, see the feed conditions for the FF NM tools
For tools, see pages: F45NM (192) • F45WG (192) • FF NM (264)
TN HL
ONHU/ONMU-08-TN/HL
Octagonal Double-Sided Face
Milling Inserts for Cast Iron
and Rough Applications
S
45°
ap
r
di
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S ap
IC330
IC328
IC830
IC928
IC5400
IC808
IC908
IC910
ap
(mm)
fz
(mm/t)
(1)
ONHU 080608-TN-MM 20.20 0.80 6.00 5.50 • • • • 2.00-5.50 0.20-0.30
ONMU 080608-TN-MM 20.20 0.80 6.00 5.50 ••••••• 2.00-5.50 0.20-0.30
• For cutting speed recommendations, see pages 462-498
(1) For FEEDMILL tools, see the feed conditions for the FF NM tools
For tools, see pages: F45NM (192) • F45WG (192) • FF NM (264)
ONHU/ONMU-08-TN-MM
Octagonal Double-Sided Face Milling
Inserts for General Steel Machining
l S
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC330
IC845
IC830
IC5400
IC380
IC808
IC810
IC5100
fz
(mm/t)
XNMU 130608PNN-MM 13.00 8.50 0.80 • •••• 0.08-0.20
XNMU 130608PNN-PL 13.00 8.80 0.80 •0.08-0.20
XNMU 130608PNTN 13.00 8.80 0.80 • • 0.08-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ETS-XN13 (291) • FDN-XN13 (299) • SDN-XN13 (307)
XNMU 13
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
ISCAR
444
MILLING INSERTS
22.5˚
45˚
ap
di
S
Dimensions Recommended
Machining Data
Designation di S ap
IS8
ap
(mm)
ONHQ 0806-TN 20.20 6.00 5.50 •2.00-5.50
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45NM (192) • F45WG (192)
ONHQ-TN
16MILL Octagonal Double-Sided
Ceramic Face Milling Inserts
45°
ap
S
r
1.3
di
r
Dimensions Recommended Machining Data
Designation di r S ap
IC910
ap
(mm)
fz
(mm/t)
ONHU 080600-N-PL 20.20 1.30 6.00 5.50 •2.00-5.50 0.25-0.40
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45NM (192) • F45WG (192)
ONHU 0806-N-PL
Octagonal Inserts with Sharp Edge
and Positive Land for Cast Iron
S
45°
ap
di
Dimensions Recommended
Machining Data
Designation di r S ap
IC928
ap
(mm)
fz
(mm/t)
ONMU 080608 AN-N-HP 20.20 0.80 6.00 5.50 •2.00-5.50 0.25-0.40
• For cutting speed recommendations, see pages 462-498
For tools, see pages: F45NM (192) • F45WG (192)
ONHU/ONMU 080608 AN-N-
HP
16MILL Octagonal Double-Sided Face
Milling Inserts for High Temperature
Alloys, Stainless Steel and Steels
445
MILLING INSERTS
AN-R-W AN-N-W AN-14R-W
R
L
S
di
ap
rF
S
di
45˚
ap
r
F
di
F
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S apF
IC910
IC4100
ap
(mm)
fz
(mm/t)
ONHU 0806AN-14R-W (1) 20.15 0.50 5.50 3.50 13.20 •1.50-3.50 0.08-0.25
ONHU 0806AN-N-W (2) 20.30 0.50 6.00 3.50 7.40 • • 1.50-3.50 0.08-0.25
ONHU 0806AN-R-W (3) 20.40 0.40 6.00 3.50 7.20 •1.50-3.50 0.08-0.25
• For cutting speed recommendations, see pages 462-498
(1) Wiper insert with 4 cutting edges, recommended for fine pitch cutters; cutter diameters >160 mm
(2) Wiper insert with 4 cutting edges, 2 right- and 2 left-hand
(3) Wiper insert with 4 cutting edges, recommended for fine pitch cutters; cutter diameters <125 mm
For tools, see pages: F45NM (192) • F45WG (192)
ONHU 0806AN-W
Octagonal Double-Sided Wiper Inserts
r
lS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r
IC882
IC830
IC5820
IC808
IC810
ap
(mm)
fz
(mm/t)
FFQ4 SOMT 120516HP 12.70 5.20 1.60 •••• 0.50-1.50 0.40-1.80
FFQ4 SOMT 120516T 12.70 5.20 1.60 • • 0.50-1.50 0.40-2.00
FFQ4 SOMT 120516T20 12.70 5.20 1.60 •0.50-1.50 0.40-2.00
• T/T20- Type for steel, ferritic and martensitic stainless steel, cast iron and hardened steel • HP- Type for austenitic stainless steel and high temperature alloys
• For cutting speed recommendations, see pages 462-498
For tools, see pages: FFQ4 D-12 (265)
FFQ4 SOMT 1205
Square Single-Sided Inserts with 4
Cutting Edges for Fast Feed Milling
di
r
P
ap
d2
S
l
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di l S P d2r(1) Rgap
IC328
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
FF WOCT 060212T 9.86 7.00 2.70 4.20 5.60 2.00 3.00 1.00 ••• 0.30-1.00 0.30-1.00
FF WOMT 060212T-M 9.86 7.00 2.70 4.20 5.60 2.00 3.00 1.00 • • 0.30-1.00 0.70-1.50
FF WOCT 09T320T 14.50 10.60 3.95 6.50 9.30 2.00 4.00 1.50 • • 0.70-1.50 0.30-1.00
FF WOMT 09T320T 14.50 10.60 3.95 6.50 9.30 2.00 4.00 1.50 ••• 0.70-1.50 0.70-2.00
• For cutting speed recommendations, see pages 462-498
(1) Insert radius for programming: r=3.0 for FF WO.. 060212 inserts, r=4.0 for FF WO.. 09T320 inserts
For tools, see pages: FF EW (258) • FF EW-CF (259) • FF EW-M (259) • FF FW (263)
FF WOCT
FF WOMT
For high temperature
alloys and stainless steel
For general
applications
FF WOMT/WOCT
Positive Rake Inserts for Fast Feed
Machining at Small Depths of Cut
ISCAR
446
MILLING INSERTS
S
r
di
l
Rd°
Dimensions Tough
1
Hard
Designation di l S r(4)
IC330
IC830
IC380
IC808
IC810
H600 WXCU 040310HP (1) 6.25 4.13 3.10 0.96 • •
H600 WXCU 040310T (2) 6.25 4.13 3.10 0.96 • •
H600 WXCU 05T312HP (1) 8.33 5.50 4.20 1.20 • •
H600 WXCU 05T312T (2) 8.33 5.50 4.20 1.20 • • •
H600 WXCU 070515HP (1) 11.14 7.16 5.90 1.50 •••
H600 WXCU 070515T (2) 11.14 7.16 5.90 1.50 • • •
H600 WXCU 080612HP (1) 13.65 8.80 6.80 1.20 ••••
H600 WXCU 080612T (2) 13.65 8.80 6.80 1.20 • • •
H600 WXCU 080616RM (3) 13.65 8.80 6.80 1.60 • •
• For cutting speed recommendations, see table below
(1) For stainless steel and high temperature alloys
(2) For alloy steel and cast iron, "I" mark on top rake face for identification
(3) For interrupted cut and hard materials
(4) For insert radius for programming see table below
For tools, see pages: FF EWX (256) • FF EWX-M (257) • FF EWX-MM (257) • FF FWX (260) • MF EWX (257) • MF EWX-M (258) • MF FWX (261)
Cutting
Recommendations
for FF Tools
Radius for
Programming on
FF Tools
Cutting
Recommendations
for MF Tools
Radius for
Programming on
MF Tools
Inserts ap (mm) fz (mm/t) ap (mm) fz (mm/t)
H600 WXCU 040310HP 0.5-0.8 0.34-0.68 1.9 0.5-1.5 0.2-0.4 2.6
H600 WXCU 040310T 0.5-0.8 0.68-1.03 1.9 0.5-1.5 0.4-0.6 2.6
H600 WXCU 05T312HP 0.7-1.0 0.34-0.68 2.3 0.8-2.0 0.2-0.4 3.3
H600 WXCU 05T312T 0.7-1.0 0.68-1.03 2.3 0.8-2.0 0.4-0.6 3.3
H600 WXCU 070515HP 1.0-1.5 0.34-0.86 3.1 1-2.7 0.2-0.5 4.1
H600 WXCU 070515T 1.0-1.5 0.68-1.37 3.1 1-2.7 0.4-0.8 4.1
H600 WXCU 080612HP 1.5-2.0 0.34-0.86 3.3 1.8-3.5 0.2-0.5 4.8
H600 WXCU 080612T 1.5-2.0 0.68-1.37 3.3 1.8-3.5 0.4-0.8 4.8
H600 WXCU 080616RM 1.5-2.0 0.68-1.37 3.7 1.8-3.5 0.4-0.8 5.2
Cutting
Recommendations for
FF Tools in plunging
Radius for
Programming on
FF Tools
Cutting
Recommendations for
MF Tools in plunging
Radius for
Programming on
MF Tools
Inserts ae (mm) fz (mm/t) ae (mm) fz (mm/t)
H600 WXCU 040310HP 3.7 0.04-0.08 1.9 3.5 0.04-0.08 2.6
H600 WXCU 040310T 3.7 0.04-0.10 1.9 3.5 0.04-0.10 2.6
H600 WXCU 05T312HP 5 0.04-0.08 2.3 4.75 0.04-0.08 3.3
H600 WXCU 05T312T 5 0.04-0.10 2.3 4.75 0.04-0.10 3.3
H600 WXCU 070515HP 6.5 0.04-0.10 3.1 6.15 0.04-0.10 4.1
H600 WXCU 070515T 6.5 0.04-0.12 3.1 6.15 0.04-0.12 4.1
H600 WXCU 080612HP 8 0.04-0.10 3.3 7.65 0.04-0.10 4.8
H600 WXCU 080612T 8 0.04-0.12 3.3 7.65 0.04-0.12 4.8
H600 WXCU 080616RM 8 0.04-0.12 3.7 7.65 0.04-0.12 5.2
T
RM
HP
H600 WXCU
Double-Sided Inserts with 6 Cutting
Edges for Fast Feed Machining
447
MILLING INSERTS
F
r
l
di
ap
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation apl F r di S
IC845
IC840
IC830
IC5500
IC808
IC810
ap
(mm)
fz
(mm/t)
H1200 HXCU 0606-HPR 3.00 6.43 1.06 1.60 14.88 7.15 • • 0.20-3.00 0.08-0.40
H1200 HXCU 0606-TR 3.00 6.43 1.06 1.60 14.88 7.15 • •••• 0.20-3.00 0.25-0.65
• TR-for steel and cast iron, HPR-for stainless steel and high temperature alloys
For tools, see pages: MF FHX-R06 (262)
TR
HPR
H1200 HXCU 0606
Double-Sided Hexagonal Inserts
with 12 Cutting Edges
S
didi
S
RXCW 07/ 08 RXCW 10
15°
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S Txa°
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
RXCW 0702 7.00 2.40 - ••• 1.00-2.50 0.05-0.20
RXCW 0702-T 7.00 2.40 0.10X22° •1.00-2.50 0.05-0.20
RXCW 0802 8.00 2.40 - ••• 1.00-2.50 0.05-0.20
RXCW 0802-T 8.00 2.40 0.10X22° •1.00-2.50 0.05-0.20
RXCW 10T3 10.00 3.97 - ••• 1.00-5.00 0.10-0.25
RXCW 10T3-T 10.00 3.97 0.15X22° •1.00-5.00 0.10-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ER (236) • ER-M (237)
RXCW-T
RXCW
RXCW
Precision Ground Flat Rake
Round Milling Inserts
ISCAR
448
MILLING INSERTS
S
di
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S
IC328
IC950
ap
(mm)
fz
(mm/t)
RXMT 10T3-RM 10.00 3.97 • • 1.00-5.00 0.10-0.25
• Star-shaped bottom for indexing and to prevent insert rotation • For cutting speed recommendations, see pages 462-498
For tools, see pages: ER (236) • ER-M (237)
RXMT 10
Positive Rake Round Milling
Inserts for Rough Operations
S
di
Rd°
Dimensions Recommended Machining Data
Designation di S
IC830
ap
(mm)
fz
(mm/t)
RXMT 1607N 16.05 7.00 •0.50-8.00 0.08-0.30
RXMT 1607NPL 16.05 7.00 •0.50-8.00 0.08-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: SOE45 8/16 (30) • SOF45 (193)
RXMT...N RXMT...NPL
RXMT 1607
Round Milling Inserts
S
didi
S
RXCR 05/07/ 08 RXCR 10
15°
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
RXCR 05T1 5.00 1.50 • • 1.00-2.00 0.05-0.10
RXCR 0702 7.00 2.40 •1.00-2.00 0.05-0.10
RXCR 0802 8.00 2.40 •1.00-2.00 0.05-0.10
RXCR 10T3 10.00 3.97 •1.00-5.00 0.10-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ER (236) • ER-M (237)
RXCR
Precision Ground Positive
Rake Round Milling Inserts
449
MILLING INSERTS
S
di
Dimensions Recommended Machining Data
Designation di S
IC908
ap
(mm)
fz
(mm/t)
R90CW 1205-T 12.00 5.00 •2.00-6.00 0.12-0.20
R90CW 43-T 12.70 5.40 •2.00-6.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ER-M (237) • FDN-CM (301)
R90CW
Round Flat Rake Inserts
for Profile Milling
R90CW..-T
1
8
7
6
5
4
3
2
di
S
Dimensions Recommended Machining Data
Designation di S
IC830
ap
(mm)
fz
(mm/t)
REMT 1505-LM-76 15.87 5.24 •3.00-7.00 0.12-0.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOE-R06 (189) • HOF-R06 (190)
REMT-76
Round Milling Inserts with
Ribs on the Rake Face
di
S
7°
P
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S P
IC928
IC908
ap
(mm)
fz
(mm/t)
RCCW 1206MO 12.00 4.00 6.40 •2.50-5.00 0.15-0.40
RCMW 1607MO 16.00 5.00 7.90 •3.00-6.00 0.20-0.75
RCMW 2009MO 20.00 6.00 9.40 •4.00-8.00 0.20-0.75
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ERW (237) • ERW-M (238) • FRW (239)
RCMW/RCCW-MO
Round Flat Rake Milling Inserts
ISCAR
450
MILLING INSERTS
di
S
7°
P
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S P
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
RCCT 1206MO 12.00 4.00 6.40 ••• 2.50-5.00 0.15-0.40
RCMT 1607MO 16.00 5.00 7.90 • • 3.00-6.00 0.15-0.40
RCMT 2009MO 20.00 6.00 9.40 • • 4.00-8.00 0.15-0.40
• RCMT - Positive rake and reinforced cutting edge • RCCT - Positive rake and sharp cutting edge • Both used mainly on stainless steel
• For cutting speed recommendations, see pages 462-498
For tools, see pages: ERW (237) • ERW-M (238) • FRW (239)
RCMTRCCT
RCMT/RCCT-MO
Round Positive Rake Milling Inserts
di
7˚
P
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S P
IC830
IC928
IC808
IC908
IC910
ap
(mm)
fz
(mm/t)
RCMT 1004-FW (1) 10.00 3.20 4.80 •2.00-4.00 0.15-0.30
RCMT 1004-FW-F20 (2) 10.00 3.20 4.80 •2.00-4.00 0.15-0.30
RCMT 1206-FW (1) 12.00 4.00 6.40 •2.50-5.00 0.20-0.35
RCMT 1206-FW-F20 (2) 12.00 4.00 6.40 • • 2.50-5.00 0.20-0.35
RCMT 1206-FW-T20 (3) 12.00 4.00 6.40 •2.50-5.00 0.20-0.35
RCMT 1607-FW (1) 16.00 5.00 7.90 •••• 3.00-6.00 0.20-0.35
RCMT 1607-FW-F20 (2) 16.00 5.00 7.90 • • 3.00-6.00 0.20-0.35
RCMT 1607-FW-T20 (3) 16.00 5.00 7.90 • • 3.00-6.00 0.20-0.35
RCMW 1607-T-FPW (4) 16.00 5.00 7.90 •3.00-6.00 0.20-0.35
RCMW 1607-T-FW (5) 16.00 5.00 7.90 • • • 3.00-6.00 0.20-0.35
RCMT 2009-FW (1) 20.00 6.00 9.40 • • 4.00-8.00 0.20-0.35
RCMT 2009-FW-F20 (2) 20.00 6.00 9.40 •4.00-8.00 0.20-0.35
RCMT 2009-FW-T20 (3) 20.00 6.00 9.40 •4.00-8.00 0.20-0.35
RCMW 2009-T-FW (5) 20.00 6.00 9.40 •4.00-8.00 0.20-0.35
• For cutting speed recommendations, see pages 462-498
(1) For alloyed and stainless steel and exotic materials.
(2) For austenitic stainless steel, exotic materials and aluminum.
(3) For martensitic stainless steel
(4) For hardened steel
(5) For tool and die steel and for cast iron
For tools, see pages: ERW (237) • ERW-M (238) • FRW (239)
RCMT ...-FW-T20
RCMW ...-T-FPW RCMT ...-FW-F20
RCMW ...-T-FW
RCMT 1206-FW
RCMT 1607-FW
RCMT 2009-FW
RCMT/RCMW/RCCW-FW
Fully Effective Serrated Inserts with
Four Indexing Orientation Options
451
MILLING INSERTS
4
3
2
1
8
7
6
5
S
di
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S
IC328
IC928
ap
(mm)
fz
(mm/t)
RFMT 1905-LM-76 19.74 5.48 • • 3.00-8.00 0.15-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HOF-R07 (190)
RFMT 1905-76
Round Milling Inserts
l
ap
r
S
W
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r l W apS
IC330
IC830
IC808
ap
(mm)
fz
(mm/t)
H400 RNHU 1004-AX 5.00 9.20 9.30 7.50 4.70 • • 1.00-5.00 0.10-0.30
H400 RNHU 1004-HP 5.00 9.20 9.30 7.50 4.05 •1.00-5.00 0.10-0.30
H400 RNHU 1004-ML 5.00 9.20 9.30 7.50 4.05 • • 1.00-5.00 0.10-0.30
H400 RNHU 1205-AX 6.00 11.00 11.20 8.70 5.20 • • 2.00-6.00 0.15-0.30
H400 RNHU 1205-HP 6.00 11.00 11.20 8.70 4.75 • • 2.00-6.00 0.15-0.30
H400 RNHU 1205-ML 6.00 11.00 11.20 8.70 4.75 • • 2.00-6.00 0.15-0.30
H400 RNHU 1606-AX 8.00 14.70 13.90 12.00 7.80 •••3.00-8.00 0.15-0.40
H400 RNHU 1606-HP 8.00 14.70 13.90 12.00 7.80 •3.00-8.00 0.15-0.40
H400 RNHU 1606-ML 8.00 14.70 13.90 12.00 7.80 • • 3.00-8.00 0.15-0.40
• For cutting speed recommendations, see pages 462-498
For tools, see pages: H400 ER-10 (240) • H400 ER-12 (240) • H400 ER-M (241) • H400 FR-10 (241) • H400 FR-12 (242) • H400 FR-16 (243)
ML HP AX
H400 RNHU
Double-Sided Inserts with Four
5, 6 and 8 mm Radii Cutting
Edges for Profile Milling
ISCAR
452
MILLING INSERTS
di
r
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di r S
IC830
IC808
ap
(mm)
fz
(mm/t)
H606 RXCU 1206-AXMP (1) 12.20 6.00 5.90 • • 2.00-6.00 0.10-0.40
H606 RXCU 1206-AXT (2) 12.20 6.00 5.90 • • 2.00-6.00 0.10-0.40
• For cutting speed recommendations, see pages 462-498
(1) For stainless steel and high temperature alloys
(2) For steel and cast iron applications
For tools, see pages: H606 ER-M (244) • H606 FR-12 (244)
AXT
AXMP
H606 RXCU 1206
Double-Sided Inserts with Six 6 mm
Radius Cutting Edges for Profile Milling
r
ap
20°
DS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation Dapr S
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
HBR D100-QF 10.00 6.70 5.00 2.30 •1.50-5.00 0.08-0.15
HBR D120-QF 12.00 9.77 6.00 2.60 • • 2.00-6.00 0.08-0.15
HBR D160-QF 16.00 10.30 8.00 3.37 ••• 2.50-8.00 0.08-0.15
HBR D200-QF 20.00 13.40 10.00 4.65 • • 3.00-10.00 0.08-0.15
HBR D250-QF 25.00 16.70 12.50 5.40 •4.00-12.50 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HCM D10 (228) • HCM D12 (228) • HCM D16 (229) • HCM D20 (229) • HCM D25 (230) • HCM-M (230) • HCM-MM (230)
HBR-QF
220° Spherical Profile Inserts for
Roughing and Semi-Finishing, Up and
Down Ramping and Undercutting
r
ap
20°
DS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation Dapr S
IC928
IC908
ap
(mm)
fz
(mm/t)
HBF D120-QF 12.00 8.00 6.00 2.60 • • 2.00-6.00 0.03-0.80
HBF D160-QF 16.00 10.30 8.00 3.37 •2.50-8.00 0.03-0.80
HBF D200-QF 20.00 13.40 10.00 4.65 • • 3.00-10.00 0.03-0.80
HBF D250-QF 25.00 17.00 12.50 5.40 • • 4.00-12.50 0.03-0.80
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HCM D12 (228) • HCM D16 (229) • HCM D20 (229) • HCM D25 (230) • HCM-M (230) • HCM-MM (230)
HBF-QF
220° Spherical Profile Inserts for
Accurate Finishing, Up and Down
Ramping and Undercutting
453
MILLING INSERTS
S
D
-FW
r
ap
Dimensions Tough
1
Hard Recommended
Machining Data
Designation Dapr S
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
HCR D100-QF 10.00 7.00 5.00 2.30 •1.50-5.00 0.08-0.15
HCR D120-QF 12.00 9.00 6.00 2.60 •2.00-8.50 0.08-0.15
HCR D120-QP 12.00 9.80 6.00 2.60 • • 2.00-8.50 0.08-0.15
HCR D160/.62-FW (1) 15.88 11.00 7.94 3.37 •2.50-11.00 0.10-0.15
HCR D160-QF 16.00 11.30 8.00 3.37 • • 2.50-11.00 0.08-0.15
HCR D200-QF 20.00 14.70 10.00 4.65 •3.00-14.00 0.08-0.15
HCR D250-QF 25.00 18.40 12.50 5.40 •4.00-17.50 0.08-0.15
• QF - For general use applications • QP - Positive chipformer for low cutting forces. Recommended for machining aluminum, titanium and other exotic materials
• For cutting speed recommendations, see pages 462-498
(1) Serrated edged chip splitting insert
For tools, see pages: HCM D10 (228) • HCM D12 (228) • HCM D16 (229) • HCM D20 (229) • HCM D25 (230) • HCM-M (230) • HCM-MM (230)
HCR
Ball Nose Inserts with 2 Straight
Tangent Cutting Edges (Fully Effective)
for Cavity Profiling and Shouldering
a°
S
W
ap
H5
Dimensions Recommended
Machining Data
Designation Wapa° S H5
IC908
ap
(mm)
fz
(mm/t)
HCD D120-090-QF 12.00 5.00 45 2.60 4.00 •1.50-4.00 0.08-0.15
HCD D124-090-QF 12.40 5.10 45 2.60 4.00 •1.50-4.00 0.08-0.15
HCD D160-090-QF 16.00 7.50 45 3.37 4.50 •2.00-6.00 0.08-0.15
HCD D205-090-QF 20.50 9.50 45 4.65 6.00 •2.50-7.00 0.08-0.15
HCD D250-090-QF 25.00 12.00 45 5.40 7.00 •3.00-9.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HCM D12 (228) • HCM D16 (229) • HCM D20 (229) • HCM D25 (230) • HCM-M (230) • HCM-MM (230)
HCD-QF
90° V-Shaped Inserts with 2
Cutting Edges for Chamfering,
Countersinking and Spot Drilling
ISCAR
454
MILLING INSERTS
WS
r
ap
Dimensions Recommended Machining Data
Designation Wapr S
IC908
ap
(mm)
fz
(mm/t)
HCC D120-R0.5-QF 12.00 8.10 0.50 2.60 •3.50-7.50 0.08-0.15
HCC D120-R1.0-QF 12.00 8.10 1.00 2.60 •3.50-7.50 0.08-0.15
HCC D120-R2.0-QF 12.00 8.10 2.00 2.60 •3.50-7.50 0.08-0.15
HCC D160-R0.5-QF 16.00 10.30 0.50 3.37 •5.00-10.00 0.08-0.15
HCC D160-R1.0-QF 16.00 10.30 1.00 3.37 •5.00-10.00 0.08-0.15
HCC D160-R2.0-QF 16.00 10.30 2.00 3.37 •5.00-10.00 0.08-0.15
HCC D200-R0.5-QF 20.00 12.80 0.50 4.65 •6.00-12.00 0.08-0.15
HCC D200-R1.0-QF 20.00 12.80 1.00 4.65 •6.00-12.00 0.08-0.15
HCC D200-R2.0-QF 20.00 12.80 2.00 4.65 •6.00-12.00 0.08-0.15
HCC D200-R3.0-QF 20.00 12.80 3.00 4.65 •6.00-12.00 0.08-0.15
HCC D250-R1.0-QF 25.00 14.70 1.00 5.40 •7.50-15.50 0.08-0.15
HCC D250-R2.0-QF 25.00 14.70 2.00 5.40 •7.50-15.50 0.08-0.15
HCC D250-R3.0-QF 25.00 14.70 3.00 5.40 •7.50-15.50 0.08-0.15
HCC D250-R4.0-QF 25.00 14.70 4.00 5.40 •7.50-15.50 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HCE (9) • HCE-MM (9)
HCC-QF
Inserts with 2 Cutting Edges (Fully
Effective) for Shouldering, Slotting,
Drilling and Countersinking
WS
r
ap
7°
Dimensions Recommended Machining Data
Designation Wapr S
IC908
ap
(mm)
fz
(mm/t)
HTR D120-R1.0-QF 12.00 5.00 1.00 2.60 •0.70-3.50 0.08-0.15
HTR D120-R2.0-QF 12.00 5.00 2.00 2.60 •0.70-3.50 0.08-0.15
HTR D120-R3.0-QF 12.00 5.00 3.00 2.60 •0.70-3.50 0.08-0.15
HTR D160-R1.0-QF 16.00 5.00 1.00 3.37 •1.00-5.00 0.08-0.15
HTR D160-R1.5-QF 16.00 5.00 1.50 3.37 •1.00-5.00 0.08-0.15
HTR D160-R2.0-QF 16.00 5.00 2.00 3.37 •1.00-5.00 0.08-0.15
HTR D160-R3.0-QF 16.00 5.00 3.00 3.37 •1.00-5.00 0.08-0.15
HTR D200-R2.0-QF 20.00 8.00 2.00 4.65 •1.20-6.00 0.08-0.15
HTR D200-R3.0-QF 20.00 7.50 3.00 4.65 •1.20-6.00 0.08-0.15
HTR D200-R4.0-QF 20.00 8.00 4.00 4.65 •1.20-6.00 0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HCE (9) • HCE-MM (9)
HTR-QF
Toroidal Inserts with a Variety
of Corner Radii for Machining
Fillets and Next to Steep Walls
455
MILLING INSERTS
QT CS
l
W
S
P
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r(2) l W P S
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
BCR D120-QT 6.00 10.60 5.80 2.80 2.10 • • 1.20-4.20 0.20-0.25
BCR D160-QT 8.00 12.70 7.70 4.40 3.30 • • 1.60-5.60 0.20-0.25
BCR D200-QT 10.00 17.00 9.60 4.70 3.60 •2.00-7.00 0.20-0.25
BCR D250-QT 12.50 20.00 11.80 5.70 4.20 ••• 2.50-8.75 0.20-0.25
BCR D300-QT 15.00 27.30 14.70 7.00 5.30 • • 3.00-10.50 0.20-0.25
BCR D320-CS (1) 16.00 28.00 15.00 7.00 5.30 •3.20-11.20 0.20-0.25
BCR D320-QT 16.00 28.00 15.10 7.00 5.30 •••3.20-11.20 0.20-0.25
BCR D400-CS (1) 20.00 35.40 18.80 9.40 6.30 •4.00-14.00 0.20-0.25
BCR D400-QT 20.00 35.40 18.80 9.74 7.00 •4.00-14.00 0.20-0.25
BCR D500-CS (1) 25.00 44.00 24.00 11.70 9.00 •5.00-17.50 0.20-0.25
• For cutting speed recommendations, see pages 462-498
(1) Not recommended for stainless steel and high temperature alloys
(2) Radius generated on workpiece
For tools, see pages: BCM (233) • BCM-M (233) • BCM-MM (234)
BCR
Ball Nose Inserts with a
Straight Cutting Edge Tangent
to a Round Corner
S
l
W
QCSMFWQT
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation r(1) l W S
IC882
IC330
IC830
IC808
fz
(mm/t)
BLR D160-MFW 8.00 13.10 6.10 2.55 •0.08-0.15
BLR D160-QCS 8.00 13.10 6.10 2.55 • • 0.08-0.15
BLR D160-QT 8.00 13.10 6.10 2.55 •0.08-0.15
BLR D200-MFW 10.00 16.40 7.60 3.40 •0.08-0.15
BLR D200-QCS 10.00 16.40 7.60 3.40 • • 0.08-0.15
BLR D200-QT 10.00 16.40 7.60 3.40 •0.08-0.15
BLR D250-MFW 12.50 20.50 8.90 3.80 •0.08-0.15
BLR D250-QCS 12.50 20.50 8.90 3.80 • • 0.08-0.15
BLR D250-QT 12.50 20.50 8.90 3.80 •0.08-0.15
BLR D300-QCS 15.00 24.50 10.75 4.60 • • 0.08-0.15
BLR D300-QT 15.00 24.50 10.75 4.60 •0.08-0.15
BLR D320-MFW 16.00 26.30 11.00 4.60 •0.08-0.25
BLR D320-QCS 16.00 26.30 11.00 4.60 • • 0.08-0.25
BLR D320-QT 16.00 26.30 11.00 4.60 •0.08-0.25
BLR D400-MFW 20.00 32.70 14.20 5.50 •0.08-0.25
BLR D400-QCS 20.00 32.70 14.20 5.50 • • 0.08-0.25
BLR D500-MFW 25.00 40.90 17.80 7.40 •0.08-0.25
BLR D500-QCS 25.00 40.90 17.80 7.40 •0.08-0.25
• -MFW - Serrated cutting edge for roughing operations • -QCS - Chip splitting cutting edge for semi-finish and finish applications
• -QT - Round edge for finishing applications • For cutting speed recommendations, see pages 462-498
(1) Radius generated on workpiece
For tools, see pages: BLP Endmills (231) • BLP Shell Mill (232) • BLP-M (231) • BLPK (232)
BLR
Round Segment Double-Sided
Inserts for Ball Nose Milling Cutters
ISCAR
456
MILLING INSERTS
73°
l
S
W
r
Rd°
Dimensions Recommended
Machining Data
Designation l W S r ae(min)ae(max)
IC908
fz
(mm/t)
XCMT 120408TR 9.50 12.20 5.00 0.80 6.00 11.00 •0.11-0.30
• For cutting speed recommendations, see pages 462-498
For tools, see pages: PLX (271) • PLX-M (271)
XCMT-TR
73° Rhombic, 7° Positive
Flank Inserts for Plungers
l
S
W
3.94
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S
IC328
IC908
fz
(mm/t)
PLHT 1305-PDX 5.45 13.70 9.95 • • 0.12-0.12
• For cutting speed recommendations, see pages 462-498
PLHT
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
W
I
r
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ae(min)ae(max)(2)
IC330
IC830
IC808
IC810
IC07
fz
(mm/t)
HTP LNAR 0604 FR-P 4.06 6.50 6.77 0.80 1.00 5.00 •0.05-0.15
HTP LNHT 0604 ER 4.06 6.50 6.77 0.80 1.00 5.00 •••• 0.08-0.12
HTP LNHT 0604 ETR 4.06 6.50 6.77 0.80 1.00 5.00 ••• 0.08-0.12
HTP LNMT 0604 ER (1) 4.06 6.50 6.84 0.60 1.00 5.00 • • 0.08-0.15
• For cutting speed recommendations, see pages 462-498
(1) Mounting this insert increases tool diameter by 0.2 mm
(2) For a cutter diameter smaller than 20 mm, ae max=4.5 mm; for a cutter diameter of 20 mm and larger, ae max=5 mm
For tools, see pages: HTP-LN06 (268) • HTP-M-LN06 (268)
HTP LN.. 0604
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
457
MILLING INSERTS
W
I
r
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r ae(min)ae(max)(2)
IC330
IC830
IC808
IC810
IC07
fz
(mm/t)
HTP LNAR 1006 FR-P 6.50 10.50 10.13 1.00 2.00 8.00 •0.05-0.15
HTP LNHT 1006 ER 6.50 10.50 9.93 1.00 2.00 8.00 •••• 0.10-0.15
HTP LNHT 1006 ETR 6.50 10.50 9.93 1.00 2.00 8.00 ••• 0.12-0.20
HTP LNMT 1006 ER (1) 6.50 10.50 9.96 1.00 2.00 8.00 ••• 0.08-0.15
• For cutting speed recommendations, see pages 462-498
(1) Mounting this insert increases tool diameter by 0.1 mm
(2) For a cutter diameter smaller than 32 mm, ae max=7.0mm; for a cutter diameter 32 mm and larger, ae max=8.0mm
For tools, see pages: FTP-LN10 (262) • HTP-LN10 (269) • HTP-M-LN10 (269) • HTP-R-LN10 (269)
ETR
ER
ER- For general
applications
ETR- First priority for
hardened steel
HTP LN.. 1006
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
ISCAR
458
MILLING INSERTS
S W K
ER 45ER
l
r
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r Ch ae(min)ae(max)
IC328
IC928
IC908
IC810
IC910
IC07
fz
(mm/t)
HTP LNAR 1606 FR-P 6.50 16.50 12.28 1.20 - 6.00 14.00 •0.05-0.15
HTP LNHT 1606 ER 6.50 16.50 12.07 1.20 - 6.00 14.00 • • • • 0.10-0.20
HTP LNHT 1606 ETR 6.50 16.50 12.03 1.20 - 6.00 14.00 • • 0.10-0.20
HTP LNHT 16061.2X45ER 6.50 16.50 12.04 - 1.2x45° 6.00 14.00 •0.10-0.20
HTP LNMT 1606 ETR 6.50 16.50 12.04 1.20 - 6.00 14.00 •0.08-0.15
• For cutting speed recommendations, see pages 462-498
For tools, see pages: HTP-R-LN16 (270)
ETR
ER
ER- For general
applications
ETR- First priority for
hardened steel
HTP LN.. 1606
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
WS
l
r
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r Rg
IC830
IC808
fz
(mm/t)
FTP LNHT 1006 ER 6.50 10.50 9.78 1.80 3.40 • • 0.50-1.20
FTP LNHT 1006 ETR 6.50 10.50 9.80 1.80 3.40 •0.50-1.20
• For cutting speed recommendations, see pages 462-498
For tools, see pages: FTP-LN10 (262)
ETR
ER
ER- Used for general
applications
ETR- First priority for
hardened steel
FTP LNHT 1006
Tangentially Clamped Inserts with
4 Cutting Edges for Plunging
and Fast Feed Facing
459
MILLING INSERTS
di
r
S
a
°
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S a°ae(min)ae(max)
IC808
IC908
ap
(mm)
fz
(mm/t)
CNMT 070308-MM (1) 7.00 0.80 4.00 80 1.00 4.50 •0.80-4.00 0.12-0.30
CNHT 070305 7.00 0.50 3.60 80 1.00 4.50 •0.10-1.50 0.10-0.25
CNHT 070310 7.00 1.00 3.60 80 1.00 4.50 •0.10-1.50 0.10-0.25
CNHT 070315 7.00 1.50 3.60 80 1.00 4.50 •0.10-1.50 0.10-0.25
• For cutting speed recommendations, see pages 462-498
(1) Do not use on E93CN tools
For tools, see pages: E90CN (10) • E90CN-M (10) • E93CN (234) • E93CN-M (235) • E93CN-MM (235)
Light Medium Heavy
a
p 0.1 0.5 1-1.5
f mm/t
0.25 0.15 0.1
Light Medium Heavy
a
p 0.1 0.5 1-2
ae 0.1 0.5 1-2
f mm/t
0.25 0.15 0.1
Light Medium Heavy
ae CNHT 1 3 4.5
ENHT 1 4 8.5
f mm/t
0.12 0.1 0.08
Light Medium Heavy
a
p 0.1 0.5 2
ae 0.1 0.5 0.5
f mm/t
0.25 0.15 0.1
Machining Small Corner Radii
Finishing
Machining Recommendations
Machining Long Unsupported Parts
Plunging
Light Medium Heavy
a
p 2 4 6
ae 0.1 0.2 0.3
f mm/t
0.25 0.15 0.1
Undercut
CNHT/MT 07
Toroidal Bull Nose Peripherally Ground
Inserts with 4 Cutting Edges
ISCAR
460
MILLING INSERTS
di
a
°
r
S
Rd°
Dimensions Recommended
Machining Data
Designation di r S a°ae(min)ae(max)
IC908
ap
(mm)
fz
(mm/t)
ENHT 100408 10.50 0.80 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
ENHT 100410 10.50 1.00 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
ENHT 100415 10.50 1.50 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
ENHT 100420 10.50 2.00 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
ENHT 100425 10.50 2.50 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
ENHT 100430 10.50 3.00 4.20 75 1.00 8.50 •0.10-1.50 0.10-0.25
• For cutting speed recommendations, see pages 462-498
For tools, see pages: E93CN (234) • E93CN-M (235) • F93CN (236)
Light Medium Heavy
a
p 0.1 0.5 1-1.5
f mm/t
0.25 0.15 0.1
Light Medium Heavy
a
p 0.1 0.5 1-2
ae 0.1 0.5 1-2
f mm/t
0.25 0.15 0.1
Light Medium Heavy
ae CNHT 1 3 4.5
ENHT 1 4 8.5
f mm/t
0.12 0.1 0.08
Light Medium Heavy
a
p 0.1 0.5 2
ae 0.1 0.5 0.5
f mm/t
0.25 0.15 0.1
Machining Small Corner Radii
Finishing
Machining Recommendations
Machining Long Unsupported Parts
Plunging
Light Medium Heavy
a
p 2 4 6
ae 0.1 0.2 0.3
f mm/t
0.25 0.15 0.1
Undercut
ENHT
Toroidal Bull Nose Peripherally Ground
Inserts with 4 Cutting Edges
461
MILLING INSERTS
461
USER GUIDE
Endmill Shank Styles
Face Mill Arbor Hole Styles
Shank Diameter (d) l min. Recommended
Cylindrical
l
d
10
16
20
25
32
40
1.5xd
1.5xd
1.5xd
1.5xd
1.5xd
1.5xd
Weldon
l
d
12
16
20
25
32
40
50
45
48
50
56
60
70
80
Combined Shank (Clarkson)
l
d
16
20
25
32
40
39
—
53
54
75
Morse
l
CM 2
CM 3
CM 4
64.0
81.0
102.5
Bridgeport
l
101.6
Da E d1d2d3ab
Style A Da
b
E
a
d1
16
22
27
19
20
23
13.5
18
38
— —
8.4
10.4
12.4
5.6
6.5
7.0
Style B Da
a
b
E
d1
22
27
32
40
20
25
25
33
31
38
46
56
— —
10.9
12.4
14.4
16.4
6.5
7.0
8.0
9.0
Style C
a
Dad2
b
E
d1
40
60
33
38
65
—
66.7
101.6
—
—
16.4
25.7
9.0
14.0
Style D
a
b
E
Dad2d3
60 38 — 101.6 177.8 25.7 14.0
ISCAR
462
MILLING INSERTS
ISCAR
462
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic. 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Cast iron nodular (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
Cutting Speed Recommendations for Indexable Milling Cutters
463
MILLING INSERTS
463
USER GUIDE
No.
UNCOATED COATED
IC28 IC08 IC328/ 330 IC4050 IC300 IC928/ 830 IC5400 IC950 IC908/ 808
180 110 140 - 180 170 - 280 210 - 220 180 - 230 225 - 285 210 - 350 210 - 270
270 - 90 125 - 150 120 - 200 160 - 180 160 - 190 200 - 235 150 - 250 185 - 225
360 - 70 100 - 120 100 - 160 130 - 180 130 - 160 160 - 200 120 - 200 150 - 180
450 - 70 90 - 110 80 - 120 130 - 180 120 - 140 150 - 175 100 - 150 135 - 165
550 - 60 80 - 100 140 - 320 110 - 140 100 - 130 125 - 160 170 - 400 120 - 150
670 - 100 120 - 160 120 - 240 130 - 180 160 - 210 200 - 260 150 - 300 180 - 240
750 - 80 90 - 140 100 - 200 100 - 140 120 - 180 150 - 225 125 - 250 135 - 210
850 - 70 80 - 120 80 - 160 100 - 140 100 - 160 125 - 200 100 - 200 120 - 180
940 - 70 70 - 110 70 - 140 110 - 140 90 - 140 110 - 175 90 - 175 105 - 165
10 40 - 50 60 - 80 60 - 120 100 - 140 80 - 100 100 - 125 75 - 150 90 - 120
11 30 - 70 55 - 120 60 - 100 60 - 100 70 - 160 85 - 200 75 - 130 80 - 180
12 60 - 110 60 - 110 100 - 180 100 - 180 60 - 130 120 - 220 120 - 200
13 60 - 80 40 - 100 100 - 140 100 - 140 50 - 120 120 - 170 110 - 190
14 50 - 70 40 - 80 80 - 120 80 - 120 50 - 100 100 - 150 100 - 160
15 70 - 140 90 - 220 90 - 170 70 - 180
16 60 - 120 90 - 180 70 - 150 70 - 140
17 130 - 240 150 - 240 160 - 300 120 - 190
18 110 - 200 100 - 250 140 - 250 80 - 200
19 180 - 330 160 - 300 220 - 410 130 - 240
20 160 - 290 150 - 260 200 - 360 120 - 210
21 480 - 640 800 - 900 1180 - 1220
22 400 - 560 700 - 800 1070 - 1210
23 50 - 640 800 - 900 1180 - 1220
24 400 - 560 750 - 850 1070 - 1210
25 240 - 320 400 - 450 470 - 490
26 240 - 320 500 - 550 580 - 620
27 240 - 320 500 - 550 580 - 620
28 160 - 240 350 - 380 400 - 440
29
30
31 20 - 30 10 - 20 30 - 40 30 - 50 35 - 50
32 20 - 20 10 - 20 25 - 35 30 - 40 30 - 45
33 10 - 20 20 - 50 20 - 30 20 - 30 25 - 35
34 10 - 20 20 - 50 20 - 25 20 - 30 25 - 30
35 30 - 40 20 - 50 40 - 60 50 - 70 50 - 75
36 20 - 40 20 - 30 30 - 60 30 - 70 35 - 75
37 20 - 40 20 - 30 30 - 60 30 - 70 35 - 75
38 55 - 65
39 45 - 55
40 90 - 105
41 55 - 65
ISCAR
464
MILLING INSERTS
ISCAR
464
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic. 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Cast iron nodular (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
Cutting Speed Recommendations for Indexable Milling Cutters
465
MILLING INSERTS
465
USER GUIDE
COATED CERAMIC
IC380 IC910/ 810 IC4100/ 5100 a-TEC DT7150 DO-TEC IS8
180 - 240 210 - 350
150 - 200 150 - 250
120 - 160 120 - 200
110 - 150 100 - 150
100 - 135 170 - 250
160 - 220 150 - 220
140 - 190 125 - 250
120 - 160 100 - 200
110 - 150 90 - 175
80 - 110 75 - 150
120 - 160 75 - 130
120 - 180
100 - 170
90 - 140
200 - 320 200 - 350 140 - 270 350 - 800
130 - 330 180 - 330 125 - 230 250 - 600
125 - 300 150 - 250 200 - 330 400 - 900
120 - 240 130 - 220 160 - 330 250 - 600
220 - 400 200 - 350 180 - 350 360 - 540
200 - 350 180 - 330 160 - 330 300 - 440
30 - 45
25 - 40
20 - 30
20 - 25
40 - 65
30 - 65
30 - 65
45 - 55
40 - 50
75 - 90
45 - 55
ISCAR
466
MILLING INSERTS
ISCAR
466
USER GUIDE
PCD
Recommended Machining Conditions
Grade D.O.C. Material Vc Feed Cutting
mm m/min mm/tooth Edge
NID5
<2.0 Aluminum alloys <12% silicon 300-3000 0.05-0.25
Sharp
<2.0 Chipboard Fiberboard Plastics 2000-3000 0.05-0.25
<2.0 Copper Brass alloys 500-1500 0.05-0.25
NID8
<2.0 Aluminum>12% silicon 250-1000 0.05-0.25
<2.0 Aluminum<12% silicon 300-3000 0.05-0.25
<2.0 Chipboard Fiberboard Plastics MMC 2000-3000
200-600
0.05-0.25
0.05-0.25
CBN
Recommended Machining Conditions
D.O.C.
mm Material
Grade
IB85 IB55
Vc Feed Cutting Vc Feed Cutting
m/min mm/tooth Edge m/min mm/tooth Edge
K
<0.5 Grey cast iron
HB 200-280
500-1500 0.1-0.3 Chamfer
Hone
0.5-2.0 500-1100 0.1-0.25 Chamfer
<0.5 Compacted graphite iron
GCI 400-600 0.1-0.2 Hone
S0.5-2.0
Co based > 35 HRc
Ni based > 35 HRc
Fe based > 35 HRc
Cr based > 35 HRc
150-200
120-150
60-120
50-75
0.05-0.15 Chamfer
H<0.5 Hardened steels > 45 HRc 80-180 0.1-0.25 Chamfer 80-220 0.1-0.25 Chamfer
<2 Hardened cast iron 80-200 0.1-0.15 Chamfer
P<2 Bearing steel 180-220 0.05-0.25 Chamfer 180-220 0.1-0.15 Chamfer
<2 Ferrous powder metal 150-300 0.1-0.15 Chamfer 250-360 0.1-0.15 Chamfer
Recommended Cutting Conditions for ADKT 1505R8T-FF Inserts
Workpiece Material
Carbide
grade
D.O.C.
Ap
[mm]
Cutting
speed
Vc,
[m/min]
Feed
per tooth
fz,
[mm/tooth] Coolant
ISO class
DIN/ISO 513 Description
ISCAR
Mat.
Group*
Typical Representative
Hardness,
HB
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy
steel
1
1020 1.0402 130-180
IC928 1-1.5 100-150 0.8-1.5
Air
IC808 1.5-2 100-170 0.7-1.3
Low alloy
steel
8 4340 1.6582 260-300
IC928 1-1.5 100-150
0.8-1.5
Air
IC808 1.5-2 0.5-1
9 3135 1.571 HRC 35-42**
IC928 0.5-1.1 80-120
0.4-1
Air
IC808 0.5-0.7 0.2-0.7
High alloy
steel 10 H13 1.2344 200-220
IC928 0.7-1.5
100-150
0.6-1.1
Air
IC808
Martensitic
stainless steel
12
420 1.4021 200
IC928 0.5-1.5
80-120
0.4-0.8
Air
IC330
M
Austenitic
stainless steel
14
304L
1.4306 200
IC928 0.5-1
80-100
0.3-0.7
Air
IC330
316L
1.4404 140 IC928 0.5-1
80-100
0.3-0.6
IC330
KGrey cast iron 16 Class 40 0.6025 (GG25) 250 IC928 1-1.5 150-220 1-1.5 Air
Nodular cast iron 17 Class 65-45-12 0.7050 (GGG50) 200 IC928 1-1.5 100-160 1-1.5
SHigh temperature
alloys
34 Inconel 718 2.4668 340 IC928 0.5-1 20-30 0.1-0.2 Wet
(emilsion)
37 AMS R56400 3.7165 (Ti6Al4V) HRC 40-45 IC928 0.5-1 22-45 0.4-0.6
* ISCAR material grpoup in accordance with VDI 3323 standard
** Quenched and tempered
The data refer to W.O.C. no more than 0.7×D and a cutter overhang to 2×D, where D - the cutter diameter
467
MILLING INSERTS
467
USER GUIDE
GRADES for APPLICATIONS and MATERIALS
First choice
Material
groups
ISO P ISO M ISO K ISO N ISO S ISO H
1 - 11 12 - 13 14 15 - 20 21 - 28 31 - 37 38 - 41
Steel
Stainless Steel
Ferritic &
Martensitic
Stainless Steel
Austenitic
& Duplex
(Ferritic-
Austenitic) Cast Iron Nonferrous
High Te m p.
Alloys
Hard Steel
& Hardened
Cast Iron
MILLING
Indexable
Hard IC808 (908) IC808 (908) IC808 (908) IS8 ID5 IC808 (908) IB55
IC30N ID8 IC08 IB85
IC4050 IC380 IC4100 (5100) IC380
IC5400 IC830 (928) DT7150 IC07 IC928 (830) IC808 (908)
IC830 (928) IC830 (928) IC330 (328) IC810 (910) IC08 IC328 (330)
IC330 (328) IC330 (328) IC28 IC28 IC28
Coolant Tough N N Y N Y Y N
Calculations
Milling Calculations
ap
fz
κ
D
Vf
N
b
fz
n
Vf
hm
N
Vc [m/min] Cutting speed
D [mm] Tool diameter
N [RPM] Spindle speed
Vf [mm/min] Feed speed
fz [mm/tooth] Feed per tooth
ZNumber of teeth
fN [mm/rev] Feed per revolution
Q [cm3/min] Metal removal rate
ap [mm] Depth of cut
b [mm] Width of cut
Th [min] Machining time
Lw [mm] Machining length
Kc [N/mm2]Specific cutting force
Kc1(1) [N/mm2]Specific cutting force
for 1 mm2 chip section
hm [mm] Average chip thickness
mc(1) Chip thickness factor
k [degrees] Cutting edge angle
P [kW] Machining power
hMachine efficiency
P = Pc + Pm
P - Total Machining Power
Pc - Net Power=Cutting Power
Pm-Motor Power (while not cutting)
(1) See page 1006
Values for Motor Power PM
Max. Machine Power (kW) Motor Power Pm (kW)
5.5 0.4
7.5 0.4-0.6
11.0 1.0
15.0 1.5
18.0 2.2
22.0 2.5
Motor Power Pm has a value of approximately
7 to 12% of Maximum Machine Power
Cutting speed Vc = π*D*N [m/min]
1000min
Spindle speed N = Vc*1000 [rev/min]
π*D
Table speed Vf = fz*Z*N [mm/min]
Feed per tooth fz = Vn [mm/tooth]
N*Z
Feed per revolution fN = fz*Z [mm/rev]
Metal removal rate Q =
a
p
*b*V
f
[cm3/min]
1000
Machining time Th = Lw [min]
Vf
Specific cutting force Kc = Kc1*hm-mc
Average chip thickness in
shoulder milling for b/D≤0.1 hm ≈fz*
√
b [mm]
D
Average chip thickness in
shoulder milling for b/D>0.1 hm = ( sink*180*b*fz ) [mm]
π*D*arcsin ( b/D)
Machining power P = ( ap*b*Vf*kc ) [kW]
6*107*h
ISCAR
468
MILLING INSERTS
ISCAR
468
USER GUIDE
Screw Thread
Overall
Length
[mm]
TORX
Recess
Tightening
Torque
[Nxm] [lbfxin]
SR 34-533/L M2 4.8 T 6 0.6 5.3
SR 34-533/L/HG M2 4.8 T 6 0.6 5.3
SR 34-508 M2.2 4.6 T 7 0.9 8
SR 34-508/S-HG M2.2 3.8 T 7 0.9 8
SR 34-508/L M2.2 5.2 T 7 0.9 8
SR 14-548 M2.2 5.3 T 7 0.9 8
SR 14-505 M2.2 6.5 T 7 0.9 8
SR 114-018-L2.50 M2.5 2.5 T 6 0.6 5.3
SR 114-018-L3.40 M2.5 3.4 T 6 0.6 5.3
SR 114-018-L4.40 M2.5 4.4 T 6 0.6 5.3
SR 114-018-L5.30 M2.5 5.3 T 6 0.6 5.3
SR 10503833 M2.5 4.6 T 7 0.9 8
SR 10503457 M2.5 5.2 T 6 0.9 8
SR 34-514 M2.5 5.2 T 7 0.9 8
SR 34-513 M2.5 5.5 T 8 1.2 10.6
SR 34-505 M2.5 5.5 T 8 1.2 10.6
SR 34-505/HG M2.5 5.5 T 8 1.2 10.6
SR 34-505/L M2.5 7.5 T 8 1.2 10.6
SR 34-505/LHG M2.5 7.5 T 8 1.2 10.6
SR M2.5x6-T7-60 M2.5 6 T 7 0.9 8
SR 14-560 M2.5 6.4 T 8 1.2 10.6
SR 14-560-HG M2.5 6.4 T 8 1.2 10.6
SR 14-560/S M2.5 5.3 T 8 1.2 10.6
SR 10508082-HG M3 6.8 T 8 1.2 10.6
SR 34-506 M3 6.5 T 9 2 17.7
SR 34-506/M M3 7.4 T 9 2 17.7
SR 34-506/L M3 8 T 9 2 17.7
SR 14-513 M3 8 T 9 2 17.7
SR 10508600 M3 8.1 T 9 2 17.7
SR 14-551 M3 8.2 T 9 2 17.7
SR 10504970 M3.5 8.1 IP15 3.2 28.3
SR 14-562 M3.5 8.7 T10 3.2 28.3
SR 14-562/S M3.5 6.5 T10 3.2 28.3
SR 14-562XL M3.5 10.7 T10 3.2 28.3
SR 14-571 M3.5 8.7 T10 3.2 28.3
SR 14-571/L M3.5 10 T10 3.2 28.3
SR 14-601 M3.5 11 T15 3.2 28.3
SR 34-550 M3.5 11.5 T10 3.2 28.3
SR 14-541 M4 7.9 T15 4.8 42.5
SR 14-506 M4 8.2 T15 4.8 42.5
SR 16-236 M4 9.7 T15 5.3 47
SR 16-236/P M4 11.3 T15 5.3 47
SR M4x0.7IP15 M4 10.5 IP15 4.8 42.5
SR 34-535 M4 11.5 T15 4.8 42,5
SR 34-535-SN M4 11.5 T15 4.8
(3.2*)
42.5
(28.3*)
SR 34-535/L9.5-SN M4 9.5 T15 4.8
(3.2*)
42.5
(28.3*)
SR 14-500 -L M4x0.5 - T15 4.8 42.5
SR 14-536 M4 12 T20 6 53
SR 14-536/S M4 10.5 T20 6 53
SR 14-536/M M4 14.1 T20 6 53
Screw Thread
Overall
Length
[mm]
TORX
Recess
Tightening
Torque
[Nxm] [lbfxin]
SR 14-544 M4 12 T15 4.8 42.5
SR 14-544/S M4 9.3 T15 4.8 42.5
SR 34-501 M4 7.4 T15 4.8 42.5
SR 11800745 M4 12.5 IP15 4.8 42.5
SR 34-510 M4 14.4 T15 4.8 42.5
SR 34-510/L… M4 10...11.7 T15 4.8 42.5
SR M4-L15-D4.5 M4 15 IP15 4.8 42.5
SR 14-592M M5 8.7 T20 9 80
SR 14-592SM M5 9 T20 9 80
SR 14-592XLM M5 10.4 T20 9 80
SR 34-523 M5 9.5 T20 9 80
SR 14-0180 M5 10.4 T20 6 53
SR M5x0.8IP20-1 M5 10.8 IP20 6 53
SR 14-590 M5 11.2 T20 9 80
SR 10505427 M5 12 IP20 9 80
SR 14-591 M5 13.5 T20 9 80
SR 14-591/H M5 13.5 T20 9 80
SR 14-591/L M5 16.2 T20 9 80
SR 34-511 M5 14 T20 9 80
SR 14-519 M5 17 T20 9 80
SR 14-542 M5 18.3 T20 9 80
SR 16-212 M5 12.5 T20 9 80
SR 10503750 M6 18 T25 12 106
SR 10507547 M6 22.5 IP25 9 80
SR 34-516 M7x1 15.5 T25 12 106
SR 34-515 M8x1 17.2 T25 12 106
SR 10502813-HG-M 4-48 UNF 8.2 IP7 1.2 10.6
SR 10502813-
HGSM 4-48 UNF 7 IP7 1.2 10.6
SR 11800866 12-28
UNF-RH/LH 18 IP15 6 53
SR 118-069 NF 1/4-28
NF 13.3 IP20 9 80
SR 1/4-28xIP25 1/4-48 UNF 18.7 IP25 9 80
Tightening Torque by Screw
START
Complete Machining Solutions
HOLE MAKING TOOLS
ISCAR
470
TABLE OF CONTENTS
INDEXABLE DRILLS .......................................... 472
SUMOCHAM ..................................................................... 472
COMBICHAM .................................................................... 488
CHAMIQDRILL .................................................................. 505
CHAMDRILL ...................................................................... 511
DR-TWIST ......................................................................... 520
DR-DH Semi-Standard Deep Drills .................................... 538
CHAMFERING DRILLS ...................................................... 543
MULTIFUNCTION TOOLS .................................................. 550
SOLID CARBIDE DRILLS ................................... 557
DEEP HOLE DRILLING ...................................... 598
GUNDRILLS ...................................................... 648
HIGH PRECISION REAMING ............................. 675
TAPS ................................................................. 703
ITS BORE .......................................................... 739
TABLE OF CONTENTS
471
INDEXABLE DRILLS
471
INDEXABLE DRILLS
ISCAR
472
INDEXABLE DRILLS
L1L4
dh6 D3
L
Dk7
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-009-12A-1.5D 6.00 6.40 9.0 12.00 16.00 23.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-010-12A-1.5D 6.50 6.90 10.0 12.00 16.00 24.1 45.0 6.5 K DCN 6-9.99-Y
DCN 070-011-12A-1.5D 7.00 7.40 11.0 12.00 16.00 25.1 45.0 7.0 K DCN 6-9.99
DCN 075-011-12A-1.5D 7.50 7.90 11.0 12.00 16.00 25.9 45.0 7.0 K DCN 6-9.99
DCN 080-012-12A-1.5D 8.00 8.40 12.0 12.00 16.00 27.9 45.0 8.0 K DCN 6-9.99
DCN 085-013-12A-1.5D 8.50 8.90 13.0 12.00 16.00 28.2 45.0 8.0 K DCN 6-9.99
DCN 090-014-12A-1.5D 9.00 9.40 14.0 12.00 16.00 29.3 45.0 9.0 K DCN 6-9.99
DCN 095-014-12A-1.5D 9.50 9.90 14.0 12.00 16.00 30.1 45.0 9.0 K DCN 6-9.99
DCN 100-015-16A-1.5D 10.00 10.40 15.0 16.00 20.00 31.2 48.0 10.0 K DCN 10-13.99
DCN 105-016-16A-1.5D 10.50 10.90 16.0 16.00 20.00 32.0 48.0 10.0 K DCN 10-13.99
DCN 110-017-16A-1.5D 11.00 11.40 17.0 16.00 20.00 33.1 48.0 11.0 K DCN 10-13.99
DCN 115-017-16A-1.5D 11.50 11.90 17.0 16.00 20.00 33.9 48.0 11.0 K DCN 10-13.99
DCN 120-018-16A-1.5D 12.00 12.40 18.0 16.00 20.00 35.0 48.0 12.0 K DCN 10-13.99
DCN 125-019-16A-1.5D 12.50 12.90 19.0 16.00 20.00 35.8 48.0 12.0 K DCN 10-13.99
DCN 130-020-16A-1.5D 13.00 13.40 20.0 16.00 20.00 37.1 48.0 13.0 K DCN 10-13.99
DCN 135-020-16A-1.5D 13.50 13.90 20.0 16.00 20.00 37.9 48.0 13.0 K DCN 10-13.99
DCN 140-021-16A-1.5D 14.00 14.40 21.0 16.00 20.00 41.1 48.0 14.0 K DCN 14-17.99
DCN 145-022-16A-1.5D 14.50 14.90 22.0 16.00 20.00 41.9 48.0 14.0 K DCN 14-17.99
DCN 150-023-20A-1.5D 15.00 15.90 23.0 20.00 25.00 46.2 50.0 15.0 K DCN 14-17.99
DCN 160-024-20A-1.5D 16.00 16.90 24.0 20.00 25.00 49.3 50.0 16.0 K DCN 14-17.99
DCN 170-026-20A-1.5D 17.00 17.90 26.0 20.00 25.00 52.4 50.0 17.0 K DCN 14-17.99
DCN 180-027-25A-1.5D 18.00 18.90 27.0 25.00 32.00 55.5 56.0 18.0 K DCN 18-21.99
DCN 190-029-25A-1.5D 19.00 19.90 29.0 25.00 32.00 58.5 56.0 19.0 K DCN 18-21.99
DCN 200-030-25A-1.5D 20.00 20.90 30.0 25.00 32.00 61.6 56.0 20.0 K DCN 18-21.99
DCN 210-032-25A-1.5D 21.00 21.90 32.0 25.00 32.00 64.7 56.0 21.0 K DCN 18-21.99
DCN 220-033-25A-1.5D 22.00 22.90 33.0 25.00 32.00 67.8 56.0 22.0 K DCN 22-26.99
DCN 230-035-32A-1.5D 23.00 23.90 35.0 32.00 42.00 70.9 60.0 23.0 K DCN 22-26.99
DCN 240-036-32A-1.5D 24.00 24.90 36.0 32.00 42.00 73.9 60.0 24.0 K DCN 22-26.99
DCN 250-038-32A-1.5D 25.00 25.90 38.0 32.00 42.00 77.0 60.0 25.0 K DCN 22-26.99
DCN 260-039-32A-1.5D 26.00 26.90 39.0 32.00 42.00 80.1 60.0 26.0 K DCN 22-26.99
DCN 270-041-32A-1.5D 27.00 27.90 41.0 32.00 42.00 83.1 60.0 27.0 K DCN 27-32.99
DCN 280-042-32A-1.5D 28.00 28.90 42.0 32.00 42.00 86.2 60.0 28.0 K DCN 27-32.99
DCN 290-044-32A-1.5D 29.00 29.90 44.0 32.00 42.00 89.3 60.0 29.0 K DCN 27-32.99
DCN 300-045-32A-1.5D 30.00 30.90 45.0 32.00 42.00 92.4 60.0 30.0 K DCN 27-32.99
DCN 310-047-32A-1.5D 31.00 31.90 47.0 32.00 42.00 95.5 60.0 31.0 K DCN 27-32.99
DCN 320-048-32A-1.5D 32.00 32.90 48.0 32.00 42.00 98.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN A-1.5D
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 1.5xD
473
INDEXABLE DRILLS
L1L4
dh6 D3
L
Dk7
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-009-12R-1.5D 6.00 6.40 9.0 12.00 16.00 23.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-010-12R-1.5D 6.50 6.90 10.0 12.00 16.00 24.1 45.0 6.5 K DCN 6-9.99-Y
DCN 070-011-12R-1.5D 7.00 7.40 11.0 12.00 16.00 25.1 45.0 7.0 K DCN 6-9.99
DCN 075-011-12R-1.5D 7.50 7.90 11.0 12.00 16.00 25.9 45.0 7.0 K DCN 6-9.99
DCN 080-012-12R-1.5D 8.00 8.40 12.0 12.00 16.00 27.9 45.0 8.0 K DCN 6-9.99
DCN 085-013-12R-1.5D 8.50 8.90 13.0 12.00 16.00 28.2 45.0 8.0 K DCN 6-9.99
DCN 090-014-12R-1.5D 9.00 9.40 14.0 12.00 16.00 29.3 45.0 9.0 K DCN 6-9.99
DCN 095-014-12R-1.5D 9.50 9.90 14.0 12.00 16.00 30.1 45.0 9.0 K DCN 6-9.99
DCN 100-015-16R-1.5D 10.00 10.40 15.0 16.00 20.00 31.2 48.0 10.0 K DCN 10-13.99
DCN 105-016-16R-1.5D 10.50 10.90 16.0 16.00 20.00 32.0 48.0 10.0 K DCN 10-13.99
DCN 110-017-16R-1.5D 11.00 11.40 17.0 16.00 20.00 33.1 48.0 11.0 K DCN 10-13.99
DCN 115-017-16R-1.5D 11.50 11.90 17.0 16.00 20.00 33.9 48.0 11.0 K DCN 10-13.99
DCN 120-018-16R-1.5D 12.00 12.40 18.0 16.00 20.00 35.0 48.0 12.0 K DCN 10-13.99
DCN 125-019-16R-1.5D 12.50 12.90 19.0 16.00 20.00 35.8 48.0 12.0 K DCN 10-13.99
DCN 130-020-16R-1.5D 13.00 13.40 20.0 16.00 20.00 37.1 48.0 13.0 K DCN 10-13.99
DCN 135-020-16R-1.5D 13.50 13.90 20.0 16.00 20.00 37.9 48.0 13.0 K DCN 10-13.99
DCN 140-021-16R-1.5D 14.00 14.40 21.0 16.00 20.00 41.1 48.0 14.0 K DCN 14-17.99
DCN 145-022-16R-1.5D 14.50 14.90 22.0 16.00 20.00 41.9 48.0 14.0 K DCN 14-17.99
DCN 150-023-20R-1.5D 15.00 15.90 23.0 20.00 25.00 46.2 50.0 15.0 K DCN 14-17.99
DCN 160-024-20R-1.5D 16.00 16.90 24.0 20.00 25.00 49.3 50.0 16.0 K DCN 14-17.99
DCN 170-026-20R-1.5D 17.00 17.90 26.0 20.00 25.00 52.4 50.0 17.0 K DCN 14-17.99
DCN 180-027-25R-1.5D 18.00 18.90 27.0 25.00 32.00 55.5 56.0 18.0 K DCN 18-21.99
DCN 190-029-25R-1.5D 19.00 19.90 29.0 25.00 32.00 58.5 56.0 19.0 K DCN 18-21.99
DCN 200-030-25R-1.5D 20.00 20.90 30.0 25.00 32.00 61.6 56.0 20.0 K DCN 18-21.99
DCN 210-032-25R-1.5D 21.00 21.90 32.0 25.00 32.00 64.7 56.0 21.0 K DCN 18-21.99
DCN 220-033-25R-1.5D 22.00 22.90 33.0 25.00 32.00 67.8 56.0 22.0 K DCN 22-26.99
DCN 230-035-32R-1.5D 23.00 23.90 35.0 32.00 42.00 70.9 60.0 23.0 K DCN 22-26.99
DCN 240-036-32R-1.5D 24.00 24.90 36.0 32.00 42.00 74.0 60.0 24.0 K DCN 22-26.99
DCN 250-038-32R-1.5D 25.00 25.90 38.0 32.00 42.00 77.0 60.0 25.0 K DCN 22-26.99
DCN 260-039-32R-1.5D 26.00 26.90 39.0 32.00 42.00 80.1 60.0 26.0 K DCN 22-26.99
DCN 270-041-32R-1.5D 27.00 27.90 41.0 32.00 42.00 83.1 60.0 27.0 K DCN 27-32.99
DCN 280-042-32R-1.5D 28.00 28.90 42.0 32.00 42.00 86.2 60.0 28.0 K DCN 27-32.99
DCN 290-044-32R-1.5D 29.00 29.90 44.0 32.00 42.00 89.3 60.0 29.0 K DCN 27-32.99
DCN 300-045-32R-1.5D 30.00 30.90 45.0 32.00 42.00 92.4 60.0 30.0 K DCN 27-32.99
DCN 310-047-32R-1.5D 31.00 31.90 47.0 32.00 42.00 95.5 60.0 31.0 K DCN 27-32.99
DCN 320-048-32R-1.5D 32.00 32.90 48.0 32.00 42.00 98.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN R-1.5D
Indexable Head Drills with
Coolant Holes and a Cylindrical
Shank, Drilling Depth 1.5xD
ISCAR
474
INDEXABLE DRILLS
dh6 D3
L1L4
Dk7
L
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-018-12A-3D 6.00 6.40 18.0 12.00 16.00 32.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-020-12A-3D 6.50 6.90 20.0 12.00 16.00 33.8 45.0 6.5 K DCN 6-9.99-Y
DCN 070-021-12A-3D 7.00 7.40 21.0 12.00 16.00 35.6 45.0 7.0 K DCN 6-9.99
DCN 075-023-12A-3D 7.50 7.90 23.0 12.00 16.00 37.1 45.0 7.0 K DCN 6-9.99
DCN 080-024-12A-3D 8.00 8.40 24.0 12.00 16.00 39.4 45.0 8.0 K DCN 6-9.99
DCN 085-025-12A-3D 8.50 8.90 25.0 12.00 16.00 40.9 45.0 8.0 K DCN 6-9.99
DCN 090-027-12A-3D 9.00 9.40 27.0 12.00 16.00 42.8 45.0 9.0 K DCN 6-9.99
DCN 095-029-12A-3D 9.50 9.90 29.0 12.00 16.00 44.3 45.0 9.0 K DCN 6-9.99
DCN 100-030-16A-3D 10.00 10.40 30.0 16.00 20.00 46.2 48.0 10.0 K DCN 10-13.99
DCN 105-032-16A-3D 10.50 10.90 32.0 16.00 20.00 47.7 48.0 10.0 K DCN 10-13.99
DCN 110-033-16A-3D 11.00 11.40 33.0 16.00 20.00 49.6 48.0 11.0 K DCN 10-13.99
DCN 115-035-16A-3D 11.50 11.90 35.0 16.00 20.00 51.1 48.0 11.0 K DCN 10-13.99
DCN 120-036-16A-3D 12.00 12.40 36.0 16.00 20.00 53.0 48.0 12.0 K DCN 10-13.99
DCN 125-037-16A-3D 12.50 12.90 37.0 16.00 20.00 54.5 48.0 12.0 K DCN 10-13.99
DCN 130-039-16A-3D 13.00 13.40 39.0 16.00 20.00 56.6 48.0 13.0 K DCN 10-13.99
DCN 135-041-16A-3D 13.50 13.90 41.0 16.00 20.00 58.1 48.0 13.0 K DCN 10-13.99
DCN 140-042-16A-3D 14.00 14.40 42.0 16.00 20.00 62.1 48.0 14.0 K DCN 14-17.99
DCN 145-044-16A-3D 14.50 14.90 44.0 16.00 20.00 63.6 48.0 14.0 K DCN 14-17.99
DCN 150-045-20A-3D 15.00 15.90 45.0 20.00 25.00 68.7 50.0 15.0 K DCN 14-17.99
DCN 160-048-20A-3D 16.00 16.90 48.0 20.00 25.00 73.3 50.0 16.0 K DCN 14-17.99
DCN 170-051-20A-3D 17.00 17.90 51.0 20.00 25.00 77.9 50.0 17.0 K DCN 14-17.99
DCN 180-054-25A-3D 18.00 18.90 54.0 25.00 32.00 82.5 56.0 18.0 K DCN 18-21.99
DCN 190-057-25A-3D 19.00 19.90 57.0 25.00 32.00 87.0 56.0 19.0 K DCN 18-21.99
DCN 200-060-25A-3D 20.00 20.90 60.0 25.00 32.00 91.6 56.0 20.0 K DCN 18-21.99
DCN 210-063-25A-3D 21.00 21.90 63.0 25.00 32.00 96.2 56.0 21.0 K DCN 18-21.99
DCN 220-066-25A-3D 22.00 22.90 66.0 25.00 32.00 100.8 56.0 22.0 K DCN 22-26.99
DCN 230-069-32A-3D 23.00 23.90 69.0 32.00 42.00 105.4 60.0 23.0 K DCN 22-26.99
DCN 240-072-32A-3D 24.00 24.90 72.0 32.00 42.00 110.0 60.0 24.0 K DCN 22-26.99
DCN 250-075-32A-3D 25.00 25.90 75.0 32.00 42.00 114.5 60.0 25.0 K DCN 22-26.99
DCN 260-078-32A-3D 26.00 26.90 78.0 32.00 42.00 119.0 60.0 26.0 K DCN 22-26.99
DCN 270-081-32A-3D 27.00 27.90 81.0 32.00 42.00 123.7 60.0 27.0 K DCN 27-32.99
DCN 280-084-32A-3D 28.00 28.90 84.0 32.00 42.00 128.2 60.0 28.0 K DCN 27-32.99
DCN 290-087-32A-3D 29.00 29.90 87.0 32.00 42.00 132.8 60.0 29.0 K DCN 27-32.99
DCN 300-090-32A-3D 30.00 30.90 90.0 32.00 42.00 137.4 60.0 30.0 K DCN 27-32.99
DCN 310-093-32A-3D 31.00 31.90 93.0 32.00 42.00 142.0 60.0 31.0 K DCN 27-32.99
DCN 320-096-32A-3D 32.00 32.90 96.0 32.00 42.00 146.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: HCP-IQ (483) • ICP (484) • ICM (484) • ICK (484) • ICP-2M (485) • ICK-2M (485) • FCP (486) • ICG (487)
DCN A-3D
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 3xD
475
INDEXABLE DRILLS
L1L4
dh6
Dk7 D3
L
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-018-12R-3D 6.00 6.40 18.0 12.00 16.00 32.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-020-12R-3D 6.50 6.90 20.0 12.00 16.00 33.8 45.0 6.5 K DCN 6-9.99-Y
DCN 070-021-12R-3D 7.00 7.40 21.0 12.00 16.00 35.6 45.0 7.0 K DCN 6-9.99
DCN 075-023-12R-3D 7.50 7.90 23.0 12.00 16.00 37.1 45.0 7.0 K DCN 6-9.99
DCN 080-024-12R-3D 8.00 8.40 24.0 12.00 16.00 39.4 45.0 8.0 K DCN 6-9.99
DCN 085-025-12R-3D 8.50 8.90 25.0 12.00 16.00 40.9 45.0 8.0 K DCN 6-9.99
DCN 090-027-12R-3D 9.00 9.40 27.0 12.00 16.00 42.8 45.0 9.0 K DCN 6-9.99
DCN 095-029-12R-3D 9.50 9.90 29.0 12.00 16.00 44.3 45.0 9.0 K DCN 6-9.99
DCN 100-030-16R-3D 10.00 10.40 30.0 16.00 20.00 46.2 48.0 10.0 K DCN 10-13.99
DCN 105-032-16R-3D 10.50 10.90 32.0 16.00 20.00 47.7 48.0 10.0 K DCN 10-13.99
DCN 110-033-16R-3D 11.00 11.40 33.0 16.00 20.00 49.6 48.0 11.0 K DCN 10-13.99
DCN 115-035-16R-3D 11.50 11.90 35.0 16.00 20.00 51.1 48.0 11.0 K DCN 10-13.99
DCN 120-036-16R-3D 12.00 12.40 36.0 16.00 20.00 53.0 48.0 12.0 K DCN 10-13.99
DCN 125-037-16R-3D 12.50 12.90 37.0 16.00 20.00 54.5 48.0 12.0 K DCN 10-13.99
DCN 130-039-16R-3D 13.00 13.40 39.0 16.00 20.00 56.6 48.0 13.0 K DCN 10-13.99
DCN 135-041-16R-3D 13.50 13.90 41.0 16.00 20.00 58.1 48.0 13.0 K DCN 10-13.99
DCN 140-042-16R-3D 14.00 14.40 42.0 16.00 20.00 62.1 48.0 14.0 K DCN 14-17.99
DCN 145-044-16R-3D 14.50 14.90 44.0 16.00 20.00 63.6 48.0 14.0 K DCN 14-17.99
DCN 150-045-20R-3D 15.00 15.90 45.0 20.00 25.00 68.7 50.0 15.0 K DCN 14-17.99
DCN 160-048-20R-3D 16.00 16.90 48.0 20.00 25.00 73.3 50.0 16.0 K DCN 14-17.99
DCN 170-051-20R-3D 17.00 17.90 51.0 20.00 25.00 77.9 50.0 17.0 K DCN 14-17.99
DCN 180-054-25R-3D 18.00 18.90 54.0 25.00 32.00 82.5 56.0 18.0 K DCN 18-21.99
DCN 190-057-25R-3D 19.00 19.90 57.0 25.00 32.00 87.0 56.0 19.0 K DCN 18-21.99
DCN 200-060-25R-3D 20.00 20.90 60.0 25.00 32.00 91.6 56.0 20.0 K DCN 18-21.99
DCN 210-063-25R-3D 21.00 21.90 63.0 25.00 32.00 96.2 56.0 21.0 K DCN 18-21.99
DCN 220-066-25R-3D 22.00 22.90 66.0 25.00 32.00 100.8 56.0 22.0 K DCN 22-26.99
DCN 230-069-32R-3D 23.00 23.90 69.0 32.00 42.00 105.4 60.0 23.0 K DCN 22-26.99
DCN 240-072-32R-3D 24.00 24.90 72.0 32.00 42.00 110.0 60.0 24.0 K DCN 22-26.99
DCN 250-075-32R-3D 25.00 25.90 75.0 32.00 42.00 114.5 60.0 25.0 K DCN 22-26.99
DCN 260-078-32R-3D 26.00 26.90 78.0 32.00 42.00 119.0 60.0 26.0 K DCN 22-26.99
DCN 270-081-32R-3D 27.00 27.90 81.0 32.00 42.00 123.7 60.0 27.0 K DCN 27-32.99
DCN 280-084-32R-3D 28.00 28.90 84.0 32.00 42.00 128.2 60.0 28.0 K DCN 27-32.99
DCN 290-087-32R-3D 29.00 29.90 87.0 32.00 42.00 132.8 60.0 29.0 K DCN 27-32.99
DCN 300-090-32R-3D 30.00 30.90 90.0 32.00 42.00 137.4 60.0 30.0 K DCN 27-32.99
DCN 310-093-32R-3D 31.00 31.90 93.0 32.00 42.00 142.0 60.0 31.0 K DCN 27-32.99
DCN 320-096-32R-3D 32.00 32.90 96.0 32.00 42.00 146.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN R-3D
Indexable Head Drills with
Coolant Holes and a Cylindrical
Shank, Drilling Depth 3xD
ISCAR
476
INDEXABLE DRILLS
dh6
L4
L1
L
D
k7
Designation D min(1) D max L d L1L4Po. Size
DCNS 075-022-080B-3D 7.50 7.90 22.5 8.00 34.2 36.0 7.0 K DCN 6-9.99
DCNS 080-024-080B-3D 8.00 8.40 24.0 8.00 34.7 36.0 8.0 K DCN 6-9.99
DCNS 085-025-090B-3D 8.50 8.90 25.5 9.00 36.9 36.0 8.0 K DCN 6-9.99
DCNS 090-027-090B-3D 9.00 9.40 27.0 9.00 38.8 36.0 9.0 K DCN 6-9.99
DCNS 095-029-100B-3D 9.50 9.90 28.5 10.00 40.3 36.0 9.0 K DCN 6-9.99
DCNS 100-030-100B-3D 10.00 10.40 30.0 10.00 45.2 41.0 10.0 K DCN 10-13.99
DCNS 105-032-110B-3D 10.50 10.90 31.5 11.00 46.7 41.0 10.0 K DCN 10-13.99
DCNS 110-033-110B-3D 11.00 11.40 33.0 11.00 48.6 41.0 11.0 K DCN 10-13.99
DCNS 115-035-120B-3D 11.50 11.90 34.5 12.00 50.1 41.0 11.0 K DCN 10-13.99
DCNS 120-036-120B-3D 12.00 12.40 36.0 12.00 52.0 41.0 12.0 K DCN 10-13.99
DCNS 125-037-130B-3D 12.50 12.90 37.5 13.00 53.5 46.0 12.0 K DCN 10-13.99
DCNS 130-039-130B-3D 13.00 13.40 39.0 13.00 55.6 47.0 13.0 K DCN 10-13.99
DCNS 135-041-140B-3D 13.50 13.90 40.5 14.00 57.1 43.0 13.0 K DCN 10-13.99
DCNS 140-042-140B-3D 14.00 14.40 42.0 14.00 59.2 44.0 14.0 K DCN 14-17.99
DCNS 145-044-150B-3D 14.50 14.90 43.5 15.00 60.7 45.0 14.0 K DCN 14-17.99
DCNS 150-045-150B-3D 15.00 15.90 45.0 15.00 62.7 45.0 15.0 K DCN 14-17.99
DCNS 160-048-160B-3D 16.00 16.90 48.0 16.00 69.7 48.0 16.0 K DCN 14-17.99
DCNS 170-051-170B-3D 17.00 17.90 51.0 17.00 71.9 48.0 17.0 K DCN 14-17.99
DCNS 180-054-180B-3D 18.00 18.90 54.0 18.00 75.5 48.0 18.0 K DCN 18-21.99
DCNS 190-057-190B-3D 19.00 19.90 57.0 19.00 78.6 54.0 19.0 K DCN 18-21.99
DCNS 200-060-200B-3D 20.00 20.90 60.0 20.00 88.1 54.0 20.0 K DCN 18-21.99
DCNS 210-063-210B-3D 21.00 21.90 63.0 21.00 90.7 60.0 21.0 K DCN 18-21.99
DCNS 220-066-220B-3D 22.00 22.90 66.0 22.00 94.3 60.0 22.0 K DCN 22-26.99
DCNS 230-069-230B-3D 23.00 23.90 69.0 23.00 97.8 60.0 23.0 K DCN 22-26.99
DCNS 240-072-240B-3D 24.00 24.90 72.0 24.00 101.4 60.0 24.0 K DCN 22-26.99
DCNS 250-075-250B-3D 25.00 25.90 75.0 25.00 105.0 60.0 25.0 K DCN 22-26.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCNS-3D
Indexable Head Drills without a Flange
and One Flat Shank, Drilling Depth
3xD, Suitable for Chamfering Holders
477
INDEXABLE DRILLS
dh6
L4
L1
L
Dk7
Designation D min(1) D max L d L1L4Po. Size
DCNS 075-037-080B-5D 7.50 7.90 37.5 8.00 49.2 36.0 7.0 K DCN 6-9.99
DCNS 080-040-080B-5D 8.00 8.40 40.0 8.00 56.4 36.0 8.0 K DCN 6-9.99
DCNS 085-042-090B-5D 8.50 8.90 42.5 9.00 53.9 36.0 8.0 K DCN 6-9.99
DCNS 090-045-090B-5D 9.00 9.40 45.0 9.00 56.8 36.0 9.0 K DCN 6-9.99
DCNS 095-048-100B-5D 9.50 9.90 47.5 10.00 59.3 36.0 9.0 K DCN 6-9.99
DCNS 100-050-100B-5D 10.00 10.40 50.0 10.00 65.2 41.0 10.0 K DCN 10-13.99
DCNS 105-053-110B-5D 10.50 10.90 52.5 11.00 67.7 41.0 10.0 K DCN 10-13.99
DCNS 110-055-110B-5D 11.00 11.40 55.0 11.00 70.6 41.0 11.0 K DCN 10-13.99
DCNS 115-058-120B-5D 11.50 11.90 57.5 12.00 73.1 41.0 11.0 K DCN 10-13.99
DCNS 120-060-120B-5D 12.00 12.40 60.0 12.00 76.0 41.0 12.0 K DCN 10-13.99
DCNS 125-062-130B-5D 12.50 12.90 62.5 13.00 78.5 46.0 12.0 K DCN 10-13.99
DCNS 130-065-130B-5D 13.00 13.40 65.0 13.00 81.6 47.0 13.0 K DCN 10-13.99
DCNS 135-068-140B-5D 13.50 13.90 67.5 14.00 84.1 43.0 13.0 K DCN 10-13.99
DCNS 140-070-140B-5D 14.00 14.40 70.0 14.00 87.2 44.0 14.0 K DCN 14-17.99
DCNS 145-073-150B-5D 14.50 14.90 72.5 15.00 89.7 45.0 14.0 K DCN 14-17.99
DCNS 150-075-150B-5D 15.00 15.90 75.0 15.00 92.7 45.0 15.0 K DCN 14-17.99
DCNS 160-080-160B-5D 16.00 16.90 80.0 16.00 101.7 48.0 16.0 K DCN 14-17.99
DCNS 170-085-170B-5D 17.00 17.90 85.0 17.00 105.9 48.0 17.0 K DCN 14-17.99
DCNS 180-090-180B-5D 18.00 18.90 90.0 18.00 111.5 48.0 18.0 K DCN 18-21.99
DCNS 190-095-190B-5D 19.00 19.90 95.0 19.00 116.6 54.0 19.0 K DCN 18-21.99
DCNS 200-100-200B-5D 20.00 20.90 100.0 20.00 128.1 54.0 20.0 K DCN 18-21.99
DCNS 210-105-210B-5D 21.00 21.90 105.0 21.00 132.7 60.0 21.0 K DCN 18-21.99
DCNS 220-110-220B-5D 22.00 22.90 110.0 22.00 138.3 60.0 22.0 K DCN 22-26.99
DCNS 230-115-230B-5D 23.00 23.90 115.0 23.00 143.8 60.0 23.0 K DCN 22-26.99
DCNS 240-120-240B-5D 24.00 24.90 120.0 24.00 149.4 60.0 24.0 K DCN 22-26.99
DCNS 250-125-250B-5D 25.00 25.90 125.0 25.00 155.0 60.0 25.0 K DCN 22-26.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCNS-5D
Indexable Head Drills without a Flange
and One Flat Shank, Drilling Depth
5xD, Suitable for Chamfering Holders
ISCAR
478
INDEXABLE DRILLS
L1L4
dh6 D3
L
Dk7
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-030-12A-5D 6.00 6.40 30.0 12.00 16.00 44.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-033-12A-5D 6.50 6.90 33.0 12.00 16.00 46.8 45.0 6.5 K DCN 6-9.99-Y
DCN 070-035-12A-5D 7.00 7.40 35.0 12.00 16.00 49.6 45.0 7.0 K DCN 6-9.99
DCN 075-038-12A-5D 7.50 7.90 38.0 12.00 16.00 52.1 45.0 7.0 K DCN 6-9.99
DCN 080-040-12A-5D 8.00 8.40 40.0 12.00 16.00 55.4 45.0 8.0 K DCN 6-9.99
DCN 085-042-12A-5D 8.50 8.90 42.5 12.00 16.00 57.9 45.0 8.0 K DCN 6-9.99
DCN 090-045-12A-5D 9.00 9.40 45.0 12.00 16.00 60.8 45.0 9.0 K DCN 6-9.99
DCN 095-048-12A-5D 9.50 9.90 48.0 12.00 16.00 63.3 45.0 9.0 K DCN 6-9.99
DCN 100-050-16A-5D 10.00 10.40 50.0 16.00 20.00 66.2 48.0 10.0 K DCN 10-13.99
DCN 105-053-16A-5D 10.50 10.90 53.0 16.00 20.00 68.7 48.0 10.0 K DCN 10-13.99
DCN 110-055-16A-5D 11.00 11.40 55.0 16.00 20.00 71.6 48.0 11.0 K DCN 10-13.99
DCN 115-058-16A-5D 11.50 11.90 58.0 16.00 20.00 74.1 48.0 11.0 K DCN 10-13.99
DCN 120-060-16A-5D 12.00 12.40 60.0 16.00 20.00 77.0 48.0 12.0 K DCN 10-13.99
DCN 125-062-16A-5D 12.50 12.90 62.0 16.00 20.00 79.5 48.0 12.0 K DCN 10-13.99
DCN 130-065-16A-5D 13.00 13.40 65.0 16.00 20.00 82.6 48.0 13.0 K DCN 10-13.99
DCN 135-068-16A-5D 13.50 13.90 68.0 16.00 20.00 85.1 48.0 13.0 K DCN 10-13.99
DCN 140-070-16A-5D 14.00 14.40 70.0 16.00 20.00 90.2 48.0 14.0 K DCN 14-17.99
DCN 145-073-16A-5D 14.50 14.90 73.0 16.00 20.00 92.7 48.0 14.0 K DCN 14-17.99
DCN 150-075-20A-5D 15.00 15.90 75.0 20.00 25.00 98.7 50.0 15.0 K DCN 14-17.99
DCN 160-080-20A-5D 16.00 16.90 80.0 20.00 25.00 105.3 50.0 16.0 K DCN 14-17.99
DCN 170-085-20A-5D 17.00 17.90 85.0 20.00 25.00 111.9 50.0 17.0 K DCN 14-17.99
DCN 180-090-25A-5D 18.00 18.90 90.0 25.00 32.00 118.5 56.0 18.0 K DCN 18-21.99
DCN 190-095-25A-5D 19.00 19.90 95.0 25.00 32.00 125.0 56.0 19.0 K DCN 18-21.99
DCN 200-100-25A-5D 20.00 20.90 100.0 25.00 32.00 131.6 56.0 20.0 K DCN 18-21.99
DCN 210-105-25A-5D 21.00 21.90 105.0 25.00 32.00 138.2 56.0 21.0 K DCN 18-21.99
DCN 220-110-25A-5D 22.00 22.90 110.0 25.00 32.00 144.8 56.0 22.0 K DCN 22-26.99
DCN 230-115-32A-5D 23.00 23.90 115.0 32.00 42.00 151.4 60.0 23.0 K DCN 22-26.99
DCN 240-120-32A-5D 24.00 24.90 120.0 32.00 42.00 158.0 60.0 24.0 K DCN 22-26.99
DCN 250-125-32A-5D 25.00 25.90 125.0 32.00 42.00 164.5 60.0 25.0 K DCN 22-26.99
DCN 260-130-32A-5D 26.00 26.90 130.0 32.00 42.00 171.0 60.0 26.0 K DCN 22-26.99
DCN 270-135-32A-5D 27.00 27.90 135.0 32.00 42.00 177.7 60.0 27.0 K DCN 27-32.99
DCN 280-140-32A-5D 28.00 28.90 140.0 32.00 42.00 184.2 60.0 28.0 K DCN 27-32.99
DCN 290-145-32A-5D 29.00 29.90 145.0 32.00 42.00 190.8 60.0 29.0 K DCN 27-32.99
DCN 300-150-32A-5D 30.00 30.90 150.0 32.00 42.00 197.4 60.0 30.0 K DCN 27-32.99
DCN 310-155-32A-5D 31.00 31.90 155.0 32.00 42.00 204.0 60.0 31.0 K DCN 27-32.99
DCN 320-160-32A-5D 32.00 32.90 160.0 32.00 42.00 210.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN A-5D
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 5xD
479
INDEXABLE DRILLS
dh6
Dk7 D3
L4L1
L
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-030-12R-5D 6.00 6.40 30.0 12.00 16.00 44.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-033-12R-5D 6.50 6.90 33.0 12.00 16.00 46.8 45.0 6.5 K DCN 6-9.99-Y
DCN 070-035-12R-5D 7.00 7.40 35.0 12.00 16.00 49.6 45.0 7.0 K DCN 6-9.99
DCN 075-038-12R-5D 7.50 7.90 38.0 12.00 16.00 52.1 45.0 7.0 K DCN 6-9.99
DCN 080-040-12R-5D 8.00 8.40 40.0 12.00 16.00 55.4 45.0 8.0 K DCN 6-9.99
DCN 085-042-12R-5D 8.50 8.90 42.0 12.00 16.00 57.9 45.0 8.0 K DCN 6-9.99
DCN 090-045-12R-5D 9.00 9.40 45.0 12.00 16.00 60.8 45.0 9.0 K DCN 6-9.99
DCN 095-048-12R-5D 9.50 9.90 48.0 12.00 16.00 63.3 45.0 9.0 K DCN 6-9.99
DCN 100-050-16R-5D 10.00 10.40 50.0 16.00 20.00 66.2 48.0 10.0 K DCN 10-13.99
DCN 105-053-16R-5D 10.50 10.90 53.0 16.00 20.00 68.7 48.0 10.0 K DCN 10-13.99
DCN 110-055-16R-5D 11.00 11.40 55.0 16.00 20.00 71.6 48.0 11.0 K DCN 10-13.99
DCN 115-058-16R-5D 11.50 11.90 58.0 16.00 20.00 74.1 48.0 11.0 K DCN 10-13.99
DCN 120-060-16R-5D 12.00 12.40 60.0 16.00 20.00 77.0 48.0 12.0 K DCN 10-13.99
DCN 125-062-16R-5D 12.50 12.90 62.0 16.00 20.00 79.5 48.0 12.0 K DCN 10-13.99
DCN 130-065-16R-5D 13.00 13.40 65.0 16.00 20.00 82.6 48.0 13.0 K DCN 10-13.99
DCN 135-068-16R-5D 13.50 13.90 68.0 16.00 20.00 85.1 48.0 13.0 K DCN 10-13.99
DCN 140-070-16R-5D 14.00 14.40 70.0 16.00 20.00 90.2 48.0 14.0 K DCN 14-17.99
DCN 145-073-16R-5D 14.50 14.90 73.0 16.00 20.00 92.7 48.0 14.0 K DCN 14-17.99
DCN 150-075-20R-5D 15.00 15.90 75.0 20.00 25.00 98.7 50.0 15.0 K DCN 14-17.99
DCN 160-080-20R-5D 16.00 16.90 80.0 20.00 25.00 105.3 50.0 16.0 K DCN 14-17.99
DCN 170-085-20R-5D 17.00 17.90 85.0 20.00 25.00 111.9 50.0 17.0 K DCN 14-17.99
DCN 180-090-25R-5D 18.00 18.90 90.0 25.00 32.00 118.5 56.0 18.0 K DCN 18-21.99
DCN 190-095-25R-5D 19.00 19.90 95.0 25.00 32.00 125.0 56.0 19.0 K DCN 18-21.99
DCN 200-100-25R-5D 20.00 20.90 100.0 25.00 32.00 131.6 56.0 20.0 K DCN 18-21.99
DCN 210-105-25R-5D 21.00 21.90 105.0 25.00 32.00 138.2 56.0 21.0 K DCN 18-21.99
DCN 220-110-25R-5D 22.00 22.90 110.0 25.00 32.00 144.8 56.0 22.0 K DCN 22-26.99
DCN 230-115-32R-5D 23.00 23.90 115.0 32.00 42.00 151.4 60.0 23.0 K DCN 22-26.99
DCN 240-120-32R-5D 24.00 24.90 120.0 32.00 42.00 158.0 60.0 24.0 K DCN 22-26.99
DCN 250-125-32R-5D 25.00 25.90 125.0 32.00 42.00 164.5 60.0 25.0 K DCN 22-26.99
DCN 260-130-32R-5D 26.00 26.90 130.0 32.00 42.00 171.0 60.0 26.0 K DCN 22-26.99
DCN 270-135-32R-5D 27.00 27.90 135.0 32.00 42.00 177.7 60.0 27.0 K DCN 27-32.99
DCN 280-140-32R-5D 28.00 28.90 140.0 32.00 42.00 184.2 60.0 28.0 K DCN 27-32.99
DCN 290-145-32R-5D 29.00 29.90 145.0 32.00 42.00 190.8 60.0 29.0 K DCN 27-32.99
DCN 300-150-32R-5D 30.00 30.90 150.0 32.00 42.00 197.4 60.0 30.0 K DCN 27-32.99
DCN 310-155-32R-5D 31.00 31.90 155.0 32.00 42.00 204.0 60.0 31.0 K DCN 27-32.99
DCN 320-160-32R-5D 32.00 32.90 160.0 32.00 42.00 210.5 60.0 32.0 K DCN 27-32.99
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN R-5D
Indexable Head Drills with
Coolant Holes and Cylindrical
Shanks, Drilling Depth 5xD
ISCAR
480
INDEXABLE DRILLS
L1L4
dh6 D3
L
Dk7
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-048-12A-8D 6.00 6.40 48.0 12.00 16.00 62.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-052-12A-8D 6.50 6.90 52.0 12.00 16.00 66.3 45.0 6.5 K DCN 6-9.99-Y
DCN 070-056-12A-8D 7.00 7.40 56.0 12.00 16.00 70.6 45.0 7.0 K DCN 6-9.99
DCN 075-060-12A-8D 7.50 7.90 60.0 12.00 16.00 74.6 45.0 7.0 K DCN 6-9.99
DCN 080-064-12A-8D 8.00 8.40 64.0 12.00 16.00 79.4 45.0 8.0 K DCN 6-9.99
DCN 085-068-12A-8D 8.50 8.90 68.0 12.00 16.00 83.4 45.0 8.0 K DCN 6-9.99
DCN 090-072-12A-8D 9.00 9.40 72.0 12.00 16.00 87.8 45.0 9.0 K DCN 6-9.99
DCN 095-076-12A-8D 9.50 9.90 76.0 12.00 16.00 91.8 45.0 9.0 K DCN 6-9.99
DCN 100-080-16A-8D 10.00 10.40 80.0 16.00 20.00 96.2 48.0 10.0 K DCN 10-13.99
DCN 105-084-16A-8D 10.50 10.90 84.0 16.00 20.00 100.2 48.0 10.0 K DCN 10-13.99
DCN 110-088-16A-8D 11.00 11.40 88.0 16.00 20.00 104.6 48.0 11.0 K DCN 10-13.99
DCN 115-092-16A-8D 11.50 11.90 92.0 16.00 20.00 108.6 48.0 11.0 K DCN 10-13.99
DCN 120-096-16A-8D 12.00 12.40 96.0 16.00 20.00 113.0 48.0 12.0 K DCN 10-13.99
DCN 125-100-16A-8D 12.50 12.90 100.0 16.00 20.00 117.0 48.0 12.0 K DCN 10-13.99
DCN 130-104-16A-8D 13.00 13.40 104.0 16.00 20.00 121.6 48.0 13.0 K DCN 10-13.99
DCN 135-108-16A-8D 13.50 13.90 108.0 16.00 20.00 125.6 48.0 13.0 K DCN 10-13.99
DCN 140-112-16A-8D 14.00 14.40 112.0 16.00 20.00 132.1 48.0 14.0 K DCN 14-17.99
DCN 145-116-16A-8D 14.50 14.90 116.0 16.00 20.00 136.2 48.0 14.0 K DCN 14-17.99
DCN 150-120-20A-8D 15.00 15.90 120.0 20.00 25.00 143.7 50.0 15.0 K DCN 14-17.99
DCN 160-128-20A-8D 16.00 16.90 128.0 20.00 25.00 153.3 50.0 16.0 K DCN 14-17.99
DCN 170-136-20A-8D 17.00 17.90 136.0 20.00 25.00 162.9 50.0 17.0 K DCN 14-17.99
DCN 180-144-25A-8D 18.00 18.90 144.0 25.00 32.00 172.5 56.0 18.0 K DCN 18-21.99
DCN 190-152-25A-8D 19.00 19.90 152.0 25.00 32.00 182.0 56.0 19.0 K DCN 18-21.99
DCN 200-160-25A-8D 20.00 20.90 160.0 25.00 32.00 191.6 56.0 20.0 K DCN 18-21.99
DCN 210-168-25A-8D 21.00 21.90 168.0 25.00 32.00 201.2 56.0 21.0 K DCN 18-21.99
DCN 220-176-25A-8D 22.00 22.90 176.0 25.00 32.00 210.8 56.0 22.0 K DCN 22-26.99
DCN 230-184-32A-8D 23.00 23.90 184.0 32.00 42.00 220.4 60.0 23.0 K DCN 22-26.99
DCN 240-192-32A-8D 24.00 24.90 192.0 32.00 42.00 230.0 60.0 24.0 K DCN 22-26.99
DCN 250-200-32A-8D 25.00 25.90 200.0 32.00 42.00 239.5 60.0 25.0 K DCN 22-26.99
DCN 260-208-32A-8D 26.00 26.90 208.0 32.00 42.00 249.3 60.0 26.0 K DCN 22-26.99
DCN 270-216-32A-8D 27.00 27.90 216.0 32.00 42.00 258.6 60.0 27.0 K DCN 27-32.99
DCN 280-224-32A-8D 28.00 28.90 224.0 32.00 42.00 268.2 60.0 28.0 K DCN 27-32.99
DCN 290-232-32A-8D 29.00 29.90 232.0 32.00 42.00 277.8 60.0 29.0 K DCN 27-32.99
DCN 300-240-32A-8D 30.00 30.90 240.0 32.00 42.00 287.4 60.0 30.0 K DCN 27-32.99
DCN 310-248-32A-8D 31.00 31.90 248.0 32.00 42.00 297.0 60.0 31.0 K DCN 27-32.99
DCN 320-256-32A-8D 32.00 32.90 256.0 32.00 42.00 306.5 60.0 32.0 K DCN 27-32.99
• Prior to using the 8xD drill, it is recommended to drill a pre-hole by using a DCN 1.5xD drill or a centering drill. It is not required if HCP drilling head is used
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN A-8D
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 8xD
481
INDEXABLE DRILLS
L1L4
dh6
Dk7 D3
L
Designation D min(1) D max L d D3L1L4Po. Size
DCN 060-048-12R-8D 6.00 6.40 48.0 12.00 16.00 62.0 45.0 6.0 K DCN 6-9.99-Y
DCN 065-052-12R-8D 6.50 6.90 52.0 12.00 16.00 66.3 45.0 6.5 K DCN 6-9.99-Y
DCN 070-056-12R-8D 7.00 7.40 56.0 12.00 16.00 70.6 45.0 7.0 K DCN 6-9.99
DCN 075-060-12R-8D 7.50 7.90 60.0 12.00 16.00 74.6 45.0 7.0 K DCN 6-9.99
DCN 080-064-12R-8D 8.00 8.40 64.0 12.00 16.00 79.4 45.0 8.0 K DCN 6-9.99
DCN 085-068-12R-8D 8.50 8.90 68.0 12.00 16.00 83.4 45.0 8.0 K DCN 6-9.99
DCN 090-072-12R-8D 9.00 9.40 72.0 12.00 16.00 87.8 45.0 9.0 K DCN 6-9.99
DCN 095-076-12R-8D 9.50 9.90 76.0 12.00 16.00 91.8 45.0 9.0 K DCN 6-9.99
DCN 100-080-16R-8D 10.00 10.40 80.0 16.00 20.00 96.2 48.0 10.0 K DCN 10-13.99
DCN 105-084-16R-8D 10.50 10.90 84.0 16.00 20.00 100.2 48.0 10.0 K DCN 10-13.99
DCN 110-088-16R-8D 11.00 11.40 88.0 16.00 20.00 104.6 48.0 11.0 K DCN 10-13.99
DCN 115-092-16R-8D 11.50 11.90 92.0 16.00 20.00 108.6 48.0 11.0 K DCN 10-13.99
DCN 120-096-16R-8D 12.00 12.40 96.0 16.00 20.00 113.0 48.0 12.0 K DCN 10-13.99
DCN 125-100-16R-8D 12.50 12.90 100.0 16.00 20.00 117.0 48.0 12.0 K DCN 10-13.99
DCN 130-104-16R-8D 13.00 13.40 104.0 16.00 20.00 121.6 48.0 13.0 K DCN 10-13.99
DCN 135-108-16R-8D 13.50 13.90 108.0 16.00 20.00 125.6 48.0 13.0 K DCN 10-13.99
DCN 140-112-16R-8D 14.00 14.40 112.0 16.00 20.00 132.1 48.0 14.0 K DCN 14-17.99
DCN 145-116-16R-8D 14.50 14.90 116.0 16.00 20.00 136.2 48.0 14.0 K DCN 14-17.99
DCN 150-120-20R-8D 15.00 15.90 120.0 20.00 25.00 143.7 50.0 15.0 K DCN 14-17.99
DCN 160-128-20R-8D 16.00 16.90 128.0 20.00 25.00 153.3 50.0 16.0 K DCN 14-17.99
DCN 170-136-20R-8D 17.00 17.90 136.0 20.00 25.00 162.9 50.0 17.0 K DCN 14-17.99
DCN 180-144-25R-8D 18.00 18.90 144.0 25.00 32.00 172.5 56.0 18.0 K DCN 18-21.99
DCN 190-152-25R-8D 19.00 19.90 152.0 25.00 32.00 182.0 56.0 19.0 K DCN 18-21.99
DCN 200-160-25R-8D 20.00 20.90 160.0 25.00 32.00 191.6 56.0 20.0 K DCN 18-21.99
DCN 210-168-25R-8D 21.00 21.90 168.0 25.00 32.00 201.2 56.0 21.0 K DCN 18-21.99
DCN 220-176-25R-8D 22.00 22.90 176.0 25.00 32.00 210.8 56.0 22.0 K DCN 22-26.99
DCN 230-184-32R-8D 23.00 23.90 184.0 32.00 42.00 220.4 60.0 23.0 K DCN 22-26.99
DCN 240-192-32R-8D 24.00 24.90 192.0 32.00 42.00 230.0 60.0 24.0 K DCN 22-26.99
DCN 250-200-32R-8D 25.00 25.90 200.0 32.00 42.00 239.5 60.0 25.0 K DCN 22-26.99
DCN 260-208-32R-8D 26.00 26.90 208.0 32.00 42.00 249.3 60.0 26.0 K DCN 22-26.99
DCN 270-216-32R-8D 27.00 27.90 216.0 32.00 42.00 258.6 60.0 27.0 K DCN 27-32.99
DCN 280-224-32R-8D 28.00 28.90 224.0 32.00 42.00 268.2 60.0 28.0 K DCN 27-32.99
DCN 290-232-32R-8D 29.00 29.90 232.0 32.00 42.00 277.8 60.0 29.0 K DCN 27-32.99
DCN 300-240-32R-8D 30.00 30.90 240.0 32.00 42.00 287.4 60.0 30.0 K DCN 27-32.99
DCN 310-248-32R-8D 31.00 31.90 248.0 32.00 42.00 297.0 60.0 31.0 K DCN 27-32.99
DCN 320-256-32R-8D 32.00 32.90 256.0 32.00 42.00 306.5 60.0 32.0 K DCN 27-32.99
• Prior to using the 8xD drill, it is recommended to drill a pre-hole by using a DCN 1.5xD drill or a centering drill. It is not required if HCP drilling head is used
• For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
DCN R-8D
Indexable Head Drills with
Coolant Holes and a Cylindrical
Shank, Drilling Depth 8xD
ISCAR
482
INDEXABLE DRILLS
dh6 D3
L1L4
L
Dk7
Designation D min(1) D max L d D3L1L4Po. Size
DCN 080-096-12R-12D 8.00 8.40 96.0 12.00 16.00 111.4 45.0 8.0 K DCN 6-9.99
DCN 085-102-12R-12D 8.50 8.90 102.0 12.00 16.00 117.4 45.0 8.0 K DCN 6-9.99
DCN 090-108-12R-12D 9.00 9.40 108.0 12.00 16.00 123.8 45.0 9.0 K DCN 6-9.99
DCN 095-114-12R-12D 9.50 9.90 114.0 12.00 16.00 129.8 45.0 9.0 K DCN 6-9.99
DCN 100-120-16R-12D 10.00 10.40 120.0 16.00 20.00 136.2 48.0 10.0 K DCN 10-13.99
DCN 105-126-16R-12D 10.50 10.90 126.0 16.00 20.00 142.2 48.0 10.0 K DCN 10-13.99
DCN 110-132-16R-12D 11.00 11.40 132.0 16.00 20.00 148.6 48.0 11.0 K DCN 10-13.99
DCN 115-138-16R-12D 11.50 11.90 138.0 16.00 20.00 154.6 48.0 11.0 K DCN 10-13.99
DCN 120-144-16R-12D 12.00 12.40 144.0 16.00 20.00 161.0 48.0 12.0 K DCN 10-13.99
DCN 125-150-16R-12D 12.50 12.90 150.0 16.00 20.00 167.0 48.0 12.0 K DCN 10-13.99
DCN 130-156-16R-12D 13.00 13.40 156.0 16.00 20.00 173.6 48.0 13.0 K DCN 10-13.99
DCN 135-162-16R-12D 13.50 13.90 162.0 16.00 20.00 179.0 48.0 13.0 K DCN 10-13.99
DCN 140-168-16R-12D 14.00 14.40 168.0 16.00 20.00 188.0 48.0 14.0 K DCN 14-17.99
DCN 145-174-16R-12D 14.50 14.90 174.0 16.00 20.00 194.0 48.0 14.0 K DCN 14-17.99
DCN 150-180-20R-12D 15.00 15.90 180.0 20.00 25.00 210.0 50.0 15.0 K DCN 14-17.99
DCN 160-192-20R-12D 16.00 16.90 192.0 20.00 25.00 217.3 50.0 16.0 K DCN 14-17.99
DCN 170-204-20R-12D 17.00 17.90 204.0 20.00 25.00 230.9 50.0 17.0 K DCN 14-17.99
DCN 180-216-25R-12D 18.00 18.90 216.0 25.00 32.00 244.5 56.0 18.0 K DCN 18-21.99
DCN 190-228-25R-12D 19.00 19.90 228.0 25.00 32.00 258.0 56.0 19.0 K DCN 18-21.99
DCN 200-240-25R-12D 20.00 20.90 240.0 25.00 32.00 271.6 56.0 20.0 K DCN 18-21.99
DCN 210-252-25R-12D 21.00 21.90 252.0 25.00 32.00 285.2 56.0 21.0 K DCN 18-21.99
DCN 220-264-25R-12D 22.00 22.90 264.0 25.00 32.00 298.8 56.0 22.0 K DCN 22-26.99
DCN 230-276-32R-12D 23.00 23.90 276.0 32.00 42.00 302.4 60.0 23.0 K DCN 22-26.99
DCN 240-288-32R-12D 24.00 24.90 288.0 32.00 42.00 326.0 60.0 24.0 K DCN 22-26.99
DCN 250-300-32R-12D 25.00 25.90 300.0 32.00 42.00 339.5 60.0 25.0 K DCN 22-26.99
DCN 260-312-32R-12D 26.00 26.90 312.0 32.00 42.00 353.1 60.0 26.0 K DCN 27-32.99
DCN 270-324-32R-12D 27.00 27.90 324.0 32.00 42.00 366.7 60.0 27.0 K DCN 27-32.99
DCN 280-336-32R-12D 28.00 28.90 336.0 32.00 42.00 380.2 60.0 28.0 K DCN 27-32.99
DCN 290-348-32R-12D 29.00 29.90 348.0 32.00 42.00 393.8 60.0 29.0 K DCN 27-32.99
DCN 300-360-32R-12D 30.00 30.90 360.0 32.00 42.00 407.4 60.0 30.0 K DCN 27-32.99
DCN 310-372-32R-12D 31.00 31.90 372.0 32.00 42.00 421.0 60.0 31.0 K DCN 27-32.99
DCN 320-384-32R-12D 32.00 32.90 384.0 32.00 42.00 434.5 60.0 32.0 K DCN 27-32.99
• Prior to using the 12xD drill, it is recommended to drill a pre-hole by using a DCN 1.5xD drill or a centering drill. The HCP drilling head may eliminate the need
for a pre-hole • For user guide and cutting conditions, see pages 490
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: FCP (486) • HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICM (484) • ICP (484) • ICP-2M (485) • ICG (487)
Standard Tools
12xD8xD5xD3xD1.5xD
DCN R-12D
Indexable Head Drills with
Coolant Holes and a Cylindrical
Shank, Drilling Depth 12xD
483
INDEXABLE DRILLS
D
S
h1
30°
Ch
HCP-IQ
Exchangeable DCN Drill Self-Centering
Heads for Alloy Steel and Cast Iron
Designation
Dimensions
IC908
D(1) S h1Ch Po. Size
HCP…-IQ
6.00-6.40 4.00 2.4 0.5 6.0 •
6.50-6.90 4.30 2.6 0.5 6.5 •
7.30-7.90 4.60 2.8 0.6 7.0 •
8.00-8.90 5.40 3.2 0.7 8.0 •
9.00-9.90 5.80 3.6 0.8 9.0 •
10.00-10.90 6.20 3.5 0.8 10.0 •
11.00-11.90 6.60 3.9 0.9 11.0 •
12.00-12.90 7.00 3.8 0.9 12.0 •
13.00-13.90 7.60 4.1 1.0 13.0 •
14.00-14.90 8.15 4.5 1.1 14.0 •
15.00-15.90 8.73 4.9 1.2 15.0 •
16.00-16.90 9.30 5.4 1.1 16.0 •
17.00-17.90 9.90 5.3 1.5 17.0 •
18.00-18.90 10.50 5.8 1.4 18.0 •
19.00-19.90 11.00 6.3 1.3 19.0 •
20.00-20.90 11.60 6.8 1.0 20.0 •
21.00-21.90 12.18 7.2 1.2 21.0 •
22.00-22.90 12.76 7.6 1.2 22.0 •
23.00-23.90 13.33 7.9 1.3 23.0 •
24.00-24.90 13.90 8.3 1.4 24.0 •
25.00-25.90 14.50 8.5 1.1 25.0 •
26.00-26.90 15.07 9.1 1.0 26.0 •
27.00-27.90 15.65 9.5 1.1 27.0 •
28.00-28.90 16.22 9.8 1.1 28.0 •
29.00-29.90 16.80 10.2 1.1 29.0 •
30.00-30.90 17.38 10.5 1.2 30.0 •
31.00-31.90 17.96 11 1.2 31.0 •
32.00-32.90 18.54 11.2 1.3 32.0 •
(1) The 6.0-25.9 mm drilling heads are available in increments of 0.1 mm, and in increments of 0.5 mm for 26 mm and larger size drilling heads.
• Ordering example for the HCP 10.3 mm drilling head: HCP 103-IQ
For tools, see pages: DCN A-1.5D (472) • DCN R-1.5D (473) • DCN A-3D (474) • DCN R-3D (475) • DCNS-3D (476) • DCN A-5D (478) • DCN R-5D (479) •
DCNS-5D (477) • DCN A-8D (480) • DCN R-8D (481) • DCN R-12D (482) • MNC (488) • MNCNT-T2 (655)
ISCAR
484
INDEXABLE DRILLS
D
S
140º
Designation D(1) S Pocket Size
IC908
IC907
ICP ...
ICM ...
ICK ...
6.0-6.4 4.00 6.0 •
6.5-6.9 4.30 6.0 •
7.0-7.9 4.60 7.0 • •
8.0-8.9 5.40 8.0 • •
9.0-9.9 5.80 9.0 • •
10.0-10.9 6.20 10.0 • •
11.0-11.9 6.60 11.0 • •
12.0-12.9 7.00 12.0 • •
13.0-13.9 7.60 13.0 • •
14.0-14.9 8.15 14.0 • •
15.0-15.9 8.73 15.0 • •
16.0-16.9 9.30 16.0 • •
17.0-17.9 9.90 17.0 • •
18.0-18.9 10.50 18.0 • •
19.0-19.9 11.00 19.0 • •
20.0-20.9 11.60 20.0 • •
21.0-21.9 12.20 21.0 • •
22.0-22.9 12.80 22.0 • •
23.0-23.9 13.40 23.0 • •
24.0-24.9 14.00 24.0 • •
25.0-25.9 14.50 25.0 • •
26.00-26.9 15.30 26.0 •
27.00-27.9 16.20 27.0 •
28.00-28.9 17.00 28.0 •
29.00-29.9 17.90 29.0 •
30.00-30.9 18.70 30.0 •
31.00-31.9 19.60 31.0 •
32.00-32.9 20.40 32.0 •
•
ICP for use on carbon and alloy steel (ISO P). The drill head has a honed cutting edge
•
ICM for use on stainless and high temperature alloys (ISO M). The drill head features a T-land on the cutting edge
•
ICK for use on cast iron (ISO K). The drill head is produced with a ground chamfer and a honed cutting edge
•
IC907 is available for several ICM and ICK drilling heads
(1) Drilling heads are available in increments of 0.1 mm
ICP\ICM\ICK
Exchangeable DCN Drill Heads
For tools, see pages: DCN A-1.5D (472) • DCN R-1.5D (473) • DCN A-3D (474) • DCN R-3D (475) • DCNS-3D (476) • DCN A-5D (478) • DCN R-5D (479)
• DCNS-5D (477) • DCN A-8D (480) • DCN R-8D (481) • DCN R-12D (482) • MNC (488) • MNCNT-T2 (655)
485
INDEXABLE DRILLS
D
S
140º
•
ICP for use on carbon and alloy steel (ISO P).
The drill head has a honed cutting edge
•
ICK for use on cast iron (ISO K).
The drill head is produced with a ground chamfer and a honed cutting edge
•
Can provide high surface finish of up to 1.6 Ra; hole cylindricity and
straightness of up to 0.05 mm
•
Ordering example for the ICP 13.3 mm drilling head: ICP 133-2M IC908
(1)
Drilling heads are available in increments of 0.1 mm
Additional Margin
Dimensions
Designation D(1) S Pocket Size
IC908
ICP-2M...
ICK-2M...
6.0-6.4 4.00 6.0 •
6.5-6.9 4.30 6.5 •
7.00-7.90 4.60 7.0 •
8.00-8.90 5.40 8.0 •
9.00-9.90 5.80 9.0 •
10.00-10.90 6.20 10.0 •
11.00-11.90 6.60 11.0 •
12.00-12.90 7.00 12.0 •
13.00-13.90 7.60 13.0 •
14.00-14.90 8.15 14.0 •
15.00-15.90 8.73 15.0 •
16.00-16.90 9.30 16.0 •
17.00-17.90 9.90 17.0 •
18.00-18.90 10.50 18.0 •
19.00-19.90 11.00 19.0 •
20.00-20.90 11.60 20.0 •
21.00-21.90 12.20 21.0 •
22.00-22.90 12.80 22.0 •
23.00-23.90 13.40 23.0 •
24.00-24.90 14.00 24.0 •
25.00-25.90 14.50 25.0 •
ICP-2M\ICK-2M
Double Margin Drilling Heads for
DCN Drills for High Surface Finish
For tools, see pages: DCN A-1.5D (472) • DCN R-1.5D (473) • DCN A-3D (474) • DCN R-3D (475) • DCNS-3D (476) • DCN A-5D (478) • DCN R-5D (479)
• DCNS-5D (477) • DCN A-8D (480) • DCN R-8D (481) • DCN R-12D (482) • MNCNT-T2 (655)
ISCAR
486
INDEXABLE DRILLS
D
Ch
30°
D2
SL6
Designation
Dimensions
IC908
D(1) D2S L6Ch Po. Size
FCP…
6.00-6.40 1.15 2.80 0.21 0.4 6.0 •
6.50-6.90 1.54 3.00 0.28 0.4 6.5 •
7.00-7.40 1.54 3.30 0.28 0.4 7.0 •
7.50-7.90 1.54 3.70 0.28 0.4 7.0 •
8.00-8.90 2.44 4.00 0.39 0.7 8.0 •
9.00-9.90 2.55 4.20 0.41 0.7 9.0 •
10.00-10.90 2.89 4.40 0.47 0.7 10.0 •
11.00-11.90 2.98 4.60 0.54 0.7 11.0 •
12.00-12.90 3.13 4.80 0.56 0.7 12.0 •
13.00-13.90 3.52 5.10 0.58 0.7 13.0 •
14.00-14.90 3.81 5.50 0.61 0.7 14.0 •
15.00-15.90 4.24 5.93 0.65 0.7 15.0 •
16.00-16.90 4.06 6.30 0.69 0.7 16.0 •
17.00-17.90 4.14 6.60 0.70 0.7 17.0 •
18.00-18.90 4.16 6.88 0.72 0.7 18.0 •
19.00-19.90 4.25 7.20 0.74 0.7 19.0 •
20.00-20.90 6.56 8.20 1.07 0.7 20.0 •
21.00-21.90 6.92 8.60 1.09 0.7 21.0 •
22.00-22.90 7.13 8.90 1.11 0.7 22.0 •
23.00-23.90 7.42 9.30 1.13 0.7 23.0 •
24.00-24.90 7.45 9.70 1.16 0.7 24.0 •
25.00-25.90 7.54 10.10 1.20 0.7 25.0 •
26.00-26.90 8.00 9.70 1.30 0.7 26.0 •
27.00-27.90 8.10 11.00 1.40 0.7 27.0 •
28.00-28.90 8.80 11.00 1.50 0.7 28.0 •
29.00-29.90 9.00 12.00 1.50 0.7 29.0 •
30.00-30.90 9.10 12.00 1.50 0.7 30.0 •
31.00-31.90 9.10 12.00 1.50 0.7 31.0 •
32.00-32.90 9.80 13.00 1.60 0.7 32.0 •
FCP
Exchangeable Flat Bottom DCN
Drill Heads for Steel and Cast Iron
(ISO P and ISO K Materials)
(1) The drilling heads are available in increments of 0.1 mm for the 8.0-25.9 diameters and in increments of 0.5 mm for the 26.0 mm and larger • Ordering example for
FCP 10.3 mm drilling head: FCP 103
For tools, see pages: DCN A-1.5D (472) • DCN A-3D (474) • DCN A-5D (478) • DCN A-8D (480) • DCN R-1.5D (473) • DCN R-12D (482) • DCN R-3D (475) •
DCN R-5D (479) • DCN R-8D (481) • DCNS-3D (476) • DCNS-5D (477)
487
INDEXABLE DRILLS
130°
S
D
Dimensions
Designation D S Po. Size
IC908
ICG 120 12.00 6.70 12.0 •
ICG 125 12.50 6.70 12.0 •
ICG 130 13.00 7.30 13.0 •
ICG 135 13.50 7.30 13.0 •
ICG 140 14.00 7.85 14.0 •
ICG 142 14.20 7.85 14.0 •
ICG 145 14.50 7.85 14.0 •
ICG 150 15.00 8.43 15.0 •
ICG 155 15.50 8.43 15.0 •
ICG 160 16.00 9.00 16.0 •
ICG 163 16.30 9.00 16.0 •
ICG 165 16.50 9.00 16.0 •
ICG 170 17.00 9.60 17.0 •
ICG 175 17.50 9.60 17.0 •
ICG 177 17.70 9.60 17.0 •
ICG 180 18.00 10.20 18.0 •
ICG 185 18.50 10.20 18.0 •
ICG 190 19.00 10.70 19.0 •
ICG 193 19.30 10.70 19.0 •
ICG 195 19.50 10.70 19.0 •
ICG 200 20.00 11.20 20.0 •
ICG 203 20.30 11.20 20.0 •
ICG 205 20.50 11.20 20.0 •
ICG 210 21.00 11.78 21.0 •
ICG 215 21.50 11.78 21.0 •
ICG 220 22.00 12.36 22.0 •
ICG 225 22.50 12.36 22.0 •
ICG 230 23.00 12.93 23.0 •
ICG 235 23.50 12.93 23.0 •
ICG 240 24.00 13.50 24.0 •
ICG 245 24.50 13.50 24.0 •
ICG 250 25.00 14.10 25.0 •
ICG 253 25.30 14.10 25.0 •
ICG 257 25.70 14.10 25.0 •
ICG 259 25.90 14.10 25.0 •
ICG
Exchangeable Chip Splitting Drill
Heads for Stainless and Alloyed Steel
For tools, see pages: DCN A-1.5D (472) • DCN R-1.5D (473) • DCN A-3D (474) • DCN R-3D (475) • DCNS-3D (476) • DCN A-5D (478) • DCN R-5D (479)
• DCNS-5D (477) • DCN A-8D (480) • DCN R-8D (481) • DCN R-12D (482) • MNC (488) • MNCNT-T2 (655)
ISCAR
488
INDEXABLE DRILLS
D3
L4L1
L5
DD2
L
dh6
Designation D D2L L1L4L5d D3Insert(1) Insert 1(2)
MNC 260-130 A32-150-06-5D 26.00 15.00 130.0 164.0 60.0 2.95 32.00 42.00 SOGX 060304-W ICP 150
MNC 265-132 A32-155-06-5D 26.50 15.50 132.0 164.0 60.0 3.05 32.00 42.00 SOGX 060304-W ICP 155
MNC 270-135 A32-160-06-5D 27.00 16.00 135.0 167.0 60.0 3.10 32.00 42.00 SOGX 060304-W ICP 160
MNC 280-140 A32-170-06-5D 28.00 17.00 140.0 171.0 60.0 3.25 32.00 42.00 SOGX 060304-W ICP 170
MNC 290-145 A32-160-07-5D 29.00 16.00 145.0 177.0 60.0 3.10 32.00 42.00 SOGX 070305-W ICP 160
MNC 295-148 A32-165-07-5D 29.50 16.50 148.0 180.0 60.0 3.20 32.00 42.00 SOGX 070305-W ICP 165
MNC 300-150 A32-165-07-5D 30.00 16.50 150.0 183.0 60.0 3.20 32.00 42.00 SOGX 070305-W ICP 165
MNC 310-155 A32-175-07-5D 31.00 17.50 155.0 190.0 60.0 3.35 32.00 42.00 SOGX 070305-W ICP 175
MNC 320-160 A32-185-07-5D 32.00 18.50 160.0 195.0 60.0 3.50 32.00 42.00 SOGX 070305-W ICP 185
MNC 330-165 A32-175-09-5D 33.00 17.50 165.0 200.0 60.0 3.65 32.00 42.00 SOGT 09T306-W ICP 175
MNC 340-170 A32-180-09-5D 34.00 18.00 170.0 205.0 60.0 3.70 32.00 42.00 SOGT 09T306-W ICP 180
MNC 350-175 A32-189-09-5D 35.00 18.90 175.0 210.0 60.0 3.85 32.00 42.00 SOGT 09T306-W ICP 189
MNC 360-180 A32-190-10-5D 36.00 19.00 180.0 215.0 60.0 3.85 32.00 42.00 SOGT 100408-W ICP 190
MNC 370-185 A32-200-10-5D 37.00 20.00 185.0 220.0 60.0 4.00 32.00 42.00 SOGT 100408-W ICP 200
MNC 375-188 A32-205-10-5D 37.50 20.50 188.0 223.0 60.0 4.10 32.00 42.00 SOGT 100408-W ICP 205
MNC 380-190 A40-209-10-5D 38.00 20.90 190.0 227.0 68.0 4.15 40.00 50.00 SOGT 100408-W ICP 209
MNC 390-195 A40-215-10-5D 39.00 21.50 195.0 233.0 68.0 4.25 40.00 50.00 SOGT 100408-W ICP 215
MNC 400-200 A40-225-10-5D 40.00 22.50 200.0 240.0 68.0 4.40 40.00 50.00 SOGT 100408-W ICP 225
MNC 405-203 A40-235-10-5D 40.50 23.50 203.0 243.0 68.0 4.55 40.00 50.00 SOGT 100408-W ICP 235
MNC 410-205 A40-239-10-5D 41.00 23.90 205.0 245.0 68.0 4.65 40.00 50.00 SOGT 100408-W ICP 239
MNC 420-210 A40-249-10-5D 42.00 24.90 210.0 250.0 68.0 4.75 40.00 50.00 SOGT 100408-W ICP 249
MNC 430-215 A40-259-10-5D 43.00 25.90 215.0 258.0 68.0 5.00 40.00 50.00 SOGT 100408-W ICP 259
MNC 440-220 A40-210-12-5D 44.00 21.00 220.0 259.0 68.0 5.15 40.00 50.00 SOGT 120408-W ICP 210
MNC 450-225 A40-219-12-5D 45.00 21.90 225.0 264.0 68.0 5.35 40.00 50.00 SOGT 120408-W ICP 219
MNC 460-230 A40-229-12-5D 46.00 22.90 230.0 269.0 68.0 5.50 40.00 50.00 SOGT 120408-W ICP 229
MNC 470-235 A40-239-12-5D 47.00 23.90 235.0 275.0 68.0 5.65 40.00 50.00 SOGT 120408-W ICP 239
MNC 480-240 A40-249-12-5D 48.00 24.90 240.0 279.0 68.0 7.75 40.00 50.00 SOGT 120408-W ICP 249
MNC 490-245 A40-259-12-5D 49.00 25.90 245.0 286.0 68.0 6.00 40.00 50.00 SOGT 120408-W ICP 259
MNC 500-250 A40-269-12-5D 50.00 26.90 250.0 291.0 68.0 6.10 40.00 50.00 SOGT 120408-W ICP 269
• Hole tolerance: D+0.10/-0.05 in average conditions. However, it can be higher or lower according to machine and tooling conditions • Intermediate sizes are
available on request • For user guide and cutting conditions, see pages 490, 498
(1) Outer insert
(2) Central insert
For inserts, see pages: HCP-IQ (483) • ICP (484) • SOGT-W (489) • SOGX-W (489) • ICG (487)
Spare Parts
Designation
MNC 260-130 A32-150-06-5D SR 34-508/L T-7/51 K MNC MULTI
MNC 265-132 A32-155-06-5D SR 34-508/L T-7/51 K MNC MULTI
MNC 270-135 A32-160-06-5D SR 34-508/L T-7/51 K MNC MULTI
MNC 280-140 A32-170-06-5D SR 34-508/L T-7/51 K MNC MULTI
MNC 290-145 A32-160-07-5D SR 14-560 T-8/53 K MNC MULTI
MNC 295-148 A32-165-07-5D SR 14-560 T-8/53 K MNC MULTI
MNC 300-150 A32-165-07-5D SR 14-560 T-8/53 K MNC MULTI
MNC 310-155 A32-175-07-5D SR 14-560 T-8/53 K MNC MULTI
MNC 320-160 A32-185-07-5D SR 14-560 T-8/53 K MNC MULTI
MNC 330-165 A32-175-09-5D SR 34-506 BLD T09/M7-SW4 SW4-SD K MNC MULTI
MNC 340-170 A32-180-09-5D SR 34-506 BLD T09/M7-SW4 SW4-SD K MNC MULTI
MNC 350-175 A32-189-09-5D SR 34-506 BLD T09/M7-SW4 SW4-SD K MNC MULTI
MNC 360-180 A32-190-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 370-185 A32-200-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 375-188 A32-205-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 380-190 A40-209-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 390-195 A40-215-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 400-200 A40-225-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 405-203 A40-235-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 410-205 A40-239-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 420-210 A40-249-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 430-215 A40-259-10-5D SR 14-571 BLD T10/S7 SW6-SD K MNC MULTI
MNC 440-220 A40-210-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 450-225 A40-219-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 460-230 A40-229-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 470-235 A40-239-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 480-240 A40-249-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 490-245 A40-259-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC 500-250 A40-269-12-5D SR 14-544/S BLD T15/S7 SW6-SD K MNC MULTI
MNC
Large Diameter Indexable Drills
with a Pilot Drilling Head and One
Flat Shank, Drilling Depth 5xD
489
INDEXABLE DRILLS
S
R
di
Dimensions
Designation di S R
IC808
SOGX 050204-W 5.40 2.40 0.40 •
SOGX 060304-W 6.20 3.20 0.40 •
SOGX 070305-W 7.70 3.60 0.50 •
For tools, see pages: MNC (488)
SOGX-W
Precision Ground Inserts for
MNC Drills with DT General Use
Chipformer and a Wiper
S
R
di
Dimensions
Designation di S R
IC808
SOGT 09T306-W 9.00 3.81 0.60 •
SOGT 100408-W 9.80 4.30 0.80 •
SOGT 120408-W 12.70 4.76 0.80 •
For tools, see pages: MNC (488)
SOGT-W
Precision Ground Inserts for
MNC Drills with DT General Use
Chipformer and a Wiper
General Recommendations
Drilling Heads
ISCAR
490
INDEXABLE DRILLS
ISCAR
490
USER GUIDE
• SUMOCHAM features four different standard drill
head geometries, designed for optimal performance
and high reliability when used on various materials.
• ICP for use on carbon and alloy steel (ISO P).
The drill head has a honed cutting edge.
• ICK for use on cast iron (ISO K).
The drill head is produced with a ground
chamfer and a honed cutting edge.
• ICM for use on stainless and high temperature
alloys (ISO M). The drill head features
a T-land on the cutting edge.
• The ICP, ICK and ICM drilling heads are available
in 0.1 mm drilling diameter increments.
The drill head has ground flutes for smooth, uninterrupted
chip flow and a ground gash for improved penetration.
To prevent the insert from being pulled out during the
drilling process, there is an axial stopper in the pocket.
It is effective even after the clamping force has been lost
(which may happen when the drill’s pocket wears out).
Ground flute
Ground gash
• SUMOCHAM drills can be used in any type of adaptation.
However, concentric adaptation such as spring collets
and hydraulic chucks are advantageous for better runout.
When machining high temperature alloys or applying very
high machining loads, it is advisable to use strong gripping
adapters such as endmill holders, power or hydraulic
chucks.
• Dry drilling should not be performed under any
circumstances.
• Semi-synthetic or emulsion lubricants are recommended in
order to extend tool life.
• It is essential to use internal coolant in all SUMOCHAM
applications. In the event of low coolant pressure or
when used in a stationary application, adding an external
coolant can improve tool life.
• When only external coolant can be applied, it is
recommended to drill into maximum depth of 2xD hole
depth to diameter ratio.
• When using M.Q.L. coolant, there is no need for special
accessories. For smooth M.Q.L. coolant flow there is
a spherical cavity on the rear side of the drill shank.
• There is a special plug with an internal thread for a coolant
connection used on stationary machines that can be
pressed into the cavity on the back end of the drill.
Shank Diameter Plug Internal Thread
12 DL-12 G 1/16
16 DL-16 G 1/16
20 DL-20 G 1/8
25 DL-25 G 1/8
32 DL-32 G 1/8
491
INDEXABLE DRILLS
491
USER GUIDE
• Prior to using 8xD or 12xD drills, it is recommended to drill
a 0.5xD pre-hole using a short or centering drill.
Enter the pre-hole at slow speed and feed until 2-5 mm
from its bottom. Start the cooling system and increase
rotation to recommended drilling speed. Hold for 2-3
seconds, then, continue at the recommended drilling feed.
0.5xD
0.5xD
1 Pre-hole 0.5xD deep
for centering
2 Slow rotation and
feed while entering
to the pre-hole
3 Maintain for 2-3
seconds and activate
the cooling system
4 Continue drilling
at recommended
cutting conditions
• When drilling stainless steel or high temperature
alloys using the ICM drilling head, it is highly
recommended to apply high pressure oil or 7-10%
mineral or vegetable based oil emulsion.
• Following is the recommended coolant flow rate
and pressure.
25
612 16 20
3
5
8
10
12
3 X D
5 X D
8, 12X D
1.5 X D
15
Minimum Coolant Pressure (bar)
flow
rate
6 12 16 20
30
20
10
5
25
Coolant Flow Rate (liter/min)
Drill Diameter D (mm) Drill Diameter D (mm)
• For optimal performance, it is recommended to adjust
runout of outer points or chisel with a maximum of
0.02 mm. Large runout will influence drill performance tool
life and hole quality.
• No setup time is needed after indexing the SUMOCHAM
drill head.
• SUMOCHAM drills can be used either on milling centers
or lathe machines.
• When using SUMOCHAM drill in stationary (lathe)
applications, we recommend using the ISCAR GYRO
device or eccenter sleeve to reduce misalignment.
Misalignment will cause poor performance of the
SUMOCHAM drill or even tool breakage.
PreHole
Hole ICP ICK HCP FCP
ICP
ICP PreHole
ICP
ICK PreHole
ICP
HCP PreHole
ICP
FCP PreHole
ICP
ICK
ICP PreHole
ICK
ICK PreHole
ICK
HCP PreHole
ICK
FCP PreHole
ICK
HCP
ICP PreHole
HCP
ICK PreHole
HCP
HCP PreHole
HCP
FCP PreHole
HCP
FCP
ICP PreHole
FCP
ICK PreHole
FCP
HCP PreHole
FCP
FCP PreHole
FCP
ISCAR
492
INDEXABLE DRILLS
ISCAR
492
USER GUIDE
K DCN MULTI
The optional K DCN MULTI key enables clamping all
currently available SUMOCHAM drilling heads
in a 6-26.9 mm diameter range.
PreHole Adjustment
Drilling Head
Mounting Procedure
Coolant Recommendations
Up to (2xD)
1
2
3
4
5
Maximum Runout, Misalignment
Max 0.02 mm
Max 0.02 mm
493
INDEXABLE DRILLS
493
USER GUIDE
Indication of Drill Head Wear
Vibration Noise Drastically Increases
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Diameter Change Surface Finish Declines
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Wear Limit
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Power Restriction
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
(1) New drilling head
(2) Worn-out drilling head
✘ ✘ ✘
✘ ✘ ✘
✘ ✘ ✘
Drilling Limitations
ISCAR
494
INDEXABLE DRILLS
ISCAR
494
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
Material Groups
• When using external coolant supply only, reduce cutting speed by 10%.
• Use internal coolant supply when machining austenitic stainless steel.
495
INDEXABLE DRILLS
495
USER GUIDE
SUMOCHAM
Feed vs. Drill Diameter
Mtl. No. V m/min D=6-7.9 D=8-9.9 D=10-11.9 D=12-13.9 D=14-15.9 D=16-19.9 D=20-25.9 D=26-32.9
mm/rev
180-110-140
0.09
0.11
0.13
0.12
0.17
0.22
0.15
0.21
0.28
0.18
0.24
0.30
0.20
0.27
0.35
0.25
0.35
0.45
0.25
0.35
0.45
0.30
0.40
0.50
280-105-130
380-100-120
470-90-110
550-70-90
680-100-120
0.09
0.12
0.15
0.12
0.18
0.25
0.14
0.21
0.28
0.16
0.24
0.32
0.18
0.26
0.35
0.23
0.31
0.40
0.25
0.35
0.45
0.30
0.40
0.50
770-90-110
850-70-90
940-55-70
10 50-70-90 0.09
0.11
0.12
0.12
0.16
0.20
0.12
0.17
0.22
0.15
0.20
0.25
0.18
0.23
0.28
0.20
0.25
0.30
0.22
0.27
0.33
0.25
0.30
0.35
11 40-60-80
15 90-125-160
0.12
0.15
0.18
0.15
0.22
0.30
0.20
0.27
0.35
0.25
0.32
0.40
0.30
0.37
0.45
0.35
0.45
0.55
0.35
0.47
0.60
0.40
0.50
0.60
16 80-110-140
17 90-135-180
18 80-110-140
19 90-125-160
20 80-110-140
Recommended Machining Conditions
Recommended cutting data
(1) For workpiece materials list, see pages 1008-1043. As a starting value, the middle of the recommended machining range should be used.
Then, according to the wear results, conditions can be changed to optimize performance.
The data refers to IC908
No need to reduce the cutting parameters while using 8XD and up holders
Material Groups
• When using external coolant supply only, reduce cutting speed by 10%
• Use internal coolant supply when machining austenitic stainless steel
• When using more than 5XD drill ratio, reduce cutting parameters by 10%
ISCAR
496
INDEXABLE DRILLS
ISCAR
496
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys
RM 400 36
Alpha+beta alloys cured RM 1050 37
HHardened steel
Hardened 55 HRC 38
Hardened 60 HRC 39
SUMOCHAM
Feed vs. Drill Diameter
Mtl. No.(1) V m/min
D=6-7.9 D=8-9.9 D=10-11.9 D=12-13.9 D=14-15.9 D=16-19.9 D=20-25.9 D=26-32.9
mm/rev
180-110-140
0.09
0.11
0.13
0.12
0.17
0.22
0.15
0.21
0.28
0.18
0.24
0.30
0.20
0.27
0.35
0.25
0.35
0.45
0.25
0.35
0.45
0.30
0.40
0.50
280-105-130
380-100-120
470-90-110
550-70-90
680-100-120 0.09
0.12
0.15
0.12
0.18
0.25
0.14
0.21
0.28
0.16
0.24
0.32
0.18
0.26
0.35
0.23
0.31
0.40
0.25
0.35
0.45
0.30
0.40
0.50
770-90-110
850-70-90
940-55-70
10 50-70-90 0.09
0.11
0.12
0.12
0.16
0.20
0.12
0.17
0.22
0.15
0.20
0.25
0.18
0.23
0.28
0.20
0.25
0.30
0.22
0.27
0.33
0.25
0.30
0.35
11 40-60-80
12 40-55-70 0.08
0.09
0.10
0.10
0.12
0.15
0.12
0.15
0.18
0.14
0.17
0.20
0.16
0.20
0.24
0.16
0.21
0.26
0.18
0.24
0.30
0.20
0.27
0.35
13 40-55-70
14 30-50-70
0.08
0.09
0.10
0.10
0.12
0.15
0.12
0.15
0.18
0.14
0.17
0.20
0.16
0.20
0.24
0.16
0.21
0.26
0.18
0.24
0.30
0.20
0.27
0.35
15 90-125-160
0.12
0.15
0.18
0.15
0.22
0.30
0.20
0.27
0.35
0.25
0.32
0.40
0.30
0.37
0.45
0.35
0.45
0.55
0.35
0.47
0.60
0.40
0.50
0.60
16 80-110-140
17 90-135-180
18 80-110-140
19 90-125-160
20 80-110-140
21
90-155-220
0.20
0.27
0.35
0.25
0.32
0.40
0.30
0.37
0.45
0.35
0.42
0.50
0.40
0.50
0.60
0.45
0.57
0.70
0.50
0.67
0.75
22
23
24
25 80-120-160
26
90-155-220
27
28
29
30
31 30-45-60
0.05
0.06
0.07
0.06
0.08
0.11
0.08
0.10
0.13
0.10
0.12
0.15
0.12
0.15
0.18
0.12
0.16
0.20
0.14
0.18
0.22
0.16
0.20
0.25
32
20-35-50
33
34
35
36
20-35-50
0.05
0.06
0.07
0.06
0.09
0.12
0.08
0.11
0.15
0.10
0.14
0.18
0.12
0.16
0.20
0.14
0.18
0.22
0.16
0.20
0.25
0.18
0.22
0.27
37
38
20-35-50
0.05
0.06
0.07
0.06
0.09
0.12
0.08
0.11
0.15
0.10
0.14
0.18
0.12
0.16
0.20
0.14
0.18
0.22
0.16
0.20
0.25
0.18
0.22
0.27
39
Recommended Machining Conditions
Recommended cutting data
(1) For workpiece materials list, see pages 1008-1043. As a starting value, the middle of the recommended machining range should be used.
Then, according to the wear results, conditions can be changed to optimize performance.
The data refers to IC908
497
INDEXABLE DRILLS
497
USER GUIDE
ISCAR
498
INDEXABLE DRILLS
ISCAR
498
USER GUIDE
Machining Data for MNC drills
• Grades: first choice IC808
(1) For workpiece materials list, see pages 1008-1043
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
499
INDEXABLE DRILLS
499
USER GUIDE
Feed vs. Drill Diameter F [mm/rev]
Mat.
No.
Cutting Speed Vc [m/min] 26< ØD <28 29< ØD <32 33< ØD <35 36< ØD <43 44< ØD <50
Vc min Vc max f min f max f min f max f min f max f min f max f min f max
1120 200
0.25 0.35 0.25 0.35 0.25 0.40 0.25 0.40 0.28 0.45
2
3
130 190
4
5
6
120 180 0.25 0.33 0.25 0.33 0.25 0.38 0.25 0.38 0.26 0.43
7
8
9
10 100 160 0.25 0.33 0.25 0.33 0.25 0.36 0.25 0.36 0.26 0.41
11
12 90 140 0.12 0.24 0.12 0.24 0.16 0.25 0.18 0.25 0.18 0.30
13
14 90 140 0.12 0.24 0.12 0.24 0.16 0.25 0.18 0.25 0.18 0.30
15
150 250 0.25 0.40 0.25 0.45 0.3 0.50 0.3 0.50 0.35 0.55
16
17
18
19
20
21
160 260 0.3 0.50 0.3 0.50 0.35 0.55 0.35 0.55 0.4 0.60
22
23
24
25
26
27
28
29
30
31 30 60
0.1 0.16 0.1 0.18 0.15 0.20 0.15 0.22 0.16 0.24
32
20 50
33
34
35
36
37
38 20 50 0.1 0.16 0.12 0.18 0.14 0.2 0.14 0.2 0.16 0.22
39
40
41
ISCAR
500
INDEXABLE DRILLS
ISCAR
500
USER GUIDE
Troubleshooting
Cutting Edge Chipping
1. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
2. Reduce feed rate, increase speed.
3. If the drill vibrates, reduce cutting speed
and increase feed rate.
4. When drilling rough, hard or sloped surfaces
(up to 7°), reduce the feed rate by 30-50%
when entering and exiting.
5. Check cooling lubricant and increase coolant
pressure. In case of external coolant supply,
improve jet direction and add cooling jets.
Chisel Area Chipping
1. Reduce feed rate.
2. Increase coolant pressure.
3. Check the adaptation. Use hydraulic clamping
chuck, MAXIN power chuck or side lock systems.
4. Increase workpiece chucking force.
Excessive Flank Wear
1. Check that the correct geometry is used.
2. Reduce cutting speed.
3. Increase internal coolant pressure.
Excessive Flute Land Wear
1. Check that the correct geometry is used.
2. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
3. Reduce cutting speed.
4. When drilling rough, hard or sloped
surfaces (up to 7°), reduce the feed rate by
30-50% when entering and exiting.
5. Increase coolant pressure.
6. Check the chisel point runout and make
sure it is within 0.02 mm T.I.R.
7. Increase workpiece chucking force stability and rigidity.
8. If there is low pocket gripping force - replace drill body.
Built-Up Edge
1. Increase cutting speed/feed.
2. Increase coolant pressure.
Ø > D nominal + 0.15mm
Ø < D nominal - 0.03mm
D nominal
Deviation of Hole Tolerance
1. Check the runout and make sure it is within 0.02
mm T.I.R. (radial and axial cutting points).
2. Reduce feed rate.
3. Check the chisel point runout and make
sure that it is within 0.02 mm T.I.R.
4. Wrong cutting edge. Replace head.
5. Increase workpiece chucking force.
6. Check the adaptation. Use hydraulic clamping chuck,
MAXIN power chuck or side clamping systems.
7. Increase internal coolant pressure.
501
INDEXABLE DRILLS
501
USER GUIDE
Troubleshooting
Ra
Surface Finish Too Rough
1. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
2. Adjust the feed for improved chip formation.
3. In case of chip jamming - increase the coolant
flow and/or reduce the cutting speed.
4. Increase the coolant pressure.
5. Check the chisel point runout and make
sure it is within 0.02 mm T.I.R.
6. Use pecking cycle.
7. Use double margin geometry.
Hole Not Straight:
• Use 2M geometry.
• Drill a pre-hole for centering (check
recommendations for pre-hole operation).
• Increase coolant pressure; improve jet direction
in case of external coolant supply.
• Increase the feed.
Inaccurate Hole Position
1. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
2. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
3. When drilling rough, hard or sloped surfaces (up to 7°),
reduce the feed rate by 30%-50% when entering.
4. Drill a pre-hole with a 140° point angle for centering.
5. Check the chisel point runout and make
sure it is within 0.02 mm T.I.R.
Burrs on Exit
1. Reduce the feed rate by 30%-50% when exiting.
2. Replace the worn head.
3. Check the adaptation. Use hydraulic clamping
chuck, maxin power chuck or side clamping systems.
Applications for DCNS Drills
When using
SUMOUNICHAM,
the drill’s projection
can be adjusted
Replaces solid
carbide drills
without changing
any holding
components
Shorter projection
compared to
SUMOCHAM,
when required
For better stability in
rough applications and
interrupted cuts
Moderate Helix High Helix
Can be used on
multi-spindle applications
for close spacing
between adjacent drills
3
2
1
4
ISCAR
502
INDEXABLE DRILLS
ISCAR
502
USER GUIDE
Regrinding Instructions for ICM Geometry
After Each Grinding Operation Rotate the Drill
180° and Repeat the Grinding Procedure
Primary Clearance
Secondary Clearance
Chisel
Edge Preparation
TD Range
0.05 8-11.99
0.07 12-15.99
0.08 16-19.99
0.1 20-25.99
0.12 26-32.99
3
2
1
4
503
INDEXABLE DRILLS
503
USER GUIDE
Regrinding Instructions for ICP Geometry
After Each Grinding Operation Rotate the Drill
180° and Repeat the Grinding Procedure
Primary Clearance
Secondary Clearance
Chisel
Edge Preparation
3
2
1
4
ISCAR
504
INDEXABLE DRILLS
ISCAR
504
USER GUIDE
Regrinding Instructions for ICK Geometry
After Each Grinding Operation Rotate the Drill
180° and Repeat the Grinding Procedure
Primary Clearance
Secondary Clearance
Chisel
Edge Preparation
505
INDEXABLE DRILLS
Dk7
L1
L
L4
D3dh6
Designation D min(1) D max L d D3L1L4Po. Size
DFN 330-099-32A-3D-IQ 33.00 33.90 99.0 32.00 42.00 137.0 60.0 33.0 K DFN 30-40
DFN 340-102-32A-3D-IQ 34.00 34.90 102.0 32.00 42.00 141.2 60.0 34.0 K DFN 30-40
DFN 350-105-32A-3D-IQ 35.00 35.90 105.0 32.00 42.00 145.3 60.0 35.0 K DFN 30-40
DFN 360-108-32A-3D-IQ 36.00 36.90 108.0 32.00 42.00 149.5 60.0 36.0 K DFN 30-40
DFN 370-111-32A-3D-IQ 37.00 37.90 111.0 32.00 42.00 153.6 60.0 37.0 K DFN 30-40
DFN 380-114-32A-3D-IQ 38.00 38.90 114.0 32.00 42.00 157.8 60.0 38.0 K DFN 30-40
DFN 390-117-32A-3D-IQ 39.00 40.00 117.0 32.00 42.00 161.9 60.0 39.0 K DFN 30-40
• For user guide and cutting conditions, see pages 507
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: HFP-IQ (506)
DFN A-3D-IQ
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 3xD
Dk7
L1
L
L4
D3dh6
Designation D min(1) D max L d D3L1L4Po. Size
DFN 330-165-32A-5D-IQ 33.00 33.90 165.0 32.00 42.00 203.0 60.0 33.0 K DFN 30-40
DFN 340-170-32A-5D-IQ 34.00 34.90 170.0 32.00 42.00 209.2 60.0 34.0 K DFN 30-40
DFN 350-175-32A-5D-IQ 35.00 35.90 175.0 32.00 42.00 215.3 60.0 35.0 K DFN 30-40
DFN 360-180-32A-5D-IQ 36.00 36.90 180.0 32.00 42.00 221.5 60.0 36.0 K DFN 30-40
DFN 370-185-32A-5D-IQ 37.00 37.90 185.0 32.00 42.00 227.6 60.0 37.0 K DFN 30-40
DFN 380-190-32A-5D-IQ 38.00 38.90 190.0 32.00 42.00 233.8 60.0 38.0 K DFN 30-40
DFN 390-195-32A-5D-IQ 39.00 40.00 195.0 32.00 42.00 239.9 60.0 39.0 K DFN 30-40
• For user guide and cutting conditions, see pages 507
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: HFP-IQ (506)
DFN A-5D-IQ
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 5xD
D3
Dk7
L4L1
L
Dh6
Designation D min(1) D max L d D3L1L4Po. Size
DFN 330-050-32A-1.5D-IQ 33.00 33.90 50.0 32.00 42.00 87.5 60.0 33.0 K DFN 30-40
DFN 340-051-32A-1.5D-IQ 34.00 34.90 51.0 32.00 42.00 90.2 60.0 34.0 K DFN 30-40
DFN 350-053-32A-1.5D-IQ 35.00 35.90 53.0 32.00 42.00 92.8 60.0 35.0 K DFN 30-40
DFN 360-054-32A-1.5D-IQ 36.00 36.90 54.0 32.00 42.00 95.5 60.0 36.0 K DFN 30-40
DFN 370-056-32A-1.5D-IQ 37.00 37.90 56.0 32.00 42.00 98.1 60.0 37.0 K DFN 30-40
DFN 380-057-32A-1.5D-IQ 38.00 38.90 57.0 32.00 42.00 100.8 60.0 38.0 K DFN 30-40
DFN 390-059-32A-1.5D-IQ 39.00 40.00 59.0 32.00 42.00 103.4 60.0 39.0 K DFN 30-40
• For user guide and cutting conditions, see pages 507
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: HFP-IQ (506)
DFN A-1.5D-IQ
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 1.5xD
ISCAR
506
INDEXABLE DRILLS
D3
L4
L1
Dk7 dh6
Designation D min(1) D max L d D3L1L4Po. Size
DFN 330-264-32A-8D-IQ 33.00 33.90 264.0 32.00 42.00 302.0 60.0 33.0 K DFN 30-40
DFN 340-272-32A-8D-IQ 34.00 34.90 272.0 32.00 42.00 311.2 60.0 34.0 K DFN 30-40
DFN 350-280-32A-8D-IQ 35.00 35.90 280.0 32.00 42.00 320.3 60.0 35.0 K DFN 30-40
DFN 360-288-32A-8D-IQ 36.00 36.90 288.0 32.00 42.00 329.5 60.0 36.0 K DFN 30-40
DFN 370-296-32A-8D-IQ 37.00 37.90 296.0 32.00 42.00 338.6 60.0 37.0 K DFN 30-40
DFN 380-304-32A-8D-IQ 38.00 38.90 304.0 32.00 42.00 347.8 60.0 38.0 K DFN 30-40
DFN 390-312-32A-8D-IQ 39.00 40.00 312.0 32.00 42.00 356.9 60.0 39.0 K DFN 30-40
• For user guide and cutting conditions, see pages 507
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: HFP-IQ (506)
DFN A-8D-IQ
Indexable Head Drills with
Coolant Holes and One Flat
Shank, Drilling Depth 8xD
S
1.0
60°
D
h1
Dimensions
Designation D S h1Po. Size
IC908
HFP 330-IQ 33.00 18.50 11.2 33.0 •
HFP 333-IQ 33.30 18.50 11.2 33.0 •
HFP 335-IQ 33.50 18.50 11.2 33.0 •
HFP 339-IQ 33.90 18.50 11.2 33.0 •
HFP 340-IQ 34.00 19.70 12.1 34.0 •
HFP 343-IQ 34.30 19.70 12.1 34.0 •
HFP 345-IQ 34.50 19.70 12.1 34.0 •
HFP 350-IQ 35.00 19.70 12.1 35.0 •
HFP 355-IQ 35.50 19.70 12.1 35.0 •
HFP 360-IQ 36.00 20.80 12.7 36.0 •
HFP 365-IQ 36.50 20.80 12.7 36.0 •
HFP 370-IQ 37.00 20.80 12.8 37.0 •
HFP 375-IQ 37.50 20.80 12.8 37.0 •
HFP 380-IQ 38.00 22.00 13.8 38.0 •
HFP 385-IQ 38.50 22.00 13.8 38.0 •
HFP 390-IQ 39.00 22.00 13.6 39.0 •
HFP 395-IQ 39.50 22.00 13.6 39.0 •
HFP 400-IQ 40.00 23.00 14.4 39.0 •
• Intermediate sizes can be supplied on request
For tools, see pages: DFN A-1.5D-IQ (505) • DFN A-3D-IQ (505) • DFN A-5D-IQ (505) • DFN A-8D-IQ (506)
HFP-IQ
Exchangeable DFN Drill Heads for
Carbon and Alloy Steel (ISO P) and
Cast Iron (ISO K)
Insert Clamping Instructions
1 2 3
1
!Exiting inclined surface
Up to 7°, reduce feed by 50-70% during exiting
2
!Entering inclined surface
Up to 7°
3Boring
Not possible
4
!Cross hole
Maximum cross hole diameter must be ¼ of drill diameter
5!Stacked plates
Requires a rigid clamping
6!Chamber
Reduce feed by 50-70%, maximum depth 3XD
7!Convex
The radius of the penetration surface must be 4X the CHAMIQDRILL head ØD.
Short pre-hole is needed
8!Concave
Spot facing operation is needed before drilling
507
INDEXABLE DRILLS
507
USER GUIDE
ISCAR
508
INDEXABLE DRILLS
ISCAR
508
USER GUIDE
CHAMIQDRILL
Feed vs. Drill Diameter
Mtl.
No.
V
m/min
D=33.0-40.0
mm/rev
180-110-140
0.30
0.40
0.50
280-105-130
380-100-120
470-90-110
550-70-90
680-100-120 0.30
0.40
0.50
770-90-110
850-70-90
940-55-70
10 50-70-90 0.25
0.30
0.35
11 40-60-80
15 90-125-160
0.40
0.50
0.60
16 80-110-140
17 90-135-180
18 80-110-140
19 90-125-160
20 80-110-140
Cutting Condition Recommendations
Flow Rate vs. Pressure and Drill Diameter
Drill Diameter (mm)
Pressure (bar) Flow Rate (liter/min)
33 20 60
34 20 60
35 20 60
36 20 60
37 20 60
38 20 70
39 20 70
40 20 70
Diameter Change
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Surface Finish Declines
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
Power Restriction
Ra
Ø > D nominal + 0.15 mm
Ø < D nominal - 0.03 mm
D nominal
P(1) Px1.25(2)
0
(1) New drilling head
(2) Worn-out drilling head
0.2-0.3
(1) New drilling head
(2) Worn-out drilling head
Indication of Drill Head Wear
Wear Limit
0.2-0.3
509
INDEXABLE DRILLS
509
USER GUIDE
5xD Drills
Alloy and Carbon Steel and Cast Iron
Achievable Hole Tolerances
400 mm Modular Drills Alloy
and Carbon Steel and Cast Iron
Hole Geometrical Feature What Should You Expect
Ø Diameter tolerance +0.06 mm
Circularity 0.035
Hole axis straightness (/100mm) 0.03-0.10
Surface finish ✓0.6-3.2Ra
Hole Geometrical Feature What Should You Expect
Ø Diameter tolerance +0.06 mm
Circularity 0.035
Hole axis straightness (/100mm) 0.03-0.15
Surface finish ✓0.6-3.2Ra
Troubleshooting
Cutting Edge Chipping
1. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
2. Reduce feed rate, increase speed.
3. If the drill vibrates, reduce cutting
speed and increase feed rate.
4. When drilling rough, hard or sloped
surfaces (up to 7°), reduce the feed rate by
50-70% when entering and exiting.
5. Check cooling lubricant and increase coolant
pressure. In case of external coolant supply,
improve jet direction and add cooling jets.
Chisel Area Chipping
1. Reduce feed rate.
2. Increase coolant pressure.
3. Increase workpiece chucking force.
Excessive Flank Wear
1. Reduce cutting speed.
2. Increase internal coolant pressure.
Excessive Land Wear
1. Check the runout and make sure it is within
0.03 mm T.I.R. (radial and axial).
2. Reduce cutting speed.
3. When drilling rough, hard or sloped surfaces
(up to 7°), reduce the feed rate by 50%-
70% when entering and exiting.
4. Increase coolant pressure.
5. Check the chisel point runout and
make sure it is within 0.03 mm T.I.R.
6. Increase workpiece chucking force
stability and rigidity.
ISCAR
510
INDEXABLE DRILLS
ISCAR
510
USER GUIDE
Troubleshooting
Built-Up Edge
1. Increase cutting speed/feed.
2. Increase coolant pressure.
Ø > D nominal + 0.15mm
Ø < D nominal - 0.03mm
D nominal
Deviation of Hole Tolerance
1. Check the runout and make sure it is within 0.03
mm T.I.R. (radial and axial cutting points).
2. Reduce feed rate.
3. Check the chisel point runout and make
sure it is within 0.03 mm T.I.R.
4. Worn cutting edge. Replace head.
5. Increase workpiece chucking force.
6. Increase internal coolant pressure.
Ra
Surface Finish Too Rough
1. Check the runout and make sure it is within
0.03 mm T.I.R. (radial and axial).
2. Adjust the feed for improved chip formation.
3. In case of chip jamming - increase the
coolant flow and/or reduce the cutting speed.
4. Increase the coolant pressure.
5. Check the chisel point runout and
make sure it is within 0.03 mm T.I.R.
6. Use pecking cycle.
7. Replace the drilling head
Hole Not Straight
• Drill a pre-hole for centering (check
recommendations for pre-hole operation).
• Increase coolant pressure; improve jet direction
in case of external coolant supply.
• Increase the feed.
Inaccurate Hole Position
1. Check the runout and make sure it is within
0.03 mm T.I.R. (radial and axial).
2. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
3. When drilling rough, hard or sloped surfaces (up to 7°),
reduce the feed rate by 50%-70% when entering.
4. Drill a pre-hole with a 140°
point angle for centering.
5. Check the chisel point runout and
make sure it is within 0.03 mm T.I.R.
Burrs on Exit
1. Reduce the feed rate by 50%-70% when exiting.
2. Replace the worn head.
511
INDEXABLE DRILLS
D = 7.5 - 21.9
D = 22 - 25.9
L
L1L4
D3
dh6
D
Designation D min(1) D max L d D3L1L4Po. Size
DCM 075-022-12A-3D 7.50 7.90 22.0 12.00 16.00 33.1 45.0 8.0 K DCM- 8
DCM 080-024-12A-3D 8.00 8.40 24.0 12.00 16.00 35.0 45.0 8.0 K DCM- 8
DCM 085-025-12A-3D 8.50 8.90 25.0 12.00 16.00 37.0 45.0 8.0 K DCM- 8
DCM 090-027-12A-3D 9.00 9.40 27.0 12.00 16.00 39.1 45.0 9.0 K DCM- 9
DCM 095-028-12A-3D 9.50 9.90 28.0 12.00 16.00 41.1 45.0 9.0 K DCM- 9
DCM 100-030-16A-3D 10.00 10.40 30.0 16.00 20.00 44.0 48.0 10.0 K DCM-10
DCM 105-031-16A-3D 10.50 10.90 31.0 16.00 20.00 46.0 48.0 10.0 K DCM-10
DCM 110-033-16A-3D 11.00 11.40 33.0 16.00 20.00 48.1 48.0 11.0 K DCM-11
DCM 115-034-16A-3D 11.50 11.90 34.0 16.00 20.00 50.0 48.0 11.0 K DCM-11
DCM 120-036-16A-3D 12.00 12.40 36.0 16.00 20.00 52.2 48.0 12.0 K DCM-12
DCM 125-037-16A-3D 12.50 12.90 37.0 16.00 20.00 53.8 48.0 12.0 K DCM-12
DCM 130-039-16A-3D 13.00 13.40 39.0 16.00 20.00 56.5 48.0 13.0 K DCM-13
DCM 135-040-16A-3D 13.50 13.90 40.0 16.00 20.00 58.5 48.0 13.0 K DCM-13
DCM 140-042-16A-3D 14.00 14.40 42.0 16.00 20.00 61.2 48.0 14.0 K DCM-14
DCM 145-043-16A-3D 14.50 14.90 43.0 16.00 20.00 64.8 48.0 14.0 K DCM-14
DCM 150-045-20A-3D 15.00 15.90 45.0 20.00 25.00 65.7 50.0 15.0 K DCM-15
DCM 160-048-20A-3D 16.00 16.90 48.0 20.00 25.00 70.0 50.0 16.0 K DCM-16
DCM 170-051-20A-3D 17.00 17.90 51.0 20.00 25.00 73.5 50.0 17.0 K DCM-17
DCM 180-054-25A-3D 18.00 18.90 54.0 25.00 32.00 78.3 56.0 18.0 K DCM-18
DCM 190-057-25A-3D 19.00 19.90 57.0 25.00 32.00 82.3 56.0 19.0 K DCM-19
DCM 200-060-25A-3D 20.00 20.90 60.0 25.00 32.00 87.0 56.0 20.0 K DCM-20
DCM 210-063-25A-3D 21.00 21.90 63.0 25.00 32.00 90.8 56.0 21.0 K DCM-21
DCM 220-066-25A-3D 22.00 22.90 66.0 25.00 32.00 95.1 56.0 22.0 K DCM-22
DCM 230-069-25A-3D 23.00 23.90 69.0 25.00 32.00 99.5 56.0 23.0 K DCM-23
DCM 240-072-25A-3D 24.00 24.90 72.0 25.00 32.00 103.6 56.0 24.0 K DCM-24
DCM 250-075-25A-3D 25.00 25.90 75.0 25.00 32.00 109.0 56.0 25.0 K DCM-25
• Drill tolerance: k7 • For user guide and cutting conditions, see page 514
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: IDI-SG (513) • IDI-SK (513)
DCM-3D (7.5-25.9 mm)
Indexable Head Drills with One
Flat Shank, Drilling Depth 3xD
dh6
L4
L1
D
L
Designation D min(1) D max L d L1L4Po. Size
DCM 075-026-8B-3.5D 7.50 7.90 26.0 8.00 33.7 43.0 8.0 K DCM- 8
DCM 080-028-8B-3.5D 8.00 8.40 28.0 8.00 35.9 43.0 8.0 K DCM- 8
DCM 085-029-9B-3.5D 8.50 8.90 29.0 9.00 36.9 43.0 8.0 K DCM- 8
DCM 090-031-9B-3.5D 9.00 9.40 31.0 9.00 39.1 43.0 9.0 K DCM- 9
DCM 095-033-10B-3.5D 9.50 9.90 33.0 10.00 40.3 43.0 9.0 K DCM- 9
DCM 100-033-10B-3.5D 10.00 10.40 33.0 10.00 43.0 43.0 10.0 K DCM-10
DCM 105-034-11B-3.5D 10.50 10.90 34.0 11.00 44.8 43.0 10.0 K DCM-10
DCM 110-036-11B-3.5D 11.00 11.40 36.0 11.00 46.9 43.0 11.0 K DCM-11
DCM 115-038-12B-3.5D 11.50 11.90 38.0 12.00 48.6 43.0 11.0 K DCM-11
DCM 120-042-12B-3.5D 12.00 12.40 42.0 12.00 50.8 43.0 12.0 K DCM-12
DCM 125-042-13B-3.5D 12.50 12.90 42.0 13.00 52.6 43.0 12.0 K DCM-12
DCM 130-042-13B-3.5D 13.00 13.40 42.0 13.00 54.5 45.0 13.0 K DCM-13
DCM 135-044-14B-3.5D 13.50 13.90 44.0 14.00 56.2 45.0 13.0 K DCM-13
DCM 140-048-14B-3.5D 14.00 14.40 48.0 14.00 59.2 45.0 14.0 K DCM-14
DCM 145-050-15B-3.5D 14.50 14.90 50.0 15.00 60.9 45.0 14.0 K DCM-14
DCM 150-052-15B-3.5D 15.00 15.90 52.0 15.00 63.1 45.0 15.0 K DCM-15
DCM 160-052-16B-3.5D 16.00 16.90 52.0 16.00 67.0 48.0 16.0 K DCM-16
DCM 170-055-17B-3.5D 17.00 17.90 55.0 17.00 73.6 48.0 17.0 K DCM-17
DCM 180-060-18B-3.5D 18.00 18.90 60.0 18.00 78.3 48.0 18.0 K DCM-18
DCM 190-062-19B-3.5D 19.00 19.90 62.5 19.00 81.8 54.0 19.0 K DCM-19
DCM 200-066-20B-3.5D 20.00 20.90 66.0 20.00 84.6 54.0 20.0 K DCM-20
• Drill tolerance: k7 • For user guide and cutting conditions, see pages 514, 518
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: IDI-SG (513) • IDI-SK (513)
DCM-3.5D (7.5-20.9 mm)
Indexable Head Drills without a Flange
and One Flat Shank, Drilling Depth
3.5xD, Suitable for Chamfering Holders
ISCAR
512
INDEXABLE DRILLS
dh6 D3
D
L4
L1
L
D = 7.5-21.9
D = 22-25.9
Designation D min(1) D max L d D3L1L4Po. Size
DCM 075-037-12A-5D 7.50 7.90 37.0 12.00 16.00 48.1 45.0 8.0 K DCM- 8
DCM 080-040-12A-5D 8.00 8.40 40.0 12.00 16.00 51.0 45.0 8.0 K DCM- 8
DCM 085-042-12A-5D 8.50 8.90 42.0 12.00 16.00 54.0 45.0 8.0 K DCM- 8
DCM 090-045-12A-5D 9.00 9.40 45.0 12.00 16.00 57.1 45.0 9.0 K DCM- 9
DCM 095-047-12A-5D 9.50 9.90 47.0 12.00 16.00 60.1 45.0 9.0 K DCM- 9
DCM 100-050-16A-5D 10.00 10.40 50.0 16.00 20.00 64.0 48.0 10.0 K DCM-10
DCM 105-052-16A-5D 10.50 10.90 52.0 16.00 20.00 67.0 48.0 10.0 K DCM-10
DCM 110-055-16A-5D 11.00 11.40 55.0 16.00 20.00 70.1 48.0 11.0 K DCM-11
DCM 115-057-16A-5D 11.50 11.90 57.0 16.00 20.00 73.0 48.0 11.0 K DCM-11
DCM 120-060-16A-5D 12.00 12.40 60.0 16.00 20.00 76.2 48.0 12.0 K DCM-12
DCM 125-062-16A-5D 12.50 12.90 62.0 16.00 20.00 79.2 48.0 12.0 K DCM-12
DCM 130-065-16A-5D 13.00 13.40 65.0 16.00 20.00 82.5 48.0 13.0 K DCM-13
DCM 135-067-16A-5D 13.50 13.90 67.0 16.00 20.00 85.5 48.0 13.0 K DCM-13
DCM 140-070-16A-5D 14.00 14.40 70.0 16.00 20.00 89.2 48.0 14.0 K DCM-14
DCM 145-072-16A-5D 14.50 14.90 72.0 16.00 20.00 92.2 48.0 14.0 K DCM-14
DCM 150-075-20A-5D 15.00 15.90 75.0 20.00 25.00 95.7 50.0 15.0 K DCM-15
DCM 160-080-20A-5D 16.00 16.90 80.0 20.00 25.00 102.0 50.0 16.0 K DCM-16
DCM 170-085-20A-5D 17.00 17.90 85.0 20.00 25.00 107.5 50.0 17.0 K DCM-17
DCM 180-090-25A-5D 18.00 18.90 90.0 25.00 32.00 114.3 56.0 18.0 K DCM-18
DCM 190-095-25A-5D 19.00 19.90 95.0 25.00 32.00 120.3 56.0 19.0 K DCM-19
DCM 200-100-25A-5D 20.00 20.90 100.0 25.00 32.00 127.0 56.0 20.0 K DCM-20
DCM 210-105-25A-5D 21.00 21.90 105.0 25.00 32.00 132.8 56.0 21.0 K DCM-21
DCM 220-110-25A-5D 22.00 22.90 110.0 25.00 32.00 139.1 56.0 22.0 K DCM-22
DCM 230-115-25A-5D 23.00 23.90 115.0 25.00 32.00 145.5 56.0 23.0 K DCM-23
DCM 240-120-25A-5D 24.00 24.90 120.0 25.00 32.00 151.6 56.0 24.0 K DCM-24
DCM 250-125-25A-5D 25.00 25.90 125.0 25.00 32.00 159.0 56.0 25.0 K DCM-25
• Drill tolerance: k7 • For user guide and cutting conditions, see page 514
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: IDI-SG (513) • IDI-SK (513)
DCM-5D (7.5-25.9 mm)
Indexable Head Drills with One
Flat Shank, Drilling Depth 5xD
dh6 D3
D3
dh6
L1L4
L
DD = 10-20.9
D = 21-25.9 D
L
L1L4
Designation D min(1) D max L d D3L1L4Po. Size
DCM 100-080-16A-8D 10.00 10.90 80.0 16.00 20.00 94.0 48.0 10.0 K DCM-10
DCM 110-088-16A-8D 11.00 11.90 88.0 16.00 20.00 103.2 48.0 11.0 K DCM-11
DCM 120-096-16A-8D 12.00 12.90 96.0 16.00 20.00 112.3 48.0 12.0 K DCM-12
DCM 130-104-16A-8D 13.00 13.90 104.0 16.00 20.00 121.5 48.0 13.0 K DCM-13
DCM 140-112-16A-8D 14.00 14.90 112.0 16.00 20.00 131.2 48.0 14.0 K DCM-14
DCM 150-120-20A-8D 15.00 15.90 120.0 20.00 25.00 140.7 50.0 15.0 K DCM-15
DCM 160-128-20A-8D 16.00 16.90 128.0 20.00 25.00 150.0 50.0 16.0 K DCM-16
DCM 170-136-20A-8D 17.00 17.90 136.0 20.00 25.00 158.5 50.0 17.0 K DCM-17
DCM 180-144-25A-8D 18.00 18.90 144.0 25.00 32.00 168.3 56.0 18.0 K DCM-18
DCM 190-152-25A-8D 19.00 19.90 152.0 25.00 32.00 177.3 56.0 19.0 K DCM-19
DCM 200-160-25A-8D 20.00 20.90 160.0 25.00 32.00 187.2 56.0 20.0 K DCM-20
DCM 210-168-25A-8D 21.00 21.90 168.0 25.00 32.00 196.2 56.0 21.0 K DCM-21
DCM 220-176-25A-8D 22.00 22.90 176.0 25.00 32.00 205.2 56.0 22.0 K DCM-22
DCM 230-184-25A-8D 23.00 23.90 184.0 25.00 32.00 215.1 56.0 23.0 K DCM-23
DCM 240-192-25A-8D 24.00 24.90 192.0 25.00 32.00 224.5 56.0 24.0 K DCM-24
DCM 250-200-25A-8D 25.00 25.90 200.0 25.00 32.00 233.7 56.0 25.0 K DCM-25
• Drill tolerance: k7 • For user guide and cutting conditions, see page 514
(1) Do not mount smaller drilling heads other than the specified range of the drill body
For inserts, see pages: IDI-SG (513) • IDI-SK (513)
DCM-8D (10-25.9 mm)
Indexable Head Drills with One
Flat Shank, Drilling Depth 8xD
513
INDEXABLE DRILLS
140°
S
6.8-21.9 22.0-25.9
D
Dimensions
Designation D Range
(1) S Pocket Size
IC908
IDI-SG...
IDI-SK...
6.8 4.1 6.8 •
7.5-7.9 4.1 8.0 •
8.0-8.9 4.1 8.0 •
9.0-9.9 4.3 9.0 •
10-10.9 5.3 10.0 •
11-11.9 5.5 11.0 •
12-12.9 5.8 12.0 •
13-13.9 6.0 13.0 •
14-14.9 6.8 14.0 •
15-15.9 7.4 15.0 •
16-16.9 7.9 16.0 •
17-17.9 7.4 17.0 •
18-18.9 8.3 18.0 •
19-19.9 8.5 19.0 •
20-20.9 9.3 20.0 •
21-21.9 9.5 21.0 •
22-22.9 10.3 22.0 •
23-23.9 10.4 23.0 •
24-24.9 10.8 24.0 •
25-25.9 11.0 25.0 •
(1)
The drilling bits are available in increments of 0.1 mm
Ordering example for the IDI 10.0 mm drilling head: IDI 100-SG IC908
IDI-SG/IDI-SK
SG-for General Use and
SK- for Cast Iron
For tools, see pages: DCM (511-512)
Drilling Head Mounting Procedure
CHAMDRILL DCM Drilling Head
5
OIL
1 2 3 4
The number of indexing changes according to
machine/clamping rigidity, machining conditions,
workpiece material, coolant, cooling
pressure and correct usage.
0
024
100
200
300
400
500
6810 12 14 16 18 20
600
22 24 26 28 30
700
Torque [N*cm]
No. of Indexes
Dia. 17-25.9 mm
Dia. 11-16 mm
Dia. 7.5-10.5 mm
CHAMDRILL Unlocking Change in Torque
Typical Unlocking Torque Range
Coolant
In stationary drill
applications both internal
and external coolant
supply is recommended.
ISCAR
514
INDEXABLE DRILLS
ISCAR
514
USER GUIDE
Recommended Coolant Pressure and Flow Rate
* For special drills more than 8xD, it is recommended to use higher coolant pressure: 15–70 bar.
Dry Drilling
It is possible to drill without coolant in cast iron.
Oil mist through the drill is then required (for 2xD max).
Coolant Mix
Recommended emulsion mix is 6-8%.
When drilling in stainless and high strength
steels, wa mix of 10% is recommended.
When using the IDI drilling head, high pressure oil or
7-15% mineral or vegetable based oil emulsion is highly
recommended for drilling stainless steel and
high temperature alloys.
flow
rate
6.8 12 16 20
30
20
10
5
25
Coolant Flow Rate (liter/min)
Drill Diameter D (mm)
25
6.8 12 16 20
3
5
8
10
12
5 X D
8 X D
3 X D
15
Minimum Coolant Pressure (bar)
Drill Diameter D (mm)
To guarantee chip evacuation, the coolant must always
flow through the tool. If the machine is not equipped
with coolant through the spindle, we recommend
using a coolant inducer. External coolant supply can
be used if hole depth is less than 1xD and reduced
cutting data is applied. The diagram shows the
coolant flow rates for different drills and pressures.
Power/Force Requirements
Power/Force Requirements
Drilling Limitations
Regrinding of drill head is not recommended;
it may cause drill malfunction.
Net Power
0
2
4
6
8
68101214161820222426
Diameter (mm)
kW
Material: SAE 4340
Speed: 100 m/min
Feed: 0.2 mm/rev
Values change for different materials
and drilling conditions.
Centering Hole Data for DCM 8xD
We strongly recommend the use of DCN 1.5D drill of the
same diameter to drill a centering pre-hole. The use of
the centering pre-hole improves hole location, accuracy,
roundness, straightness and surface finish and reliability.
5
Use internal coolant with at least 15 bar pressure.
515
INDEXABLE DRILLS
515
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
516
INDEXABLE DRILLS
ISCAR
516
USER GUIDE
Material Groups
• When using external coolant supply only, reduce cutting speed by 10%
• When using more than 5XD drill ratio, reduce cutting parameters by 10%
As a starting value, the middle of the recommended machining range should be used.
Then, according to the wear results, conditions can be changed to optimize performance.
The data refers to IC908. For IC1008, cutting speed should be increased by 15%.
Recommended Machining Conditions
Mat.No. Cutting Speed Vc
m/min
Feed vs. Drill Diameter mm/rev
D=6.8-10.9 D=11-12.9 D=13-14.9 D=15-16.9 D=17-20.9 D=21-25.9
150-130
0.12-0.2 0.15-0.25 0.2-0.3 0.25-0.35 0.25-0.45 0.25-0.45
2100-120
390-110
490-120
570-90
680-130
0.12-0.2 0.15-0.25 0.2-0.3 0.25-0.35 0.3-0.4 0.3-0.45
770-110
860-90
940-70
10 50-80 0.12-0.2 0.12-0.22 0.15-0.25 0.2-0.28 0.25-0.33 0.25-0.35
11 40-70
12 20-50 0.08-0.14 0.12-0.22 0.12-0.15 0.14-0.20 0.16-0.24 0.15-0.28
13
14 20-50 0.08-0.14 0.12-0.22 0.12-0.15 0.14-0.20 0.16-0.24 0.15-0.28
15 90-140
0.2-0.3 0.25-0.35 0.3-0.4 0.35-0.45 0.4-0.5 0.4-0.6
16 80-130
17 100-180
18
90-160
19
20
21
90-160
0.2-0.35 0.25-0.4 0.3-0.45 0.35-0.5 0.4-0.6 0.4-0.65
22
23
24
25 80-120
26
90-160
27
28
29
30
31 30-50
0.05-0.1 0.08-0.13 0.1-0.15 0.12-0.18 0.12-0.2 0.12-0.22
32
20-40
33
34
35
36 20-50 0.06-0.12 0.09-0.15 0.12-0.18 0.15-0.2 0.15-0.23 0.15-0.25
37
38 20-50 0.06-0.12 0.09-0.15 0.12-0.18 0.15-0.2 0.15-0.23 0.15-0.25
39
40
41
517
INDEXABLE DRILLS
517
USER GUIDE
When using
UNICHAMDRILL,
the drill’s projection
can be adjusted
Replaces solid
carbide drils without
changing any holding
components
Applications for DCM 3.5D
Shorter projection
compared to
CHAMDRILL
when required
Troubleshooting
ISCAR
518
INDEXABLE DRILLS
ISCAR
518
USER GUIDE
Cutting Edge Chipping
1. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
2. Reduce feed rate, increase speed.
3. If the drill vibrates, reduce cutting
speed and increase feed rate.
4. When drilling rough, hard or sloped
surfaces (up to 6°), reduce the feed rate by
30-50% when entering and exiting.
5. Check cooling lubricant and increase coolant
pressure. In case of external coolant supply,
improve jet direction and add cooling jets.
Excessive Flank Wear
1. Check that the correct geometry is used.
2. Reduce cutting speed.
3. Increase internal coolant pressure.
Chisel Area Chipping
1. Reduce feed rate.
2. Increase coolant pressure.
3. Check the adaptation. Use hydraulic clamping
chuck, MAXIN power chuck or side lock systems.
4. Increase workpiece chucking force.
For better stability
in rough applications
and interrupted cuts
Moderate Helix High Helix
Can be used on
multi-spindle applications
for close spacing
between adjacent drills
Excessive Flute Land Wear
1. Check that the correct geometry is used.
2. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
3. Reduce cutting speed.
4. When drilling rough, hard or sloped
surfaces (up to 6°), reduce the feed rate by
30-50% when entering and exiting.
5. Increase coolant pressure.
6. Check the chisel point runout and make
sure it is within 0.02 mm T.I.R.
7. Increase workpiece chucking force stability and rigidity.
8. If there is low pocket gripping force - replace drill body.
Troubleshooting
519
INDEXABLE DRILLS
519
USER GUIDE
Built-Up Edge
1. Increase cutting speed.
2. Increase coolant pressure.
Ø > D nominal + 0.15mm
Ø < D nominal - 0.03mm
D nominal
Deviation of Hole Tolerance
1. Check the runout and make sure it is within 0.02
mm T.I.R. (radial and axial cutting points).
2. Reduce feed rate.
3. Check the chisel point runout and
make sure that it is within 0.02 mm T.I.R.
4. Wrong cutting edge. Replace head.
5. Increase workpiece chucking force.
6. Check the adaptation. Use hydraulic clamping chuck,
MAXIN power chuck or side clamping systems.
7. Increase internal coolant pressure.
Ra
Surface Finish Too Rough
1. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
2. Adjust the feed for improved chip formation.
3. In case of chip jamming - increase the
coolant flow and/or reduce the cutting speed.
4. Increase the coolant pressure.
5. Check the chisel point runout and
make sure it is within 0.02 mm T.I.R.
6. Use pecking cycle.
Insufficient Pocket Gripping Torque
1. Check unlocking gripping torque with TK DCM torque
key. If there is no click indication - replace drill head.
2. Increase coolant pressure.
Inaccurate Hole Position
1. Check the runout and make sure it is within
0.02 mm T.I.R. (radial and axial).
2. Check the stability of the machine spindle,
tool and workpiece clamping rigidity.
3. When drilling rough, hard or sloped surfaces (up to
6°), reduce the feed rate by 30-50% when entering.
4. Drill a pre-hole with a 140° point angle for centering.
5. Check the chisel point runout and make
sure it is within 0.02 mm T.I.R.
Burrs on Exit
1. Reduce the feed rate by 30-50% when exiting.
2. Replace the worn head.
3. Check the adaptation. Use hydraulic clamping chuck,
MAXIN power chuck or side clamping systems.
ISCAR
520
INDEXABLE DRILLS
D= 14-60 mm
D= 12-13.5 mm
L1L4
D3
dh6
Th
L
D
Designation D D max(1) L L1L4d D3ThInsert
DR120-024-16-04-2D-N 12.00 12.40 24.0 42.0 48.0 16.00 20.00 - AOMT 04
DR125-025-16-04-2D-N 12.50 12.90 25.0 43.0 48.0 16.00 20.00 - AOMT 04
DR130-026-16-04-2D-N 13.00 13.40 26.0 44.0 48.0 16.00 20.00 - AOMT 04
DR135-027-16-04-2D-N 13.50 13.90 27.0 45.0 48.0 16.00 20.00 - AOMT 04
DR140-028-20-05-2D-N 14.00 16.80 28.0 46.0 50.0 20.00 25.00 G1/4" SOMX 05
DR145-029-20-05-2D-N 14.50 17.10 29.0 47.0 50.0 20.00 25.00 G1/4" SOMX 05
DR150-030-20-05-2D-N 15.00 17.40 30.0 48.0 50.0 20.00 25.00 G1/4" SOMX 05
DR155-031-20-05-2D-N 15.50 17.60 31.0 49.0 50.0 20.00 25.00 G1/4" SOMX 05
DR160-032-20-05-2D-N 16.00 17.80 32.0 50.0 50.0 20.00 25.00 G1/4" SOMX 05
DR165-033-20-05-2D-N 16.50 18.10 33.0 51.0 50.0 20.00 25.00 G1/4" SOMX 05
DR170-034-20-05-2D-N 17.00 18.30 34.0 52.0 50.0 20.00 25.00 G1/4" SOMX 05
DR175-035-20-05-2D-N 17.50 18.50 35.0 53.0 50.0 20.00 25.00 G1/4" SOMX 05
DR180-036-25-06-2D-N 18.00 20.30 36.0 56.0 56.0 25.00 32.00 G3/8" SOMX 06
DR185-037-25-06-2D-N 18.50 20.50 37.0 57.0 56.0 25.00 32.00 G3/8" SOMX 06
DR190-038-25-06-2D-N 19.00 20.80 38.0 58.0 56.0 25.00 32.00 G3/8" SOMX 06
DR195-039-25-06-2D-N 19.50 21.00 39.0 59.0 56.0 25.00 32.00 G3/8" SOMX 06
DR200-040-25-06-2D-N 20.00 21.30 40.0 60.0 56.0 25.00 32.00 G3/8" SOMX 06
DR205-041-25-06-2D-N 20.50 21.60 41.0 61.0 56.0 25.00 32.00 G3/8" SOMX 06
DR210-042-25-07-2D-N 21.00 24.50 42.0 62.0 56.0 25.00 32.00 G3/8" SOMX 07
DR215-043-25-07-2D-N 21.50 24.70 43.0 63.0 56.0 25.00 32.00 G3/8" SOMX 07
DR220-044-25-07-2D-N 22.00 25.00 44.0 64.0 56.0 25.00 32.00 G3/8" SOMX 07
DR225-045-25-07-2D-N 22.50 25.20 45.0 65.0 56.0 25.00 32.00 G3/8" SOMX 07
DR230-046-25-07-2D-N 23.00 25.50 46.0 66.0 56.0 25.00 32.00 G3/8" SOMX 07
DR235-047-25-07-2D-N 23.50 25.70 47.0 67.0 56.0 25.00 32.00 G3/8" SOMX 07
DR240-048-25-07-2D-N 24.00 26.00 48.0 68.0 56.0 25.00 32.00 G3/8" SOMX 07
DR025-050-32-09-2D-N 25.00 29.50 50.0 82.0 58.0 32.00 42.00 G1/2" SOMT 09
DR026-052-32-09-2D-N 26.00 30.00 52.0 84.0 58.0 32.00 42.00 G1/2" SOMT 09
DR027-054-32-09-2D-N 27.00 30.50 54.0 86.0 58.0 32.00 42.00 G1/2" SOMT 09
DR028-056-32-09-2D-N 28.00 31.00 56.0 88.0 58.0 32.00 42.00 G1/2" SOMT 09
DR029-058-32-09-2D-N 29.00 31.50 58.0 90.0 58.0 32.00 42.00 G1/2" SOMT 09
DR030-060-32-09-2D-N 30.00 32.00 60.0 92.0 58.0 32.00 42.00 G1/2" SOMT 09
DR031-062-32-09-2D-N 31.00 32.50 62.0 94.0 58.0 32.00 42.00 G1/2" SOMT 09
DR032-064-32-09-2D-N 32.00 33.00 64.0 96.0 58.0 32.00 42.00 G1/2" SOMT 09
DR033-066-32-09-2D-N 33.00 34.00 66.0 98.0 58.0 32.00 42.00 G1/2" SOMT 09
DR034-068-32-09-2D-N 34.00 34.50 68.0 100.0 58.0 32.00 42.00 G1/2" SOMT 09
DR035-070-32-12-2D-N 35.00 40.50 70.0 106.0 58.0 32.00 50.00 G1/2-1 SOMT 12
DR036-072-32-12-2D-N 36.00 41.00 72.0 108.0 58.0 32.00 50.00 G1/2-1 SOMT 12
DR037-074-32-12-2D-N 37.00 41.50 74.0 110.0 58.0 32.00 50.00 G1/2-1 SOMT 12
DR038-076-32-12-2D-N 38.00 42.00 76.0 112.0 58.0 32.00 50.00 G1/2-1 SOMT 12
DR039-078-32-12-2D-N 39.00 42.50 78.0 114.0 58.0 32.00 50.00 G1/2-1 SOMT 12
DR040-080-40-12-2D-N 40.00 43.00 80.0 116.0 68.0 40.00 50.00 G3/4-14 SOMT 12
DR041-082-40-12-2D-N 41.00 43.50 82.0 118.0 68.0 40.00 50.00 G3/4-14 SOMT 12
DR042-084-40-12-2D-N 42.00 44.00 84.0 120.0 68.0 40.00 50.00 G3/4-14 SOMT 12
DR043-086-40-12-2D-N 43.00 44.50 86.0 122.0 68.0 40.00 50.00 G3/4-14 SOMT 12
DR044-088-40-12-2D-N 44.00 45.00 88.0 124.0 68.0 40.00 50.00 G3/4-14 SOMT 12
DR045-090-40-16-2D-N 45.00 51.00 90.0 126.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR046-092-40-16-2D-N 46.00 51.50 92.0 128.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR047-094-40-16-2D-N 47.00 52.00 94.0 130.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR048-096-40-16-2D-N 48.00 52.50 96.0 132.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR049-098-40-16-2D-N 49.00 53.00 98.0 134.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR050-100-40-16-2D-N 50.00 54.00 100.0 136.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR051-102-40-16-2D-N 51.00 54.50 102.0 138.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR052-104-40-16-2D-N 52.00 55.00 104.0 140.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR053-106-40-16-2D-N 53.00 55.50 106.0 142.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR054-108-40-16-2D-N 54.00 56.00 108.0 144.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR055-110-40-16-2D-N 55.00 56.50 110.0 146.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR056-112-40-16-2D-N 56.00 57.00 112.0 148.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR057-114-40-16-2D-N 57.00 57.50 114.0 150.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR058-116-40-16-2D-N 58.00 58.00 116.0 152.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR059-118-40-16-2D-N 59.00 59.00 118.0 154.0 68.0 40.00 60.00 G3/4-14 SOMT 16
DR060-120-40-16-2D-N 60.00 60.00 120.0 156.0 68.0 40.00 60.00 G3/4-14 SOMT 16
• Hole tolerance D+0.15/-0.05 in average conditions. However it can be higher or lower according to machine and tooling conditions
• For eccenter sleeves, see page 537 • For user guide and cutting conditions, see page 529
(1) The hole diameter can be enlarged by shifting the drill center along the lathe X-axis, or by using eccentric sleeves in drill rotating applications
For inserts, see pages: AOMT (527) • SOGX/T-AL (528) • SOMT-DT (528) • SOMT-GF (528) • SOMT-HD (528) • SOMX-DT (527) • SOMX-GF (527) • SOMX-HD (527)
DR-2D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 2xD
521
INDEXABLE DRILLS
D= 14-60 mm
D= 12-13.5 mm
L1L4
D3
dh6
Th
L
D
DR-2D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 2xD
(continued)
Designation
DR(120-135)....-04-2D-N SR 34-533 T-6/5
DR(140-175)....-05-2D-N SR 34-533/L T-6/5
DR(180-205)....-06-2D-N SR 34-508/L T-7/51
DR(210-240)....-07-2D-N SR 14-560 T-8/51
DR(025-034)....-09-2D-N SR 34-506 BLD T09/M7-SW4 SW4-SD
DR(035-044)....-12-2D-N SR 14-544/S BLD T15/S7 SW6-SD
DR(044-060)....-16-2D-N SR 76-961 BLD T15/M7 SW6-T
Spare Parts
ISCAR
522
INDEXABLE DRILLS
Designation
DR(120-135)....-04-3D-N SR 34-533 T-6/5
DR(140-175)....-05-3D-N SR 34-533/L T-6/5
DR(180-205)....-06-3D-N SR 34-508/L T-7/51
DR(210-240)....-07-3D-N SR 14-560 T-8/51
DR(025-034)....-09-3D-N SR 34-506 BLD T09/M7-SW4 SW4-SD
DR(035-038)....-12-3D-N SR 14-544/S BLD T15/S7 SW6-SD
Spare Parts
L1
LL4
D3
dh6
Th
D
D = 12-13.5 mm
D = 14-38 mm
Designation D D max(1) L L1L4d D3ThInsert
DR120-036-16-04-3D-N 12.00 12.40 36.0 54.0 48.0 16.00 20.00 - AOMT 04
DR125-038-16-04-3D-N 12.50 12.90 38.0 55.5 48.0 16.00 20.00 - AOMT 04
DR130-039-16-04-3D-N 13.00 13.40 39.0 57.0 48.0 16.00 20.00 - AOMT 04
DR135-041-16-04-3D-N 13.50 13.90 41.0 58.5 48.0 16.00 20.00 - AOMT 04
DR140-042-20-05-3D-N 14.00 16.80 42.0 60.0 50.0 20.00 25.00 G1/4" SOMX 05
DR145-044-20-05-3D-N 14.50 17.10 43.5 61.5 50.0 20.00 25.00 G1/4" SOMX 05
DR150-045-20-05-3D-N 15.00 17.40 45.0 63.0 50.0 20.00 25.00 G1/4" SOMX 05
DR155-047-20-05-3D-N 15.50 17.60 46.5 64.5 50.0 20.00 25.00 G1/4" SOMX 05
DR160-048-20-05-3D-N 16.00 17.80 48.0 66.0 50.0 20.00 25.00 G1/4" SOMX 05
DR165-050-20-05-3D-N 16.50 18.10 49.5 67.5 50.0 20.00 25.00 G1/4" SOMX 05
DR170-051-20-05-3D-N 17.00 18.30 51.0 69.0 50.0 20.00 25.00 G1/4" SOMX 05
DR175-053-20-05-3D-N 17.50 18.50 52.5 70.5 50.0 20.00 25.00 G1/4" SOMX 05
DR180-054-25-06-3D-N 18.00 20.30 54.0 74.0 56.0 25.00 32.00 G3/8" SOMX 06
DR185-056-25-06-3D-N 18.50 20.50 55.5 75.5 56.0 25.00 32.00 G3/8" SOMX 06
DR190-057-25-06-3D-N 19.00 20.80 57.0 77.0 56.0 25.00 32.00 G3/8" SOMX 06
DR195-059-25-06-3D-N 19.50 21.00 58.5 78.5 56.0 25.00 32.00 G3/8" SOMX 06
DR200-060-25-06-3D-N 20.00 21.30 60.0 80.0 56.0 25.00 32.00 G3/8" SOMX 06
DR205-062-25-06-3D-N 20.50 21.60 61.5 81.5 56.0 25.00 32.00 G3/8" SOMX 06
DR210-063-25-07-3D-N 21.00 24.50 63.0 83.0 56.0 25.00 32.00 G3/8" SOMX 07
DR215-065-25-07-3D-N 21.50 24.70 64.5 84.5 56.0 25.00 32.00 G3/8" SOMX 07
DR220-066-25-07-3D-N 22.00 25.00 66.0 86.0 56.0 25.00 32.00 G3/8" SOMX 07
DR225-068-25-07-3D-N 22.50 25.20 67.5 87.5 56.0 25.00 32.00 G3/8" SOMX 07
DR230-069-25-07-3D-N 23.00 25.50 69.0 89.0 56.0 25.00 32.00 G3/8" SOMX 07
DR235-071-25-07-3D-N 23.50 25.70 70.5 90.5 56.0 25.00 32.00 G3/8" SOMX 07
DR240-072-25-07-3D-N 24.00 26.00 72.0 92.0 56.0 25.00 32.00 G3/8" SOMX 07
DR025-075-32-09-3D-N 25.00 29.50 75.0 107.0 58.0 32.00 42.00 G1/2" SOMT 09
DR026-078-32-09-3D-N 26.00 30.00 78.0 110.0 58.0 32.00 42.00 G1/2" SOMT 09
DR027-081-32-09-3D-N 27.00 30.50 81.0 113.0 58.0 32.00 42.00 G1/2" SOMT 09
DR028-084-32-09-3D-N 28.00 31.00 84.0 116.0 58.0 32.00 42.00 G1/2" SOMT 09
DR029-087-32-09-3D-N 29.00 31.50 87.0 119.0 58.0 32.00 42.00 G1/2" SOMT 09
DR030-090-32-09-3D-N 30.00 32.00 90.0 122.0 58.0 32.00 42.00 G1/2" SOMT 09
DR031-093-32-09-3D-N 31.00 32.50 93.0 125.0 58.0 32.00 42.00 G1/2" SOMT 09
DR032-096-32-09-3D-N 32.00 33.00 96.0 128.0 58.0 32.00 42.00 G1/2" SOMT 09
DR033-099-32-09-3D-N 33.00 34.00 99.0 131.0 58.0 32.00 42.00 G1/2" SOMT 09
DR034-102-32-09-3D-N 34.00 34.50 102.0 134.0 58.0 32.00 42.00 G1/2" SOMT 09
DR035-105-32-12-3D-N 35.00 40.50 105.0 141.0 58.0 32.00 50.00 G1/2-14 SOMT 12
DR036-108-32-12-3D-N 36.00 41.00 108.0 144.0 58.0 32.00 50.00 G1/2-14 SOMT 12
DR037-111-32-12-3D-N 37.00 41.50 111.0 147.0 58.0 32.00 50.00 G1/2-14 SOMT 12
DR038-114-32-12-3D-N 38.00 42.00 114.0 150.0 58.0 32.00 50.00 G1/2-14 SOMT 12
• Hole tolerance D+0.25/-0.05 in average conditions. However it can be higher or lower according to machine and tooling conditions
• For eccenter sleeves, see page 537 • For user guide and cutting conditions, see page 529
(1) The hole diameter can be enlarged by shifting the drill center along the lathe X-axis, or by using eccentric sleeves in drill rotating applications
For inserts, see pages: AOMT (527) • SOGX/T-AL (528) • SOMT-DT (528) • SOMT-GF (528) • SOMT-HD (528) • SOMX-DT (527) • SOMX-GF (527) • SOMX-HD
(527)
DR-3D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 3xD
523
INDEXABLE DRILLS
D3
dh6
D
D= 14-60 mm
D= 12-13.5 mm
L1L4
Th
L
Designation D D max(1) L L1L4d D3ThInsert
DR120-048-16-04-4D-N 12.00 12.40 48.0 66.0 48.0 16.00 20.00 - AOMT 04
DR125-050-16-04-4D-N 12.50 12.90 50.0 68.0 48.0 16.00 20.00 - AOMT 04
DR130-052-16-04-4D-N 13.00 13.40 52.0 70.0 48.0 16.00 20.00 - AOMT 04
DR135-054-16-04-4D-N 13.50 13.90 54.0 72.0 48.0 16.00 20.00 - AOMT 04
DR140-056-20-05-4D-N 14.00 16.80 56.0 74.0 50.0 20.00 25.00 G1/4" SOMX 05
DR145-058-20-05-4D-N 14.50 17.10 58.0 76.0 50.0 20.00 25.00 G1/4" SOMX 05
DR150-060-20-05-4D-N 15.00 17.40 60.0 78.0 50.0 20.00 25.00 G1/4" SOMX 05
DR155-062-20-05-4D-N 15.50 17.60 62.0 80.0 50.0 20.00 25.00 G1/4" SOMX 05
DR160-064-20-05-4D-N 16.00 17.80 64.0 82.0 50.0 20.00 25.00 G1/4" SOMX 05
DR165-066-20-05-4D-N 16.50 18.10 66.0 84.0 50.0 20.00 25.00 G1/4" SOMX 05
DR170-068-20-05-4D-N 17.00 18.30 68.0 86.0 50.0 20.00 25.00 G1/4" SOMX 05
DR175-070-20-05-4D-N 17.50 18.50 70.0 88.0 50.0 20.00 25.00 G1/4" SOMX 05
DR180-072-25-06-4D-N 18.00 20.30 72.0 92.0 56.0 25.00 32.00 G3/8" SOMX 06
DR185-074-25-06-4D-N 18.50 20.50 74.0 94.0 56.0 25.00 32.00 G3/8" SOMX 06
DR190-076-25-06-4D-N 19.00 20.80 76.0 96.0 56.0 25.00 32.00 G3/8" SOMX 06
DR195-078-25-06-4D-N 19.50 21.00 78.0 98.0 56.0 25.00 32.00 G3/8" SOMX 06
DR200-080-25-06-4D-N 20.00 21.30 80.0 100.0 56.0 25.00 32.00 G3/8" SOMX 06
DR205-082-25-06-4D-N 20.50 21.60 82.0 102.0 56.0 25.00 32.00 G3/8" SOMX 06
DR210-084-25-07-4D-N 21.00 24.50 84.0 104.0 56.0 25.00 32.00 G3/8" SOMX 07
DR215-086-25-07-4D-N 21.50 24.70 86.0 106.0 56.0 25.00 32.00 G3/8" SOMX 07
DR220-088-25-07-4D-N 22.00 25.00 88.0 108.0 56.0 25.00 32.00 G3/8" SOMX 07
DR225-090-25-07-4D-N 22.50 25.20 90.0 110.0 56.0 25.00 32.00 G3/8" SOMX 07
DR230-092-25-07-4D-N 23.00 25.50 92.0 112.0 56.0 25.00 32.00 G3/8" SOMX 07
DR235-094-25-07-4D-N 23.50 25.70 94.0 114.0 56.0 25.00 32.00 G3/8" SOMX 07
DR240-096-25-07-4D-N 24.00 26.00 96.0 116.0 56.0 25.00 32.00 G3/8" SOMX 07
DR025-100-32-09-4D-N 25.00 29.50 100.0 132.0 58.0 32.00 42.00 G1/2" SOMT 09
DR026-104-32-09-4D-N 26.00 30.00 104.0 136.0 58.0 32.00 42.00 G1/2" SOMT 09
DR027-108-32-09-4D-N 27.00 30.50 108.0 140.0 58.0 32.00 42.00 G1/2" SOMT 09
DR028-112-32-09-4D-N 28.00 31.00 112.0 144.0 58.0 32.00 42.00 G1/2" SOMT 09
DR029-116-32-09-4D-N 29.00 31.50 116.0 148.0 58.0 32.00 42.00 G1/2" SOMT 09
DR030-120-32-09-4D-N 30.00 32.00 120.0 152.0 58.0 32.00 42.00 G1/2" SOMT 09
DR031-124-32-09-4D-N 31.00 32.50 124.0 156.0 58.0 32.00 42.00 G1/2" SOMT 09
DR032-128-32-09-4D-N 32.00 33.00 128.0 160.0 58.0 32.00 42.00 G1/2" SOMT 09
DR033-132-32-09-4D-N 33.00 34.00 132.0 164.0 58.0 32.00 42.00 G1/2" SOMT 09
DR034-136-32-09-4D-N 34.00 34.50 136.0 168.0 58.0 32.00 42.00 G1/2" SOMT 09
DR035-140-32-12-4D-N 35.00 40.50 140.0 176.0 58.0 32.00 50.00 G 1/2"-14 SOMT 12
DR036-144-32-12-4D-N 36.00 41.00 144.0 180.0 58.0 32.00 50.00 G 1/2"-14 SOMT 12
DR037-148-32-12-4D-N 37.00 41.50 148.0 184.0 58.0 32.00 50.00 G 1/2"-14 SOMT 12
DR038-152-32-12-4D-N 38.00 42.00 152.0 188.0 58.0 32.00 50.00 G 1/2"-14 SOMT 12
DR039-156-32-12-4D-N 39.00 42.50 156.0 192.0 58.0 32.00 50.00 G 1/2"-14 SOMT 12
DR040-160-40-12-4D-N 40.00 43.00 160.0 196.0 68.0 40.00 50.00 G 3/4"-14 SOMT 12
DR041-164-40-12-4D-N 41.00 43.50 164.0 200.0 68.0 40.00 50.00 G 3/4"-14 SOMT 12
DR042-168-40-12-4D-N 42.00 44.00 168.0 204.0 68.0 40.00 50.00 G 3/4"-14 SOMT 12
DR043-172-40-12-4D-N 43.00 44.50 172.0 208.0 68.0 40.00 50.00 G 3/4"-14 SOMT 12
DR044-176-40-12-4D-N 44.00 45.00 176.0 212.0 68.0 40.00 50.00 G 3/4"-14 SOMT 12
DR045-180-40-16-4D-N 45.00 51.00 180.0 215.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR046-184-40-16-4D-N 46.00 51.50 184.0 219.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR047-188-40-16-4D-N 47.00 52.00 188.0 223.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR048-192-40-16-4D-N 48.00 52.50 192.0 227.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR049-196-40-16-4D-N 49.00 53.00 196.0 231.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR050-200-40-16-4D-N 50.00 54.00 200.0 235.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR051-204-40-16-4D-N 51.00 54.50 204.0 239.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR052-208-40-16-4D-N 52.00 55.00 208.0 243.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR053-212-40-16-4D-N 53.00 55.50 212.0 247.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR054-216-40-16-4D-N 54.00 56.00 216.0 251.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR055-220-40-16-4D-N 55.00 56.50 220.0 255.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR056-224-40-16-4D-N 56.00 57.00 224.0 259.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR057-228-40-16-4D-N 57.00 57.50 228.0 263.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR058-232-40-16-4D-N 58.00 58.00 232.0 267.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR059-236-40-16-4D-N 59.00 59.00 236.0 271.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
DR060-240-40-16-4D-N 60.00 60.00 240.0 275.0 68.0 40.00 60.00 G 3/4"-14 SOMT 16
• Hole tolerance D+0.35/-0.05 in average conditions. However it can be higher or lower according to machine and tooling conditions
• For eccenter sleeves, see page 537 • For user guide and cutting conditions, see page 529
(1) The hole diameter can be enlarged by shifting the drill center along the lathe X-axis, or by using eccentric sleeves in drill rotating applications
For inserts, see pages: AOMT (527) • SOGX/T-AL (528) • SOMT-DT (528) • SOMT-GF (528) • SOMT-HD (528) • SOMX-DT (527) • SOMX-GF (527) • SOMX-HD
(527)
DR-4D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 4xD
ISCAR
524
INDEXABLE DRILLS
Th dh6
DD3
L
L1L4
Designation D D max(1) L L1L4d D3ThInsert
DR140-070-20-05-5D-N 14.00 16.10 70.0 88.0 50.0 20.00 25.00 G1/4" SOMX 05
DR150-075-20-05-5D-N 15.00 16.80 75.0 93.0 50.0 20.00 25.00 G1/4" SOMX 05
DR160-080-20-05-5D-N 16.00 17.35 80.0 98.0 50.0 20.00 25.00 G1/4" SOMX 05
DR170-085-20-05-5D-N 17.00 17.98 85.0 103.0 50.0 20.00 25.00 G1/4" SOMX 05
DR180-090-25-06-5D-N 18.00 19.73 90.0 110.0 56.0 25.00 32.00 G3/8" SOMX 06
DR190-095-25-06-5D-N 19.00 20.35 95.0 115.0 56.0 25.00 32.00 G3/8" SOMX 06
DR200-100-25-06-5D-N 20.00 20.98 100.0 120.0 56.0 25.00 32.00 G3/8" SOMX 06
DR210-105-25-07-5D-N 21.00 23.63 105.0 125.0 56.0 25.00 (2) 32.00 G3/8" SOMX 07
DR220-110-25-07-5D-N 22.00 24.25 110.0 130.0 56.0 25.00 (2) 32.00 G3/8" SOMX 07
DR230-115-25-07-5D-N 23.00 24.88 115.0 135.0 56.0 25.00 (2) 32.00 G3/8" SOMX 07
DR240-120-25-07-5D-N 24.00 25.50 120.0 140.0 56.0 25.00 (2) 32.00 G3/8" SOMX 07
• Hole tolerance D+0.35/-0.05 in average conditions. However it can be higher or lower according to machine and tooling conditions
• For eccenter sleeves, see page 537 • For user guide and cutting conditions, see page 529
(1) The hole diameter can be enlarged by shifting the drill center along the lathe X-axis, or by using eccentric sleeves in drill rotating applications
(2) One flat shank
For inserts, see pages: SOGX/T-AL (528) • SOMX-DT (527) • SOMX-GF (527) • SOMX-HD (527)
Spare Parts
Designation
DR140-070-20-05-5D-N SR 34-533/L T-6/5
DR150-075-20-05-5D-N SR 34-533/L T-6/5
DR160-080-20-05-5D-N SR 34-533/L T-6/5
DR170-085-20-05-5D-N SR 34-533/L T-6/5
DR180-090-25-06-5D-N SR 34-508/L T-7/51
DR190-095-25-06-5D-N SR 34-508/L T-7/51
DR200-100-25-06-5D-N SR 34-508/L T-7/51
DR210-105-25-07-5D-N SR 14-560 T-8/53
DR220-110-25-07-5D-N SR 14-560 T-8/53
DR230-115-25-07-5D-N SR 14-560 T-8/53
DR240-120-25-07-5D-N SR 14-560 T-8/53
DR-5D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 5xD
D3
dh6
D
D= 14-60 mm
D= 12-13.5 mm
L1L4
Th
L
DR-4D-N
Indexable Square Insert Drills with
Coolant Holes, Drilling Depth 4xD
(continued)
Designation
DR(120-135)....-04-4D-N SR 34-533 T-6/5
DR(140-175)....-05-4D-N SR 34-533/L T-6/5
DR(180-205)....-06-4D-N SR 34-508/L T-7/51
DR(210-240)....-07-4D-N SR 14-560 T-8/51
DR(025-034)....-09-4D-N SR 34-506 BLD T09/M7-SW4 SW4-SD
DR(035-044)....-12-4D-N SR 14-544/S BLD T15/S7 SW6-SD
DR(045-060)....-16-4D-N SR 76-961 BLD T15/M7 SW6-T
Spare Parts
525
INDEXABLE DRILLS
Th
Ddh6 D3
L
L1Rear Port
Flange Port Th1
L4
Designation D D max(1) L L1L4d D3ThTh1 Insert
DR140-056-20-05-4D-T 14.00 15.90 56.0 77.0 50.0 20.00 27.70 NPT 1/4-18 NPT 1/16-27 SOMX 05
DR160-064-20-05-4D-T 16.00 17.90 64.0 82.0 50.0 20.00 27.70 NPT 1/4-18 NPT 1/16-27 SOMX 05
DR180-072-25-06-4D-T 18.00 20.90 72.0 94.0 56.0 25.00 32.00 NPT 3/8-18 NPT 1/16-27 SOMX 06
DR210-084-25-07-4D-T 21.00 24.90 84.0 109.0 56.0 25.00 32.00 NPT 3/8-18 NPT 1/16-27 SOMX 07
DR250-100-32-09-4D-T 25.00 27.90 100.0 133.0 58.0 32.00 42.00 NPT 1/2-14 NPT 1/16-27 SOMT 09
DR280-112-32-09-4D-T 28.00 30.90 112.0 144.0 58.0 32.00 42.00 NPT 1/2-14 NPT 1/16-27 SOMT 09
DR310-124-32-09-4D-T 31.00 31.90 124.0 157.0 58.0 32.00 42.00 NPT 1/2-14 NPT 1/16-27 SOMT 09
DR320-128-32-09-4D-T 32.00 32.90 128.0 161.0 58.0 32.00 42.00 NPT 1/2-14 NPT 1/16-27 SOMT 09
DR330-132-32-12-4D-T 33.00 34.90 132.0 169.0 58.0 32.00 50.00 NPT 1/2-14 NPT 1/16-27 SOMT 12
DR350-140-32-12-4D-T 35.00 39.90 140.0 177.0 58.0 32.00 50.00 NPT 1/2-14 NPT 1/16-27 SOMT 12
DR400-160-40-12-4D-T 40.00 44.90 160.0 197.0 68.0 40.00 50.00 NPT 3/4-14 NPT 1/4-18 SOMT 12
DR450-180-40-16-4D-T 45.00 51.90 180.0 215.0 68.0 40.00 60.00 NPT 3/4-14 NPT 1/4-18 SOMT 16
DR520-208-40-16-4D-T 52.00 55.90 208.0 243.0 68.0 40.00 60.00 NPT 3/4-14 NPT 1/4-18 SOMT 16
DR560-224-40-16-4D-T 56.00 57.90 224.0 259.0 68.0 40.00 60.00 NPT 3/4-14 NPT 1/4-18 SOMT 16
DR580-232-40-16-4D-T 58.00 58.90 232.0 267.0 68.0 40.00 60.00 NPT 3/4-14 NPT 1/4-18 SOMT 16
DR590-236-40-16-4D-T 59.00 60.00 236.0 271.0 68.0 40.00 60.00 NPT 3/4-14 NPT 1/4-18 SOMT 16
• Hole tolerance D+0.35/-0.05 in average conditions. However it can be higher or lower according to machine and tooling conditions
• For eccenter sleeves, see page 537 • For user guide and cutting conditions, see page 529
(1) The hole diameter can be enlarged by shifting the drill center along the lathe X-axis, or by using eccentric sleeves in drill rotating applications
For inserts, see pages: SOGX/T-AL (528) • SOMT-DT (528) • SOMT-GF (528) • SOMT-HD (528) • SOMX-DT (527) • SOMX-GF (527) • SOMX-HD (527)
Spare Parts
Designation
DR140-056-20-05-4D-T SR 34-533/L T-6/5 PLG 1/16PTF PLG 1/4PTF Z C
DR160-064-20-05-4D-T SR 34-533/L T-6/5 PLG 1/16PTF PLG 1/4PTF Z C
DR180-072-25-06-4D-T SR 34-508/L T-7/51 PLG 1/16PTF PLG 3/8PTF
DR210-084-25-07-4D-T SR 14-560 T-8/53 PLG 1/16PTF PLG 3/8PTF
DR250-100-32-09-4D-T SR 34-506 BLD T09/M7-SW4 SW4-SD PLG 1/16PTF PLG 1/2PTF
DR280-112-32-09-4D-T SR 34-506 BLD T09/M7-SW4 SW4-SD PLG 1/16PTF PLG 1/2PTF
DR310-124-32-09-4D-T SR 34-506 BLD T09/M7-SW4 SW4-SD PLG 1/16PTF PLG 1/2PTF
DR320-128-32-09-4D-T SR 34-506 BLD T09/M7-SW4 SW4-SD PLG 1/16PTF PLG 1/2PTF
DR330-132-32-12-4D-T SR 14-544/S BLD T15/S7 SW6-SD PLG 1/16PTF PLG 1/2PTF
DR350-140-32-12-4D-T SR 14-544/S BLD T15/S7 SW6-SD PLG 1/16PTF PLG 1/2PTF
DR400-160-40-12-4D-T SR 14-544/S BLD T15/S7 SW6-SD PLG 3/4PTF PLG 1/4PTF Z C
DR450-180-40-16-4D-T SR 76-961 BLD T15/M7 SW6-T PLG 3/4PTF PLG 1/4PTF Z C
DR520-208-40-16-4D-T SR 76-961 BLD T15/M7 SW6-T PLG 3/4PTF PLG 1/4PTF Z C
DR560-224-40-16-4D-T SR 76-961 BLD T15/M7 SW6-T PLG 3/4PTF PLG 1/4PTF Z C
DR580-232-40-16-4D-T SR 76-961 BLD T15/M7 SW6-T PLG 3/4PTF PLG 1/4PTF Z C
DR590-236-40-16-4D-T SR 76-961 BLD T15/M7 SW6-T PLG 3/4PTF PLG 1/4PTF Z C
DR-4D-T
Indexable Insert Drills for Non-Rotating
Applications with Coolant Holes and
One Flat Shank, Drilling Depth 4xD
ISCAR
526
INDEXABLE DRILLS
d
DD3
L
L1L4
Designation Dimensions D5(1) Shim Plate Cartridges Inserts Insert Clamping
Screw Key Blade & Handle
D L d D3L1 L4
DR057>062-155-
50-10/11CA
57
58
59
60
61
62
155
155
155
155
155
155
50
50
50
50
50
50
75
75
75
75
75
75
201
201
201
201
201
201
80
80
80
80
80
80
63
ISP-10-D058
ISP-10-D059
ISP-10-D060
ISP-10-D061
ISP-10-D062
Internal:
CA57>62-IN-10/10
On internal cartridge:
Ext.-SOMT 100408-DT
Int.-SOMT 100408-DT
On internal cartridge:
Ext.&Int.-SR 14-571
On internal cartridge:
Ext.&Int.-BLD T10/S7
External:
CA57>62-EX-10/11
On external cartridge:
Ext.-SOMT 110408-DT
Int.-SOMT 100408-DT
On external cartridge:
Ext.-SR 14-544/S
Int.-SR 14-571
On external cartridge:
Ext.-BLD T15/S7
Int.-BLD T10/S7
DR063>066-165-
50-10/11CA
63
64
65
66
165
165
165
165
50
50
50
50
75
75
75
75
215
215
215
215
80
80
80
80
67
ISP-10-D064
ISP-10-D065
ISP-10-D066
Internal:
CA63>66-IN-10/10
On internal cartridge:
Ext.-SOMT 100408-DT
Int.-SOMT 100408-DT
On internal cartridge:
Ext.&Int.-SR 14-571
On internal cartridge:
Ext.&Int.-BLD T10/S7
External:
CA63>66-EX-10/11
On external cartridge:
Int.-SOMT 100408-DT
Ext.-SOMT 110408-DT
On external cartridge:
Ext.-SR 14-544/S
Int.-SR 14-571
On external cartridge:
Ext.-BLD T15/S7
Int.-BLD T10/S7
DR067>073-183-
50-11/12CA
67
68
69
70
71
72
73
183
183
183
183
183
183
183
50
50
50
50
50
50
50
75
75
75
75
75
75
75
240
240
240
240
240
240
240
80
80
80
80
80
80
80
74
ISP-11-D068
ISP-11-D069
ISP-11-D070
ISP-11-D071
ISP-11-D072
ISP-11-D073
Internal:
CA67>73-IN-11/11
On internal cartridge:
Ext.-SOMT 110408-DT
Int.-SOMT 110408-DT
On internal cartridge:
Ext.-SR 14-544/S
Int.-SR 14-544/S
On internal cartridge:
Ext.&Int.-BLD T15/S7
External:
CA67>73-EX-11/12
On external cartridge:
Ext.-SOMT 120408-DT
Int.-SOMT 110408-DT
On external cartridge:
Ext.-SR 14-544/S
Int.-SR 14-544/S
On external cartridge:
Ext.&Int.-BLD T15/S7
DR074>080-200-
50-12/14CA
74
75
76
77
78
79
80
200
200
200
200
200
200
200
50
50
50
50
50
50
50
75
75
75
75
75
75
75
250
250
250
250
250
250
250
80
80
80
80
80
80
80
81
ISP-12-D075
ISP-12-D076
ISP-12-D077
ISP-12-D078
ISP-12-D079
ISP-12-D080
Internal:
CA74>80-IN-12/12
On internal cartridge:
Ext.-SOMT 120408-DT
Int.-SOMT 120408-DT
On internal cartridge:
Ext.&Int.-SR 14-544/S
On internal cartridge:
Ext.&Int.-BLD T15/S7
External:
CA74>80-EX-12/14
On external cartridge:
Ext.-SOMT 140512-DT
Int.-SOMT 120408-DT
On external cartridge:
Ext.-SO 50090I
Int.-SR 14-544/S
On external cartridge:
Ext.-BLD T20/S7
Int.-BLD T15/S7
Drill Assembly
Shim Plate
Cartridge Clamping Screw and Washer
For DR061-066 Screw: SR M5x16 DIN912
Key: HW4.0 Washer: WASHER FLAT M5 DIN125A
For DR067-080 Screw: SR M6x20 DIN912 Key:
HW5.0 Washer: WASHER FLAT M6 DIN125B
Internal Cartridge
Shim Plate Screw SR M3x5.5 (Key: T-10/51)
External Cartridge
Shim Plate
Side Coolant Hole Plug: PLUG R1/4 SPC (Key: HW6.0)
DR-CA
DR Large Diameter Drills (57-80 mm)
with Cartridges and One Flat Shank
• Hole tolerance: D±0.5 in average conditions. However, it can be higher or lower according to machine and tooling conditions
• For user guide and cutting conditions, see page 534
(1) Max. dia. on lathe, with the thickest shim plate
For inserts, see pages: SOMT-DT (528) • SOMT-GF (528) • SOMT-HD (528)
527
INDEXABLE DRILLS
R
S
5.0
di
178°
Dimensions Tough
1
Hard
Designation di S R
IC1008
IC808
IC908
AOMT 040204-90DT 4.00 1.60 0.40 • • •
AOMT 040204-90HD 4.00 1.60 0.40 •
• Used on 12-13.5 mm DR drills
AOMT
Inserts for DR Drills
S
R
di
Dimensions Tough
1
Hard
Designation di S R
IC808
IC908
IC8080
IC9080
SOMX 050204-DT 5.40 2.40 0.40 • • • •
SOMX 060304-DT 6.20 3.20 0.40 • • • •
SOMX 070305-DT 7.70 3.60 0.50 • • • •
SOMX 160512-DT 16.00 5.56 1.20 •
• DT - a general use chipformer for medium to high feed rates
SOMX-DT
Inserts for DR Drills with a DT
General Use Chipformer
di
R
S
Dimensions
Designation di S R
IC908
SOMX 050204-GF 5.40 2.40 0.40 •
SOMX 060304-GF 6.20 3.20 0.40 •
SOMX 070305-GF 7.70 3.60 0.50 •
• GF - a narrow chipformer for use on soft materials at low to medium feed rates
SOMX-GF
Inserts with a GF Chipformer for
Soft Materials Used on DR Drills
S
R
di
Dimensions
Designation di S R
IC808
SOMX 050204-HD 5.40 2.40 0.40 •
SOMX 060304-HD 6.20 3.20 0.40 •
SOMX 070305-HD 7.70 3.60 0.50 •
SOMX-HD
Inserts for DR Drills for Carbon
Steel and Soft Materials
ISCAR
528
INDEXABLE DRILLS
di
R
S
Dimensions
Designation di S R
IC08
SOGX 050204-AL 5.40 2.40 0.40 •
SOGX 060304-AL 6.20 3.20 0.40 •
SOGX 070305-AL 7.70 3.60 0.50 •
SOGT 09T306-AL 9.00 3.81 0.60 •
• Sharp cutting edge with polished rake for aluminum
SOGX/T-AL
Inserts for DR Drills for Aluminum
S
R
di
Dimensions
Designation di S R
IC808
SOMT 09T306-HD 9.00 3.81 0.60 •
SOMT 100408-HD 9.80 4.30 0.80 •
SOMT 110408-HD 11.50 4.80 0.80 •
SOMT 120408-HD 12.70 4.76 0.80 •
SOMT 160512-HD 16.00 5.56 1.20 •
SOMT-HD
Inserts for DR Drills for Carbon
Steel and Soft Materials
S
R
di
Dimensions Tough
1
Hard
Designation di S R
IC328
IC808
IC908
IC8080
IC9080
SOMT 060204-DT 6.00 1.96 0.40 •••
SOMT 09T306-DT 9.00 3.81 0.60 • • •
SOMT 100408-DT 9.80 4.30 0.80 •••
SOMT 110408-DT 11.50 4.80 0.80 • •
SOMT 120408-DT 12.70 4.76 0.80 • • •
SOMT 140512-DT 14.30 5.20 1.20 •••
SOMT 160512-DT 16.00 5.56 1.20 • • •
SOMT-DT
Inserts for DR Drills for General
Applications at Medium-to-High Feeds
R
S
di
Dimensions Tough
1
Hard
Designation di S R
IC328
IC908
SOMT 09T306-GF 9.00 3.81 0.60 • •
SOMT 120408-GF 12.70 4.76 0.80 •
SOMT 160512-GF 16.00 5.56 1.20 •
SOMT-GF
Inserts for DR Drills for Soft Materials
at Low-to-Medium Feeds
Insert Positioning
Machining Conditions
Internal Coolant
Apply standard cutting data.
Rotating Drills
For best results:
1. Check adapter rigidity.
2. Minimize drill runout in relation
to spindle center line.
3. Use recommended cutting conditions.
External Coolant
Drilling depth is limited to 1.5xD.
For larger depths, a pecking
cycle is recommended.
Cooling Methods
Directing the coolant through the tool is essential
for reliable machining. This method prevents
chip pile up, insert damage or breakage, and
damage to the workpiece surface.
How to Select Cutting Parameters
Step 1 - Prior to Drilling
• Use charts on pages 532-533 to select feed
and speed according to workpiece material.
• For the first grade choice. In general we
recommend selecting IC808.
Step 2 - Initial Test Hole Drilling
• Evaluate chip evacuation. If not satisfactory, adjust
feed and speed, using example photos below.
• If chip evacuation is still a problem, i.e. chips are too
long, change the chipbreaker to GF as shown below.
Optimal Shape
Too Long
may cause tool damageSOMT/SOMX
Too Tight
may cause insert damage
Optimizing Chip Shape
Chip control is one of the
most important factors for
tool performance in order
to facilitate chip evacuation
and avoid tool damage.
Cutting conditions must
be adjusted to achieve
optimal chip shape.
How To Achieve Optimal Chip Shape
Optimal Shape
Too Tight
Increase speed within
recommended limits.
If not satisfactory,
decrease feed.
Too Long
If machining at high speed,
first reduce speed.
If unsatisfactory, increase
feed, but do not
exceed upper limit.
529
INDEXABLE DRILLS
529
USER GUIDE
D Nominal D Max. on Lathe
34 39.5
35 40.0
36 40.5
37 41.0
38 41.5
39 42.0
40 42.5
41 43.0
42 43.5
43 44.0
44 44.5
Setup of Non-Rotating Drills
Drill Positioning on Turret Lathe
The drill can be mounted on the X
axis or on a 180º rotation
For better chip evacuation it is recommended
to apply option A peripheral insert position.
Diameter Change by Center Shift
DR-06
D Nominal D Max. on
Lathe
16 19.5
17 20.0
18 20.5
19 21.0
20 21.5
21 22.0
22 23.0
DR-09
D
Nominal
D Max. on
Lathe
23 28.5
24 29.0
25 29.5
26 30.0
27 30.5
28 31.0
29 31.5
30 32.0
31 32.5
32 33.3
33 34.0
34 34.5
35 35.0
DR-12
Applicable only when using SOMT inserts
D Nominal D Max. on Lathe
45 51.0
46 51.5
47 52.0
48 52.5
49 53.0
50 54.0
51 54.5
52 55.0
53 55.5
54 56.0
55 56.5
56 57.0
57 57.5
58 58.0
59 59.0
60 60.0
Change hole diameter
by shifting drill’s center
along lathe x-axis
X axis
Y axis
Shifting
Direction
X axis
Y axis
Two Correct
Options
AB
* The peripheral insert cutting edge
should be parallel to the machine X-axis.
Machining Conditions
Optimizing Chip Shape for DR Drills
SOMT...DT
A general-use chipformer
for medium to high feed rates.
A narrow chipformer
for use on soft
materials, at low to
medium feed rates.
SOMT...DT
SOMT...GF
Chip Formation Examples
SOMT...GF
Cutting Conditions:
Material: SAE 1060
V=120 m/min
f=0.14 mm/rev
ISCAR
530
INDEXABLE DRILLS
ISCAR
530
USER GUIDE
Setup of Non-Rotating Drills
Make sure the center line of the drill is aligned with
the spindle center line. It is recommended to verify the setup
according to the instructions shown below.
Warning: As the drill goes all the way
through a workpiece, it ejects a disc. For
worker safety, guards should be used.
Under regular conditions it is possible to adjust
the center line of the drill (X axis of the machine),
in order to change hole diameter size.
DR-06
1. Drill a hole 6 mm deep with the drill center
line aligned with the spindle center line.
2. Check the existing core. If there is no core, check the
alignment of the Y-axis of the drill and spindle. Correct
by checking the adapter or adjusting the Y-axis.
IC328
50 100
Harder,
Wear
Resistant
Tougher,
Breakage
Resistant
Cutting
Speed
(m/mm)
220
IC808 IC908
IC9080 IC8080
Machining Conditions
Drilling Insert Grades: Application Ranges DR
3. Check that the hole diameter equals the drill
diameter +0.0- +0.2 mm. If not, adjust the X-axis.
4. Note: In some operations, part of the
core may break. If this occurs, use finger
contact to verify if any core remains.
CORE
D-0.3 (mm) D+1 (mm)
531
INDEXABLE DRILLS
531
USER GUIDE
Grades for Applications and Materials
Material
Groups
Main
Applications
ISO P ISO M ISO K ISO N ISO S ISO H
1-11 12-13 14 15-20 21-28 31-37 38-41
Steel
Stainless
Steel Ferritic
& martensitic
Stainless Steel
Austenitic & Duplex
(Ferritic-Austenitic) Cast Iron Nonferrous
High
Temp Hard Steel
DRILLING
Harder
IC907 IC907 IC907 IC903
IC808(908) IC808(908) IC808(908) IC8080(1)(9080)
IC808(908)
IC808(908) IC808(908)
IC808 (908)
Tougher
(¹) Use for an outer insert on DR drills Default recommendation
• Grades: first choice IC808, IC8080
• This table refers to 2/3xD drill ratio usage. For 4xD ratio decrease cutting data by 15%
• Chipformer should be selected based on our geometry range recommendations
• When using external coolant supply only, reduce cutting speed by 10%
• Use internal coolant supply when machining austenitic stainless steel
(1) For workpiece materials list, see pages 1008-1043
Machining Data for DR Drills
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
532
INDEXABLE DRILLS
ISCAR
532
USER GUIDE
(1) Central insert should always be IC808/IC908
• This table refers to 2/3xD drill lengths. For 4xD and 5XD drills, decrease cutting data by 15%
• When using only external coolant supply, reduce cutting speed by 10%
• Use internal coolant supply when machining austenitic stainless steel
Cutting Speed (1) Feed vs. Drill Diameter mm/rev
Mat.
No.
Vc m/min
IC80w8/908
external
Vc m/min
IC8080/9080
external
DR-04
DT/HD
DR-05
GF/DT/
AL/HD
DR-06
GF/DT/
AL/HD
DR-07
GF/DT/
AL/HD
DR-09/10
GF/DT/
AL/HD
DR-11/12
GF/DT/
HD
DR-14/16
GF/DT/
HD
1200-300 260-390
0.04-0.08
0.02-0.06
0.06-0.10
0.10-0.15
0.04-0.08
0.07-0.12
0.10-0.16
0.04-0.08
0.08-0.12
0.12-0.18
0.05-0.10
0.10-0.15
0.14-0.22
0.05-0.10
0.12-0.16
0.15-0.25
0.08-0.15
0.14-0.17
0.16-0.26
0.08-0.15
2
3150-200 190-260
4
5150-220 190-290
0.06-0.10
0.10-0.14
0.04-0.08
0.07-0.12
0.10-0.15
0.04-0.08
0.08-0.12
0.10-0.16
0.05-0.10
0.10-0.14
0.14-0.20
0.05-0.10
0.12-0.15
0.14-0.22
0.08-0.15
0.14-0.16
0.15-0.24
0.08-0.15
6
120-180
160-230
7
8
9
10 120-190 160-250 0.06-0.10
0.10-0.14
0.06-0.10
0.10-0.14
0.06-0.10
0.10-0.14
0.08-0.12
0.12-0.18
0.10-0.15
0.14-0.20
0.14-0.17
0.16-0.24
11 100-160 210-310
12 160-240 210-310 0.04-0.08 0.06-0.10 0.06-0.10 0.06-0.12 0.08-0.12 0.10-0.14 0.12-0.20
13
14 160-240 210-310 0.04-0.08 0.06-0.10 0.06-0.10 0.06-0.12 0.08-0.12 0.10-0.14 0.12-0.20
15 150-250 190-320
0.08-0.16 0.10-0.22 0.10-0.22 0.10-0.22 0.15-0.25 0.18-0.30 0.20-0.34
16
17
120-180 160-230
18
19
20
21
150-300 190-390 0.08-0.24 0.12-0.25 0.12-0.25 0.12-0.25 0.20-0.30 0.2-0.35 0.28-0.45
22
23
24
25
26
27
28
29
30
31
20-50 30-60
0.03-0.07 0.04-0.08 0.04-0.08 0.05-0.09 0.07-0.10 0.08-0.12 0.10-0.14
32
33
34
35
36 50-60 60-80
37
38 20-50 30-60
0.04-0.08 0.05-0.08 0.05-0.08 0.06-0.09 0.07-0.10 0.08-0.12 0.10-0.14
39
40
41
533
INDEXABLE DRILLS
533
USER GUIDE
Material
Vc
(m/min)
Feed (mm/rev)
60-66 dia. 67-73 dia. 74-80 dia.
Low Carbon Steel
(<0.3% C) 180-250 0.08-0.12 0.08-0.12 0.09-0.14
Carbon Steel
(>0.3% C) 160-220 0.12-0.18 0.12-0.18 0.14-0.21
Low Alloy Steel
(<HB300) 150-220 0.10-0.18 0.10-0.18 0.12-0.21
High Alloy Steel
(>HB300) 130-180 0.10-0.15 0.10-0.15 0.12-0.17
Stainless Steel 170-240 0.08-0.15 0.08-0.15 0.09-0.17
Cast Iron 180-250 0.15-0.22 0.15-0.22 0.17-0.25
Ductile
Cast Iron 130-200 0.10-0.20 0.10-0.20 0.12-0.23
Aluminum 330-380 0.15-0.25 0.15-0.25 0.17-0.29
Ti Alloy
(Ti 6AI) 30-60 0.12-0.16 0.12-0.16 0.14-0.18
Machining Conditions for Large Diameter DR-TWIST Drills
ISCAR
534
INDEXABLE DRILLS
ISCAR
534
USER GUIDE
Machining Conditions
Machine Power and Feed Force Requirements
Power required, in relation to drill diameter
Power Pe (kW)
Drill Diameter D (mm)
Required Machine Power
Material: SAE 4140
Cutting speed: 100 m/min
For different cutting speeds,
use factor as follows:
η=Machine efficiency
Vc
[m/min] 100 150 200
C 1.0 1.5 2.0
Machine Power P= Pe · C
η
f=0.25 f=0.18 f=0.1
0
16 20 24
2
4
6
8
10
12
14
16
18
20
28 30 34 38 42 46 50 54
22
24
58 62 66 70
f=0.25 f=0.18 f=0.1
0
16 20 24
1
2
3
4
5
6
7
8
9
10
28 30 34 38 42 46 50 54
11
12
58 62 66 70
Feed force (thrust force) required,
in relation to drill diameter
Drill Diameter D (mm)
Feed Force (kN)
Required Feed Force
Material: SAE 4140
Internal Coolant Pressure
Selecting Coolant Pressure and Flow Rate
45
flow
rate
16 25 35 45
60
30
15
60
IC328
50 100
Harder,
Wear
Resistant
Tougher,
Breakage
Resistant
Cutting
Speed
(m/min)
220
IC908
Coolant Flow Rate (liter/min)
Drill Diameter D (mm)
4.5 X D
3 X D
7-13 X D
2 X D
55 65
16 25 35 45
1
2
3
4
5
6
7
8
9
10
Minimum Coolant Pressure (bar)
* For special drills more than 4xD, it is recommended to use high coolant pressure 15–70 bar
Drill Diameter D (mm)
535
INDEXABLE DRILLS
535
USER GUIDE
Troubleshooting
Regular Conditions for DR Drills
Apply standard cutting data.
Note: For irregular applications, use DR drills
with XOMT inserts as a first priority.
Stacked Plates
Drilling operation is not recommended, but may be
done by specially designed drills in 16-60 mm range.
Irregular Conditions for DR Drills
If surface slope exceeds 5º, reduce feed
by 50% during penetration or exit.
It is preferred to pre-face the
surface to eliminate slope.
1. Drilling into a pre-hole reduces feed to
eliminate deflection(1) of the drill body.
2. Drilling an interrupted cut reduces feed during
crossing to eliminate deflection(1) of the drill body.
3. Insufficient stability of workpiece requires
additional support. Reduce feed.
(1) Deflection may be observed by a mark on the drill body.
Note: For irregular applications, , use DR drills with XOMT
inserts as a first priority.
1 2 3
Chipping Along Cutting Edge
Solutions
1. Reduce entrance feed.
2. Choose a tougher grade.
3. Choose a geometry with open chip breaking
for higher feeds. (SOMT, WOLH)
4. Reduce feed.*
5. Reduce cutting speed.
6. Increase coolant pressure.
Chipping of Center Insert
Solutions
1. Check mounting of drill.
2. Check mounting of workpiece.
3. Reduce entrance feed.
4. Reduce cutting speed.
5. Check drill runout (should
be 0.05 mm maximum).
Excessive Flank Wear
Solutions
1. Reduce cutting speed.
2. Increase coolant
pressure/volume.
3. Choose a better wear
resistant grade.
Machine Troubleshooting Vibrations
Solutions
1. Check mounting of drill.
2. Check mounting of workpiece.
3. Increase feed. If drilling a very soft material,
reduce feed and increase speed.*
4. Reduce cutting speed.
Insufficient Torque
Solutions
1. Reduce feed.*
2. Choose a geometry with
a looser chipformer.
Insufficient Power
Solutions
1. Reduce cutting speed.
2. Reduce feed.*
3. Choose a geometry with
a looser chipformer.
* Use GF chipformer
Chip Jamming despite Short Chips
Solutions
1. Increase coolant
pressure/volume.
2. Reduce cutting speed.
Chip Jamming due to Long Chips
Solutions
1. Increase feed. If drilling a
very soft material, reduce
feed and increase speed.
2. Choose a geometry with a tighter
chipbreaker for lower feeds (GF).
3. Long chips that rotate around
the drill are problematic. If
chip formation can not be
improved by changing the machining
conditions, use a pecking cycle.
Indexable Insert Drills - Troubleshooting DR Chips
ISCAR
536
INDEXABLE DRILLS
ISCAR
536
USER GUIDE
537
INDEXABLE DRILLS
537
USER GUIDE
L
D1
D3
d2
5
3 typ.x2
(1)
Designation d2D3D1L
ECCENTER SLEEVE 20X25 20.00 25.00 40.00 44.00
ECCENTER SLEEVE 25X32 25.00 32.00 50.00 46.00
ECCENTER SLEEVE 32X40 32.00 40.00 65.00 55.00
ECCENTER SLEEVE 40X50 40.00 50.00 75.00 77.00
• (1) Holes for inserting a pin, used to facilitate radial adjustment of the sleeve (pin not supplied)
For tools, see pages: DR-3D-N (522) • DR-4D-N (523) • GD-DH (649)
Eccenter Sleeve Operating Instructions
+0.4
0
90
+0.2
+0.2
-0.2 M
L
0
0.0
+0.2
+0.2
0
LATHE
L
L
L
Adapter
DR-Drill
Eccenter
Sleeve
Operation on a Lathe
Dnom+0.2
0.2
Tool’s axis
Turret axis Dnom
Tool and turret axes coincide
+16
0
+12
+4
+8
0
+8
-8
X.001”
-4
+4
M
L
+0.4
0
+0.2
0
+0.2
-0.2
M
L
On a lathe the eccenter sleeve can shift the drill’s
axis to coincide with the spindle axis.
The eccentric sleeve enables alignment of the drill’s axis with the spindle
axis within a 0.2 mm range (turn the sleeve counterclockwise to raise it).
Drilling Eccenter Sleeves
Used for Enlarging or Reducing
DR Nominal Drilling Diameters
by Shifting the Drill Off-Center
Operation on a Milling Machine
-0.2
M
L
+0.2
0
+0.2
+0.4
Drill Diameter = 30 mm
Hole Diameter 29.8 mm
+0.4
0
+0.2
0
+0.2
-0.2
M
L
Hole Diameter 30.4 mm
Drill Diameter = 30 mm
+16
0
+12
+4
+8
0
+8
-8
X.001”
-4
+4
M
L
Hole Diameter 30 mm
Drill Diameter = 30 mm
Recommended Feed When Using Eccenter Sleeves
100%
Recommended
Feed Rate
Length to
Dia. Ratio
90%
80%
70%
60%
50%
40%
2xD 3xD 4xD 5xD
The adjustment markings should be located perpendicular
to the flat circumference of the DR flange.
To facilitate the rotation of the sleeve, a metal
rod or a screw key may be inserted into a
hole on the eccentric sleeve flange. Unlock
adapter screw before adjusting sleeve.
+0.4
0
+0.2
0
+0.2
-0.2
L
+0.4
0
+0.2
0
+0.2
-0.2
L
MILL
M
90
D + 0.4mm
D - 0.2mm
D
M
M
M
D+0.4
D-0.2
Adapter
Eccenter
Sleeve
DR-Drill
On a milling machine the drill’s nominal
diameter can be changed by shifting
the drill’s axis out of the tool spindle.
Radial adjustment
pin (not supplied)
To enlarge the diameter, turn the sleeve clockwise.
ISCAR offers two drill versions:
Single Flute
DR-DH-31.65-0350NC-2FS
• Very rigid tool
• Designed for easily to cut materials such
as cast iron and low alloyed steel
• Patented chip gullet design
Double Flute
DR-DH-31.65-0350NC-2FD
• Double chip gullet for improved chip flow
• Designed for drilling gummy materials such as
non-alloyed steel and high temperature alloys
Designation
Metric
DR-DH-31.65-0350NC-2FD
Inch
DR-DH-1.500-12.00NC-2FD
Family Drilling depth (mm) Shank dia. F=Cartridge
R= No cartridge
Dia. (mm) Shank Type No. of Pads D=Double flute
S=Single flute
ISCAR
538
INDEXABLE DRILLS
ISCAR
538
USER GUIDE
DR-DH Deep Drills for Milling Centers and Lathe Machines
DR-DH are drills for a drilling depth-to-diameter ratio of
7XD and up, to be used on standard horizontal milling
centers, turning, and multi-task machines.
Use of supplementary machine and setup can
be avoided. These drills can be used with the
existing adaptations, not requiring any special
coolant pressure or extra pump capacity.
DR-DH drills are available as semi-standard items
in the diameter range of 25.4 to 69.5 mm.
Features
• High feed drilling: up to 0.35 mm/rev for
high productivity
• Excellent surface quality: Ra = 0.6 – 2.0 [µm]
• Good hole cylindricity: 50-80 [µm]
• Hole tolerance: IT10
• Large drilling depth: L=7xD and higher – up to 800 mm
• Carries standard SOMX/SOMT indexable inserts
with 4 cutting edges
• No dedicated machine or extra setup needed
• Standard coolant pressure as used in general drilling
• Standard indexable, double-ended guide pads
• Used for steel (ISO P) and cast iron (ISO K) materials
Company name _______________________________ Telephone no. _____________________________
Address _______________________________ Date _____________________________
Contact person _______________________________ Customer no. _____________________________
MACHINE
Machine supplier name
Machine type/model NC lathe Machining center Horizontal Vertical
Rigidity Good Normal Poor
Spindle power (kW) __________________
Tool and/or workpiece
rotation (TR/WR)
Tool and
workpiece
Rotating
workpiece (WR)
Rotating
tool (TR)
Requested Information Form for
Deep Hole Drill Design
WORKPIECE
Product name___________________________________________________________ Hole diameter
Hole depth_____________________________________ No. of holes _______________________ Tolerance (of hole)
Surface finish (Rz, Ra...) __________________________ Straightness (mm/100)______________________________
Material
Material (DIN, AISI, JIS...)
Hardness (HB, HS, HRC...)
Condition Annealed Quenched Tempered Cast Other
TYPE OF COOLANT
Water based Soluble Emulsio _________________%
Oil based Coolant Pressure (bar) _______________ Coolant Volume (L/min) ____________________
Hole Data
Need a pre-hole drill quotation Pre-drilled hole size _________________% (mm/inch)
The DR-DH drills will be supplied upon request.
For a quotation, please contact ISCAR headquarters,
providing all necessary hole and drill details
(See following requested information form).
539
INDEXABLE DRILLS
539
USER GUIDE
ISCAR
540
INDEXABLE DRILLS
ISCAR
540
USER GUIDE
Please fill in and return to your ISCAR representative.
Description of present system in use ________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
GENERAL PRODUCTION INFORMATION
Quantity of parts per year__________________________________________________________________________________
Grade, tool life, etc _______________________________________________________________________________________
Cutting data
Perfomance expectation Vc=________mm/min N=________RPM F=_______mm/min f=________mm/rev
Please sketch your drilling application
Bore Type
α
12345678910
541
INDEXABLE DRILLS
541
USER GUIDE
User Guide
1. A short pre-hole 20 mm long (minimum) with H8 hole
tolerance should be prepared to guide the long drill
(a standard DR drill or an endmill can be used).
Option No.1
1.1- Penetration with an endmill 2.1- Enlargement with the endmill
3- Deep hole drilling with DR-DH DR-DH
Option No.2
1.2- Penetration by drilling 2.2- DRG-MF boring
Hole Tolerance H8
2. The DR-DH drill should enter into the pre-hole at
slow rotation speed and with coolant supply.
DR-DH Insert Mounting Configuration vs. Drill Diameter Spare Parts
Insert Screw Key
SOMX 050204... SR 34-533/L T-6/51
SOMX 060304... SR 34-508/L T-7/51
SOMX 070305... SR 14-560 T-8/51
SOMT 09T306... SR 34-506 T-9/51
SOMT 100408... SR 14-571 T-10/51
SOMT 110408... SR 14-544/S T-15/51
SOMT 120408... SR 14-544/S T-15/51
DR-DH
ø##.#[mm]
Central
Insert
Intermediate
Insert
Peripheral
Insert
Guiding
Pad
25.4-28.5 SOMX 050204… SOMX 050204… SOMX 050204… GPS-06-20-075
28.6-30.0 SOMX 050204… SOMX 060304… SOMX 050204… GPS-07-20-120
30.1-33.0 SOMX 060304… SOMX 060304… SOMX 060304… GPS-07-20-120
33.1-37.5 SOMX 060304… SOMX 070305… SOMX 060304… GPS-08-25-155
37.6-40.5 SOMX 070305… SOMX 070305… SOMX 070305… GPS-08-25-155
40.6-42.9 SOMX 070305… SOMT 09T306… SOMX 070305… GPS-08-25-155
43.0-47.5 SOMT 09T306… SOMT 09T306… SOMT 09T306… GPS-08-25-155
47.6-51.0 SOMT 100408… SOMT 100408… SOMT 100408… GPS-10-30-200
51.1-54.0 SOMT 100408… SOMT 110408… SOMT 100408… GPS-10-30-200
54.1-57.4 SOMT 100408… SOMT 110408… SOMT 110408… GPS-10-30-200
57.5-61.0 SOMT 110408… SOMT 110408… SOMT 110408… GPS-14-40-250
61.1-63.0 SOMT 110408… SOMT 120408… SOMT 110408… GPS-14-40-250
63.1-69.5 SOMT 120408… SOMT 120408… SOMT 120408… GPS-14-40-250
Guiding
Pad
Clamping
Screw Key
GPS-06-20-075 SR 11201753-1 T- 7
GPS-06-20-085 SR 11201753-1 T- 7
GPS-06-20-100 SR 11201753-1 T- 7
GPS-14-40-250 SR 11201752-2 T-15
GPS-07-20-120 SR 11201753-4 T- 9
GPS-10-30-200 SR 11201753-6 T-15
ISCAR
542
INDEXABLE DRILLS
ISCAR
542
USER GUIDE
• DR-DH drills can be used with any type of adaptation.
However, concentric adapters such as hydraulic chucks
are advantageous for better runout. When machining
high temperature alloys or applying very high machining
loads, it is advisable to use strong gripping adapters
such as: side lock adapters, power / hydraulic chucks
• In case of chip formation or chip evacuation problems,
the following sequence is recommended:
1. Reduce cutting speed by 10%
2. Increase internal coolant pressure
3. Apply a pecking cycle
4. Interrupted cut will have a direct influence on
hole accuracy, quality and drill life. (Sometimes
even tool breakage can occur).
DR-DH Machining Recommendations
ISO Material Condition
Tensile
Strength
Rm [N/mm2]
Hardness
HB
Mtl.
No.
Cutting
Speed
vc m/min
Feed
mm/rev
P
Non-alloy steel,
cast steel, free
cutting steel
0.1 - 0.25 %C Annealed 420 125 1100-150 0.10-0.25
0.25 - 0.25 %C Annealed 650 190 20.10-0.25
0.25 - 0.25 %C Quenched and
tempered 850 250 3
80-150
0.15-0.30
0.55 - 0.80 %C Annealed 750 220 40.15-0.30
0.55 - 0.80 %C Quenched and
tempered 1000 300 50.15-0.30
Low alloy steel
and cast steel
(less than 5%
alloying
elements)
Annealed 600 200 60.15-0.30
Quenched and
tempered
930 275 7
70-120
0.15-0.30
1000 300 80.15-0.30
1200 350 90.15-0.30
High alloy steel,
cast steel and
tool steel
Annealed 680 200 10 80-150 0.10-0.25
Quenched and
tempered 1100 325 11 70-120 0.10-0.25
K
Grey cast iron (GG)
Ferritic/pearlitic 180 15
180-300
0.18-0.35
Pearlitic 260 16 0.18-0.35
Nodular cast iron (GGG) Ferritic 160 17
150-250
0.15-0.30
Pearlitic 250 18 0.15-0.30
Malleable cast
iron
Ferritic 130 19 0.15-0.35
Pearlitic 230 20 0.15-0.35
Double-ended Pad
Worn support pads provide poor surface finish in
a drilled hole. In this case, pads should be rotated
or replaced.
Rotate when wear shows on the back side of the pad
543
INDEXABLE DRILLS
d
L4
L1
6
L5
L
D
0.18xD
D
2
45°
max
min
Designation D min(2) Dnominal(3) D max D2d L L5L1L4Po. Size Th(4)
DCT 068-021-14B-M8 (1) 6.80 6.80 7.40 13.90 14.00 20.9 24.50 41.9 45.0 6.8 M8 SR 34-508 T-7/51 K DCM- 8
DCT 085-026-14B-M10 8.30 8.50 8.90 14.00 14.00 26.3 29.00 46.5 45.0 8.0 M10 SR 34-508 T-7/51 K DCM- 8
DCT 102-030-14B-M12 10.00 10.20 10.90 14.00 14.00 30.0 31.90 52.0 45.0 10.0 M12 SR 34-508 T-7/51 K DCM-10
DCT 120-035-16B-M14 12.00 12.00 12.90 16.00 16.00 34.9 36.90 58.0 48.0 12.0 M14 SR 34-508 T-7/51 K DCM-12
DCT 140-039-18B-M16 14.00 14.00 14.90 18.00 18.00 39.0 41.00 60.0 48.0 14.0 M16 SR 34-508 T-7/51 K DCM-14
DCT 175-042-20B-M20 17.30 17.50 17.90 21.00 20.00 42.0 43.80 63.0 50.0 17.0 M20 SR 34-508 T-7/51 K DCM-17
DCT 210-048-25B-M24 21.00 21.00 21.90 25.50 25.00 48.2 50.50 69.0 56.0 21.0 M24 SR 34-508 T-7/51 K DCM-21
• Hole tolerance: D+0.05 in average conditions. However, it can be higher or lower according to machine and tooling conditions.
• For user guide and cutting conditions, see page 544
(1) Reduce recommended feed for DCT 6.8 mm drills by 10%
(2) Do not mount smaller drilling heads other than the specified range of the drill body
(3) Pre-thread hole diameter
(4) Used for standard thread size
For inserts, see pages: AOMT-Chamfering (543) • IDI-SG (513) • IDI-SK (513)
DCT (M8-M24)
Indexable Head Drills with Chamfering
Inserts Mainly for Pre-Thread Holes
a°
l
w
S±
0.025
l
w
a°
AOMT 060204-45DT
Dimensions Tough
1
Hard
Designation l W S a°
IC1008
IC508
IC908
AOMT 060204-45HD 5.66 4.50 1.96 45.5 •
AOMT 060204-45DT 5.66 4.50 1.96 45.5 • •
AOMT 030204-N-45DT (1) 2.80 4.00 1.59 45.5 •
AOMT 030204-N-30DT (1) 4.00 4.00 1.59 30.5 •
• The cutting speed is dependend on the drilling insert being used
(1) For low carbon steel
AOMT-Chamfering
Chamfering Inserts
There are two main applications
for pre-thread hole drilling:
Drilling pre-thread blind and through holes:
6 mm max
Pre-Thread DCT Drills
Drilling with a 45° chamfer
Drilling and counter boring
•
Pre-Thread DCT Metric Threads
Recommended Diameters
Drill Designation
Dia.
Range
M
Thread
Head
Dia.
MF
Head
Head
Dia.
TR
Thread
Head
Dia.
M
Helicoil
Thread
Head
Dia.
DCT 068-021-14B-M8
6.80-7.49 M8 6.8 MF8X0.75 7.20 TR10X3 7.49
MF8X1 7.00
DCT 085-026-14B-M10
8.30-8.99 M10 8.5 MF10X1 8.99 TR10X1.5 8.60 M8 8.40
MF10X1.25 8.80
DCT 102-030-14B-M12
10.0-10.99
M12 10.2 MF11X1 10.00 TR12X2 10.20 M10 10.50
MF12X1 10.99 TR14X4 10.50
MF12X1.25 10.80
MF12X1.5 10.50
DCT 120-035-16B-M14
12.0-12.99
M14 12.0 MF13X1 12.00 TR14X2 12.20 M12 12.50
MF14X1 12.99 TR16X4 12.30
MF14X1.25 12.80
MF14X1.5 12.50
DCT 140-039-18B-M16
14.0-14.99
M16 14.0 MF14X1 14.00 TR18X4 14.30 M14 14.99
MF16X1 14.99
MF16X1.5 14.50
DCT 175-042-20B-M20
17.3-17.99 M20 17.5 TR22X5 17.30
MF20X2 17.99
DCT 210-048-25B-M24
21.0-21.99 M24 21.0 MF22X1 21.00
Inch Threads
Drill Designation
Dia.
Range
UNF
Thread
Head
Dia.
UNC
Thread
Head
Dia.
UNC
Helicoil
Thread
Head
Dia.
BSW
Thread
Head
Dia.
BSF
Thread
Head
Dia.
DCT 085-026-14B-M10
8.30-8.99 UNF3/8-24 8.5 UNC5/16-18 8.4
DCT 102-030-14B-M12
10.0-10.99 UNC1/2-13 10.8 BSW1/2-12 10.5 BSF1/2-16 10.99
DCT 120-035-16B-M14
12.0-12.99 UNC9/16-12 12.3 BSF9/16-16 12.50
DCT 140-039-18B-M16
14.0-14.99 UNF5/8-18 14.5
DCT 175-042-20B-M20
17.3-17.99 UNF3/4-16 17.5
Inch Threads
Drill Designation
Dia.
Range
NPT
Thread
Head
Dia.
BSF
Thread
Head
Dia.
BSP
Thread
Head
Dia.
UNEF
Thread
Head
Dia.
UNJF
Helicoil
Thread
Head
Dia.
DCT 085-026-14B-M10
8.30-8.99 NPT1/8-27 8.5 G1/8-28 8.8 UNEF3/8-32 8.7 UNJF3/8-24 8.6
DCT 102-030-14B-M12
10.0-10.99 BSF1/2-16 10.99
DCT 120-035-16B-M14
12.0-12.99 BSF9/16-16 12.50
DCT 140-039-18B-M16
14.0-14.99 NPT3/8-18 14.5 UNEF5/8-24 14.8 UNJF5/8-18 14.5
DCT 175-042-20B-M20
17.3-17.99 NPT1/2-14 17.5 UNEF3/4-20 17.8
ISCAR
544
INDEXABLE DRILLS
ISCAR
544
USER GUIDE
Pre-Thread Recommended Hole Diameters with DCNT Drills
Drill Designation Dia. Range M
Thread Head Dia. MF Head Head
Dia. TR
Thread Head
Dia. M Helicoil
Thread Head
Dia.
DCNT 068-021-12A-M8 6.5-6.99 M8 6.8
DCNT 085-026-12A-M10 8.5-8.99 M10 8.5 MF10x1 8.99 TR10x1.5 8.6
MF10x1.25 8.8
DCNT 102-030-16A-M12 10.0-10.99 M12 10.2
MF11x1 10.0 TR12x2 10.2
10.5 M10 10.5
MF12x1 10.99
MF12x1.25 10.8 TR14x4
MF12x1.5 10.5
DCNT 120-035-16A-M14 12.0-12.99 M14 12.0
MF13x1 12.0 TR14x2 12.2
M12 12.5
MF14x1 12.99
MF14x1.25 12.8 TR16x4 12.3
MF14x1.5 12.5
DCNT 140-039-16A-M16 14.0-14.99 M16 14.0
MF14x1 14.0
TR18x4 14.3 M14 14.99MF16x1 14.99
MF16x1.5 14.5
DCNT 175-042-20A-M20 17.0-17.99 M20 17.5 MF20x2 17.99 TR22x5 17.3
DCNT 210-048-25A-M24 21.0-21.99 M24 21.0 MF22x1 21.0
Drill Designation
Dia.
Range UNF
Thread Head
Dia. UNC
Thread Head
Dia. BSW
Thread Head
Dia. BSF Thread Head
Dia.
DCNT 068-021-12A-M8 6.5-6.99
DCNT 085-026-12A-M10 8.5-8.99 UNF3/8-24 8.5
DCNT 102-030-16A-M12 10.0-10.99 UNC1/2-13 10.8 BSW1/2-12 10.5 BSF1/2-16 10.99
DCNT 120-035-16A-M14 12.0-12.99 UNC9/16-12 12.3 BSF9/16-16 12.5
DCNT 140-039-16A-M16 14.0-14.99 UNF5/8-18 14.5
DCNT 175-042-20A-M20 17.0-17.99 UNF3/4-16 17.5
DCNT 210-048-25A-M24 21.0-21.99
Drill Designation Dia. Range
NPT
Thread
Head
Dia.
BSP
Thread
Head
Dia. UNEF Thread
Head
Dia.
UNJF Helicoil
Thread Head Dia.
DCNT 068-021-12A-M8 6.5-6.99
DCNT 085-026-12A-M10 8.5-8.99 NPT1/8-27 8.5 G1/8-28 8.8 UNEF3/8-32 8.7 UNJF3/8-24 8.6
DCNT 102-030-16A-M12 10.0-10.99
DCNT 120-035-16A-M14 12.0-12.99
DCNT 140-039-16A-M16 14.0-14.99 NPT3/8-18 14.5 UNEF5/8-24 14.8 UNJF5/8-18 14.5
DCNT 175-042-20A-M20 17.0-17.99 NPT1/2-14 17.5 UNEF3/4-20 17.8
DCNT 210-048-25A-M24 21.0-21.99
1. Drilling pre-thread blind holes:
Drilling with a 45° chamfer
2. Drilling pre-thread through holes:
Drilling with a 45° chamfer
DCONMS
LTA
DF
LS
SDL 6
DC_2
PL
DC k7
Designation Th(1) Dnominal(2) DCN(3) DCX (4) DC_2 SDL_1 PL LTA DCONMS LS SSC(5)
DCNT 068-021-12A-M8 M8 6.80 6.5 6.90 13.50 21.00 1.24 43.8 12.00 45.0 6.5
DCNT 085-026-12A-M10 M10 8.50 8.5 8.90 15.50 26.00 1.55 48.5 12.00 45.0 8.0
DCNT 102-030-16A-M12 M12 10.20 10.0 10.40 17.00 30.00 1.86 52.1 16.00 48.0 10.0
DCNT 120-035-16A-M14 M14 12.00 12.0 12.40 19.00 35.00 2.18 58.8 16.00 48.0 12.0
DCNT 140-039-16A-M16 M16 14.00 14.0 14.40 21.00 39.00 2.55 66.5 16.00 48.0 14.0
DCNT 175-042-20A-M20 M20 17.50 17.0 17.90 24.00 42.00 3.18 68.8 20.00 50.0 17.0
DCNT 210-048-25A-M24 M24 21.00 21.0 21.90 28.00 48.00 3.82 76.2 25.00 56.0 21.0
• Hole tolerance: D+0.05 in average conditions. However, it can be higher or lower according to machine and tooling conditions • Do not mount smaller drilling
heads other than the specified range of the drill body. • For user guide and cutting conditions, see page 544
(1) Used for standard thread size (2) Pre-thread hole diameter (3) Cutting diameter minimum (4) Cutting diameter maximum (5) Pocket size
Spare Parts
Designation
DCNT 068-021-12A-M8 SR 34-508 T-7/51 K DCN 6-9.99-Y
DCNT 085-026-12A-M10 SR 34-508 T-7/51 K DCN 6-9.99
DCNT 102-030-16A-M12 SR 34-508 T-7/51 K DCN 10-13.99
DCNT 120-035-16A-M14 SR 34-508 T-7/51 K DCN 10-13.99
DCNT 140-039-16A-M16 SR 34-508 T-7/51 K DCN 14-17.99
DCNT 175-042-20A-M20 SR 34-508 T-7/51 K DCN 14-17.99
DCNT 210-048-25A-M24 SR 34-508 T-7/51 K DCN 18-21.99
DCNT (M8-M24)
Indexable Head Drills with Chamfering
Insert Mainly for Pre-Thread Holes
545
INDEXABLE DRILLS
ISCAR
546
INDEXABLE DRILLS
WS
45º
I
Dimensions
Designation W S l
IC528
XOGX 090700-45DT 9.00 7.00 12.00 •
XOGX-DT
Inserts Used on Chamfering Rings
D3
45˚
B
Ch
Designation SS(1) D min D max D3(2) B Ch
RING DCM 100 DCM 100 10.00 10.40 32.00 14.5 1.5
RING DCM 105 DCM 105 10.50 10.90 32.00 14.5 1.5
RING DCM 110 DCM 110 11.00 11.40 35.00 14.5 1.5
RING DCM 115 DCM 115 11.50 11.90 35.00 14.5 1.5
RING DCM 120 DCM 120 12.00 12.40 37.50 14.5 1.5
RING DCM 125 DCM 125 12.50 12.90 37.50 14.5 1.5
RING DCM 130 DCM 130 13.00 13.40 39.00 14.5 1.5
RING DCM 135 DCM 135 13.50 13.90 39.00 14.5 1.5
RING DCM 140 DCM 140 14.00 14.40 41.00 15.5 1.5
RING DCM 145 DCM 145 14.50 14.90 41.00 15.5 1.5
RING DCM 150 DCM 150 15.00 15.90 43.00 16.5 1.5
RING DCM 160 DCM 160 16.00 16.90 45.00 17.0 2.0
RING DCM 170 DCM 170 17.00 17.90 47.00 17.5 2.0
RING DCM 180 DCM 180 18.00 18.90 48.00 18.0 2.0
RING DCM 200 DCM 200 20.00 20.90 52.00 18.5 2.0
• RING DCM can be mounted only on DCM 3XD and DCM 5XD drills • For mounting instructions, see page 537
(1) Drill size
(2) D3=D ring
For inserts, see pages: XOGX-DT (546)
Spare Parts
Designation
RING DCM 100 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 105 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 110 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 115 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 120 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 125 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 130 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 135 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 140 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 145 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 150 SR 14-544/S BLD T15/S7 SR M5X15 TORX 25(b) BLD T25/S7 SW6-T
RING DCM 160 SR 14-544/S BLD T15/S7 SR M6X20 DIN912(a) HEX BIT HW5 SW6-T
RING DCM 170 SR 14-544/S BLD T15/S7 SR M6X20 DIN912(a) HEX BIT HW5 SW6-T
RING DCM 180 SR 14-544/S BLD T15/S7 SR M6X20 DIN912(a) HEX BIT HW5 SW6-T
RING DCM 200 SR 14-544/S BLD T15/S7 SR M6X20 DIN912(a) HEX BIT HW5 SW6-T
(a) Maximum tightening torque 10(Nm), [88(lb.inch)]
(b) Maximum tightening torque 10(Nm), [88(lb.inch)]
RING DCM
Chamfering Ring Mounted on the
CHAMDRILL Drills for Drilling and
Chamfering in One Operation
X
(maximize)
Min. 1 mm
Min. 1 mm
Mounting Instructions
1
5
4
3
2
Chamfer Ring Position Range
L
1mm(1)
547
User Guide
Recommendations for better stability:
1. Use 3xD drill instead of 5xD, if possible.
2. Mount the chamfer ring as close as possible
to the drill shank.
3. For better chamfering insert life, apply a
coolant to the chamfering insert, in addition
to the internal and/or external coolant.
4. A wider gap “X” between the drill and the head
size is preferred (i.e. for head 14.6 mm,
use body of 14 mm rather than of 14.5 mm).
A slightly larger “X” dimension can dramatically
increase the chamfering insert life.
(1) The “L” dimension shown is relative to the
common 1 mm chamfer.
5 For other sizes, adjust “L” accordingly.
Drill
Diameter
Drill Body
3xD
L (min-max)
Drill Body
5xD
L (min-max)
Maximum
Chamfer
Size
10 8-16 15-36
1.5
10.5 8-18 17-39
11 8-19 18-41
11.5 8-21 20-44
12 8-22 21-46
12.5 8-24 23-49
13 8-25 24-51
13.5 8-27 26-54
14 9-29 28-57
14.5 9-30 29-60
15 9-31 30-60
16 9-33 32-65
2.0
17 11-35 34-69
18 11-38 34-74
19 11-42 41-80
20 11-45 44-85
NO
SETUP
TIME!
1. Insert the chamfer ring on the drill body
and slide to the desired position(1).
2. Rotate the ring clockwise until the stopper
engages the flute edge.
3. Tighten the ring screw according to the
maximum tightening torque indicated
on page 546.
4. Mount the chamfer insert.
5. Mount the CHAMDRILL head.
547
INDEXABLE DRILLS
547
USER GUIDE
ISCAR
548
INDEXABLE DRILLS
L1L4
D3
d2
d
a˚
D2Dmax
min
max
min
Whistle notch shank
L
CHAMRING
Drill Holders for Drilling and
Chamfering in One Operation
For UNICHAMDRILLS, see pages: DCM-3.5D (7.5-20.9 mm 3.5xD) (511) , DCNS-3D (476), DCNS-5D (477)
Assembly Instructions
• Insert the UNICHAMDRILL into the CHAMRING prior to clamping the chamfering inserts
• Adjust the UNICHAMDRILL protrusion by using the rear screw, then correct adjustment using the side clamping screw
• Attach the chamfering inserts
Adjustment of UNICHAMDRILL Protrusion
• Loosen the chamfering inserts clamping screws
• Loosen the side clamping screw
• Adjust the UNICHAMDRILL protrusion by using the rear screw, then correct adjustment using the side clamping screw
• Re-tighten the chamfering inserts
Designation
DCNS 3D
DCM
3.5D DCNS 5D
d D3D2L1L4d2
D
min
D
max
L
min
L
max
L
min
L
max
L
min
L
max Inserts
CHAMRING 080-WN20-06 DC... 075 7.5 7.9 12.6 24 12.4 21.9 17.3 38 8 25 18.8 47.4 50 20 XCGT 06...
DC... 080 8 8.4 13.5 24.6 14 23 24.7 45
CHAMRING 090-WN20-06 DC... 085 8.5 8.9 12.6 26.2 15.1 26.6 18.5 43 9 25 19.8 47.4 50 20 XCGT 06...
DC... 090 9 9.4 13 29.2 15.6 27.1 22.9 46.8
CHAMRING 100-WN32-09 DC... 095 9.5 9.9 12.9 27.8 17.2 29.2 26 47 10 38 24.9 67.3 60 32 XCGT 09...
DC... 100 10 10.4 14.5 31.8 14.3 28.3 31.7 51.8
CHAMRING 110-WN32-09 DC... 105 10.5 10.9 15.7 33.3 14.4 29.4 31.2 54.2 11 38 25.9 67.3 60 32 XCGT 09...
DC... 110 11 11.4 16.2 35.3 18 31 34.1 57.3
CHAMRING 120-WN32-09 DC... 115 11.5 11.9 15.1 36.7 15.6 33.1 33.8 59.4 12 38 26.9 67.3 60 32 XCGT 09...
DC... 120 12 12.4 16.5 37.7 19.2 35.2 36.6 61.6
CHAMRING 130-WN32-09 DC... 125 12.5 12.9 16.1 39.6 19.3 37.3 39.7 64.8 13 38 27.9 67.3 60 32 XCGT 09...
DC... 130 13 13.4 17.5 41.5 21.4 38.4 42.7 68
CHAMRING 140-WN32-09 DC... 135 13.5 13.9 17.7 42.9 19.5 39.5 41.4 70.3 14 38 28.4 67.3 60 32 XCGT 09...
DC... 140 14 14.4 18.1 45 21.5 41.5 44.8 73.1
CHAMRING 150-WN32-09 DC... 145 14.5 14.9 19.2 44.6 20.1 42.1 44 73.9 15 38 29.4 67.3 60 32 XCGT 09...
DC... 150 15 15.9 19.7 47.4 25.2 43.7 47.6 80.7
CHAMRING 160-WN32-09 DC... 160 16 16.9 19.5 55.36 26.3 49.3 57 87.5 16 38 30.4 67.3 60 32 XCGT 09...
CHAMRING 170-WN32-09 DC... 170 17 17.9 21.4 54.9 28.4 52.4 55.9 88.5 17 38 31.4 67.3 60 32 XCGT 09...
CHAMRING 180-WN32-09 DC... 180 18 18.9 24.2 65.2 31 57 60 93 18 38 32.4 67.3 60 32 XCGT 09...
CHAMRING 190-WN32-09 DC... 190 19 19.9 28.5 62.3 32.3 63.3 67 100 19 38 33.4 75 60 32 XCGT 09...
CHAMRING 200-WN32-09 DC... 200 20 20.9 38.9 73.5 36.6 67.1 79 113 20 38 34.4 75 60 32 XCGT 09...
CHAMRING 210-WN40-09 DC... 210 21 21.9 33.2 69.1 76 110 21 50 35.4 84.4 68 40 XCGT 09...
CHAMRING 220-WN40-09 DC... 220 22 22.9 36.5 71.3 81 114.5 22 50 36.4 84.4 68 40 XCGT 09...
CHAMRING 230-WN40-09 DC... 230 23 23.9 39.9 75.6 83 121.5 23 50 37.4 84.4 68 40 XCGT 09...
CHAMRING 240-WN40-09 DC... 240 24 24.9 43.4 79 91 127 24 50 38.4 84.4 68 40 XCGT 09...
CHAMRING 250-WN40-09 DC... 250 25 25.9 46.9 82.6 97 133 25 50 39.4 84.4 68 40 XCGT 09...
Spare Parts
Designation
CHAMRING 8-9 SR M6X6DIN916 HW 3.0 SR M6X1S HW 3.0 SR 14-560 T-8/53
CHAMRING 10-20 SR M10X10DIN916 HW 5.0 SR M10X1.5S HW 5.0 SR 14-544/S BLD T15/S7 SW6-SD
CHAMRING 21-25 SR M16X16 DIN1835-B HW 8.0 SR M12X1.75S HW 6.0 SR 14-544/S BLD T15/S7 SW6-SD
• It is recommended to apply external coolant on the chamfering inserts • Reduce the recommended feed and speed by 50% when machining maximum chamfer
size • Lmin & Lmax dimensions are based on the 45° chamfering insert • Chamfering angle (a°) depends on the chamfering insert being used
For inserts, see pages: XCGT-DT (549)
549
INDEXABLE DRILLS
W
S
l
a˚
Dimensions
Designation W l S a°
IC508
XCGT 060300-30DT 6.20 12.30 2.80 30 •
XCGT 060300-45DT 6.20 12.30 2.80 45 •
XCGT 060300-60DT 6.20 12.30 2.80 60 •
XCGT 090300-30DT 8.50 16.00 3.30 30 •
XCGT 090300-45DT 8.50 16.00 3.30 45 •
XCGT 090300-60DT 8.50 16.00 3.30 60 •
XCGT-DT
Inserts used on Chamfering Drill
Holders for Chamfering and
Drilling in One Operation
D 140°
L
D2 m7
L3
L2
45°
L4
dh6
Dimensions
Designation Th(1) D D2L2L L3d L4
IC908
SCDT 025-009-060-M3 M3 2.50 4.00 62.0 8.8 20.0 6.00 36.0 •
SCDT 033-011-060-M4 M4 3.30 4.50 62.0 11.4 24.0 6.00 36.0 •
SCDT 042-014-060-M5 M5 4.20 5.50 66.0 13.6 28.0 6.00 36.0 •
SCDT 050-017-080-M6 M6 5.00 6.60 79.0 16.5 34.0 8.00 40.0 •
SCDT 068-021-100-M8 M8 6.80 9.00 89.0 21.0 47.0 10.00 40.0 •
SCDT 085-026-120-M10 M10 8.50 11.00 102.0 25.5 55.0 12.00 40.0 •
• For user guide and cutting conditions, see pages 581, 590, 596
(1) Used for standard thread size
SCDT
Pre-Thread Solid Carbide
Drills with Coolant Holes
ISCAR
550
INDEXABLE DRILLS
MULTIFUNCTION TOOLS
551
INDEXABLE DRILLS
D
L1
L
L4
d
Th
f
±0.05
±0.05
Right-hand shown
Designation D D min f L L1L4d ThInsert
DRG-MF-10R/L-2.25D-12A-05 10.00 12.00 7.1 22.5 27.5 42.0 12.00 G 1/16 XCMT 05... SR 20038/HG-P IP-6/5
DRG-MF-12R/L-2.25D-16A-06 12.00 14.50 8.5 27.0 33.0 45.0 16.00 G 1/8 XCMT 06... SR 22052/HG-P IP-7/5
DRG-MF-14R/L-2.25D-16A-07 14.00 16.50 9.5 31.5 38.5 45.0 16.00 G 1/8 XCMT 07... SR 25064/HG-P IP-8/5
DRG-MF-16R/L-2.25D-20A-08 16.00 19.00 11.1 36.0 44.0 50.0 20.00 G 1/8 XCMT 08... SR 30070/HG-P IP-9/151
DRG-MF-20R/L-2.25D-25A-10 20.00 23.50 13.2 45.0 55.0 56.0 25.00 G 1/8 XCMT 10... SR 35088I/HG-P IP-10/151
DRG-MF-25R/L-2.25D-32A-13 25.00 29.00 16.5 56.5 69.0 61.0 32.00 G 1/8 XCMT 13... SR 45A100I/HG IP-20/51
DRG-MF-32R/L-2.25D-40A-17 32.00 36.50 20.5 72.0 86.0 74.0 40.00 G 1/8 XCMT 17... SR 45A100I/HG IP-20/51
• In non-rotating applications hole diameter can be adjusted within the specified range by shifting drill's center line along machine's X-axis • The tools feature internal
coolant holes
For inserts, see pages: XCMT-MF (551) • XCMT-MG (551)
DRG-MF
Multifunction Drilling, Boring,
Facing, External Turning and
Internal Grooving Tools
83.5˚
l
R
di
7˚
S
l
R
di
83.5˚
7˚
S
XCMT 040104R-MF
95°
95°
95º
Dimensions
Designation di l S R
IC908
XCMT 040104R/L-MF 4.40 4.40 1.70 0.40 •
XCMT 050204-MF 5.60 5.60 2.10 0.40 •
XCMT 060204-MF 6.40 6.40 2.38 0.40 •
XCMT 070304-MF 7.50 7.50 3.18 0.40 •
XCMT 080304-MF 8.40 8.40 3.18 0.40 •
XCMT 10T304-MF 10.50 10.50 3.97 0.40 •
XCMT 10T308-MF 10.50 10.50 3.97 0.80 •
XCMT 130404-MF 13.40 13.40 4.76 0.40 •
XCMT 130408-MF 13.40 13.40 4.76 0.80 •
XCMT 170508-MF 17.40 17.40 5.56 0.80 •
For tools, see pages: DRG-MF (551)
XCMT-MF
Inserts for DR-MF Multifunction
Tools with Two Cutting Edges for
Hard Materials and Interrupted Cut
Tmax-r
7°
S
W
R
Dimensions Recommended
Machining Data
Designation W±0.02 Tmax-r R S
IC808G
f turn
(mm/rev)
f groove
(mm/rev)
XCMT 05R-15718015MG 1.57 1.80 0.15 2.28 •0.03-0.07 0.03-0.06
XCMT 06R-17820018MG 1.78 1.80 0.18 2.28 •0.04-0.08 0.04-0.07
XCMT 07R-19620015MG 1.96 1.80 0.15 2.28 •0.05-0.10 0.04-0.07
XCMT 05R-201802-MG 2.00 1.80 0.20 2.28 •0.05-0.10 0.04-0.07
XCMT 06R-202002-MG 2.00 2.00 0.20 2.65 •0.05-0.10 0.04-0.07
XCMT 08R-22125015MG 2.21 2.00 0.15 3.41 •0.06-0.11 0.04-0.08
XCMT 10R-23930015MG 2.39 2.00 0.15 3.41 •0.07-0.12 0.05-0.10
XCMT 07R-252002-MG 2.50 2.00 0.20 3.41 •0.07-0.12 0.05-0.10
XCMT 08R-252502-MG 2.50 2.50 0.20 3.50 •0.07-0.12 0.05-0.10
XCMT 10R-303003-MG 3.00 3.00 0.30 4.34 •0.14-0.18 0.06-0.12
XCMT 13R-31835020MG 3.18 3.50 0.20 5.18 •0.14-0.18 0.06-0.12
XCMT 13R-353503-MG 3.50 3.50 0.30 5.25 •0.14-0.20 0.07-0.14
XCMT 17R-404004-MG 4.00 4.00 0.40 6.00 •0.15-0.21 0.08-0.15
For tools, see pages: DRG-MF (551)
XCMT-MG
Two Cutting Edged Internal Grooving
Inserts for DR-MF Multifunction Tools
DRG-MF
Typical Applications
External
Internal External Internal
• Apply above 6 Bar in 2.25xD tools (optimal pressure
is above 10 Bar).
Coolant Pressure
User guide for DRG-MF
Optimization of Chip Shape
• Radial adjustment is depending on drill diameter
Radial Adjustment (off-center drilling)
Tool Drill Dia. Dmin Dmax
DRG-MF-10 10 9.82 10.60
DRG-MF-12 12 11.82 12.60
DRG-MF-14 14 13.80 14.60
DRG-MF-16 16 15.76 16.50
DRG-MF-20 20 19.80 20.60
DRG-MF-25 25 24.80 25.80
DRG-MF-32 32 31.80 33.00
• Apply high speed machining on low carbon steel
• Produce thin chips, as most problems
are caused by thick chips
• Regulate chips produced by machining
medium to high carbon steel
• If too tight, either increase speed and reduce
feed, or reduce speed and increase feed
• If too long, reduce speed and increase feed
Setup
Check formation of core and its size after
drilling 3 mm to 6 mm depth.
The diameter of the core should be within 0.15-0.45 mm.
Adjust Y-axis of the tool body by using the new adjustable
clamping unit (if it is available) or rotate the tool body
180° and secure it into a turret. Check the core again.
Important: If a core does not appear,
this can cause breakage of insert and
vibration when drilling or turning.
If the size of the core is over the recommended size,
it will cause overload and vibration.
Core Ø Ø/2
Insert Positioning
For drilling, cutting edge should be
positioned in the center of tool body.
Correct
✓
Correct
✓
Wrong
User Guide for Turn-Mill Machines
Angular error Warning: As the drill goes
all the way through a
workpiece, it ejects a disc.
For worker safety, guards
should be used.
Cutting edge for drilling
✗Cutting
edge for
drilling
Troubleshooting
Problem Solution
Chipping caused by built-up edge Increase cutting speed. Reduce feed. Check tool and workpiece
rigidity. Reduce tool and workpiece overhang.
Excessive flank wear Reduce cutting speed. Use a harder grade (special). Increase coolant flow. Check cutting edge height.
Edge deformation Reduce cutting speed. Use a harder grade (special). Increase coolant flow. Reduce feed.
Poor surface quality Reduce feed. Increase coolant flow. Check tool and workpiece rigidity.Increase cutting speed.
Long chips Increase feed. Reduce cutting speed. Increase coolant flow.
Tight chips Reduce feed.
Vibrations Check tool and workpiece rigidity. Reduce tool and workpiece overhang. Reduce cutting speed. Increase
feed. Check cutting edge height. Reduce feed and increase cutting speed on very soft materials.
ISCAR
552
INDEXABLE DRILLS
ISCAR
552
USER GUIDE
Recommended Cutting Conditions for XCMT-MF Inserts
Cutting parameters are for 2.25xD steel shank
Internal coolant supply is recommended
Insert Machining Type Cutting Conditions
ap (mm) f (mm/rev)
XCMT 040104 External Turning 0.6 (0.2-1.8) 0.05 (0.02-0.15)
Drilling - 0.06 (0.02-0.10)
XCMT 050204
External Turning 0.8 (0.2-2.5) 0.08 (0.02-0.15)
Face Turning 0.6 (0.2-1.7) 0.06 (0.02-0.13)
Drilling - 0.05 (0.02-0.10)
XCMT 060204
External Turning 1.0 (0.2-3.0) 0.10 (0.03-0.20)
Face Turning 0.8 (0.2-2.5) 0.07 (0.03-0.15)
Drilling - 0.05 (0.02-0.10)
XCMT 070304
External Turning 1.3 (0.3-3.5) 0.12 (0.03-0.20)
Face Turning 1.0 (0.25-3.0) 0.10 (0.03-0.18)
Drilling - 0.06 (0.03-0.12)
XCMT 0803..
Face Turning 1.5 (0.35-4.0) 0.14 (0.06-0.25)
External Turning 1.2 (0.3-3.5) 0.12 (0.06-0.24)
Drilling - 0.08 (0.05-0.16)
XCMT 10T304 External Turning 1.8 (0.5-3.5) 0.12 (0.06-0.30)
Drilling - 0.08 (0.03-0.15)
XCMT 10T308 External Turning 1.8 (0.5-3.5) 0.20 (0.10-0.40)
Drilling - 0.08 (0.03-0.15)
XCMT 130404 External Turning 2.0 (0.6-4.3) 0.15 (0.07-0.32)
Drilling - 0.08 (0.03-0.15)
XCMT 130408 External Turning 2.0 (0.6-4.3) 0.20 (0.10-0.40)
Drilling - 0.08 (0.03-0.15)
XCMT 170508 External Turning 3.0 (0.7-5.3) 0.22 (0.10-0.40)
Drilling - 0.08 (0.03-0.15)
Recommended Cutting Conditions
Cutting speed (Vc)
Workpiece Materials Material No.
VDI 3323 Hardness (BHN) Cutting speed: Vc (m/min) for IC908
Drilling Turning & Boring
Low carbon steel (<0.25% C)1 ~150 130-240 150-270
Carbon steel (≥0.25% C) 2 150-250 90-160 100-180
Low alloy steel 6 ~180 120-210 140-230
Medium alloy steel 7 200-250 70-140 80-160
High alloy steel 8, 9 250-350 50-100 60-120
Martensitic stainless steel 12 200 110-180 130-200
Austenitic stainless steel 14 200 90-160 100-180
Grey cast iron 17, 18 180-220 110-180 120-200
Ductile cast iron 15, 16 200-240 90-160 100-180
Aluminum alloy 21-24 60-130 100-500 150-600
Copper alloy 26-28 90-100 100-400 100-500
553
INDEXABLE DRILLS
553
USER GUIDE
Chip Control Range for DRG-MF
0.02
0.04
0.06
0.08
0.10
0.15
0.20
0.30
Feed (mm/rev)
Diameter of tool (mm)
10 12 14 168 20 25 32
3.0
0.02 0.05 0.1 0.15 0.2 0.25
Feed (mm/rev)
D.O.C. (mm)
0.2
0.5
1.0
1.5
2.0
2.5
3.5
4.5
5.5
0.3 0.35 0.4
XCMT 060204 XCMT 070304XCMT 050204XCMT 050204
XCMT 080304 XCMT 100304 XCMT 130304 XCMT 170304
Turning
Material: SAE 1045 (220BHN), V=150 m/min
Drilling
Material: SAE 4140 (220BHN), V=120 m/min
ISCAR
554
INDEXABLE DRILLS
ISCAR
554
USER GUIDE
555
INDEXABLE DRILLS
L2
L
dh6
D
R+0.05 Right-hand shown
Dimensions
Designation D L L2d R
IC908
PICCO R-MF 6-3 L06 3.00 6.0 28.0 6.00 0.10 •
PICCO R/L-MF 6-4 L08 4.00 8.0 30.0 6.00 0.10 •
PICCO R/L-MF 6-4 L12 4.00 12.0 34.0 6.00 0.20 •
PICCO R/L-MF 6-5 L10 5.00 10.0 32.0 6.00 0.10 •
PICCO R/L-MF 6-5 L15 5.00 15.0 41.0 6.00 0.30 •
PICCO R/L-MF 6-6 L12 6.00 12.0 34.0 6.00 0.10 •
PICCO R/L-MF 6-6 L18 6.00 18.0 43.0 6.00 0.30 •
PICCO R/L-MF 8-7 L14 7.00 14.0 41.0 8.00 0.10 •
PICCO R/L-MF 8-7 L21 7.00 21.0 55.0 8.00 0.30 •
PICCO R/L-MF 8-8 L16 8.00 16.0 43.0 8.00 0.10 •
PICCO R/L-MF 8-8 L24 8.00 24.0 58.5 8.00 0.30 •
• Dmin can be 0.1 mm smaller by shifting tool center • Applications: Drilling; face turning; internal chamfering; internal turning\ boring; internal profiling; external
chamfering; external turning
PICCO-MF
Multifunction Solid Carbide Tools for
Drilling, Facing, Int. and Ext. Turning
on Swiss and Small CNC Machines
L2
L
dh6
y
wTL
60°
D
a
R+0.05
t
Right-hand shown
Dimensions
Designation D min Pmin Pmax taw L TLL2Y d R
IC908
PICCO R/L-MFT60 6-4 L08 4.00 0.50 0.75 0.46 3.90 0.06 8.0 7.3 30.0 1.3 6.00 0.10 •
PICCO R-MFT60 6-4 L12 4.00 0.50 0.75 0.46 3.90 0.06 12.0 11.6 34.0 1.2 6.00 0.20 •
PICCO R/L-MFT60 6-5 L10 5.00 0.50 1.00 0.61 4.90 0.06 10.0 9.0 32.0 1.4 6.00 0.10 •
PICCO R/L-MFT60 6-5 L15 (1) 5.00 0.50 1.00 0.61 4.90 0.06 15.0 14.4 37.0 1.4 6.00 0.30 •
PICCO R/L-MFT60 6-6 L18 (1) 6.00 0.50 1.00 0.61 5.90 0.06 18.0 17.3 43.0 1.4 6.00 0.30 •
PICCO R-MFT60 6-6 L12 6.00 0.50 1.00 0.61 5.90 0.06 12.0 11.0 34.0 1.4 6.00 0.10 •
PICCO R/L-MFT60 8-7 L14 7.00 0.75 1.25 0.76 6.90 0.09 14.0 13.0 41.0 1.5 8.00 0.10 •
PICCO R-MFT60 8-7 L21 7.00 0.75 1.25 0.76 6.90 0.09 21.0 20.0 55.0 1.5 8.00 0.30 •
PICCO R/L-MFT60 8-8 L16 8.00 0.90 1.50 0.92 7.90 0.11 16.0 15.0 43.0 1.5 8.00 0.10 •
PICCO R/L-MFT60 8-8 L24 (1) 8.00 0.90 1.50 0.92 7.90 0.11 24.0 23.0 57.0 1.5 8.00 0.30 •
• Applications: Drilling; face turning; internal chamfering; internal turning\boring; internal profiling; external chamfering; external turning; internal and external 60°
threading (right- and left-hand)
(1) Available on request
PICCO-MFT
Solid Carbide Tools for Drilling, Facing,
Int. and Ext. Turning and Threading
on Swiss and Small CNC Machines
PICCO-MF
Recommended Cutting Conditions
Cutting speed (Vc)
Feed (f) and depth of cut (ap) 2xD
Feed (f) and depth of cut (ap) 4xD
Workpiece Materials Material No.
VDI 3323 Hardness (BHN) Cutting Speed: Vc (m/min) for IC908
Drilling Turning & Boring
Low carbon steel (<0.25% C) 1 ~150 40-100 40-180
Carbon steel (≥0.25% C) 2 150-250 40-100 40-180
Low alloy steel 6 ~180 40-80 40-140
Medium alloy steel 7 200-250 40-80 40-140
High alloy steel 8, 9 250-350 40-60 40-120
Martensitic stainless steel 12 200 20-60 40-140
Austenitic stainless steel 14 200 20-60 40-140
Grey cast iron 15,16 180-220 40-140 40-140
Ductile cast iron 17,18 200-240 40-150 40-150
Aluminum alloy 21-24 60-130 50-200 150-320
Copper alloy 26-28 90-100 50-200 150-320
Tool Diameter (mm) Machining Type Cutting Conditions
ap (mm) f (mm/rev)
3-4
External Turning 0.8 (0.2-2.5) 0.04 (0.01-0.08)
Face Turning 0.6 (0.02-1.7) 0.03 (0.01-0.06)
Drilling - 0.02 (0.01-0.06)
5-6
External Turning 1.0 (0.2-3.0) 0.04 (0.01-0.08)
Face Turning 0.8 (0.2-2.5) 0.03 (0.01-0.06)
Drilling - 0.03 (0.01-0.08)
7-8
External Turning 1.3 (0.3-3.5) 0.04 (0.01-0.08)
Face Turning 1.0 (0.25-0.3) 0.04 (0.01-0.07)
Drilling - 0.04 (0.01-0.10)
Tool Diameter (mm) Machining Type Cutting Conditions
ap (mm) f (mm/rev)
3-4
External Turning 0.8 (0.2-2.5) 0.03 (0.01-0.07)
Face Turning 0.6 (0.02-1.7) 0.02 (0.01-0.04)
Drilling - 0.02 (0.01-0.05)
5-6
External Turning 1.0 (0.2-3.0) 0.03 (0.01-0.07)
Face Turning 0.8 (0.2-2.5) 0.02 (0.01-0.04)
Drilling - 0.02 (0.01-0.06)
7-8
External Turning 1.3 (0.3-3.5) 0.03 (0.01-0.07)
Face Turning 1.0 (0.25-0.3) 0.02 (0.01-0.04)
Drilling - 0.03 (0.01-0.08)
ISCAR
556
INDEXABLE DRILLS
ISCAR
556
USER GUIDE
557
SOLID CARBIDE DRILLS
SOLID CARBIDE DRILLS
ISCAR
558
SOLID CARBIDE DRILLS
ISCAR
558
Identification System
Cylindrical
Shank Type
SCD
SCCD (1)
126 060 140 A G
Solid
Carbide
Drill
(1) 3 Flute
Cutting
Diameter
Effective Drilling
Depth
Shank
Diameter
If not specified - external coolant
Internal coolant
Coolant
L/D
Cutting geometry for steel
Cutting geometry for aluminum
Cutting geometry for general use
Cutting Geometry
5
Cutting Edge Configurations
C
AP ACG ACP SCCD SCD... AH
A
C
P
N
G
559
SOLID CARBIDE DRILLS
L2
L3L1 (Ref)
L
140° dh6
Dm6
Dimensions
Designation D d L L3L1L2Th(1)
IC908
SCD 008-003-030 AP4 0.80 3.00 3.2 4.8 8.8 46.0 - •
SCD 009-003-030 AP4 0.90 3.00 3.6 5.4 9.4 46.0 - •
SCD 010-004-030 AP4 1.00 3.00 4.0 6.0 10.0 46.0 - •
SCD 011-004-030 AP4 1.10 3.00 4.4 6.6 10.6 46.0 M1.4 •
SCD 012-004-030 AP4 1.20 3.00 4.8 7.2 11.2 46.0 - •
SCD 013-005-030 AP4 1.30 3.00 5.2 7.8 11.8 46.0 - •
SCD 014-005-030 AP4 1.40 3.00 5.6 8.4 12.4 46.0 - •
SCD 015-006-030 AP4 1.50 3.00 6.0 9.0 13.0 46.0 - •
SCD 016-006-030 AP4 1.60 3.00 6.4 9.6 13.6 46.0 M2 •
SCD 017-006-030 AP4 1.70 3.00 6.8 10.2 14.2 46.0 - •
SCD 018-007-030 AP4 1.80 3.00 7.2 10.8 14.8 46.0 - •
SCD 019-007-030 AP4 1.90 3.00 7.6 11.4 15.4 46.0 - •
SCD 020-008-030 AP4 2.00 3.00 8.0 12.0 16.0 60.0 - •
SCD 021-008-030 AP4 2.10 3.00 8.4 12.6 16.6 60.0 - •
SCD 022-008-030 AP4 2.20 3.00 8.8 13.2 17.2 60.0 - •
SCD 023-009-030 AP4 2.30 3.00 9.2 13.8 17.8 60.0 - •
SCD 024-009-030 AP4 2.40 3.00 9.6 14.4 18.4 60.0 - •
SCD 025-010-030 AP4 2.50 3.00 10.0 15.0 19.0 60.0 M3 •
SCD 026-010-030 AP4 2.60 3.00 10.4 15.6 19.6 60.0 - •
SCD 027-010-030 AP4 2.70 3.00 10.8 16.2 20.2 60.0 - •
SCD 028-011-030 AP4 2.80 3.00 11.2 16.8 20.8 60.0 - •
SCD 029-011-030 AP4 2.90 3.00 11.6 17.4 21.4 60.0 M3.5 •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size
SCD-AP4 (4xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 4xD
L2
L
L3
140°
dh6
L1(Ref)Dm6
Dimensions
Designation D d L L3L1L2Th(1)
IC908
SCD 008-004-030 AP6 0.80 3.00 4.8 6.4 10.7 46.0 - •
SCD 009-005-030 AP6 0.90 3.00 5.4 7.2 11.5 46.0 - •
SCD 010-006-030 AP6 1.00 3.00 6.0 8.0 12.2 46.0 - •
SCD 011-006-030 AP6 1.10 3.00 6.6 8.8 13.0 46.0 M1.4 •
SCD 012-007-030 AP6 1.20 3.00 7.2 9.6 13.7 46.0 - •
SCD 013-007-030 AP6 1.30 3.00 7.8 10.4 14.5 46.0 - •
SCD 014-008-030 AP6 1.40 3.00 8.4 11.2 15.2 46.0 - •
SCD 015-009-030 AP6 1.50 3.00 9.0 12.0 16.0 46.0 - •
SCD 016-009-030 AP6 1.60 3.00 9.6 12.8 16.7 46.0 M2 •
SCD 017-010-030 AP6 1.70 3.00 10.2 13.6 17.5 60.0 - •
SCD 018-010-030 AP6 1.80 3.00 10.8 14.4 18.2 60.0 - •
SCD 019-011-030 AP6 1.90 3.00 11.4 15.2 18.9 60.0 - •
SCD 020-012-030 AP6 2.00 3.00 12.0 16.0 19.7 60.0 - •
SCD 021-012-030 AP6 2.10 3.00 12.6 16.8 20.4 60.0 - •
SCD 022-013-030 AP6 2.20 3.00 13.2 17.6 21.1 60.0 - •
SCD 023-013-030 AP6 2.30 3.00 13.8 18.4 21.8 60.0 - •
SCD 024-014-030 AP6 2.40 3.00 14.4 19.2 22.5 60.0 - •
SCD 025-015-030 AP6 2.50 3.00 15.0 20.0 23.2 60.0 M3 •
SCD 026-015-030 AP6 2.60 3.00 15.6 20.8 23.9 60.0 - •
SCD 027-016-030 AP6 2.70 3.00 16.2 21.6 24.5 60.0 - •
SCD 028-016-030 AP6 2.80 3.00 16.8 22.4 25.2 60.0 - •
SCD 029-017-030 AP6 2.90 3.00 17.4 23.2 25.7 60.0 M3.5 •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size
SCD-AP6 (6xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 6xD
ISCAR
560
SOLID CARBIDE DRILLS
DCONMS h6
140°
LS
LU
PL
LCF
DCm7
OAL
SCD-AP3N (3xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 030-014-060 AP3N 3.00 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 031-014-060 AP3N 3.10 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 032-014-060 AP3N 3.20 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 033-014-060 AP3N 3.30 6.00 62.00 14.0 20.0 0.50 34.0 M4 •
SCD 034-014-060 AP3N 3.40 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 035-014-060 AP3N 3.50 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 036-014-060 AP3N 3.60 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 037-014-060 AP3N 3.70 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 038-017-060 AP3N 3.80 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 039-017-060 AP3N 3.90 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 040-017-060 AP3N 4.00 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 041-017-060 AP3N 4.10 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 042-017-060 AP3N 4.20 6.00 66.00 17.0 24.0 0.70 35.0 M5 •
SCD 043-017-060 AP3N 4.30 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 044-017-060 AP3N 4.40 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 045-017-060 AP3N 4.50 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 046-017-060 AP3N 4.60 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 047-017-060 AP3N 4.70 6.00 66.00 17.0 24.0 0.80 35.0 - •
SCD 048-020-060 AP3N 4.80 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 049-020-060 AP3N 4.90 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 050-020-060 AP3N 5.00 6.00 66.00 20.0 28.0 0.80 36.0 M6 •
SCD 051-020-060 AP3N 5.10 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 052-020-060 AP3N 5.20 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 053-020-060 AP3N 5.30 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 054-020-060 AP3N 5.40 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 055-020-060 AP3N 5.50 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 056-020-060 AP3N 5.60 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 057-020-060 AP3N 5.70 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 058-020-060 AP3N 5.80 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 059-020-060 AP3N 5.90 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 060-020-060 AP3N 6.00 6.00 66.00 20.0 28.0 0.90 36.0 M7 •
SCD 061-024-080 AP3N 6.10 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 062-024-080 AP3N 6.20 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 063-024-080 AP3N 6.30 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 064-024-080 AP3N 6.40 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 065-024-080 AP3N 6.50 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 066-024-080 AP3N 6.60 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 067-024-080 AP3N 6.70 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 068-024-080 AP3N 6.80 8.00 79.00 24.0 34.0 1.10 36.0 M8 •
SCD 069-024-080 AP3N 6.90 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 070-024-080 AP3N 7.00 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 071-029-080 AP3N 7.10 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 072-029-080 AP3N 7.20 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 073-029-080 AP3N 7.30 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 074-029-080 AP3N 7.40 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 075-029-080 AP3N 7.50 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 076-029-080 AP3N 7.60 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 077-029-080 AP3N 7.70 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 078-029-080 AP3N 7.80 8.00 79.00 29.0 41.0 1.20 36.0 M9 •
SCD 079-029-080 AP3N 7.90 8.00 79.00 29.0 41.0 1.30 36.0 - •
SCD 080-029-080 AP3N 8.00 8.00 79.00 29.0 41.0 1.30 36.0 - •
SCD 081-035-100 AP3N 8.10 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 082-035-100 AP3N 8.20 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 083-035-100 AP3N 8.30 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 084-035-100 AP3N 8.40 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 085-035-100 AP3N 8.50 10.00 89.00 35.0 47.0 1.30 40.0 M10 •
SCD 086-035-100 AP3N 8.60 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 087-035-100 AP3N 8.70 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 088-035-100 AP3N 8.80 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 089-035-100 AP3N 8.90 10.00 89.00 35.0 47.0 1.40 40.0 - •
561
SOLID CARBIDE DRILLS
DCONMS h6
140°
LS
LU
PL
LCF
DCm7
OAL
SCD-AP3N (3xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(continued)
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 090-035-100 AP3N 9.00 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 091-035-100 AP3N 9.10 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 092-035-100 AP3N 9.20 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 093-035-100 AP3N 9.30 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 094-035-100 AP3N 9.40 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 095-035-100 AP3N 9.50 10.00 89.00 35.0 47.0 1.50 40.0 M11 •
SCD 096-035-100 AP3N 9.60 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 097-035-100 AP3N 9.70 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 098-035-100 AP3N 9.80 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 099-035-100 AP3N 9.90 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 100-035-100 AP3N 10.00 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 101-040-120 AP3N 10.10 12.00 101.00 40.0 55.0 1.60 45.0 - •
SCD 102-040-120 AP3N 10.20 12.00 101.00 40.0 55.0 1.60 45.0 M12 •
SCD 103-040-120 AP3N 10.30 12.00 101.00 40.0 55.0 1.60 45.0 - •
SCD 104-040-120 AP3N 10.40 12.00 101.00 40.0 55.0 1.60 45.0 - •
SCD 105-040-120 AP3N 10.50 12.00 101.00 40.0 55.0 1.60 45.0 - •
SCD 106-040-120 AP3N 10.60 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 107-040-120 AP3N 10.70 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 108-040-120 AP3N 10.80 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 109-040-120 AP3N 10.90 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 110-040-120 AP3N 11.00 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 111-040-120 AP3N 11.10 12.00 101.00 40.0 55.0 1.70 45.0 - •
SCD 112-040-120 AP3N 11.20 12.00 101.00 40.0 55.0 1.80 45.0 - •
SCD 113-040-120 AP3N 11.30 12.00 101.00 40.0 55.0 1.80 45.0 - •
SCD 114-040-120 AP3N 11.40 12.00 101.00 40.0 55.0 1.80 45.0 - •
SCD 115-040-120 AP3N 11.50 12.00 101.00 40.0 55.0 1.80 45.0 - •
SCD 116-040-120 AP3N 11.60 12.00 101.00 40.0 55.0 1.80 45.0 - •
SCD 117-040-120 AP3N 11.70 12.00 101.00 40.0 55.0 1.90 45.0 - •
SCD 118-040-120 AP3N 11.80 12.00 101.00 40.0 55.0 1.90 45.0 - •
SCD 119-040-120 AP3N 11.90 12.00 101.00 40.0 55.0 1.90 45.0 - •
SCD 120-040-120 AP3N 12.00 12.00 101.00 40.0 55.0 1.90 45.0 M14 •
ISCAR
562
SOLID CARBIDE DRILLS
L2
L3
L
Dm7
dh6
140˚
SCD-AP3 (3xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 121-043-140 AP3 12.10 14.00 43.0 60.0 107.0 - •
SCD 122-043-140 AP3 12.20 14.00 43.0 60.0 107.0 - •
SCD 123-043-140 AP3 12.30 14.00 43.0 60.0 107.0 - •
SCD 124-043-140 AP3 12.40 14.00 43.0 60.0 107.0 - •
SCD 125-043-140 AP3 12.50 14.00 43.0 60.0 107.0 - •
SCD 126-043-140 AP3 12.60 14.00 43.0 60.0 107.0 - •
SCD 127-043-140 AP3 12.70 14.00 43.0 60.0 107.0 - •
SCD 128-043-140 AP3 12.80 14.00 43.0 60.0 107.0 - •
SCD 129-043-140 AP3 12.90 14.00 43.0 60.0 107.0 - •
SCD 130-043-140 AP3 13.00 14.00 43.0 60.0 107.0 - •
SCD 131-043-140 AP3 13.10 14.00 43.0 60.0 107.0 - •
SCD 132-043-140 AP3 13.20 14.00 43.0 60.0 107.0 - •
SCD 133-043-140 AP3 13.30 14.00 43.0 60.0 107.0 - •
SCD 134-043-140 AP3 13.40 14.00 43.0 60.0 107.0 - •
SCD 135-043-140 AP3 13.50 14.00 43.0 60.0 107.0 - •
SCD 136-043-140 AP3 13.60 14.00 43.0 60.0 107.0 - •
SCD 137-043-140 AP3 13.70 14.00 43.0 60.0 107.0 - •
SCD 138-043-140 AP3 13.80 14.00 43.0 60.0 107.0 - •
SCD 139-043-140 AP3 13.90 14.00 43.0 60.0 107.0 - •
SCD 140-043-140 AP3 14.00 14.00 43.0 60.0 107.0 M16 •
SCD 141-045-160 AP3 14.10 16.00 45.0 65.0 115.0 - •
SCD 142-045-160 AP3 14.20 16.00 45.0 65.0 115.0 - •
SCD 143-045-160 AP3 14.30 16.00 45.0 65.0 115.0 - •
SCD 144-045-160 AP3 14.40 16.00 45.0 65.0 115.0 - •
SCD 145-045-160 AP3 14.50 16.00 45.0 65.0 115.0 - •
SCD 146-045-160 AP3 14.60 16.00 45.0 65.0 115.0 - •
SCD 147-045-160 AP3 14.70 16.00 45.0 65.0 115.0 - •
SCD 148-045-160 AP3 14.80 16.00 45.0 65.0 115.0 - •
SCD 149-045-160 AP3 14.90 16.00 45.0 65.0 115.0 - •
SCD 150-045-160 AP3 15.00 16.00 45.0 65.0 115.0 - •
SCD 151-045-160 AP3 15.10 16.00 45.0 65.0 115.0 - •
SCD 152-045-160 AP3 15.20 16.00 45.0 65.0 115.0 - •
SCD 153-045-160 AP3 15.30 16.00 45.0 65.0 115.0 - •
SCD 154-045-160 AP3 15.40 16.00 45.0 65.0 115.0 - •
SCD 155-045-160 AP3 15.50 16.00 45.0 65.0 115.0 M18 •
SCD 156-045-160 AP3 15.60 16.00 45.0 65.0 115.0 - •
SCD 157-045-160 AP3 15.70 16.00 45.0 65.0 115.0 - •
SCD 158-045-160 AP3 15.80 16.00 45.0 65.0 115.0 - •
SCD 159-045-160 AP3 15.90 16.00 45.0 65.0 115.0 - •
SCD 160-045-160 AP3 16.00 16.00 45.0 65.0 115.0 - •
SCD 161-051-180 AP3 16.10 18.00 51.0 73.0 123.0 - •
SCD 162-051-180 AP3 16.20 18.00 51.0 73.0 123.0 - •
SCD 164-051-180 AP3 16.40 18.00 51.0 73.0 123.0 - •
SCD 165-051-180 AP3 16.50 18.00 51.0 73.0 123.0 - •
SCD 166-051-180 AP3 16.60 18.00 51.0 73.0 123.0 - •
SCD 167-051-180 AP3 16.70 18.00 51.0 73.0 123.0 - •
SCD 168-051-180 AP3 16.80 18.00 51.0 73.0 123.0 - •
SCD 169-051-180 AP3 16.90 18.00 51.0 73.0 123.0 - •
SCD 170-051-180 AP3 17.00 18.00 51.0 73.0 123.0 - •
SCD 171-051-180 AP3 17.10 18.00 51.0 73.0 123.0 - •
SCD 172-051-180 AP3 17.20 18.00 51.0 73.0 123.0 - •
SCD 173-051-180 AP3 17.30 18.00 51.0 73.0 123.0 - •
SCD 174-051-180 AP3 17.40 18.00 51.0 73.0 123.0 - •
SCD 175-051-180 AP3 17.50 18.00 51.0 73.0 123.0 M20 •
SCD 176-051-180 AP3 17.60 18.00 51.0 73.0 123.0 - •
SCD 177-051-180 AP3 17.70 18.00 51.0 73.0 123.0 - •
SCD 178-051-180 AP3 17.80 18.00 51.0 73.0 123.0 - •
SCD 179-051-180 AP3 17.90 18.00 51.0 73.0 123.0 - •
563
SOLID CARBIDE DRILLS
L2
L3
L
Dm7
dh6
140˚
SCD-AP3 (3xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
(continued)
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 180-051-180 AP3 18.00 18.00 51.0 73.0 123.0 - •
SCD 181-055-200 AP3 18.10 20.00 55.0 79.0 131.0 - •
SCD 182-055-200 AP3 18.20 20.00 55.0 79.0 131.0 - •
SCD 183-055-200 AP3 18.30 20.00 55.0 79.0 131.0 - •
SCD 184-055-200 AP3 18.40 20.00 55.0 79.0 131.0 - •
SCD 185-055-200 AP3 18.50 20.00 55.0 79.0 131.0 - •
SCD 186-055-200 AP3 18.60 20.00 55.0 79.0 131.0 - •
SCD 187-055-200 AP3 18.70 20.00 55.0 79.0 131.0 - •
SCD 188-055-200 AP3 18.80 20.00 55.0 79.0 131.0 - •
SCD 189-055-200 AP3 18.90 20.00 55.0 79.0 131.0 - •
SCD 190-055-200 AP3 19.00 20.00 55.0 79.0 131.0 - •
SCD 191-055-200 AP3 19.10 20.00 55.0 79.0 131.0 - •
SCD 192-055-200 AP3 19.20 20.00 55.0 79.0 131.0 - •
SCD 193-055-200 AP3 19.30 20.00 55.0 79.0 131.0 - •
SCD 194-055-200 AP3 19.40 20.00 55.0 79.0 131.0 - •
SCD 195-055-200 AP3 19.50 20.00 55.0 79.0 131.0 M22 •
SCD 196-055-200 AP3 19.60 20.00 55.0 79.0 131.0 - •
SCD 197-055-200 AP3 19.70 20.00 55.0 79.0 131.0 - •
SCD 198-055-200 AP3 19.80 20.00 55.0 79.0 131.0 - •
SCD 199-055-200 AP3 19.90 20.00 55.0 79.0 131.0 - •
SCD 200-055-200 AP3 20.00 20.00 55.0 79.0 131.0 - •
ISCAR
564
SOLID CARBIDE DRILLS
DCONMS h6
LS
LCF
OAL
PL
DC m7
140°
LU
SCD-ACP3N (3XD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 030-014-060 ACP3N 3.00 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 031-014-060 ACP3N 3.10 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 032-014-060 ACP3N 3.20 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 033-014-060 ACP3N 3.30 6.00 62.00 14.0 20.0 0.50 34.0 M4 •
SCD 034-014-060 ACP3N 3.40 6.00 62.00 14.0 20.0 0.50 34.0 - •
SCD 035-014-060 ACP3N 3.50 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 036-014-060 ACP3N 3.60 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 037-014-060 ACP3N 3.70 6.00 62.00 14.0 20.0 0.60 34.0 - •
SCD 038-017-060 ACP3N 3.80 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 039-017-060 ACP3N 3.90 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 040-017-060 ACP3N 4.00 6.00 66.00 17.0 24.0 0.60 35.0 - •
SCD 041-017-060 ACP3N 4.10 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 042-017-060 ACP3N 4.20 6.00 66.00 17.0 24.0 0.70 35.0 M5 •
SCD 043-017-060 ACP3N 4.30 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 044-017-060 ACP3N 4.40 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 045-017-060 ACP3N 4.50 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 046-017-060 ACP3N 4.60 6.00 66.00 17.0 24.0 0.70 35.0 - •
SCD 047-017-060 ACP3N 4.70 6.00 66.00 17.0 24.0 0.80 35.0 - •
SCD 048-020-060 ACP3N 4.80 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 049-020-060 ACP3N 4.90 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 050-020-060 ACP3N 5.00 6.00 66.00 20.0 28.0 0.80 36.0 M6 •
SCD 051-020-060 ACP3N 5.10 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 052-020-060 ACP3N 5.20 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 053-020-060 ACP3N 5.30 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 054-020-060 ACP3N 5.40 6.00 66.00 20.0 28.0 0.80 36.0 - •
SCD 055-020-060 ACP3N 5.50 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 056-020-060 ACP3N 5.60 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 057-020-060 ACP3N 5.70 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 058-020-060 ACP3N 5.80 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 059-020-060 ACP3N 5.90 6.00 66.00 20.0 28.0 0.90 36.0 - •
SCD 060-020-060 ACP3N 6.00 6.00 66.00 20.0 28.0 0.90 36.0 M7 •
SCD 061-024-080 ACP3N 6.10 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 062-024-080 ACP3N 6.20 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 063-024-080 ACP3N 6.30 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 064-024-080 ACP3N 6.40 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 065-024-080 ACP3N 6.50 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 066-024-080 ACP3N 6.60 8.00 79.00 24.0 34.0 1.00 36.0 - •
SCD 067-024-080 ACP3N 6.70 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 068-024-080 ACP3N 6.80 8.00 79.00 24.0 34.0 1.10 36.0 M8 •
SCD 069-024-080 ACP3N 6.90 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 070-024-080 ACP3N 7.00 8.00 79.00 24.0 34.0 1.10 36.0 - •
SCD 071-029-080 ACP3N 7.10 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 072-029-080 ACP3N 7.20 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 073-029-080 ACP3N 7.30 8.00 79.00 29.0 41.0 1.10 36.0 - •
SCD 074-029-080 ACP3N 7.40 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 075-029-080 ACP3N 7.50 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 076-029-080 ACP3N 7.60 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 077-029-080 ACP3N 7.70 8.00 79.00 29.0 41.0 1.20 36.0 - •
SCD 078-029-080 ACP3N 7.80 8.00 79.00 29.0 41.0 1.20 36.0 M9 •
SCD 079-029-080 ACP3N 7.90 8.00 79.00 29.0 41.0 1.30 36.0 - •
SCD 080-029-080 ACP3N 8.00 8.00 79.00 29.0 41.0 1.30 36.0 - •
SCD 081-035-100 ACP3N 8.10 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 082-035-100 ACP3N 8.20 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 083-035-100 ACP3N 8.30 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 084-035-100 ACP3N 8.40 10.00 89.00 35.0 47.0 1.30 40.0 - •
SCD 085-035-100 ACP3N 8.50 10.00 89.00 35.0 47.0 1.30 40.0 M10 •
SCD 086-035-100 ACP3N 8.60 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 087-035-100 ACP3N 8.70 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 088-035-100 ACP3N 8.80 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 089-035-100 ACP3N 8.90 10.00 89.00 35.0 47.0 1.40 40.0 - •
565
SOLID CARBIDE DRILLS
DCONMS h6
LS
LCF
OAL
PL
DC m7
140°
LU
SCD-ACP3N (3XD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(continued)
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 090-035-100 ACP3N 9.00 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 091-035-100 ACP3N 9.10 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 092-035-100 ACP3N 9.20 10.00 89.00 35.0 47.0 1.40 40.0 - •
SCD 093-035-100 ACP3N 9.30 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 094-035-100 ACP3N 9.40 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 095-035-100 ACP3N 9.50 10.00 89.00 35.0 47.0 1.50 40.0 M11 •
SCD 096-035-100 ACP3N 9.60 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 097-035-100 ACP3N 9.70 10.00 89.00 35.0 47.0 1.50 40.0 - •
SCD 098-035-100 ACP3N 9.80 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 099-035-100 ACP3N 9.90 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 100-035-100 ACP3N 10.00 10.00 89.00 35.0 47.0 1.60 40.0 - •
SCD 101-040-120 ACP3N 10.10 12.00 102.00 40.0 55.0 1.60 45.0 - •
SCD 102-040-120 ACP3N 10.20 12.00 102.00 40.0 55.0 1.60 45.0 M12 •
SCD 103-040-120 ACP3N 10.30 12.00 102.00 40.0 55.0 1.60 45.0 - •
SCD 104-040-120 ACP3N 10.40 12.00 102.00 40.0 55.0 1.60 45.0 - •
SCD 105-040-120 ACP3N 10.50 12.00 102.00 40.0 55.0 1.60 45.0 - •
SCD 106-040-120 ACP3N 10.60 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 107-040-120 ACP3N 10.70 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 108-040-120 ACP3N 10.80 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 109-040-120 ACP3N 10.90 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 110-040-120 ACP3N 11.00 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 111-040-120 ACP3N 11.10 12.00 102.00 40.0 55.0 1.70 45.0 - •
SCD 112-040-120 ACP3N 11.20 12.00 102.00 40.0 55.0 1.80 45.0 - •
SCD 113-040-120 ACP3N 11.30 12.00 102.00 40.0 55.0 1.80 45.0 - •
SCD 114-040-120 ACP3N 11.40 12.00 102.00 40.0 55.0 1.80 45.0 - •
SCD 115-040-120 ACP3N 11.50 12.00 102.00 40.0 55.0 1.80 45.0 - •
SCD 116-040-120 ACP3N 11.60 12.00 102.00 40.0 55.0 1.80 45.0 - •
SCD 117-040-120 ACP3N 11.70 12.00 102.00 40.0 55.0 1.90 45.0 - •
SCD 118-040-120 ACP3N 11.80 12.00 102.00 40.0 55.0 1.90 45.0 - •
SCD 119-040-120 ACP3N 11.90 12.00 102.00 40.0 55.0 1.90 45.0 - •
SCD 120-040-120 ACP3N 12.00 12.00 102.00 40.0 55.0 1.90 45.0 M14 •
ISCAR
566
SOLID CARBIDE DRILLS
LS
LCF
OAL
LU
PL
DC m7
SIG DCONMS h6
SCD-AP5N (5xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 030-023-060 AP5N 3.00 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 031-023-060 AP5N 3.10 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 032-023-060 AP5N 3.20 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 033-023-060 AP5N 3.30 6.00 66.00 23.0 28.0 0.50 34.0 M4 •
SCD 034-023-060 AP5N 3.40 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 035-023-060 AP5N 3.50 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 036-023-060 AP5N 3.60 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 037-023-060 AP5N 3.70 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 038-029-060 AP5N 3.80 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 039-029-060 AP5N 3.90 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 040-029-060 AP5N 4.00 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 041-029-060 AP5N 4.10 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 042-029-060 AP5N 4.20 6.00 74.00 29.0 36.0 0.70 35.0 M5 •
SCD 043-029-060 AP5N 4.30 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 044-029-060 AP5N 4.40 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 045-029-060 AP5N 4.50 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 046-029-060 AP5N 4.60 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 047-029-060 AP5N 4.70 6.00 74.00 29.0 36.0 0.80 35.0 - •
SCD 048-035-060 AP5N 4.80 6.00 74.00 35.0 44.0 0.80 36.0 - •
SCD 049-035-060 AP5N 4.90 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 050-035-060 AP5N 5.00 6.00 82.00 35.0 44.0 0.80 36.0 M6 •
SCD 051-035-060 AP5N 5.10 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 052-035-060 AP5N 5.20 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 053-035-060 AP5N 5.30 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 054-035-060 AP5N 5.40 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 055-035-060 AP5N 5.50 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 056-035-060 AP5N 5.60 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 057-035-060 AP5N 5.70 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 058-035-060 AP5N 5.80 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 059-035-060 AP5N 5.90 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 060-035-060 AP5N 6.00 6.00 82.00 35.0 44.0 0.90 36.0 M7 •
SCD 061-043-080 AP5N 6.10 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 062-043-080 AP5N 6.20 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 063-043-080 AP5N 6.30 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 064-043-080 AP5N 6.40 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 065-043-080 AP5N 6.50 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 066-043-080 AP5N 6.60 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 067-043-080 AP5N 6.70 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 068-043-080 AP5N 6.80 8.00 91.00 43.0 53.0 1.10 36.0 M8 •
SCD 069-043-080 AP5N 6.90 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 070-043-080 AP5N 7.00 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 071-043-080 AP5N 7.10 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 072-043-080 AP5N 7.20 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 073-043-080 AP5N 7.30 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 074-043-080 AP5N 7.40 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 075-043-080 AP5N 7.50 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 076-043-080 AP5N 7.60 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 077-043-080 AP5N 7.70 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 078-043-080 AP5N 7.80 8.00 91.00 43.0 53.0 1.20 36.0 M9 •
SCD 079-043-080 AP5N 7.90 8.00 91.00 43.0 53.0 1.30 36.0 - •
SCD 080-043-080 AP5N 8.00 8.00 91.00 43.0 53.0 1.30 36.0 - •
SCD 081-049-100 AP5N 8.10 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 082-049-100 AP5N 8.20 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 083-049-100 AP5N 8.30 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 084-049-100 AP5N 8.40 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 085-049-100 AP5N 8.50 10.00 103.00 49.0 61.0 1.30 40.0 M10 •
SCD 086-049-100 AP5N 8.60 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 087-049-100 AP5N 8.70 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 088-049-100 AP5N 8.80 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 089-049-100 AP5N 8.90 10.00 103.00 49.0 61.0 1.40 40.0 - •
567
SOLID CARBIDE DRILLS
LS
LCF
OAL
LU
PL
DC m7
SIG DCONMS h6
SCD-AP5N (5xD)
DIN 6537 Solid Carbide Drills Without
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(continued)
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 090-049-100 AP5N 9.00 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 091-049-100 AP5N 9.10 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 092-049-100 AP5N 9.20 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 093-049-100 AP5N 9.30 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 094-049-100 AP5N 9.40 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 095-049-100 AP5N 9.50 10.00 103.00 49.0 61.0 1.50 40.0 M11 •
SCD 096-049-100 AP5N 9.60 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 097-049-100 AP5N 9.70 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 098-049-100 AP5N 9.80 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 099-049-100 AP5N 9.90 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 100-049-100 AP5N 10.00 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 101-056-120 AP5N 10.10 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 102-056-120 AP5N 10.20 12.00 118.00 56.0 71.0 1.60 45.0 M12 •
SCD 103-056-120 AP5N 10.30 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 104-056-120 AP5N 10.40 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 105-056-120 AP5N 10.50 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 106-056-120 AP5N 10.60 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 107-056-120 AP5N 10.70 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 108-056-120 AP5N 10.80 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 109-056-120 AP5N 10.90 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 110-056-120 AP5N 11.00 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 111-056-120 AP5N 11.10 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 112-056-120 AP5N 11.20 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 113-056-120 AP5N 11.30 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 114-056-120 AP5N 11.40 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 115-056-120 AP5N 11.50 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 116-056-120 AP5N 11.60 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 117-056-120 AP5N 11.70 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 118-056-120 AP5N 11.80 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 119-056-120 AP5N 11.90 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 120-056-120 AP5N 12.00 12.00 118.00 56.0 71.0 1.90 45.0 M14 •
ISCAR
568
SOLID CARBIDE DRILLS
Dm7
dh6
L3
L
L2
140˚
SCD-AP5 (5xD)
Solid Carbide Drills Without Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 121-060-140 AP5 12.10 14.00 60.0 77.0 124.0 - •
SCD 122-060-140 AP5 12.20 14.00 60.0 77.0 124.0 - •
SCD 123-060-140 AP5 12.30 14.00 60.0 77.0 124.0 - •
SCD 124-060-140 AP5 12.40 14.00 60.0 77.0 124.0 - •
SCD 125-060-140 AP5 12.50 14.00 60.0 77.0 124.0 - •
SCD 126-060-140 AP5 12.60 14.00 60.0 77.0 124.0 - •
SCD 127-060-140 AP5 12.70 14.00 60.0 77.0 124.0 - •
SCD 128-060-140 AP5 12.80 14.00 60.0 77.0 124.0 - •
SCD 129-060-140 AP5 12.90 14.00 60.0 77.0 124.0 - •
SCD 130-060-140 AP5 13.00 14.00 60.0 77.0 124.0 - •
SCD 131-060-140 AP5 13.10 14.00 60.0 77.0 124.0 - •
SCD 132-060-140 AP5 13.20 14.00 60.0 77.0 124.0 - •
SCD 133-060-140 AP5 13.30 14.00 60.0 77.0 124.0 - •
SCD 134-060-140 AP5 13.40 14.00 60.0 77.0 124.0 - •
SCD 135-060-140 AP5 13.50 14.00 60.0 77.0 124.0 - •
SCD 136-060-140 AP5 13.60 14.00 60.0 77.0 124.0 - •
SCD 137-060-140 AP5 13.70 14.00 60.0 77.0 124.0 - •
SCD 138-060-140 AP5 13.80 14.00 60.0 77.0 124.0 - •
SCD 139-060-140 AP5 13.90 14.00 60.0 77.0 124.0 - •
SCD 140-060-140 AP5 14.00 14.00 60.0 77.0 124.0 M16 •
SCD 141-063-160 AP5 14.10 16.00 63.0 83.0 133.0 - •
SCD 142-063-160 AP5 14.20 16.00 63.0 83.0 133.0 - •
SCD 143-063-160 AP5 14.30 16.00 63.0 83.0 133.0 - •
SCD 144-063-160 AP5 14.40 16.00 63.0 83.0 133.0 - •
SCD 145-063-160 AP5 14.50 16.00 63.0 83.0 133.0 - •
SCD 146-063-160 AP5 14.60 16.00 63.0 83.0 133.0 - •
SCD 147-063-160 AP5 14.70 16.00 63.0 83.0 133.0 - •
SCD 148-063-160 AP5 14.80 16.00 63.0 83.0 133.0 - •
SCD 149-063-160 AP5 14.90 16.00 63.0 83.0 133.0 - •
SCD 150-063-160 AP5 15.00 16.00 63.0 83.0 133.0 - •
SCD 151-063-160 AP5 15.10 16.00 63.0 83.0 133.0 - •
SCD 152-063-160 AP5 15.20 16.00 63.0 83.0 133.0 - •
SCD 153-063-160 AP5 15.30 16.00 63.0 83.0 133.0 - •
SCD 154-063-160 AP5 15.40 16.00 63.0 83.0 133.0 - •
SCD 155-063-160 AP5 15.50 16.00 63.0 83.0 133.0 M18 •
SCD 156-063-160 AP5 15.60 16.00 63.0 83.0 133.0 - •
SCD 157-063-160 AP5 15.70 16.00 63.0 83.0 133.0 - •
SCD 158-063-160 AP5 15.80 16.00 63.0 83.0 133.0 - •
SCD 159-063-160 AP5 15.90 16.00 63.0 83.0 133.0 - •
SCD 160-063-160 AP5 16.00 16.00 63.0 83.0 133.0 - •
SCD 161-071-180 AP5 16.10 18.00 71.0 93.0 143.0 - •
SCD 162-071-180 AP5 16.20 18.00 71.0 93.0 143.0 - •
SCD 163-071-180 AP5 16.30 18.00 71.0 93.0 143.0 - •
SCD 164-071-180 AP5 16.40 18.00 71.0 93.0 143.0 - •
SCD 165-071-180 AP5 16.50 18.00 71.0 93.0 143.0 - •
SCD 166-071-180 AP5 16.60 18.00 71.0 93.0 143.0 - •
SCD 167-071-180 AP5 16.70 18.00 71.0 93.0 143.0 - •
SCD 168-071-180 AP5 16.80 18.00 71.0 93.0 143.0 - •
SCD 169-071-180 AP5 16.90 18.00 71.0 93.0 143.0 - •
SCD 170-071-180 AP5 17.00 18.00 71.0 93.0 143.0 - •
SCD 171-071-180 AP5 17.10 18.00 71.0 93.0 143.0 - •
SCD 172-071-180 AP5 17.20 18.00 71.0 93.0 143.0 - •
SCD 173-071-180 AP5 17.30 18.00 71.0 93.0 143.0 - •
SCD 174-071-180 AP5 17.40 18.00 71.0 93.0 143.0 - •
SCD 175-071-180 AP5 17.50 18.00 71.0 93.0 143.0 M20 •
SCD 176-071-180 AP5 17.60 18.00 71.0 93.0 143.0 - •
SCD 177-071-180 AP5 17.70 18.00 71.0 93.0 143.0 - •
SCD 178-071-180 AP5 17.80 18.00 71.0 93.0 143.0 - •
569
SOLID CARBIDE DRILLS
Dm7
dh6
L3
L
L2
140˚
SCD-AP5 (5xD)
Solid Carbide Drills Without Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size
(continued)
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 179-071-180 AP5 17.90 18.00 71.0 93.0 143.0 - •
SCD 180-071-180 AP5 18.00 18.00 71.0 93.0 143.0 - •
SCD 181-077-200 AP5 18.10 20.00 77.0 101.0 153.0 - •
SCD 182-077-200 AP5 18.20 20.00 77.0 101.0 153.0 - •
SCD 183-077-200 AP5 18.30 20.00 77.0 101.0 153.0 - •
SCD 184-077-200 AP5 18.40 20.00 77.0 101.0 153.0 - •
SCD 185-077-200 AP5 18.50 20.00 77.0 101.0 153.0 - •
SCD 186-077-200 AP5 18.60 20.00 77.0 101.0 153.0 - •
SCD 187-077-200 AP5 18.70 20.00 77.0 101.0 153.0 - •
SCD 188-077-200 AP5 18.80 20.00 77.0 101.0 153.0 - •
SCD 189-077-200 AP5 18.90 20.00 77.0 101.0 153.0 - •
SCD 190-077-200 AP5 19.00 20.00 77.0 101.0 153.0 - •
SCD 191-077-200 AP5 19.10 20.00 77.0 101.0 153.0 - •
SCD 192-077-200 AP5 19.20 20.00 77.0 101.0 153.0 - •
SCD 193-077-200 AP5 19.30 20.00 77.0 101.0 153.0 - •
SCD 194-077-200 AP5 19.40 20.00 77.0 101.0 153.0 - •
SCD 195-077-200 AP5 19.50 20.00 77.0 101.0 153.0 M22 •
SCD 196-077-200 AP5 19.60 20.00 77.0 101.0 153.0 - •
SCD 197-077-200 AP5 19.70 20.00 77.0 101.0 153.0 - •
SCD 198-077-200 AP5 19.80 20.00 77.0 101.0 153.0 - •
SCD 199-077-200 AP5 19.90 20.00 77.0 101.0 153.0 - •
SCD 200-077-200 AP5 20.00 20.00 77.0 101.0 153.0 - •
ISCAR
570
SOLID CARBIDE DRILLS
DCONMS h6
LS
LU
LCF
OAL
PL
DC m7
SIG
SCD-ACP5N (5xD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 030-023-060 ACP5N 3.00 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 031-023-060 ACP5N 3.10 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 032-023-060 ACP5N 3.20 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 033-023-060 ACP5N 3.30 6.00 66.00 23.0 28.0 0.50 34.0 M4 •
SCD 034-023-060 ACP5N 3.40 6.00 66.00 23.0 28.0 0.50 34.0 - •
SCD 035-023-060 ACP5N 3.50 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 036-023-060 ACP5N 3.60 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 037-023-060 ACP5N 3.70 6.00 66.00 23.0 28.0 0.60 34.0 - •
SCD 038-029-060 ACP5N 3.80 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 039-029-060 ACP5N 3.90 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 040-029-060 ACP5N 4.00 6.00 74.00 29.0 36.0 0.60 35.0 - •
SCD 041-029-060 ACP5N 4.10 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 042-029-060 ACP5N 4.20 6.00 74.00 29.0 36.0 0.70 35.0 M5 •
SCD 043-029-060 ACP5N 4.30 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 044-029-060 ACP5N 4.40 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 045-029-060 ACP5N 4.50 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 046-029-060 ACP5N 4.60 6.00 74.00 29.0 36.0 0.70 35.0 - •
SCD 047-029-060 ACP5N 4.70 6.00 74.00 29.0 36.0 0.80 35.0 - •
SCD 048-035-060 ACP5N 4.80 6.00 74.00 35.0 44.0 0.80 36.0 - •
SCD 049-035-060 ACP5N 4.90 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 050-035-060 ACP5N 5.00 6.00 82.00 35.0 44.0 0.80 36.0 M6 •
SCD 051-035-060 ACP5N 5.10 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 052-035-060 ACP5N 5.20 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 053-035-060 ACP5N 5.30 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 054-035-060 ACP5N 5.40 6.00 82.00 35.0 44.0 0.80 36.0 - •
SCD 055-035-060 ACP5N 5.50 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 056-035-060 ACP5N 5.60 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 057-035-060 ACP5N 5.70 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 058-035-060 ACP5N 5.80 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 059-035-060 ACP5N 5.90 6.00 82.00 35.0 44.0 0.90 36.0 - •
SCD 060-035-060 ACP5N 6.00 6.00 82.00 35.0 44.0 0.90 36.0 M7 •
SCD 061-043-080 ACP5N 6.10 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 062-043-080 ACP5N 6.20 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 063-043-080 ACP5N 6.30 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 064-043-080 ACP5N 6.40 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 065-043-080 ACP5N 6.50 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 066-043-080 ACP5N 6.60 8.00 91.00 43.0 53.0 1.00 36.0 - •
SCD 067-043-080 ACP5N 6.70 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 068-043-080 ACP5N 6.80 8.00 91.00 43.0 53.0 1.10 36.0 M8 •
SCD 069-043-080 ACP5N 6.90 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 070-043-080 ACP5N 7.00 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 071-043-080 ACP5N 7.10 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 072-043-080 ACP5N 7.20 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 073-043-080 ACP5N 7.30 8.00 91.00 43.0 53.0 1.10 36.0 - •
SCD 074-043-080 ACP5N 7.40 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 075-043-080 ACP5N 7.50 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 076-043-080 ACP5N 7.60 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 077-043-080 ACP5N 7.70 8.00 91.00 43.0 53.0 1.20 36.0 - •
SCD 078-043-080 ACP5N 7.80 8.00 91.00 43.0 53.0 1.20 36.0 M9 •
SCD 079-043-080 ACP5N 7.90 8.00 91.00 43.0 53.0 1.30 36.0 - •
SCD 080-043-080 ACP5N 8.00 8.00 91.00 43.0 53.0 1.30 36.0 - •
SCD 081-049-100 ACP5N 8.10 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 082-049-100 ACP5N 8.20 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 083-049-100 ACP5N 8.30 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 084-049-100 ACP5N 8.40 10.00 103.00 49.0 61.0 1.30 40.0 - •
SCD 085-049-100 ACP5N 8.50 10.00 103.00 49.0 61.0 1.30 40.0 M10 •
SCD 086-049-100 ACP5N 8.60 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 087-049-100 ACP5N 8.70 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 088-049-100 ACP5N 8.80 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 089-049-100 ACP5N 8.90 10.00 103.00 49.0 61.0 1.40 40.0 - •
571
SOLID CARBIDE DRILLS
DCONMS h6
LS
LU
LCF
OAL
PL
DC m7
SIG
SCD-ACP5N (5xD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(continued)
Dimensions
Designation DC DCONMS OAL LU LCF PL LS Th
IC908
SCD 090-049-100 ACP5N 9.00 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 091-049-100 ACP5N 9.10 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 092-049-100 ACP5N 9.20 10.00 103.00 49.0 61.0 1.40 40.0 - •
SCD 093-049-100 ACP5N 9.30 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 094-049-100 ACP5N 9.40 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 095-049-100 ACP5N 9.50 10.00 103.00 49.0 61.0 1.50 40.0 M11 •
SCD 096-049-100 ACP5N 9.60 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 097-049-100 ACP5N 9.70 10.00 103.00 49.0 61.0 1.50 40.0 - •
SCD 098-049-100 ACP5N 9.80 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 099-049-100 ACP5N 9.90 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 100-049-100 ACP5N 10.00 10.00 103.00 49.0 61.0 1.60 40.0 - •
SCD 101-056-120 ACP5N 10.10 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 102-056-120 ACP5N 10.20 12.00 118.00 56.0 71.0 1.60 45.0 M12 •
SCD 103-056-120 ACP5N 10.30 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 104-056-120 ACP5N 10.40 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 105-056-120 ACP5N 10.50 12.00 118.00 56.0 71.0 1.60 45.0 - •
SCD 106-056-120 ACP5N 10.60 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 107-056-120 ACP5N 10.70 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 108-056-120 ACP5N 10.80 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 109-056-120 ACP5N 10.90 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 110-056-120 ACP5N 11.00 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 111-056-120 ACP5N 11.10 12.00 118.00 56.0 71.0 1.70 45.0 - •
SCD 112-056-120 ACP5N 11.20 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 113-056-120 ACP5N 11.30 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 114-056-120 ACP5N 11.40 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 115-056-120 ACP5N 11.50 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 116-056-120 ACP5N 11.60 12.00 118.00 56.0 71.0 1.80 45.0 - •
SCD 117-056-120 ACP5N 11.70 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 118-056-120 ACP5N 11.80 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 119-056-120 ACP5N 11.90 12.00 118.00 56.0 71.0 1.90 45.0 - •
SCD 120-056-120 ACP5N 12.00 12.00 118.00 56.0 71.0 1.90 45.0 M14 •
ISCAR
572
SOLID CARBIDE DRILLS
L3
L
140˚
Dm7
L2
dh6
SCD-ACP5 (5xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 030-023-060 ACP5 3.00 6.00 23.0 28.0 66.0 - •
SCD 031-023-060 ACP5 3.10 6.00 23.0 28.0 66.0 - •
SCD 032-023-060 ACP5 3.20 6.00 23.0 28.0 66.0 - •
SCD 033-023-060 ACP5 3.30 6.00 23.0 28.0 66.0 M4 •
SCD 034-023-060 ACP5 3.40 6.00 23.0 28.0 66.0 - •
SCD 035-023-060 ACP5 3.50 6.00 23.0 28.0 66.0 - •
SCD 037-023-060 ACP5 3.70 6.00 23.0 28.0 66.0 - •
SCD 038-029-060 ACP5 3.80 6.00 29.0 36.0 74.0 - •
SCD 039-029-060 ACP5 3.90 6.00 29.0 36.0 74.0 - •
SCD 040-029-060 ACP5 4.00 6.00 29.0 36.0 74.0 - •
SCD 041-029-060 ACP5 4.10 6.00 29.0 36.0 74.0 - •
SCD 048-035-060 ACP5 4.80 6.00 35.0 44.0 82.0 - •
SCD 049-035-060 ACP5 4.90 6.00 35.0 44.0 82.0 - •
SCD 050-035-060 ACP5 5.00 6.00 35.0 44.0 82.0 M6 •
SCD 051-035-060 ACP5 5.10 6.00 35.0 44.0 82.0 - •
SCD 053-035-060 ACP5 5.30 6.00 35.0 44.0 82.0 - •
SCD 054-035-060 ACP5 5.40 6.00 35.0 44.0 82.0 - •
SCD 055-035-060 ACP5 5.50 6.00 35.0 44.0 82.0 - •
SCD 056-035-060 ACP5 5.60 6.00 35.0 44.0 82.0 - •
SCD 057-035-060 ACP5 5.70 6.00 35.0 44.0 82.0 - •
SCD 059-035-060 ACP5 5.90 6.00 35.0 44.0 82.0 - •
SCD 060-035-060 ACP5 6.00 6.00 35.0 44.0 82.0 - •
SCD 061-043-080 ACP5 6.10 8.00 35.0 44.0 91.0 M7 •
SCD 063-043-080 ACP5 6.30 8.00 43.0 53.0 91.0 - •
SCD 064-043-080 ACP5 6.40 8.00 43.0 53.0 91.0 - •
SCD 065-043-080 ACP5 6.50 8.00 43.0 53.0 91.0 - •
SCD 066-043-080 ACP5 6.60 8.00 43.0 53.0 91.0 - •
SCD 068-043-080 ACP5 6.80 8.00 43.0 53.0 91.0 M8 •
SCD 069-043-080 ACP5 6.90 8.00 43.0 53.0 91.0 - •
SCD 070-043-080 ACP5 7.00 8.00 43.0 53.0 91.0 - •
SCD 071-043-080 ACP5 7.10 8.00 43.0 53.0 91.0 - •
SCD 072-043-080 ACP5 7.20 8.00 43.0 53.0 91.0 - •
SCD 075-043-080 ACP5 7.50 8.00 43.0 53.0 91.0 - •
SCD 076-043-080 ACP5 7.60 8.00 43.0 53.0 91.0 - •
SCD 077-043-080 ACP5 7.70 8.00 43.0 53.0 91.0 - •
SCD 078-043-080 ACP5 7.80 8.00 43.0 53.0 91.0 - •
SCD 079-043-080 ACP5 7.90 8.00 43.0 53.0 91.0 - •
SCD 080-043-080 ACP5 8.00 8.00 43.0 53.0 91.0 - •
SCD 081-049-100 ACP5 8.10 10.00 49.0 61.0 103.0 - •
SCD 082-049-100 ACP5 8.20 10.00 49.0 61.0 103.0 - •
SCD 083-049-100 ACP5 8.30 10.00 49.0 61.0 103.0 - •
SCD 084-049-100 ACP5 8.40 10.00 49.0 61.0 103.0 - •
SCD 085-049-100 ACP5 8.50 10.00 49.0 61.0 103.0 M10 •
SCD 086-049-100 ACP5 8.60 10.00 49.0 61.0 103.0 - •
SCD 087-049-100 ACP5 8.70 10.00 49.0 61.0 103.0 - •
SCD 088-049-100 ACP5 8.80 10.00 49.0 61.0 103.0 - •
SCD 090-049-100 ACP5 9.00 10.00 49.0 61.0 103.0 - •
SCD 091-049-100 ACP5 9.10 10.00 49.0 61.0 103.0 - •
SCD 092-049-100 ACP5 9.20 10.00 49.0 61.0 103.0 - •
SCD 095-049-100 ACP5 9.50 10.00 49.0 61.0 103.0 M11 •
SCD 097-049-100 ACP5 9.70 10.00 49.0 61.0 103.0 - •
SCD 098-049-100 ACP5 9.80 10.00 49.0 61.0 103.0 - •
SCD 099-049-100 ACP5 9.90 10.00 49.0 61.0 103.0 - •
SCD 100-049-100 ACP5 10.00 10.00 49.0 61.0 103.0 - •
SCD 101-056-120 ACP5 10.10 12.00 56.0 71.0 118.0 - •
SCD 102-056-120 ACP5 10.20 12.00 56.0 71.0 118.0 M12 •
SCD 103-056-120 ACP5 10.30 12.00 56.0 71.0 118.0 - •
SCD 104-056-120 ACP5 10.40 12.00 56.0 71.0 118.0 - •
573
SOLID CARBIDE DRILLS
L3
L
140˚
Dm7
L2
dh6
SCD-ACP5 (5xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
(continued)
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 105-056-120 ACP5 10.50 12.00 56.0 71.0 118.0 - •
SCD 110-056-120 ACP5 11.00 12.00 56.0 71.0 118.0 - •
SCD 112-056-120 ACP5 11.20 12.00 56.0 71.0 118.0 - •
SCD 113-056-120 ACP5 11.30 12.00 56.0 71.0 118.0 - •
SCD 114-056-120 ACP5 11.40 12.00 56.0 71.0 118.0 - •
SCD 115-056-120 ACP5 11.50 12.00 56.0 71.0 118.0 - •
SCD 116-056-120 ACP5 11.60 12.00 56.0 71.0 118.0 - •
SCD 117-056-120 ACP5 11.70 12.00 56.0 71.0 118.0 - •
SCD 118-056-120 ACP5 11.80 12.00 56.0 71.0 118.0 - •
SCD 120-056-120 ACP5 12.00 12.00 56.0 71.0 118.0 M14 •
SCD 121-060-140 ACP5 12.10 14.00 60.0 77.0 124.0 - •
SCD 122-060-140 ACP5 12.20 14.00 60.0 77.0 124.0 M14 •
SCD 123-060-140 ACP5 12.30 14.00 60.0 77.0 124.0 - •
SCD 124-060-140 ACP5 12.40 14.00 60.0 77.0 124.0 - •
SCD 125-060-140 ACP5 12.50 14.00 60.0 77.0 124.0 - •
SCD 126-060-140 ACP5 12.60 14.00 60.0 77.0 124.0 - •
SCD 127-060-140 ACP5 12.70 14.00 60.0 77.0 124.0 - •
SCD 128-060-140 ACP5 12.80 14.00 60.0 77.0 124.0 - •
SCD 129-060-140 ACP5 12.90 14.00 60.0 77.0 124.0 - •
SCD 130-060-140 ACP5 13.00 14.00 60.0 77.0 124.0 - •
SCD 131-060-140 ACP5 13.10 14.00 60.0 77.0 124.0 - •
SCD 132-060-140 ACP5 13.20 14.00 60.0 77.0 124.0 - •
SCD 133-060-140 ACP5 13.30 14.00 60.0 77.0 124.0 - •
SCD 134-060-140 ACP5 13.40 14.00 60.0 77.0 124.0 - •
SCD 135-060-140 ACP5 13.50 14.00 60.0 77.0 124.0 - •
SCD 136-060-140 ACP5 13.60 14.00 60.0 77.0 124.0 - •
SCD 137-060-140 ACP5 13.70 14.00 60.0 77.0 124.0 - •
SCD 138-060-140 ACP5 13.80 14.00 60.0 77.0 124.0 - •
SCD 139-060-140 ACP5 13.90 14.00 60.0 77.0 124.0 - •
SCD 140-060-140 ACP5 14.00 14.00 60.0 77.0 124.0 M16 •
SCD 141-063-160 ACP5 14.10 16.00 63.0 83.0 133.0 - •
SCD 142-063-160 ACP5 14.20 16.00 63.0 83.0 133.0 - •
SCD 143-063-160 ACP5 14.30 16.00 63.0 83.0 133.0 - •
SCD 144-063-160 ACP5 14.40 16.00 63.0 83.0 133.0 - •
SCD 145-063-160 ACP5 14.50 16.00 63.0 83.0 133.0 - •
SCD 146-063-160 ACP5 14.60 16.00 63.0 83.0 133.0 - •
SCD 147-063-160 ACP5 14.70 16.00 63.0 83.0 133.0 - •
SCD 148-063-160 ACP5 14.80 16.00 63.0 83.0 133.0 - •
SCD 149-063-160 ACP5 14.90 16.00 63.0 83.0 133.0 - •
SCD 150-063-160 ACP5 15.00 16.00 63.0 83.0 133.0 - •
SCD 151-063-160 ACP5 15.10 16.00 63.0 83.0 133.0 - •
SCD 152-063-160 ACP5 15.20 16.00 63.0 83.0 133.0 - •
SCD 153-063-160 ACP5 15.30 16.00 63.0 83.0 133.0 - •
SCD 154-063-160 ACP5 15.40 16.00 63.0 83.0 133.0 - •
SCD 155-063-160 ACP5 15.50 16.00 63.0 83.0 133.0 M18 •
SCD 156-063-160 ACP5 15.60 16.00 63.0 83.0 133.0 - •
SCD 157-063-160 ACP5 15.70 16.00 63.0 83.0 133.0 - •
SCD 158-063-160 ACP5 15.80 16.00 63.0 83.0 133.0 - •
SCD 159-063-160 ACP5 15.90 16.00 63.0 83.0 133.0 - •
SCD 160-063-160 ACP5 16.00 16.00 63.0 83.0 133.0 - •
SCD 161-071-180 ACP5 16.10 18.00 71.0 93.0 143.0 - •
SCD 162-071-180 ACP5 16.20 18.00 71.0 93.0 143.0 - •
SCD 163-071-180 ACP5 16.30 18.00 71.0 93.0 143.0 - •
SCD 164-071-180 ACP5 16.40 18.00 71.0 93.0 143.0 - •
SCD 165-071-180 ACP5 16.50 18.00 71.0 93.0 143.0 - •
SCD 166-071-180 ACP5 16.60 18.00 71.0 93.0 143.0 - •
SCD 167-071-180 ACP5 16.70 18.00 71.0 93.0 143.0 - •
SCD 168-071-180 ACP5 16.80 18.00 71.0 93.0 143.0 - •
SCD 169-071-180 ACP5 16.90 18.00 71.0 93.0 143.0 - •
ISCAR
574
SOLID CARBIDE DRILLS
L3
L
140˚
Dm7
L2
dh6
SCD-ACP5 (5xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 5xD
(continued)
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 170-071-180 ACP5 17.00 18.00 71.0 93.0 143.0 - •
SCD 171-071-180 ACP5 17.10 18.00 71.0 93.0 143.0 - •
SCD 172-071-180 ACP5 17.20 18.00 71.0 93.0 143.0 - •
SCD 173-071-180 ACP5 17.30 18.00 71.0 93.0 143.0 - •
SCD 174-071-180 ACP5 17.40 18.00 71.0 93.0 143.0 - •
SCD 175-071-180 ACP5 17.50 18.00 71.0 93.0 143.0 - •
SCD 176-071-180 ACP5 17.60 18.00 71.0 93.0 143.0 - •
SCD 177-071-180 ACP5 17.70 18.00 71.0 93.0 143.0 - •
SCD 178-071-180 ACP5 17.80 18.00 71.0 93.0 143.0 - •
SCD 179-071-180 ACP5 17.90 18.00 71.0 93.0 143.0 - •
SCD 180-071-180 ACP5 18.00 18.00 71.0 93.0 143.0 - •
SCD 181-077-200 ACP5 18.10 20.00 77.0 101.0 153.0 - •
SCD 182-077-200 ACP5 18.20 20.00 77.0 101.0 153.0 - •
SCD 183-077-200 ACP5 18.30 20.00 77.0 101.0 153.0 - •
SCD 184-077-200 ACP5 18.40 20.00 77.0 101.0 153.0 - •
SCD 185-077-200 ACP5 18.50 20.00 77.0 101.0 153.0 - •
SCD 186-077-200 ACP5 18.60 20.00 77.0 101.0 153.0 - •
SCD 187-077-200 ACP5 18.70 20.00 77.0 101.0 153.0 - •
SCD 188-077-200 ACP5 18.80 20.00 77.0 101.0 153.0 - •
SCD 189-077-200 ACP5 18.90 20.00 77.0 101.0 153.0 - •
SCD 191-077-200 ACP5 19.10 20.00 77.0 101.0 153.0 - •
SCD 192-077-200 ACP5 19.20 20.00 77.0 101.0 153.0 - •
SCD 193-077-200 ACP5 19.30 20.00 77.0 101.0 153.0 - •
SCD 194-077-200 ACP5 19.40 20.00 77.0 101.0 153.0 - •
SCD 195-077-200 ACP5 19.50 20.00 77.0 101.0 153.0 M22 •
SCD 196-077-200 ACP5 19.60 20.00 77.0 101.0 153.0 - •
SCD 197-077-200 ACP5 19.70 20.00 77.0 101.0 153.0 - •
SCD 198-077-200 ACP5 19.80 20.00 77.0 101.0 153.0 - •
SCD 199-077-200 ACP5 19.90 20.00 77.0 101.0 153.0 - •
SCD 200-077-200 ACP5 20.00 20.00 77.0 101.0 153.0 - •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
575
SOLID CARBIDE DRILLS
L2
L3
L
dh6
150º
Dm7
SCCD-AP5
DIN 6537 Three Flute Solid
Carbide Drills Without Coolant
Holes, Drilling Depth 5xD
Dimensions
Designation D d L L3L2Th(1) PL
IC908
SCCD 030-023-060 AP5 3.00 6.00 23.0 28.0 66.0 - 0.40 •
SCCD 031-023-060 AP5 3.10 6.00 23.0 28.0 66.0 - 0.42 •
SCCD 032-023-060 AP5 3.20 6.00 23.0 28.0 66.0 - 0.43 •
SCCD 033-023-060 AP5 3.30 6.00 23.0 28.0 66.0 M4 0.44 •
SCCD 035-023-060 AP5 3.50 6.00 23.0 28.0 66.0 - 0.47 •
SCCD 037-023-060 AP5 3.70 6.00 23.0 28.0 66.0 - 0.50 •
SCCD 038-029-060 AP5 3.80 6.00 29.0 36.0 74.0 - 0.51 •
SCCD 040-029-060 AP5 4.00 6.00 29.0 36.0 74.0 - 0.54 •
SCCD 041-029-060 AP5 4.10 6.00 29.0 36.0 74.0 - 0.55 •
SCCD 042-029-060 AP5 4.20 6.00 29.0 36.0 74.0 M5 0.56 •
SCCD 043-029-060 AP5 4.30 6.00 29.0 36.0 74.0 - 0.58 •
SCCD 045-029-060 AP5 4.50 6.00 29.0 36.0 74.0 - 0.60 •
SCCD 046-029-060 AP5 4.60 6.00 29.0 36.0 74.0 - 0.62 •
SCCD 047-029-060 AP5 4.70 6.00 29.0 47.0 74.0 - 0.63 •
SCCD 050-035-060 AP5 5.00 6.00 35.0 44.0 82.0 M6 0.67 •
SCCD 051-035-060 AP5 5.10 6.00 35.0 44.0 82.0 - 0.68 •
SCCD 052-035-060 AP5 5.20 6.00 35.0 44.0 82.0 - 0.70 •
SCCD 055-035-060 AP5 5.50 6.00 35.0 44.0 82.0 - 0.74 •
SCCD 056-035-060 AP5 5.60 6.00 35.0 44.0 82.0 - 0.75 •
SCCD 057-035-060 AP5 5.70 6.00 35.0 44.0 82.0 - 0.76 •
SCCD 058-035-060 AP5 5.80 6.00 35.0 44.0 82.0 - 0.78 •
SCCD 059-035-060 AP5 5.90 6.00 35.0 44.0 82.0 - 0.79 •
SCCD 060-035-060 AP5 6.00 6.00 35.0 44.0 82.0 M7 0.80 •
SCCD 061-043-080 AP5 6.10 8.00 43.0 53.0 91.0 - 0.82 •
SCCD 063-043-080 AP5 6.30 8.00 43.0 53.0 91.0 - 0.84 •
SCCD 064-043-080 AP5 6.40 8.00 43.0 53.0 91.0 - 0.86 •
SCCD 065-043-080 AP5 6.50 8.00 43.0 53.0 91.0 - 0.87 •
SCCD 066-043-080 AP5 6.60 8.00 43.0 53.0 91.0 - 0.88 •
SCCD 067-043-080 AP5 6.70 8.00 43.0 53.0 91.0 - 0.90 •
SCCD 068-043-080 AP5 6.80 8.00 43.0 53.0 91.0 M8 0.91 •
SCCD 069-043-080 AP5 6.90 8.00 43.0 53.0 91.0 - 0.92 •
SCCD 070-043-080 AP5 7.00 8.00 43.0 53.0 91.0 - 0.94 •
SCCD 071-043-080 AP5 7.10 8.00 43.0 53.0 91.0 - 0.95 •
SCCD 074-043-080 AP5 7.40 8.00 43.0 53.0 91.0 - 0.99 •
SCCD 075-043-080 AP5 7.50 8.00 43.0 53.0 91.0 - 1.00 •
SCCD 076-043-080 AP5 7.60 8.00 43.0 53.0 91.0 - 1.02 •
SCCD 078-043-080 AP5 7.80 8.00 43.0 53.0 91.0 M9 1.05 •
SCCD 079-043-080 AP5 7.90 8.00 43.0 53.0 91.0 - 1.06 •
SCCD 080-043-080 AP5 8.00 8.00 43.0 53.0 91.0 - 1.07 •
SCCD 081-049-100 AP5 8.10 10.00 49.0 61.0 103.0 - 1.09 •
SCCD 082-049-100 AP5 8.20 10.00 49.0 61.0 103.0 - 1.10 •
SCCD 083-049-100 AP5 8.30 10.00 49.0 61.0 103.0 - 1.11 •
SCCD 084-049-100 AP5 8.40 10.00 49.0 61.0 103.0 - 1.13 •
SCCD 085-049-100 AP5 8.50 10.00 49.0 61.0 103.0 M10 1.14 •
SCCD 086-049-100 AP5 8.60 10.00 49.0 61.0 103.0 - 1.15 •
SCCD 087-049-100 AP5 8.70 10.00 49.0 61.0 103.0 - 1.17 •
SCCD 088-049-100 AP5 8.80 10.00 49.0 61.0 103.0 - 1.18 •
SCCD 090-049-100 AP5 9.00 10.00 49.0 61.0 103.0 - 1.21 •
SCCD 091-049-100 AP5 9.10 10.00 49.0 61.0 103.0 - 1.22 •
SCCD 093-049-100 AP5 9.30 10.00 49.0 61.0 103.0 - 1.25 •
SCCD 095-049-100 AP5 9.50 10.00 49.0 61.0 103.0 M11 1.27 •
SCCD 096-049-100 AP5 9.60 10.00 49.0 61.0 103.0 - 1.29 •
SCCD 097-049-100 AP5 9.70 10.00 49.0 61.0 103.0 - 1.30 •
SCCD 098-049-100 AP5 9.80 10.00 49.0 61.0 103.0 - 1.31 •
SCCD 100-049-100 AP5 10.00 10.00 49.0 61.0 103.0 - 1.34 •
SCCD 101-056-120 AP5 10.10 12.00 56.0 71.0 118.0 - 1.35 •
SCCD 102-056-120 AP5 10.20 12.00 56.0 71.0 118.0 M12 1.37 •
SCCD 103-056-120 AP5 10.30 12.00 56.0 71.0 118.0 - 1.38 •
• For user guide and cutting conditions, see pages 581, 588 • For regrinding instructions, see page 592
(1) Used for standard thread size.
ISCAR
576
SOLID CARBIDE DRILLS
L2
L3
L
dh6
150º
Dm7
SCCD-AP5
DIN 6537 Three Flute Solid
Carbide Drills Without Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see pages 581, 588 • For regrinding instructions, see page 592
(1) Used for standard thread size.
Dimensions
Designation D d L L3L2Th(1) PL
IC908
SCCD 105-056-120 AP5 10.50 12.00 56.0 71.0 118.0 - 1.41 •
SCCD 107-056-120 AP5 10.70 12.00 56.0 71.0 118.0 - 1.43 •
SCCD 108-056-120 AP5 10.80 12.00 56.0 71.0 118.0 - 1.45 •
SCCD 110-056-120 AP5 11.00 12.00 56.0 71.0 118.0 - 1.47 •
SCCD 111-056-120 AP5 11.10 12.00 56.0 71.0 118.0 - 1.49 •
SCCD 112-056-120 AP5 11.20 12.00 56.0 71.0 118.0 - 1.50 •
SCCD 115-056-120 AP5 11.50 12.00 56.0 71.0 118.0 - 1.54 •
SCCD 117-056-120 AP5 11.70 12.00 56.0 71.0 118.0 - 1.57 •
SCCD 118-056-120 AP5 11.80 12.00 56.0 71.0 118.0 - 1.58 •
SCCD 120-056-120 AP5 12.00 12.00 56.0 71.0 118.0 M14 1.61 •
SCCD 121-060-140 AP5 12.10 14.00 60.0 77.0 124.0 - 1.62 •
SCCD 125-060-140 AP5 12.50 14.00 60.0 77.0 124.0 - 1.67 •
SCCD 127-060-140 AP5 12.70 14.00 60.0 77.0 124.0 - 1.70 •
SCCD 128-060-140 AP5 12.80 14.00 60.0 77.0 124.0 - 1.71 •
SCCD 130-060-140 AP5 13.00 14.00 60.0 77.0 124.0 - 1.74 •
SCCD 131-060-140 AP5 13.10 14.00 60.0 77.0 124.0 - 1.76 •
SCCD 135-060-140 AP5 13.50 14.00 60.0 77.0 124.0 - 1.81 •
SCCD 138-060-140 AP5 13.80 14.00 60.0 77.0 124.0 - 1.85 •
SCCD 140-060-140 AP5 14.00 14.00 60.0 77.0 124.0 M16 1.88 •
SCCD 142-063-160 AP5 14.20 16.00 63.0 83.0 133.0 - 1.90 •
SCCD 145-063-160 AP5 14.50 16.00 63.0 83.0 133.0 - 1.94 •
SCCD 150-063-160 AP5 15.00 16.00 63.0 83.0 133.0 - 2.01 •
SCCD 151-063-160 AP5 15.10 16.00 63.0 83.0 133.0 - 2.02 •
SCCD 155-063-160 AP5 15.50 16.00 63.0 83.0 133.0 M18 2.08 •
SCCD 158-063-160 AP5 15.80 16.00 63.0 83.0 133.0 - 2.12 •
SCCD 160-063-160 AP5 16.00 16.00 63.0 83.0 133.0 - 2.14 •
SCCD 165-071-180 AP5 16.50 18.00 71.0 93.0 143.0 - 2.21 •
SCCD 169-071-180 AP5 16.90 18.00 71.0 93.0 143.0 - 2.26 •
SCCD 170-071-180 AP5 17.00 18.00 71.0 93.0 143.0 - 2.28 •
SCCD 175-071-180 AP5 17.50 18.00 71.0 93.0 143.0 M20 2.34 •
SCCD 177-071-180 AP5 17.70 18.00 71.0 93.0 143.0 - 2.37 •
SCCD 180-071-180 AP5 18.00 18.00 71.0 93.0 143.0 - 2.41 •
SCCD 185-077-200 AP5 18.50 20.00 77.0 101.0 153.0 - 2.48 •
SCCD 190-077-200 AP5 19.00 20.00 77.0 101.0 153.0 - 2.55 •
SCCD 195-077-200 AP5 19.50 20.00 77.0 101.0 153.0 M22 2.61 •
SCCD 200-077-200 AP5 20.00 20.00 77.0 101.0 153.0 - 2.68 •
(continued)
577
SOLID CARBIDE DRILLS
L2
L3L4
L
Dm7 dh6
Dm7
Dimensions
Designation D L L3d L4L2Th(1)
IC903
SCD 030-015-060 AH5 3.00 15.0 26.0 6.00 35.0 66.0 - •
SCD 033-017-060 AH5 3.30 16.5 26.0 6.00 35.0 66.0 M4 •
SCD 040-020-060 AH5 4.00 20.0 29.0 6.00 32.0 66.0 - •
SCD 042-021-060 AH5 4.20 21.0 32.0 6.00 46.0 82.0 M5 •
SCD 044-022-060 AH5 4.40 22.0 32.0 6.00 46.0 82.0 - •
SCD 045-023-060 AH5 4.50 22.5 32.0 6.00 46.0 82.0 - •
SCD 050-025-060 AH5 5.00 25.0 37.0 6.00 41.0 82.0 M6 •
SCD 053-027-060 AH5 5.30 26.5 39.0 6.00 37.0 82.0 - •
SCD 055-028-060 AH5 5.50 27.5 39.0 6.00 37.0 82.0 - •
SCD 060-030-060 AH5 6.00 30.0 43.0 6.00 37.0 82.0 M7 •
SCD 068-034-080 AH5 6.80 34.0 49.0 8.00 39.0 91.0 M8 •
SCD 070-035-080 AH5 7.00 35.0 49.0 8.00 39.0 91.0 - •
SCD 075-038-080 AH5 7.50 37.5 52.0 8.00 34.0 91.0 - •
SCD 078-039-080 AH5 7.80 42.0 55.0 8.00 34.0 91.0 M9 •
SCD 080-040-080 AH5 8.00 40.0 55.0 8.00 34.0 91.0 - •
SCD 085-043-100 AH5 8.50 42.5 59.0 10.00 46.0 112.0 M10 •
SCD 088-044-100 AH5 8.80 44.0 63.0 10.00 46.0 112.0 - •
SCD 090-045-100 AH5 9.00 45.0 63.0 10.00 46.0 112.0 - •
SCD 095-048-100 AH5 9.50 47.5 66.0 10.00 39.0 112.0 M11 •
SCD 100-050-100 AH5 10.00 50.0 70.0 10.00 39.0 112.0 - •
SCD 105-053-120 AH5 10.50 52.5 71.0 12.00 45.0 122.0 - •
SCD 110-055-120 AH5 11.00 55.0 74.0 12.00 45.0 122.0 - •
SCD 115-058-120 AH5 11.50 57.5 77.0 12.00 40.0 122.0 - •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 594
(1) Used for standard thread size
ISO Material Hardness
Material No.
Cutting Speed Feed vs. Drill Diameter (mm/rev)
Vc (m/min) Ø3-5 Ø5.1-8 Ø8.1-12
H
Hardened steel 50-55 HRc 38 25-40 0.04-0.07 0.05-0.08 0.06-0.10
Hardened steel 56-60 HRc 39 15-25 0.03-0.06 0.04-0.07 0.05-0.08
Hardened steel 61-70 HRc 39 10-15 0.02-0.04 0.03-0.05 0.03-0.05
Materials over 50 HRc must be used with external cooling while machining.
Use of semi-synthetic or emulsion with more than 6% oil concentration is highly
recommended to extend tool life and hole quality.
Recommended Machining Conditions for SCD...AH5 Solid Drills
SCD-AH5 (5xD)
Solid Carbide Drills for Hard
Materials, Drilling Depth 5xD
ISCAR
578
SOLID CARBIDE DRILLS
L3
L
140˚
L2Dm7
dh6
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 030-029-060 ACG8 3.00 6.00 29.0 34.0 72.0 - •
SCD 031-029-060 ACG8 3.10 6.00 29.0 34.0 72.0 - •
SCD 032-029-060 ACG8 3.20 6.00 29.0 34.0 72.0 - •
SCD 033-029-060 ACG8 3.30 6.00 29.0 34.0 72.0 M4 •
SCD 034-029-060 ACG8 3.40 6.00 29.0 34.0 72.0 - •
SCD 035-029-060 ACG8 3.50 6.00 29.0 34.0 72.0 - •
SCD 036-029-060 ACG8 3.60 6.00 29.0 34.0 72.0 - •
SCD 037-029-060 ACG8 3.70 6.00 29.0 34.0 72.0 - •
SCD 038-036-060 ACG8 3.80 6.00 36.0 43.0 81.0 - •
SCD 039-036-060 ACG8 3.90 6.00 36.0 43.0 81.0 - •
SCD 040-036-060 ACG8 4.00 6.00 36.0 43.0 81.0 - •
SCD 041-036-060 ACG8 4.10 6.00 36.0 43.0 81.0 - •
SCD 042-036-060 ACG8 4.20 6.00 36.0 43.0 81.0 M5 •
SCD 043-036-060 ACG8 4.30 6.00 36.0 43.0 81.0 - •
SCD 044-036-060 ACG8 4.40 6.00 36.0 43.0 81.0 - •
SCD 045-036-060 ACG8 4.50 6.00 36.0 43.0 81.0 - •
SCD 046-036-060 ACG8 4.60 6.00 36.0 43.0 81.0 - •
SCD 047-036-060 ACG8 4.70 6.00 36.0 43.0 81.0 - •
SCD 049-048-060 ACG8 4.90 6.00 48.0 57.0 95.0 - •
SCD 051-048-060 ACG8 5.10 6.00 48.0 57.0 95.0 - •
SCD 064-064-080 ACG8 6.40 8.00 64.0 76.0 114.0 - •
SCD 066-064-080 ACG8 6.60 8.00 64.0 76.0 114.0 - •
SCD 069-064-080 ACG8 6.90 8.00 64.0 76.0 114.0 - •
SCD 071-064-080 ACG8 7.10 8.00 64.0 76.0 114.0 - •
SCD 072-064-080 ACG8 7.20 8.00 64.0 76.0 114.0 - •
SCD 074-064-080 ACG8 7.40 8.00 64.0 76.0 114.0 - •
SCD 084-080-100 ACG8 8.40 10.00 80.0 95.0 142.0 - •
SCD 086-080-100 ACG8 8.60 10.00 80.0 95.0 142.0 - •
SCD 089-080-100 ACG8 8.90 10.00 80.0 95.0 142.0 - •
SCD 092-080-100 ACG8 9.20 10.00 80.0 95.0 142.0 - •
SCD 096-080-100 ACG8 9.60 10.00 80.0 95.0 142.0 - •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 593
(1) Used for standard thread size.
SCD-ACG8 (8xD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 8xD
579
SOLID CARBIDE DRILLS
Dm7
L3
L
140˚
L2
dh6
Dimensions
Designation D d L L3L2Th(1)
IC908
SCD 048-048-060 ACP8 4.80 6.00 48.0 57.0 95.0 - •
SCD 049-048-060 ACP8 4.90 6.00 48.0 57.0 95.0 - •
SCD 050-048-060 ACP8 5.00 6.00 48.0 57.0 95.0 M6 •
SCD 051-048-060 ACP8 5.10 6.00 48.0 57.0 95.0 - •
SCD 052-048-060 ACP8 5.20 6.00 48.0 57.0 95.0 - •
SCD 053-048-060 ACP8 5.30 6.00 48.0 57.0 95.0 - •
SCD 054-048-060 ACP8 5.40 6.00 48.0 57.0 95.0 - •
SCD 055-048-060 ACP8 5.50 6.00 48.0 57.0 95.0 - •
SCD 056-048-060 ACP8 5.60 6.00 48.0 57.0 95.0 - •
SCD 057-048-060 ACP8 5.70 6.00 48.0 57.0 95.0 - •
SCD 058-048-060 ACP8 5.80 6.00 48.0 57.0 95.0 - •
SCD 059-048-060 ACP8 5.90 6.00 48.0 57.0 95.0 - •
SCD 060-048-060 ACP8 6.00 6.00 48.0 57.0 95.0 M7 •
SCD 061-064-080 ACP8 6.10 8.00 64.0 76.0 114.0 - •
SCD 062-064-080 ACP8 6.20 8.00 64.0 76.0 114.0 - •
SCD 063-064-080 ACP8 6.30 8.00 64.0 76.0 114.0 - •
SCD 064-064-080 ACP8 6.40 8.00 64.0 76.0 114.0 - •
SCD 065-064-080 ACP8 6.50 8.00 64.0 76.0 114.0 - •
SCD 066-064-080 ACP8 6.60 8.00 64.0 76.0 114.0 - •
SCD 067-064-080 ACP8 6.70 8.00 64.0 76.0 114.0 - •
SCD 068-064-080 ACP8 6.80 8.00 64.0 76.0 114.0 M8 •
SCD 069-064-080 ACP8 6.90 8.00 64.0 76.0 114.0 - •
SCD 070-064-080 ACP8 7.00 8.00 64.0 76.0 114.0 - •
SCD 071-064-080 ACP8 7.10 8.00 64.0 76.0 114.0 - •
SCD 072-064-080 ACP8 7.20 8.00 64.0 76.0 114.0 - •
SCD 073-064-080 ACP8 7.30 8.00 64.0 76.0 114.0 - •
SCD 074-064-080 ACP8 7.40 8.00 64.0 76.0 114.0 - •
SCD 075-064-080 ACP8 7.50 8.00 64.0 76.0 114.0 - •
SCD 076-064-080 ACP8 7.60 8.00 64.0 76.0 114.0 - •
SCD 077-064-080 ACP8 7.70 8.00 64.0 76.0 114.0 - •
SCD 078-064-080 ACP8 7.80 8.00 64.0 76.0 114.0 M9 •
SCD 079-064-080 ACP8 7.90 8.00 64.0 76.0 114.0 - •
SCD 080-064-080 ACP8 8.00 8.00 64.0 76.0 114.0 - •
SCD 081-080-100 ACP8 8.10 10.00 80.0 95.0 142.0 - •
SCD 082-080-100 ACP8 8.20 10.00 80.0 95.0 142.0 - •
SCD 083-080-100 ACP8 8.30 10.00 80.0 95.0 142.0 - •
SCD 084-080-100 ACP8 8.40 10.00 80.0 95.0 142.0 - •
SCD 085-080-100 ACP8 8.50 10.00 80.0 95.0 142.0 M10 •
SCD 086-080-100 ACP8 8.60 10.00 80.0 95.0 142.0 - •
SCD 087-080-100 ACP8 8.70 10.00 80.0 95.0 142.0 - •
SCD 088-080-100 ACP8 8.80 10.00 80.0 95.0 142.0 - •
SCD 089-080-100 ACP8 8.90 10.00 80.0 95.0 142.0 - •
SCD 090-080-100 ACP8 9.00 10.00 80.0 95.0 142.0 - •
SCD 091-080-100 ACP8 9.10 10.00 80.0 95.0 142.0 - •
SCD 092-080-100 ACP8 9.20 10.00 80.0 95.0 142.0 - •
SCD 093-080-100 ACP8 9.30 10.00 80.0 95.0 142.0 - •
SCD 094-080-100 ACP8 9.40 10.00 80.0 95.0 142.0 - •
SCD 095-080-100 ACP8 9.50 10.00 80.0 95.0 142.0 M11 •
SCD 096-080-100 ACP8 9.60 10.00 80.0 95.0 142.0 - •
SCD 097-080-100 ACP8 9.70 10.00 80.0 95.0 142.0 - •
SCD 098-080-100 ACP8 9.80 10.00 80.0 95.0 142.0 - •
SCD 099-080-100 ACP8 9.90 10.00 80.0 95.0 142.0 - •
SCD 100-080-100 ACP8 10.00 10.00 80.0 95.0 142.0 - •
• For user guide and cutting conditions, see page 581 • For regrinding instructions, see page 592
(1) Used for standard thread size.
SCD-ACP8 (8xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 8xD
ISCAR
580
SOLID CARBIDE DRILLS
L2
L3L4
L
140º
L5
dh6
Dh8
MQL
Dimensions
Designation D L L3L2d L4L5(1)
IC908
SCD 050-103-060ACP-CS 5.00 103.0 118.0 156.0 6.00 38.0 40.00 •
SCD 054-107-060ACP-CS 5.40 107.0 127.0 165.0 6.00 38.0 40.00 •
SCD 060-120-060ACP-CS 6.00 120.0 140.0 178.0 6.00 38.0 40.00 •
• For user guide and cutting conditions, see page 581
(1) Up to 50% of this length may be used to regrind
SCD-ACP-CS (20xD)
Solid Carbide Drills with Coolant
Holes for Automotive Crankshaft
Applications, Drilling Depth 20-22xD
L2
L3L4
L
140º
L5
dh6
Dh8
MQL
Dimensions
Designation D L L2L3L4L5(1) d
IC908
SCD 050-100-050ACP20 5.00 100.0 165.0 115.0 50.0 40.00 5.00 •
SCD 060-120-060ACP20 6.00 120.0 190.0 140.0 50.0 40.00 6.00 •
SCD 070-140-070ACP20 7.00 140.0 210.0 160.0 50.0 55.00 7.00 •
SCD 080-160-080ACP20 8.00 160.0 230.0 180.0 50.0 55.00 8.00 •
SCD 090-180-090ACP20 9.00 180.0 265.0 205.0 60.0 55.00 9.00 •
SCD 100-200-100ACP20 10.00 200.0 285.0 225.0 60.0 55.00 10.00 •
• For user guide and cutting conditions, see page 581
(1) 50% of the four margin leading portion may be used for regrinding
SCD-ACP20 (20xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 20xD
• It is mostly recommended to use an external coolant jet at
a minimum pressure of 10 to15 bar during drilling
for prolonged tool life and to facilitate chip evacuation.
• When machining alloy and stainless steel, it is mostly
recommended to use ER JET 2 collet to prolong tool life
and prevent built-up edge.
• Semi-synthetic or emulsion lubricants should
be used to extend tool life.
• Drilling stainless steel or high temperature alloys requires
high oil pressure and 7-15% mineral or vegetable based
oil emulsion for prolonged tool life. Dry machining may
badly affect hole quality and drill tool life.
• In case of chip evacuation problems or when poor
surface finish is obtained, it is most recommended
to use pecking cycle.
• For optimal performance, it is recommended to use the
3 flute, 5xD solid carbide drills in rotating or stationary
applications with a maximum of 0.02 mm runout.
Larger runout will reduce drill performance and badly
affect hole quality.
• The solid drills can be clamped into any of ISCAR’s
tooling systems such as:
1. Collet chucks
2. Thermal shrink chucks
3. ISCAR MAXIN power chucks
• It is recommended to use the solid drills in SHORTIN
adapters with AA super precision collets to obtain a
high level of hole quality and prolonged drill tool life.
Balanceable adapters should be used for applications
above 10,000 RPM in order to minimize vibrations and
gain a reliable and prolonged cutting edge life.
• Interrupted cut applications reduce hole accuracy,
quality and drill life.
• See pages 590-591 for troubleshooting guide
for common problems.
• Solid carbide drills can be used on a wide range of
materials and different cutting conditions with high
reliability and performance repeatability.
This can reduce tool inventory and logistic costs.
Recommended Drilling Procedure for Deep Hole Drilling (20XD)
1
2
3
4
Recommended Drilling Conditions for Solid Carbide 20xD Drills
Drill Dia.
(mm)
Carbon Steel Alloy Steel Stainless Steel Cast Iron Ductile Cast Iron
(30 HRc) (45 HRc) (GG25) (GG45)
V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev)
560-120 0.12-0.25 50-100 0.1-0.20 30-60 0.08-0.15 60-120 0.15-0.30 40-80 0.15-0.25
660-120 0.14-0.25 50-100 0.14-0.25 30-60 0.10-0.18 60-120 0.14-0.25 40-80 0.14-0.25
7-8 60-120 0.16-0.30 50-100 0.16-0.30 30-60 0.10-0.20 60-120 0.16-0.30 40-80 0.16-0.30
9-10 60-120 0.16-0.30 50-100 0.10-0.20 30-60 0.08-0.115 60-120 0.20-0.35 40-80 0.20-0.35
1. Drill a pilot hole 1-2*D deep with a short drill. The pilot
drill should be 0.03-0.05 mm larger than the long drill
and its point angle should also be larger (over 140°).
2. Enter the pre-hole using low speed and feed until it
engages the material.
3. Increase cutting speed and feed to recommended
conditions – no pecking is required!
4. After having reached the required depth, reduce speed
by more than 50% while retracting from the hole.
General Recommendations
20º max
Advantages
The drills provide higher hole cylindricity, roundness,
straightness, concentricity and surface finish when
compared to 2 flute solid carbide drills.
The 3 flute solid carbide drills with a 150˚ point
head can serve as centering drills for CHAMDRILL/
SUMOCHAM or CHAMGUN if necessary.
3 Flute Centering Drill
150º
140°
Followed by a CHAMDRILL
SUMOCHAM/CHAMGUN
3 Flute Solid Carbide Drills
Three flute drills are used extensively on nonferrous metals
because of their excellent performance on these materials.
These solid carbide drills were designed with a special
cutting edge geometry that can be used on a broad
spectrum of materials including steel, stainless steel, high
temperature alloys, cast iron and nonferrous materials.
Their dimensions are according to DIN 6537 standard.
The SCCD drills are manufactured in m7 diameter
tolerance, with cylindrical shanks according to DIN 6535
HA standard, 30° spiral flute helix, 150° head point angle
and a reinforced web taper.
The drills can be used on surface applications
of up to 20° sloped entry/exit. (In this case, the
drill should be held in a thermal shrink collet or a
MAXIN power chuck). The 3 flute solid carbide
drills cannot be used on radial drill adjustment
diameter devices such as our FITBORE adapter.
581
SOLID CARBIDE DRILLS
581
USER GUIDE
Chisel
Primary
Cutting Lip
Secondary
Cutting Lip
Gash
Primary
Clearance Wiper
3 Flute Solid Carbide Drills
• The solid carbide drills can be re-sharpened and re-coated
at least 10 times (see re-grinding instructions on page
595).
• The 3 flute drills feature high dynamic stability and reduced
vibrations, which enable high speed drilling on nonferrous
materials. (It is recommended to use balanceable adapters
when exceeding 10,000 RPM).
• 3 flute, solid carbide drills can be used with minimal
quantity lubrication or emulsion spray (MMS or MQL
systems) or even dry machining for nonferrous materials.
• The 3 flute solid carbide drill has a unique
1 2
2 x D min
3 flute drill, drilling a pre-hole
(drill diameter +0.02 mm)
Gundrill penetration
through the pre-hole
cutting edge and gash geometry, producing an
optimal chip on all kinds of materials, providing
excellent chip evacuation.
• Excellent performance on low carbon steel or other
gummy materials, when compared to any other 3 flute
solid carbide drills which are usually not recommended
to be used on such materials.
• Higher cutting edge life, when compared to 2 flute solid
carbide drills without internal coolant holes.
(The load is divided among three cutting edges,
versus two).
When compared to 2 flute solid carbide drills:
• Prolonged cutting edge life increases productivity, due to
decrease in drill change and setup time.
• Less torque per cutting edge, therefore, can be used at
higher feed rates or used to reduce torque on machines
with limited torque
• The 3 flute solid carbide drills can be used on any CNC
machining center, lathe machine, or drilling machine
(which usually provides better and more stable conditions).
ISCAR
582
SOLID CARBIDE DRILLS
ISCAR
582
USER GUIDE
Coolant Pressure and Volume Recommendations
Required coolant pressure and volume for SCD
drills with internal coolant spiral nozzles.
0.0
10
20
30
40
50
60
5 10 15 20
4
3
8
12
16
20
Tool Diameter d(mm)
Coolant Pressure p[bar]
Coolant Volume V[l/min]
Required Coolant Pressure
Optimum pressure
Good pressure
Minimum pressure
Required Coolant Volume
Optimum volume
Good volume
Minimum volume
Feed Force
Drill Diameter
D (mm)
(kN)
Material: SAE 4340
Speed: 100 m/min
Values may change for different materials and
drilling conditions.
Force and Power Characteristics
0.0
0.5
1.0
1.5
2.0
2.5
3.0
24 68 10 12 14 16 18
0.0
0.5
1.0
1.5
2.0
2.5
3.0
24 68 10 12 14 16 18
Net Power Consumption
(kW)
Drill Diameter
D (mm)
f=0.30 mm/rev
f=0.25 mm/rev
f=0.20 mm/rev
f=0.30 mm/rev
f=0.25 mm/rev
f=0.20 mm/rev
Stability
The stability of the application volume is important in order
to obtain the very best tool life and hole accuracy. Check
the condition of the machine spindle, fixture and fixturing
of the component to secure maximum stability and rigidity.
Unstable conditions can cause tool breakage.
0.2-0.3 mm
Tool Life
Drills should not be used with flank
wear exceeding 0.2-0.3 mm.
Stationary Drill Rotating Drill External Coolant
External Coolant
Max 0.02 mm
Max 0.02 mm
Incorrect DirectionCorrect Direction
583
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USER GUIDE
• For drill with lengh to diameter ratio larger than 6xD, reduce feed by 20%
• If the RPM exceeds 10,000, a dynamic balance should be done to the system
• Maximal radial and axial runout should not exceed 0.01 mm
(1)For workpiece materials list, see pages 1008-1043
Machining Data for Solid Carbide Drills D=0.8-2.9 mm
ISCAR
584
SOLID CARBIDE DRILLS
ISCAR
584
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
As a starting value, the middle of the recommended machining range should be used.
Then, (according to wear results), conditions can be changed in order to optimize performance.
585
SOLID CARBIDE DRILLS
585
USER GUIDE
Mtl.
No.(1) Cutting Speed
Vc (m/min)
Feed (mm/rev) vs. Drill Diameter
Ø0.8-1.4 Ø1.5-1.9 Ø2-2.4 Ø2.5-2.9
150-100 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
240-100 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
340-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
440-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
540-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
640-75 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
740-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
840-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
940-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
10 30-50 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
11 30-50 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
12 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
13 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
14 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
15 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
16 40-70 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
17 40-95 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
18 50-95 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
19 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
20 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
21 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
22 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
23 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
24 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
25 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
26 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
27 50-150 0.05-0.12 0.07-0.15 0.08-0.18 0.09-0.18
28 60-160 0.05-0.15 0.07-0.18 0.08-0.20 0.09-0.22
29
30
31 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
32 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
33 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
34 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
35 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
36 10-20 0.02-0.03 0.02-0.03 0.03-0.04 0.03-0.04
37 10-20 0.02-0.03 0.02-0.03 0.03-0.04 0.03-0.04
38 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
39 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
40 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
41 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
• When using external coolant supply only, reduce cutting speed by 10%
• Use internal coolant supply when machining austenitic stainless steel
(1)For workpiece materials list, see pages 1008-1043
Machining Data for Solid Carbide Drills - IC908 D=3.0-20.0 mm
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
586
SOLID CARBIDE DRILLS
ISCAR
586
USER GUIDE
Mtl.
No.(1)
Cutting Speed
Vc m/min
Feed (mm/rev) vs. Drill Diameter
Ø3-5 Ø5.1-8 Ø8.1-12 Ø12.1-16 Ø16.1-20
180-120 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
280-110 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
3
70-100 0.10-0.20 0.15-0.28 0.2-0.35 0.20-0.38 0.25-0.42
4
5
670-90 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
7
860-80 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
950-70 0.10-0.20 0.15-0.28 0.2-0.35 0.20-0.38 0.25-0.42
10 60-80 0.10-0.20 0.15-0.28 0.18-0.35 0.20-0.38 0.25-0.42
11 50-70 0.10-0.15 0.12-0.20 0.14-0.25 0.16-0.30 0.18-0.32
12 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
13 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
14 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
15 85-105 0.15-0.25 0.20-0.35 0.25-0.45 0.30-0.50 0.35-0.55
16 75-90 0.15-0.25 0.20-0.35 0.25-0.45 0.30-0.50 0.35-0.55
17
65-80 0.12-0.20 0.15-0.25 0.20-0.35 0.25-0.40 0.30-0.45
18
19
20
21
70-300 0.10-0.25 0.15-0.35 0.25-0.45 0.30-0.50 0.35-0.55
22
23
24 70-200
25
70-300 0.07-0.18 0.12-0.25 0.20-0.35 0.25-0.45 0.30-0.50
26
27
28
29
30
31
15-35 0.02-0.07 0.04-0.10 0.06-0.12 0.08-0.15 0.08-0.18
32
33
34
35
36
37
38 40-70 0.06-0.10 0.08-0.12 0.10-0.14 0.12-0.16 0.14-0.18
39
40
41
As a starting value, the middle of the recommended machining range should be used.
Then, (according to wear results), conditions can be changed in order to optimize performance.
587
SOLID CARBIDE DRILLS
587
USER GUIDE
Cutting Recommendations for 3 Flute Solid Carbide Drills
ISCAR
588
SOLID CARBIDE DRILLS
ISCAR
588
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
(1)For workpiece materials list, see pages 1008-1043
Mtl.
No.(1)
Cutting speed
vc m/min
Feed (mm/rev) vs. Drill Diameter
3-5 5.1-8 8.1-12 12.1-16 16.1-20
160-120 0.08-0.15 0.12-0.2 0.15-0.22 0.18-0.3 0.24-0.38
260-120
370-100
0.08-0.16 0.12-0.23 0.15-0.28 0.2-0.34 0.25-0.40
470-110
570-90
660-120
0.08-0.15 0.12-0.2 0.15-0.22 0.16-0.28 0.2-0.32
770-110
860-90
950-80 0.08-0.16 0.12-0.23 0.15-0.28 0.15-0.31 0.2-0.34
10 60-120 0.08-0.16 0.12-0.23 0.15-0.28 0.15-0.31 0.2-0.34
11 40-70 0.08-0.12 0.1-0.16 0.11-0.2 0.13-0.24 0.15-0.26
12 25-80 0.03-0.08 0.04-0.12 0.04-0.15 0.065-0.16 0.08-0.18
13
14 25-80 0.03-0.08 0.04-0.12 0.04-0.15 0.065-0.16 0.08-0.18
15 60-110 0.1-0.2 0.14-0.24 0.18-0.32 0.22-0.38 0.26-0.4
16 60-110
17 80-150
0.12-0.24 0.16-0.28 0.2-0.36 0.24-0.45 0.28-0.48
18 80-150
19 90-115
20 90-115
21
100-300 0.14-0.25 0.18-0.35 0.25-0.45 0.3-0.5 0.35-0.55
22
23
24
25 100-200
26
80-180 0.1-0.18 0.12-0.25 0.2-0.34 0.24-0.42 0.26-0.5
27
28
29
30
31 15-40
0.03-0.06 0.04-0.08 0.05-0.1 0.06-0.12 0.08-0.15
32
33
15-25(1)
34
35
36 15-40
37
38 20-50 0.03-0.06 0.04-0.08 0.05-0.1 0.06-0.12 0.08-0.15
39
40
41
589
SOLID CARBIDE DRILLS
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USER GUIDE
Problem Cause Solution
Chipping on the chisel edge
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
• Unsuitable cutting
conditions • Decrease feed, increase coolant pressure.
• Chisel runout • Check or replace the clamping adaptation.
• Workpiece movement • Increase workpiece chucking force.
Chipping on the cutting
edges / built-up edge
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
• Unsuitable cutting
conditions • Increase cutting speed, reduce feed rate.
• Insufficient coolant
• Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Rough application • Reduce feed rate by 30-50% during entry and exiting.
Excessive wear on the
cutting corners
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add coolant jets.
• Large runout • Check if the runout is within 0.02 mm T.I.R. (radial & axial)
• Unsuitable cutting
conditions • Reduce cutting speed, increase feed.
• Rough application • Reduce feed rate by 30-50% during entry and exit.
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
Chipping on the lands
• Workpiece movement • Increase workpiece chucking force.
• Insufficient coolant
• Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add coolant jets.
• Wrong drill • Check drill type, drilling depth, cooling
system and workpiece material.
• Unsuitable cutting
conditions • Increase feed. When spot drilling, reduce feed.
Hole diameter out of tolerance
• Unsuitable cutting
conditions
• If hole size is too large, increase cutting
speed or reduce feed. If hole size is too small,
reduce cutting speed or increase feed.
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
• Large runout • Make sure that the drill’s runout is
within 0.02 mm (radial & axial).
• Worn out center
point (chisel) • Regrind cutting edge or replace the drill.
Hole not straight
• Insufficient chip
evacuation • Use pecking cycle.
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
• Workpiece rigidity • Increase workpiece chucking force.
• Worn out drill center
point (chisel) • Regrind cutting edge.
• Unsuitable cutting
conditions • Increase feed. When spot drilling, reduce feed.
Troubleshooting
ISCAR
590
SOLID CARBIDE DRILLS
ISCAR
590
USER GUIDE
Troubleshooting
Problem Cause Solution
Drill breakage
• Poor clamping
of the chuck
• Check the clamping. Use hydraulic clamping
chuck, maxin power chuck or a shrink system.
• Workpiece movement • Increase workpiece chucking force.
• Wrong drill • Check drill type and drilling depth, cooling
system and workpiece material.
• Insufficient coolant
• Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Unsuitable cutting
conditions • Reduce feed.
• Worn out drill center
point (chisel) • Regrind cutting edge.
• Insufficient chip
evacuation • Use pecking cycle.
Chipping on the cutting corners
• Poor clamping
of the chuck
• Check the clamping and adaptation. Use hydraulic
clamping chuck, maxin power chuck or a shrink system.
• Workpiece movement • Increase workpiece chucking force.
• Wrong drill • Check drill type and drilling depth, cooling system
and workpiece material. Possibly use longer drill.
• Insufficient coolant
• Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Unsuitable cutting
conditions • Check cutting parameters, and possibly reduce feed.
• Worn out or broken
cutting corner • Replace drill or regrind cutting edge.
Problem Cause Solution
Burrs on exit
• Unsuitable cutting
conditions • Reduce feed by 30-50% during exit.
• Worn out drill • Replace drill.
Ra
Rough surface finish
• Unsuitable cutting
conditions • Adjust feed to improve chip flow.
• Large runout • Make sure that the drill’s runout is
within 0.02 mm (radial & axial).
• Chip jamming • Reduce cutting speed.
• Increase coolant pressure.
• Apply pecking procedure.
Deviation of hole position
• Large runout • Make sure that the drill runout is within
0.02 mm (radial & axial).
• Poor stability • Check and improve drill and workpiece clamping rigidity.
• Rough application • When drilling hard materials or sloped surfaces,
reduce feed by 30-50% during entrance.
• Use a short pilot drill with 140° point angle.
591
SOLID CARBIDE DRILLS
591
USER GUIDE
Regrinding Instructions for AP and ACP Geometries
3
a°D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
2
Secondary Clearance
Chisel
a°D Range
7 0.8-6.0
10 >6.1
1
Primary Clearance
4
R D Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
Edge Preparation
Grinding Wheel Recommended Specifications:
1. Diameter grinding wheel: GA2
2. Grinding wheel bond: synthetic resin
3. Grit size: 325/400 mesh (45/38µ)
4. Diamond concentration: C-75 (3.3 carat/cm3)
5. Cutting fluid emulsion 3%
ISCAR
592
SOLID CARBIDE DRILLS
ISCAR
592
USER GUIDE
3
2
Secondary Clearance
Chisel
1
Primary Clearance
4
Edge Preparation
Regrinding Instructions for AG and ACG Geometries
For each Grinding operation, rotate the drill
180° and repeat the grinding procedure.
a°D Range
7 0.8-6.0
10 >6.1
a°D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
R D Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
Grinding Wheel Recommended Specifications:
1. Diameter grinding wheel: GA2
2. Grinding wheel bond: synthetic resin
3. Grit size: 325/400 mesh (45/38µ)
4. Diamond concentration: C-75 (3.3 carat/cm3)
5. Cutting fluid emulsion 3%
593
SOLID CARBIDE DRILLS
593
USER GUIDE
ISCAR
594
SOLID CARBIDE DRILLS
ISCAR
594
USER GUIDE
Regrinding Instructions for AH Geometry
3
2
1
4
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
Primary Clearance
Secondary Clearance
Chisel
Edge Preparation
Grinding Wheel Recommended Specifications:
1. Diameter grinding wheel: GA2
2. Grinding wheel bond: synthetic resin
3. Grit size: 325/400 mesh (45/38µ)
4. Diamond concentration: C-75 (3.3 carat/cm3)
5. Cutting fluid emulsion 3%
Regrinding Instructions for 3 Flute SCCD Drills
3
2
1
For each grinding operation, rotate the drill
120° and repeat the grinding procedure.
Primary Clearance
Chisel
Edge Preparation
R D Range
0.025 3.0-6.0
0.03 6.1-18.0
0.04 18.1-20.0
ØDx0.1
➚ 0.02 Shank
R D Range
0.2 3-5.3
0.3 5.4-7
0.4 7.1-12
0.6 12.1-16
0.8 16.1-20
Grinding Wheel Recommended Specifications:
1. Diameter grinding wheel: GA2
2. Grinding wheel bond: synthetic resin
3. Grit size: 325/400 mesh (45/38µ)
4. Diamond concentration: C-75 (3.3 carat/cm3)
5. Cutting fluid emulsion 3%
595
SOLID CARBIDE DRILLS
595
USER GUIDE
3
2
1
4
ISCAR
596
SOLID CARBIDE DRILLS
ISCAR
596
USER GUIDE
Regrinding Instructions for SCDT Pre-Thread Solid Drills
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
Primary Clearance
Secondary Clearance
Chisel
Edge Preparation
45∞
7∞spiralrelief
Grinding Wheel Recommended Specifications:
1. Diameter grinding wheel: GA2
2. Grinding wheel bond: synthetic resin
3. Grit size: 325/400 mesh (45/38µ)
4. Diamond concentration: C-75 (3.3 carat/cm3)
5. Cutting fluid emulsion 3%
a°D Range
7 0.8-6.0
10 >6.1
a°D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
R D Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
General - Calculations
f = Feed/rev mm/rev
kc = Material specific
cutting force N/mm2
h = Distance from drill
point to workpiece mm
before feeding
L = Depth of hole mm
CMh = Cost/machine hour $/h
η = Machine efficiency %
k = 90º }180° bottom drills
sin k = 1 DR...
k = 70º }140° point angle drills
sin k = 0.94 SCD.., DCM.., DCN..
Drill Geometry Coeficient
DCM DCN SCD
km 1 0.85 0.85
kf 1 0.85 0.85
Spindle Speed (min-1)
vc •1000
π • D
n=
Example
Drill DR 220-044-25-07-2D-N (Ø22 mm) k=90º; sin k=1
Material No. 4 kc=2200 N/mm2 CMh=50 $/h η=0.75
vc=200 m/min f=0.15 mm/rev L=25 mm h=10 mm
km=1 kf=1
kc Values
Material Group kc Value
1 2000
2 2100
3 2150
4 2200
5 2200
6 2100
7 2100
8 2100
9 2100
10 2500
11 3250
12 2300
13 2800
14 2600
15 1100
16 1300
17 1100
18 1800
19 900
20 1000
21 500
22 800
23 800
26 700
27 700
28 1700
31 3000
32 3100
33 3300
34 3300
35 3200
36 1700
37 1700
38 4600
39 4700
40 4600
4 1 4500
For material groups, see pages 1008-1043
Power Requirement (kW)
Pc=
Material Removal Rate (cm3/min)
vf • π • D2
4000
Q=
Machining Time (min/piece)
L+h
vf
Tc =
Machining Cost ($/piece)
Cc=
Q
60.000 • η
•Tc
Cutting Speed (m/min)
π • D • n
1000
vc =
Torque (Nm)
Mc= D2
8
•• sin k•km
1000
f • kc
• kc • sin k
Table Feed (mm/min)
vf = f • n
Feed Force (approx.) (N)
D
2
CMh
60
Ff = 0.63 • •f•kc•sin k•kf
vc • 1000
π • D
n= 200 •1000
π • 22
==2894 min-1
vf = f • n=0.15 • 2894=434 mm/min
vf • π • D2
4000
Q= =434 • 3.14 • (22)2
4000
=165 cm3/min
Pc= • kc • sin k=
Q
60.000 • η
• 2200 • 1 =8.06 kW
165
60.000 • 0.75
D
2
Ff=0.63 • • f • kc • sin k= 22
2
0.63 • •0.15 • 2200 •1• 1=2286 N
L+h
vf
Tc = 25+10
434
= 0.08 min/piece
CMh
60
Cc= •Tc =
=
=0.067 $/piece
50 • 0.08
60
Mc= D2
8• sin k=
1000
f • kc 222
8• 1• 1=20 Nm
1000
0.15 • 2200 •
•
597
SOLID CARBIDE DRILLS
597
USER GUIDE
Auxiliary Devices for Lathe Machines
Designed to Correct Misalignment on Stationary Operation
T.I.R. max. 0.02
Angular Adj. 1°
Radial Adj. D2.0
GYRO
• Drills can be used on sloped surfaces up to 6°. When drilling
sloped surfaces of more than 6°, reduce feed by 30-50%
during penetration of up to 5 mm depth; or use a spot or
pre-hole drill to avoid drill deviation or poor drill performance.
ISCAR
598
DEEP HOLE DRILLING
DEEP HOLE DRILLING
599
DEEP HOLE DRILLING
DSC-E1 18.91-65.00
IT7 1µm Brazed Tips
605
DST-E1 18.91-65.00 606
DSC-EA 25.00-39.99
IT8 2µm Indexable Inserts
606
DSC-EC 40.00-99.99 607
Counterbore
Head Diameter Range Hole
Tolerance
Surface
Finish Fixture Page
SINGLE TUBE SYSTEM - EXTERNAL THREAD
Drilling
Head Diameter Range Hole
Tolerance
Surface
Finish Fixture Page
DSD-E0 8.00-14.79
IT9
2µm Brazed Tips
602
DSD-E1 12.60-20.00 602
DSD-E3 12.60-65.00 603
DSD-EC 38.00-232.99
3µm Indexable Inserts
604
DSD-EF-FT 16.00-28.00 604
DSD-EF-FB 25.00-65.00 605
SINGLE TUBE SYSTEM - INTERNAL THREAD
Drilling
Head Diameter Range Hole
Tolerance
Surface
Finish Fixture Page
DSD-I1 14.51-65.00
IT9 3µm
Brazed Tips 607
DSD-IF-FT 16.00-28.00
Indexable Inserts
608
DSD-IF-FB 25.00-65.00 608
DSD-IC 38.00-245.99 609
DDC-E1 18.41-65.00
IT7 1µm Brazed Tips
614
DDT-E1 18.41-65.00 615
DSC-I1 14.51-65.00
IT7 1µm Brazed Tips
610
DST-I1 14.51-65.00 611
DSC-IA 25.00-39.99
IT8 2µm Indexable Inserts
611
DSC-IC 40.00-110.99 612
DOUBLE TUBE SYSTEM
Drilling
Head
Diameter Range Hole
Tolerance
Surface
Finish
Fixture Page
DDD-E3 18.41-65.00
IT9
2µm Brazed Tips 612
DDD-EF-FT 18.41-28.00
3µm Indexable
Inserts
613
DDD-EF-FB 25.00-65.00 613
DDD-EC 38.00-168.99 614
Counterbore
Head
Diameter Range Hole
Tolerance
Surface
Finish
Fixture Page
Counterbore
Head Diameter Range Hole
Tolerance
Surface
Finish Fixture Page
ISCAR
600
DEEP HOLE DRILLING
DEEP HOLE DRILLING Index
Single Tube System
Single Tube System (STS) –
Cooling fluid is induced through the gap between
the drill and the hole. Conveying the chips through
the tube requires the use of dedicated machines.
Double Tube System
Double Tube System (DTS) -
Cooling fluid is induced between the coaxial
tubes, conveying the chips through the inner tube
and can be applied on standard machines.
Deep Drilling Heads Identification System
Hole Diameter
-XXXXX.XX
S - Single Tube
D - Double Tube
D - Drill
C - Counterbore with Through Hole
T - Counterbore without Through Hole
D - Deep Drilling/Counterbore
I - Inch - Deep Drilling/Counterbore
S - Special - Deep Drilling/Counterbore
I - Insert
A - Adjustable Insert
C - Cartridge
F - Fast Feed
0 - Brazed, 1 tip,
1 thread start
1 - Brazed, 1 tip
2 - Brazed, 2 tips
3 - Brazed, 3 tips
CEDD S
Chipbreaker
(letters)
-or-
Insert Chamfer
Angle
(for boring)
(numbers)
P - Steel
M - Stainless
K - Cast Iron
N - Aluminum
0
- Uncoated
1
- TiAlN Coating
Z
- TiCrAlN Coating
Only for Brazed Heads
Grade
XX
E - External Thread
I - Internal Thread
601
DEEP HOLE DRILLING
601
ISCAR
602
DEEP HOLE DRILLING
L
D d
Eh1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head
Designation D min D max L d Eh1 Ts(1)
DSD-E0 8.00-8.99 NOM 0 8.00 8.99 35.00 6.00 2.00 TS001
DSD-E0 8.00-8.99 NOM 2 8.00 8.99 35.00 6.00 2.00 TS001
DSD-E0 9.00-9.99 NOM 0 9.00 9.99 35.00 7.20 2.00 TS002
DSD-E0 9.00-9.99 NOM 2 9.00 9.99 35.00 7.20 2.00 TS002
DSD-E0 10.00-10.99 NOM 0 10.00 10.99 35.20 7.60 2.20 TS003
DSD-E0 10.00-10.99 NOM 2 10.00 10.99 35.20 7.60 2.20 TS003
DSD-E0 11.00-11.99 NOM 0 11.00 11.99 35.20 8.60 2.20 TS004
DSD-E0 11.00-11.99 NOM 2 11.00 11.99 35.20 8.60 2.20 TS004
DSD-E0 12.00-13.49 NOM 0 12.00 13.49 35.30 9.10 2.30 TS005
DSD-E0 12.00-13.49 NOM 2 12.00 13.49 35.30 9.10 2.30 TS005
DSD-E0 13.50-14.79 NOM 0 13.50 14.79 35.40 10.80 2.40 TS006
DSD-E0 13.50-14.79 NOM 2 13.50 14.79 35.40 10.80 2.40 TS006
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron. •
For user guide and quotation form, see pages 630-647 • Ordering example: DSD-E0 11.30 DT-PO
(1) Tube designation
For holders, see pages: TS*** (625)
DSD-E0
Deep Single Tube Drills with
External Single Thread Connection
and a Brazed Single Tip
L
D d
Eh1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max L d Eh1 Threads(1) Ts(2)
DSD-E1 12.60-13.60 NOM 0 12.60 13.60 42.50 9.60 2.30 2 TS-I01
DSD-E1 12.60-13.60 NOM 2 12.60 13.60 42.50 9.60 2.30 2 TS-I01
DSD-E1 13.61-14.60 NOM 0 13.61 14.60 42.70 10.60 2.40 2 TS-I02
DSD-E1 13.61-14.60 NOM 2 13.61 14.60 42.70 10.60 2.40 2 TS-I02
DSD-E1 14.61-15.59 NOM 0 14.61 15.59 42.70 11.60 3.00 2 TS-I03
DSD-E1 14.61-15.59 NOM 2 14.61 15.59 42.70 11.60 3.00 2 TS-I03
DSD-E1 15.60-16.70 NOM 0 15.60 16.70 42.70 11.60 2.40 4 TS-I0
DSD-E1 15.60-16.70 NOM 2 15.60 16.70 42.70 11.60 2.40 4 TS-I0
DSD-E1 16.71-17.70 NOM 0 16.71 17.70 43.20 13.60 3.00 4 TS-I1
DSD-E1 16.71-17.70 NOM 2 16.71 17.70 43.20 13.60 3.00 4 TS-I1
DSD-E1 17.71-18.90 NOM 0 17.71 18.90 43.60 14.50 3.30 4 TS-I2
DSD-E1 17.71-18.90 NOM 2 17.71 18.90 43.60 14.50 3.30 4 TS-I2
DSD-E1 18.91-20.00 NOM 0 18.91 20.00 43.60 15.50 3.30 4 TS-I3
DSD-E1 18.91-20.00 NOM 2 18.91 20.00 43.60 15.50 3.30 4 TS-I3
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron. •
For user guide and quotation form, see pages 630-647 • Ordering example: DSD-E1 14.50 DT-PO
(1) No. of thread starts
(2) Tube designation
For holders, see pages: TS-I** (626)
DSD-E1
Deep Single Tube Drills with
External 2 and 4 Start Thread
and a Single Brazed Tip
603
DEEP HOLE DRILLING
L
d
D
Eh1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max L d Eh1 Threads(1) Ts(2)
DSD-E3 12.60-13.10 NOM 0 12.60 13.10 43.00 9.60 1.10 2 TS-I01
DSD-E3 12.60-13.10 NOM 2 12.60 13.10 43.00 9.60 1.10 2 TS-I01
DSD-E3 13.11-13.60 NOM 0 13.11 13.60 43.00 9.60 1.10 2 TS-I01
DSD-E3 13.11-13.60 NOM 2 13.11 13.60 43.00 9.60 1.10 2 TS-I01
DSD-E3 13.61-14.10 NOM 0 13.61 14.10 43.00 10.60 1.20 2 TS-I02
DSD-E3 13.61-14.10 NOM 2 13.61 14.10 43.00 10.60 1.20 2 TS-I02
DSD-E3 14.11-14.60 NOM 2 14.11 14.60 43.00 10.60 1.20 2 TS-I02
DSD-E3 14.11-14.60 NOM 0 14.11 14.60 43.00 10.60 1.20 2 TS-I02
DSD-E3 14.61-15.10 NOM 0 14.61 15.10 43.00 11.60 1.30 2 TS-I03
DSD-E3 14.61-15.10 NOM 2 14.61 15.10 43.00 11.60 1.30 2 TS-I03
DSD-E3 15.11-15.59 NOM 0 15.11 15.59 43.00 11.60 1.30 2 TS-I03
DSD-E3 15.11-15.59 NOM 2 15.11 15.59 43.00 11.60 1.30 2 TS-I03
DSD-E3 15.60-16.20 NOM 0 15.60 16.20 43.00 12.60 2.70 4 TS-I0
DSD-E3 15.60-16.20 NOM 2 15.60 16.20 43.00 12.60 2.70 4 TS-I0
DSD-E3 16.21-16.70 NOM 0 16.21 16.70 43.00 12.60 2.70 4 TS-I0
DSD-E3 16.21-16.70 NOM 2 16.21 16.70 43.00 12.60 2.70 4 TS-I0
DSD-E3 16.71-17.20 NOM 0 16.71 17.20 43.00 13.60 2.70 4 TS-I1
DSD-E3 16.71-17.20 NOM 2 16.71 17.20 43.00 13.60 2.70 4 TS-I1
DSD-E3 17.21-17.70 NOM 0 17.21 17.70 43.00 13.60 2.70 4 TS-I1
DSD-E3 17.21-17.70 NOM 2 17.21 17.70 43.00 13.60 2.70 4 TS-I1
DSD-E3 17.71-18.40 NOM 0 17.71 18.40 47.00 14.50 2.80 4 TS-I2
DSD-E3 17.71-18.40 NOM 2 17.71 18.40 47.00 14.50 2.80 4 TS-I2
DSD-E3 18.41-18.90 NOM 0 18.41 18.90 47.00 14.50 2.90 4 TS-I2
DSD-E3 18.41-18.90 NOM 2 18.41 18.90 47.00 14.50 2.90 4 TS-I2
DSD-E3 18.91-20.00 NOM 0 18.91 20.00 47.00 15.50 2.90 4 TS-I3
DSD-E3 18.91-20.00 NOM 2 18.91 20.00 47.00 15.50 2.90 4 TS-I3
DSD-E3 20.01-21.80 NOM 0 20.01 21.80 52.50 16.00 3.20 4 TS-I4
DSD-E3 20.01-21.80 NOM 2 20.01 21.80 52.60 16.00 3.20 4 TS-I4
DSD-E3 21.81-24.10 NOM 0 21.81 24.10 56.00 18.00 3.20 4 TS-I5
DSD-E3 21.81-24.10 NOM 2 21.81 24.10 56.00 18.00 3.20 4 TS-I5
DSD-E3 24.11-26.40 NOM 0 24.11 26.40 57.50 19.50 3.50 4 TS-I6
DSD-E3 24.11-26.40 NOM 2 24.11 26.40 57.50 19.50 3.50 4 TS-I6
DSD-E3 26.41-28.70 NOM 0 26.41 28.70 57.50 21.00 3.70 4 TS-I7
DSD-E3 26.41-28.70 NOM 2 26.41 28.70 57.50 21.00 3.70 4 TS-I7
DSD-E3 28.71-31.00 NOM 0 28.71 31.00 63.50 23.50 4.00 4 TS-I8
DSD-E3 28.71-31.00 NOM 2 28.71 31.00 63.50 23.50 4.00 4 TS-I8
DSD-E3 31.01-33.30 NOM 0 31.01 33.30 63.50 25.50 4.30 4 TS-I9
DSD-E3 31.01-33.30 NOM 2 31.01 33.30 63.50 25.50 4.30 4 TS-I9
DSD-E3 33.31-36.20 NOM 0 33.31 36.20 63.50 28.00 4.50 4 TS-I10
DSD-E3 33.31-36.20 NOM 2 33.31 36.20 63.50 28.00 4.50 4 TS-I10
DSD-E3 36.21-39.60 NOM 0 36.21 39.60 73.50 30.00 4.80 4 TS-I11
DSD-E3 36.21-39.60 NOM 2 36.21 39.60 73.50 30.00 4.80 4 TS-I11
DSD-E3 39.61-43.00 NOM 0 39.61 43.00 73.50 33.00 5.60 4 TS-I12
DSD-E3 39.61-43.00 NOM 2 39.61 43.00 73.50 33.00 5.60 4 TS-I12
DSD-E3 43.01-47.00 NOM 0 43.01 47.00 75.00 36.00 5.40 4 TS-I13
DSD-E3 43.01-47.00 NOM 2 43.01 47.00 75.00 36.00 5.40 4 TS-I13
DSD-E3 47.01-51.70 NOM 0 47.01 51.70 75.00 39.00 6.10 4 TS-I14
DSD-E3 47.01-51.70 NOM 2 47.01 51.70 75.00 39.00 6.10 4 TS-I14
DSD-E3 51.71-56.20 NOM 0 51.71 56.20 82.00 43.00 6.50 4 TS-I15
DSD-E3 51.71-56.20 NOM 2 51.71 56.20 82.00 43.00 6.50 4 TS-I15
DSD-E3 56.21-60.60 NOM 0 56.21 60.60 84.00 47.00 6.60 4 TS-I16
DSD-E3 56.21-60.60 NOM 2 56.21 60.60 84.00 47.00 6.60 4 TS-I16
DSD-E3 60.61-65.00 NOM 0 60.61 65.00 84.00 47.00 7.00 4 TS-I17
DSD-E3 60.61-65.00 NOM 2 60.61 65.00 84.00 47.00 7.00 4 TS-I17
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: ISO P, K, M, N materials • For user guide
and quotation form, see pages 630-647 • Ordering example: DSD-E343.30 DT-PO
(1) Number of thread starts
(2) Tube designation
For holders, see pages: TS-I** (626)
DSD-E3
Deep Single Tube Drills with External 2
and 4 Start Thread and 3 Brazed Tips
ISCAR
604
DEEP HOLE DRILLING
T (Wrench Size)
D
Eh1
d
L
Designation D min D max L Eh1 d Ts(1)
DSD-EF 16.00-16.70-FT 16.00 16.70 55.00 2.20 12.60 TS-I0
DSD-EF 16.71-17.70-FT 16.71 17.70 55.00 2.20 13.60 TS-I1
DSD-EF 17.71-18.90-FT 17.71 18.90 56.00 3.00 14.50 TS-I2
DSD-EF 18.91-20.00-FT 18.91 20.00 56.00 3.00 15.50 TS-I3
DSD-EF 20.01-21.80-FT 20.01 21.80 60.00 3.20 16.00 TS-I4
DSD-EF 21.81-21.99-FT 21.81 21.99 63.50 3.20 18.00 TS-I5
DSD-EF 22.00-24.10-FT 22.00 24.10 65.50 3.40 18.00 TS-I5
DSD-EF 24.11-25.00-FT 24.11 25.00 65.50 3.40 19.50 TS-I6
DSD-EF 25.01-26.40-FT 25.01 26.40 67.50 3.60 19.50 TS-I6
DSD-EF 26.41-28.00-FT 26.41 28.00 67.50 3.60 21.00 TS-I7
• Note: Each item in the attached catalog page represents a diameter range • For spare parts, insert information and user guide, see pages 616, 630-647
• Inserts and guide pads should be ordered separately • Ordering example: DSD-EF 016.50-FT
(1) Tube designation
For inserts, see pages: TOGT (650)
For holders, see pages: TS-I** (626)
DSD-EF-FT
Deep Single Tube Drills with
External 4 Start Thread Connection
Carrying Triangular Inserts
38.00 - 106.99 107 -168.99 169 - 232.99
L
Dd
Designation D min D max L d Ts(1)
DSD-EC 38.00-39.60 38.00 36.90 85.00 30.00 TS-I11
DSD-EC 39.61-43.00 39.61 43.00 85.00 33.00 TS-I12
DSD-EC 43.01-47.00 43.01 47.00 95.00 36.00 TS-I13
DSD-EC 47.01-51.70 47.01 51.70 95.00 39.00 TS-I14
DSD-EC 51.71-56.20 51.71 56.20 100.00 43.00 TS-I15
DSD-EC 56.21-60.60 56.21 60.60 110.00 47.00 TS-I16
DSD-EC 60.61-64.99 60.61 64.99 110.00 51.00 TS-I17
DSD-EC 65.00-66.99 65.00 66.99 150.00 52.00 TS-I18
DSD-EC 67.00-72.99 67.00 72.99 150.00 58.00 TS-I19
DSD-EC 73.00-79.99 73.00 79.99 150.00 63.00 TS-I20
DSD-EC 80.00-86.99 80.00 86.99 180.00 70.00 TS-I21
DSD-EC 87.00-99.99 87.00 99.99 180.00 77.00 TS-I22
DSD-EC 100.00-106.99 100.00 106.99 180.00 89.00 TS-I23
DSD-EC 107.00-111.99 107.00 111.99 180.00 89.00 TS-I23
DSD-EC 112.00-123.99 112.00 123.99 205.00 101.00 TS-I24
DSD-EC 124.00-135.99 124.00 135.99 205.00 113.00 TS-I25
DSD-EC 136.00-147.99 136.00 147.99 205.00 125.00 TS-I26
DSD-EC 148.00-159.99 148.00 159.99 225.00 137.00 TS-I27
DSD-EC 160.00-168.99 160.00 168.99 225.00 149.00 TS-I28
DSD-EC 169.00-171.99 169.00 171.99 230.00 149.00 TS-I28
DSD-EC 172.00-183.99 172.00 183.99 230.00 161.00 TS-I29
DSD-EC 184.00-195.99 184.00 195.99 250.00 173.00 TS-I30
DSD-EC 196.00-207.99 196.00 207.99 250.00 185.00 TS-I31
DSD-EC 208.00-219.99 208.00 219.99 250.00 197.00 TS-I32
DSD-EC 220.00-231.99 220.00 231.99 270.00 208.00 TS-I33
DSD-EC 232.00-232.99 232.00 232.99 270.00 220.00 TS-I34
• Important: The specified drilling range using the original outer cartridge and pad may be enlarged by using optional outer cartridges and pads as
specified on page • For quotation form and user guide, see pages 630-647 • For spare parts, see page 618 • Ordering example: DSD-EC 067.30
(1) Tube designation
For inserts, see pages: NPMX 0802 RG (619) • NPMX 0803 RB/RG (621) • TPMX (619)
For holders, see pages: TS-I** (626)
DSD-EC
Deep Single Tube Drills with External
4 Start Threads and Cartridges
605
DEEP HOLE DRILLING
D
Eh1
L
d
T
Wrench size
Designation D min D max L Eh1 d T Ts(1)
DSD-EF 25.00-26.40-FB 25.00 26.40 70.00 3.00 19.50 19.0 TS-I6
DSD-EF 26.41-28.70-FB 26.41 28.70 70.00 3.00 21.00 21.0 TS-I7
DSD-EF 28.71-31.00-FB 28.71 31.00 75.00 3.00 23.50 24.0 TS-I8
DSD-EF 31.01-33.30-FB 31.01 33.30 78.00 3.00 25.50 26.0 TS-I9
DSD-EF 33.31-36.20-FB 33.31 36.20 80.00 3.00 28.00 28.0 TS-I10
DSD-EF 36.21-39.60-FB 36.21 39.60 90.00 3.00 30.00 30.0 TS-I11
DSD-EF 39.61-43.00-FB 39.61 43.00 95.00 4.00 33.00 32.0 TS-I12
DSD-EF 43.01-47.00-FB 43.01 47.00 100.00 4.00 36.00 36.0 TS-I13
DSD-EF 47.01-51.70-FB 47.01 51.70 100.00 4.00 39.00 38.0 TS-I14
DSD-EF 51.71-56.20-FB 51.71 56.20 110.00 4.00 43.00 46.0 TS-I15
DSD-EF 56.21-60.60-FB 56.21 60.60 115.00 5.00 47.00 50.0 TS-I16
DSD-EF 60.61-65.00-FB 60.61 65.00 115.00 5.00 51.00 54.0 TS-I17
• For spare parts and insert information, see page 616 • For user guide and quotation form, see pages 630-647
• Inserts and guide pads should be ordered separately • Ordering example: DSD-EF 043.10-FB
(1) Tube designation
For inserts, see pages: NPHT-RG (622) • NPMT-L2/R2 (621)
For holders, see pages: TS-I** (626)
DSD-EF-FB
Deep Single Tube Drills with External
4 Start Thread for High Feed
d
L
aº
D
Ew1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L d Ts(1)
DSC-E1 18.91-20.00 NOM 0 18.91 20.00 20/45 1.0 57.00 15.50 TS-I3
DSC-E1 18.91-20.00 NOM 2 18.91 20.00 20/45 1.0 57.00 15.50 TS-I3
DSC-E1 20.01-21.80 NOM 0 20.01 21.80 20/45 2.0 65.00 16.00 TS-I4
DSC-E1 20.01-21.80 NOM 2 20.01 21.80 20/45 2.0 65.00 16.00 TS-I4
DSC-E1 21.81-24.10 NOM 0 21.81 24.10 20/45 2.0 65.00 18.00 TS-I5
DSC-E1 21.81-24.10 NOM 2 21.81 24.10 20/45 2.0 65.00 18.00 TS-I5
DSC-E1 24.11-26.40 NOM 0 24.11 26.40 20/45 2.0 65.00 19.50 TS-I6
DSC-E1 24.11-26.40 NOM 2 24.11 26.40 20/45 2.0 65.00 19.50 TS-I6
DSC-E1 26.41-28.70 NOM 0 26.41 28.70 20/45 2.0 65.00 21.00 TS-I7
DSC-E1 26.41-28.70 NOM 2 26.41 28.70 20/45 2.0 65.00 21.00 TS-I7
DSC-E1 28.71-31.00 NOM 0 28.71 31.00 20/45 2.0 70.00 23.50 TS-I8
DSC-E1 28.71-31.00 NOM 2 28.71 31.00 20/45 2.0 70.00 23.50 TS-I8
DSC-E1 31.01-33.30 NOM 0 31.01 33.30 20/45 3.0 70.00 25.50 TS-I9
DSC-E1 31.01-33.30 NOM 2 31.01 33.30 20/45 3.0 70.00 25.50 TS-I9
DSC-E1 33.31-36.20 NOM 0 33.31 36.20 20/45 3.0 70.00 28.00 TS-I10
DSC-E1 33.31-36.20 NOM 2 33.31 36.20 20/45 3.0 70.00 28.00 TS-I10
DSC-E1 36.21-39.60 NOM 0 36.21 39.60 20/45 3.0 82.00 30.00 TS-I11
DSC-E1 36.21-39.60 NOM 2 36.21 39.60 20/45 3.0 82.00 30.00 TS-I11
DSC-E1 39.61-43.00 NOM 0 39.61 43.00 20/45 3.0 82.00 33.00 TS-I12
DSC-E1 39.61-43.00 NOM 2 39.61 43.00 20/45 3.0 82.00 33.00 TS-I12
DSC-E1 43.01-47.00 NOM 0 43.01 47.00 20/45 3.0 82.00 36.00 TS-I13
DSC-E1 43.01-47.00 NOM 2 43.01 47.00 20/45 3.0 82.00 36.00 TS-I13
DSC-E1 47.01-51.70 NOM 0 47.01 51.70 20/45 3.0 82.00 39.00 TS-I14
DSC-E1 47.01-51.70 NOM 2 47.01 51.70 20/45 3.0 82.00 39.00 TS-I14
DSC-E1 51.71-56.20 NOM 0 51.71 56.20 20/45 3.0 93.00 43.00 TS-I15
DSC-E1 51.71-56.20 NOM 2 51.71 56.20 20/45 3.0 93.00 43.00 TS-I15
DSC-E1 56.21-60.60 NOM 0 56.21 60.60 20/45 3.0 93.00 47.00 TS-I16
DSC-E1 56.21-60.60 NOM 2 56.21 60.60 20/45 3.0 93.00 47.00 TS-I16
DSC-E1 60.61-65.00 NOM 0 60.61 65.00 20/45 3.0 93.00 51.00 TS-I17
DSC-E1 60.61-65.00 NOM 2 60.61 65.00 20/45 3.0 93.00 51.00 TS-I17
• The drill tip is supplied in a grade that is suitable to machine the material group which is indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast
Iron • For quotation form and user guide, see pages 630-647 • Ordering example: DSC-E1 42.20 45-P0
(1) Tube designation
For holders, see pages: TS-I** (626)
DSC-E1
Deep Single Tube Counterborer
with Through Hole, External 4
Start Thread and a Brazed Tip
ISCAR
606
DEEP HOLE DRILLING
aº
L
d
D
min
max
Ew1
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L d Ts(1)
DST-E1 18.91-20.00 NOM 0 18.91 20.00 20/45 1.0 57.00 15.50 TS-I3
DST-E1 18.91-20.00 NOM 2 18.91 20.00 20/45 1.0 57.00 15.50 TS-I3
DST-E1 20.01-21.80 NOM 0 20.01 21.80 20/45 2.0 65.00 16.00 TS-I4
DST-E1 20.01-21.80 NOM 2 20.01 21.80 20/45 2.0 65.00 16.00 TS-I4
DST-E1 21.81-24.10 NOM 0 21.81 24.10 20/45 2.0 65.00 18.00 TS-I5
DST-E1 21.81-24.10 NOM 2 21.81 24.10 20/45 2.0 65.00 18.00 TS-I5
DST-E1 24.11-26.40 NOM 0 24.11 26.40 20/45 2.0 65.00 19.50 TS-I6
DST-E1 24.11-26.40 NOM 2 24.11 26.40 20/45 2.0 65.00 19.50 TS-I6
DST-E1 26.41-28.70 NOM 0 26.41 28.70 20/45 2.0 65.00 21.00 TS-I7
DST-E1 26.41-28.70 NOM 2 26.41 28.70 20/45 2.0 65.00 21.00 TS-I7
DST-E1 28.71-31.00 NOM 0 28.71 31.00 20/45 2.0 70.00 23.50 TS-I8
DST-E1 28.71-31.00 NOM 2 28.71 31.00 20/45 2.0 70.00 23.50 TS-I8
DST-E1 31.01-33.30 NOM 0 31.01 33.30 20/45 3.0 70.00 25.50 TS-I9
DST-E1 31.01-33.30 NOM 2 31.01 33.30 20/45 3.0 70.00 25.50 TS-I9
DST-E1 33.31-36.20 NOM 0 33.31 36.20 20/45 3.0 70.00 28.00 TS-I10
DST-E1 33.31-36.20 NOM 2 33.31 36.20 20/45 3.0 70.00 28.00 TS-I10
DST-E1 36.21-39.60 NOM 0 36.21 39.60 20/45 3.0 82.00 30.00 TS-I11
DST-E1 36.21-39.60 NOM 2 36.21 39.60 20/45 3.0 82.00 30.00 TS-I11
DST-E1 39.61-43.00 NOM 0 39.61 43.00 20/45 3.0 82.00 33.00 TS-I12
DST-E1 39.61-43.00 NOM 2 39.61 43.00 20/45 3.0 82.00 33.00 TS-I12
DST-E1 43.01-47.00 NOM 0 43.01 47.00 20/45 3.0 82.00 36.00 TS-I13
DST-E1 43.01-47.00 NOM 2 43.01 47.00 20/45 3.0 82.00 36.00 TS-I13
DST-E1 47.01-51.70 NOM 0 47.01 51.70 20/45 3.0 82.00 39.00 TS-I14
DST-E1 47.01-51.70 NOM 2 47.01 51.70 20/45 3.0 82.00 39.00 TS-I14
DST-E1 51.71-56.20 NOM 0 51.71 56.20 20/45 3.0 93.00 43.00 TS-I15
DST-E1 51.71-56.20 NOM 2 51.71 56.20 20/45 3.0 93.00 43.00 TS-I15
DST-E1 56.21-60.60 NOM 0 56.21 60.60 20/45 3.0 93.00 47.00 TS-I16
DST-E1 56.21-60.60 NOM 2 56.21 60.60 20/45 3.0 93.00 47.00 TS-I16
DST-E1 60.61-65.00 NOM 0 60.61 65.00 20/45 3.0 93.00 51.00 TS-I17
DST-E1 60.61-65.00 NOM 2 60.61 65.00 20/45 3.0 93.00 51.00 TS-I17
• The drill tip is supplied in a grade that is suitable to machine the material group which is indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast
Iron • For quotation form and user guide, see pages 630-647 • Ordering example: DST-E1 42.20 45-P0
(1) Tube designation
For holders, see pages: TS-I** (626)
DST-E1
Deep Single Tube Counterborer
with Through Hole, External 4
Start Thread and a Brazed Tip
D
L
d
Ew1
Designation D min D max Ew1 L d Ts(1)
DSC-EA 25.00-26.40 25.00 26.40 3.5 70.00 19.50 TS-I6
DSC-EA 26.41-28.70 26.41 28.70 3.5 70.00 21.00 TS-I7
DSC-EA 28.71-31.00 28.71 31.00 3.5 75.00 23.50 TS-I8
DSC-EA 31.01-33.30 31.01 33.30 3.5 75.00 25.50 TS-I9
DSC-EA 33.31-36.20 33.31 36.20 3.5 75.00 28.00 TS-I10
DSC-EA 36.21-39.60 36.21 39.60 3.5 90.00 30.00 TS-I11
DSC-EA 39.61-39.99 39.61 39.99 3.5 90.00 33.00 TS-I12
• For spare parts and insert information, see page 616 • For user guide and quotation form, see pages 630-647 • Ordering example: DSC-EA 033.20
(1) Tube designation
For inserts, see pages: XPMT-45 (620)
For holders, see pages: TS-I** (626)
DSC-EA
Deep Single Tube Counterborer
with Through Hole, External 4 Start
Thread and Adjustable Diameter
607
DEEP HOLE DRILLING
CAOD
CAORC
d
L
D
Ew1
Ew Ew2
Designation D min D max Ew1 Ew2 L d Ts(1)
DSC-EC 40.00-43.00 40.00 43.00 6.4 4.0 90.00 33.00 TS-I12
DSC-EC 43.01-47.00 43.01 47.00 6.4 4.0 95.00 36.00 TS-I13
DSC-EC 47.01-51.70 47.01 51.70 6.4 4.0 100.00 39.00 TS-I14
DSC-EC 51.71-56.20 51.71 56.20 6.4 4.0 100.00 43.00 TS-I15
DSC-EC 56.21-60.60 56.21 60.60 7.2 4.8 105.00 47.00 TS-I16
DSC-EC 60.61-65.00 60.61 65.00 7.2 4.8 110.00 51.00 TS-I17
DSC-EC 65.00-66.99 65.00 66.99 7.2 4.8 150.00 52.00 TS-I18
DSC-EC 67.00-72.99 67.00 72.99 10.4 6.4 150.00 58.00 TS-I19
DSC-EC 73.00-79.99 73.00 79.99 10.4 6.4 150.00 63.00 TS-I20
DSC-EC 80.00-86.99 80.00 86.99 10.4 6.4 180.00 70.00 TS-I21
DSC-EC 87.00-99.99 87.00 99.99 10.4 6.4 180.00 77.00 TS-I22
• CAOD - Rough boring cartridge (for large D.O.C.), supplied with the cartridge, unless ordered differently • CAORC - Precision boring cartridge • For spare parts
and insert information, see page 617 • For quotation form and user guide, see pages 630-647
(1) Tube designation
For inserts, see pages: TPMX (619) • XPMT-45 (620)
For holders, see pages: TS-I** (626)
DSC-EC
Deep Single Tube Counterborer
with Through Hole, External 4
Start Thread and a Cartridge
L2
L
d2
D
Eh1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max L L2d2Eh1 Ts(1)
DSD-I1 14.51-15.00 NOM 0 14.51 15.00 52.00 22.00 11.50 2.20 TS-O0
DSD-I1 14.51-15.00 NOM 2 14.51 15.00 52.00 22.00 11.50 2.20 TS-O0
DSD-I1 15.01-15.50 NOM 0 15.01 15.50 52.30 22.80 11.80 2.30 TS-O1
DSD-I1 15.01-15.50 NOM 2 15.01 15.50 52.30 22.80 11.80 2.30 TS-O1
DSD-I1 15.51-16.00 NOM 0 15.51 16.00 52.30 22.80 12.40 2.30 TS-O2
DSD-I1 15.51-16.00 NOM 2 15.51 16.00 52.30 22.80 12.40 2.30 TS-O2
DSD-I1 16.01-16.50 NOM 0 16.01 16.50 52.40 22.80 12.70 2.40 TS-O3
DSD-I1 16.01-16.50 NOM 2 16.01 16.50 52.40 22.80 12.70 2.40 TS-O3
DSD-I1 16.51-17.25 NOM 0 16.51 17.25 52.70 22.80 13.40 2.70 TS-O4
DSD-I1 16.51-17.25 NOM 2 16.51 17.25 52.70 22.80 13.40 2.70 TS-O4
DSD-I1 17.26-18.00 NOM 0 17.26 18.00 52.70 22.80 13.70 2.70 TS-O5
DSD-I1 17.26-18.00 NOM 2 17.26 18.00 52.70 22.80 13.70 2.70 TS-O5
DSD-I1 18.01-19.00 NOM 0 18.01 19.00 52.80 22.80 14.40 2.80 TS-O6
DSD-I1 18.01-19.00 NOM 2 18.01 19.00 52.80 22.80 14.40 2.80 TS-O6
DSD-I1 19.01-19.99 NOM 0 19.01 19.99 52.90 22.80 15.40 2.90 TS-O7
DSD-I1 19.01-19.99 NOM 2 19.01 19.99 52.90 22.80 15.40 2.90 TS-O7
DSD-I1 20.00-21.99 NOM 0 20.00 21.99 62.10 25.00 16.50 3.10 TS-O8
DSD-I1 20.00-21.99 NOM 2 20.00 21.99 62.10 25.00 16.50 3.10 TS-O8
DSD-I1 22.00-24.99 NOM 0 22.00 24.99 62.40 25.00 19.00 3.40 TS-O9
DSD-I1 22.00-24.99 NOM 2 22.00 24.99 62.40 25.00 19.00 3.40 TS-O9
DSD-I1 25.00-26.99 NOM 0 25.00 26.99 69.70 25.00 20.00 3.70 TS-O10
DSD-I1 25.00-26.99 NOM 2 25.00 26.99 69.70 25.00 20.00 3.70 TS-O10
DSD-I1 27.00-29.99 NOM 0 27.00 29.99 70.00 25.00 22.00 4.00 TS-O11
DSD-I1 27.00-29.99 NOM 2 27.00 29.99 70.00 25.00 22.00 4.00 TS-O11
DSD-I1 30.00-31.99 NOM 0 30.00 31.99 75.40 25.00 24.00 4.40 TS-O12
DSD-I1 30.00-31.99 NOM 2 30.00 31.99 75.40 25.00 24.00 4.40 TS-O12
DSD-I1 32.00-33.99 NOM 0 32.00 33.99 85.60 25.00 26.00 4.60 TS-O13
DSD-I1 32.00-33.99 NOM 2 32.00 33.99 85.60 25.00 26.00 4.60 TS-O13
DSD-I1 34.00-36.99 NOM 0 34.00 36.99 86.00 40.00 27.00 5.00 TS-O14
DSD-I1 34.00-36.99 NOM 2 34.00 36.99 86.00 40.00 27.00 5.00 TS-O14
DSD-I1 37.00-39.99 NOM 0 37.00 39.99 86.20 40.00 30.00 5.20 TS-O15
DSD-I1 37.00-39.99 NOM 2 37.00 39.99 86.20 40.00 30.00 5.20 TS-O15
DSD-I1 40.00-43.99 NOM 0 40.00 43.99 86.60 40.00 33.00 5.10 TS-O16
DSD-I1 40.00-43.99 NOM 2 40.00 43.99 86.60 40.00 33.00 5.10 TS-O16
DSD-I1 44.00-46.99 NOM 0 44.00 46.99 97.00 40.00 37.00 5.50 TS-O17
DSD-I1 44.00-46.99 NOM 2 44.00 46.99 97.00 40.00 37.00 5.50 TS-O17
DSD-I1 47.00-51.99 NOM 0 47.00 51.99 97.40 40.00 41.00 5.90 TS-O18
DSD-I1 47.00-51.99 NOM 2 47.00 51.99 97.40 40.00 41.00 5.90 TS-O18
DSD-I1 52.00-56.99 NOM 0 52.00 56.99 97.70 40.00 44.00 6.20 TS-O19
DSD-I1 52.00-56.99 NOM 2 52.00 56.99 97.70 40.00 44.00 6.20 TS-O19
DSD-I1 57.00-60.99 NOM 0 57.00 60.99 98.20 40.00 49.00 6.70 TS-O20
DSD-I1 57.00-60.99 NOM 2 57.00 60.99 98.20 40.00 49.00 6.70 TS-O20
DSD-I1 61.00-65.00 NOM 0 61.00 65.00 98.70 40.00 53.00 7.20 TS-O21
DSD-I1 61.00-65.00 NOM 2 61.00 65.00 98.70 40.00 53.00 7.20 TS-O21
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron •
For quotation form and user guide, see pages 630-647 • Ordering example: DSD-I1 38.20 DT-P0
(1) Tube designation
For holders, see pages: TS-O** (627)
DSD-I1
Deep Single Tube Drills with Internal
Single Start Thread and a Brazed Tip
ISCAR
608
DEEP HOLE DRILLING
T (Wrench Size)
Dd
L
Eh1
Designation D min D max L Eh1 d Ts(1)
DSD-IF 16.01-16.50-FT 16.00 16.50 53.50 2.20 12.70 TS-03
DSD-IF 16.51-17.25-FT 16.51 17.25 53.50 2.20 13.40 TS-04
DSD-IF 17.26-18.00-FT 17.26 18.00 53.50 2.20 13.70 TS-05
DSD-IF 18.01-19.00-FT 18.01 19.00 53.50 3.00 14.40 TS-06
DSD-IF 19.01-19.99-FT 19.01 19.99 53.50 3.20 15.40 TS-07
DSD-IF 20.00-21.99-FT 20.00 21.99 58.00 3.20 16.50 TS-08
DSD-IF 22.00-24.99-FT 22.00 24.99 60.00 3.40 19.00 TS-09
DSD-IF 25.00-26.99-FT 25.00 26.99 65.00 3.60 20.00 TS-10
DSD-IF 27.00-28.00-FT 27.00 28.00 65.00 3.60 22.00 TS-11
• Note: Each item in the attached catalog page represents a diameter range • For spare parts, insert information and user guide, see pages 616, 630-647
• Inserts and guide pads should be ordered separately • Ordering example: DSD-IF 018.50-FT
(1) Tube designation
For inserts, see pages: TOGT (650)
DSD-IF-FT
Deep Single Tube Drills with
Internal Single Start Thread
Carrying Triangular Inserts
L
Dd2
Eh1
T
Wrench size
Designation D min D max L Eh1 d2Ts(1)
DSD-IF 25.00-26.99-FB 25.00 26.99 70.00 3.00 20.00 TS-010
DSD-IF 27.00-29.00-FB 27.00 29.00 70.00 3.00 22.00 TS-011
DSD-IF 29.01-29.99-FB 29.01 29.99 70.00 3.00 22.00 TS-011
DSD-IF 30.00-31.99-FB 30.00 31.99 75.00 3.00 24.00 TS-012
DSD-IF 32.00-33.99-FB 32.00 33.99 75.00 3.00 26.00 TS-013
DSD-IF 34.00-36.99-FB 34.00 36.99 90.00 3.00 27.00 TS-014
DSD-IF 37.00-39.99-FB 37.00 39.99 95.00 3.00 30.00 TS-015
DSD-IF 40.00-43.99-FB 40.00 43.99 100.00 4.00 33.00 TS-016
DSD-IF 44.00-46.99-FB 44.00 46.99 105.00 4.00 37.00 TS-017
DSD-IF 47.00-51.99-FB 47.00 51.99 105.00 4.00 41.00 TS-018
DSD-IF 52.00-56.99-FB 52.00 56.99 110.00 4.00 44.00 TS-019
DSD-IF 57.00-60.99-FB 57.00 60.99 115.00 5.00 49.00 TS-020
DSD-IF 61.00-65.00-FB 61.00 65.00 115.00 5.00 53.00 TS-021
• For spare parts and insert information, see page 616 • For user guide and quotation form, see pages 630-647 • Inserts and guide pads should be
ordered separately • Ordering example: DSD-IF 043.10-FB
(1) Tube designation
For inserts, see pages: NPHT-RG (622) • NPMT-L2/R2 (621)
Diameter Dc (mm) Wrench size T (mm)
25.00 -26.40 19
26.41 -28.70 21
28.71 -31.00 24
31.01 -33.30 26
33.31 -36.20 28
36.21 -39.60 30
39.61 -43.00 32
43.01 -47.00 36
47.01 -51.70 38
51.71 -56.20 46
56.21 -60.60 50
60.61-65.00
54
Wrench Size
T
T
DSD-IF-FB
Deep Single Tube Drills with
Internal Single Start Thread
609
DEEP HOLE DRILLING
D
LL2
d2
38.00-106.99 107-168.99 169-245.99
Designation D min D max L L2d2Ts(1)
DSD-IC 38.00-39.99 38.00 39.99 80.00 40.00 30.00 TS-O15
DSD-IC 40.00-43.99 40.00 43.99 80.00 40.00 33.00 TS-O16
DSD-IC 44.00-46.99 44.00 46.99 90.00 40.00 37.00 TS-O17
DSD-IC 47.00-51.99 47.00 51.99 90.00 40.00 41.00 TS-O18
DSD-IC 52.00-56.99 52.00 56.99 100.00 40.00 44.00 TS-O19
DSD-IC 57.00-60.99 57.00 60.99 110.00 40.00 49.00 TS-O20
DSD-IC 61.00-67.99 61.00 67.99 110.00 40.00 53.00 TS-O21
DSD-IC 68.00-74.99 68.00 74.99 120.00 40.00 59.00 TS-O22
DSD-IC 75.00-80.99 75.00 80.99 150.00 70.00 65.00 TS-O23
DSD-IC 81.00-90.99 81.00 90.99 150.00 70.00 71.00 TS-O24
DSD-IC 91.00-98.99 91.00 98.99 150.00 70.00 79.00 TS-O25
DSD-IC 99.00-106.99 99.00 106.99 150.00 70.00 90.00 TS-O26
DSD-IC 107.00-110.99 107.00 110.99 150.00 70.00 90.00 TS-O26
DSD-IC 111.00-122.99 111.00 122.99 150.00 70.00 102.00 TS-O27
DSD-IC 123.00-134.99 123.00 134.99 150.00 70.00 114.00 TS-O28
DSD-IC 135.00-148.99 135.00 148.99 150.00 70.00 126.00 TS-O29
DSD-IC 149.00-161.99 149.00 161.99 150.00 70.00 139.00 TS-O30
DSD-IC 162.00-168.99 162.00 168.99 190.00 85.00 151.00 TS-O31
DSD-IC 169.00-173.99 169.00 173.99 190.00 85.00 151.00 TS-O31
DSD-IC 174.00-185.99 174.00 185.99 190.00 85.00 163.00 TS-O32
DSD-IC 186.00-197.99 186.00 197.99 190.00 85.00 175.00 TS-O33
DSD-IC 198.00-209.99 198.00 209.99 190.00 85.00 187.00 TS-O34
DSD-IC 210.00-221.99 210.00 221.99 190.00 85.00 199.00 TS-O35
DSD-IC 222.00-233.99 222.00 233.99 190.00 85.00 211.00 TS-O36
DSD-IC 234.00-245.99 234.00 245.99 190.00 85.00 223.00 TS-O37
• Important: The specified drilling range using the original outer cartridge and pad may be enlarged by using optional outer cartridges and pads as specified on page
• For spare parts and insert information, see page 618 • For user guide and quotation form, see pages 630-647
(1) Tube designation
For inserts, see pages: NPMX 0802 RG (619) • NPMX 0803 RB/RG (621) • TPMX (619)
DSD-IC
Deep Single Tube Drills with Internal
Single Start Thread and Cartridges
ISCAR
610
DEEP HOLE DRILLING
L
aº
L2
d2
Ew1
D
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L L2d2Ts(1)
DSC-I1 14.51-15.00 NOM 0 14.51 15.00 20/45 3.0 52.00 23.00 11.50 TS-O0
DSC-I1 14.51-15.00 NOM 2 14.51 15.00 20/45 3.0 52.00 23.00 11.50 TS-O0
DSC-I1 15.01-15.50 NOM 0 15.01 15.50 20/45 3.0 52.00 23.00 11.80 TS-O1
DSC-I1 15.01-15.50 NOM 2 15.01 15.50 20/45 3.0 52.00 23.00 11.80 TS-O1
DSC-I1 15.51-16.00 NOM 0 15.51 16.00 20/45 3.0 52.00 23.00 12.40 TS-O2
DSC-I1 15.51-16.00 NOM 2 15.51 16.00 20/45 3.0 52.00 23.00 12.40 TS-O2
DSC-I1 16.01-16.50 NOM 0 16.01 16.50 20/45 3.0 52.00 23.00 12.70 TS-O3
DSC-I1 16.01-16.50 NOM 2 16.01 16.50 20/45 3.0 52.00 23.00 12.70 TS-O3
DSC-I1 16.51-17.25 NOM 0 16.51 17.25 20/45 3.0 52.00 23.00 13.40 TS-O4
DSC-I1 16.51-17.25 NOM 2 16.51 17.25 20/45 3.0 52.00 23.00 13.40 TS-O4
DSC-I1 17.26-18.00 NOM 0 17.26 18.00 20/45 3.0 52.00 23.00 13.70 TS-O5
DSC-I1 17.26-18.00 NOM 2 17.26 18.00 20/45 3.0 52.00 23.00 13.70 TS-O5
DSC-I1 18.01-19.00 NOM 0 18.01 19.00 20/45 3.0 52.00 23.00 14.40 TS-O6
DSC-I1 18.01-19.00 NOM 2 18.01 19.00 20/45 3.0 52.00 23.00 14.40 TS-O6
DSC-I1 19.01-19.99 NOM 0 19.01 19.99 20/45 3.0 52.00 23.00 15.40 TS-O7
DSC-I1 19.01-19.99 NOM 2 19.01 19.99 20/45 3.0 52.00 23.00 15.40 TS-O7
DSC-I1 20.00-21.99 NOM 0 20.00 21.99 20/45 3.0 57.00 25.00 16.50 TS-O8
DSC-I1 20.00-21.99 NOM 2 20.00 21.99 20/45 3.0 57.00 25.00 16.50 TS-O8
DSC-I1 22.00-24.99 NOM 0 22.00 24.99 20/45 3.0 57.00 25.00 19.00 TS-O9
DSC-I1 22.00-24.99 NOM 2 22.00 24.99 20/45 3.0 57.00 25.00 19.00 TS-O9
DSC-I1 25.00-26.99 NOM 0 25.00 26.99 20/45 3.0 67.00 25.00 20.00 TS-O10
DSC-I1 25.00-26.99 NOM 2 25.00 26.99 20/45 3.0 67.00 25.00 20.00 TS-O10
DSC-I1 27.00-29.99 NOM 0 27.00 29.99 20/45 3.0 67.00 25.00 22.00 TS-O11
DSC-I1 27.00-29.99 NOM 2 27.00 29.99 20/45 3.0 67.00 25.00 22.00 TS-O11
DSC-I1 30.00-31.99 NOM 0 30.00 31.99 20/45 3.0 67.00 25.00 24.00 TS-O12
DSC-I1 30.00-31.99 NOM 2 30.00 31.99 20/45 3.0 67.00 25.00 24.00 TS-O12
DSC-I1 32.00-33.99 NOM 0 32.00 33.99 20/45 3.0 67.00 25.00 26.00 TS-O13
DSC-I1 32.00-33.99 NOM 2 32.00 33.99 20/45 3.0 67.00 25.00 26.00 TS-O13
DSC-I1 34.00-36.99 NOM 0 34.00 36.99 20/45 3.0 80.00 40.00 27.00 TS-O14
DSC-I1 34.00-36.99 NOM 2 34.00 36.99 20/45 3.0 80.00 40.00 27.00 TS-O14
DSC-I1 37.00-39.99 NOM 0 37.00 39.99 20/45 3.0 80.00 40.00 30.00 TS-O15
DSC-I1 37.00-39.99 NOM 2 37.00 39.99 20/45 3.0 80.00 40.00 30.00 TS-O15
DSC-I1 40.00-43.99 NOM 0 40.00 43.99 20/45 3.0 80.00 40.00 33.00 TS-O16
DSC-I1 40.00-43.99 NOM 2 40.00 43.99 20/45 3.0 80.00 40.00 33.00 TS-O16
DSC-I1 44.00-46.99 NOM 0 44.00 46.99 20/45 3.0 90.00 40.00 37.00 TS-O17
DSC-I1 44.00-46.99 NOM 2 44.00 46.99 20/45 3.0 90.00 40.00 37.00 TS-O17
DSC-I1 47.00-51.99 NOM 0 47.00 51.99 20/45 5.0 90.00 40.00 41.00 TS-O18
DSC-I1 47.00-51.99 NOM 2 47.00 51.99 20/45 5.0 90.00 40.00 41.00 TS-O18
DSC-I1 52.00-56.99 NOM 0 52.00 56.99 20/45 5.0 90.00 40.00 44.00 TS-O19
DSC-I1 52.00-56.99 NOM 2 52.00 56.99 20/45 5.0 90.00 40.00 44.00 TS-O19
DSC-I1 57.00-60.99 NOM 0 57.00 60.99 20/45 5.0 90.00 40.00 49.00 TS-O20
DSC-I1 57.00-60.99 NOM 2 57.00 60.99 20/45 5.0 90.00 40.00 49.00 TS-O20
DSC-I1 61.00-65.00 NOM 0 61.00 65.00 20/45 5.0 90.00 40.00 53.00 TS-O21
DSC-I1 61.00-65.00 NOM 2 61.00 65.00 20/45 5.0 90.00 40.00 53.00 TS-O21
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron
• For quotation form and user guide, see pages 630-647 • Ordering example: DSC-I1 25.10 45-P0
(1) Tube designation
For holders, see pages: TS-O** (627)
DSC-I1
Deep Single Tube Counterborer
with Through Hole, Internal Single
Start Thread and a Brazed Tip
611
DEEP HOLE DRILLING
aº
L
L2
d2
D
min
max
Ew1
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L L2d2Ts(1)
DST-I1 14.51-15.00 NOM 0 14.51 15.00 20/45 3.0 52.00 23.00 11.50 TS-00
DST-I1 14.51-15.00 NOM 2 14.51 15.00 20/45 3.0 52.00 23.00 11.50 TS-00
DST-I1 15.01-15.50 NOM 0 15.01 15.50 20/45 3.0 52.00 23.00 11.80 TS-01
DST-I1 15.01-15.50 NOM 2 15.01 15.50 20/45 3.0 52.00 23.00 11.80 TS-01
DST-I1 15.51-16.00 NOM 0 15.51 16.00 20/45 3.0 52.00 23.00 12.40 TS-02
DST-I1 15.51-16.00 NOM 2 15.51 16.00 20/45 3.0 52.00 23.00 12.40 TS-02
DST-I1 16.01-16.50 NOM 0 16.01 16.50 20/45 3.0 52.00 23.00 12.70 TS-03
DST-I1 16.01-16.50 NOM 2 16.01 16.50 20/45 3.0 52.00 23.00 12.70 TS-03
DST-I1 16.51-17.25 NOM 0 16.51 17.25 20/45 3.0 52.00 23.00 13.40 TS-04
DST-I1 16.51-17.25 NOM 2 16.51 17.25 20/45 3.0 52.00 23.00 13.40 TS-04
DST-I1 17.26-18.00 NOM 0 17.26 18.00 20/45 3.0 52.00 23.00 13.70 TS-05
DST-I1 17.26-18.00 NOM 2 17.26 18.00 20/45 3.0 52.00 23.00 13.70 TS-05
DST-I1 18.01-19.00 NOM 0 18.01 19.00 20/45 3.0 52.00 23.00 14.40 TS-06
DST-I1 18.01-19.00 NOM 2 18.01 19.00 20/45 3.0 52.00 23.00 14.40 TS-06
DST-I1 19.01-19.99 NOM 0 19.01 19.99 20/45 3.0 52.00 23.00 15.40 TS-07
DST-I1 19.01-19.99 NOM 2 19.01 19.99 20/45 3.0 52.00 23.00 15.40 TS-07
DST-I1 20.00-21.99 NOM 0 20.00 21.99 20/45 3.0 57.00 25.00 16.50 TS-08
DST-I1 20.00-21.99 NOM 2 20.00 21.99 20/45 3.0 57.00 25.00 16.50 TS-08
DST-I1 22.00-24.99 NOM 0 22.00 24.99 20/45 3.0 57.00 25.00 19.00 TS-09
DST-I1 22.00-24.99 NOM 2 22.00 24.99 20/45 3.0 57.00 25.00 19.00 TS-09
DST-I1 25.00-26.99 NOM 0 25.00 26.99 20/45 3.0 67.00 25.00 20.00 TS-010
DST-I1 25.00-26.99 NOM 2 25.00 26.99 20/45 3.0 67.00 25.00 20.00 TS-010
DST-I1 27.00-29.99 NOM 0 27.00 29.99 20/45 3.0 67.00 25.00 22.00 TS-011
DST-I1 27.00-29.99 NOM 2 27.00 29.99 20/45 3.0 67.00 25.00 22.00 TS-011
DST-I1 30.00-31.99 NOM 0 30.00 31.99 20/45 3.0 67.00 25.00 24.00 TS-012
DST-I1 30.00-31.99 NOM 2 30.00 31.99 20/45 3.0 67.00 25.00 24.00 TS-012
DST-I1 32.00-33.99 NOM 0 32.00 33.99 20/45 3.0 67.00 25.00 26.00 TS-013
DST-I1 32.00-33.99 NOM 2 32.00 33.99 20/45 3.0 67.00 25.00 26.00 TS-013
DST-I1 34.00-36.99 NOM 0 34.00 36.99 20/45 3.0 80.00 40.00 27.00 TS-014
DST-I1 34.00-36.99 NOM 2 34.00 36.99 20/45 3.0 80.00 40.00 27.00 TS-014
DST-I1 37.00-39.99 NOM 0 37.00 39.99 20/45 3.0 80.00 40.00 30.00 TS-015
DST-I1 37.00-39.99 NOM 2 37.00 39.99 20/45 3.0 80.00 40.00 30.00 TS-015
DST-I1 40.00-43.99 NOM 0 40.00 43.99 20/45 3.0 80.00 40.00 33.00 TS-016
DST-I1 40.00-43.99 NOM 2 40.00 43.99 20/45 3.0 80.00 40.00 33.00 TS-016
DST-I1 44.00-46.99 NOM 0 44.00 46.99 20/45 3.0 90.00 40.00 37.00 TS-017
DST-I1 44.00-46.99 NOM 2 44.00 46.99 20/45 3.0 90.00 40.00 37.00 TS-017
DST-I1 47.00-51.99 NOM 0 47.00 51.99 20/45 5.0 90.00 40.00 41.00 TS-018
DST-I1 47.00-51.99 NOM 2 47.00 51.99 20/45 5.0 90.00 40.00 41.00 TS-018
DST-I1 52.00-56.99 NOM 0 52.00 56.99 20/45 5.0 90.00 40.00 44.00 TS-019
DST-I1 52.00-56.99 NOM 2 52.00 56.99 20/45 5.0 90.00 40.00 44.00 TS-019
DST-I1 57.00-60.99 NOM 0 57.00 60.99 20/45 5.0 90.00 40.00 49.00 TS-020
DST-I1 57.00-60.99 NOM 2 57.00 60.99 20/45 5.0 90.00 40.00 49.00 TS-020
DST-I1 61.00-65.00 NOM 0 61.00 65.00 20/45 5.0 90.00 40.00 53.00 TS-021
DST-I1 61.00-65.00 NOM 2 61.00 65.00 20/45 5.0 90.00 40.00 53.00 TS-021
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron •
For quotation form and user guide, see pages 630-647 • Ordering example: DST-I1 25.10 20-P0
(1) Tube designation
DST-I1
Deep Single Tube Counterborer
Without a Through Hole, Internal
Single Start Thread and a Brazed Tip
L
D
L2
d2
Ew1
Designation D min D max Ew1 L L2d2Ts(1)
DSC-IA 25.00-26.99 25.00 26.99 2.8 110.00 25.00 20.00 TS-O10
DSC-IA 27.00-29.99 27.00 29.99 2.8 110.00 25.00 22.00 TS-O11
DSC-IA 30.00-31.99 30.00 31.99 2.8 110.00 25.00 24.00 TS-O12
DSC-IA 32.00-33.99 32.00 33.99 2.8 110.00 25.00 26.00 TS-O13
DSC-IA 34.00-36.99 34.00 36.99 2.8 135.00 40.00 27.00 TS-O14
DSC-IA 37.00-39.99 37.00 39.99 2.8 135.00 40.00 30.00 TS-O15
• For spare parts and insert information, see page 617 • For user guide and quotation form, see pages 630-647 • Ordering example: DSC-IA 30.35
(1) Tube designation
For inserts, see pages: XPMT-45 (620)
For holders, see pages: TS-O** (627)
DSC-IA
Deep Single Tube Counterbore
with a Through Hole, Internal Single
Start Thread Adjustable Diameter
ISCAR
612
DEEP HOLE DRILLING
L
DCAOD
CAORC Ew2
Ew1
L2
d2
Ew
Designation D min D max Ew1 Ew2 L L2d Ts(1)
DSC-IC 40.00-43.99 40.00 43.99 6.4 4.0 135.00 40.00 33.00 TS-O16
DSC-IC 44.00-46.99 44.00 46.99 6.4 4.0 135.00 40.00 37.00 TS-O17
DSC-IC 47.00-51.99 47.00 51.99 6.4 4.0 145.00 40.00 41.00 TS-O18
DSC-IC 52.00-56.99 52.00 56.99 7.2 4.8 145.00 40.00 44.00 TS-O19
DSC-IC 57.00-60.99 57.00 60.99 7.2 4.8 170.00 40.00 49.00 TS-O20
DSC-IC 61.00-67.99 61.00 67.99 7.2 4.8 170.00 40.00 53.00 TS-O21
DSC-IC 68.00-74.99 68.00 74.99 10.4 6.4 170.00 40.00 59.00 TS-O22
DSC-IC 75.00-80.99 75.00 80.99 10.4 6.4 205.00 70.00 65.00 TS-O23
DSC-IC 81.00-90.99 81.00 90.99 10.4 6.4 205.00 70.00 71.00 TS-024
DSC-IC 91.00-98.99 91.00 98.99 10.4 6.4 215.00 70.00 79.00 TS-O25
DSC-IC 99.00-110.99 99.00 110.99 10.4 6.4 225.00 70.00 90.00 TS-O26
• 10OD - Rough boring cartridge (for large D.O.C.) supplied with the cartridge, unless ordered differently • CAORC - Precision boring cartridge • For spare
parts and insert information, see page 617 • For user guide and quotation form, see pages 630-647 • Ordering example: DSC-IC 091.10
(1) Tube designation
For inserts, see pages: TPMX (619) • XPMT-45 (620)
For holders, see pages: TS-O** (627)
DSC-IC
Deep Single Tube Counterborer
with a Through Hole, Internal Single
Start Thread and a Cartridge
L
d
D
Eh1
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Ordering example: DDD-E3 47.10 OT-P0
Designation D min D max L d Eh1 Ts(1) Tsi(2)
DDD-E3 18.41-20.00 NOM 0 18.41 20.00 50.00 16.00 2.90 TDO-I0 TDI-N0
DDD-E3 18.41-20.00 NOM 2 18.41 20.00 50.00 16.00 2.90 TDO-I0 TDI-N0
DDD-E3 20.01-21.80 NOM 0 20.01 21.80 56.00 18.00 3.20 TDO-I1 TDI-N1
DDD-E3 20.01-21.80 NOM 2 20.01 21.80 56.00 18.00 3.20 TDO-I1 TDI-N1
DDD-E3 21.81-24.10 NOM 0 21.81 24.10 56.00 19.50 3.20 TDO-I2 TDI-N2
DDD-E3 21.81-24.10 NOM 2 21.81 24.10 56.00 19.50 3.20 TDO-I2 TDI-N2
DDD-E3 24.11-26.40 NOM 0 24.11 26.40 57.50 21.00 3.50 TDO-I3 TDI-N3
DDD-E3 24.11-26.40 NOM 2 24.11 26.40 57.50 21.00 3.50 TDO-I3 TDI-N3
DDD-E3 26.41-28.70 NOM 0 26.41 28.70 60.50 23.50 3.70 TDO-I4 TDI-N4
DDD-E3 26.41-28.70 NOM 2 26.41 28.70 60.50 23.50 3.70 TDO-I4 TDI-N4
DDD-E3 28.71-31.00 NOM 0 28.71 31.00 63.50 25.50 4.00 TDO-I5 TDI-N5
DDD-E3 28.71-31.00 NOM 2 28.71 31.00 63.50 25.50 4.00 TDO-I5 TDI-N5
DDD-E3 31.01-33.30 NOM 0 31.01 33.30 63.50 28.00 4.10 TDO-I6 TDI-N6
DDD-E3 31.01-33.30 NOM 2 31.01 33.30 63.50 28.00 4.10 TDO-I6 TDI-N6
DDD-E3 33.31-36.20 NOM 0 33.31 36.20 70.50 30.00 4.50 TDO-I7 TDI-N7
DDD-E3 33.31-36.20 NOM 2 33.31 36.20 70.50 30.00 4.50 TDO-I7 TDI-N7
DDD-E3 36.21-39.60 NOM 0 36.21 39.60 73.50 33.00 4.80 TDO-I8 TDI-N8
DDD-E3 36.21-39.60 NOM 2 36.21 39.60 73.50 33.00 4.80 TDO-I8 TDI-N8
DDD-E3 39.61-43.00 NOM 0 39.61 43.00 73.50 36.00 5.30 TDO-I9 TDI-N9
DDD-E3 39.61-43.00 NOM 2 39.61 43.00 73.50 36.00 5.30 TDO-I9 TDI-N9
DDD-E3 43.01-47.00 NOM 0 43.01 47.00 75.00 39.00 5.50 TDO-I10 TDI-N10
DDD-E3 43.01-47.00 NOM 2 43.01 47.00 75.00 39.00 5.50 TDO-I10 TDI-N10
DDD-E3 47.01-51.70 NOM 0 47.01 51.70 79.00 43.00 6.10 TDO-I11 TDI-N11
DDD-E3 47.01-51.70 NOM 2 47.01 51.70 79.00 43.00 6.10 TDO-I11 TDI-N11
DDD-E3 51.71-56.20 NOM 0 51.71 56.20 82.00 47.00 6.50 TDO-I12 TDI-N12
DDD-E3 51.71-56.20 NOM 2 51.71 56.20 82.00 47.00 6.50 TDO-I12 TDI-N12
DDD-E3 56.21-65.00 NOM 0 56.21 65.00 84.00 51.00 6.60 TDO-I13 TDI-N13
DDD-E3 56.21-65.00 NOM 2 56.21 65.00 84.00 51.00 6.60 TDO-I13 TDI-N13
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: ISO P, K, M, N materials • NOM 0 refers to
non-coated drill head, NOM 2 refers to coated drill head. • Ordering example: DDD-E3 47.10 OT-P0 • For quotation form and user guide, see pages 630-647
(1) Outer tube designation
(2) Inner tube designation
For holders, see pages: TDO-I (D18.41-65.00) (629)
DDD-E3
Deep Double Tube Drills with External
4 Start Thread and Brazed Tips
613
DEEP HOLE DRILLING
T (Wrench Size)
D
Eh1
d
L
Designation D min D max L Eh1 d Ts(1) Tsi(2)
DDD-EF 18.40-20.00-FT 18.41 20.00 61.00 3.00 16.00 TDO-I0 TDI-N0
DDD-EF 20.01-21.80-FT 20.01 21.80 63.50 3.20 18.00 TDO-I1 TDI-N1
DDD-EF 21.81-21.99-FT 21.81 21.99 63.50 3.20 19.50 TDO-I2 TDI-N2
DDD-EF 22.00-24.10-FT 22.00 24.10 65.50 3.40 19.50 TDO-I2 TDI-N2
DDD-EF 24.11-25.00-FT 24.11 25.00 65.50 3.40 21.00 TDO-I3 TDI-N3
DDD-EF 25.01-26.40-FT 25.01 26.40 67.50 3.60 21.00 TDO-I3 TDI-N3
DDD-EF 26.01-28.00-FT 26.41 28.00 70.50 3.60 23.50 TDO-I4 TDI-N4
• Note: Each item in the attached catalog page represents a diameter range. • For spare parts, insert information and user guide, see pages 616, 630-647
• Inserts and guide pads should be ordered separately • Ordering example: DDD-EF 018.50-FT
(1) Outer tube designation
(2) Inner tube designation
For inserts, see pages: TOGT (650)
For holders, see pages: TDO-I (D18.41-65.00) (629)
DDD-EF-FT
Deep Double Tube Drills with External 4
Start Thread Carrying Triangular Inserts
Dd
L
Eh1
T
Wrench size
Designation D min D max L Eh1 d T Ts(1) Tsi(2)
DDD-EF 25.00-26.40-FB 25.00 26.40 70.00 3.00 21.00 19.0 TDO-I3 TDI-N3
DDD-EF 26.41-28.70-FB 26.41 28.70 75.00 3.00 23.50 21.0 TDO-I4 TDI-N4
DDD-EF 28.71-31.00-FB 28.71 31.00 75.00 3.00 25.50 24.0 TDO-I5 TDI-N5
DDD-EF 31.01-33.30-FB 31.01 33.30 80.00 3.00 28.00 26.0 TDO-I6 TDI-N6
DDD-EF 33.31-36.20-FB 33.31 36.20 90.00 3.00 30.00 28.0 TDO-I7 TDI-N7
DDD-EF 36.21-39.60-FB 36.21 39.60 95.00 4.00 33.00 30.0 TDO-I8 TDI-N8
DDD-EF 39.61-43.00-FB 39.61 43.00 100.00 4.00 36.00 32.0 TDO-I9 TDI-N9
DDD-EF 43.01-47.00-FB 43.01 47.00 100.00 4.00 39.00 36.0 TDO-I10 TDI-N10
DDD-EF 47.01-51.70-FB 47.01 51.70 110.00 4.00 43.00 38.0 TDO-I11 TDI-N11
DDD-EF 51.71-56.20-FB 51.71 56.20 115.00 5.00 47.00 46.0 TDO-I12 TDI-N12
DDD-EF 56.21-60.60-FB 56.21 60.60 115.00 5.00 51.00 50.0 TDO-I13 TDI-N13
DDD-EF 60.61-65.00-FB 60.61 65.00 115.00 5.00 51.00 54.0 TDO-I13 TDI-N13
• For spare parts and insert information, see page 616 • For user guide and quotation form see pages 630-647 • Inserts and guide pads should be ordered
separately • Ordering example: DDD-EF 043.00-FB
(1) Outer tube designation
(2) Inner tube designation
For inserts, see pages: NPHT-RG (622) • NPMT-L2/R2 (621)
For holders, see pages: TDO-I (D18.41-65.00) (629)
DDD-EF-FB
Deep Double Tube Drills with External
4 Start Thread for High Feed
ISCAR
614
DEEP HOLE DRILLING
38 -106.99 107- 168.99
L
d
D
Designation D min D max L d Ts(1) Tsi(2)
DDD-EC 38.00-39.60 38.00 39.60 85.00 33.00 TDO-I8 TDI-N8
DDD-EC 39.61-43.00 39.61 43.00 85.00 36.00 TDO-I9 TDI-N9
DDD-EC 43.01-47.00 43.01 47.00 95.00 39.00 TDO-I10 TDI-N10
DDD-EC 47.01-51.70 47.01 51.70 100.00 43.00 TDO-I11 TDI-N11
DDD-EC 51.71-56.20 51.71 56.20 100.00 47.00 TDO-I12 TDI-N12
DDD-EC 56.21-65.00 56.21 65.00 110.00 51.00 TDO-I13 TDI-N13
DDD-EC 65.00-66.99 65.00 66.99 150.00 52.00 TDO-I14 TDI-N14
DDD-EC 67.00-72.99 67.00 72.99 150.00 58.00 TDO-I15 TDI-N15
DDD-EC 73.00-79.99 73.00 79.99 150.00 63.00 TDO-I16 TDI-N16
DDD-EC 80.00-86.99 80.00 86.99 180.00 70.00 TDO-I17 TDI-N17
DDD-EC 87.00-99.99 87.00 99.99 180.00 77.00 TDO-I18 TDI-N18
DDD-EC 100.00-106.99 100.00 106.99 180.00 89.00 TDO-I19 TDI-N19
DDD-EC 107.00-111.99 107.00 111.99 180.00 89.00 TDO-I20 TDI-N20
DDD-EC 112.00-123.99 112.00 123.99 205.00 101.00 TDO-I21 TDI-N21
DDD-EC 124.00-135.99 124.00 135.99 205.00 113.00 TDO-I22 TDI-N22
DDD-EC 136.00-147.99 136.00 147.99 205.00 125.00 TDO-I23 TDI-N23
DDD-EC 148.00-159.99 148.00 159.99 225.00 137.00 TDO-I24 TDI-N24
DDD-EC 160.00-168.99 160.00 168.99 225.00 149.00 TDO-I25 TDI-N25
• Important: The specified drilling range using the original outer cartridge and pad may be enlarged by using optional outer cartridges and pads as
specified on page • For spare parts and insert information, see page 618 • For user guide and quotation form see pages 630-647
• Ordering example: DDD-EC 148.00
(1) Outer tube designation
(2) Inner tube designation
For inserts, see pages: NPMX 0803 RB/RG (621) • TPMX (619)
For holders, see pages: TDO-I (D18.41-65.00) (629) • TDO-I (D65.00-171.99) (629)
DDD-EC
Deep Double Tube Drills with External
4 Start Thread and Cartridges
D
aº
Ew1
d
L
min
max
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L d Ts(1) Tsi(2)
DDC-E1 18.41-20.00 NOM 0 18.41 20.00 20/45 1.0 57.00 16.00 TDO-I0 TDI-N0
DDC-E1 18.41-20.00 NOM 2 18.41 20.00 20/45 1.0 57.00 16.00 TDO-I0 TDI-N0
DDC-E1 20.01-21.80 NOM 0 20.01 21.80 20/45 2.0 65.00 18.00 TDO-I1 TDI-N1
DDC-E1 20.01-21.80 NOM 2 20.01 21.80 20/45 2.0 65.00 18.00 TDO-I1 TDI-N1
DDC-E1 21.81-24.10 NOM 0 21.81 24.10 20/45 2.0 65.00 19.50 TDO-I2 TDI-N2
DDC-E1 21.81-24.10 NOM 2 21.81 24.10 20/45 2.0 65.00 19.50 TDO-I2 TDI-N2
DDC-E1 24.11-26.40 NOM 0 24.11 26.40 20/45 2.0 65.00 21.00 TDO-I3 TDI-N3
DDC-E1 24.11-26.40 NOM 2 24.11 26.40 20/45 2.0 65.00 21.00 TDO-I3 TDI-N3
DDC-E1 26.41-28.70 NOM 0 26.41 28.70 20/45 2.0 65.00 23.50 TDO-I4 TDI-N4
DDC-E1 26.41-28.70 NOM 2 26.41 28.70 20/45 2.0 65.00 23.50 TDO-I4 TDI-N4
DDC-E1 28.71-31.00 NOM 0 28.71 31.00 20/45 2.0 70.00 25.50 TDO-I5 TDI-N5
DDC-E1 28.71-31.00 NOM 2 28.71 31.00 20/45 2.0 70.00 25.50 TDO-I5 TDI-N5
DDC-E1 31.01-33.30 NOM 0 31.01 33.30 20/45 3.0 70.00 28.00 TDO-I6 TDI-N6
DDC-E1 31.01-33.30 NOM 2 31.01 33.30 20/45 3.0 70.00 28.00 TDO-I6 TDI-N6
DDC-E1 33.31-36.20 NOM 0 33.31 36.20 20/45 3.0 70.00 30.00 TDO-I7 TDI-N7
DDC-E1 33.31-36.20 NOM 2 33.31 36.20 20/45 3.0 70.00 30.00 TDO-I7 TDI-N7
DDC-E1 36.21-39.60 NOM 0 36.21 39.60 20/45 3.0 82.00 33.00 TDO-I8 TDI-N8
DDC-E1 36.21-39.60 NOM 2 36.21 39.60 20/45 3.0 82.00 33.00 TDO-I8 TDI-N8
DDC-E1 39.61-43.00 NOM 0 39.61 43.00 20/45 3.0 82.00 36.00 TDO-I9 TDI-N9
DDC-E1 39.61-43.00 NOM 2 39.61 43.00 20/45 3.0 82.00 36.00 TDO-I9 TDI-N9
DDC-E1 43.01-47.00 NOM 0 43.01 47.00 20/45 3.0 82.00 39.00 TDO-I10 TDI-N10
DDC-E1 43.01-47.00 NOM 2 43.01 47.00 20/45 3.0 82.00 39.00 TDO-I10 TDI-N10
DDC-E1 47.01-51.70 NOM 0 47.01 51.70 20/45 3.0 82.00 43.00 TDO-I11 TDI-N11
DDC-E1 47.01-51.70 NOM 2 47.01 51.70 20/45 3.0 82.00 43.00 TDO-I11 TDI-N11
DDC-E1 51.71-56.20 NOM 0 51.71 56.20 20/45 3.0 93.00 47.00 TDO-I12 TDI-N12
DDC-E1 51.71-56.20 NOM 2 51.71 56.20 20/45 3.0 93.00 47.00 TDO-I12 TDI-N12
DDC-E1 56.21-65.00 NOM 0 56.21 65.00 20/45 3.0 93.00 51.00 TDO-I13 TDI-N13
DDC-E1 56.21-65.00 NOM 2 56.21 65.00 20/45 3.0 93.00 51.00 TDO-I13 TDI-N13
• The drill tip is supplied in a grade that is suitable to machine the material group which is indicated in the drill head designation: P-Steel, M-Stainless Steel,
K-Cast Iron • For quotation form and user guide, see pages 630-647 • Ordering example: DDC-E1 36.00 20-P0
(1) Outer tube designation
(2) Inner tube designation
For holders, see pages: TDO-I (D18.41-65.00) (629)
DDC-E1
Deep Double Tube Counterborer
with a Through Hole, External 4
Start Thread and a Brazed Tip
615
DEEP HOLE DRILLING
min
max aº
L
d
D
Ew1
NOM 0 refers to non-coated drill head, NOM 2 refers to coated drill head.
Designation D min D max a°Ew1 L d Ts(1) Tsi(2)
DDT-E1 18.41-20.00 NOM 0 18.41 20.00 20/45 1.0 57.00 16.00 TDO-I0 TDI-N0
DDT-E1 18.41-20.00 NOM 2 18.41 20.00 20/45 1.0 57.00 16.00 TDO-I0 TDI-N0
DDT-E1 20.01-21.80 NOM 0 20.01 21.80 20/45 2.0 65.00 18.00 TDO-I1 TDI-N1
DDT-E1 20.01-21.80 NOM 2 20.01 21.80 20/45 2.0 65.00 18.00 TDO-I1 TDI-N1
DDT-E1 21.81-24.10 NOM 0 21.81 24.10 20/45 2.0 65.00 19.50 TDO-I2 TDI-N2
DDT-E1 21.81-24.10 NOM 2 21.81 24.10 20/45 2.0 65.00 19.50 TDO-I2 TDI-N2
DDT-E1 24.11-26.40 NOM 0 24.11 26.40 20/45 2.0 65.00 21.00 TDO-I3 TDI-N3
DDT-E1 24.11-26.40 NOM 2 24.11 26.40 20/45 2.0 65.00 21.00 TDO-I3 TDI-N3
DDT-E1 26.41-28.70 NOM 0 26.41 28.70 20/45 2.0 65.00 23.50 TDO-I4 TDI-N4
DDT-E1 26.41-28.70 NOM 2 26.41 28.70 20/45 2.0 65.00 23.50 TDO-I4 TDI-N4
DDT-E1 28.71-31.00 NOM 0 28.71 31.00 20/45 2.0 70.00 25.50 TDO-I5 TDI-N5
DDT-E1 28.71-31.00 NOM 2 28.71 31.00 20/45 2.0 70.00 25.50 TDO-I5 TDI-N5
DDT-E1 31.01-33.30 NOM 0 31.01 33.30 20/45 3.0 70.00 28.00 TDO-I6 TDI-N6
DDT-E1 31.01-33.30 NOM 2 31.01 33.30 20/45 3.0 70.00 28.00 TDO-I6 TDI-N6
DDT-E1 33.31-36.20 NOM 0 33.31 36.20 20/45 3.0 70.00 30.00 TDO-I7 TDI-N7
DDT-E1 33.31-36.20 NOM 2 33.31 36.20 20/45 3.0 70.00 30.00 TDO-I7 TDI-N7
DDT-E1 36.21-39.60 NOM 0 36.21 39.60 20/45 3.0 82.00 33.00 TDO-I8 TDI-N8
DDT-E1 36.21-39.60 NOM 2 36.21 39.60 20/45 3.0 82.00 33.00 TDO-I8 TDI-N8
DDT-E1 39.61-43.00 NOM 0 39.61 43.00 20/45 3.0 82.00 36.00 TDO-I9 TDI-N9
DDT-E1 39.61-43.00 NOM 2 39.61 43.00 20/45 3.0 82.00 36.00 TDO-I9 TDI-N9
DDT-E1 43.01-47.00 NOM 0 43.01 47.00 20/45 3.0 82.00 39.00 TDO-I10 TDI-N10
DDT-E1 43.01-47.00 NOM 2 43.01 47.00 20/45 3.0 82.00 39.00 TDO-I10 TDI-N10
DDT-E1 47.01-51.70 NOM 0 47.01 51.70 20/45 3.0 82.00 43.00 TDO-I11 TDI-N11
DDT-E1 47.01-51.70 NOM 2 47.01 51.70 20/45 3.0 82.00 43.00 TDO-I11 TDI-N11
DDT-E1 51.71-56.20 NOM 0 51.71 56.20 20/45 3.0 93.00 47.00 TDO-I12 TDI-N12
DDT-E1 51.71-56.20 NOM 2 51.71 56.20 20/45 3.0 93.00 47.00 TDO-I12 TDI-N12
DDT-E1 56.21-65.00 NOM 0 56.21 65.00 20/45 3.0 93.00 51.00 TDO-I13 TDI-N13
DDT-E1 56.21-65.00 NOM 2 56.21 65.00 20/45 3.0 93.00 51.00 TDO-I13 TDI-N13
• The drill tip is supplied in a grade that is suitable to machine the material group indicated in the drill head designation: P-Steel, M-Stainless Steel, K-Cast Iron
• For quotation form and user guide, see pages 630-647 • Order example: DDT-E1 036.00 20-PO
(1) Outer tube designation
(2) Inner tube designation
For holders, see pages: TDO-I (D18.41-65.00) (629)
DDT-E1
Deep Double Tube Counterborer
Without a Through Hole, External
4 Start Thread and a Brazed Tip
Diameter
Guide Pads
(3 pcs)
Guide Pad Protectors
(3 pcs)
Close Tolerance
Insert
Insert Clamping
Screw
25.00-27.99 GPS-06-20-120 GPP-04 XPMT16002-45 SR 11201754-4
28.00-29.99 GPS-06-20-120 GPP-04 XPMT16002-45 SR 11201754-4
30.00-37.99 GPS-07-20-120 GPP-05 XPMT16002-45 SR 11201754-4
38.00-39.99 GPS-08-25-155 GPP-06 XPMT16002-45 SR 11201754-4
DSC-EA
Pg. 625 Pg. 624 Pg. 620
ISCAR
616
DEEP HOLE DRILLING
ISCAR
616
TUBES &
SPARE PARTS
DDD-EF-FT / DSD-EF-FT / DSD-IF-FT
Diameter Range Insert
Insert Clamping
Screw Key
Solid Carbide
Guide Pad
Guide Pad
Clamping Screw Key
16.00-18.00 TOGT 080305-DT SR-14-560/S T- 8 GPS-06-20-075
SR34-508 T- 7
18.01-20.00 TOGT 090305-DT SR-14-560/S T- 8 GPS-06-20-085
20.01-20.99 TOGT 100305-DT SR-34-506 T- 8 GPS-06-20-085
21.00-21.99 TOGT 100305-DT GPS-06-20-100
22.00-25.00 TOGT 110405-DT SR-14-571/S T-15 GPS-06-20-100
25.01-28.00 TOGT 120405-DT SR-14-506 T-15 GPS-06-20-120
Drill Diameter
Insert Guide Pad
Insert Screw Key Insert Screw Key Insert Screw Key Screw Key
25.00 - 28.00
NPHT 06003RG SR 11201753-2 T-7/5 NPMT 05503R2 SR 11201753-2 T-7/5 NPMT 05503L2 SR 11201753-2 T-7/5 GPS06 SR 11201753-1 T-7/5
28.01 - 29.99
NPHT 06003RG SR 11201753-2 T-7/5 NPMT 05503R2 SR 11201753-2 T-7/5 NPMT 06504L2 SR 11201753-2 T-8/5 GPS06 SR 11201753-1 T-7/5
30.00 - 35.00
NPHT 07504RG SR 11201753-3 T-8/5 NPMT 06504R2 SR 11201753-3 T-8/5 NPMT 06504L2 SR 11201753-3 T-8/5 GPS07 SR 11201753-4 T-9/5
35.01 - 38.00
NPHT 07504RG SR 11201753-3 T-8/5 NPMT 06504R2 SR 11201753-3 T-8/5 NPMT 0804L2 SR 11201753-3 T-8/5 GPS07 SR 11201753-4 T-9/5
38.01 - 39.00
NPHT 09004RG SR 11201753-3 T-8/5 NPMT 06504R2 SR 11201753-3 T-8/5 NPMT 0804L2 SR 11201753-3 T-8/5 GPS07 SR 11201753-4 T-9/5
39.01 - 41.00
NPHT 09004RG SR 11201753-3 T-8/5 NPMT 06504R2 SR 11201753-3 T-8/5 NPMT 0804L2 SR 11201753-3 T-8/5 GPS08 SR 11201753-4 T-9/5
41.01 - 44.00
NPHT 09004RG SR 11201753-3 T-8/5 NPMT 0804R2 SR 11201753-3 T-8/5 NPMT 0804L2 SR 11201753-3 T-8/5 GPS08 SR 11201753-4 T-9/5
44.01 - 45.00
NPHT 09004RG SR 11201753-3 T-8/5 NPMT 0804R2 SR 11201753-3 T-8/5 NPMT 09504L2 SR 11201753-3 T-8/5 GPS08 SR 11201753-4 T-9/5
45.01 - 47.00
NPHT 09004RG SR 11201753-3 T-8/5 NPMT 0804R2 SR 11201753-3 T-8/5 NPMT 09504L2 SR 11201753-3 T-8/5 GPS10 SR 11201753-6 T-15/5
47.01 - 51.00
NPHT 11004RG SR 11201753-3 T-8/5 NPMT 0804R2 SR 11201753-3 T-8/5 NPMT 09504L2 SR 11201753-3 T-8/5 GPS10 SR 11201753-6 T-15/5
51.01 - 54.00
NPHT 11004RG SR 11201753-3 T-8/5 NPMT 09504R2 SR 11201753-3 T-8/5 NPMT 09504L2 SR 11201753-3 T-8/5 GPS10 SR 11201753-6 T-15/5
54.01 - 57.00
NPHT 11004RG SR 11201753-3 T-8/5 NPMT 09504R2 SR 11201753-3 T-8/5 NPMT 12504L2 SR 11201753-3 T-8/5 GPS10 SR 11201753-6 T-15/5
57.01 - 60.00
NPHT 11004RG SR 11201753-3 T-8/5 NPMT 09504R2 SR 11201753-3 T-8/5 NPMT 12504L2 SR 11201753-3 T-8/5 GPS12 SR 11201753-6 T-15/5
60.01 - 64.00
NPHT 13004RG SR 11201753-3 T-8/5 NPMT 09504R2 SR 11201753-3 T-8/5 NPMT 12504L2 SR 11201753-3 T-8/5 GPS12 SR 11201753-6 T-15/5
64.01 - 65.00
NPHT 13004RG SR 11201753-3 T-8/5 NPMT 12504R2 SR 11201753-3 T-8/5 NPMT 12504L2 SR 11201753-3 T-8/5 GPS12 SR 11201753-6 T-15/5
DSD-EF-FB / DDD-EF-FB / DSD-IF-FB
Tool Diameter Dimensions (mm) Solid Carbide
Min Max b L R h Description
FINEBEAM
25.00 29.99 6 20 12 3 GPS-06-20-120
30.00 39.00 7 20 12 3.5 GPS-07-20-120
39.01 45.00 8 25 15.5 4.5 GPS-08-25-155
45.01 57.00 10 30 20 4.5 GPS-10-30-200
57.01 65.00 12 35 25 5.5 GPS-12-35-250
b
Lh
R
Diameter
Guide
Pads
(3 pcs)
Resin
Guide Pads
(3 pcs)
Close
Tolerance
Insert
Insert
Clamping
Screw
25.00-27.99 GPS-06-20-120 RGP01 XPMT 16002-45 SR 11201754-4
28.00-29.99 GPS-06-20-120 RGP02 XPMT 16002-45 SR 11201754-4
30.00-37.99 GPS-07-20-120 RGP02 XPMT 16002-45 SR 11201754-4
38.00-39.99 GPS-08-25-155 RGP03 XPMT 16002-45 SR 11201754-4
DSC-IA
Diameter
Close Tolerance
Cartridge
Normal Tolerance
Cartridge
Guide
Pads
(3 pcs)
Resin
Guide
Pads (3 pcs)
Close
Tolerance
Insert
Normal
Tolerance
Insert
40.00-45.99 CAORC-0845 CAOD-0845 GPS-08-25-155 RGP03 TPMX 1403LG TPMX 1403RG
46.00-51.99 CAORC-0845 CAOD-0845 GPS-10-35-200 RGP03 TPMX 1403LG TPMX 1403RG
52.00-56.99 CAORC-103 CAOD-103 GPS-10-35-200 RGP03 TPMX 1704LG TPMX 1704RG
57.00-59.99 CAORC-103 CAOD-103 GPS-10-35-200 RGP03 TPMX 1704LG TPMX 1704RG
60.00-66.99 CAORC-103 CAOD-103 GPS-14-40-250 RGP04 TPMX 1704LG TPMX 1704RG
67.00-80.99 CAORC-142 CAOD-142 GPS-14-40-250 RGP04 TPMX 2405LG TPMX 2405RG
81.00-90.99 CAORC-142 CAOD-142 GPS-14-40-250 RGP05 TPMX 2405LG TPMX 2405RG
91.00-99.99 CAORC-142 CAOD-142 GPS-14-40-250 RGP06 TPMX 2405LG TPMX 2405RG
100.00-122.99 CAORC-142 CAOD-142 GPS-18-40-300 RGP06 TPMX 2405LG TPMX 2405RG
DSC-IC
Pg. 625 Pg. 624 Pg. 620
Pg. 623 Pg. 622 Pg. 625 Pg. 624 Pg. 619 Pg. 619
Diameter
Close
Tolerance
Cartridge
Normal
Tolerance
Cartridge
Guide Pads
(3 pcs)
Sub Guide
Pad (1 pc)
Guide Pad
Protectors
(3 pcs)
Close
Tolerance
Insert
Normal
Tolerance
Insert
40.00-45.99 CAORC-0845 CAOD-0845 GPS-08-25-155 SGP-02 GPP-06 TPMX 1403LG TPMX 1403RG
46.00-51.99 CAORC-0845 CAOD-0845 GPS-10-35-200 SGP-02 GPP-07 TPMX 1403LG TPMX 1403RG
52.00-56.99 CAORC-103 CAOD-103 GPS-10-35-200 SGP-02 GPP-07 TPMX 1704LG TPMX 1704RG
57.00-59.99 CAORC-103 CAOD-103 GPS-10-35-200 SGP-02 GPP-07 TPMX 1704LG TPMX 1704RG
60.00-66.99 CAORC-103 CAOD-103 GPS-14-40-250 SGP-03 GPP-08 TPMX 1704LG TPMX 1704RG
67.00-80.99 CAORC-142 CAOD-142 GPS-14-40-250 SGP-03 GPP-08 TPMX 2405LG TPMX 2405RG
81.00-90.99 CAORC-142 CAOD-142 GPS-14-40-250 SGP-03 GPP-08 TPMX 2405LG TPMX 2405RG
91.00-99.99 CAORC-142 CAOD-142 GPS-14-40-250 SGP-03 GPP-08 TPMX 2405LG TPMX 2405RG
100.00-122.99 CAORC-142 CAOD-142 GPS-18-40-300 SGP-04 GPP-09 TPMX 2405LG TPMX 2405RG
DSC-EC
Pg. 619Pg. 623 Pg. 622 Pg. 625 Pg. 624 Pg. 619Pg. 624
617
DEEP HOLE DRILLING
617
TUBES &
SPARE PARTS
Diameter Peripheral
Qty.
Inner/
Central
Qty.
Guide
Pad
Qty.
Guide Pad
Protectors
Qty.
Sub Guide
Pad
Qty.
Peripheral
Insert
Qty.
Inner/ Central
Insert
Qty.
38.00 - 39.99 CAOD-080 1 CAID-080 2 GPS-08-25-155 2 GPP-06 2 SGP-02 1 NPMX 0803RG 1NPMX 0803RG 2
40.00-44.99 CAOD-0845 1 CAID-080 2 GPS-08-25-155 2 GPP-06 2 SGP-02 1 TPMX 1403RG 1NPMX 0803RG 2
45.00-47.99 CAOD-0845 1 CAID-080
CAID-0845
1
1GPS-10-35-200 2 GPP-07 2 SGP-02 1 TPMX 1403RG 1NPMX 0803RG
TPMX 1403RG
1
1
48.00-51.99 CAOD-0845 1 CAID-0845 2 GPS-10-35-200 2 GPP-07 2 SGP-02 1 TPMX 1403RG 1TPMX 1403RG 2
52.00-54.99 CAOD-103 1 CAID-0845 2 GPS-10-35-200 2 GPP-07 2 SGP-02 1 TPMX 1704RG 1TPMX 1403RG 2
55.00-57.99 CAOD-103 1 CAID-0845
CAID-103
1
1GPS-10-35-200 2 GPP-07 2 SGP-02 1 TPMX 1704RG 1TPMX 1403RG
TPMX 1704RG
1
1
58.00-59.99 CAOD-103 1 CAID-103 2 GPS-10-35-200 2 GPP-07 2 SGP-02 1 TPMX 1704RG 1TPMX 1704RG 2
60.00-63.99 CAOD-103 1 CAID-103 2 GPS-14-40-250 2 GPP-08 2 SGP-02 1 TPMX 1704RG 1TPMX 1704RG 2
64.00-67.99 CAOD-142 1 CAID-103 2 GPS-14-40-250 2 GPP-08 2 SGP-03 1 TPMX 2405RG 1TPMX 1704RG 2
68.00-77.99 CAOD-103 1 CAID-142 2 GPS-14-40-250 2 GPP-08 2 SGP-03 1 TPMX 1704RG 1TPMX 2405RG 2
78.00-84.99 CAOD-142 1 CAID-142 2 GPS-14-40-250 2 GPP-08 2 SGP-03 1 TPMX 2405RG 1TPMX 2405RG 2
85.00-91.99 CAOD-170 1 CAID-142 2 GPS-14-40-250 2 GPP-08 2 SGP-03 1 TPMX 2807RG 1TPMX 2405RG 2
92.00-98.99 CAOD-142 1 CAID-170 2 GPS-14-40-250 2 GPP-08 2 SGP-03 1 TPMX 2405RG 1TPMX 2807RG 2
99.00-106.99 CAOD-170 1 CAID-170 2 GPS-18-40-300 2 GPP-09 2 SGP-04 1 TPMX 2807RG 1TPMX 2807RG 2
107.00-117.99 CAOD-142 1 CAID-103
CAID-142
3
1GPS-18-40-300 2 GPP-09 2 SGP-04 1 TPMX 2405RG 1TPMX 1704RG
TPMX 2405RG
3
1
118.00-135.99 CAOD-142 1 CAID-142 4 GPS-18-40-300 2 GPP-09 2 SGP-04 1 TPMX 2405RG 1TPMX 2405RG 4
136.00-144.99 CAOD-142 1 CAID-142
CAID-170
3
1GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG
TPMX 2807RG
3
1
145.00-150.99 CAOD-142 1 CAID-142
CAID-170
2
2GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG
TPMX 2807RG
2
2
151.00-156.99 CAOD-170 1 CAID-142
CAID-170
2
2GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2405RG
TPMX 2807RG
2
2
157.00-162.99 CAOD-170 1 CAID-142
CAID-170
1
3GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2405RG
TPMX 2807RG
1
3
163.00-168.99 CAOD-170 1 CAID-170 4 GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2807RG 4
169.00-188.99 CAOD-142 1 CAID-142 6 GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG 6
189.00-196.99 CAOD-142 1 CAID-142
CAID-170
5
1GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG
TPMX 2807RG
5
1
197.00-202.99 CAOD-142 1 CAID-142
CAID-170
4
2GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG
TPMX 2807RG
4
2
203.00-208.99 CAOD-142 1 CAID-142
CAID-170
3
3GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2405RG 1TPMX 2405RG
TPMX 2807RG
3
3
209.00-214.99 CAOD-170 1 CAID-142
CAID-170
3
3GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2405RG
TPMX 2807RG
3
3
215.00-220.99 CAOD-170 1 CAID-142
CAID-170
2
4GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2405RG
TPMX 2807RG
2
4
221.00-226.99 CAOD-170 1 CAID-142
CAID-170
1
5GPS-18-40-300 4 GPP-09 4 SGP-04 1 TPMX 2807RG 1TPMX 2405RG
TPMX 2807RG
1
5
DSD-EC /
DDD-EC /
DSD-IC Pg. 622 Pg. 622 Pg. 625 Pg. 625Pg. 624 Pg. 621 Pg. 621
ISCAR
618
DEEP HOLE DRILLING
ISCAR
618
TUBES &
SPARE PARTS
619
DEEP HOLE DRILLING
di
S
R
S
LG
di
RG
R
Dimensions Tough
1
Hard
Designation di S R
IC9025
IC508
IC908
IC520
TPMX 1403R/LG 8.45 3.50 0.80 • • • •
TPMX 1403R-DT 8.45 3.50 0.80 • •
TPMX 1403RB 8.45 3.50 0.40 • • •
TPMX 1704R/LBG 10.30 4.00 0.80 • • •
TPMX 1704R/LG 10.30 4.00 0.80 • • • •
TPMX 1704R-DT 10.30 4.00 0.80 •
TPMX 1704RBG 10.30 4.00 0.80 • •
TPMX 2405R/LBG 14.20 5.50 1.20 • • •
TPMX 2405R/LG 14.20 5.50 1.20 • • • •
TPMX 2405R-DT 14.20 5.50 1.20 • •
TPMX 2405RBG 14.20 5.50 1.20 • • •
TPMX 2807R/LG 17.00 7.50 1.60 • • • •
TPMX 2807R-DT 17.00 7.50 1.60 • •
TPMX 2807RB 17.00 7.50 0.80 • •
TPMX 2807RBG 17.00 7.50 1.60 • •
TPMX
Inserts for Drilling Heads DSD-EC /
DDD-EC / DSD-IC / DSC-EC / DSC-IC
W
RS
di
Dimensions
Designation di S R W
IC908
NPMX 0802RG 6.50 2.38 0.80 8.50 •
NPMX 0802 RG
Inserts for Drilling Heads
DSD-EC / DDD-EC / DSD-IC
W
S
Dimensions Tough
1
Hard
Designation W S
IC9025
IC908
XPMT 16002UB 9.50 2.80 •
XPMT 18003UB 11.00 3.05 •
XPMT 21003UB 13.00 3.55 • •
XPMT 25003UB 14.50 3.40 •
XPMT-UB
Inserts for Drilling Heads
DSD-EA / DSD-IA
ISCAR
620
DEEP HOLE DRILLING
W
di
Rl
S
Dimensions Tough
1
Hard
Designation di S l W R
IC9025
IC908
IC520
NPGT 05504R1-DT 5.50 4.00 10.00 5.20 0.40 •
NPMT 05504R1-DT 5.50 4.00 10.00 5.20 0.40 • •
NPMT 06504R2-DT 6.50 4.00 10.00 6.20 0.40 •
NPMT 07504R2-DT 7.50 4.00 10.00 7.20 0.40 • • •
NPMT 09504R2-DT 9.50 4.00 10.00 9.20 0.40 • •
NPMT-R1/2-DT
Inserts for Drilling Heads
DSD-EI / DDD-EI
S
W
Dimensions
Designation W S
IC520M
XPMT 16002-45 9.50 2.80 •
For tools, see pages: DSC-IA (611)
XPMT-45
Insert for Drilling Heads
DSC-EC / DSC-IC / DSC-EA
W
di
Rl
S
Dimensions Tough
1
Hard
Designation di S l W R
IC908
IC520
NPMT 05504R1 5.50 4.00 10.00 5.20 0.60 •
NPMT 06504R1 6.50 4.00 10.00 6.20 0.80 •
NPMT 07504R1 7.50 4.00 10.00 7.20 0.60 •
NPMT 09504R1 9.50 4.00 10.00 9.20 0.80 • •
NPMT-R1
Inserts for Drilling Heads
DSD-EI / DDD-EA
621
DEEP HOLE DRILLING
di
W
R
S
Dimensions Tough
1
Hard
Designation di S R W
IC9025
IC908
IC520
NPMX 0803RB 8.00 3.18 0.40 8.36 • • •
NPMX 0803RG 8.00 3.18 0.80 8.36 • • •
NPMX 0803 RB/RG
Inserts for Drilling Heads
DSD-EC / DDD-EC / DSD-IC
S
L2 R2
di
R
l
Dimensions Tough
1
Hard
Designation di R S l
IC9025
IC908
IC520
NPMT 05503R/L2 5.50 0.30 3.00 8.00 • •
NPMT 06504R/L2 6.50 0.80 4.00 10.00 • • •
NPMT 0804R/L2 8.00 0.80 4.00 10.00 • • •
NPMT 09504R/L2 9.50 0.80 4.00 10.00 • • •
NPMT 12504R/L2 12.50 0.80 4.00 10.00 • • •
For tools, see pages: DDD-EF-FB (613) • DSD-EF-FB (605) • DSD-IF-FB (608)
NPMT-L2/R2
Inserts for Drilling Heads
DSD-EF-FB / DDD-EF-FB
S
L R
di
R
l
Dimensions
Designation di R S l
IC908
NPMT 06504LS-DT 6.50 0.40 4.00 10.00 •
NPMT 0804R-DT 8.00 0.40 4.00 10.00 •
NPMT 09504L2-DT 9.50 0.40 4.00 10.00 •
NPMT 09504R-DT 9.50 0.40 4.00 10.00 •
NPMT 12504LS-DT 12.50 0.40 4.00 10.00 •
NPMT 12504R-DT 12.50 0.40 4.00 10.00 •
NPMT-L/R-DT
Inserts for Drilling Heads
DSD-EF-FB / DDD-EF-FB
ISCAR
622
DEEP HOLE DRILLING
S
di
R
l
Dimensions Tough
1
Hard
Designation di R S l
IC908
IC520
NPHT 06003RG 6.00 0.30 3.00 8.00 • •
NPHT 07504RG 7.50 0.40 4.00 10.00 • •
NPHT 09004RG 9.00 0.40 4.00 10.00 • •
NPHT 11004RG 11.00 0.40 4.00 10.00 • •
NPHT 13004RG 13.00 0.40 4.00 10.00 • •
For tools, see pages: DDD-EF-FB (613) • DSD-EF-FB (605) • DSD-IF-FB (608)
NPHT-RG
Peripheral Precision Inserts for
Drilling Heads DSD-EF-FB /
DDD-EF-FB / DSD-IF-FB
CAOD
Boring Head Peripheral Cartridge
Designation Adjustment Screw Key Locking Screw Key Insert Insert Clamping Screw
CAOD-080 SR 11201755-7 H1.5 SR 11201756-11 HW 2.0 NPMX 0803RG SR 11201753-2
CAOD-0845 SR 11201755-6 H2.0 SR 11201756-10 HW 2.5 TPMX 1403RG SR 11201753-3
CAOD-085 SR 11201755-6 H2.0 SR 11201756-10 HW 2.5 TPMX 1403RG SR 11201753-3
CAOD-103 SR 11201755-8 H2.5 SR 11201756-12 HW 3.0 TPMX 1704RG SR 11201753-7
CAOD-142 SR 11201755-9 H2.5 SR 11201756-15 HW 4.0 TPMX 2405RG SR 11201753-9
CAOD-170 SR 11201755-11 H3.0 SR 11201756-15 HW 4.0 TPMX 2807RG SR 11201753-10
CAID
Boring Head Inner Cartridge
Designation Key Locking Screw Key Insert Insert Clamping Screw
CAID-080 HW 1.5 SR 11201753-5 T-9/51 NPMX 0803RG SR 11201753-2
CAID-0845 HW 2.0 SR 11201753-5 T-15/51 TPMX 1403RG SR 11201753-3
CAID-085 HW 2.0 SR 11201753-5 T-15/51 TPMX 1403RG SR 11201753-3
CAID-103 HW 2.5 SR 11201752-1 T-15/51 TPMX 1704RG SR 11201753-7
CAID-142 HW 2.5 SR 11201756-7 HW 3.0 TPMX 2405RG SR 11201753-9
CAID-170 HW 2.5 SR 11201756-7 HW 3.0 TPMX 2807RG SR 11201753-10
623
DEEP HOLE DRILLING
Original Guide Pads for the Specified Enlargement Increments
Guide Pad +1 mm +2 mm +3 mm +4 mm +5 mm
GPB-08 GPB-08+1 GPB-08+2 GPB-08+3
GPB-10 GPB-10+1 GPB-10+2 GPB-10+3 GPB-10+4
GPB-14 GPB-14+1 GPB-14+2 GPB-14+3 GPB-14+4 GPB-14+5
GPB-18 GPB-18+1 GPB-18+2 GPB-18+3 GPB-18+4 GPB-18+5
b
Lh
GP Cartridges and Pads for
Diameter Enlargement
Enlargement Guide Pad
Guide Pad
Original Outer Cartridges for the Specified Enlargement Increments
Cartridge +1 mm +2 mm +3 mm +4 mm +5 mm
CAOD-080 CAOD-080+1 CAOD-080+2
CAOD-085 CAOD-085+1 CAOD-085+2 CAOD-085+3
CAOD-103 CAOD-103+1 CAOD-103+2 CAOD-103+3 CAOD-103+4
CAOD-142 CAOD-142+1 CAOD-142+2 CAOD-142+3 CAOD-142+4 CAOD-142+5
CAOD-170 CAOD-170+1 CAOD-170+2 CAOD-170+3 CAOD-170+4 CAOD-170+5
CAOD Cartridges and Pads
for Diameter Enlargement
Outer Cartridge Enlargement
CAORC
Boring Head Central Cartridge
Designation Adjustment Screw Key Locking Screw Key Insert Insert Clamping Screw
CAORC-0845 SR 11201755-6 HW 2.0 SR 11201756-10 HW 2.5 TPMX 1403LG SR 11201753-3
CAORC-103 SR 11201755-10 HW 2.5 SR 11201756-12 HW 3.0 TPMX 1704LG SR 11201753-7
CAORC-142 SR 11201755-11 HW 2.5 SR 11201756-15 HW 4.0 TPMX 2405LG SR 11201753-9
ISCAR
624
DEEP HOLE DRILLING
b
Lh
RGP
Boring Head Enlargement Resin Pads
Designation L b h Lock Screw Wrench
RGP01 40.00 10.0 4.0 SR 11201756-2 HW 2.0
RGP02 45.00 12.0 5.0 SR 11201756-3 HW 2.0
RGP03 50.00 15.0 5.8 SR 11201756-4 HW 2.5
RGP04 70.00 20.0 7.5 SR 11201756-5 HW 3.0
RGP05 80.00 30.0 12.5 SR 11201756-6 HW 4.0
RGP06 100.00 35.0 15.5 SR 11201756-6 HW 4.0
• Select an outer cartridge and pad for the required enlarged diameter.
L
b
h
SGP
Boring Head Sub-Guide Pads
• Select an outer cartridge and pad for the required enlarged diameter.
Designation L b h Clamping Screw Key
SGP-01 10.00 6.0 3.0 SR 11201753-1 T-7/51
SGP-02 10.00 8.0 4.5 SR 11201753-4 T-9/51
SGP-03 10.00 10.0 5.0 SR 11201753-4 T-9/51
SGP-04 20.00 14.0 7.0 SR 11201752-2 T-15/51
Lh
b
GPP
Boring Head Guide Pad Protectors
• Select an outer cartridge and pad for the required enlarged diameter.
Designation L b h Clamping Screw Key
GPP-01 6.00 6.0 3.3 SR 11201753-1 T-7/51
GPP-02 6.00 6.0 3.8 SR 11201753-1 T-7/51
GPP-03 6.00 6.0 3.9 SR 11201753-1 T-7/51
GPP-04 8.00 8.0 4.4 SR 11201753-4 T-9/51
GPP-05 8.00 8.0 3.5 SR 11201753-4 T-9/51
GPP-06 8.00 8.0 4.5 SR 11201753-4 T-9/51
GPP-07 10.00 10.0 6.0 SR 11201753-8 T-15/51
GPP-08 14.00 14.0 7.5 SR 11201752-2 T-15/51
GPP-09 18.00 18.0 9.0 SR 11201756-15 HW 3.0
625
DEEP HOLE DRILLING
L2
L
d2
d
min
max
Designation d Range d d2L2L min L max
TS001 L=(0-1749)MM 8.00-8.99 7.10 6.00 16.00 0.0 1749.0
TS001 L=(1750-2600)MM 8.00-8.99 7.10 6.00 16.00 1750.0 2600.0
TS002 L=(0-1749)MM 9.00-9.99 8.30 7.20 16.00 0.0 1749.0
TS002 L=(1750-2600)MM 9.00-9.99 8.30 7.20 16.00 1750.0 2600.0
TS003 L=(0-1749)MM 10.00-10.99 9.00 7.60 16.00 0.0 1749.0
TS003 L=(1750-2600)MM 10.00-10.99 9.00 7.60 16.00 1750.0 2600.0
TS004 L=(0-1749)MM 11.00-11.99 10.00 8.60 16.00 0.0 1749.0
TS004 L=(1750-2600)MM 11.00-11.99 10.00 8.60 16.00 1750.0 2600.0
TS005 L=(0-1749)MM 12.00-13.49 11.00 9.10 16.00 0.0 1749.0
TS005 L=(1750-2600)MM 12.00-13.49 11.00 9.10 16.00 1750.0 2600.0
TS006 L=(0-1749)MM 13.50-14.79 12.00 10.80 16.00 0.0 1749.0
TS006 L=(1750-2600)MM 13.50-14.79 12.00 10.80 16.00 1750.0 2600.0
• Indicate overall length (L) when ordering. • Ordering example: TS004-L1500
TS***
Drill Tubes - STS System - Inner
Single Start Thread Connection
b
Lh
Designation b L h Clamping Screw Key
GP-03CD 6.0 20.00 3.9 SR 11201753-1 T-7/51
GPB-06-20-075 6.0 20.00 3.0 SR 11201753-1 T-7/51
GPB-06-20-085 6.0 20.00 3.0 SR 11201753-1 T-7/51
GPB-06-20-100 6.0 20.00 3.0 SR 11201753-1 T-7/51
GPB-06-20-120 6.0 20.00 3.0 SR 11201753-1 T-7/51
GPB-07-20-120 7.0 20.00 3.5 SR 11201753-4 T-9/51
GP-04CD 8.0 20.00 4.4 SR 11201753-4 T-9/51
GPB-08-25-155 8.0 25.00 4.5 SR 11201753-4 T-9/51
GPB-10-30-200 10.0 30.00 4.5 SR 11201753-6 T-15/51
GPB-10-35-200 10.0 35.00 6.0 SR 11201753-8 T-15/51
GPB-12-35-250 12.0 35.00 5.5 SR 11201753-6 T-15/51
GPB-14-40-250 14.0 40.00 7.5 SR 11201752-2 T-15/51
GPB-18-40-300 18.0 40.00 9.0 SR 11201756-7S HW 3.0
• Select an outer cartridge and pad for the required enlarged diameter. • Pads without grade identification are made from steel with brazed carbide tips.
GP/GPB
Deep Drilling Head Guide Pads
b
Lh
R
Dimensions Tough
1
Hard
Designation b R L h
IC950
IC908
GPS-05-18-060 5.0 6.00 18.00 2.5 •
GPS-06-20-075 6.0 7.50 20.00 3.0 • •
GPS-06-20-085 6.0 8.50 20.00 3.0 • •
GPS-06-20-100 6.0 10.00 20.00 3.0 • •
GPS-06-20-120 6.0 12.00 20.00 3.0 • •
GPS-07-20-120 7.0 12.00 20.00 3.5 • •
GPS-08-25-155 8.0 15.50 25.00 4.5 • •
GPS-10-30-200 10.0 20.00 30.00 4.5 • •
GPS-10-35-200 10.0 20.00 35.00 6.0 • •
GPS-12-35-250 12.0 25.00 35.00 5.5 • •
GPS-14-40-250 14.0 25.00 40.00 7.5 •
GPS-18-40-300 18.0 30.00 40.00 9.0 •
GPS
Deep Drilling Head Solid
Carbide Guide Pads
ISCAR
626
DEEP HOLE DRILLING
d2
L2L
d
min
max
Designation d Range d d2L2L min L max
TS-I01 L=(0-1749)MM 12.60-13.60 11.00 9.60 22.00 0.0 1749.0
TS-I01 L=(1750-2600)MM 12.60-13.60 11.00 9.60 22.00 1750.0 2600.0
TS-I02 L=(0-1749)MM 13.61-14.60 12.00 10.60 22.00 0.0 1749.0
TS-I02 L=(1750-2600)MM 13.61-14.60 12.00 10.60 22.00 1750.0 2600.0
TS-I03 L=(0-1749)MM 14.61-15.59 13.00 11.60 22.00 0.0 1749.0
TS-I03 L=(1750-2600)MM 14.61-15.59 13.00 11.60 22.00 1750.0 2600.0
TS-I0 L=(0-1749)MM 15.60-16.70 14.00 12.60 21.00 0.0 1749.0
TS-I0 L=(1750-2600)MM 15.60-16.70 14.00 12.60 21.00 1750.0 2600.0
TS-I1 L=(0-1749)MM 16.71-17.70 15.00 13.60 21.00 0.0 1749.0
TS-I1 L=(1750-2600)MM 16.71-17.70 15.00 13.60 21.00 1750.0 2600.0
TS-I2 L=(0-1749)MM 17.71-18.90 16.00 14.50 22.00 0.0 1749.0
TS-I2 L=(1750-2600)MM 17.71-18.90 16.00 14.50 22.00 1750.0 2600.0
TS-I3 L=(0-1749)MM 18.91-20.00 17.00 15.50 22.00 0.0 1749.0
TS-I3 L=(1750-2600)MM 18.91-20.00 17.00 15.50 22.00 1750.0 2600.0
TS-I4 L=(0-1749)MM 20.01-21.80 18.00 16.00 27.50 0.0 1749.0
TS-I4 L=(1750-2600)MM 20.01-21.80 18.00 16.00 27.50 1750.0 2600.0
TS-I5 L=(0-1749)MM 21.81-24.10 20.00 18.00 30.00 0.0 1749.0
TS-I5 L=(1750-2600)MM 21.81-24.10 20.00 18.00 30.00 1750.0 2600.0
TS-I6 L=(0-1749)MM 24.11-26.40 22.00 19.50 30.00 0.0 1749.0
TS-I6 L=(1750-2600)MM 24.11-26.40 22.00 19.50 30.00 1750.0 2600.0
TS-I7 L=(0-1749)MM 26.41-28.70 24.00 21.00 30.00 0.0 1749.0
TS-I7 L=(1750-2600)MM 26.41-28.70 24.00 21.00 30.00 1750.0 2600.0
TS-I8 L=(0-1749)MM 28.71-31.00 26.00 23.50 33.00 0.0 1749.0
TS-I8 L=(1750-2600)MM 28.71-31.00 26.00 23.50 33.00 1750.0 2600.0
TS-I9 L=(0-1749)MM 31.01-33.30 28.00 25.50 33.00 0.0 1749.0
TS-I9 L=(1750-2600)MM 31.01-33.30 28.00 25.50 33.00 1750.0 2600.0
TS-I10 L=(0-1749)MM 33.31-36.20 30.00 28.00 33.00 0.0 1749.0
TS-I10 L=(1750-2600)MM 33.31-36.20 30.00 28.00 33.00 1750.0 2600.0
TS-I11 L=(0-1749)MM 36.21-39.60 33.00 30.00 40.00 0.0 1749.0
TS-I11 L=(1750-2600)MM 36.21-39.60 33.00 30.00 40.00 1750.0 2600.0
TS-I12 L=(0-1749)MM 39.61-43.00 36.00 33.00 40.00 0.0 1749.0
TS-I12 L=(1750-2600)MM 39.61-43.00 36.00 33.00 40.00 1750.0 2600.0
TS-I13 L=(0-1749)MM 43.01-47.00 39.00 36.00 40.00 0.0 1749.0
TS-I13 L=(1750-2600)MM 43.01-47.00 39.00 36.00 40.00 1750.0 2600.0
TS-I14 L=(0-1749)MM 47.01-51.70 43.00 39.00 40.00 0.0 1749.0
TS-I14 L=(1750-2600)MM 47.01-51.70 43.00 39.00 40.00 1750.0 2600.0
TS-I15 L=(0-1749)MM 51.71-56.20 47.00 43.00 44.00 0.0 1749.0
TS-I15 L=(1750-2600)MM 51.71-56.20 47.00 43.00 44.00 1750.0 2600.0
TS-I16 L=(0-1749)MM 56.21-60.60 51.00 47.00 44.00 0.0 1749.0
TS-I16 L=(1750-2600)MM 56.21-60.60 51.00 47.00 44.00 1750.0 2600.0
TS-I17 L=(0-1749)MM 60.61-64.99 56.00 51.00 44.00 0.0 1749.0
TS-I17 L=(1750-2600)MM 60.61-64.99 56.00 51.00 44.00 1750.0 2600.0
TS-I18 L=(0-1749)MM 65.00-66.99 56.00 52.00 75.00 0.0 1749.0
TS-I18 L=(1750-2600)MM 65.00-66.99 56.00 52.00 75.00 1750.0 2600.0
TS-I19 L=(0-1749)MM 67.00-72.99 62.00 58.00 75.00 0.0 1749.0
TS-I19 L=(1750-2600)MM 67.00-72.99 62.00 58.00 75.00 1750.0 2600.0
TS-I20 L=(0-1749)MM 73.00-79.99 68.00 63.00 75.00 0.0 1749.0
TS-I20 L=(1750-2600)MM 73.00-79.99 68.00 63.00 75.00 1750.0 2600.0
TS-I21 L=(0-1749)MM 80.00-86.99 75.00 70.00 97.00 0.0 1749.0
TS-I21 L=(1750-2600)MM 80.00-86.99 75.00 70.00 97.00 1750.0 2600.0
TS-I22 L=(0-1749)MM 87.00-99.99 82.00 77.00 97.00 0.0 1749.0
TS-I22 L=(1750-2600)MM 87.00-99.99 82.00 77.00 97.00 1750.0 2600.0
TS-I23 L=(0-1749)MM 100.00-111.99 94.00 89.00 97.00 0.0 1749.0
TS-I23 L=(1750-2600)MM 100.00-111.99 94.00 89.00 97.00 1750.0 2600.0
TS-I24 L=(0-1749)MM 112.00-123.99 106.00 101.00 118.00 0.0 1749.0
TS-I24 L=(1750-2600)MM 112.00-123.99 106.00 101.00 118.00 1750.0 2600.0
TS-I25 L=(0-1749)MM 124.00-135.99 118.00 113.00 118.00 0.0 1749.0
TS-I25 L=(1750-2600)MM 124.00-135.99 118.00 113.00 118.00 1750.0 2600.0
TS-I26 L=(0-1749)MM 136.00-147.99 130.00 125.00 118.00 0.0 1749.0
TS-I26 L=(1750-2600)MM 136.00-147.99 130.00 125.00 118.00 1750.0 2600.0
TS-I27 L=(0-1749)MM 148.00-159.99 142.00 137.00 139.00 0.0 1749.0
TS-I27 L=(1750-2600)MM 148.00-159.99 142.00 137.00 139.00 1750.0 2600.0
TS-I28 L=(0-1749)MM 160.00-171.99 154.00 149.00 139.00 0.0 1749.0
TS-I28 L=(1750-2600)MM 160.00-171.99 154.00 149.00 139.00 1750.0 2600.0
TS-I29 L=(0-1749)MM 172.00-183.99 166.00 161.00 139.00 0.0 1749.0
TS-I29 L=(1750-2600)MM 172.00-183.99 166.00 161.00 139.00 1750.0 2600.0
TS-I30 L=(0-1749)MM 184.00-195.99 178.00 173.00 144.00 0.0 1749.0
TS-I**
Drill Tubes - STS System - Inner
4 Start Thread Connection
627
DEEP HOLE DRILLING
d2
L2L
d
min
max
Designation d Range d d2L2L min L max
TS-I30 L=(1750-2600)MM 184.00-195.99 178.00 173.00 144.00 1750.0 2600.0
TS-I31 L=(0-1749)MM 196.00-207.99 190.00 185.00 144.00 0.0 1749.0
TS-I31 L=(1750-2600)MM 196.00-207.99 190.00 185.00 144.00 1750.0 2600.0
TS-I32 L=(0-1749)MM 208.00-219.99 202.00 197.00 144.00 0.0 1749.0
TS-I32 L=(1750-2600)MM 208.00-219.99 202.00 197.00 144.00 1750.0 2600.0
TS-I33 L=(0-1749)MM 220.00-231.99 214.00 208.00 164.00 0.0 1749.0
TS-I33 L=(1750-2600)MM 220.00-231.99 214.00 208.00 164.00 1750.0 2600.0
TS-I34 L=(0-1749)MM 232.00-243.99 226.00 220.00 164.00 0.0 1749.0
TS-I34 L=(1750-2600)MM 232.00-243.99 226.00 220.00 164.00 1750.0 2600.0
TS-I** (continued)
Drill Tubes - STS System - Inner
4 Start Thread Connection
• Indicate overall length (L) when ordering. • Ordering example: TS-I12-L2000
For tools, see pages: DSD-EF-FB (605) • DSD-EF-FT (604)
d2
L2
L
d
min
max
Designation d Range d d2L2L min L max
TS-O0 L=(0-660)MM 14.50-15.00 12.00 11.50 23.00 0.0 660.0
TS-O0 L=(661-1100)MM 14.50-15.00 12.00 11.50 23.00 661.0 1100.0
TS-O1 L=(0-660)MM 15.01-15.50 12.00 11.80 23.00 0.0 660.0
TS-O1 L=(661-1100)MM 15.01-15.50 12.00 11.80 23.00 661.0 1100.0
TS-O2 L=(0-660)MM 15.51-16.00 13.00 12.40 23.00 0.0 660.0
TS-O2 L=(661-1100)MM 15.51-16.00 13.00 12.40 23.00 661.0 1100.0
TS-O3 L=(0-660)MM 16.01-16.50 13.00 12.70 23.00 0.0 660.0
TS-O3 L=(661-1100)MM 16.01-16.50 13.00 12.70 23.00 661.0 1100.0
TS-O4 L=(0-660)MM 16.51-17.25 14.00 13.40 23.00 0.0 660.0
TS-O4 L=(661-1100)MM 16.51-17.25 14.00 13.40 23.00 661.0 1100.0
TS-O5 L=(0-1749)MM 17.26-18.00 14.00 13.70 23.00 0.0 1749.0
TS-O5 L=(1750-2600)MM 17.26-18.00 14.00 13.70 23.00 1750.0 2600.0
TS-O6 L=(0-1749)MM 18.01-19.00 15.00 14.40 23.00 0.0 1749.0
TS-O6 L=(1750-2600)MM 18.01-19.00 15.00 14.40 23.00 1750.0 2600.0
TS-O7 L=(0-1749)MM 19.01-19.99 16.50 15.40 23.00 0.0 1749.0
TS-O7 L=(1750-2600)MM 19.01-19.99 16.50 15.40 23.00 1750.0 2600.0
TS-O8 L=(0-1749)MM 20.00-21.99 18.00 16.50 26.00 0.0 1749.0
TS-O8 L=(1750-2600)MM 20.00-21.99 18.00 16.50 26.00 1750.0 2600.0
TS-O9 L=(0-1749)MM 22.00-24.99 20.00 19.00 26.00 0.0 1749.0
TS-O9 L=(1750-2600)MM 22.00-24.99 20.00 19.00 26.00 1750.0 2600.0
TS-O10 L=(0-1749)MM 25.00-26.99 22.00 20.00 26.00 0.0 1749.0
TS-O10 L=(1750-2600)MM 25.00-26.99 22.00 20.00 26.00 1750.0 2600.0
TS-O11 L=(0-1749)MM 27.00-29.99 24.00 22.00 26.00 0.0 1749.0
TS-O11 L=(1750-2600)MM 27.00-29.99 24.00 22.00 26.00 1750.0 2600.0
TS-O12 L=(0-1749)MM 30.00-31.99 26.00 24.00 26.00 0.0 1749.0
TS-O12 L=(1750-2600)MM 30.00-31.99 26.00 24.00 26.00 1750.0 2600.0
TS-O13 L=(0-1749)MM 32.00-33.99 30.00 27.00 26.00 0.0 1749.0
TS-O**
Drill Tubes - STS System - Outer
Single Start Thread Connection
• Indicate overall length (L) when ordering. • Ordering example: TS-036-L1100
For tools, see pages: DSD-IF-FB (608) • DSD-IF-FT (608).
ISCAR
628
DEEP HOLE DRILLING
d2
L2
L
d
min
max
TS-O** (continued)
Drill Tubes - STS System - Outer
Single Start Thread Connection
• Indicate overall length (L) when ordering. • Ordering example: TS-036-L1100
For tools, see pages: DSD-IF-FB (608) • DSD-IF-FT (608).
Designation d Range d d2L2L min L max
TS-O13 L=(1750-2600)MM 32.00-33.99 30.00 27.00 26.00 1750.0 2600.0
TS-O14 L=(0-1749)MM 34.00-36.99 30.00 27.00 41.00 0.0 1749.0
TS-O14 L=(1750-2600)MM 34.00-36.99 30.00 27.00 41.00 1750.0 2600.0
TS-O15 L=(0-1749)MM 37.00-39.99 33.00 30.00 41.00 0.0 1749.0
TS-O15 L=(1750-2600)MM 37.00-39.99 33.00 30.00 41.00 1750.0 2600.0
TS-O16 L=(0-1749)MM 40.00-43.99 36.00 33.00 41.00 0.0 1749.0
TS-O16 L=(1750-2600)MM 40.00-43.99 36.00 33.00 41.00 1750.0 2600.0
TS-O17 L=(0-1749)MM 44.00-46.99 39.00 37.00 41.00 0.0 1749.0
TS-O17 L=(1750-2600)MM 44.00-46.99 39.00 37.00 41.00 1750.0 2600.0
TS-O18 L=(0-1749)MM 47.00-51.99 43.00 41.00 41.00 0.0 1749.0
TS-O18 L=(1750-2600)MM 47.00-51.99 43.00 41.00 41.00 1750.0 2600.0
TS-O19 L=(0-1749)MM 52.00-56.99 47.00 44.00 41.00 0.0 1749.0
TS-O19 L=(1750-2600)MM 52.00-56.99 47.00 44.00 41.00 1750.0 2600.0
TS-O20 L=(0-1749)MM 57.00-60.99 51.00 49.00 41.00 0.0 1749.0
TS-O20 L=(1750-2600)MM 57.00-60.99 51.00 49.00 41.00 1750.0 2600.0
TS-O21 L=(0-1749)MM 61.00-67.99 56.00 53.00 41.00 0.0 1749.0
TS-O21 L=(1750-2600)MM 61.00-67.99 56.00 53.00 41.00 1750.0 2600.0
TS-O22 L=(0-1749)MM 68.00-74.99 62.00 59.00 41.00 0.0 1749.0
TS-O22 L=(1750-2600)MM 68.00-74.99 62.00 59.00 41.00 1750.0 2600.0
TS-O23 L=(0-1749)MM 75.00-80.99 68.00 65.00 71.00 0.0 1749.0
TS-O23 L=(1750-2600)MM 75.00-80.99 68.00 65.00 71.00 1750.0 2600.0
TS-O24 L=(0-1749)MM 81.00-90.99 75.00 71.00 71.00 0.0 1749.0
TS-O24 L=(1750-2600)MM 81.00-90.99 75.00 71.00 71.00 1750.0 2600.0
TS-O25 L=(0-1749)MM 91.00-98.99 82.00 79.00 71.00 0.0 1749.0
TS-O25 L=(1750-2600)MM 91.00-98.99 82.00 79.00 71.00 1750.0 2600.0
TS-O26 L=(0-1749)MM 99.00-110.99 94.00 90.00 71.00 0.0 1749.0
TS-O26 L=(1750-2600)MM 99.00-110.99 94.00 90.00 71.00 1750.0 2600.0
TS-O27 L=(0-1749)MM 111.00-122.99 106.00 102.00 71.00 0.0 1749.0
TS-O27 L=(1750-2600)MM 111.00-122.99 106.00 102.00 71.00 1750.0 2600.0
TS-O28 L=(0-1749)MM 123.00-134.99 118.00 114.00 71.00 0.0 1749.0
TS-O28 L=(1750-2600)MM 123.00-134.99 118.00 114.00 71.00 1750.0 2600.0
TS-O29 L=(0-1749)MM 135.00-148.99 130.00 126.00 71.00 0.0 1749.0
TS-O29 L=(1750-2600)MM 135.00-148.99 130.00 126.00 71.00 1750.0 2600.0
TS-O30 L=(0-1749)MM 149.00-161.99 142.00 139.00 71.00 0.0 1749.0
TS-O30 L=(1750-2600)MM 149.00-161.99 142.00 139.00 71.00 1750.0 2600.0
TS-O31 L=(0-1749)MM 162.00-173.99 154.00 151.00 86.00 0.0 1749.0
TS-O31 L=(1750-2600)MM 162.00-173.99 154.00 151.00 86.00 1750.0 2600.0
TS-O32 L=(0-1749)MM 174.00-185.99 166.00 163.00 86.00 0.0 1749.0
TS-O32 L=(1750-2600)MM 174.00-185.99 166.00 163.00 86.00 1750.0 2600.0
TS-O33 L=(0-1749)MM 186.00-197.99 178.00 175.00 86.00 0.0 1749.0
629
DEEP HOLE DRILLING
D3d2Outer Tube
Inner Tube
L
L2
L
d
L2
min
max
min
max
Designation d Range D3d2L2Int Tube d L min L max
TDO-I14 L=(0-660)MM 65.00-66.99 56.00 52.00 75.00 TDI-N14 40.00 0.0 660.0
TDO-I14 L=(661-1100)MM 65.00-66.99 56.00 52.00 75.00 TDI-N14 40.00 661.0 1100.0
TDO-I15 L=(0-660)MM 67.00-72.99 62.00 58.00 75.00 TDI-N15 44.00 0.0 660.0
TDO-I15 L=(661-1100)MM 67.00-72.99 62.00 58.00 75.00 TDI-N15 44.00 661.0 1100.0
TDO-I16 L=(0-630)MM 73.00-79.99 68.00 63.00 75.00 TDI-N16 48.00 0.0 630.0
TDO-I16 L=(631-1070)MM 73.00-79.99 68.00 63.00 75.00 TDI-N16 48.00 631.0 1070.0
TDO-I17 L=(0-630)MM 80.00-86.99 75.00 70.00 97.00 TDI-N17 54.00 0.0 630.0
TDO-I17 L=(631-1070)MM 80.00-86.99 75.00 70.00 97.00 TDI-N17 54.00 631.0 1070.0
TDO-I18 L=(0-630)MM 87.00-99.99 82.00 77.00 97.00 TDI-N18 60.00 0.0 630.0
TDO-I18 L=(631-1070)MM 87.00-99.99 82.00 77.00 97.00 TDI-N18 60.00 631.0 1070.0
TDO-I19 L=(0-630)MM 100.00-111.99 94.00 89.00 97.00 TDI-N19 70.00 0.0 630.0
TDO-I19 L=(631-1070)MM 100.00-111.99 94.00 89.00 97.00 TDI-N19 70.00 631.0 1070.0
TDO-I20 L=(0-630)MM 112.00-123.99 106.00 101.00 118.00 TDI-N20 80.00 0.0 630.0
TDO-I20 L=(631-1070)MM 112.00-123.99 106.00 101.00 118.00 TDI-N20 80.00 631.0 1070.0
TDO-I21 L=(0-630)MM 124.00-135.99 118.00 113.00 118.00 TDI-N21 80.00 0.0 630.0
TDO-I21 L=(631-1070)MM 124.00-135.99 118.00 113.00 118.00 TDI-N21 80.00 631.0 1070.0
TDO-I22 L=(0-630)MM 136.00-147.99 130.00 125.00 118.00 TDI-N22 90.00 0.0 630.0
TDO-I22 L=(631-1070)MM 136.00-147.99 130.00 125.00 118.00 TDI-N22 90.00 631.0 1070.0
TDO-I23 L=(0-630)MM 148.00-159.99 142.00 137.00 139.00 TDI-N23 100.00 0.0 630.0
TDO-I23 L=(631-1070)MM 148.00-159.99 142.00 137.00 139.00 TDI-N23 100.00 631.0 1070.0
TDO-I24 L=(0-630)MM 160.00-171.99 154.00 149.00 139.00 TDI-N24 120.00 0.0 630.0
TDO-I24 L=(631-1070)MM 160.00-171.99 154.00 149.00 139.00 TDI-N24 120.00 631.0 1070.0
• Indicate overall length (L) when ordering • Ordering example: TDO-I18-L1150 • For 65.00-123.99 diameter range, the inner tube should be 190 mm longer
than the outer tube. • For 124.00-183.99 diameter range, the inner tube should be 220 mm longer than the outer tube.
TDO-I (D65.00-171.99)
Double-Tube Drill System with 4 Start
Thread Connection Outer Tubes
d
L
D5
D3
L2L
Outer Tube
Inner Tube
d2
min
max
min
max
Designation d Range D3d2L2Int Tube d D5L min L max
TDO-I0 L=(0-630)MM 18.41-20.00 18.00 16.00 27.50 TDI-N0 12.00 10.00 0.0 630.0
TDO-I0 L=(631-1070)MM 18.41-20.00 18.00 16.00 27.50 TDI-N0 12.00 10.00 631.0 1070.0
TDO-I1 L=(0-630)MM 20.01-21.80 19.50 18.00 30.00 TDI-N1 14.00 12.00 0.0 630.0
TDO-I1 L=(631-1070)MM 20.01-21.80 19.50 18.00 30.00 TDI-N1 14.00 12.00 631.0 1070.0
TDO-I2 L=(0-630)MM 21.81-24.10 21.50 19.50 30.00 TDI-N2 15.00 13.00 0.0 630.0
TDO-I2 L=(631-1070)MM 21.81-24.10 21.50 19.50 30.00 TDI-N2 15.00 13.00 631.0 1070.0
TDO-I3 L=(0-630)MM 24.11-26.40 23.50 21.00 30.00 TDI-N3 16.00 14.00 0.0 630.0
TDO-I3 L=(631-1070)MM 24.11-26.40 23.50 21.00 30.00 TDI-N3 16.00 14.00 631.0 1070.0
TDO-I4 L=(0-630)MM 26.41-28.70 26.00 23.50 33.00 TDI-N4 18.00 16.00 0.0 630.0
TDO-I4 L=(631-1070)MM 26.41-28.70 26.00 23.50 33.00 TDI-N4 18.00 16.00 631.0 1070.0
TDO-I5 L=(0-630)MM 28.71-31.00 28.00 25.50 33.00 TDI-N5 20.00 18.00 0.0 630.0
TDO-I5 L=(631-1070)MM 28.71-31.00 28.00 25.50 33.00 TDI-N5 20.00 18.00 631.0 1070.0
TDO-I6 L=(0-630)MM 31.01-33.30 30.50 28.00 33.00 TDI-N6 22.00 20.00 0.0 630.0
TDO-I6 L=(631-1070)MM 31.01-33.30 30.50 28.00 33.00 TDI-N6 22.00 20.00 631.0 1070.0
TDO-I7 L=(0-630)MM 33.31-36.20 33.00 30.00 40.00 TDI-N7 24.00 22.00 0.0 630.0
TDO-I7 L=(631-1070)MM 33.31-36.20 33.00 30.00 40.00 TDI-N7 24.00 22.00 631.0 1070.0
TDO-I8 L=(0-630)MM 36.21-39.60 35.50 33.00 40.00 TDI-N8 26.00 24.00 0.0 630.0
TDO-I8 L=(631-1070)MM 36.21-39.60 35.50 33.00 40.00 TDI-N8 26.00 24.00 631.0 1070.0
TDO-I9 L=(0-630)MM 39.61-43.00 39.00 36.00 40.00 TDI-N9 29.00 27.00 0.0 630.0
TDO-I9 L=(631-1070)MM 39.61-43.00 39.00 36.00 40.00 TDI-N9 29.00 27.00 631.0 1070.0
TDO-I10 L=(0-630)MM 43.01-47.00 42.50 39.00 40.00 TDI-N10 32.00 30.00 0.0 630.0
TDO-I10 L=(631-1070)MM 43.01-47.00 42.50 39.00 40.00 TDI-N10 32.00 30.00 631.0 1070.0
TDO-I11 L=(0-630)MM 47.01-51.70 46.50 43.00 44.00 TDI-N11 35.00 32.00 0.0 630.0
TDO-I11 L=(631-1070)MM 47.01-51.70 46.50 43.00 44.00 TDI-N11 35.00 32.00 631.0 1070.0
TDO-I12 L=(0-630)MM 51.71-56.20 51.00 47.00 44.00 TDI-N12 39.00 36.00 0.0 630.0
TDO-I12 L=(631-1070)MM 51.71-56.20 51.00 47.00 44.00 TDI-N12 39.00 36.00 631.0 1070.0
TDO-I13 L=(0-630)MM 56.21-65.00 55.50 51.00 44.00 TDI-N13 43.00 40.00 0.0 630.0
TDO-I13 L=(631-1070)MM 56.21-65.00 55.50 51.00 44.00 TDI-N13 43.00 40.00 631.0 1070.0
• Please indicate overall length (L) when ordering • Ordering example: TDO-I13-L1100 • For 18.41-65.00 diameter range, the inner tube should be 30 mm
longer than the outer tube
For tools, see pages: DDD-EF-FB (613) • DDD-EF-FT (613)
TDO-I (D18.41-65.00)
Double-Tube Drill System with 4 Start
Thread Connection Outer Tubes
Bushing Stationary
Workpiece
Max.
0.02 m
Rotating Drill
Max.
0.02 mm
Rotating Workpiece
Stationary Drill
Bushing
Rotating Drill
• Can be applied on symmetrical and
non-symmetrical workpieces
• Drill to bushing center misalignment should
not exceed 0.02 mm
Stationary Drill
• Applied on symmetrical workpieces
• Improved hole straightness and bushing wear
• Drill to bushing center misalignment should
not exceed 0.02 mm
Drill Setup
Drill Bushing and Workpiece Tolerance Relative Positioning
Pre-drilled Hole
A large pre-drilled hole (larger than D-a) ensures
precise hole size and center location.
0.5 X A max
A
100
80
60
40
20
500
400
300
200
100
10 20 30 40 50
Coolant Volume
L/min
Coolant Pressure
Kgf/cm
2
Diameter mm
45
40
35
30
25
20
15
10
5
50 100 150 200 250 300 350
1800
1600
1400
1200
1000
800
600
400
250
Coolant Pressure
Kgf/cm
2
Coolant
Volume
L/min
Diameter mm
Diameter mm
140
120
100
80
60
40
20
50 100 150 200 250 300 350
Alloy Steel (HB300)
v=100m/min, f=0.25mm/rev
Carbon Steel (HB200)
v=100m, f=0.25mm/rev
kw
7000
6000
5000
4000
3000
2000
1000
50 100 150 200 250 300 350
Alloy Steel (HB300)
v=100m/min, f=0.25mm/rev
Carbon Steel (HB200)
v=100m, f=0.25mm/rev
N
Diameter mm
Recommended Coolant Pressure and Volume ≤ 50 mm
Recommended Coolant Pressure and Volume > 50 mm
Machine Power
Machine Thrust Force
Drill head tolerance (h6)
Hole tolerance
Guidance bushing tolerance (G6)
ISCAR
630
DEEP HOLE DRILLING
ISCAR
630
USER GUIDE
Technical Information -
Cartridge Style Drill Head Diameter Setting
The drill head diameter is set and inspected with a master insert in our final inspection.
However, the inserts in the market have a tolerance fluctuation so each time you index
the insert, the diameter must be adjusted as per the following method.
Note: When a corner change is made on the insert, it
must be adjusted to the correct size or damage can
be caused to the head body or workpiece material.
1. Remove the inner cartridge to avoid interference
with the guide screw.
2. The dimensional guide pad must be slid
forward to measure the diameter.
2.1 Loosen the lock screw and slide the guide
pad forward.
2.2 Re-tighten the lock screw at
the measuring position.
3. Measure the diameter with a micrometer.
We recommend setting the tool diameter at h8
tolerance to the cutting diameter.
If the diameter is incorrect, go to step 4 below.
If it’s correct, go to step 5 below.
4. Adjust the outer cartridge
4.1 First loosen the lock screw of the outer cartridge
and then tighten it slightly.
4.2 Proceed to adjust the diameter, using the
2 adjustment screws and measure with a
micrometer.
4.3 When set to the size, re-tighten the lock screw.
4.4 Recheck the diameter with a micrometer.
If it is still out of tolerance, repeat the procedure
from steps 1-4.
Note: Please make sure to tighten the lock screw firmly
before use. If loose, the cartridge may move and cause
serious problems during machining.
5. Slide the dimensional guide pad back to the
original position and tighten the lock screw.
6. Replace the inner cartridge and tighten the
lock screw.
Note: Please check that all lock screws are
firmly tightened, as they may come loose
if vibration occurs during drilling.
631
DEEP HOLE DRILLING
631
USER GUIDE
1. The dimensional guide pad must be slid
forward to measure the diameter.
1.1 Loosen the lock screw and slide
the guide pad forward.
1.2 Retighten the lock screw at the
measuring position.
2. Measure the diameter with a micrometer.
We recommend setting the tool diameter at h8
tolerance to the cutting diameter.
Note: If the diameter is incorrect, go to step 3.
If it’s correct, go below step 4
3. Adjust the outer cartridge
3.1 First loosen the lock screw of the outer cartridge
and then tighten it slightly.
3.2 Proceed to adjust the diameter, using the
2 adjustment screws and measure with a
micrometer.
3.3 When set to the size, re-tighten the lock screw.
3.4 Recheck the diameter with a micrometer.
If it is still out of tolerance, repeat the procedure
from step 3.1.
Note: Please make sure to tighten the lock screw
firmly before using. If loose, the cartridge may move
and cause serious problems during machining.
4. Slide the dimensional guide pad back to the
original position and tighten the lock screw.
Please check all the lock screws are firmly tightened as
they may come loose if vibration occurs during drilling.
Diameter Setting
The drill head diameter is set and inspected with a master insert in our final inspection. However, the inserts in
the market have a tolerance fluctuation so each time you change or index the insert, the diameter must be
adjusted as per the following method.
Note: When a corner change is made on the insert, it must be adjusted to the correct size or
damage can be caused to the head body or a work piece material.
ISCAR
632
DEEP HOLE DRILLING
ISCAR
632
USER GUIDE
1. Slide the dimensional guide pad forward and then
retighten the lock screw at the measuring position.
2. Tighten the adjust screw.
3. As the adjust screw moves forward,
insert moves peripheral direction.
4. Measure the diameter with a micrometer. If the
diameter is larger than expected, loosen the adjust
screw and insert screw, then retighen the insert screw.
Repeat the procedure from step 2
Drill diameter is adjusted with an adjust ball for diameter ø25 - ø39.99mm
with the following method.
Dimensional guide pad
Head body
Insert
Wrench
Adjust ball
Adjust screw
Drill Dia. øDc
Drill Dia. øDc
633
DEEP HOLE DRILLING
633
USER GUIDE
1. Start NC operation cycle.
2. Oil pressure head moves until
it touches the workpiece
Set the starting point of the main
axis of the tool so that the guide pad
remains inside the guide bush when
the oil pressure head moves forward.
3
˜
5 mm
3. Move tool workpiece
Move the tool 3 to 5 mm from
the edge of the workpiece.
If the available NC machine can
support this approach,
the operation process may
start from this point
4. Start cutting
• Start coolant supply
• Start rotating (tool / workpiece /
tool & workpiece)
• Start feeding
5. Stop cutting
• Stop feeding
• Stop rotating (tool / workpiece
/ tool & workpiece)
• Stop coolant supply
Stop rotation when the outer tip is
at the edge of the workpiece.
6. Tool main axis back
to starting point
7. Oil pressure head back
to starting point
Technical Information -
NC Cycle
Use the NC cycle as instructed below to optimize tool performance more safely.
ISCAR
634
DEEP HOLE DRILLING
ISCAR
634
USER GUIDE
Technical Information -
Notes for Guide Bushing Installation
Many of the problems in BTA drilling are caused by
incorrect use of the guide bushing. The shape, type and
tolerance greatly affect cutting accuracy and tool life.
Please note the following when using one in
your application.
Flat-edge Type
Workpiece Guide Bushing
Recommended for Ø65 mm and less
Oil Pressure Head
Guide Bushing
0.5˜1.0 mm
30˜60°
C0.3˜0.5
C0.3˜0.5
Up to 2 mm
Workpiece Guide Bushing Oil Pressure Head
Gap
Taper Cone Type
DG6 Dh6
Tool Diameter
D (mm)
G6
Tolerance (mm)
8.00 - 10.00 +0.005 ~ +0.014
10.01 - 18.00 +0.006 ~ +0.017
18.01 - 30.00 +0.007 ~ +0.020
30.01 - 50.00 +0.009 ~ +0.025
50.01 - 80.00 +0.010~ +0.029
80.01 - 120.00 +0.012 ~ +0.034
120.01 - 180.00 +0.014 ~ +0.039
180.01 - 245.99 +0.015 ~ +0.044
Guide Bushing Tolerance
Resin Seal
Workpiece Guide Bushing Oil Pressure Head
C0.3˜0.5
Up to 1 mm
Up to 1.5 mm
Resin Seal Type
635
DEEP HOLE DRILLING
635
USER GUIDE
Technical Information -
Cutting Fluid Management
Successful deep hole drilling can be achieved not only
by tooling but also by an optimized combination of the
tool, the machine and the cutting fluid. The cutting fluid
is one of the essential components to obtain safe, stable
and cost efficient deep hole drilling. Therefore, it is very
important to choose and use the cutting
fluid correctly.
Cutting Fluid
The cutting fluid plays a large role in lubrication of the
tool, cooling of cutting edges and chips and evacuation
of chips in deep hole drilling. It also contributes to
improved tool life, surface finish and cutting accuracy
when being fed continuously during cutting.
Lubrication
Lubrication of cutting edges and guide pads is
necessary in deep hole drilling. To get efficient
lubrication, it is recommended to use EP (Extreme
Pressure) additives that contain sulfur or chlorine.
Heat dissipation
The coolability of cutting fluid depends on thermal
characteristics such as thermal conductivity and specific
heat. The cutting fluid of good coolability increases
tool life, but a water-soluble type is not preferred in
deep hole drilling because of a lesser lubrication effect.
If water-soluble fluid is used, the concentration is
recommended to be 10% (dilution rate 1/10) or more.
Cooling of chips is important as well as cooling of
cutting edges and guide pads in deep hole drilling.
Temperature control is also important to maintain long
tool life, stable cutting conditions and cutting accuracy.
Chip evacuation
Cutting fluid has an important role in deep hole drilling
as it evacuates chips through to the back end of boring
bar (for STS) or inner tube (for DTS), whereas it finishes
its role as soon as the chips are separated from the
workpiece in general cutting. It is also important to
control the flow and the pressure of cutting fluid.
Coolant Unit
The coolant unit is also important to obtain the
optimal effect of the cutting fluid, which has
an important role in deep hole drilling.
Supply cutting fluid continuously at constant pressure
and flow. Fluid pressure and flow are recommended to
be continuously variable and monitored with a pressure
gauge and a flow gauge. Screw pumps with an inverter
are suitable.
Maintain constant temperature
The cutting fluid is heated by factors such as:
• Cutting edge
• Friction of guide pad
• Contact duration of heated chips and cutting fluid
• Pump
Maintenance of the constant cutting fluid temperature is
Pressure
Gauge Flow
Gauge
Pump
Chiller
Filter
Chip
Oil Pressure Head
Drill TubeDrill Head
Clean TankDirty TankChip Box
P
P
MM
Workpiece
Flow chart of cutting fluid in deep hole drilling
DTS (Double Tube System)STS (Single Tube System)
important for stable cutting conditions, chip formation and
cutting accuracy.
The temperature should be lower than 40°C (100°F) for
EP additives to provide sufficient lubrication.
Therefore the cutting fluid temperature should be kept at
30-40°C (90-100°F) throughout the cutting operation.
Filtration
A lot of particles are contained in cutting fluid after
finishing cutting and chip evacuation; thus filtration is
necessary to remove them. The filter size should be
selected to catch particles but not EP additives. The size
depends on the cutting fluid, but generally it is suggested
to be around 10-20 μm. For iron-based workpieces,
a magnetic separator will be helpful, which decreases
filter maintenance frequency.
ISCAR
636
DEEP HOLE DRILLING
ISCAR
636
USER GUIDE
Deep Hole Drilling Systems
Problem Possible Cause Solution
The drill breaks or
insert chips
Chip evacuation problems
Center misalignment of drill
to workpiece
Check that the coolant passages are clear and that the
Venturi slots are not damaged
Check center alignment of drill to workpiece
Check workpiece and drill clamping rigidity
Poor surface finish
Workpiece or drill clamping
rigidity problem
Inadequate coolant oil
Cutting speed too low
Improve workpiece or drill clamping
Check the coolant oil and replace if necessary
Increase the cutting speed
Excessive leakage
of the coolant
Chips block the fluid passages
The drill was incorrectly
assembled, or the Venturi slots
of the internal tube are located
in the wrong direction
Clear the chips
Check all connections and the direction
of the internal tube
Insufficient coolant
flow at the cutting zone,
despite correct fluid
supply
Chips block the fluid passages
Worn bushing or sealing device
Venturi slots are too wide (worn)
Internal tube shorter than the external tube
Clear the chips
Check the bushing and seal and replace
if necessary
Replace the internal tube
Replace the internal tube to one with
a correct length
Chips jam in the front
end of the drill
Insufficient coolant flow Adjust the fluid flow by raising the pressure; check the
filter and fluid quality
Connection Adapters
Various kinds of rotating and non-rotating drill
connectors are available upon request.
Oil Pressure Heads
Oil pressure heads are available on request.
Special Heads
Special form heads for trepanning or any other
special contours can be produced on request.
637
DEEP HOLE DRILLING
637
USER GUIDE
Recommended Machining Conditions
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No. (1)
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
M
Stainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
638
DEEP HOLE DRILLING
ISCAR
638
USER GUIDE
(1) For material groups see, G6-41
Ground Brazed Solid Drill Heads
DSD-E0, DSD-E1, DSD-E3, DDD-E3, DSD-I1
Adjustable Solid Drill Heads
DSD-IA, DSD-EA
Dia. Range
8.00-20.00
15.60-20.00 20.01-31.00 31.01-43.00 43.01-65.00
Dia.
Range
16.01-21.99
22.00-28.50
Vc
(m/min)
Feed Rate
f (mm/rev)
Vc
(m/min)
Feed Rate
f (mm/rev)
70-120 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 60-120 0.08-0.13 0.1-0.15
70-120 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 60-120 0.08-0.13 0.1-0.15
40-70 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 60-120 0.08-0.13 0.1-0.15
70-120 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 60-120 0.08-0.13 0.1-0.15
55-100 0.05-0.1 0.08-0.12 0.1-0.15 0.13-0.17 0.15-0.28 50-100 0.08-0.11 0.1-0.13
70-100 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 50-100 0.08-0.11 0.1-0.15
55-100 0.05-0.1 0.08-0.12 0.1-0.15 0.13-0.17 0.15-0.28 50-100 0.08-0.11 0.1-0.13
55-100 0.05-0.1 0.08-0.12 0.1-0.15 0.13-0.17 0.15-0.28 50-100 0.08-0.11 0.1-0.13
55-100 0.05-0.1 0.08-0.12 0.1-0.15 0.13-0.17 0.15-0.28 50-100 0.08-0.11 0.1-0.13
50-85 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 60-120 0.08-0.13 0.1-0.15
55-100 0.05-0.1 0.08-0.12 0.1-0.15 0.13-0.17 0.15-0.28 50-100 0.08-0.11 0.1-0.13
60-100 0.05-0.13 0.08-0.15 0.1-0.28 0.13-0.3 0.16-0.35 40-80 0.08-0.13 0.1-0.15
60-100 0.05-0.13 0.08-0.15 0.1-0.28 0.13-0.3 0.16-0.35 40-80 0.08-0.13 0.1-0.15
60-100 0.05-0.12 0.05-0.12 0.08-0.25 0.1-0.28 0.15-0.33 30-60 0.05-0.11 0.08-0.14
80-100 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 70-100 0.08-0.13 0.1-0.15
80-100 0.05-0.13 0.08-0.15 0.1-0.17 0.13-0.2 0.16-0.3 70-100 0.08-0.13 0.1-0.15
60-100 0.05-0.13 0.06-0.13 0.08-0.18 0.1-0.2 0.15-0.25 50-90 0.06-0.12 0.08-0.16
60-100 0.05-0.13 0.06-0.13 0.08-0.18 0.1-0.2 0.15-0.25 50-80 0.06-0.12 0.08-0.16
50-100 0.05-0.13 0.06-0.13 0.08-0.18 0.1-0.2 0.15-0.25 50-90 0.06-0.12 0.08-0.16
50-100 0.05-0.13 0.06-0.13 0.08-0.18 0.1-0.2 0.15-0.25 50-90 0.06-0.12 0.08-0.16
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-100 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-90 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
65-130 0.05-0.13 0.08-0.15 0.1-0.2 0.15-0.25 0.16-0.3 60-120 0.08-0.13 0.1-0.18
10-50 0.05-0.12 0.06-0.12 0.08-0.15 0.12-0.18 0.15-0.25 20-50 0.06-0.11 0.08-0.14
10-50 0.05-0.12 0.06-0.12 0.08-0.15 0.12-0.18 0.15-0.25 20-50 0.06-0.11 0.08-0.14
10-50 0.05-0.12 0.06-0.12 0.08-0.15 0.12-0.18 0.15-0.25 20-50 0.06-0.11 0.08-0.14
10-50 0.05-0.12 0.06-0.12 0.08-0.15 0.12-0.18 0.15-0.25 20-50 0.06-0.11 0.08-0.14
10-50 0.05-0.12 0.06-0.12 0.08-0.15 0.12-0.18 0.15-0.25 20-50 0.06-0.11 0.08-0.14
30-50 0.05-0.1 0.05-0.1 0.08-0.12 0.1-0.15 0.12-02 20-50 0.05-0.09 0.08-0.11
30-50 0.05-0.1 0.05-0.1 0.08-0.12 0.1-0.15 0.12-0.2 20-50 0.05-0.09 0.08-0.11
639
DEEP HOLE DRILLING
639
USER GUIDE
Recommended Machining Conditions
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No. (1)
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
M
Stainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
640
DEEP HOLE DRILLING
ISCAR
640
USER GUIDE
Adjustable Counterboring Heads
DSD-EF-FB, DDD-EF-FB, DSD-IF-FB
(Width of Cut, mm)
Adjustable Solid Drill Heads
DSD-EC, DDD-EC, DSD-IC
Dia. Range 25.00 - 43.00 43.01 - 65.00 Dia. Range 38.00-
39.99
40.00-
51.99
52.00-
63.99
64.00-
84.99 85.00-
Vc
(m/min) Feed Rate f (mm/rev) Vc
(m/min) Feed Rate f (mm/rev)
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-120 0.1-0.3 0.12-0.35 60-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
60-120 0.1-0.3 0.12-0.35 60-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
60-120 0.1-0.3 0.12-0.35 50-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
60-120 0.1-0.3 0.12-0.35 50-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-120 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-110 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-110 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
70-130 0.1-0.3 0.12-0.35 60-110 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
50-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
50-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
60-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
60-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
70-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
70-110 0.1-0.25 0.12-0.35 60-100 0.08-0.13 0.1-0.15 0.13-0.18 0.15-0.2 0.18-0.23
65-130 0.1-0.25 0.12-0.35 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
65-130 0.08-0.23 0.12-0.27 60-130 0.08-0.2 0.1-0.25 0.13-0.28 0.15-0.3 0.18-0.33
20-50 0.08-0.23 0.12-0.27 20-65 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
20-50 0.08-0.23 0.12-0.27 20-65 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
20-50 0.08-0.23 0.12-0.27 20-65 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
20-50 0.08-0.23 0.12-0.27 20-65 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
20-50 0.08-0.23 0.12-0.27 20-65 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
30-60 0.08-0.23 0.12-0.27 30-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
30-60 0.08-0.23 0.12-0.27 30-100 0.08-0.15 0.1-0.2 0.13-0.23 0.15-0.25 0.18-0.3
641
DEEP HOLE DRILLING
641
USER GUIDE
Recommended Machining Conditions
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No. (1)
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
M
Stainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
642
DEEP HOLE DRILLING
ISCAR
642
USER GUIDE
Adjustable Counterboring Heads
DSC-EA, DSC-EC, DSC-I1, DST-I1, DSC-IA,
DSC-IC, DDC-E1, DDT-E1
(Width of Cut, mm)
Trepanning Heads
Ground Brazed
Counterboring Heads
DSC-E1, DST-E1, DSC-I1,
DST-I1, DDC-E1
(Width of Cut, mm)
Dia. Range 1-3 3-8 8-23 Dia. Range 120-400 Dia. Range 1-3 3-5
Vc
(m/min)
Feed Rate f (mm/rev) Vc
(m/min)
Feed Rate f
(mm/rev)
Vc
(m/min)
Feed Rate
f (mm/rev)
60-140 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-140 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
50-100 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 50-100 0.1-0.3 0.15-0.3
50-100 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 50-100 0.1-0.3 0.15-0.3
60-130 0.1-0.3 0.15-0.3 0.1-0.3 70-100 0.12-0.3 60-130 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 70-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 60-100 0.12-0.3 60-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 60-100 0.12-0.3 60-100 0.1-0.3 0.15-0.3
50-100 0.1-0.3 0.15-0.3 0.1-0.3 70-100 0.12-0.3 50-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 60-100 0.12-0.3 60-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 50-90 0.12-0.3 60-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 50-90 0.12-0.3 60-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 50-90 0.12-0.3 60-100 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
50-120 0.1-0.3 0.15-0.3 0.1-0.3 60-100 0.12-0.3 50-120 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 50-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 50-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
60-120 0.1-0.3 0.15-0.3 0.1-0.3 80-100 0.12-0.3 60-120 0.1-0.3 0.15-0.3
70-200 0.1-0.4 0.15-0.3 0.1-0.3 65-130 0.1-0.3 70-200 0.1-0.4 0.15-0.3
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
60-200 0.1-0.4 0.1-0.4 0.1-0.4 65-130 0.1-0.3 60-200 0.1-0.4 0.1-0.4
40-80 0.1-0.3 0.15-0.3 0.1-0.3 20-65 0.1-0.2 40-80 0.1-0.3 0.15-0.3
40-80 0.1-0.3 0.15-0.3 0.1-0.3 20-65 0.1-0.2 40-80 0.1-0.3 0.15-0.3
40-80 0.1-0.3 0.15-0.3 0.1-0.3 20-65 0.1-0.2 40-80 0.1-0.3 0.15-0.3
40-80 0.1-0.3 0.15-0.3 0.1-0.3 20-65 0.1-0.2 40-80 0.1-0.3 0.15-0.3
40-80 0.1-0.3 0.15-0.3 0.1-0.3 20-65 0.1-0.2 40-80 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 30-100 0.1-0.2 60-100 0.1-0.3 0.15-0.3
60-100 0.1-0.3 0.15-0.3 0.1-0.3 30-100 0.1-0.2 60-100 0.1-0.3 0.15-0.3
643
DEEP HOLE DRILLING
643
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125
>= 0.25 %C Annealed 650 190
< 0.55 %C Quenched and tempered 850 250
>= 0.55 %C Annealed 750 220
Quenched and tempered 1000 300
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200
Quenched and tempered
930 275
1000 300
1200 350
High alloyed steel, cast steel,
and tool steel
Annealed 680 200
Quenched and tempered 1100 325
Stainless steel Ferritic/martensitic 680 200
Martensitic 820 240
M
Stainless steel Austenitic 600 180
K
Grey cast iron (GG) Ferritic/pearlitic 180
Pearlitic 260
Nodular cast iron (GGG) Ferritic 160
Pearlitic 250
Malleable cast iron Ferritic 130
Pearlitic 230
N
Aluminum-
wrought alloy
Not cureable 60
Cured 100
Aluminum-cast,
alloyed
<=12% Si Not cureable 75
Cured 90
>12% Si High temperature 130
Copper alloys
>1% Pb Free cutting 110
Brass 90
Electrolitic copper 100
Non-metallic Duroplastics, fiber plastics
Hard rubber
S
High temp. alloys
Fe based Annealed 200
Cured 280
Ni or Co based
Annealed 250
Cured 350
Cast 320
Titanium Ti alloys RM 400
Alpha+beta alloys cured RM 1050
ISCAR
644
DEEP HOLE DRILLING
ISCAR
644
USER GUIDE
Machining Recommendations for TRIDEEP Drills
Material
No.
TRIDEEP B TA Drilling Heads
Cutting Speed
(m/min)
Feed Rate (mm/rev)
Drill Dia. Dc (mm)
16.00-28.00
1 90-130 0.15-0.20
2 90-130 0.15-0.20
3 90-130 0.15-0.20
4 70-130 0.10-0.25
5 70-130 0.10-0.25
6 70-120 0.10-0.25
7 60-120 0.10-0.25
8 60-120 0.10-0.25
9 60-120 0.10-0.25
10 70-130 0.10-0.25
11 70-130 0.10-0.25
12 80-130 0.06-0.10
13 80-130 0.06-0.10
14 80-130 0.06-0.10
15 50-110 0.10-0.20
16 50-110 0.10-0.20
17 60-110 0.10-0.20
18 60-110 0.10-0.20
19 70-110 0.10-0.20
20 70-110 0.10-0.20
21 65-130 0.10-0.20
22 65-130 0.08-0.18
23 65-130 0.08-0.18
24 65-130 0.08-0.18
25 65-130 0.08-0.18
26 65-130 0.08-0.18
27 65-130 0.08-0.18
28 65-130 0.08-0.18
29 65-130 0.08-0.18
30 65-130 0.08-0.18
31 20-50 0.08-0.18
32 20-50 0.08-0.18
33 20-50 0.08-0.18
34 20-50 0.08-0.18
35 20-50 0.08-0.18
36 30-60 0.08-0.18
37 30-60 0.08-0.18
645
DEEP HOLE DRILLING
645
USER GUIDE
Company name Telephone no.
Address Date
Contact person Customer no.
Requested Information Form for Deep Hole Drill Design
WORKPIECE
Product name: Hole diameter:
Hole depth: No. of holes: Tolerance (of hole):
Surface finish (Rz, Ra...): Deviation (mm/100): Straightness (mm/100):
MATERIAL
Material (DIN, AISI, JIS...):
Hardness (HB, HS, HRC...):
Condition:
Annealed Quenched Tempered Cast
Other
MACHINE
Machine supplier name:
Machine type/model:
Rigidity:
Spindle power (kW):
Tool and/or workpiece rotation (TR/WR):
NC lathe Machining center Other
Good Normal Poor
TYPE OF COOLANT
Water based:
Oil based: Coolant Pressure (bar): Coolant Volume (L/min):
Soluble Emulsion %
TOOL
Drill Head
Drill diameter: (mm/inch)
Thread: Brazed:
Indexable: Coating:
Solid drilling: Counterboring:
Inner Outer
Adjustable Direct mount Coated Uncoated
Pre-drilled hole size: (mm/inch)
Bottom finishing:
Trepanning:
Tube outer diameter: (mm/inch) Core size diameter: (mm/inch)
Full ball R Flat bottom R Corner R Other
Y N
Please fill in and return to your ISCAR representative.
Tool and workpiece Rotating workpiece (WR) Rotating tool (TR)
ISCAR
646
DEEP HOLE DRILLING
ISCAR
646
USER GUIDE
Quantity of parts per year:
Grade, tool life, etc.:
Perfomance expectation: Vc= mm/min N= RPM F= mm/min f= mm/rev
Cutting data:
Requested Information Form for Deep Hole Drill Design (continued)
Please sketch your drilling application
GENERAL PRODUCTION INFORMATION
Outside diameter: (mm/inch) Total Length: (mm/inch)
Internal Thread:
External Thread:
Tube Thread:
Inner Tube Length: (mm/inch)
Inner Tube Slit:
4 Starts 2 Starts 1 Starts
1 End Both ends
1 End Both ends
TUBE
Drilling System & Boring Conditions
Single Tube System: Blind Hole Drilling: Double Tube System:
Cross Hole Drilling: Through Hole Drilling:
Description of present system in use:
Please fill in and return to your ISCAR representative.
647
DEEP HOLE DRILLING
647
USER GUIDE
ISCAR
648
GUNDRILLS
GUNDRILLS
649
GUNDRILLS
dh6
D2
L4
L1
Eh1
D 0
-0.07
L
Designation D L d D2L1Eh1 L4Insert
GD-DH 14.00-15D-M25-07 14.00 225.0 25.00 13.50 261.0 1.95 56.0 TOGT 07..
GD-DH 14.00-20D-M25-07 14.00 300.0 25.00 13.50 336.0 1.95 56.0 TOGT 07..
GD-DH 14.00-25D-M25-07 14.00 375.0 25.00 13.50 411.0 1.95 56.0 TOGT 07..
GD-DH 14.50-15D-M25-07 14.50 225.0 25.00 14.00 262.0 1.95 56.0 TOGT 07..
GD-DH 14.50-20D-M25-07 14.50 300.0 25.00 14.00 337.0 1.95 56.0 TOGT 07..
GD-DH 14.50-25D-M25-07 14.50 375.0 25.00 14.00 412.0 1.95 56.0 TOGT 07..
GD-DH 15.00-15D-M25-07 15.00 240.0 25.00 14.50 278.0 1.95 56.0 TOGT 07..
GD-DH 15.00-20D-M25-07 15.00 320.0 25.00 14.50 358.0 1.95 56.0 TOGT 07..
GD-DH 15.00-25D-M25-07 15.00 400.0 25.00 14.50 438.0 1.95 56.0 TOGT 07..
GD-DH 16.00-10D-M25-08 16.00 170.0 25.00 15.50 209.0 2.20 56.0 TOGT 08..
GD-DH 16.00-15D-M25-08 16.00 255.0 25.00 15.50 294.0 2.20 56.0 TOGT 08..
GD-DH 16.00-25D-M25-08 16.00 425.0 25.00 15.50 464.0 2.20 56.0 TOGT 08..
GD-DH 16.50-10D-M25-08 16.50 170.0 25.00 15.50 209.0 2.20 56.0 TOGT 08..
GD-DH 16.50-15D-M25-08 16.50 255.0 25.00 15.50 294.0 2.20 56.0 TOGT 08..
GD-DH 16.50-25D-M25-08 16.50 425.0 25.00 15.50 464.0 2.20 56.0 TOGT 08..
GD-DH 17.00-10D-M25-08 17.00 180.0 25.00 16.20 220.0 2.20 56.0 TOGT 08..
GD-DH 17.00-15D-M25-08 17.00 270.0 25.00 16.20 310.0 2.20 56.0 TOGT 08..
GD-DH 17.00-25D-M25-08 17.00 450.0 25.00 16.20 490.0 2.20 56.0 TOGT 08..
GD-DH 17.50-25D-M25-08 17.50 450.0 25.00 16.20 490.0 2.20 56.0 TOGT 08..
GD-DH 18.00-10D-M25-08 18.00 190.0 25.00 16.20 232.0 3.00 56.0 TOGT 08..
GD-DH 18.00-15D-M25-08 18.00 285.0 25.00 17.20 327.0 3.00 56.0 TOGT 08..
GD-DH 18.00-25D-M25-08 18.00 475.0 25.00 17.20 517.0 3.00 56.0 TOGT 08..
GD-DH 18.50-15D-M25-09 18.50 285.0 25.00 17.20 327.0 3.00 56.0 TOGT 09..
GD-DH 18.50-25D-M25-09 18.50 475.0 25.00 17.20 517.0 3.00 56.0 TOGT 09..
GD-DH 19.00-10D-M25-09 19.00 200.0 25.00 18.20 243.0 3.00 56.0 TOGT 09..
GD-DH 19.00-15D-M25-09 19.00 300.0 25.00 18.20 343.0 3.00 56.0 TOGT 09..
GD-DH 19.00-25D-M25-09 19.00 500.0 25.00 18.20 543.0 3.00 56.0 TOGT 09..
GD-DH 19.50-15D-M25-09 19.50 300.0 25.00 18.20 343.0 3.00 56.0 TOGT 09..
GD-DH 19.50-25D-M25-09 19.50 500.0 25.00 18.20 543.0 3.00 56.0 TOGT 09..
GD-DH 20.00-10D-M32-09 20.00 210.0 32.00 19.00 255.0 3.20 60.0 TOGT 09..
GD-DH 20.00-15D-M32-09 20.00 315.0 32.00 19.00 360.0 3.20 60.0 TOGT 09..
GD-DH 20.00-25D-M32-09 20.00 525.0 32.00 19.00 570.0 3.20 60.0 TOGT 09..
GD-DH 21.00-10D-M32-10 21.00 220.0 32.00 20.00 266.0 3.20 60.0 TOGT 10..
GD-DH 21.00-15D-M32-10 21.00 330.0 32.00 20.00 376.0 3.20 60.0 TOGT 10..
GD-DH 21.00-25D-M32-10 21.00 550.0 32.00 20.00 596.0 3.20 60.0 TOGT 10..
GD-DH 22.00-10D-M32-11 22.00 230.0 32.00 21.00 278.0 3.40 60.0 TOGT 11..
GD-DH 22.00-15D-M32-11 22.00 345.0 32.00 21.00 393.0 3.40 60.0 TOGT 11..
GD-DH 22.00-25D-M32-11 22.00 575.0 32.00 21.00 623.0 3.40 60.0 TOGT 11..
GD-DH 23.00-10D-M32-11 23.00 240.0 32.00 22.00 289.0 3.40 60.0 TOGT 11..
GD-DH 23.00-15D-M32-11 23.00 360.0 32.00 22.00 409.0 3.40 60.0 TOGT 11..
GD-DH 23.00-25D-M32-11 23.00 600.0 32.00 22.00 649.0 3.40 60.0 TOGT 11..
GD-DH 24.00-10D-M32-11 24.00 250.0 32.00 23.00 301.0 3.40 60.0 TOGT 11..
GD-DH 24.00-15D-M32-11 24.00 375.0 32.00 23.00 426.0 3.40 60.0 TOGT 11..
GD-DH 24.00-25D-M32-11 24.00 625.0 32.00 23.00 676.0 3.40 60.0 TOGT 11..
GD-DH 25.00-10D-M32-11 25.00 260.0 32.00 24.00 312.0 3.60 60.0 TOGT 11..
GD-DH 25.00-15D-M32-11 25.00 390.0 32.00 24.00 442.0 3.60 60.0 TOGT 11..
GD-DH 25.00-25D-M32-11 25.00 650.0 32.00 24.00 702.0 3.60 60.0 TOGT 11..
GD-DH 26.00-10D-M40-12 26.00 270.0 40.00 25.00 324.0 3.60 70.0 TOGT 12..
GD-DH 26.00-15D-M40-12 26.00 405.0 40.00 25.00 459.0 3.60 70.0 TOGT 12..
GD-DH 26.00-25D-M40-12 26.00 675.0 40.00 25.00 729.0 3.60 70.0 TOGT 12..
GD-DH 27.00-10D-M40-12 27.00 280.0 40.00 26.00 335.0 3.60 70.0 TOGT 12..
GD-DH 27.00-15D-M40-12 27.00 420.0 40.00 26.00 475.0 3.60 70.0 TOGT 12..
GD-DH 27.00-25D-M40-12 27.00 700.0 40.00 26.00 755.0 3.60 70.0 TOGT 12..
GD-DH 28.00-10D-M40-12 28.00 280.0 40.00 27.00 337.0 3.60 70.0 TOGT 12..
GD-DH 28.00-15D-M40-12 28.00 420.0 40.00 27.00 477.0 3.60 70.0 TOGT 12..
GD-DH 28.00-25D-M40-12 28.00 700.0 40.00 27.00 757.0 3.60 70.0 TOGT 12..
• Note: Gundrills can be supplied with up to 2400 mm length on request. • Inserts and guide pads should be ordered separately. • For user guide and cutting
conditions, see page 650. For inserts, see pages: TOGT (650)
Spare Parts
Diameter Range Insert Insert Clamping Screw Key Solid Carbide Guide Pad Guide Pad Clamping Screw Key
14.00-15.99 TOGT 070304-DT SR-14-560/S T- 8 GPS-05-18-060
SR34-508 T- 7
16.00-18.00 TOGT 080305-DT SR-14-560/S T- 8 GPS-05-20-075
18.01-20.00 TOGT 090305-DT SR-14-560/S T- 8 GPS-06-20-085
20.01-20.99 TOGT 100305-DT SR-34-506 T- 8 GPS-06-20-085
21.00-21.99 TOGT 100305-DT GPS-06-20-100
22.00-25.00 TOGT 110405-DT SR-14-571/S T-15 GPS-06-20-100
25.01-28.00 TOGT 120405-DT SR-14-506 T-15 GPS-06-20-120
GD-DH
Gundrills Carrying Triangular Inserts
with 3 Chip Splitting Cutting Edges and
a Wiper for High Hole Surface Quality
Brazed Body
Steel Body Tool
• Extremely high rigidity
• Simple direct mounting setup
Flange
• Superior rigidity for
higher speeds and feeds
Following is a table of all the available pads with their new designations, the tools they are used on and priority
recommendations for use:
Wide Flute Angle
• Smooth chip evacuation
Large Oil Hole
• Efficient lubrication
• Longer life of inserts and guide pads
1. Drill a 15 mm pilot hole D +0.05
+0.03 flat bottom
2. Set the TRIDEEP drill into the pilot hole
(10 mm depth).Vc=5-10 m/min f=0.5-1.0 mm/rev
3. Initial cutting at a 25 mm DOC (80% feed
rate), verify activated coolant (Vc=100%).
4. In case of through hole, drill the full
hole to a depth of +5 mm
5. Retract with slow rotation (5-10 m/min)
Drilling Process on Machining Centers and Lathe Machines
15 10
25 5
Tool Diameter Dimensions (mm) Solid Carbide
1st
option
2nd
option 3rd option (brazed)
Min Max b L R h Description
IC908
IC950
Description
TRIDEEP
14.00 15.99 5 18 6 2.5 GPS-05-18-060 •
16.00 18.00 6 20 7.5 3 GPS-06-20-075 • • GPB-06-20-075 CDZAP
18.01 21.00 6 20 8.5 3 GPS-06-20-085 • • GPB-06-20-085 CDZAP
21.01 25.00 6 20 10 3 GPS-06-20-100 • • GPB-06-20-100 CDZAP
25.01 28.00 6 20 12 3 GPS-06-20-120 • • GPB-06-20-120 CDZAP
b
Lh
R
ISCAR
650
GUNDRILLS
USER GUIDE
di
Wiper
RS
Eh1
Fig. 1 Fig. 2
Dimensions
Designation di R Eh1 S Fig.
IC908
TOGT 070304-DT 7.69 0.40 1.95 2.30 1 •
TOGT 080305-DT 8.55 0.50 2.20 2.80 1 •
TOGT 090305-DT 8.32 0.50 3.00 3.00 2 •
TOGT 100305-DT 9.23 0.50 3.20 3.30 2 •
TOGT 110405-DT 10.40 0.50 3.40 3.80 2 •
TOGT 120405-DT 11.59 0.50 3.60 4.30 2 •
For tools, see pages: DDD-EF-FT (613) • DSD-EF-FT (604) • DSD-IF-FT (608) • GD-DH (649)
TOGT
Deep Drilling Inserts with 3 Chip
Splitting Cutting Edges, Positive
Rake Chipbreaker and a Wiper
1 2
43
Inquiry Form
dh6
D2
L4
L1
Eh1
D 0
-0.07
L
1. Tool
Quantity............................................................................
Nominal diameter and tolerance ......................................
Please fill in dimensions on the sketch below.
Driver
Driver: for standard drivers please use codes
from page 654 .................................................... ............
Code No.
Special, please attach sketch and specifications.
2. Workpiece
(If possible, attach a drawing)
2.1 Material
Material description (DIN material number or any
other standard):
.........................................................................................
Hardness and Properties:
.........................................................................................
2.2 Hole Type
Blind Hole Drilling into Pre-hole
Angled Entry
Drilling into Solid Boring Angled Exit
Drilling Depth mm Hole Tolerance
2.3 Application:
Workpiece: Stationary Rotating
Tool: Stationary Rotating
3. Machine
3.1 Technical Data
Machine Type....................................................................
Power ...................................... kW ...............................
Specially Tailored TRIDEEP Code Key
Sketch of drilling application
Note: It may be necessary to change several of the parameters that you
indicated, based on our experience with your application.
3.2 Cutting Data:
Cutting Speed Vc .............. m/min ..................................
Revolutions Nmin ......... RPM, Nmax ......... RPM
Feed Fmin..................... mm/rev,
Fmax............. mm/rev..........
Feed Rate VF ................. mm/min .................................
Coolant:
Oil Soluble Oil Other
Coolant Pressure: ................. Bar .................................
GD - DH ##.## - #### - ##
Dia. Drilling Shank
length Type
651
GUNDRILLS
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125
>= 0.25 %C Annealed 650 190
< 0.55 %C Quenched and tempered 850 250
>= 0.55 %C Annealed 750 220
Quenched and tempered 1000 300
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200
Quenched and tempered
930 275
1000 300
1200 350
High alloyed steel, cast steel,
and tool steel
Annealed 680 200
Quenched and tempered 1100 325
Stainless steel Ferritic/martensitic 680 200
Martensitic 820 240
M
Stainless steel Austenitic 600 180
K
Grey cast iron (GG) Ferritic/pearlitic 180
Pearlitic 260
Nodular cast iron (GGG) Ferritic 160
Pearlitic 250
Malleable cast iron Ferritic 130
Pearlitic 230
N
Aluminum-
wrought alloy
Not cureable 60
Cured 100
Aluminum-cast,
alloyed
<=12% Si Not cureable 75
Cured 90
>12% Si High temperature 130
Copper alloys
>1% Pb Free cutting 110
Brass 90
Electrolitic copper 100
Non-metallic Duroplastics, fiber plastics
Hard rubber
S
High temp. alloys
Fe based Annealed 200
Cured 280
Ni or Co based
Annealed 250
Cured 350
Cast 320
Titanium Ti alloys RM 400
Alpha+beta alloys cured RM 1050
ISCAR
652
GUNDRILLS
USER GUIDE
Material
No.
TRIDEEP Gundrills TRIDEEP BTA Drilling Heads
Cutting Speed
(m/min)
Feed Rate (mm/rev)
Cutting Speed (m/min)
Feed Rate (mm/rev)
Drill Dia. Dc (mm)
16.00-28.00
Drill Dia. Dc (mm)
16.00-28.00
1 80-140 0.10-0.20 90-130 0.15-0.20
2 80-140 0.10-0.20 90-130 0.15-0.20
3 80-140 0.10-0.20 90-130 0.15-0.20
4 80-140 0.10-0.20 70-130 0.10-0.25
5 80-140 0.10-0.20 70-130 0.10-0.25
6 80-120 0.10-0.20 70-120 0.10-0.25
7 80-120 0.10-0.20 60-120 0.10-0.25
8 80-120 0.10-0.20 60-120 0.10-0.25
9 80-120 0.10-0.20 60-120 0.10-0.25
10 80-120 0.10-0.20 70-130 0.10-0.25
11 80-120 0.10-0.20 70-130 0.10-0.25
12 80-140 0.08-0.10 80-130 0.06-0.10
13 80-140 0.08-0.10 80-130 0.06-0.10
14 80-140 0.08-0.10 80-130 0.06-0.10
15 80-140 0.10-0.30 50-110 0.10-0.20
16 80-140 0.10-0.30 50-110 0.10-0.20
17 80-140 0.10-0.30 60-110 0.10-0.20
18 80-140 0.10-0.30 60-110 0.10-0.20
19 80-140 0.10-0.30 70-110 0.10-0.20
20 80-140 0.10-0.30 70-110 0.10-0.20
21 65-130 0.10-0.20 65-130 0.10-0.20
22 65-130 0.08-0.18 65-130 0.08-0.18
23 65-130 0.08-0.18 65-130 0.08-0.18
24 65-130 0.08-0.18 65-130 0.08-0.18
25 65-130 0.08-0.18 65-130 0.08-0.18
26 65-130 0.08-0.18 65-130 0.08-0.18
27 65-130 0.08-0.18 65-130 0.08-0.18
28 65-130 0.08-0.18 65-130 0.08-0.18
29 65-130 0.08-0.18 65-130 0.08-0.18
30 65-130 0.08-0.18 65-130 0.08-0.18
31 20-50 0.08-0.18 20-50 0.08-0.18
32 20-50 0.08-0.18 20-50 0.08-0.18
33 20-50 0.08-0.18 20-50 0.08-0.18
34 20-50 0.08-0.18 20-50 0.08-0.18
35 20-50 0.08-0.18 20-50 0.08-0.18
36 30-60 0.08-0.18 30-60 0.08-0.18
37 30-60 0.08-0.18 30-60 0.08-0.18
Machining Recommendations for TRIDEEP Drills
653
GUNDRILLS
USER GUIDE
Standard Gundrill Drivers for Machining Centers, Lathes, etc.
Driver
Type Drawing øD x L Driver
Code
Cylindrical
DIN1835A
DIN6535HA
L
D
.75x2.03” 95
20x50 10
25x56 11
1.00x2.28” 96
1.25x2.28” 97
32x60 12
40x70 13
Weldon
DIN1835B
DIN6535HB
L
D
L
D
.75x2.03” 99
20x50 22
25x56 23
1.00x2.28” 100
1.25x2.28” 101
32x60 24
40x70 25
Whistle
Notch
DIN1835E
L
D
20x50 34
25x56 35
32x60 36
40x70 37
Drivers
Drivers are available for dedicated and CNC
machines, for any specified diameter and length.
Below are the driver codes and technical data.
Standard Drivers for Gundrill Machines
Driver
Type Drawing øD x L Driver
Code
DIN228AK
CM1 45
CM2 46
CM3 47
CM4 48
DIN228BK
CM1 49
CM2 50
CM3 51
CM4 52
Central
Clamping
Surface 15°
L
D
.750x2.75” 56
25x70 57
1.00x2.75” 58
1.25x2.75” 59
1.50x2.75” 60
Frontal
Clamping
Surface
15°
L
D
16x50 61
Cylindrical
with
Thread
LM
D
25x100
M16x1.5 66
36x120
M24x1.5 67
VDI Design
L
M
D
25x112
M16x1.5 70
36x135
M24x1.5 71
Central
Clamping
Hexagonal
L
D
25x70 72
32x70 73
Central
Clamping
Tapered
L
D
.75x2.75” 76
20x70 77
Frontal
Clamping
Surface 2°
L
D
1.00x2.75” 80
1.00x3.94” 81
1.25x2.75” 82
1.25x3.94” 83
1.50x2.75” 84
1.50x3.94” 85
Trapezoidal
Thread
L
Tr D
28x126 Tr
28x2 88
36x162 Tr
36x2 89
Spraymist
Driver
L
D
25x50 91
35x60 92
ISCAR
654
GUNDRILLS
USER GUIDE
655
GUNDRILLS
Th
GDV Driver
L
LT
Dk7
L1L211.5
D2D3
Designation D min(1) D max D2D3Po. Size L L1ThL2T
MNCNT 100-400-MF16X1-T2 10.00 10.49 9.70 9.60 10.0 400.0 430.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 100-800-MF16X1-T2 10.00 10.49 9.70 9.60 10.0 800.0 830.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 105-400-MF16X1-T2 10.50 10.99 10.20 10.10 10.0 400.0 430.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 105-800-MF16X1-T2 10.50 10.99 10.20 10.10 10.0 800.0 830.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 110-400-MF16X1-T2 11.00 11.49 10.70 10.60 11.0 400.0 430.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 110-800-MF16X1-T2 11.00 11.49 10.70 10.60 11.0 800.0 830.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 115-400-MF16X1-T2 11.50 11.99 11.20 11.10 11.0 400.0 430.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 115-800-MF16X1-T2 11.50 11.99 11.20 11.10 11.0 800.0 830.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 120-400-MF16X1-T2 12.00 12.49 11.70 11.60 12.0 400.0 430.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 120-800-MF16X1-T2 12.00 12.49 11.70 11.60 12.0 800.0 830.0 MF16X1 10.00 16.0 K DCN 10-13.99
MNCNT 125-400-MF16X1-T2 12.50 12.99 12.20 12.10 12.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 125-800-MF16X1-T2 12.50 12.99 12.20 12.10 12.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 130-400-MF16X1-T2 13.00 13.49 12.70 12.60 13.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 130-800-MF16X1-T2 13.00 13.49 12.70 12.60 13.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 135-400-MF16X1-T2 13.50 13.99 13.20 13.10 13.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 135-800-MF16X1-T2 13.50 13.99 13.20 13.10 13.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 140-400-MF16X1-T2 14.00 14.49 13.70 13.60 14.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 10-13.99
MNCNT 140-800-MF16X1-T2 14.00 14.49 13.70 13.60 14.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 14-17.99
MNCNT 145-400-MF16X1-T2 14.50 14.99 14.20 14.10 14.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 14-17.99
MNCNT 145-800-MF16X1-T2 14.50 14.99 14.20 14.10 14.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 14-17.99
MNCNT 150-400-MF16X1-T2 15.00 15.99 14.70 14.60 15.0 400.0 430.0 MF16X1 12.00 16.0 K DCN 14-17.99
MNCNT 150-800-MF16X1-T2 15.00 15.99 14.70 14.60 15.0 800.0 830.0 MF16X1 12.00 16.0 K DCN 14-17.99
MNCNT 160-400-MF20X1-T2 16.00 16.99 15.50 15.40 16.0 400.0 430.0 MF20X1 12.00 22.0 K DCN 14-17.99
MNCNT 160-800-MF20X1-T2 16.00 16.99 15.50 15.40 16.0 800.0 830.0 MF20X1 12.00 22.0 K DCN 14-17.99
MNCNT 170-400-MF20X1-T2 17.00 17.99 16.50 16.40 17.0 400.0 430.0 MF20X1 12.00 22.0 K DCN 14-17.99
MNCNT 170-800-MF20X1-T2 17.00 17.99 16.50 16.40 17.0 800.0 830.0 MF20X1 12.00 22.0 K DCN 14-17.99
MNCNT 180-400-MF20X1-T2 18.00 18.99 17.50 17.40 18.0 400.0 430.0 MF20X1 12.00 22.0 K DCN 18-21.99
MNCNT 180-800-MF20X1-T2 18.00 18.99 17.50 17.40 18.0 800.0 830.0 MF20X1 12.00 22.0 K DCN 18-21.99
MNCNT 190-400-MF20X1-T2 19.00 19.99 18.50 18.40 19.0 400.0 430.0 MF20X1 12.00 22.0 K DCN 18-21.99
MNCNT 190-800-MF20X1-T2 19.00 19.99 18.50 18.40 19.0 800.0 830.0 MF20X1 12.00 22.0 K DCN 18-21.99
MNCNT 200-400-MF20X1-T2 20.00 20.99 19.50 19.40 20.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 18-21.99
MNCNT 200-800-MF20X1-T2 20.00 20.99 19.50 19.40 20.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 18-21.99
MNCNT 210-400-MF20X1-T2 21.00 21.99 20.50 20.40 21.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 18-21.99
MNCNT 210-800-MF20X1-T2 21.00 21.99 20.50 20.40 21.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 18-21.99
MNCNT 220-400-MF20X1-T2 22.00 22.99 21.50 21.40 22.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 220-800-MF20X1-T2 22.00 22.99 21.50 21.40 22.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 230-400-MF20X1-T2 23.00 23.99 22.50 22.40 23.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 230-800-MF20X1-T2 23.00 23.99 22.50 22.40 23.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 240-400-MF20X1-T2 24.00 24.99 23.50 23.40 24.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 240-800-MF20X1-T2 24.00 24.99 23.50 23.40 24.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 250-400-MF20X1-T2 25.00 25.99 24.50 24.50 25.0 400.0 430.0 MF20X1 14.00 22.0 K DCN 22-26.99
MNCNT 250-800-MF20X1-T2 25.00 25.99 24.50 24.50 25.0 800.0 830.0 MF20X1 14.00 22.0 K DCN 22-26.99
• For user guide and cutting conditions, see page 656
(1) Do not mount smaller drilling heads than the specified range of the drill body
For inserts, see pages: HCP-IQ (483) • ICK (484) • ICK-2M (485) • ICP (484) • ICP-2M (485)
For holders, see pages: GDV (656)
MNCNT-T2
Indexable SUMCHAM Inserts
and Modular Shank Gundrills
ISCAR
656
GUNDRILLS
Th
L4
Weldon (W) Type Cylindrical (C) Type Whistle Notch 15° (S) Type
dg6
Whistle Notch (WN) Type
Designation Thd Shank(1) L4
GDV56-MF16X1-I-WN.75" MF16X1 19.05 S 69.8
GDV99-MF16X1-I-W.75" MF16X1 19.05 W 69.8
GDV10-MF16X1-M-C20 MF16X1 20.00 C 50.0
GDV22-MF16X1-M-W20 MF16X1 20.00 W 50.0
GDV80-MF16X1-I-WN1.00" MF16X1 25.40 WN 69.8
GDV11-MF20X1-M-C25 MF20X1 25.00 C 56.0
GDV23-MF20X1-M-W25 MF20X1 25.00 W 56.0
GDV57-MF20X1-M-WN25 MF20X1 25.00 S 70.0
GDV100-MF20X1-I-W1.00" MF20X1 25.40 W 57.9
GDV58-MF20X1-I-WN1.00" MF20X1 25.40 S 69.8
GDV101-MF20X1-I-W1.25" MF20X1 31.75 W 57.9
GDV97-MF20X1-I-C1.25" MF20X1 31.75 C 57.9
GDV12-MF20X1-M-C32 MF20X1 32.00 C 60.0
GDV24-MF20X1-M-W32 MF20X1 32.00 W 60.0
GDV13-MF20X1-M-C40 MF20X1 40.00 C 70.0
GDV25-MF20X1-M-W40 MF20X1 40.00 W 70.0
(1) W-Weldon, C-Cylindrical, S-Whistle notch 15°, WN-Whistle notch
For tools, see pages: MNCNT-T2 (655)
GDV
Shanks for SUMOGUN Modular
Gundrills with Threaded Connection
657
GUNDRILLS
USER GUIDE
Drill Penetration Instructions on
Milling or Turning Machines:
Note: The following procedure (1-4) is recommended
for up to 400 mm hole depths using
MNCNT …-400… drills
For hole depths between 400 up to 800 mm, use
MNCNT …-800… drill only after reaching 400
mm depth with an MNCNT …-400… drill.
1. Drill a pilot hole 0.5xD deep with a short drill in
the same diameter as of the SUMOGUN drill.
2. Enter the pre-hole at slow speed, feed and 50
RPM until 1-2 mm before reaching the bottom.
3. Activate the cooling system and increase rotation
speed to recommended drilling speed, maintain for 2-3
seconds, then continue at recommended drilling feed.
No pecking is required.
Apply maximum possible coolant flow rate.
4. After having reached the required depth, reduce
speed to 50-100 RPM while exiting from the hole.
10
10 12 14 16 18 20 22 24 mm26
20
30
40
50
60
70
80
90
100
110
120
Ø
25
50
75
100
125
150
175
200
225
250
275
300
L/minBar
Drilling Diameter
SUMOGUN Drilling Range
Pressure and Coolant Flow Rate for SUMOGUN
Guidelines for Optimal
Gundrill Performance
• Coolant pressure and flow
It is recommended to use a strong coolant flow for
efficient chip flushing and cooling of the cutting edge
• Filtration
It is recommended to use a filter under 20 µm.
Note: Improper filtration may result in interrupted flow
of the lubricating oil. This creates a sticky surface on
the bearing pads and leads to premature wear of the
tool and overloading the coolant pump and
spindle seals.
• Temperature of the coolant
The coolant temperature should be between
20 and 22º C.
Note: Above 50º C the viscosity of the coolant is reduced by 50% and
becomes ineffective.
Gundrill Lubrication and Cooling
The best performance is obtained by using oil.
On equipment that uses water-soluble fluids (i.e.
machining centers and CNC machines) a concentration
between 10% and 15% is recommended.
Q l/min P bar GUNDRILL Machines
Milling and Turning Machines
1. Pre-hole 1xD deep
for centering
3. Maintain for 2-3
seconds and activate
the cooling system
4. Continue drilling
at recommended
cutting conditions
2. Slow rotation and
feed while entering
to the pre-hole
1xD 1xD 1xD
SUMOGUN
Drill
Bushing
L = 20xD
1- The support bushing should be according to tube diameter (D3) (see page 658)
Chip Box
Sealed
Housing
Sealing
Disk
Support
Bushing
L
Driver
Adjustment
Adapter
D
LL1
D1
Support Bushing
D3 indicate the tube diameter
Support Bushing
D3Ext. Ø “D” Ext. Ø
“D1”
Length
“L”
Length
“L1”
9.6 - 16,399 20 26 20 12
9.6 - 25,999 30 38 26 16
9.6 - 25,999 45 50 26 16
D3
d
Bushing
Based on modified DIN 179 specify the “d” diameter of
the drill head. Carbide bushing is delivered
only on request.
Guide Bushing
A guide bushing is an essential component for a
proper gundrill operation. The function of the guide
bushing is to direct the SUMOGUN into the material
during penetration. The diameter of the guide
bushing should be within 20 microns larger than the
diameter of the drill. Dedicated gundrill machines
are equipped with a guide bushing system.
d = Drill diameter +0.02
D
D3
B
Sealing Disk
Indicate the dimensions needed for
your requirements
Sealing Disk
D3Ext. Ø “D” Thick. “ B”
9.6 to 15,559 32 4
15,6 to 25,999 40 4
ISCAR
658
GUNDRILLS
USER GUIDE
0.6
400 mm
1.0
1.6
800
mm
0.10
500 mm
0.16
0.20
750
mm
250
Drilling Depth Drilling Depth
Stationary workpiece – rotating tool
StraightnessConcentricity
Rotating workpiece – stationary tool
Recommended Machining Conditions
ISO Material Condition
Tensile Strength
Rm [N/mm2]
Hardness
HB
Mtl.
No.
P
Non-alloy steel
and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
> = 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
> = 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5%
alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloy steel, cast steel
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
Material Groups
SUMOGUN
Feed vs. Drill Diameter
Mtl.
No.
Vc
m/min
D=10-11.9 D=12-13.9 D=14-15.9 D=16-19.9 D=20-25.9
mm/rev
160-90-110
0.10
0.14
0.18
0.11
0.16
0.20
0.13
0.18
0.24
0.13
0.19
0.25
0.14
0.20
0.27
260-80-100
360-80-100
450-70-90
540-50-70
650-70-100
0.10
0.14
0.18
0.10
0.15
0.20
0.12
0.17
0.22
0.12
0.18
0.24
0.13
0.20
0.26
750-70-90
840-50-70
930-40-50
10 40-50-70 0.09
0.14
0.18
0.09
0.14
0.18
0.10
0.15
0.20
0.10
0.16
0.22
0.11
0.17
0.24
11 30-40-60
15 60-80-100
0.16
0.20
0.25
0.18
0.22
0.28
0.18
0.22
0.28
0.18
0.22
0.28
0.18
0.22
0.28
16 60-90-100
17 60-100-120
18 60-90-110
19 70-100-120
20 60-90-110
Recommended Machining Conditions for SUMOGUN
Recommended cutting data
659
GUNDRILLS
USER GUIDE
Machine Type Designation D
Required
L Drilling
Length
L1 Total
Length Driver (1) Code
For GUNDRILL
machines
MNGDT 1500-1000-MF##X1-T2
D L1 Driver Code
D L1 Driver Code
15.00 920 1000 23
For other
machine tools
MNCNT 1500- 920-MF##X1-T2
D L Driver Code 15.00 920 1000 23
SUMOGUN Inquiry Form
Drilling Head
Mounting Procedure
Tube
Connector
SUMOCHAM
Drilling Head
Th
GDV Driver
L
T
Dk7
L1
1. Tool
Quantity............................................................................
Nominal diameter and tolerance ......................................
Please fill in dimensions on the sketch below.
Driver
Driver: for standard drivers please use codes
from page 656..................................................................
Code No.
Special, please attach sketch and specifications.
2. Workpiece
(If possible, please attach a drawing)
2.1 Material
Material description (DIN material number or any
other standard):
.........................................................................................
Hardness and Properties:
.........................................................................................
Short Chips Long Chips
2.2 Hole Type
Blind Hole Drilling into Pre-hole
Angled Entry Drilling into Solid
Boring Angled Exit
Drilling Depth mm Hole Tolerance
2.3 Application:
Workpiece: Stationary : Rotating
Tool: Stationary : Rotating
3. Machine
3.1 Technical Data
Sketch of drilling application
Note: It may be necessary to change several of the parameters that you
indicated, based on our experience with your application.
(1) see page 656
Specially Tailored SUMOGUN Code Key
Machine Type....................................................................
Power: ...................................... kW ...............................
3.2 Cutting Data:
Cutting Speed Vc .............. m/min ..................................
Revolutions Nmin ......... RPM, Nmax ......... RPM
Feed Fmin..................... mm/rev,
Fmax............. mm/rev..........
Feed Rate VF ................. mm/min .................................
Coolant:
Oil Soluble Oil Other
Coolant Pressure ................. Bar .................................
1 5432
ISCAR
660
GUNDRILLS
USER GUIDE
661
GUNDRILLS
USER GUIDE
When using a gundrill on a lathe machine, a short solid
carbide centering drill should be used prior to the gundrill.
Once the gundrill enters the pre-drilled hole,
it is self-guided.
1
1
Drill Penetration Instructions
Rotate the drill counterclockwise prior to
and during hole penetration
Stop the drill rotation and start
the coolant
The Influence of Tool vs. Workpiece Rotation
Worst
Rotating tool
Medium
Rotating workpiece
Best
Rotating tool & workpiece
The maximum misalignment between the drill
bushing and the workpiece center line
should not exceed 0.02 mm (.0008”).
Max.
0.02 mm
.0008"
Rotating Workpiece
Stationary Drill
Bushing
Rotate the drill clockwise
prior to drilling operation
Drilling a pre-hole
(drill diameter +0.02 mm)
Gundrill penetration
through the pre-hole
Never try to penetrate the
workpiece by using a gundrill
A shallow pre-hole can’t lead
the unbalanced gundrill
2 x D min
2
2 3
Single Flute Gundrill
ISCAR's gundrill consists of a single piece carbide head,
a streamlined shank and a driver through which coolant
flows to the working end where it is most needed. Chips
are evacuated along the V-shaped external flute.
Drilling Head
The carbide head is tapered on its length to reduce
friction. The taper angle depends on the type of material
to be drilled. For high precision drilling, the taper should
be reduced to a minimum.
Note that when the head is resharpened, the diameter
of the drill changes, affecting the hole tolerance.
Shank
The cross-section of the shank is V-shaped with
coolant holes. It is made of hardened steel that is
highly resistant to twisting. This cross-section
provides the optimal conditions for twist resistance,
coolant flow and chip evacuation.
Driver
The driver ensures the connection between
the gundrill and the machine tool, (see page 664
for detailed driver information).
Drilling Head
Shank
Driver
Carbide Tipped
Gundrill Range
Overall length=flute length+driver length (see page 666)
Drill Diameter Max. Flute Length
2.50 to 3.09 1100
3.10 to 5.99 2500
6.00 to 11.39 3000
11.40 to 40.00 3500
Advantages
• Drilling precision of IT7 to IT9 tolerances can be reached
• Excellent straightness and concentricity
• Maintains high precision hole center alignment
• Surface roughness of R0.4 - R1.6 is easily obtained
• Reboring operations are often unnecessary
ISCAR’s advanced gundrill technology provides
superior geometric and dimensional quality
for both deep and shallow drilling.
The drills are available in the range of 2.5 to 40 mm.
Single Flute Solid Carbide Gundrills
Another type of gundrill is made with integral tip and
shank, made of solid carbide with either a steel or a
carbide driver. These drills are designed for conventional
machines, machining centers and lathes. This style
of gundrill is available from 0.9-16 mm and can be
used on various types of materials. It provides superior
rigidity and optimal coolant flow rates. As a result of its
rigidity, up to 100% higher feed rate can be reached.
When using the small diameter drills, it is crucial to
adhere closely to the recommended drilling parameters.
Solid Carbide Gundrill Range
(with or without brazed steel driver)
Drill Diameter Max. Flute Length
0.9 to 16.00 300 mm
Standard Gundrill Head Sharpening Angles
Subject to the required tolerance, cutting performance
and desired chip shape, the following standard sharpening
angles are recommended (shown in figures 1 and 2).
Standard sharpening for 0.9
to 4 mm drill diameters
D
0.25xD
30˚
15˚
30˚
30˚
40˚ 35˚
D
30˚
12˚
20˚
20˚
30˚ 25˚
0.3-0.5
12˚
0.25xD
15°
20°
25°
Ø Dh5
D/4 ±0,05
12°
20°
0,3/0,5
12°
25°
20°
Standard sharpening for 4 to
32 mm drill diameters
Standard sharpening for 32
to 40 mm drill diameters
Note: For special or semi-standard gundrills, special geometries will be offered to match the application.
1
ISCAR
662
GUNDRILLS
USER GUIDE
2 3
Standard Gundrill Head Profiles
Drilling capacity and finish of the drilled hole are
dependent on the geometrical shape of the drill head.
Both the profile and the sharpening must be matched to
the workpiece material. The profile is defined when the
tool is manufactured. Although regrinding may change the
cutting geometry, the profile should remain
the same.
Profile A
La
ØD
α
P
All cross section profile
parameters such as: P,
La and must be precisely
matched to the workpiece
material properties.
General Sketch Profile G (Universal)
Standard form for most material
types, particularly for materials with a
tendency to shrink. Recommended
for high precision bore tolerance
and straightness. Maintains precise
exit hole size. Recommended when
extra burnishing is required.
Suitable for cast iron (usually coated)
and aluminum alloys. Can be used
for cross drilling, angular entry or
exit and for interrupted cut. Large
coolant gaps between pads.
Profile IProfile E
General use, for alloys and stainless
steel. This profile eliminates the
problem of the tool sticking in
the hole after the outer corner
dulls. Especially suitable for
crankshaft and other forged
materials. Recommended for
accurate hole straightness.
Profile H
Recommended for all
nonferrous and cast iron
materials up 5 mm diameter.
Sometimes used for wood and
plastic with larger back taper.
Used for aluminum and brass for
best hole finish. For intersecting
holes and interrupted cut or when
extra outer diameter support
and burnishing is required.
Profile D
Suitable for cast iron only.
Very effective in grey cast
iron (usually coated).
Excellent size control, for high
precision hole tolerance. Used for
cast iron and aluminum alloys.
Profile B
Used for angled entry or exit.
Large back taper, for shrinking
materials such as types of
alloys and stainless steel. Large
coolant gaps between pads.
Profile C
663
GUNDRILLS
USER GUIDE
Standard Gundrill Drivers for Machining Centers, Lathes, etc.
ISCAR
664
GUNDRILLS
USER GUIDE
Driver Type
Drawing DXL
Driver
code
FF
BRAZED GUNDRILL
SOLID CARBIDE
GUNDRILL
Max.
cutting
diameter
F = CYLINDRICAL TUBE
Equal or less
than max.
cutting diameter
More
than max.
diameter
F = Straightening
extension
Cylindrical
DIN1835A
DIN6535HA
L
D
4x28 N°1 2.749 10 20 18
5x28 N°2 3.249 10 20 15
6x36 N°3 4.249 10 20 14
8x36 N°4 5.749 10 20 14
10x40 N°5 7.299 10 20 15
12x45 N°6 8.999 10 20 15
.50x1.78” N°94 9.699 10 20 15
14x45 N°7 10.999 10 20 15
16x48 N°8 12.399 10 20 15
18x48 N°9 14.399 10 20 15
.75x2.03” N°95 14.899 10 20 15
20x50 N°10 15.899 10 20
25x56 N°11 19.509 10 25
1.00x2.28” N°96 19.509 10 25
1.25x2.28” N°97 25.609 10 25
32x60 N°12 25.609 10 25
40x70 N°13 32.609 10 25
50x80 N°14 40 10 25
63x90 N°15 40 10 25
Weldon
DIN1835B
DIN6535HB
L
D
L
D
6x36 N°16 2.749 10 20 15
8x36 N°17 3.249 10 20 15
10x40 N°18 7.299 10 20 15
12x45 N°19 8.999 10 20 15
.50x1.78” N°98 9.699 10 20 15
16x48 N°20 12.399 10 20 15
18x48 N°21 14.399 10 20 15
.75x2.03” N°99 14.899 10 20 15
20x50 N°22 15.899 10 20 15
25x56 N°23 19.509 10 25
1.00x2.28” N°100 19.509 10 25
1.25x2.28” N°101 25.609 10 25
32x60 N°24 25.609 10 25
40x70 N°25 32.609 10 25
50x80 N°26 40 10 25
63x90 N°27 40 10 25
Whistle
Notch
DIN1835E
L
D
6x36 N°28 2.749 10 20
8x36 N°29 3.249 10 20
10x40 N°30 7.299 10 20 15
12x45 N°31 8.999 10 20 15
16x48 N°32 12.399 10 20 15
18x48 N°33 14.399 10 20 15
20x50 N°34 15.899 10 20 15
25x56 N°35 19.509 10 25
32x60 N°36 25.609 10 25
40x70 N°37 32.609 10 25
Whistle
Notch
DIN6535HE
L
D
6x36 N°38 2.749 10 20 15
8x36 N°39 3.249 10 20 15
10x40 N°40 7.299 10 20 15
12x45 N°41 8.999 10 20 15
16x48 N°42 12.399 10 20 15
18x48 N°43 14.399 10 20 15
20x50 N°44 15.899 10 20 15
665
GUNDRILLS
USER GUIDE
Standard Drivers for Gundrill Machines
Drivers
Drivers are available for dedicated and CNC
machines for any specified diameter and length.
Below are the driver codes and technical data.
Driver Type
Drawing DXL
Driver
code
FF
BRAZED GUNDRILL
SOLID CARBIDE
GUNDRILL
Max.
cutting
diameter
F = CYLINDRICAL TUBE
Equal or less
than max.
cutting diameter
More
than max.
diameter
F = Straightening
extension
DIN228AK
CM1 N°45 9.599 10 20
CM2 N°46 14.599 10 20
CM3 N°47 21.499 10 25
CM4 N°48 29.499 10 25
DIN228BK
CM1 N°49 9.599 10 20
CM2 N°50 14.599 10 20
CM3 N°51 21.499 10 25
CM4 N°52 29.499 10 25
Central
Clamping
Surface 15°
L
D
6x30 N°53 2.749 10 20 20
10x40 N°54 7.299 10 20 15
16x45 N°55 12.399 10 20
.750x2.75” N°56 14.899 10 20
25x70 N°57 19.509 10 25
1.00x2.75” N°58 19.509 10 25
1.25x2.75” N°59 25.609 10 25
1.50x2.75” N°60 32.609 10 25
Frontal
Clamping
Surface 15°
L
D16x50 N°61 12.399 10 20
Cylindrical
with Thread
LM
D
10x50 M6X0.5 N°62 7.299 10 20 15
10x60 M6X0.5 N°63 7.299 10 20
.50x1.97” M6x0.5 N°64 8.999 10 20 15
16x80 M10X1 N°65 12.399 10 20 15
25x100 M16x1.5 N°66 19.509 10 25
36x120 M24x1.5 N°67 30.609 10 25
VDI Design
L
M
D
10x68 M6x0.5 N°68 6.749 10 20
16x90 M10x1 N°69 10.799 10 20 15
25x112 M16x1.5 N°70 19.509 10 25
36x135 M24x1.5 N°71 30.609 10 25
Central
Clamping
Hexagonal
L
D
25x70 N°72 19.509 10 25
32x70 N°73 25.609 10 25
Central
Clamping
Tapered
L
D
.50x1.50” N°74 8.599 10 20 15
16x70 N°75 12.099 10 20 15
.75x2.75” N°76 14.099 10 20
20x70 N°77 16.099 10 20 15
Frontal
Clamping
Surface 2°
L
D
.50x1.50” N°78 9.699 10 20
.75x2.75” N°79 14.899 10 20
1.00x2.75” N°80 19.509 10 25
1.00x3.94” N°81 19.509 10 25
1.25x2.75” N°82 25.609 10 25
1.25x3.94” N°83 25.609 10 25
1.50x2.75” N°84 32.609 10 25
1.50x3.94” N°85 32.609 10 25
Trapezoidal
Thread
L
Tr D
16x112 Tr 16x1.5 N°86 13.599 10 20
20x126 Tr 20x2 N°87 17.099 10 20
28x126 Tr 28x2 N°88 25.599 10 25
36x162 Tr 36x2 N°89 32.599 10 25
Spraymist
Driver
L
D
16x40 N°90 12.399 10 20
25x50 N°91 19.509 10 25
35x60 N°92 26.599 10 25
H
D
NW B F LA
Ls
L
Standard Gundrill Length Calculations
D = Cutting diameter
H = Carbide length
N = Regrinding area = H-D
W = Hole depth
B = Chip evacuation area
= For typical gundrill machines, 250 mm
= For machining centers, 2xD (minimum 15 mm)
F = 10 mm.
LA = Driver length
LS = Flute length
L = Overall length
Standard Gundrill Carbide Head Length
H
D
Note: regrindable length=H-D
Diameter Range Head Length
2.50-3.80 20
3.80-4.05 23
4.05-5.05 25
5.05-6.55 30
6.55-11.05 35
11.05-18.35 40
18.35-21.35 45
21.35-23.35 50
23.35-26.35 55
26.35-32.00 65
Example
Drilling of a ø10x500 depth hole on a gundrill machine
with ø25x70 mm driver code No. 57 (See page 664)
D=10 W=500 LA=70 B=250 (or per experience)
L=N+W+B+F+LA
L=(35-10)+500+250+13+70=858 (OAL)
Ls=N+W+B=770 (flute length)
Ordering Code
For example:
D and Ls are available as standard
STGD-10000-0858-57-IC08
10
246810 12 14 16 18 20 22 24 mm26 28 30 32 40
20
30
40
50
60
70
80
90
100
110
120
Ø
10
20
30
40
50
60
70
80
90
100
110
120
L/min
Q
L/D>100
P
L/D<100
L/D<100
L/D>100
Bar
Drilling Diameter
Pressure and Coolant Flow Rate for Gundrills
Guidelines for Optimal Gundrill Performance
• It is recommended to use a strong coolant flow
for efficient chip flushing and cooling of the cutting edge
• It is recommended to use a filter under 20 µm
Note: Improper filtration may result in interrupted flow of
lubricating oil. This creates a sticky surface on the bearing
pads and leads to premature wear of thetool
and overloading the coolant pump and spindle seals
• Temperature of the coolant should be between
20 and 22º C
Note: Above 50º C the viscosity of the coolant is reduced by 50%
and becomes ineffective.
Gundrill Lubrication and Cooling
The best performance is obtained by using oil.
On equipment that uses water-soluble fluids
(i.e. machining centers and CNC machines), a
concentration between 10% and 15% is recommended.
Q l/min P bar
ISCAR
666
GUNDRILLS
USER GUIDE
0.16
50
0m
m
0.33
0.5
0,66
0.84
1.0
1000
mm
0.01
50
0m
m
0.02
0.03
0.04
0.05
750
mm
250
Drilling Tolerances Obtainable In Deep Hole Drilling
IT 13 12 10 9 7 6 5
811
Tolerance range under normal conditions Tolerance range under optimal conditions
The resulting quality depends on different
factors such as:
• Drilling depth and diameter
• Type of machining and cutting parameters
• Quality and uniformity of the workpiece material
• Machine tool conditions
• Gundrill support
Concentricity and Straightness
The geometric quality of bores obtained from deep
hole drill bits is clearly higher than that obtained
with the use of twist drills. It is possible to obtain
precision with deviations of less than 4µm.
Circularity
Nonferrous materials
Aluminum
Tool steel
Cast iron
High alloy steel>800N/mm2
Hardened steel
Low alloy steel<800N/mm2
Carbon steel
Sintered steel
Drilling quality
Drilling Depth Drilling Depth
Stationary workpiece – rotating tool
Rotating workpiece – stationary tool
Deep Drilling Tolerances
Gundrill configurations when used under recommended
conditions can produce holes with tolerances of IT8-IT9.
When operating under optimal conditions,
even better tolerances can be achieved.
N12 N11 N10 N9 N8 N7 N6 N5 N4 N3 N2 N1
µ m
µ in
50
2000
25
1000
12.5
500
6.30
250
3.20
125
1.60
63
0.80
32
0.40
16
0.20
8
0.10
4
0.05
2
0.025
1
Surface quality of 0.2 Ra can be achieved when
using gundrills under recommended conditions.
Surface Quality
Tolerance range under normal conditions Tolerance range under optimal conditions
Indexable Drills
Reaming
Honing
Deep drilling
Degree of roughness
(Ra roughness index)
StraightnessConcentricity
Machinability
of
Metals
667
GUNDRILLS
USER GUIDE
Standard Geometry Resharpening of
Carbide Tipped or Solid Gundrills
(See page 662)
Ordering Example:
stgrind - 05520
Drill
Diameter
Special Geometry Resharpening
Ordering Example:
SPGRIND- 05520 - 02051 - 01
Drill Offer Version
Diameter No. No.
Single Flute Solid Carbide Gundrill Designation
New Tools
4-6 weeks delivery for any kind of solid cabide gundrill
Standard(1) Solid Carbide Drills
Ordering Example:
STCGD – 05500 – 0200 – 05
Drill Overall Driver
Diameter Length Type
Semi-Standard(1) Solid Carbide Drills
Ordering Example:
CGD – 05520 – 0200 – 05 CPIC08
Drill Overall Driver C=Drill Profile
Diameter Length Type P=Polished
(R=Rough)
IC08=Carbide Grade(2)
Special (1) Solid Carbide Gundrills
Ordering Example:
SPCGD - 05520 - 0500 - 02051 - 01
Dril Overall Offer No. Version No.
Diameter Length or Drawing
No.
Repair of a solid carbide drill is not possible
Special(1) Two Flute Carbide Tipped
Gundrill Designations
Ordering Example:
GD2L - 05520 - 0500 - 02051 - 01
Drill Overall Offer No. Version No.
Diameter Length or Drawing
No.
1. Standard gundrills: delivery within 1-2 weeks
from order (shipment time not included).
Semi-standard gundrills: delivery within 2-4
weeks from order (shipment time not included)
Special gundrills: delivery within 8-10 weeks
from order (shipment time not included)
2. Available carbide grades: IC08 – uncoated grade used
as a substrate for the following coated grades: IC908
(TIAlN); IC508 (TiCN+TiN); IC308 (TiCN); IC208 (TiN)
Delivery Schedule Based on Drill Dimensions
for Carbide Tipped Gundrills
Single Flute Carbide Tipped Gundrill Designations
New Tools
Standard(1) Brazed Drill (Carbide Tipped):
Ordering Example:
STGD – 05500 – 0500 - 57 - IC08
(The only available carbide grade)
Drill Overall Driver
Diameter Length Type
Ø2.5 to Ø20 each 0.1 mm and Ø20 to Ø32 each 1 mm
Standard geometry suitable in any material Standard driver
from the table (page 664) 1-2 weeks delivery”
Semi-Standard(1) Brazed Drill (Carbide Tipped):
Ordering Example:
GD – 05520 – 0500 – 57 – ER – IC908
(carbide grade)(2)
Drill Overall Driver E=Head Profile
Diameter Length Type R=Rough
(P-Polished)
Diameter out of standard range Standard geometry
AND/OR head profile from page 71 AND/OR coating
Standard driver from the table (page 664) 3-4
weeks delivery
Special(1) Gundrill Carbide Tipped:
Ordering Example:
SPGD – 05520 – 0500 – 02051 – 01
Drill Overall Offer No. Version
Diameter Length or Drawing No.
No.
Any special specification (special geometry, special driver,
etc.) 3-4 weeks delivery
Repair (Replacement of the Carbide Tip)
Repair of Standard(1) Drills
Ordering Example:
RSTGD – 05520 – 0500 – IC08
(The only available carbide grade)
Drill Overall
Diameter Length
Repair of Semi-Standard(1)
Ordering Example:
RGD - 05520 - 0500 - GR - IC508
(carbide grade)(2)
Drill Overall G=Drill Profile
Diameter Length R=Rough (P=Polished)
Repair of Special(1) Drills
Ordering Example:
RSPGD - 05520 - 0500 - 02051 - 01
Drill Overall Offer No. Version No.
Diameter Length or Drawing
No.
ISCAR
668
GUNDRILLS
USER GUIDE
Gundrill Inquiry Form
1. Tool
Quantity............................................................................
Nominal diameter and tolerance ......................................
Please fill in dimensions on the sketch below.
L
LsLA
d
D
Driver
For standard drivers please use codes
from page 664..................................................................
Code No.
Special, please attach sketch and specifications.
Grind: special (fill in the dimensions and angles below).
as
γ
α2
ψ2
α1
α3
bF
1
αF1
ψ1
external Cuttnig
Edge
Inter nal Cuttnig
Edge
α1= ................ αF1= ................ ψ1= ................
α2= ................ bF1= ................ ψ2= ................
α3= ................ as= .................. γ= ..................
Standard (see page 662)
Coating:
TiN TiCN TiN+TiCN TiAIN Other
IC208 (TiN) IC308 (TiCN) IC508 (TiCN+TiN)
IC908 (TiAlN)
Type:
Please circle the required type. See page 663.
2. Workpiece
(If possible, please attach a drawing)
2.1 Material
Material description (DIN material number or any
other standard):
.........................................................................................
Hardness and Properties:
.........................................................................................
Short Chips Long Chips
2.2 Hole Type
Blind Hole Drilling into Pre-hole
Angled Entry
Drilling into Solid Boring Angled Exit
Drilling Depth mm Hole Tolerance
2.3 Application:
Workpiece Stationary Rotating
Tool Stationary Rotating
3. Machine
3.1 Technical Data
Machine Type....................................................................
Power ...................................... kW ...............................
3.2 Cutting Data:
Cutting Speed Vc .............. m/min ..................................
Revolutions Nmin ......... RPM, Nmax ......... RPM
Feed Fmin..................... mm/rev,
Fmax............. mm/rev..........
Feed Rate VF ................. mm/min .................................
Coolant:
Oil Soluble Oil Other
Coolant Pressure ................. Bar .................................
Sketch of drilling application
AB
CD
EGH I Note: It may be necessary to change several of the parameters that you
indicated based on our experience with your application.
669
GUNDRILLS
USER GUIDE
Figure 5 Figure 6
Boring with chip evacuation and coolant
flowing opposite the boring direction
Drilling of solid material with chip evacuation and
coolant flow opposite the drilling direction
Boring with chip evacuation in the boring direction Boring with a staged tool
Chip evacuation and coolant flow in the boring direction
Figure 4Figure 3
Typical Gundrill Applications -
Chip Evacuation and Coolant Flow
User Guide
The gundrill is not a self-centering tool. Therefore
an external means must be used to guide it
to the point of entry into the workpiece.
It is recommended that the machine tool be
equipped with a means for guiding the gundrill,
preferably during the entire drilling process.
An alternative method is a pre-drilled guide hole (figure 2),
which is common for machining centers. Once the drill
has been fully engaged into this hole, it continues to be
self-guided.
The guide pads contribute to the high degree of
calibration and provide burnishing of the drilled hole.
Figure 1
Figure 2
Pre-Drilled Guide Hole
Guide Barrel
Typical Gundrill Applications
Main Drilling Methods
ISCAR
670
GUNDRILLS
USER GUIDE
D
LL1
D1
D
LL1
D1
d1
120º
d1
Deep Hole Machine Accessories
d
Drill
Bushing
Sealed
Housing
Sealing
Disk
Support
Bushing
Driver Adjustment
Adapter
Bushing
Based on modified DIN 179 specify the “d” diameter of
the drill. Carbide bushing is delivered
only on request.
D
B
Sealing Disk
Supplied with a single sealing disk or a protection sheet.
Indicate the dimensions needed for your requirements.
Support Bushing
Indicate the “d” diameter of the drill
Support Bushing with “V” Form
Indicate the “d” diameter of the drill
Guide Bushings
As the gundrill is not a self-centering tool and its
radial rigidity is low (due to diameter to length ratio),
a guide bushing is an essential component for a
proper gundrill operation. The function of the guide
bushing is to direct the gundrill into the material
during penetration. The diameter of the guide
bushing should be within 20 microns larger than the
diameter of the drill. Dedicated gundrill machines
are equipped with a guide bushing system.
d = Drill diameter +0.02
Sealing Disk
Tool Ø “d” Ext. Ø “D” Thick. “ B”
2 to 6 20 3
3,1 to 15,559 32 4
15,6 to 25,999 40 4
26 to 40 90 4
Sealing Disk with Protection
Tool Ø “d1” Ext. Ø “D” Thick. “ B”
2,9 - 5,249 20 7
5,25 - 14,449 32 11
14,45 - 25,999 40 12
26 - 41 90 12
Support Bushing
Tool Ø
“d1” Ext. Ø “D” Ext. Ø
“D1”
Length
“L”
Length
“L1”
1,9 - 16,399 20 26 20 12
1,9 - 25,999 30 38 26 16
1,9 - 34 45 50 26 16
Support Bushing with “V” Form
Tool Ø
“d1” Ext. Ø “D” Ext. Ø
“D1”
Length
“ L”
Length “
L1”
1,9 - 16,399 20 26 20 12
1,9 - 23,799 30 38 26 16
671
GUNDRILLS
USER GUIDE
(1)For workpiece materials list, see pages 1008-1043
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Nodular cast iron (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
672
GUNDRILLS
USER GUIDE
Gundrill Recommended Machining Conditions
Mtl.
No.
Cutting Speed
vc m/min
Feed vs. mm/rev Drill Diameter mm
2.0-9.79 9.8-11.69 11.7-13.19 13.2-16.19 16.2-40
170-110
0.01-0.03 0.03-0.05 0.035-0.06 0.04-0.07 0.02-0.10
280-110
370-100
470-110
570-90
680-110
0.01-0.03 0.03-0.05 0.035-0.06 0.04-0.07 0.02-0.10
770-110
860-90
950-80
10 50-70 0.01-0.03 0.025-0.04 0.03-0.045 0.035-0.05 0.12-0.10
11
40-70 0.01-0.03 0.025-0.04 0.03-0.045 0.035-0.05 0.12-0.10
12
13
14 40-80 0.01-0.03 0.025-0.04 0.03-0.045 0.035-0.05 0.02-0.10
15 70-100
0.01-0.40 0.04-0.1 0.05-0.12 0.06-0.14 0.05-0.20
16 70-100
17 80-110
18 80-110
19 90-115
20 90-115
21
80-160 0.02-0.04 0.03-0.17 0.03-0.18 0.035-0.19 0.03-0.15
22
23
24
25 80-120
26
80-180 0.02-0.04 0.02-0.13 0.03-0.16 0.04-0.18 0.03-0.15
27
28
29
30
31
25-60
0.01-0.03 0.025-0.03 0.03-0.035 0.03-0.04 0.02-0.10
32
33
34
35
36
37
38 20-50
0.01-0.03
0.025-0.03 0.03-0.035 0.03-0.04
0.02-0.10
39
40
41
673
GUNDRILLS
USER GUIDE
Gundrill Troubleshooting Guide
Possible Causes
Hole Problems
Poor clamping
Insufficient coolant flow
Low coolant pressure
Incorrect coolant type
Feed fluctuations
Too high feed
Too low feed
Spindle speed too high
Spindle speed too low
Material structure
Material shrinking due to heat
Workpiece thin wall section
Misalignment
Undersized hole
Rough cutting edge finish
Built up edge
Worn out edge
Interrupted chip flow
Too small flute clearance
Incorrect drill profile
Incorrect head angles
Vibrations
Oversized bushing
A gap between bushing and workpiece
Bushing undersize
Loss of coolant pressure
High coolant pressure
Overheating coolant
Insufficent coolant
Head inside angle excessive wear
Head outside angle excessive wear
Too short carbide head
Tool heal drag
Worn supporting pads
Oversize
+ + + + + + + + + + + + + + + + +
Undersize
+ + + + + + + + +
Rough surface finish
+++++ + + + +++ +++ + + ++++++
Runout
+ ++ +++++ + +++++++++ ++++++
Conical entrance
+ + + + + +
Curved hole axis
+ + + + + + + + + + + + + + + + + + +
Drill Problems
Breakage
+++ ++ + +++++++++ +++++++ + +++
Chipping
+ + + + + + + + +
Poor drill life
+++++++ +++++++++++++++++ +++++++
Excessive margin wear
+ + + + + + + + + + + + +
Excessive corner wear
+ + + + + + + + + + + + + +
Excessive flank wear
+ + + + + + + + + + + + + +
Drill heat
+ + + + + + + + + + + +
Flute bending
+ + + + + + + + + + + + + + + +
Damaged wear pad
+ + + + + + + + + + + + + + + + + +
Built-up edge
+ + + + + + + + + + + + + + +
Cratering
+ + + + + + + + + + + + +
ISCAR
674
GUNDRILLS
USER GUIDE
675
REAMERS
HIGH PRECISION REAMING
ISCAR
676
REAMERS
Reamer Shank
Diameter
Shank
Type
Shank
Material
Bayonet
Tool Size
Functional
Length
----
RM BNT6 3D 16
Holder Designation Code Key
-(2)
C(1)
(1)
C- cylindrical, W-Weldon, M-Morse
(2)
No letter - Steel (default), C-Carbide, W- Heavy metal
Bayonet Screw Clamping Key
M
Designation Head Diameter Bayonet Size M
RM-BN5-SR 11.501-13.500 BN5 M5
RM-BN6-SR 13.501-16.000 BN6 M6
RM-BN7-SR 16.001-20.000 BN7 M7
RM-BN8-SR 20.001-25.400 BN8 M8
RM-BN9-SR 25.401-32.000 BN9 M9
Designation Head Diameter Bayonet Size
RM-BN5-K 11.501-13.500 BN5
RM-BN6-K 13.501-16.000 BN6
RM-BN7-K 16.001-20.000 BN7
RM-BN8-K 20.001-25.400 BN8
RM-BN9-K 25.401-32.000 BN9
Reamer Shank
Diameter
Shank
Type
Shank
Material
Bayonet
Tool Size
Functional
Length
- - - -
RM BNT6 3D 16
Holder Designation Code Key
-(2)
C(1)
(1) C- cylindrical, W-Weldon, M-Morse
(2) No letter - Steel (default), C-Carbide, W- Heavy metal
Bayonet Screw Clamping Key
M
Designation Head Diameter Bayonet Size M
RM-BN5-SR 11.501-13.500 BN5 M5
RM-BN6-SR 13.501-16.000 BN6 M6
RM-BN7-SR 16.001-20.000 BN7 M7
RM-BN8-SR 20.001-25.400 BN8 M8
RM-BN9-SR 25.401-32.000 BN9 M9
Designation Head Diameter Bayonet Size
RM-BN5-K 11.501-13.500 BN5
RM-BN6-K 13.501-16.000 BN6
RM-BN7-K 16.001-20.000 BN7
RM-BN8-K 20.001-25.400 BN8
RM-BN9-K 25.401-32.000 BN9
d
L2
L1
L5
L/D
CSI
Dr
min
max
Designation L/D Dr(min)Dr(max)L1L2L5d CSI(1)
RM-BNT5-1.5D-16C 1.5 11.501 13.500 29.8 77.75 9.50 16.00 BN5 RM-BN5-SR RM-BN5-K
RM-BNT6-1.5D-16C 1.5 13.501 16.000 33.5 81.50 9.50 16.00 BN6 RM-BN6-SR RM-BN6-K
RM-BNT7-1.5D-20C 1.5 16.001 20.000 40.7 90.70 10.70 20.00 BN7 RM-BN7-SR RM-BN7-K
RM-BNT8-1.5D-20C 1.5 20.001 25.400 51.0 101.00 12.90 20.00 BN8 RM-BN8-SR RM-BN8-K
RM-BNT9-1.5D-25C 1.5 25.401 32.000 60.9 116.90 12.90 25.00 BN9 RM-BN9-SR RM-BN9-K
RM-BNT9-1.5D-32C 1.5 25.401 32.000 60.9 120.90 12.90 32.00 BN9 RM-BN9-SR RM-BN9-K
RM-BNT5-3D-16C 3.0 11.501 13.500 50.0 98.00 9.50 16.00 BN5 RM-BN5-SR RM-BN5-K
RM-BNT6-3D-16C 3.0 13.501 16.000 57.5 105.50 9.50 16.00 BN6 RM-BN6-SR RM-BN6-K
RM-BNT7-3D-20C 3.0 16.001 20.000 70.7 120.70 10.70 20.00 BN7 RM-BN7-SR RM-BN7-K
RM-BNT8-3D-20C 3.0 20.001 25.400 87.9 137.90 12.90 20.00 BN8 RM-BN8-SR RM-BN8-K
RM-BNT9-3D-25C 3.0 25.401 32.000 107.1 163.10 12.90 25.00 BN9 RM-BN9-SR RM-BN9-K
RM-BNT9-3D-32C 3.0 25.401 32.000 107.1 167.10 12.90 32.00 BN9 RM-BN9-SR RM-BN9-K
RM-BNT5-5D-16C 5.0 11.501 13.500 77.2 125.20 9.50 16.00 BN5 RM-BN5-SR RM-BN5-K
RM-BNT6-5D-16C 5.0 13.501 16.000 89.5 137.50 9.50 16.00 BN6 RM-BN6-SR RM-BN6-K
RM-BNT7-5D-20C 5.0 16.001 20.000 110.7 160.70 10.70 20.00 BN7 RM-BN7-SR RM-BN7-K
RM-BNT8-5D-20C 5.0 20.001 25.400 137.9 187.90 12.90 20.00 BN8 RM-BN8-SR RM-BN8-K
RM-BNT9-5D-32C 5.0 25.401 32.000 171.1 231.10 12.90 32.00 BN9 RM-BN9-SR RM-BN9-K
RM-BNT5-8D-16C 8.0 11.501 13.500 117.7 165.70 9.50 16.00 BN5 RM-BN5-SR RM-BN5-K
RM-BNT6-8D-16C 8.0 13.501 16.000 137.5 185.50 9.50 16.00 BN6 RM-BN6-SR RM-BN6-K
RM-BNT7-8D-20C 8.0 16.001 20.000 170.7 220.70 10.70 20.00 BN7 RM-BN7-SR RM-BN7-K
RM-BNT8-8D-20C 8.0 20.001 25.400 212.9 262.90 12.90 20.00 BN8 RM-BN8-SR RM-BN8-K
RM-BNT9-8D-32C 8.0 25.401 32.000 267.1 327.10 12.90 32.00 BN9 RM-BN9-SR RM-BN9-K
(1) Connection size
For inserts, see pages: RM-BN-H7LB (677) • RM-BN-H7SA (677)
RM-BNT (Shanks)
Shanks for BAYO T-REAM
Interchangeable Head Reamers
677
REAMERS
V
1.07
Dr
V
Ha°
L5
CSI
25°
Dimensions Tough
1
Hard
Designation CSI DrL5Flute Ha°
IC08
IC908
RM-BN5-11.501-H7LB BN5 11.501 9.50 6 20.0 • •
RM-BN5-12.000-H7LB BN5 12.000 9.50 6 20.0 • •
RM-BN5-13.000-H7LB BN5 13.000 9.50 6 20.0 • •
RM-BN5-13.500-H7LB BN5 13.500 9.50 6 20.0 • •
RM-BN6-13.501-H7LB BN6 13.501 9.50 6 20.0 • •
RM-BN6-14.000-H7LB BN6 14.000 9.50 6 20.0 • •
RM-BN6-15.000-H7LB BN6 15.000 9.50 6 20.0 • •
RM-BN6-16.000-H7LB BN6 16.000 9.50 6 20.0 • •
RM-BN7-16.001-H7LB BN7 16.001 10.70 6 20.0 • •
RM-BN7-17.000-H7LB BN7 17.000 10.70 6 20.0 • •
RM-BN7-18.000-H7LB BN7 18.000 10.70 6 20.0 • •
RM-BN7-19.000-H7LB BN7 19.000 10.70 6 20.0 • •
RM-BN7-20.000-H7LB BN7 20.000 10.70 6 20.0 • •
RM-BN8-20.001-H7LB BN8 20.001 12.90 8 20.0 • •
RM-BN8-21.000-H7LB BN8 21.000 12.90 8 20.0 • •
RM-BN8-22.000-H7LB BN8 22.000 12.90 8 20.0 • •
RM-BN8-23.000-H7LB BN8 23.000 12.90 8 20.0 • •
RM-BN8-24.000-H7LB BN8 24.000 12.90 8 20.0 • •
RM-BN8-25.000-H7LB BN8 25.000 12.90 8 20.0 • •
RM-BN9-26.000-H7LB (1) BN9 26.000 12.90 8 20.0 •
RM-BN9-27.000-H7LB (1) BN9 27.000 12.90 8 20.0 •
RM-BN9-28.000-H7LB (1) BN9 28.000 12.90 8 20.0 •
RM-BN9-29.000-H7LB (1) BN9 29.000 12.90 8 20.0 •
RM-BN9-30.000-H7LB (1) BN9 30.000 12.90 8 20.0 •
RM-BN9-31.000-H7LB (1) BN9 31.000 12.90 8 20.0 •
RM-BN9-32.000-H7LB (1) BN9 32.000 12.90 8 20.0 •
• For user guide, see pages 678-681
(1) The uncoated fine grain IC08 is available on request
For tools, see pages: RM-BNT (Shanks) (676)
RM-BN-H7LB
Quick Change Left-Hand Flute
Interchangeable Solid Carbide
Reaming Heads for High Speed
Reaming of Through Holes
V
0.5
Dr
V
L5
CSI
45°
Dimensions Tough
1
Hard
Designation CSI DrL5Flute
IC08
IC908
RM-BN5-11.501-H7SA BN5 11.501 9.50 6 • •
RM-BN5-12.000-H7SA BN5 12.000 9.50 6 • •
RM-BN5-13.000-H7SA BN5 13.000 9.50 6 • •
RM-BN5-13.500-H7SA BN5 13.500 9.50 6 • •
RM-BN6-13.501-H7SA BN6 13.501 9.50 6 • •
RM-BN6-14.000-H7SA BN6 14.000 9.50 6 • •
RM-BN6-15.000-H7SA BN6 15.000 9.50 6 • •
RM-BN6-16.000-H7SA BN6 16.000 9.50 6 • •
RM-BN7-16.001-H7SA BN7 16.001 10.70 6 • •
RM-BN7-17.000-H7SA BN7 17.000 10.70 6 • •
RM-BN7-18.000-H7SA BN7 18.000 10.70 6 • •
RM-BN7-19.000-H7SA BN7 19.000 10.70 6 • •
RM-BN7-20.000-H7SA BN7 20.000 10.70 6 • •
RM-BN8-20.001-H7SA BN8 20.001 12.90 8 • •
RM-BN8-21.000-H7SA BN8 21.000 12.90 8 • •
RM-BN8-22.000-H7SA BN8 22.000 12.90 8 • •
RM-BN8-23.000-H7SA BN8 23.000 12.90 8 •
RM-BN8-24.000-H7SA BN8 24.000 12.90 8 • •
RM-BN8-25.000-H7SA BN8 25.000 12.90 8 • •
RM-BN9-26.000-H7SA (1) BN9 26.000 12.90 8 •
RM-BN9-27.000-H7SA (1) BN9 27.000 12.90 8 •
RM-BN9-28.000-H7SA (1) BN9 28.000 12.90 8 •
RM-BN9-29.000-H7SA (1) BN9 29.000 12.90 8 •
RM-BN9-30.000-H7SA (1) BN9 30.000 12.90 8 •
RM-BN9-31.000-H7SA (1) BN9 31.000 12.90 8 •
RM-BN9-32.000-H7SA (1) BN9 32.000 12.90 8 •
• For user guide, see pages 678-681
(1) The uncoated fine grain IC08 is available on request
For tools, see pages: RM-BNT (Shanks) (676)
RM-BN-H7SA
Quick Change Straight Flute
Interchangeable Solid Carbide
Reaming Heads for High Speed
Reaming of Blind Holes
Holder
Bayonet
Screw
Reamer
Head
The BAYO T-REAM Line is Available in 5 Sizes
RM-BN9
Ø25.4-32.0 mm
RM-BN6
Ø13.5-16 mm
RM-BN8
Ø20.0-25.4 mm
RM-BN5
Ø11.5-13.5 mm
RM-BN7
Ø16.0-20.0 mm
Each size has its own diameter range and holder.
For example:
The same RM-BN7 holder can hold any
head between Ø16.001–20.0 mm
Through Hole Blind Hole
Key
Left-Hand Flute
The left-hand spiral is designed
especially for through hole
reaming. Due to this design, the
chips are being pushed forward
immediately after formation.
Straight Flute
The coolant flow assists the chip
evacuation process. It directs the
just-formed chips backwards. The
chips pass through the straight
flutes and are thrown out of the
hole, without causing any damage
to the reamer or hole surface.
ISCAR
678
REAMERS
ISCAR
678
USER GUIDE
ATTENTION: Cutting tools can break during use.
To avoid injury always use safety precautions
such as gloves, shields and eye protection.
First Assembly
• Clean the toolholder pocket (Fig. 1)
• Clean the reamer head clamping cone
• Insert the clamping screw into the holder and rotate
it 2-3 turns in a clockwise direction (Fig. 2)
• Clamp the reaming head on the screw; note, BN8
and BN9 can be assembled only in a specific
position relative to the screw (rotate the head
until locating the correct position) (Fig. 3)
• Manually rotate the reaming head until
it sits firmly in the pocket
• Tighten with the special key (Fig. 4)
• Make sure there is no face gap between the
toolholder and the reaming head (Fig. 5)
Assembly Instructions (BN5-BN9)
Indexing
• Release the reaming head with the key, turning in
a counterclockwise direction until it rotates freely
• Rotate another one turn by hand
• Remove the reamer head from the tool; the
clamping screw should remain inside!!!
• Clean the pocket of the toolholder (Fig. 1)
• Clean the cone on the new reamer head
• Clamp the reaming head on the screw; note,
BN8 and BN9 can be assembled only in a
specific position relative to the screw (rotate the
head until locating the correct position) (Fig. 3)
• Manually rotate the reaming head. In the beginning it
should rotate without the screw and then (after 1/6 of
a turn) it should engage with the screw. Rotate until it
sits firmly in the pocket. If the screw rotates together
with the reaming head from the beginning, remove the
reaming head and open the screw another one turn.
• Tighten with the special key (Fig. 4)
• Make sure that there is no face gap between
the toolholder and the reaming head (Fig. 5)
BN9: 21-23 Nxm
BN8: 17-20 N*m
BN7: 13-15 N*m
BN6: 8-10 N*m
BN5: 7-8 Nxm
4 5
β°
γ
°
b
a
Lead Code / Parameter β°a [mm] g° b [mm]
A45° 0.5 ־ ־
B25° 1.07 ־ ־
C45° 0.5 8° 0.75
D30° 0.5 4° 1.85
E45° 0.2 ־ ־
F90° ־־־
G75° 0.15 ־ ־
XSpecially Tailored (undesignated)
Hole Ø mm
Material < 9.5 9.5 - 11.5 11.5 - 13.5 13.5 - 16 16 - 32 >32
Steel and Cast Iron 0.07-0.10 0.07-0.15 0.10-0.20 0.10-0.30 0.10-0.30 0.20-0.40 mm/Ø
Aluminum and Brass 0.07-0.10 0.10-0.15 0.15-0.25 0.20-0.30 0.20-0.40 0.20-0.50 mm/Ø
Reaming Allowance
Reaming allowance is the stock material
which should be removed by reaming.
It is recommended to leave different reaming
allowances depending on the workpiece
material and the pre-hole quality.
Pre-hole should be smooth and straight,
without deep scratches on it.
Complementary Grades (on request):
IC30N cermet tipped, recommended for reaming
the following materials: non-alloyed (mild) steel, low
alloyed steel (<5% of alloying elements), free cutting
steel, tempered steel (tensile strength <1100 N/
mm2) and nodular iron (GGG40, GGG60, etc.)
ID5 (PCD) recommended for high speed
reaming of aluminum (special cases).
RN01 (DLC coating) recommended for reaming the
following materials: aluminum alloys (cast, wrought,
etc.), brass, bronze and other nonferrous materials.
When choosing a reamer, it is important to select a lead geometry that covers the reaming allowance.
Δ - Reaming allowance
Δ = ∅DR - ∅DP
Pre-hole
ØDR
Reaming
ØDP
679
REAMERS
679
USER GUIDE
123
* Standard edge geometries are not suitable for reaming titanium and high temperature alloys.
In order to choose a proper geometry, please ask for our recommendations.
• The given cutting data recommendations refer to the short holders (3xD effective reaming overhang). For longer holders,
the cutting speed should be reduced proportionally.
• For relatively large leading angles (spot-facing geometries), the feed should be reduced up to 30%.
• All the given cutting data recommendations refer to the machines with spindle through coolant supply.
(1)For workpiece materials list, see pages 1008-1043
IC08 Interrupted Blind HoleBlind HoleInterrupted Through HoleThrough Hole
Through Hole - LB
Blind Hole - SA
Second ChoiceFirst ChoiceSecond ChoiceFirst ChoiceMaterial
No.
Second ChoiceFirst ChoiceSecond ChoiceFirst ChoiceMaterial
No.(1)
ConditionMaterialISO
Vc = 6 - 10
SAIC908SAIC30NSAIC9081SAIC908LBIC908LAIC30NLBIC9081Annealed
Non-alloyed
steel, cast steel,
free cutting steel
P
Vc = 60 - 120 Vc = 90 - 200Vc = 60-1602Vc = 60 - 120 Vc = 60 - 120 Vc = 90 - 240Vc = 80 - 200 2Annealed
fz = 0.05 - 0.17BN4 - BN6 fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN6
3
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.08 - 0.21BN4 - BN6fz = 0.08 - 0.21BN4 - BN6
3
Quenched &
tempered
44Annealed
fz = 0.07 - 0.20BN7 - BN9
fz = 0.07 - 0.16BN7 - BN9fz = 0.08 - 0.21BN7 - BN9 fz = 0.08 - 0.20BN7 - BN95
fz = 0.07 - 0.16BN7 - BN9fz = 0.09 - 0.21BN7 - BN9fz = 0.12 - 0.27BN7 - BN9fz = 0.12 - 0.27BN7 - BN95Quenched &
tempered
Vc = 6 - 10
SAIC908SAIC30NSAIC9086SAIC908LBIC908LAIC30NLBIC9086Annealed
Low alloyed
steel,
cast steel (less
than 5% alloying
elements)
Vc = 60 - 120 Vc = 90 - 200Vc = 60-1607Vc = 60 - 120 Vc = 60 - 120 Vc = 90 - 240Vc = 80 - 200 7
fz = 0.05 - 0.17BN4 - BN6
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN68
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.08 - 0.21BN4 - BN6fz = 0.08 - 0.21BN4 - BN68Quenched &
tempered
fz = 0.07 - 0.20BN7 - BN9
fz = 0.07 - 0.16BN7 - BN9fz = 0.08 - 0.21BN7 - BN9 fz = 0.08 - 0.20BN7 - BN99
fz = 0.07 - 0.16BN7 - BN9fz = 0.09 - 0.21BN7 - BN9fz = 0.12 - 0.27BN7 - BN9fz = 0.12 - 0.27BN7 - BN99
Vc = 6 - 10
SAIC908SAIC90810SAIC908LBIC908SAIC908LBIC90810
Annealed
High alloyed
steel, cast steel,
and tool steel
Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60
fz = 0.03 - 0.08BN4 - BN6 fz = 0.03 - 0.08BN4 - BN6 fz = 0.04 - 0.10BN4 - BN611fz = 0.03 - 0.09BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.05 - 0.13BN4 - BN611
Quenched &
tempered fz = 0.05 - 0.10BN7 - BN9 fz = 0.04 - 0.10BN7 - BN9 fz = 0.05 - 0.13BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.05 - 0.14BN7 - BN9fz = 0.06 - 0.14BN7 - BN9fz = 0.07 - 0.17BN7 - BN9
Vc = 4 - 8
SAIC908SAIC90812SAIC908LBIC908SAIC908LBIC90812
Ferritic / martensitic
Stainless steel Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40
fz = 0.03 - 0.08BN4 - BN6 fz = 0.03 - 0.08BN4 - BN6 fz = 0.04 - 0.10BN4 - BN613fz = 0.03 - 0.09BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.05 - 0.13BN4 - BN613Martensitic
fz = 0.05 - 0.10BN7 - BN9
fz = 0.05 - 0.10BN7 - BN9 fz = 0.05 - 0.13BN7 - BN914
fz = 0.04 - 0.11BN7 - BN9 fz = 0.05 - 0.14BN7 - BN9fz = 0.06 - 0.14BN7 - BN9fz = 0.07 - 0.17BN7 - BN914
AustenticStainless steel
M
Vc = 8 - 20
SAIC908SAIC90815SAIC908LBIC908SAIC908LBIC90815
Ferritic
Grey iron
(GG)
K
Vc = 60 - 120Vc = 80 - 200Vc = 80 - 200Vc = 80 - 200Vc = 120 - 220Vc = 120 - 220
fz = 0.08 - 0.16BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.18BN4 - BN616fz = 0.05 - 0.13BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.18BN4 - BN616
Pearlitic fz = 0.10 - 0.20BN7 - BN9fz = 0.08 - 0.18BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.07 - 0.17BN7 - BN9fz = 0.07 - 0.17BN7 - BN9fz = 0.10 - 0.22BN7 - BN9fz = 0.10 - 0.24BN7 - BN9
Vc = 9 - 20
SAIC908SAIC30NSAIC90817SAIC908LBIC908LAIC30NSA or LBIC90817
Pearlitic / ferritic
Nodular iron
(GGG)
Vc = 160 - 240Vc = 160 - 280Vc = 160 - 280Vc = 150 - 250Vc = 150 - 250Vc = 160 - 300Vc = 160 - 280
fz = 0.06 - 0.16BN4 - BN6fz = 0.06 - 0.16BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN618fz = 0.06 - 0.15BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.11 - 0.20BN4 - BN6fz = 0.11 - 0.20BN4 - BN618
Pearlitic / martensitic fz = 0.08 - 0.20BN7 - BN9fz = 0.08 - 0.18BN7 - BN9fz = 0.08 - 0.24BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.24BN7 - BN9
Vc = 10 - 20
SAIC908SAIC30NSAIC90819SAIC908LBIC908LA or SAIC30NSA or LBIC90819
Ferritic
Malleable iron,
Nodular iron
ferritic / pearlitic
Vc = 100 - 220Vc = 100 - 240Vc = 100 - 220Vc = 100 - 220Vc = 100 - 220Vc = 100 - 240Vc = 100 - 220
fz = 0.05 - 0.15BN4 - BN6fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN620fz = 0.06 - 0.15BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.11 - 0.20BN4 - BN6fz = 0.11 - 0.20BN4 - BN620
Pearlitic fz = 0.08 - 0.15BN7 - BN9fz = 0.08 - 0.20BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.08 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.24BN7 - BN9
Vc = 10 - 30
SG or SAID5SG or SARN01SG or SAID5SG or SARN0121SGID5LBRN01SGID5LB or SGRN0121Not cureable
Aluminum
wrought alloy
N
Vc = 200 - 400Vc = 150 - 300Vc = 200 - 400Vc = 150 - 400
22
Vc = 200 - 500Vc = 150 - 350Vc = 200 - 500Vc = 150 - 400
22
Cured
2323
Not cureable
Aluminum - cast,
alloyed fz = 0.05 - 0.12BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.07 - 0.15BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.16BN4 - BN624fz = 0.08 - 0.2BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.2BN4 - BN6fz = 0.08 - 0.16BN4 - BN624Cured
fz = 0.08 - 0.15BN7 - BN9fz = 0.11- 0.24BN7 - BN9fz = 0.11 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.20BN7 - BN925fz = 0.11 - 0.24BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.10 - 0.20BN7 - BN925High temperature
Vc = 30 - 100
SG or SAIC08SG or SAIC08SG or SAIC30N26SG or SAIC08SG or SAIC08SA or SGIC30N26
Free cutting
Copper alloys
Brass, bronze
Vc = 30 - 100Vc = 30 - 100Vc = 180 - 240Vc = 30 - 100Vc = 30 - 100Vc = 180 - 240
fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.05 - 0.16BN4 - BN627fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.05 - 0.16BN4 - BN627Brass
fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.21BN7 - BN928fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.04 - 0.20BN7 - BN928Electrolitic copper
Vc = 10 - 20
SAIC908SAIC90829LBIC908SAIC908LBIC908SAIC90829
Duroplastics, fiber
plastics
Non-metallic Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80
fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN6fz = 0.05 - 0.10BN4 - BN630fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN6fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN630
Hard rubber fz = 0.08 - 0.16BN7 - BN9
fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9
fz = 0.10 - 0.23BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.23BN7 - BN9fz = 0.10 - 0.20BN7 - BN9
S*IC908S*IC90831S*IC908 L*IC908S*IC908L *IC90831Annealed
* High temp.
alloys
S
Vc = 15 - 50Vc = 15 - 50
32
Vc = 15 - 50Vc = 15 - 50Vc = 15 - 50Vc = 15 - 50
32Cured
3333Annealed
fz = 0.03 - 0.08BN4 - BN6fz = 0.03 - 0.08BN4 - BN6
34
fz = 0.03 - 0.08BN4 - BN6fz = 0.03 - 0.08BN4 - BN6fz = 0.04 - 0.10BN4 - BN6fz = 0.04 - 0.10BN4 - BN6
34Cured
3535Cast
fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.05 - 0.13BN7 - BN9fz = 0.05 - 0.13BN7 - BN9
SAIC908SAIC90838SAIC908LBIC908SAIC908LBIC90838Hardened
Hardened steel
H
Vc = 25 - 50Vc = 25 - 5039Vc = 25 - 50Vc = 25 - 50Vc = 25 - 50Vc = 25 - 5039Hardened
fz = 0.05 - 0.13BN4 - BN6fz = 0.05 - 0.13BN4 - BN640fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.15BN4 - BN640Cast
fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN941fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN941Hardened
ISCAR
680
REAMERS
ISCAR
680
USER GUIDE
Recommeded Cutting Conditions for BAYO T-REAM High Speed Reaming Heads
Legend:
IC908 LB
Vc = 10 - 20
BN4-BN6 fz = 0.04 - 0.15
BN7-BN9 fz = 0.05 - 0.20
Grade
Cutting speed [m/min]
BAYO T-REAM head size
Cutting
geometry
Feed [mm/tooth]
IC08 Interrupted Blind HoleBlind HoleInterrupted Through HoleThrough Hole
Through Hole - LB
Blind Hole - SA
Second ChoiceFirst ChoiceSecond ChoiceFirst ChoiceMaterial
No.
Second ChoiceFirst ChoiceSecond ChoiceFirst ChoiceMaterial
No.(1)
ConditionMaterialISO
Vc = 6 - 10
SAIC908SAIC30NSAIC9081SAIC908LBIC908LAIC30NLBIC9081Annealed
Non-alloyed
steel, cast steel,
free cutting steel
P
Vc = 60 - 120 Vc = 90 - 200Vc = 60-1602Vc = 60 - 120 Vc = 60 - 120 Vc = 90 - 240Vc = 80 - 200 2Annealed
fz = 0.05 - 0.17BN4 - BN6 fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN6
3
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.08 - 0.21BN4 - BN6fz = 0.08 - 0.21BN4 - BN6
3
Quenched &
tempered
44Annealed
fz = 0.07 - 0.20BN7 - BN9
fz = 0.07 - 0.16BN7 - BN9fz = 0.08 - 0.21BN7 - BN9 fz = 0.08 - 0.20BN7 - BN95
fz = 0.07 - 0.16BN7 - BN9fz = 0.09 - 0.21BN7 - BN9fz = 0.12 - 0.27BN7 - BN9fz = 0.12 - 0.27BN7 - BN95Quenched &
tempered
Vc = 6 - 10
SAIC908SAIC30NSAIC9086SAIC908LBIC908LAIC30NLBIC9086Annealed
Low alloyed
steel,
cast steel (less
than 5% alloying
elements)
Vc = 60 - 120 Vc = 90 - 200Vc = 60-1607Vc = 60 - 120 Vc = 60 - 120 Vc = 90 - 240Vc = 80 - 200 7
fz = 0.05 - 0.17BN4 - BN6
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN68
fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.08 - 0.21BN4 - BN6fz = 0.08 - 0.21BN4 - BN68Quenched &
tempered
fz = 0.07 - 0.20BN7 - BN9
fz = 0.07 - 0.16BN7 - BN9fz = 0.08 - 0.21BN7 - BN9 fz = 0.08 - 0.20BN7 - BN99
fz = 0.07 - 0.16BN7 - BN9fz = 0.09 - 0.21BN7 - BN9fz = 0.12 - 0.27BN7 - BN9fz = 0.12 - 0.27BN7 - BN99
Vc = 6 - 10
SAIC908SAIC90810SAIC908LBIC908SAIC908LBIC90810
Annealed
High alloyed
steel, cast steel,
and tool steel
Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60Vc = 20 - 60
fz = 0.03 - 0.08BN4 - BN6 fz = 0.03 - 0.08BN4 - BN6 fz = 0.04 - 0.10BN4 - BN611fz = 0.03 - 0.09BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.05 - 0.13BN4 - BN611
Quenched &
tempered fz = 0.05 - 0.10BN7 - BN9 fz = 0.04 - 0.10BN7 - BN9 fz = 0.05 - 0.13BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.05 - 0.14BN7 - BN9fz = 0.06 - 0.14BN7 - BN9fz = 0.07 - 0.17BN7 - BN9
Vc = 4 - 8
SAIC908SAIC90812SAIC908LBIC908SAIC908LBIC90812
Ferritic / martensitic
Stainless steel Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40Vc = 20 - 40
fz = 0.03 - 0.08BN4 - BN6 fz = 0.03 - 0.08BN4 - BN6 fz = 0.04 - 0.10BN4 - BN613fz = 0.03 - 0.09BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.04 - 0.11BN4 - BN6fz = 0.05 - 0.13BN4 - BN613Martensitic
fz = 0.05 - 0.10BN7 - BN9
fz = 0.05 - 0.10BN7 - BN9 fz = 0.05 - 0.13BN7 - BN914
fz = 0.04 - 0.11BN7 - BN9 fz = 0.05 - 0.14BN7 - BN9fz = 0.06 - 0.14BN7 - BN9fz = 0.07 - 0.17BN7 - BN914
AustenticStainless steel
M
Vc = 8 - 20
SAIC908SAIC90815SAIC908LBIC908SAIC908LBIC90815
Ferritic
Grey iron
(GG)
K
Vc = 60 - 120Vc = 80 - 200Vc = 80 - 200Vc = 80 - 200Vc = 120 - 220Vc = 120 - 220
fz = 0.08 - 0.16BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.18BN4 - BN616fz = 0.05 - 0.13BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.18BN4 - BN616
Pearlitic fz = 0.10 - 0.20BN7 - BN9fz = 0.08 - 0.18BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.07 - 0.17BN7 - BN9fz = 0.07 - 0.17BN7 - BN9fz = 0.10 - 0.22BN7 - BN9fz = 0.10 - 0.24BN7 - BN9
Vc = 9 - 20
SAIC908SAIC30NSAIC90817SAIC908LBIC908LAIC30NSA or LBIC90817
Pearlitic / ferritic
Nodular iron
(GGG)
Vc = 160 - 240Vc = 160 - 280Vc = 160 - 280Vc = 150 - 250Vc = 150 - 250Vc = 160 - 300Vc = 160 - 280
fz = 0.06 - 0.16BN4 - BN6fz = 0.06 - 0.16BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN618fz = 0.06 - 0.15BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.11 - 0.20BN4 - BN6fz = 0.11 - 0.20BN4 - BN618
Pearlitic / martensitic fz = 0.08 - 0.20BN7 - BN9fz = 0.08 - 0.18BN7 - BN9fz = 0.08 - 0.24BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.24BN7 - BN9
Vc = 10 - 20
SAIC908SAIC30NSAIC90819SAIC908LBIC908LA or SAIC30NSA or LBIC90819
Ferritic
Malleable iron,
Nodular iron
ferritic / pearlitic
Vc = 100 - 220Vc = 100 - 240Vc = 100 - 220Vc = 100 - 220Vc = 100 - 220Vc = 100 - 240Vc = 100 - 220
fz = 0.05 - 0.15BN4 - BN6fz = 0.05 - 0.15BN4 - BN6fz = 0.06 - 0.18BN4 - BN6fz = 0.06 - 0.18BN4 - BN620fz = 0.06 - 0.15BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.11 - 0.20BN4 - BN6fz = 0.11 - 0.20BN4 - BN620
Pearlitic fz = 0.08 - 0.15BN7 - BN9fz = 0.08 - 0.20BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.23BN7 - BN9fz = 0.08 - 0.19BN7 - BN9fz = 0.08 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.24BN7 - BN9
Vc = 10 - 30
SG or SAID5SG or SARN01SG or SAID5SG or SARN0121SGID5LBRN01SGID5LB or SGRN0121Not cureable
Aluminum
wrought alloy
N
Vc = 200 - 400Vc = 150 - 300Vc = 200 - 400Vc = 150 - 400
22
Vc = 200 - 500Vc = 150 - 350Vc = 200 - 500Vc = 150 - 400
22
Cured
2323
Not cureable
Aluminum - cast,
alloyed fz = 0.05 - 0.12BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.07 - 0.15BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.16BN4 - BN624fz = 0.08 - 0.2BN4 - BN6fz = 0.08 - 0.16BN4 - BN6fz = 0.08 - 0.2BN4 - BN6fz = 0.08 - 0.16BN4 - BN624Cured
fz = 0.08 - 0.15BN7 - BN9fz = 0.11- 0.24BN7 - BN9fz = 0.11 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.11 - 0.20BN7 - BN925fz = 0.11 - 0.24BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.11 - 0.24BN7 - BN9fz = 0.10 - 0.20BN7 - BN925High temperature
Vc = 30 - 100
SG or SAIC08SG or SAIC08SG or SAIC30N26SG or SAIC08SG or SAIC08SA or SGIC30N26
Free cutting
Copper alloys
Brass, bronze
Vc = 30 - 100Vc = 30 - 100Vc = 180 - 240Vc = 30 - 100Vc = 30 - 100Vc = 180 - 240
fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.05 - 0.16BN4 - BN627fz = 0.04 - 0.13BN4 - BN6fz = 0.04 - 0.13BN4 - BN6fz = 0.05 - 0.16BN4 - BN627Brass
fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.21BN7 - BN928fz = 0.05 - 0.16BN7 - BN9fz = 0.05 - 0.16BN7 - BN9fz = 0.04 - 0.20BN7 - BN928Electrolitic copper
Vc = 10 - 20
SAIC908SAIC90829LBIC908SAIC908LBIC908SAIC90829
Duroplastics, fiber
plastics
Non-metallic Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80Vc = 25 - 80
fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN6fz = 0.05 - 0.10BN4 - BN630fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN6fz = 0.05 - 0.12BN4 - BN6fz = 0.05 - 0.10BN4 - BN630
Hard rubber fz = 0.08 - 0.16BN7 - BN9
fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9
fz = 0.10 - 0.23BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.23BN7 - BN9fz = 0.10 - 0.20BN7 - BN9
S*IC908S*IC90831S*IC908 L*IC908S*IC908L *IC90831Annealed
* High temp.
alloys
S
Vc = 15 - 50Vc = 15 - 50
32
Vc = 15 - 50Vc = 15 - 50Vc = 15 - 50Vc = 15 - 50
32Cured
3333Annealed
fz = 0.03 - 0.08BN4 - BN6fz = 0.03 - 0.08BN4 - BN6
34
fz = 0.03 - 0.08BN4 - BN6fz = 0.03 - 0.08BN4 - BN6fz = 0.04 - 0.10BN4 - BN6fz = 0.04 - 0.10BN4 - BN6
34Cured
3535Cast
fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.04 - 0.11BN7 - BN9fz = 0.05 - 0.13BN7 - BN9fz = 0.05 - 0.13BN7 - BN9
SAIC908SAIC90838SAIC908LBIC908SAIC908LBIC90838Hardened
Hardened steel
H
Vc = 25 - 50Vc = 25 - 5039Vc = 25 - 50Vc = 25 - 50Vc = 25 - 50Vc = 25 - 5039Hardened
fz = 0.05 - 0.13BN4 - BN6fz = 0.05 - 0.13BN4 - BN640fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.15BN4 - BN6fz = 0.05 - 0.13BN4 - BN6fz = 0.06 - 0.15BN4 - BN640Cast
fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN941fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN9fz = 0.10 - 0.20BN7 - BN941Hardened
681
REAMERS
681
USER GUIDE
Recommeded Cutting Conditions for BAYO T-REAM High Speed Reaming Heads
ISCAR
682
REAMERS
dh6
Dr H7
L5
L2
L1
L3
D2
Ch x 60°
Designation DrL5Ch L3D2L1L2Flute d
59705IC0400 4.000 12.00 0.4 17.0 3.50 40.0 68.0 4 6.00
59705IC0450 4.500 12.00 0.4 17.0 4.00 40.0 76.0 4 6.00
59705IC0500 5.000 12.00 0.4 17.0 4.50 40.0 76.0 4 6.00
59705IC0550 5.500 12.00 0.4 17.0 5.00 40.0 76.0 4 6.00
59705IC0600 6.000 12.00 0.4 17.0 5.50 40.0 76.0 4 6.00
59705IC0650 6.500 15.00 0.4 20.0 6.00 65.0 101.0 6 8.00
59705IC0700 7.000 15.00 0.4 20.0 6.50 65.0 101.0 6 8.00
59705IC0750 7.500 15.00 0.4 20.0 7.00 65.0 101.0 6 8.00
59705IC0800 8.000 15.00 0.4 20.0 7.50 65.0 101.0 6 8.00
59705IC0850 8.500 18.00 0.4 23.0 8.00 61.0 101.0 6 10.00
59705IC0900 9.000 18.00 0.4 23.0 8.50 61.0 101.0 6 10.00
59705IC0950 9.500 18.00 0.4 23.0 9.00 61.0 101.0 6 10.00
59705IC1000 10.000 18.00 0.5 23.0 9.00 61.0 101.0 6 10.00
59705IC1050 10.500 18.00 0.5 23.0 9.50 85.0 130.0 6 12.00
59705IC1100 11.000 18.00 0.5 23.0 10.00 85.0 130.0 6 12.00
59705IC1150 11.500 18.00 0.5 23.0 10.50 85.0 130.0 6 12.00
59705IC1200 12.000 18.00 0.5 23.0 11.00 85.0 130.0 6 12.00
• KMX is a hard submicron IC07 carbide substrate with an ultra-thin silicon based PVD coating, obtained by High Density Plasma (HDP) technology
• Hole tolerance: H7 manufacturing tolerance according to DIN 1420
59705IC
UOP Solid Carbide Reamers
with Straight Flutes, Unequal
Pitch and Coolant Holes for High
Speed Reaming of Blind Holes
d
Dr
L5
L2
L1
C
CH
Dimensions
Designation DrL2L1L5Flute d
IC07
RM-SHR-0300-H7S-CS-C 3.000 61.0 30.0 15.00 6 3.00 •
RM-SHR-0320-H7S-CS-C 3.200 70.0 33.0 18.00 6 3.20 •
RM-SHR-0350-H7S-CS-C 3.500 70.0 33.0 18.00 6 3.50 •
RM-SHR-0400-H7S-CS-C 4.000 75.0 44.0 19.00 6 4.00 •
RM-SHR-0450-H7S-CS-C 4.500 80.0 46.0 21.00 6 4.50 •
RM-SHR-0500-H7S-CS-C 5.000 86.0 53.0 23.00 6 5.00 •
RM-SHR-0550-H7S-CS-C 5.500 93.0 56.0 26.00 6 5.60 •
RM-SHR-0600-H7S-CS-C 6.000 93.0 56.0 26.00 6 5.60 •
RM-SHR-0650-H7S-CS-C 6.500 101.0 63.0 28.00 6 6.30 •
RM-SHR-0700-H7S-CS-C 7.000 109.0 69.0 31.00 6 7.10 •
RM-SHR-0800-H7S-CS-C 8.000 117.0 75.0 33.00 6 8.00 •
RM-SHR-0850-H7S-CS-CH 8.500 117.0 75.0 33.00 6 8.00 •
RM-SHR-0900-H7S-CS-CH 9.000 125.0 81.0 36.00 6 9.00 •
RM-SHR-1000-H7S-CS-CH 10.000 133.0 87.0 38.00 6 10.00 •
RM-SHR-1100-H7S-CS-CH 11.000 142.0 96.0 41.00 6 10.00 •
RM-SHR-1200-H7S-CS-CH 12.000 151.0 105.0 44.00 6 10.00 •
RM-SHR-1300-H7S-CS-CH 13.000 151.0 105.0 44.00 6 10.00 •
RM-SHR-1400-H7S-CS-CH 14.000 160.0 110.0 47.00 8 12.50 •
RM-SHR-1500-H7S-CS-CH 15.000 162.0 112.0 50.00 8 12.50 •
RM-SHR-1600-H7S-CS-CH 16.000 170.0 120.0 52.00 8 12.50 •
• -C: Solid carbide • -CH: Brazed solid carbide head with DIN 1809 tang • Hole tolerance: H7 manufacturing tolerance according to DIN 1420
• Reamers above 5 mm diameter have the tang back-end design • Available grades: IC07 (uncoated), optional: IC907 (TiAlN PVD coated)
• Special diameters are available on request • For user guide and cutting conditions, see pages 687-690
RM-SHR-H7S-CS
DIN 8093 Solid Carbide Reamers
with Straight Flutes and a
Cylindrical Shank for Blind Holes
683
REAMERS
Drd
L2
L1
L5
C
CH
Dimensions
Designation DrL5L1L2Flute d
IC07
RM-SHR-0300-H7N-CS-C 3.000 15.00 30.0 61.0 6 3.00 •
RM-SHR-0320-H7N-CS-C 3.200 18.00 33.0 70.0 6 3.20 •
RM-SHR-0350-H7N-CS-C 3.500 18.00 33.0 70.0 6 3.50 •
RM-SHR-0400-H7N-CS-C 4.000 19.00 44.0 75.0 6 4.00 •
RM-SHR-0450-H7N-CS-C 4.500 21.00 46.0 80.0 6 4.50 •
RM-SHR-0500-H7N-CS-C 5.000 23.00 53.0 86.0 6 5.00 •
RM-SHR-0550-H7N-CS-C 5.500 26.00 56.0 93.0 6 5.60 •
RM-SHR-0600-H7N-CS-C 6.000 26.00 56.0 93.0 6 5.60 •
RM-SHR-0650-H7N-CS-C 6.500 28.00 63.0 101.0 6 6.30 •
RM-SHR-0700-H7N-CS-C 07 7.000 31.00 69.0 109.0 6 7.10 •
RM-SHR-0750-H7N-CS-C 07 7.500 31.00 69.0 109.0 6 7.10 •
RM-SHR-0800-H7N-CS-C 8.000 33.00 75.0 117.0 6 8.00 •
RM-SHR-0850-H7N-CS-CH 8.500 33.00 75.0 117.0 6 8.00 •
RM-SHR-0900-H7N-CS-CH 9.000 36.00 81.0 125.0 6 9.00 •
RM-SHR-0950-H7N-CS-CH 9.500 36.00 81.0 125.0 6 9.00 •
RM-SHR-1000-H7N-CS-CH 10.000 38.00 87.0 133.0 6 10.00 •
RM-SHR-1050-H7N-CS-CH 10.500 38.00 87.0 133.0 6 10.00 •
RM-SHR-1100-H7N-CS-CH 11.000 41.00 96.0 142.0 6 10.00 •
RM-SHR-1200-H7N-CS-CH 12.000 44.00 105.0 151.0 6 10.00 •
RM-SHR-1300-H7N-CS-CH 13.000 44.00 105.0 151.0 6 10.00 •
RM-SHR-1400-H7N-CS-CH 14.000 47.00 110.0 160.0 8 12.50 •
RM-SHR-1500-H7N-CS-CH 15.000 50.00 112.0 162.0 8 12.50 •
RM-SHR-1600-H7N-CS-CH 16.000 52.00 120.0 170.0 8 12.50 •
• -C: Solid carbide • -CH: Brazed solid carbide head with DIN 1809 tang • Hole tolerance: H7 manufacturing tolerance according to DIN 1420
• Reamers above 5 mm diameter have the tang back-end design • Available grades: IC07 (uncoated), optional: IC907 (TiAlN PVD coated)
• Special diameters are available on request • For user guide and cutting conditions, see pages 687-690
RM-SHR-H7N-CS
DIN 8093 Solid Carbide Reamers
with Spiral Flutes and a Cylindrical
Shank for Through Holes
dh6
L2
D2
L1
L5
Dr H7
Ch x 60°
Designation DrL5Ch D2L1L2Flute d
598050100KMX 1.000 6.00 0.2 0.80 21.0 50.0 3 4.00 N
598050150KMX 1.500 7.00 0.35 1.10 21.0 50.0 3 4.00 N
598050200KMX 2.000 9.00 0.45 1.50 21.0 50.0 4 4.00 N
598050250KMX 2.500 12.00 0.55 1.90 31.0 60.0 4 4.00 N
598050300KMX 3.000 12.00 0.70 2.20 31.0 60.0 4 4.00 N
598050350KMX 3.500 12.00 0.70 2.60 40.0 68.0 4 4.00 N
59805SC0400KMX 4.000 12.00 0.70 3.00 40.0 68.0 4 6.00 Y
59805SC0450KMX 4.500 12.00 0.90 3.40 40.0 76.0 4 6.00 Y
59805SC0500KMX 5.000 12.00 0.90 3.80 40.0 76.0 4 6.00 Y
59805SC0550KMX 5.500 12.00 0.90 4.10 40.0 76.0 4 6.00 Y
59805SC0600KMX 6.000 12.00 0.90 4.50 40.0 76.0 4 6.00 Y
59805SC0650KMX 6.500 15.00 0.90 5.20 65.0 101.0 6 8.00 Y
59805SC0700KMX 7.000 15.00 0.90 5.60 65.0 101.0 6 8.00 Y
59805SC0750KMX 7.500 15.00 0.90 6.00 65.0 101.0 6 8.00 Y
59805SC0800KMX 8.000 15.00 0.90 6.40 65.0 101.0 6 8.00 Y
59805SC0850KMX 8.500 18.00 0.95 6.80 61.0 101.0 6 10.00 Y
59805SC0900KMX 9.000 18.00 0.95 7.20 61.0 101.0 6 10.00 Y
59805SC0950KMX 9.500 18.00 0.95 7.60 61.0 101.0 6 10.00 Y
59805SC1000KMX 10.000 18.00 0.95 8.00 61.0 101.0 6 10.00 Y
59805SC1050KMX 10.500 18.00 1.05 8.40 85.0 130.0 6 12.00 Y
59805SC1100KMX 11.000 18.00 1.05 8.80 85.0 130.0 6 12.00 Y
59805SC1150KMX 11.500 18.00 1.05 9.20 85.0 130.0 6 12.00 Y
59805SC1200KMX 12.000 18.00 1.05 9.60 85.0 130.0 6 12.00 Y
• KMX is a hard submicron IC07 carbide substrate with an ultra-thin silicon based PVD coating, obtained by High Density Plasma (HDP) technology
• Hole tolerance: H7 manufacturing tolerance according to DIN 1420
59805
Solid Carbide Reamers with
Helical Flutes, Unequal Pitch and
Coolant Grooves for High Speed
Reaming of Through Holes
ISCAR
684
REAMERS
L
5
L
1
L
2
SS
Dr
CH
CB
Dimensions
Designation DrL2L1L5Flute SS
IC07
RM-SHR-0500-H7S-MT1-CH 5.000 133.0 67.5 23.00 4 MT1 •
RM-SHR-0600-H7S-MT1-CH 6.000 138.0 72.5 26.00 4 MT1 •
RM-SHR-0700-H7S-MT1-CH 07 7.000 150.0 84.5 31.00 4 MT1 •
RM-SHR-0800-H7S-MT1-CH 8.000 156.0 90.5 33.00 4 MT1 •
RM-SHR-0900-H7S-MT1-CH 9.000 162.0 96.5 36.00 4 MT1 •
RM-SHR-1000-H7S-MT1-CH 10.000 168.0 102.5 38.00 6 MT1 •
RM-SHR-1100-H7S-MT1-CH 11.000 175.0 109.5 41.00 6 MT1 •
RM-SHR-1200-H7S-MT1-CH 12.000 182.0 116.5 44.00 6 MT1 •
RM-SHR-1300-H7S-MT1-CH 13.000 182.0 116.5 44.00 6 MT1 •
RM-SHR-1400-H7S-MT1-CH 14.000 189.0 123.5 47.00 6 MT1 •
RM-SHR-1500-H7S-MT2-CH 15.000 204.0 124.0 50.00 6 MT2 •
RM-SHR-1600-H7S-MT2-CH 16.000 210.0 130.0 52.00 6 MT2 •
RM-SHR-1700-H7S-MT2-CB 17.000 214.0 134.0 54.00 6 MT2 •
RM-SHR-1800-H7S-MT2-CB 18.000 219.0 139.0 56.00 6 MT2 •
RM-SHR-1900-H7S-MT2-CB 19.000 223.0 143.0 58.00 6 MT2 •
RM-SHR-2000-H7S-MT2-CB 20.000 228.0 148.0 60.00 6 MT2 •
RM-SHR-2200-H7S-MT2-CB 22.000 237.0 157.0 64.00 8 MT2 •
RM-SHR-2400-H7S-MT3-CB 24.000 268.0 169.0 68.00 8 MT3 •
RM-SHR-2500-H7S-MT3-CB 25.000 268.0 169.0 68.00 8 MT3 •
RM-SHR-2600-H7S-MT3-CB 26.000 273.0 174.0 70.00 8 MT3 •
RM-SHR-2800-H7S-MT3-CB 28.000 277.0 178.0 71.00 8 MT3 •
RM-SHR-3000-H7S-MT3-CB 30.000 281.0 182.0 73.00 8 MT3 •
RM-SHR-3200-H7S-MT4-CB 32.000 317.0 193.0 77.00 8 MT4 •
RM-SHR-3400-H7S-MT4-CB 34.000 321.0 197.0 78.00 8 MT4 •
RM-SHR-3600-H7S-MT4-CB 36.000 325.0 201.0 79.00 8 MT4 •
RM-SHR-4000-H7S-MT4-CB 40.000 329.0 205.0 81.00 8 MT4 •
• Available only upon request • -CH: Brazed solid carbide head • -CB: Brazed solid carbide tips • Hole tolerance: H7 manufacturing tolerance according to
DIN 1420 • Available grades: IC07 (uncoated), optional: IC907 (TiAlN PVD coated) • For user guide and cutting conditions, see pages 687-690
RM-SHR-H7S-MT
DIN 8094 Solid Carbide Reamers
with Straight Flutes and a Morse
Taper Shank for Blind Holes
685
REAMERS
Dr
L5L1L2
SS
CH
CB
Dimensions
Designation DrL2L1L5Flute SS
IC07
RM-SHR-0500-H7N-MT1-CH 5.000 133.0 67.5 23.00 4 MT1 •
RM-SHR-0600-H7N-MT1-CH 6.000 138.0 72.5 26.00 4 TM1 •
RM-SHR-0700-H7N-MT1-CH 07 7.000 150.0 84.5 31.00 4 MT1 •
RM-SHR-0800-H7N-MT1-CH 8.000 156.0 90.5 33.00 4 MT1 •
RM-SHR-0900-H7N-MT1-CH 9.000 162.0 96.5 36.00 4 MT1 •
RM-SHR-1000-H7N-MT1-CH 10.000 168.0 102.5 38.00 6 MT1 •
RM-SHR-1100-H7N-MT1-CH 11.000 175.0 109.5 41.00 6 MT1 •
RM-SHR-1200-H7N-MT1-CH 12.000 182.0 116.5 44.00 6 MT1 •
RM-SHR-1300-H7N-MT1-CH 13.000 182.0 116.5 44.00 6 MT1 •
RM-SHR-1400-H7N-MT1-CH 14.000 189.0 123.5 47.00 6 MT1 •
RM-SHR-1500-H7N-MT2-CH 15.000 204.0 124.0 50.00 6 MT2 •
RM-SHR-1600-H7N-MT2-CH 16.000 210.0 130.0 52.00 6 MT2 •
RM-SHR-1800-H7N-MT2-CB 18.000 219.0 139.0 56.00 6 MT2 •
RM-SHR-1900-H7N-MT2-CB 19.000 223.0 143.0 58.00 6 MT2 •
RM-SHR-2000-H7N-MT2-CB 20.000 228.0 148.0 60.00 6 MT2 •
RM-SHR-2200-H7N-MT2-CB 22.000 237.0 157.0 64.00 8 MT2 •
RM-SHR-2400-H7N-MT3-CB 24.000 268.0 169.0 68.00 8 MT3 •
RM-SHR-2500-H7N-MT3-CB 25.000 268.0 169.0 68.00 8 MT3 •
RM-SHR-2600-H7N-MT3-CB 26.000 273.0 174.0 70.00 8 MT3 •
RM-SHR-2800-H7N-MT3-CB 28.000 277.0 178.0 71.00 8 MT3 •
RM-SHR-3000-H7N-MT3-CB 30.000 281.0 182.0 73.00 8 MT3 •
RM-SHR-3200-H7N-MT4-CB 32.000 317.0 193.0 77.00 8 MT4 •
RM-SHR-3400-H7N-MT4-CB 34.000 321.0 197.0 78.00 8 MT4 •
RM-SHR-3500-H7N-MT4-CB 35.000 321.0 197.0 78.00 8 MT4 •
RM-SHR-3600-H7N-MT4-CB 36.000 325.0 201.0 79.00 8 MT4 •
RM-SHR-3800-H7N-MT4-CB 38.000 329.0 205.0 81.00 8 MT4 •
RM-SHR-4000-H7N-MT4-CB 40.000 329.0 205.0 81.00 8 MT4 •
• Available only upon request • -CH: Brazed solid carbide head • -CB: Brazed solid carbide tips • Hole tolerance: H7 manufacturing tolerance according to
DIN 1420 • Available grades: IC07 (uncoated), optional: IC907 (TiAlN PVD coated) • For user guide and cutting conditions, see pages 687-690
RM-SHR-H7N-MT
DIN 8093 Solid Carbide Reamers
with Spiral Flutes and a Morse
Taper Shank for Through Holes
ISCAR
686
REAMERS
Tsi
S
DrH7
L5
1:30 conical connection with brazed tips
Dimensions
Designation DrS L5Tsi Flute
IC07
RM-SR25.000H7S-13 25.000 45.00 30.00 13 6 •
RM-SR30.000H7S-13 30.000 45.00 30.00 13 6 •
RM-SR34.000H7S-13 34.000 45.00 30.00 13 8 •
RM-SR35.000H7S-13 35.000 45.00 30.00 13 8 •
RM-SR36.000H7S-16 36.000 50.00 30.00 16 8 •
RM-SR37.000H7S-16 37.000 50.00 30.00 16 8 •
RM-SR38.000H7S-16 38.000 50.00 30.00 16 8 •
RM-SR40.000H7S-16 40.000 50.00 30.00 16 8 •
RM-SR42.000H7S-16 42.000 50.00 30.00 16 8 •
RM-SR44.000H7S-16 44.000 50.00 30.00 16 8 •
RM-SR45.000H7S-16 45.000 50.00 30.00 16 8 •
RM-SR48.000H7S-19 48.000 56.00 30.00 19 10 •
RM-SR50.000H7S-19 50.000 56.00 30.00 19 10 •
RM-SR55.000H7S-22 55.000 63.00 30.00 22 10 •
RM-SR58.000H7S-22 58.000 63.00 30.00 22 10 •
RM-SR60.000H7S-22 60.000 63.00 30.00 22 10 •
RM-SR70.000H7S-27 70.000 71.00 30.00 27 12 •
• Available only upon request • Right-hand, H7 manufacturing tolerance according to DIN 1420 • For user guide and cutting conditions, see pages 687-690
For tools, see pages: RM-SRH-Q-MT (686)
RM-SR-H7S
DIN 8054 Brazed Carbide Tip Shell
Reamers with Straight Flutes
L3
Ts
Driving Ring Extracting Nut
L2
L1
SS
1:30 conical connection with an extraction nut, driving ring and a key.
Designation Ts D min(1) D max(2) L2L1L3SS
RM-SRH Q13-MT3 13 25.00 35.00 250.0 151.0 45.00 MT3
RM-SRH Q16-MT3 16 36.00 45.00 261.0 162.0 50.00 MT3
RM-SRH Q19-MT3 19 48.00 52.00 298.0 174.0 56.00 MT3
RM-SRH Q19-MT4 19 48.00 52.00 273.0 174.0 56.00 MT4
RM-SRH Q22-MT3 22 55.00 62.00 312.0 188.0 63.00 MT3
RM-SRH Q22-MT4 22 55.00 62.00 312.0 188.0 63.00 MT4
RM-SRH Q27-MT4 27 65.00 75.00 359.0 203.0 71.00 MT4
RM-SRH Q27-MT5 27 65.00 75.00 327.0 203.0 71.00 MT5
• Available only upon request
(1) Minimum insert diameter
(2) Maximum insert diameter
For inserts, see pages: RM-SR-H7S (686)
RM-SRH-Q-MT
DIN 217 Shell Reamer Shanks
with a Morse Taper Connection
Machining Conditions for Solid Carbide Reamers
Material
Tensile Strength or Brinell
Hardness N/mm2 bzw. HB
Reamer
Diameter mm
Reaming Allowance
Relative to Diameter
Feed
mm/rev
Cutting Speed
m/min
Steel
up to 10 0.04-0.10 0.15-0.25
up to 1000 10-25 0.10-0.25 0.20-0.35 6-20
25-40 0.25-0.40 0.30-0.50
up to 10 0.04-0.10 0.12-0.20
1000-1400 10-25 0.10-0.25 0.15-0.30 6-15
25-40 0.25-0.40 0.20-0.40
Cast steel
up to 10 0.05-0.10 0.15-0.25
400-500 10-25 0.10-0.25 0.20-0.40 10-20
25-40 0.25-0.40 0.30-0.50
up to 10 0.04-0.10 0.12-0.20
500-700 10-25 0.10-0.25 0.15-0.30 6-15
25-40 0.25-0.40 0.20-0.40
Titanium
Titanium alloy
up to 10 0.06-0.12 0.12-0.20
500-1300 10-25 0.10-0.25 0.15-0.30 6-15
25-40 0.25-0.40 0.20-0.40
Grey cast iron
up to 10 0.06-0.12 0.20-0.30
up to 220 HB 10-25 0.10-0.30 0.30-0.45 10-25
25-40 0.30-0.50 0.40-0.70
up to 10 0.06-0.12 0.15-0.25
over 220 HB 10-25 0.10-0.30 0.20-0.35 10-20
25-40 0.30-0.50 0.30-0.50
Spheroidal graphite
Cast iron
Malleable cast iron
up to 10 0.06-0.12 0.15-0.25
10-25 0.10-0.25 0.20-0.40 8-15
25-40 0.25-0.40 0.30-0.60
Aluminum alloy
up to 10 0.06-0.12 0.20-0.30 Si<7% 10-30
over 80 HB 10-25 0.10-0.30 0.30-0.50
25-40 0.30-0.50 0.40-0.70 Si<7% 30-60
Copper
up to 10 0.10-0.20 0.30-0.60
10-25 0.20-0.40 0.40-0.80 20-60
25-40 0.40-0.60 0.50-1.00
Brass
Red bronze
Cast bronze
up to 10 0.06-0.12 0.20-0.30
10-25 0.10-0.30 0.30-0.50 15-50
25-40 0.30-0.50 0.40-0.70
Thermoset polymers
up to 10 0.10-0.25 0.30-0.60
10-25 0.20-0.40 0.40-0.80 15-30
25-40 0.40-0.60 0.50-1.00
687
REAMERS
687
USER GUIDE
Over Up to D8D9D10 D11 E7E8E9F6F7F8F9G6G7
1 3 + 31 + 41 + 54 + 71 + 22 + 25 + 35 + 11 + 14 + 17 + 27 + 7 + 10
+ 26 + 32 + 40 + 50 + 18 + 20 + 26 + 8 + 10 + 12 + 18 + 4 + 6
3 6 + 45 + 55 + 70 + 93 + 30 + 35 + 45 + 16 + 20 + 25 + 35 + 10 + 14
+ 38 + 44 + 53 + 66 + 25 + 28 + 34 + 13 + 15 + 18 + 24 + 7 + 9
6 10 + 58 + 70 + 89 +116 + 37 + 43 + 55 + 20 + 25 + 31 + 43 + 12 + 17
+ 50 + 57 + 68 + 84 + 31 + 35 + 42 + 16 + 19 + 23 + 30 + 8 + 11
10 18 + 72 + 86 +109 +143 + 47 + 54 + 68 + 25 + 31 + 38 + 52 + 15 + 21
+ 62 + 70 + 84 +104 + 40 + 44 + 52 + 21 + 24 + 28 + 36 + 11 + 14
18 30 + 93 +109 +136 +175 + 57 + 68 + 84 + 31 + 37 + 48 + 64 + 18 + 24
+ 81 + 90 +106 +129 + 49 + 56 + 65 + 26 + 29 + 36 + 45 + 13 + 16
30 50 +113 +132 +165 +216 + 71 + 83 + 102 + 38 + 46 + 58 + 77 + 22 + 30
+ 99 +110 +130 +160 + 62 + 69 + 80 + 32 + 37 + 44 + 55 + 16 + 21
50 80 +139 +162 +202 +261 + 5 + 99 +122 + 46 + 55 + 69 + 92 + 26 + 35
+122 +136 +160 +194 + 74 + 82 + 96 + 39 + 44 + 52 + 66 + 19 + 24
80 120 +165 +193 +239 +307 +101 +117 +145 + 54 + 65 + 81 +109 + 30 + 41
+146 +162 +190 +230 + 88 + 98 +114 + 46 + 52 + 62 + 78 + 22 + 28
120 180 +198 +230 +281 +357 +119 +138 +170 + 64 + 77 + 96 + 128 + 35 + 48
+175 +195 +225 +269 +105 +115 +135 + 55 + 63 + 73 + 93 + 26 + 34
Nominal Diameter of
Reamer D1 in mm
Reamer Manufacturing Tolerances DIN 1420
Admissible maximum and minimum reamer dimensions of nominal diameter d1 in µm for drilling
tolerance range
Over Up to A9A11 B8B9B10 B11 C8C9C10 C11
1 3 +291 +321 +151 +161 +174 +191 + 71 + 81 + 94 +111
+282 +300 +146 +152 +160 +170 + 66 + 72 + 80 + 90
3 6 +295 +333 +155 +165 +180 +203 + 85 + 95 +110 +133
+284 +306 +148 +154 +163 +176 + 78 + 84 + 93 +106
6 10 +310 +356 +168 +180 +199 +226 + 98 +110 +129 +156
+297 +324 +160 +167 +178 +194 + 90 + 97 +108 +124
10 18 +326 +383 +172 +186 +209 +243 +117 +131 +154 +188
+310 +344 +162 +170 +184 +204 +107 +115 +129 +149
18 30 +344 +410 +188 +204 +231 +270 +138 +154 +181 +220
+325 +364 +176 +185 +201 +224 +126 +135 +151 +174
30 40 +362 +446 +203 +222 +255 +206 +153 +172 +205 +256
+340 +390 +189 +200 +220 +250 +139 +150 +170 +200
40 50 +372 +456 +213 +232 +265 +316 +163 +182 +215 +266
+350 +400 +199 +210 +230 +260 +149 +160 +180 +210
50 65 +402 +501 +229 +252 +292 +351 +179 +202 +242 +301
+376 +434 +212 +226 +250 +284 +162 +176 +200 +234
65 80 +422 +521 +239 +262 +302 +361 +189 +212 +252 +311
+396 +454 +222 +236 +260 +294 +172 +186 +210 +244
80 100 +453 +567 +265 +293 +339 +407 +215 +243 +289 +357
+422 +490 +246 +262 +290 +330 +196 +212 +240 +280
100 120 +483 +597 +285 +313 +359 +427 +225 +253 +299 +367
+452 +520 +266 +282 +310 +350 +206 +222 +250 +290
120 140 +545 +672 +313 +345 +396 +472 +253 +285 +336 +412
+510 +584 +290 +310 +340 +384 +230 +250 +280 +324
140 160 +605 +732 +333 +365 +416 +492 +263 +295 +346 +422
+570 +644 +310 +330 +360 +404 +240 +260 +290 +334
160 180 +665 +792 +363 +395 +446 +522 +283 +315 +366 +442
+630 +704 +340 +360 +390 +434 +260 +280 +310 +354
Reamer Manufacturing Tolerances
ISCAR
688
REAMERS
ISCAR
688
USER GUIDE
Over Up to K6K7K8M6M7M8N6N7N8N9N10 N11 P6P7
1 3 -1 -2 -3 -3 -4 -5 -5 -6 -7 -8 -10 -13 -7 -8
-4 -6 -8 -6 -8 -10 -8 -10 -12 -17 -24 -34 -10 -12
3 6 0 +1 +2 -3 -2 -1 -7 -6 -5 -5 -8 -12 -11 -10
-3 -4 -5 -6 -7 -8 -10 -11 -12 -16 -25 -39 -14 -15
6 10 0 +2 +2 -5 -3 -3 -9 -7 -7 -6 -9 -14 -14 -12
-4 -4 -6 -9 -9 -11 -13 -13 -15 -19 -30 -46 -18 -18
10 18 0 +3 +3 -6 -3 -3 -11 -8 -8 -7 -11 -17 -17 -14
-4 -4 -7 -10 -10 -13 -15 -15 -18 -23 -36 -56 -21 -21
18 30 0 +2 +5 -6 -4 -1 -13 -11 -8 -8 -13 -20 -20 -18
-5 -6 -7 -11 -12 -13 -18 -19 -20 -27 -43 -66 -25 -26
30 50 0 +3 +6 -7 -4 -1 -15 -12 -9 -10 -15 -24 -24 -21
-6 -6 -8 -13 -13 -15 -21 -21 -23 -32 -50 -80 -30 -30
50 80 +1 +4 +7 -8 -5 -2 -17 -14 -11 -12 -18 -29 -29 -26
-6 -7 -10 -15 -16 -19 -24 -25 -28 -38 -60 -96 -36 -37
80 120 0 +4 +7 -10 -6 -3 -20 -16 -13 -14 -21 -33 -34 -30
-8 -9 -12 -18 -19 -22 -28 -29 -32 -45 -70 -110 -42 -43
120 180 0 +6 +10 -12 -6 -2 -24 -18 -14 -15 -24 -38 -40 -34
-9 -8 -13 -21 -20 -25 -33 -32 -37 -50 -80 -126 -49 +48
Over Up to H6H7H8H9H10 H11 H12 J6J7J8JS6 JS7 JS8 JS9
1 3 +5 +8 +11 +21 +34 +51 +85 +1 +2 +3 +2 +3 +4 +8
+2 +4 +6 +12 +20 +30 +50 -2 -2 -2 -1 -1 -1 -1
3 6 +6 +10 +15 +25 +40 +63 +102 +3 +4 +7 +2 +4 +6 +10
+3 +5 +8 +14 +23 +30 +60 0 -1 0 -1 -1 -1 -1
6 10 +7 +12 +18 +30 +49 +76 +127 +3 +5 +8 +3 +5 +7 +12
+3 +6 +10 +17 +28 +44 +74 -1 -1 0 -1 -1 -1 -1
10 16 +9 +15 +22 +36 +59 +93 +153 +4 +7 +10 +3 +6 +9 +15
+5 +8 +12 +20 +34 +54 +90 0 0 0 -1 -1 -1 -1
18 30 +11 +17 +28 +44 +71 +110 +178 +6 +8 +15 +4 +7 +11 +18
+6 +9 +16 +25 +41 +64 +104 +1 0 +3 -1 -1 -1 -1
30 50 +13 +21 +33 +52 +85 +136 +212 +7 +10 +18 +5 +8 +13 +21
+7 +12 +19 +30 +50 +80 +124 +1 +1 +4 -1 -1 -1 -1
50 80 +16 +25 +39 +62 +102 +161 +255 +10 +13 +21 +6 +10 +16 +25
+9 +14 +22 +36 +60 +94 +150 +3 +2 +4 -1 -1 -1 -1
90 120 +18 +29 +45 +73 +119 +187 +297 +12 +16 +25 +7 +12 +18 +30
+10 +16 +26 +42 +70 +110 +174 +4 +3 +6 -1 -1 -1 -1
120 180 +21 +34 +53 +85 +136 +212 +360 +14 +20 +31 +8 +16 +72 +35
+12 +20 +30 +50 +80 +124 +200 +5 +6 +8 -1 0 -1 0
Reamer Manufacturing Tolerances (continued)
Nominal Diameter of
Reamer D1 in mm
Reamer Manufacturing Tolerances DIN 1420
Admissible maximum and minimum reamer dimensions of nominal diameter d1 in µm for drilling
tolerance range
Over Up to R6R7S6S7T6U6U7U10 X10 X11 Z10 Z11
1 3 -11 -12 -15 -16 -19 -19 -20 -24 -26 -29 -32 -35
-14 -16 -18 -20 -22 -22 -24 -38 -40 -50 -46 -56
3 6 -14 -13 -18 -17 -22 -22 -21 -31 -36 -40 -43 -47
-17 -18 -21 -22 -25 -25 -26 -48 -53 -67 -60 -56
6 10 -18 -16 -22 -20 -27 -27 -25 -37 -43 -48 -51 -47
-22 -22 -26 -26 -31 -31 -31 -58 -64 -80 -72 -74
10 14 -22 -19 -27 -24 -32 -32 -29 -44 -51 -57 -61 -56
-26 -26 -31 -31 -36 -36 -36 -69 -76 -96 -86 -88
14 18 -22 -19 -27 -24 -32 -32 -29 -44 - 56 -62 -71 -67
-26 -26 -31 -31 -36 -36 -36 -69 - 81 -101 -96 -106
18 24 -26 -24 -33 -31 -39 -39 -37 -54 - 67 -74 -86 -77
-31 -32 -38 -39 -44 -44 -45 -84 - 97 -120 -116 -116
24 30 -26 -24 -33 -31 -39 -46 -44 -61 - 77 -84 -101 -108
-31 -32 -38 -39 -44 -51 -52 -69 -107 -130 -131 -154
30 40 -32 -29 -41 -38 -46 -58 -55 -75 - 95 -104 -127 -136
-38 -38 -47 -47 -52 -64 -64 -110 -130 -160 -162 -192
40 50 -32 -29 -41 -38 -52 -68 -65 -85 -112 -121 -151 -160
-38 -38 -47 -47 -58 -74 -74 -120 -147 -177 -186 -216
50 65 -38 -35 -50 -47 -63 -84 -81 -105 -140 -151 -190 -201
-45 -46 -57 -58 -70 -91 -92 -147 -182 -218 -232 -268
65 80 -40 -37 -56 -53 -72 -99 -96 -120 -164 -175 -228 -239
-47 -48 -63 -64 -79 -106 -107 -162 -206 -242 -170 -306
80 100 -48 -44 -68 -64 -88 -121 -117 -145 -199 -211 -179 -291
-56 -57 -76 -77 -96 -129 -130 -194 -248 -288 -328 -368
100 120 -51 -47 -76 -72 -101 -141 -139 -165 -231 -243 -331 -343
-59 -60 -84 -85 -109 -149 -150 -214 -280 -320 -380 -420
120 140 -60 -54 -89 -83 -119 -167 -161 -194 -272 -286 -389 -403
-69 -68 -98 -97 -128 -176 -175 -250 -328 -374 -445 -491
140 160 -62 -56 -97 -91 -131 -187 -181 -214 -304 -318 -439 -453
-71 -70 -106 -105 -140 -196 -195 -270 -360 -406 -495 -541
689
REAMERS
689
USER GUIDE
Cutting Speed
The cutting speed has the highest influence on the surface
quality of the reamed hole and on the life of the tool.
Increasing the cutting speed beyond the optimum will
cause increased tool wear due to the increased cutting
temperature.
The increased speed also causes an increase in the built-
up edge (material that is welded to the cutting edge). The
built-up edge damages the surface finish and shortens the
life of the tool. In order to achieve high surface quality and
longer tool life, the cutting speed for reaming should be
kept relatively low.
Feed Rate
The feed rate directly influences the wear on the cutting
edge. As the feed rate is increased, the cutting forces
increase almost proportionally. The feed, however, has
less influence on the machined surface quality and tool
wear than the cutting speed (i.e. the feed can be varied in
a relatively wide range without having a material influence
on the quality of the machined hole and the respective
tool life). It is therefore recommended to select the highest
possible feed in order to shorten reaming times without
significantly reducing the tool life.
Reaming Allowance
The reaming allowance (the amount of material to
be reamed) also influences the tool life. In order to
achieve high tool life, the reaming allowance should
be kept to a reasonable minimum considering the
process to be performed. If the reaming allowance
is too small, it may result in a high dimensional
variation (inability to maintain the required tolerances)
and a decrease in the machined surface quality.
When reaming materials that have surface defects or
have been welded or flame cut, the reaming allowance
should be increased so these factors do not appear in the
reamed surface.
Reaming Prerequisites
In order to achieve high tolerances for reaming
applications, there are certain requirements that must
be considered.
1. Condition of the tool -
If the tool is reground, both an exact concentricity
and high quality grinding are indispensable.
2. Workpiece material -
Axis shifting and warping (i.e. incorrect hole positioning)
can only be corrected to a certain degree when reaming.
A critical factor is the initial opening in the workpiece.
This opening must be even, or if the prepared hole is
countersunk, a cone countersink must be used. Failure to
properly prepare the initial opening can result in irregular
countersinking that leads to the reamer being pushed
out of its proper alignment. Ideally, pre-machining should
be performed in a chuck to avoid alignment defects.
3. Through holes -
For best results, the holes to be reamed should
extend completely through the workpiece material.
This allows for easy exit of both the cutting fluid
and the reamed material. Negative flute reamers
are advantageous in through hole reaming.
4. Blind holes -
Use straight flute reamers for blind holes.
Coolant/Lubrication
The high degree of friction between the tool and the
wall being reamed demands the use of a fluid for
lubrication and cooling. Using lubrication is more critical
for maintaining tolerances than using a coolant. General
cutting oils and emulsions may be used. It should be
noted that in some cases emulsions will yield a better
surface finish than cutting oils. Emulsions are thinner fluids
that are able to reach and more uniformly lubricate the
cutting edges better than viscous cutting oils (especially
when performing deep applications).
In order to determine the most suitable lubricant
for a particular application, tests should be run on
the material to be cut, on a case-to-case basis.
ISCAR
690
REAMERS
ISCAR
690
USER GUIDE
Important
Guiding Pad Line
≤20µm (≤0.75µin)
Guiding Pad Line
Lead type of the tool (pads) should be compatible with
the lead type of the insert. Using an improper insert will
damage the tool and the reamed part.
The guiding pads are precisely ground for a
specific diameter, and therefore, can only be
used for reaming on appropriate hole sizes.
The adjustment mechanism is designed
for a specific diameter setting and for wear
compensation (a few microns only).
The same tool can not be used for
reaming different diameters.
691
REAMERS
691
USER GUIDE
High Speed Reaming System with
Internal Coolant Holes.
The INDEXH-REAM standard line covers reaming
applications of 8-32 mm hole diameters.
The indexable cutting insert has two cutting corners
with 4 lead angle options and 3 rake angle variations,
covering most workpiece material types.
The INDEXH-REAM single indexable insert with carbide
pads provides a combination of economical and high
precision results on a very wide range of materials.
ISCAR
692
REAMERS
A, B, C, D
(see page 696) Note: A, C, D - optional
Lead Type (2)
RM SET 12.000(1) H6 T C16
Reamer
Single-Edged Tool
Hole Diameter Hole Tolerance
Blind
Through
Hole Type
T
SB
B
Cylindrical
Weldon
Flat
Shank Type
W
C
F
Reamer Length S-Short
Tool Designation Code Key
(1) To be ordered for each specific diameter and tolerance
(2) Tool lead type - according to insert’s lead type
L
L6
L2
L4
d
L5
Dr
Designation DrL5L6(1) L L4L2d Po. Size(2)
RM-SET8.000H6T-B-C16S 8.000 15.50 30.00 75.0 45.0 123.5 16.00 1.0
RM-SET9.000H6T-B-C16S 9.000 15.50 30.00 75.0 45.0 123.5 16.00 1.0
RM-SET10.000H6T-B-C16S 10.000 15.50 30.00 75.0 45.0 123.5 16.00 2.0
RM-SET11.000H6T-B-C16S 11.000 15.50 30.00 75.0 45.0 123.5 16.00 2.0
RM-SET12.000H6T-B-C16S 12.000 17.00 30.00 85.0 45.0 135.0 16.00 3.0
RM-SET13.000H6T-B-C16S 13.000 17.00 30.00 85.0 45.0 135.0 16.00 3.0
RM-SET14.000H6T-B-C16S 14.000 17.00 30.00 85.0 45.0 135.0 16.00 3.0
RM-SET15.000H6T-B-C16S 15.000 17.00 30.00 85.0 45.0 135.0 16.00 3.0
RM-SET16.000H6T-B-C20S 16.000 17.00 30.00 110.0 50.0 165.0 20.00 3.0
RM-SET17.000H6T-B-C20S 17.000 17.00 30.00 110.0 50.0 165.0 20.00 3.0
RM-SET18.000H6T-B-C20S 18.000 17.00 30.00 110.0 50.0 165.0 20.00 3.0
RM-SET19.000H6T-B-C20S 19.000 17.00 30.00 110.0 50.0 165.0 20.00 3.0
RM-SET20.000H6T-B-C25S 20.000 17.00 30.00 110.0 56.0 171.0 25.00 3.0
RM-SET21.000H6T-B-C25S 21.000 17.00 30.00 110.0 56.0 171.0 25.00 3.0
RM-SET22.000H6T-B-C25S 22.000 17.00 30.00 130.0 56.0 191.0 25.00 3.0
RM-SET23.000H6T-B-C25S 23.000 17.00 30.00 130.0 56.0 191.0 25.00 3.0
RM-SET24.000H6T-B-C25S 24.000 17.00 30.00 130.0 56.0 191.0 25.00 3.0
RM-SET25.000H6T-B-C25S 25.000 17.00 30.00 130.0 56.0 191.0 25.00 3.0
RM-SET26.000H6T-B-C25S 26.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET27.000H6T-B-C25S 27.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET28.000H6T-B-C25S 28.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET29.000H6T-B-C25S 29.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET30.000H6T-B-C25S 30.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET31.000H6T-B-C25S 31.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
RM-SET32.000H6T-B-C25S 32.000 22.50 30.00 160.0 56.0 221.0 25.00 4.0
• For spare parts, see page 693 • For user guide and cutting conditions, see pages 695-702
(1) Pad length
(2) Insert size
For inserts, see pages: RM-SEI-B (694).
RM-SET-T-B
Single-Edged Indexable
Reamers for Through Holes
693
REAMERS
L
L6
L2
L4
d
L5
Dr
Designation DrL5L2L4L L6(1) d Po. Size(2)
RM-SET8.000H6B-B-C16S 8.000 15.50 123.5 45.0 75.0 30.00 16.00 1.0
RM-SET9.000H6B-B-C16S 9.000 15.50 123.5 45.0 75.0 30.00 16.00 1.0
RM-SET10.000H6B-B-C16S 10.000 15.50 123.5 45.0 75.0 30.00 16.00 2.0
RM-SET11.000H6B-B-C16S 11.000 15.50 123.5 45.0 75.0 30.00 16.00 2.0
RM-SET12.000H6B-B-C16S 12.000 17.00 135.0 45.0 85.0 30.00 16.00 3.0
RM-SET13.000H6B-B-C16S 13.000 17.00 135.0 45.0 85.0 30.00 16.00 3.0
RM-SET14.000H6B-B-C16S 14.000 17.00 135.0 45.0 85.0 30.00 16.00 3.0
RM-SET15.000H6B-B-C16S 15.000 17.00 135.0 45.0 85.0 30.00 16.00 3.0
RM-SET16.000H6B-B-C20S 16.000 17.00 165.0 50.0 110.0 30.00 20.00 3.0
RM-SET17.000H6B-B-C20S 17.000 17.00 165.0 50.0 110.0 30.00 20.00 3.0
RM-SET18.000H6B-B-C20S 18.000 17.00 165.0 50.0 110.0 30.00 20.00 3.0
RM-SET19.000H6B-B-C20S 19.000 17.00 165.0 50.0 110.0 30.00 20.00 3.0
RM-SET20.000H6B-B-C25S 20.000 17.00 171.0 56.0 110.0 30.00 25.00 3.0
RM-SET21.000H6B-B-C25S 21.000 17.00 171.0 56.0 110.0 30.00 25.00 3.0
RM-SET22.000H6B-B-C25S 22.000 17.00 191.0 56.0 130.0 30.00 25.00 3.0
RM-SET23.000H6B-B-C25S 23.000 17.00 191.0 56.0 130.0 30.00 25.00 3.0
RM-SET24.000H6B-B-C25S 24.000 17.00 191.0 56.0 130.0 30.00 25.00 3.0
RM-SET25.000H6B-B-C25S 25.000 17.00 191.0 56.0 130.0 30.00 25.00 3.0
RM-SET26.000H6B-B-C25S 26.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET27.000H6B-B-C25S 27.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET28.000H6B-B-C25S 28.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET29.000H6B-B-C25S 29.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET30.000H6B-B-C25S 30.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET31.000H6B-B-C25S 31.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
RM-SET32.000H6B-B-C25S 32.000 22.50 221.0 56.0 160.0 30.00 25.00 4.0
• For user guide and cutting conditions, see pages 695-702
(1) Pad length
(2) Insert size
For inserts, see pages: RM-SEI-B (694)
Adjustment
Screw
Adjustment
Pin
Clamping
Screw
Clamping
Wedge
Adjustment
Screw
Adjustment
Pin
Clamping
Screw
Clamping
Wedge
D [mm] Clamping Wedge Clamping Screw Adjustment Screw Adjustment Pin Insert Size
8 WDG-RM-SE-1 SR-CL-RM-SE-1 SR-ADJ-M3x2.5 PIN-ADJ-RM-SE-1 1
9 WDG-RM-SE-1 SR-CL-RM-SE-1 SR-ADJ-M3x3 PIN-ADJ-RM-SE-1 1
10 WDG-RM-SE-2 SR-CL-RM-SE-1 SR-ADJ-M3x3 PIN-ADJ-RM-SE-2 2
11 WDG-RM-SE-2 SR-CL-RM-SE-1 SR-ADJ-M3x4 PIN-ADJ-RM-SE-2 2
12 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x4 PIN-ADJ-RM-SE-3 3
13 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x4 PIN-ADJ-RM-SE-3 3
14 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x4 PIN-ADJ-RM-SE-3 3
15 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x6 PIN-ADJ-RM-SE-3 3
16 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x6 PIN-ADJ-RM-SE-3 3
17 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x8 PIN-ADJ-RM-SE-3 3
18 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x8 PIN-ADJ-RM-SE-3 3
19 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x8 PIN-ADJ-RM-SE-3 3
20 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
21 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
22 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
23 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
24 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
25 WDG-RM-SE-3 SR-CL-RM-SE-3 SR-ADJ-M4x10 PIN-ADJ-RM-SE-3 3
26 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
27 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
28 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
29 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
30 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
31 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
32 WDG-RM-SE-4 SR-CL-RM-SE-4 SR-ADJ-M4x10 PIN-ADJ-RM-SE-4 4
Spare Parts
RM-SET-B-B
Single-Edged Indexable
Reamers for Blind Holes
ISCAR
694
REAMERS
30° 3°
1.3
S
a°
l
W
Dimensions Tough
1
Hard
Designation Po. Size(1) a° l W S
IC30N
IC07
IC507
IC907
RM-SEI-1B-00 1.0 0 15.50 2.80 1.50 •
RM-SEI-1B-06 1.0 6 15.50 2.80 1.50 • •
RM-SEI-1B-12 1.0 12 15.50 2.80 1.50 • •
RM-SEI-2B-00 2.0 0 15.50 3.60 1.50 •
RM-SEI-2B-06 2.0 6 15.50 3.60 1.50 • •
RM-SEI-2B-12 2.0 12 15.50 3.60 1.50 • •
RM-SEI-3B-00 3.0 0 17.00 4.40 2.00 •
RM-SEI-3B-06 3.0 6 17.00 4.40 2.00 • •
RM-SEI-3B-12 3.0 12 17.00 4.40 2.00 • •
RM-SEI-4B-00 4.0 0 22.50 6.60 3.00 •
RM-SEI-4B-06 4.0 6 22.50 6.60 3.00 • • •
RM-SEI-4B-12 4.0 12 22.50 6.60 3.00 • •
• Lead type of insert should be compatible with lead type of the tool
(1) Insert size
For tools, see pages: RM-SET-B-B (693) • RM-SET-T-B (692)
RM-SEI-B
Single-Edged Reaming Inserts
for General Applications at
High Cutting Speeds
S
a°
15° 3°
3.0
l
W
Dimensions Tough
1
Hard
Designation Po. Size(1) a° l W S
IC507
IC907
RM-SEI-1A-06 1.0 6 15.50 2.80 1.50 •
RM-SEI-2A-06 2.0 6 15.50 3.60 1.50 •
RM-SEI-3A-06 3.0 6 15.50 4.40 2.00 •
RM-SEI-3A-12 3.0 12 17.00 4.40 2.00 •
RM-SEI-4A-06 4.0 6 22.50 6.60 3.00 •
• Lead type of insert should be compatible with lead type of the tool • Available on request
(1) Insert size
RM-SEI-A
Single-Edged Reaming Inserts
for High Surface Quality at
Low Cutting Conditions
RM SEI 4 B 12
Reamer Single Edge
Insert
Insert
Size
Lead Type
A, B, C
Rake
Angle
IC907
Carbide
Grade
Insert Designation Code Key
695
REAMERS
75°
L5
S
a°
l
W
Dimensions
Designation Po. Size(1) a° l W S L5
IC07
RM-SEI-1C-12 1.0 12 15.50 2.80 1.50 0.55 •
RM-SEI-2C-12 2.0 12 15.50 3.60 1.50 0.55 •
RM-SEI-3C-12 3.0 12 17.00 4.40 2.00 0.55 •
RM-SEI-4C-12 4.0 12 22.50 6.60 3.00 0.55 •
• Lead type of insert should be compatible with lead type of the tool • Available on request
(1) Insert size
RM-SEI-C
Single-Edged Reaming Inserts
for Aluminum and Brass
L
max
L3
dmax
Designation L max l1d max kg
RM SETTING DEVICE 265.0 450.00 170.0 25.000
RM SETTING DEVICE
Reamer Setting Device
Front Angles and Cutting Geometries
Angle [deg.] Use
00
0˚
For cast iron applications
06
6˚
General use
12
12˚
For stainless steel and aluminum
3 standard cutting angles are available:
Lead L [mm] Use
A 3
15˚ 3˚ L
Higher surface quality, lower cutting conditions
(not recommended for nonferrous materials)
B 1.3
L
3˚
30˚ Universal use, high speed cutting conditions
Can be used on a wide range of materials
C 0.55
L
75˚
Suitable for aluminum and brass, high cutting speed
D(1) 0.6
L
3˚
30˚
When needed for blind hole - lower feed
Carbide Grades
IC07 grade is the basic substrate for the reaming
inserts. It is a very versatile submicron grade.
IC07 features very high fracture toughness and
wear resistance, which is required for efficient
high speed reaming.
An uncoated IC07 can be used for machining
nonferrous (N type material group) applications.
Two types of standard coatings are available:
• IC907 – a TiAlN PVD coating for steel (P) and
stainless steel (M) workpiece material groups
• IC507 - a TiCN+TiN PVD coating for cast iron (K)
workpiece material group
The following grades can be provided on request:
• PCD grade for machining aluminum
• PCBN grade for machining cast iron
• IC30N (cermet) for machining steel
4 standard lead angles are available:
(1) On request
ISCAR
696
REAMERS
ISCAR
696
USER GUIDE
697
REAMERS
697
USER GUIDE
HolderInsert
The Index H-Ream Line is available in 4 sizes
and features two different holder geometries
(short flute and long flute). The holder selection
depends on the hole type (through or blind).
RM-SEI-4
Ø26.00-32.00 mm
(Ø1.024-1.260")
RM-SEI-2
Ø10.00-11.99 mm
(Ø.393-.472")
RM-SEI-3
Ø12.00-25.99 mm
(Ø.472-1.024")
RM-SEI-1
Ø8.00-9.99 mm
(Ø.315-.393")
Concept
Applications
Blind Hole
Long Flute Holder
This holder has a frontal
coolant outlet. The liquid
reaches the bottom of the
blind hole and evacuates the
formed chips. These chips
are conveyed backwards
through the long chip
gullet (flute) of the holder.
Through Hole
Short Flute Holder
This holder has a lateral coolant
outlet located right above the
insert. The coolant is pointed
directly to the cutting edge to
lubricate it and divert the chips
forward. Additional coolant
outlets are located behind the
guiding pads.
Their purpose is to reduce high
friction that is created between
the pads and the reamed
surface during machining.
ISCAR
698
REAMERS
ISCAR
698
USER GUIDE
Setting Procedure
Insert Indexing
4 4
1
Place the reamer between
the centering pins of the device.
Tighten the adjustment screws in a
clockwise direction.
5
6
2
Use the pad as a reference for
setting the indicator to zero.
3
Rotate and place the inserts
against indicators.
Back Taper
The back taper prevents the reamer from jamming, as
well as lowering reaming forces and improving surface
quality. Incorrect back taper may cause unstable
reaming, accelerated wear and rough surface finish.
High Friction
Lubricated Zones
Adjust the frontal side of the insert
to: +15 µm (+0.6 µin) on D≤9.99,
+20 µm (+0.8 µin) on D≤10.00
Adjust the rear side of insert to:
+5 µm (+0.2 µin) on D≤9.99,
+10 µm (+0.4 µin) on D≤10.00
1 2
3
Rotate the adjustment screws one
turn counterclockwise (CCW).
Rotate the clamping screw CCW from the
top and/or clockwise (CW) from the bottom,
turning both sides simultaneously.
Remove the insert. Clean the insert and the pocket. Place
the sharp edge on the outer position.
Press the insert against the back stopper and the two
adjustment pins.
Tighten the clamping wedge by rotating the clamping
screw CW from the top or CCW from the bottom.
H-REAM Cutting Conditions
The cutting conditions in the table below should
be used to start a new application.
Optimal conditions for a specific application should be
evaluated by examining the results and changing the
machining conditions accordingly.
Lead A=15°/3° L3
(reaming allowance = 0.1-0.3)
Feed
[mm/rev]
Rake
[ ° ]
Cutting Speed
Vc[ m/min]
Material
No. Material Carbide Coated
Carbide Cermet PCD CBN
1-5 Non-alloy steel, cast steel and free cutting
steel 0.1-0.4 6 40-60 60-80 110-160
6-9 Low alloy steel and cast steel
(less than 5% of alloying elements) 0.1-0.4 6 20-40 40-60 110-160
10-11 High alloyed steel, cast steel
and tool steel 0.1-0.4 6 20-40 20-60 20-60
12-13 Stainless steel and cast steel 0.1-0.3 12 20-40 40-60 40-60
15-16 Grey cast iron (GG) 0.1-0.3 0 / 6 40-60 60-100
Please ask
17-18 Nodular cast iron (GGG) 0.1-0.3 0 / 6 40-60 60-100
19-20 Malleable cast iron 0.1-0.3 0 / 6 40-60 60-100
21-22 Aluminum wrought alloy
Please ask
23-25 Aluminum -cast, alloyed
26-28 Copper alloys
29-30 Non-metallic
699
REAMERS
699
USER GUIDE
Setting Methods
There are two optional setting methods - comparison
micrometer and setting device.
Comparison micrometer with dial gauge, although
a low cost solution and readily available for small
workshops, is prone to damaging the cutting
edge and therefore not recommended.
Using a Setting Device
ISCAR’s mechanical setting device enables
easy, quick and accurate adjustment.
Due to its modular construction, it can
be used for standard, special and more
complicated reamer adjustments.
Using a Comparison Micrometer
Set the micrometer to the correct diameter using the
precision blocks.
Adjust the frontal diameter and back taper by turning the
adjustment screw clockwise.
The frontal diameter should be larger than the rear
diameter by approximately 0.015 mm.(0.6 µin)
Setting Device
Located Between Centers
• Shorter setting time
• Modular system
• Higher accuracy
• No risk of damaging the cutting edge
Lead B=30°/3° L1.3
(reaming allowance = 0.1-0.3)
Feed
[mm/rev]
Rake
[ ° ]
Cutting Speed
Vc[ m/min]
Material
No.
Material Carbide Coated
Carbide
Cermet PCD CBN
1-5 Non-alloy steel, cast steel and free cutting steel 0.1-0.3 6 60-80 80-120 110-160
6-9 Low alloy steel and cast steel
(less than 5% of alloying elements) 0.1-0.3 6 60-80 80-120 110-160
10-11 High alloyed steel, cast steel
and tool steel 0.1-0.3 6 40-60 40-80 40-80
12-13 Stainless steel and cast steel 0.1-0.2 12 40-60 60-80 60-80
15-16 Grey cast iron (GG) 0.1-0.3 0 / 6 60-80 80-120
Please ask
17-18 Nodular cast iron (GGG) 0.1-0.3 0 / 6 60-80 80-120
19-20 Malleable cast iron 0.1-0.3 0 / 6 60-80 80-120
21-22 Aluminum wrought alloy 0.1-0.3 12 160-200
Please ask
23-25 Aluminum -cast, alloyed 0.1-0.3 12 160-200
26-28 Copper alloys 0.1-0.2 0 80-100
29-30 Non-metallic 0.1-0.3 0 10-70
Lead D=30°/3° L0.6
(reaming allowance = 0.1-0.2)
Feed
[mm/rev]
Rake
[ ° ]
Cutting Speed
Vc[ m/min]
Material
No. Material Carbide Coated
Carbide Cermet PCD CBN
1-5 Non-alloy steel, cast steel and free cutting steel 0.05-0.2 6 60-80 80-120 110-160
6-9 Low alloy steel and cast steel
(less than 5% of alloying elements) 0.05-0.2 6 60-80 80-120 110-160
10-11 High alloyed steel, cast steel
and tool steel 0.05-0.2 6 40-60 40-80 40-80
12-13 Stainless steel and cast steel 0.05-0.2 12 40-60 60-80 60-80
15-16 Grey cast iron (GG) 0.05-0.2 0 / 6 60-80 80-120
Please ask
17-18 Nodular cast iron (GGG) 0.05-0.2 0 / 6 60-80 80-120
19-20 Malleable cast iron 0.05-0.2 0 / 6 60-80 80-120
21-22 Aluminum wrought alloy 0.05-0.2 12 110-200
Please ask
23-25 Aluminum -cast, alloyed 0.05-0.2 12 180-200
26-28 Copper alloys 0.05-0.2 0 80-100
29-30 Non-metallic
ISCAR
700
REAMERS
ISCAR
700
USER GUIDE
Lead C=75°/3° L0.55
(reaming allowance = 0.2-0.4)
Feed
[mm/rev]
Rake
[ ° ]
Cutting Speed
Vc[ m/min]
Material
No. Material Carbide Coated
Carbide Cermet PCD CBN
1-5 Non-alloy steel, cast steel and free cutting steel
6-9 Low alloy steel and cast steel
(less than 5% of alloying elements)
10-11 High alloyed steel, cast steel
and tool steel
12-13 Stainless steel and cast steel
15-16 Grey cast iron (GG)
Please ask
17-18 Nodular cast iron (GGG)
19-20 Malleable cast iron
21-22 Aluminum wrought alloy 0.15-0.3 12 150-250
Please ask
23-25 Aluminum -cast, alloyed 0.15-0.3 12 150-250
26-28 Copper alloys
29-30 Non-metallic
701
REAMERS
701
USER GUIDE
ISCAR
702
REAMERS
ISCAR
702
USER GUIDE
Troubleshooting
Problem Cause Solution
Hole too large
d
nom
• Reamer or pilot hole not centered
• Reamer too large
• Cooling / lubrication problems
• Use a floating reamer chuck or correct pilot hole
• Check size of reamer and correct if necessary
• Change lubricant and increase coolant pressure
Hole too small
d
nom
• Worn reamer
• Reaming allowance too small
• Cooling / lubrication problems
• Replace the reamer
• Increase reaming allowance
• Change lubricant and increase coolant pressure
Conical hole
(larger bottom)
dnom
• Misalignment between
pre hole and reamer centers
• Re-align or use a floating reamer chuck
Conical hole
(larger
entrance)
dnom
• Misalignment between
pre-hole and reamer centers
• Material jammed between reamer
and hole in the upper hole section
• Re-align or use a floating reamer chuck
• Secure the tool axially
Poor surface
finish
• Worn reamer
• Misalignment between
pre-hole and reamer centers
• Problems with chip evacuation
• Incorrect cutting parameters
• Built-up edge
• Replace the tool
• Re-align or use a floating reamer chuck
• Increase coolant pressure
• Change cutting parameters
• Change cutting parameters
or coolant conditions
703
TAPS
TAPS
ISCAR
704
TAPS
TABLE OF CONTENTS
Tap Designation Code Key .........................................................705
Tap Selection Guide ......................................................................706
Hand Taps ....................................................................................708
Hand Taps “W” ..........................................................................................................708
Machine Taps ...............................................................................708
One Taps ......................................................................................708
Gun Point Taps for Through Hole (TPG) .....................................................................708
Metric Coarse “M” for Multi-Material Application
Metric Fine “M” for Multi-Material Application
Metric Fine “M” for Multi-Material Application
Unified Coarse “M” for Multi-Material Application
Unified Fine “M” for Multi-Material Application
Spiral Flute Taps for Blind Hole (TPS) .........................................................................710
Metric Coarse “M” for Multi-Material Application
Metric Fine “M” for Multi-Material Application
Unified Coarse “M” for Multi-Material Application
Unified Fine “M” for Multi-Material Application
Colored Taps ................................................................................712
Gun Point Taps for Through Hole (TPG) .....................................................................712
Metric Coarse “S” for Stainless Steel
Metric Coarse “H” for Hardened Steel and H.T.A
Spiral Flute Taps for Blind Hole (TPS) ........................................................................713
Metric Coarse “S” for Low Alloyed Steel
Metric Coarse “H” for Hardened Steel and H.T.A
Straight Flute Taps (TPST) ........................................................................................714
Metric Coarse “G” for Short Chip Materials
Forming Taps (TPF) ...................................................................................................715
Metric Coarse “F” for Any Material with 8~10% Elongation
Tap User Guide .............................................................................716
705
TAPS
705
USER GUIDE
(on request)
D- TPI
D- Pitch
* On request
Chamfer Lead According to DIN2197 (specified for each tool family)
Form A (Chamfer Lead 5-6 Threads)
Form B (with Gun-Nose and Chamfer Lead 4-5 Threads)
Form C (Chamfer Lead 2-3 Threads)
Form D (Chamfer Lead 4-5 Threads)
Form E (Chamfer Lead 1.5-2 Threads)
A
B
C
D
E
TPH- Hand Tap
TPF- Forming Tap
TPG- Gun Point
TPS- Spiral Flute
TPST- Straight Flute
Tap Style
Ni- Nitriding
Ti- TiN
TC- TiCN
TA- TiAlN
St- Black Oxide
Coating Types*B - Bore for Coolant
M- ISO Metric
Coars Thread DIN-13
MF- ISO Metric
Fine Thread DIN-13
UNF- Unfied Fine
Thread
UNC- Unfied Coarse
Thread
Thread Standard
M -Multi-Material Application
W -Steel with Good
Machinability
Rm<750 N/mm2
S -Stainless Steel
H -Hardened Steel and High
Temp./Super Alloys
Rm>750 N/mm2
G -Grey Cast Iron
N -Low Alloy Steel
Rm<600 N/mm2
A -Aluminum and
Aluminum Alloys
F -Any Material with at
least 8~10% Elongation
Tap Color Codes(1)
HS- H.S.S. (M2)
HE- H.S.S-E
5% Co. HSS (M35)
PM- Compacted Powder
HM- Solid Carbide
Tap Materials
(1) The tools have a matching
colored ring around the shank
Tap Designation Code Key
TPG UNC M HE Ti1/4-20
ISCAR
706
TAPS
ISCAR
706
USER GUIDE
Coolant
A - Cutting oil
T - Oil emulsion
X - Oil or emulsion
Z - Dry or emulsion
Material
No. Material Condition
Tensile Strength
[N/mm2]
Hard-ness
HB Chip Coolant
1
Non-alloy steel and
cast steel, free
cutting steel
and cast steel
(less than 5%
all elements)
< 0.25 %C Annealed 420 125 Ext. Long T
2>= 0.25 %C Annealed 650 190 Medium T
3< 0.55 %C Quench and tempered 850 250 Long T
4>= 0.55 %C Annealed 750 220 Long T
7930 275 Long X
8Quench and tempered 1000 300 Long X
91200 350 Long A
10 High alloyed steel, cast steel and
tool steel
Annealed 680 200 Long X
11 Quench and tempered 1100 325 Long X
12 Stainless steel Ferritic/Martensitis 680 200 Medium A
13 Martensitic 820 240 Long A
14 Stainless steel Austenitic 600 180 Long A
15 Cast iron nodular (GGG) Ferritic/pearlitic 180 Ext. Short X
16 Pearlitic 260 Ext. Short X
17 Grey cast iron (GG) Ferritic 160 Short X
18 Pearlitic 250 Ext. Short X
19 Malleable cast iron Ferritic 130 Short X
20 Pearlitic 230 Short X
21 Aluminum-wrought alloy Not cureable 60 Medium T
22 Cured 100 Medium T
23
Aluminum-cast, alloyed
<=12% Si Not cureable 75 Short T
24 Cured 90 Short T
25 >12% Si High temp. 130 Short T
26
Copper alloys
>1% Pb Free cutting 110 Med/Short T
27 Brass 90 Long T
28 Electrolitic copper 100 Long T
29 Non-metalic Duroplastics, fiber plastics Short Z
31 High temp. alloys Fe based Annealed 200 Long A
32 Cured 280 Long A
33
Super alloys
Ni or Co
based
Annealed 250 Long A
34 Cured 350 Long A
35 Cast 250 Long A
36 Titanium and Ti alloys 400 Med/Short A
37 Alpha+beta alloys cured 1050 Med/Short A
Tap Selection Guide and Cutting Speed Recommendations
(1) See page 705
(2) See page 717
(3) See page 718
(4) See page 719
Tap Color Code(1)
Tool Material(1)
Surface Treatment/Coating(2)
Flute Hand and Angle
Lead According to DIN 2197(3)
Hole Type(4)
Hole Type(4)
1 2 3 4 5
707
TAPS
707
USER GUIDE
W M M M M M M S H N H G F
HSS HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E HSS-E
- - TI ST - TI ST ST - ST ST NI TI
- - - - R40° R40° R40° - - R40° R40° - -
1\2\3 B B B C C C B B C C C C
1-2-3-4-5 1-2-3 1-2-3 1-2-3 4-5 4-5 4-5 1-2-3 1-2-3 4-5 4-5 1-2-3 1-2-3-4-5
m/min m/min m/min m/min m/min m/min m/min m/min m/min m/min m/min
• 10-25 •• 15-45 • 8-25 •• 20-25 •• 15-45 • 8-25 •• 20-25 •• 8-25 • 20-25 •• 20-60 •
• 10-20 •• 12-40 • 10-35 •• 15-20 •• 12-40 • 10-35 •• 15-20 •• 10-35 •• 15-20 •• 20-60 •
• 12-18 •• 15-25 • 6-12 •• 12-18 •• 15-25 • 6-12 •• 12-18 •• 12-18 •• 17-55 •
• 12-18 •• 15-40 • 6-20 •• 12-18 •• 15-40 • 6-20 •• 12-18 •• 12-18 •• 17-55 •
• 10-15 •• 5-25 • 4-10 •• 10-15 •• 5-25 • 4-10 •• 10-15 •• 10-15 ••
• 6-10 •• 5-25 • 4-10 •• 6-10 •• 5-25 • 4-10 •• 6-10 •• 6-10 ••
• 3-5 •• 5-20 • 3-5 •• 3-5 •• 5-20 • 3-5 •• 3-5 •• 3-5 ••
• 10-15 •• 20-30 • 7-12 •• 10-15 •• 20-30 • 7-12 •• 10-15 •• 10-15 •• 10-30 •
• 7-13 •• 12-25 • 5-10 •• 7-13 •• 12-25 • 5-10 •• 7-13 •• 7-13 ••
•5-9 •• 8-18 • 1-5 • 5-9 •• 2-10 • 1-5 • 2-10 • 5-9 •• 7-15 •
• 4-6 •• 8-15 • 1-5 • 4-6 •• 2-10 • 1-5 • 2-10 • 4-6 ••
• 5-9 •• 8-15 • 1-4 • 5-9 •• 2-10 • 1-4 • 2-10 • 5-9 •• •
• 10-15 •• 15-45 •• 13-20 • 10-15 •• 15-45 •• 13-20 • 10-15 •• 10-30 •
• 8-12 •• 10-40 •• 21-31 • 8-12 •• 10-40 •• 21-31 • 8-12 •• 10-30 •
• 8-12 • 10-25 •• 21-31 • 8-12 • 10-25 • 21-31 • 8-12 •• 10-40 •
• 8-12 •• 10-20 •• 21-31 • 8-12 •• 10-20 •• 21-31 • 8-12 •• 10-35 •
• 10-15 • 15-45 •• 13-20 • 10-15 •• 15-45 •• 13-20 • 10-15 •• 10-45 •
• 10-15 • 10-40 •• 13-20 • 10-15 •• 10-40 •• 13-20 • 10-15 •• 10-40 •
• 25-35 • 50-70 • 12-25 •• 25-35 • 30-60 • 12-25 •• 12-25 •• 25-35 ••
• 25-35 • 50-70 • 12-25 •• 25-35 • 30-60 • 12-25 •• 12-25 •• 25-35 ••
• 10-15 • 10-40 • 10-25 •• 10-15 • 15-40 • 10-25 •• 10-25 •• 10-15 ••
• 10-15 • 10-40 • 10-25 •• 10-15 • 15-40 • 10-25 •• 10-25 •• 10-15 ••
• 10-15 • 10-30 • 10-20 •• 10-15 • 15-30 • 10-20 •• 10-20 •• 10-15 ••
• 25-35 • 50-70 • 20-40 •• 25-35 • 30-65 • 20-40 •• 20-40 •• 25-35 •• 17-40 •
• 15-20 • 5-60 • 13-30 •• 15-20 • 20-45 • 13-30 •• 13-30 •• 15-20 •• 20-60 •
• 15-20 • 5-25 • 10-17 •• 15-20 • 15-30 • 10-17 •• 10-17 •• 15-20 •• 20-60 •
• 6-10 • 5-25 • 6-13 •• 6-10 • 10-20 • 6-13 •• 6-13 •• 6-10 ••
• 2-4 •• 4-8 • 2-4 • 3-7 •• 2-4 2-4 •
• 2-4 •• 4-8 • 2-4 3-7 •• 2-4 2-4 •
• 2-4 •• 4-8 • 2-4 3-7 •• 2-4 2-4 •
• 2-4 •• 4-8 • 2-4 3-7 •• 2-4 2-4 •
• 2-4 •• 4-8 • 2-4 3-7 •• 2-4 2-4 •
• 6-10 •• 6-10 •• 6-10 6-10 •
• 6-10 • 6-10 •• 6-10 6-10 •
• Recommended
• • Suitable
* Can be selected
ISCAR
708
TAPS
l1
TL
L1
S
Dd
MHSS-E
6H
60˚
P
B
Dimensions Tough
1
Hard
Designation D Pitch l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPG M-2X0.4-M M2 0.40 45.00 8.0 13.0 2.80 3 2.10 1.60 DIN 371 • • •
TPG M-2.2X0.45-M M2.2 0.45 45.00 8.0 13.0 2.80 3 2.10 1.75 DIN 371 • • •
TPG M-2.3X0.4-M M2.3 0.40 45.00 8.0 13.0 2.80 3 2.10 1.90 DIN 371 • • •
TPG M-2.5X0.45-M M2.5 0.45 50.00 9.0 15.0 2.80 3 2.10 2.05 DIN 371 • • •
TPG M-2.6X0.45-M M2.6 0.45 50.00 9.0 15.0 2.80 3 2.10 2.10 DIN 371 • • •
TPG M-3X0.5-M M3 0.50 56.00 11.0 18.0 3.50 3 2.70 2.50 DIN 371 • • •
TPG M-3.5X0.6-M M3.5 0.60 56.00 12.0 20.0 4.00 3 3.00 2.90 DIN 371 • • •
TPG M-4X0.7-M M4 0.70 63.00 13.0 21.0 4.50 3 3.40 3.30 DIN 371 • • •
TPG M-4.5X0.75-M M4.5 0.75 70.00 14.0 25.0 6.00 3 4.90 3.70 DIN 371 • • •
TPG M-5X0.8-M M5 0.80 70.00 15.0 25.0 6.00 3 4.90 4.20 DIN 371 • • •
TPG M-6X1.0-M M6 1.00 80.00 17.0 30.0 6.00 3 4.90 5.00 DIN 371 • • •
TPG M-7X1.0-M M7 1.00 80.00 17.0 30.0 7.00 3 5.50 6.00 DIN 371 • • •
TPG M-8X1.25-M M8 1.25 90.00 20.0 35.0 8.00 3 6.20 6.80 DIN 371 • • •
TPG M-9X1.25-M M9 1.25 90.00 20.0 35.0 9.00 3 7.00 7.80 DIN 371 • • •
TPG M-10X1.5-M M10 1.50 100.00 22.0 39.0 10.00 3 8.00 8.50 DIN 371 • • •
TPG M-11X1.5-M M11 1.50 100.00 22.0 - 8.00 3 6.20 9.50 DIN 376 • • •
TPG M-12X1.75-M M12 1.75 110.00 24.0 - 9.00 3 7.00 10.20 DIN 376 • • •
TPG M-14X2.0-M M14 2.00 110.00 26.0 - 11.00 3 9.00 12.00 DIN 376 • • •
TPG M-16X2.0-M M16 2.00 110.00 27.0 - 12.00 3 9.00 14.00 DIN 376 • • •
TPG M-18X2.5-M M18 2.50 125.00 30.0 - 14.00 4 11.00 15.50 DIN 376 • • •
TPG M-20X2.5-M M20 2.50 140.00 32.0 - 16.00 4 12.00 17.50 DIN 376 • • •
TPG M-22X2.5-M M22 2.50 140.00 32.0 - 18.00 4 14.50 19.50 DIN 376 • • •
TPG M-24X3.0-M M24 3.00 160.00 34.0 - 18.00 4 14.50 21.00 DIN 376 • • •
TPG M-27X3.0-M M27 3.00 160.00 36.0 - 20.00 4 16.00 24.00 DIN 376 • • •
TPG M-30X3.5-M M30 3.50 180.00 40.0 - 22.00 4 18.00 26.50 DIN 376 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPG M (HSS)
DIN 13 HSS Machine Taps for
ISO Metric Coarse Threads for
a Wide Range of Materials
l1
TL S
Dd
WHSS 6H
60˚
P
I/II/III
Dimensions
Designation D Pitch l1TLd Flute S Pre-hole Standard
HS
TPH M-2X0.4-W M2 0.40 36.00 8.0 2.80 3 2.10 1.60 DIN 352 •
TPH M-2.2X0.45-W M2.2 0.45 36.00 9.0 2.80 3 2.10 1.75 DIN 352 •
TPH M-2.3X0.4-W (1) M2.3 0.40 36.00 9.0 2.80 3 2.10 1.90 DIN 352 •
TPH M-2.5X0.45-W M2.5 0.45 40.00 9.0 2.80 3 2.10 2.05 DIN 352 •
TPH M-2.6X0.45-W (1) M2.6 0.45 40.00 9.0 2.80 3 2.10 2.10 DIN 352 •
TPH M-3X0.5-W M3 0.50 40.00 11.0 3.50 3 2.70 2.50 DIN 352 •
TPH M-3.5X0.6-W M3.5 0.60 45.00 13.0 4.00 3 3.00 2.90 DIN 352 •
TPH M-4X0.7-W M4 0.70 45.00 13.0 4.50 3 3.40 3.30 DIN 352 •
TPH M-4.5X0.75-W M4.5 0.75 50.00 16.0 6.00 3 4.90 3.70 DIN 352 •
TPH M-5X0.8-W M5 0.80 52.00 16.0 6.00 3 4.90 4.20 DIN 352 •
TPH M-5.5X0.9-W M5.5 0.90 56.00 18.0 6.00 3 4.90 4.60 DIN 352 •
TPH M-6X1.0-W M6 1.00 56.00 18.0 6.00 3 4.90 5.00 DIN 352 •
TPH M-7X1.0-W M7 1.00 56.00 18.0 6.00 3 4.90 6.00 DIN 352 •
TPH M-8X1.25-W M8 1.25 63.00 20.0 6.00 3 4.90 6.80 DIN 352 •
TPH M-9X1.25-W M9 1.25 63.00 20.0 7.00 4 5.50 7.80 DIN 352 •
TPH M-10X1.5-W M10 1.50 70.00 22.0 7.00 4 5.50 8.50 DIN 352 •
TPH M-11X1.5-W M11 1.50 70.00 22.0 8.00 4 6.20 9.50 DIN 352 •
TPH M-12X1.75-W M12 1.75 80.00 24.0 9.00 4 7.00 10.20 DIN 352 •
TPH M-14X2.0-W M14 2.00 80.00 26.0 11.00 4 9.00 12.00 DIN 352 •
TPH M-16X2.0-W M16 2.00 80.00 27.0 12.00 4 9.00 14.00 DIN 352 •
TPH M-18X2.5-W M18 2.50 95.00 30.0 14.00 4 11.00 15.50 DIN 352 •
TPH M-20X2.5-W M20 2.50 95.00 32.0 16.00 4 12.00 17.50 DIN 352 •
• NOTE: Each set contains 2 or 3 taps • For user guide and cutting conditions, see pages 707, 716-738
(1) DIN profile
TPH M-W (HSS)
DIN 13 HSS Hand Tap Set for
ISO Metric Coarse Threads
709
TAPS
l1
TL S
Dd
MHSS-E
6H
60˚
P
B
Dimensions Tough
1
Hard
Designation D Pitch l1TLd Flute S
Pre-
hole Standard
HE
HEST
HETI
TPG MF-4X0.5-M M4 0.50 63.00 10.0 2.80 3 2.10 3.50 DIN 374 • • •
TPG MF-5X0.5-M M5 0.50 70.00 11.0 3.50 3 2.70 4.50 DIN 374 • • •
TPG MF-6X0.75-M M6 0.75 80.00 13.0 4.50 3 3.40 5.20 DIN 374 • • •
TPG MF-6X0.5-M M6 0.50 80.00 13.0 4.50 3 3.40 5.50 DIN 374 • • •
TPG MF-7X0.75-M M7 0.75 80.00 14.0 5.50 3 4.30 6.20 DIN 374 • • •
TPG MF-8X1.0-M M8 1.00 90.00 17.0 6.00 3 4.90 7.00 DIN 374 • • •
TPG MF-8X0.75-M M8 0.75 80.00 14.0 6.00 3 4.90 7.20 DIN 374 • • •
TPG MF-10X1.25-M M10 1.25 100.00 22.0 7.00 3 5.50 8.80 DIN 374 • • •
TPG MF-10X1.0-M M10 1.00 90.00 18.0 7.00 3 5.50 9.00 DIN 374 • • •
TPG MF-10X0.75-M M10 0.75 90.00 18.0 7.00 3 5.50 9.20 DIN 374 • • •
TPG MF-12X1.5-M M12 1.50 100.00 22.0 9.00 3 7.00 10.50 DIN 374 • • •
TPG MF-12X1.25-M M12 1.25 100.00 22.0 9.00 3 7.00 10.80 DIN 374 • • •
TPG MF-12X1.0-M M12 1.00 100.00 18.0 9.00 3 7.00 11.00 DIN 374 • • •
TPG MF-14X1.5-M M14 1.50 100.00 22.0 11.00 3 9.00 12.50 DIN 374 • • •
TPG MF-14X1.25-M M14 1.25 100.00 22.0 11.00 3 9.00 12.80 DIN 374 • • •
TPG MF-14X1.0-M M14 1.00 100.00 18.0 11.00 3 9.00 13.00 DIN 374 • • •
TPG MF-16X1.5-M M16 1.50 100.00 22.0 12.00 3 9.00 14.50 DIN 374 • • •
TPG MF-16X1.0-M M16 1.00 100.00 18.0 12.00 3 9.00 15.00 DIN 374 • • •
TPG MF-18X1.5-M M18 1.50 110.00 25.0 14.00 4 11.00 16.50 DIN 374 • • •
TPG MF-18X1.0-M M18 1.00 110.00 20.0 14.00 4 11.00 17.00 DIN 374 • • •
TPG MF-20X1.5-M M20 1.50 125.00 25.0 16.00 4 12.00 18.50 DIN 374 • •
TPG MF-20X1.0-M M20 1.00 125.00 20.0 16.00 4 12.00 19.00 DIN 374 • • •
TPG MF-22X1.5-M M22 1.50 125.00 25.0 18.00 4 14.50 20.50 DIN 374 • • •
TPG MF-22X1.0-M M22 1.00 125.00 20.0 18.00 4 14.50 21.00 DIN 374 • • •
TPG MF-24X2.0-M M24 2.00 140.00 27.0 18.00 4 14.50 22.00 DIN 374 • • •
TPG MF-24X1.5-M M24 1.50 140.00 27.0 18.00 4 14.50 22.50 DIN 374 • • •
TPG MF-26X1.5-M M26 1.50 140.00 28.0 18.00 4 14.50 24.50 DIN 374 • • •
TPG MF-27X2.0-M M27 2.00 140.00 28.0 20.00 4 16.00 25.00 DIN 374 • • •
TPG MF-27X1.5-M M27 1.50 140.00 28.0 20.00 4 16.00 25.50 DIN 374 • • •
TPG MF-28X1.5-M M28 1.50 140.00 28.0 20.00 4 16.00 26.50 DIN 374 • • •
TPG MF-30X2.0-M M30 2.00 150.00 30.0 22.00 4 18.00 28.00 DIN 374 • • •
TPG MF-30X1.5-M M30 1.50 150.00 30.0 22.00 4 18.00 28.50 DIN 374 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPG MF (HSS)
DIN 13 HSS Machine Taps for
ISO Metric Fine Threads for a
Wide Range of Materials
S
Dd
l1
L1
TL
MHSS-E
2B
60˚
P
B
Dimensions Tough
1
Hard
Designation D TPI l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPG UNC-#4-40-M #4 40.0 56.00 11.0 18.0 3.50 3 2.70 2.30 DIN 371 • • •
TPG UNC-#5-40-M #5 40.0 56.00 11.0 18.0 3.50 3 2.70 2.60 DIN 371 • • •
TPG UNC-#6-32-M #6 32.0 56.00 12.0 20.0 4.00 3 3.00 2.85 DIN 371 • • •
TPG UNC-#8-32-M #8 32.0 63.00 13.0 21.0 4.50 3 3.40 3.50 DIN 371 • • •
TPG UNC-#10-24-M #10 24.0 70.00 15.0 25.0 6.00 3 4.90 3.90 DIN 371 • • •
TPG UNC-#12-24-M #12 24.0 80.00 16.0 30.0 6.00 3 4.90 4.50 DIN 371 • • •
TPG UNC-1/4-20-M 1/4" 20.0 80.00 17.0 30.0 7.00 3 5.50 5.20 DIN 371 • • •
TPG UNC-5/16-18-M 5/16" 18.0 90.00 20.0 35.0 8.00 3 6.20 6.60 DIN 371 • • •
TPG UNC-3/8-16-M 3/8" 16.0 100.00 22.0 39.0 9.00 3 7.00 8.00 DIN 371 • • •
TPG UNC-7/16-14-M 7/16" 14.0 100.00 22.0 - 8.00 3 6.20 9.40 DIN 376 • • •
TPG UNC-1/2-13-M 1/2" 13.0 110.00 25.0 - 9.00 3 7.00 10.75 DIN 376 • • •
TPG UNC-9/16-12-M 9/16" 12.0 110.00 26.0 - 11.00 3 9.00 12.25 DIN 376 • • •
TPG UNC-5/8-11-M 5/8" 11.0 110.00 27.0 - 12.00 3 9.00 13.50 DIN 376 • • •
TPG UNC-3/4-10-M 3/4" 10.0 125.00 30.0 - 14.00 4 11.00 16.50 DIN 376 • • •
TPG UNC-7/8-9-M 7/8" 9.0 140.00 32.0 - 18.00 4 14.50 19.50 DIN 376 • • •
TPG UNC-1-8-M 1" 8.0 160.00 36.0 - 20.00 4 16.00 22.25 DIN 376 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPG UNC (HSS)
HSS Machine Taps for Unified Coarse
Threads for a Wide Range of Materials
ISCAR
710
TAPS
S
Dd
l1
L1
TL
MHSS-E
2B
60˚
P
B
Dimensions Tough
1
Hard
Designation D TPI l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPG UNF-#4-48-M #4 48.0 56.00 11.0 18.0 3.50 3 2.70 2.40 DIN 371 • • •
TPG UNF-#5-44-M #5 44.0 56.00 11.0 18.0 3.50 3 2.70 2.70 DIN 371 • • •
TPG UNF-#6-40-M #6 40.0 56.00 12.0 20.0 4.00 3 3.00 3.00 DIN 371 • • •
TPG UNF-#8-36-M #8 36.0 63.00 13.0 21.0 4.50 3 3.40 3.50 DIN 371 • • •
TPG UNF-#10-32-M #10 32.0 70.00 15.0 25.0 6.00 3 4.90 4.10 DIN 371 • • •
TPG UNF-#12-28-M #12 28.0 80.00 16.0 30.0 6.00 3 4.90 4.70 DIN 371 • • •
TPG UNF-1/4-28-M 1/4" 28.0 80.00 17.0 30.0 7.00 3 5.50 5.50 DIN 371 • • •
TPG UNF-5/16-24-M 5/16" 24.0 90.00 17.0 35.0 8.00 3 6.20 6.90 DIN 371 • • •
TPG UNF-3/8-24-M 3/8" 24.0 100.00 18.0 39.0 9.00 3 7.00 8.50 DIN 371 • • •
TPG UNF-7/16-20-M 7/16" 20.0 100.00 22.0 - 8.00 3 6.20 9.90 DIN 374 • • •
TPG UNF-1/2-20-M 1/2" 20.0 100.00 22.0 - 9.00 3 7.00 11.50 DIN 374 • • •
TPG UNF-9/16-18-M 9/16" 18.0 100.00 22.0 - 11.00 3 9.00 12.90 DIN 374 • • •
TPG UNF-5/8-18-M 5/8" 18.0 100.00 22.0 - 12.00 3 9.00 14.50 DIN 374 • • •
TPG UNF-3/4-16-M 3/4" 16.0 110.00 25.0 - 14.00 4 11.00 17.50 DIN 374 • • •
TPG UNF-7/8-14-M 7/8" 14.0 125.00 26.0 - 18.00 4 14.50 20.50 DIN 374 • • •
TPG UNF-1-12-M 1" 12.0 140.00 28.0 - 20.00 4 16.00 23.25 DIN 374 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPG UNF (HSS)
HSS Machine Taps for Unified Fine
Threads for a Wide Range of Materials
S
Dd
l1
TL
L1
M
HSS-E 6H
60˚
P
C
Dimensions Tough
1
Hard
Designation D Pitch l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPS M-2X0.4-M M2 0.40 45.00 8.0 13.0 2.80 3 2.10 1.60 DIN 371 N• • •
TPS M-2.2X0.45-M M2.2 0.45 45.00 8.0 13.0 2.80 3 2.10 1.75 DIN 371 N• • •
TPS M-2.3X0.4-M M2.3 0.40 45.00 8.0 13.0 2.80 3 2.10 1.90 DIN 371 N• • •
TPS M-2.5X0.45-M M2.5 0.45 50.00 9.0 15.0 2.80 3 2.10 2.05 DIN 371 N• • •
TPS M-2.6X0.45-M M2.6 0.45 50.00 9.0 15.0 2.80 3 2.10 2.10 DIN 371 N• • •
TPS M-3X0.5-M M3 0.50 56.00 6.0 18.0 3.50 3 2.70 2.50 DIN 371 N• • •
TPS M-3.5X0.6-M M3.5 0.60 56.00 7.0 20.0 4.00 3 3.00 2.90 DIN 371 N• • •
TPS M-4X0.7-M M4 0.70 63.00 7.0 21.0 4.50 3 3.40 3.30 DIN 371 N• •
TPS M-4.5X0.75-M M4.5 0.75 70.00 8.0 25.0 6.00 3 4.90 3.70 DIN 371 N• • •
TPS M-5X0.8-M M5 0.80 70.00 8.0 25.0 6.00 3 4.90 4.20 DIN 371 N• • •
TPS M-6X1.0-M M6 1.00 80.00 10.0 30.0 6.00 3 4.90 5.00 DIN 371 N• •
TPS M-7X1.0-M M7 1.00 80.00 10.0 30.0 7.00 3 5.50 6.00 DIN 371 N• • •
TPS M-8X1.25-M M8 1.25 90.00 13.0 35.0 8.00 3 6.20 6.80 DIN 371 N• • •
TPS M-9X1.25-M M9 1.25 90.00 13.0 35.0 9.00 3 7.00 7.80 DIN 371 N• • •
TPS M-10X1.5-M M10 1.50 100.00 15.0 39.0 10.00 3 8.00 8.50 DIN 371 N• • •
TPS M-11X1.5-M M11 1.50 100.00 17.0 - 8.00 3 6.20 9.50 DIN 376 N• • •
TPS M-12X1.75-M M12 1.75 110.00 18.0 - 9.00 3 7.00 10.20 DIN 376 N• • •
TPS M-14X2.0-M M14 2.00 110.00 20.0 - 11.00 3 9.00 12.00 DIN 376 N• • •
TPS M-16X2.0-M M16 2.00 110.00 20.0 - 12.00 3 9.00 14.00 DIN 376 N• • •
TPS M-16X2.0-M-B M16 2.00 110.00 20.0 - 12.00 3 9.00 14.00 DIN 376 Y•
TPS M-18X2.5-M M18 2.50 125.00 25.0 - 14.00 4 11.00 15.50 DIN 376 N• • •
TPS M-18X2.5-M-B M18 2.50 125.00 25.0 - 14.00 4 11.00 15.50 DIN 376 Y•
TPS M-20X2.5-M M20 2.50 140.00 25.0 - 16.00 4 12.00 17.50 DIN 376 N• • •
TPS M-20X2.5-M-B M20 2.50 140.00 25.0 - 16.00 4 12.00 17.50 DIN 376 Y•
TPS M-22X2.5-M M22 2.50 140.00 25.0 - 18.00 4 14.50 19.50 DIN 376 N• • •
TPS M-22X2.5-M-B M22 2.50 140.00 25.0 - 18.00 4 14.50 19.50 DIN 376 Y•
TPS M-24X3.0-M M24 3.00 160.00 30.0 - 18.00 4 14.50 21.00 DIN 376 N• • •
TPS M-24X3.0-M-B M24 3.00 160.00 30.0 - 18.00 4 14.50 21.00 DIN 376 Y•
TPS M-27X3.0-M M27 3.00 160.00 30.0 - 20.00 4 16.00 24.00 DIN 376 N• • •
TPS M-30X3.5-M M30 3.50 180.00 35.0 - 22.00 4 18.00 26.50 DIN 376 N• • •
TPS M-30X3.5-M-B M30 3.50 180.00 35.0 - 22.00 4 18.00 26.50 DIN 376 Y•
• For user guide and cutting conditions, see pages 707, 716-738
TPS M (HSS)
DIN 13 HSS Spiral Flute Machine
Taps for Metric Coarse Threads
for a Wide Range of Materials
711
TAPS
S
Dd
l1
TL
M
HSS-E 6H
60˚
P
C
Dimensions Tough
1
Hard
Designation D Pitch l1TLd Flute S
Pre-
hole Standard
HE
HEST
HETI
TPS MF-4X0.5-M M4 0.50 63.00 5.0 2.80 3 2.10 3.50 DIN 374 • • •
TPS MF-5X0.5-M M5 0.50 70.00 5.0 3.50 3 2.70 4.50 DIN 374 • • •
TPS MF-6X0.75-M M6 0.75 80.00 8.0 4.50 3 3.40 5.20 DIN 374 • • •
TPS MF-6X0.5-M M6 0.50 80.00 5.0 4.50 3 3.40 5.50 DIN 374 • • •
TPS MF-7X0.75-M M7 0.75 80.00 10.0 5.50 3 4.30 6.20 DIN 374 • • •
TPS MF-8X1.0-M M8 1.00 90.00 10.0 6.00 3 4.90 7.00 DIN 374 • • •
TPS MF-8X0.75-M M8 0.75 80.00 8.0 6.00 3 4.90 7.20 DIN 374 • • •
TPS MF-10X1.25-M M10 1.25 100.00 16.0 7.00 3 5.50 8.80 DIN 374 • • •
TPS MF-10X1.0-M M10 1.00 90.00 10.0 7.00 3 5.50 9.00 DIN 374 • • •
TPS MF-10X0.75-M M10 0.75 90.00 10.0 7.00 3 5.50 9.20 DIN 374 • • •
TPS MF-12X1.5-M M12 1.50 100.00 15.0 9.00 3 7.00 10.50 DIN 374 • • •
TPS MF-12X1.25-M M12 1.25 100.00 15.0 9.00 3 7.00 10.80 DIN 374 • • •
TPS MF-12X1.0-M M12 1.00 100.00 11.0 9.00 3 7.00 11.00 DIN 374 • • •
TPS MF-14X1.5-M M14 1.50 100.00 15.0 11.00 3 9.00 12.50 DIN 374 • • •
TPS MF-14X1.25-M M14 1.25 100.00 15.0 11.00 3 9.00 12.80 DIN 374 • • •
TPS MF-14X1.0-M M14 1.00 100.00 11.0 11.00 3 9.00 13.00 DIN 374 • • •
TPS MF-16X1.5-M M16 1.50 100.00 15.0 12.00 3 9.00 14.50 DIN 374 • • •
TPS MF-16X1.0-M M16 1.00 100.00 12.0 12.00 3 9.00 15.00 DIN 374 • • •
TPS MF-18X1.5-M M18 1.50 110.00 17.0 14.00 4 11.00 16.50 DIN 374 • • •
TPS MF-18X1.0-M M18 1.00 110.00 13.0 14.00 4 11.00 17.00 DIN 374 • • •
TPS MF-20X1.5-M M20 1.50 125.00 17.0 16.00 4 12.00 18.50 DIN 374 • • •
TPS MF-20X1.0-M M20 1.00 125.00 14.0 16.00 4 12.00 19.00 DIN 374 • • •
TPS MF-22X1.5-M M22 1.50 125.00 17.0 18.00 4 14.50 20.50 DIN 374 • • •
TPS MF-22X1.0-M M22 1.00 125.00 14.0 18.00 4 14.50 21.00 DIN 374 • • •
TPS MF-24X2.0-M M24 2.00 140.00 20.0 18.00 4 14.50 22.00 DIN 374 • • •
TPS MF-24X1.5-M M24 1.50 140.00 20.0 18.00 4 14.50 22.50 DIN 374 • • •
TPS MF-26X1.5-M M26 1.50 140.00 20.0 18.00 4 14.50 24.50 DIN 374 • • •
TPS MF-27X2.0-M M27 2.00 140.00 20.0 20.00 4 16.00 25.00 DIN 374 • • •
TPS MF-27X1.5-M M27 1.50 140.00 20.0 20.00 4 16.00 25.50 DIN 374 • • •
TPS MF-28X1.5-M M28 1.50 140.00 20.0 20.00 4 16.00 26.50 DIN 374 • • •
TPS MF-30X2.0-M M30 2.00 150.00 22.0 22.00 4 18.00 28.00 DIN 374 • • •
TPS MF-30X1.5-M M30 1.50 150.00 22.0 22.00 4 18.00 28.50 DIN 374 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPS MF (HSS)
DIN 13 HSS Spiral Flute Machine
Taps for Metric Fine Threads for
a Wide Range of Materials
S
Dd
l1
L1
TL
M
HSS-E 2B
60˚
P
C
Dimensions Tough
1
Hard
Designation D TPI l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPS UNC-#4-40-M #4 40.0 56.00 6.0 18.0 3.50 3 2.70 2.30 DIN 371 • • •
TPS UNC-#5-40-M #5 40.0 56.00 7.0 18.0 3.50 3 2.70 2.60 DIN 371 • • •
TPS UNC-#6-32-M #6 32.0 56.00 7.0 20.0 4.00 3 3.00 2.85 DIN 371 • • •
TPS UNC-#8-32-M #8 32.0 63.00 8.0 21.0 4.50 3 3.40 3.50 DIN 371 • • •
TPS UNC-#10-24-M #10 24.0 70.00 10.0 25.0 6.00 3 4.90 3.90 DIN 371 • • •
TPS UNC-#12-24-M #12 24.0 80.00 10.0 30.0 6.00 3 4.90 4.50 DIN 371 • • •
TPS UNC-1/4-20-M 1/4" 20.0 80.00 13.0 30.0 7.00 3 5.50 5.20 DIN 371 • • •
TPS UNC-5/16-18-M 5/16" 18.0 90.00 14.0 35.0 8.00 3 6.20 6.60 DIN 371 • • •
TPS UNC-3/8-16-M 3/8" 16.0 100.00 16.0 39.0 9.00 3 7.00 8.00 DIN 371 • • •
TPS UNC-7/16-14-M 7/16" 14.0 100.00 17.0 - 8.00 3 6.20 9.40 DIN 376 • • •
TPS UNC-1/2-13-M 1/2" 13.0 110.00 20.0 - 9.00 3 7.00 10.75 DIN 376 • • •
TPS UNC-9/16-12-M 9/16" 12.0 110.00 20.0 - 11.00 3 9.00 12.25 DIN 376 • • •
TPS UNC-5/8-11-M 5/8" 11.0 110.00 22.0 - 12.00 3 9.00 13.50 DIN 376 • • •
TPS UNC-3/4-10-M 3/4" 10.0 125.00 25.0 - 14.00 4 11.00 16.50 DIN 376 • • •
TPS UNC-7/8-9-M 7/8" 9.0 140.00 27.0 - 18.00 4 14.50 19.50 DIN 376 • • •
TPS UNC-1-8-M 1" 8.0 160.00 30.0 - 20.00 4 16.00 22.25 DIN 376 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPS UNC (HSS)
HSS Spiral Flute Machine Taps
for Unified Coarse Threads for
a Wide Range of Materials
ISCAR
712
TAPS
S
Dd
l1
L1
TL
M
HSS-E 2B
60˚
P
C
Dimensions Tough
1
Hard
Designation D TPI l1TLL1d Flute S
Pre-
hole Standard
HE
HEST
HETI
TPS UNF-#4-48-M #4 48.0 56.00 6.0 18.0 3.50 3 2.70 2.40 DIN 371 • • •
TPS UNF-#5-44-M #5 44.0 56.00 7.0 18.0 3.50 3 2.70 2.70 DIN 371 • • •
TPS UNF-#6-40-M #6 40.0 56.00 7.0 20.0 4.00 3 3.00 3.00 DIN 371 • • •
TPS UNF-#8-36-M #8 36.0 63.00 8.0 21.0 4.50 3 3.40 3.50 DIN 371 • • •
TPS UNF-#10-32-M #10 32.0 70.00 10.0 25.0 6.00 3 4.90 4.10 DIN 371 • • •
TPS UNF-#12-28-M #12 28.0 80.00 10.0 30.0 6.00 3 4.90 4.70 DIN 371 • • •
TPS UNF-1/4-28-M 1/4" 28.0 80.00 10.0 30.0 7.00 3 5.50 5.50 DIN 371 • • •
TPS UNF-5/16-24-M 5/16" 24.0 90.00 10.0 35.0 8.00 3 6.20 6.90 DIN 371 • • •
TPS UNF-3/8-24-M 3/8" 24.0 100.00 10.0 39.0 9.00 3 7.00 8.50 DIN 371 • • •
TPS UNF-7/16-20-M 7/16" 20.0 100.00 13.0 - 8.00 3 6.20 9.90 DIN 374 • • •
TPS UNF-1/2-20-M 1/2" 20.0 100.00 13.0 - 9.00 3 7.00 11.50 DIN 374 • • •
TPS UNF-9/16-18-M 9/16" 18.0 100.00 15.0 - 11.00 3 9.00 12.90 DIN 374 • • •
TPS UNF-5/8-18-M 5/8" 18.0 100.00 15.0 - 12.00 3 9.00 14.50 DIN 374 • • •
TPS UNF-3/4-16-M 3/4" 16.0 110.00 17.0 - 14.00 4 11.00 17.50 DIN 374 • • •
TPS UNF-7/8-14-M 7/8" 14.0 125.00 17.0 - 18.00 4 14.50 20.50 DIN 374 • • •
TPS UNF-1-12-M 1" 12.0 140.00 20.0 - 20.00 4 16.00 23.25 DIN 374 • • •
• For user guide and cutting conditions, see pages 707, 716-738
TPS UNF (HSS)
HSS Spiral Flute Machine Taps
for Unified Fine Threads for a
Wide Range of Materials
S
Dd
l1
TL
L1
SHSS-E
6HX
60˚
P
B
Dimensions
Designation D Pitch l1TLL1d Flute S Pre-hole
HEST
TPG M-2.2X0.45-S M2.2 0.45 45.00 8.0 - 2.80 3 2.10 1.75 •
TPG M-2.3X0.4-S M2.3 0.40 45.00 8.0 - 2.80 3 2.10 1.90 •
TPG M-2.5X0.45-S M2.5 0.45 50.00 9.0 - 2.80 3 2.10 2.05 •
TPG M-2.6X0.45-S M2.6 0.45 50.00 9.0 - 2.80 3 2.10 2.10 •
TPG M-3X0.5-S M3 0.50 56.00 11.0 18.0 3.50 3 2.70 2.50 •
TPG M-3.5X0.6-S M3.5 0.60 56.00 12.0 20.0 4.00 3 3.00 2.90 •
TPG M-4X0.7-S M4 0.70 63.00 13.0 21.0 4.50 3 3.40 3.30 •
TPG M-4.5X0.75-S M4.5 0.75 70.00 14.0 25.0 6.00 3 4.90 3.70 •
TPG M-5X0.8-S M5 0.80 70.00 15.0 25.0 6.00 3 4.90 4.20 •
TPG M-6X1.0-S M6 1.00 80.00 17.0 30.0 6.00 3 4.90 5.00 •
TPG M-7X1.0-S M7 1.00 80.00 17.0 30.0 7.00 3 5.50 6.00 •
TPG M-8X1.25-S M8 1.25 90.00 20.0 35.0 8.00 3 6.20 6.80 •
TPG M-9X1.25-S M9 1.25 90.00 20.0 35.0 9.00 3 7.00 7.80 •
TPG M-10X1.5-S M10 1.50 100.00 22.0 39.0 10.00 3 8.00 8.50 •
TPG M-11X1.5-S M11 1.50 100.00 22.0 - 8.00 3 6.20 9.50 •
TPG M-12X1.75-S M12 1.75 110.00 24.0 - 9.00 4 7.00 10.20 •
TPG M-14X2.0-S M14 2.00 110.00 26.0 - 11.00 4 9.00 12.00 •
TPG M-16X2.0-S M16 2.00 110.00 27.0 - 12.00 4 9.00 14.00 •
TPG M-18X2.5-S M18 2.50 125.00 30.0 - 14.00 4 11.00 15.50 •
TPG M-20X2.5-S M20 2.50 140.00 32.0 - 16.00 4 12.00 17.50 •
• For user guide and cutting conditions, see pages 707, 716-738
TPG M-S (HSS)
DIN 13 HSS Gun Point Machine Taps
for ISO Metric Coarse Threads
713
TAPS
S
Dd
l1
TL
L1
HHSS-E
6H
60˚
P
B
Dimensions
Designation D Pitch l1TLL1d Flute S
Pre-
hole
HE
TPG M-2X0.4-H M2 0.40 45.00 8.0 - 2.80 3 2.10 1.60 •
TPG M-2.2X0.45-H M2.2 0.45 45.00 8.0 - 2.80 3 2.10 1.75 •
TPG M-2.3X0.4-H M2.3 0.40 45.00 8.0 - 2.80 3 2.10 1.90 •
TPG M-2.5X0.45-H M2.5 0.45 50.00 9.0 - 2.80 3 2.10 2.05 •
TPG M-2.6X0.45-H M2.6 0.45 50.00 9.0 - 2.80 3 2.10 2.10 •
TPG M-3X0.5-H M3 0.50 56.00 11.0 18.0 3.50 3 2.70 2.50 •
TPG M-3.5X0.6-H M3.5 0.60 56.00 12.0 20.0 4.00 3 3.00 2.90 •
TPG M-4X0.7-H M4 0.70 63.00 13.0 21.0 4.50 3 3.40 3.30 •
TPG M-4.5X0.75-H M4.5 0.75 70.00 14.0 25.0 6.00 3 4.90 3.70 •
TPG M-5X0.8-H M5 0.80 70.00 15.0 25.0 6.00 3 4.90 4.20 •
TPG M-6X1.0-H M6 1.00 80.00 17.0 30.0 6.00 3 4.90 5.00 •
TPG M-7X1.0-H M7 1.00 80.00 17.0 30.0 7.00 3 5.50 6.00 •
TPG M-8X1.25-H M8 1.25 90.00 20.0 35.0 8.00 3 6.20 6.80 •
TPG M-9X1.25-H M9 1.25 90.00 20.0 35.0 9.00 3 7.00 7.80 •
TPG M-10X1.5-H M10 1.50 100.00 22.0 39.0 10.00 3 8.00 8.50 •
TPG M-11X1.5-H M11 1.50 100.00 22.0 - 8.00 3 6.20 9.50 •
TPG M-12X1.75-H M12 1.75 110.00 24.0 - 9.00 3 7.00 10.20 •
TPG M-14X2.0-H M14 2.00 110.00 26.0 - 11.00 3 9.00 12.00 •
TPG M-16X2.0-H M16 2.00 110.00 27.0 - 12.00 3 9.00 14.00 •
TPG M-18X2.5-H M18 2.50 125.00 30.0 - 14.00 4 11.00 15.50 •
TPG M-20X2.5-H M20 2.50 140.00 32.0 - 16.00 4 12.00 17.50 •
• For user guide and cutting conditions, see pages 707, 716-738
TPG M-H (HSS)
DIN 13 HSS Gun Point Machine
Taps for ISO Metric Coarse Threads
for Hardened Steel and H.T.A.
S
Dd
l1
TL
L1
N
HSS-E 6H
60˚
P
C
Dimensions
Designation D Pitch l1TLL1d Flute S
Pre-
hole Ha° Standard
HEST
TPS M-2X0.4-N M2 0.40 45.00 8.0 - 2.80 3 2.10 1.60 40.0 DIN 371 •
TPS M-2.2X0.45-N M2.2 0.45 45.00 8.0 - 2.80 3 2.10 1.75 40.0 DIN 371 •
TPS M-2.3X0.4-N (1) M2.3 0.40 45.00 8.0 - 2.80 3 2.10 1.90 40.0 DIN 371 •
TPS M-2.5X0.45-N M2.5 0.45 50.00 9.0 - 2.80 3 2.10 2.05 40.0 DIN 371 •
TPS M-2.6X0.45-N (1) M2.6 0.45 50.00 9.0 - 2.80 3 2.10 2.10 40.0 DIN 371 •
TPS M-3X0.5-N M3 0.50 56.00 6.0 18.0 3.50 3 2.70 2.50 40.0 DIN 371 •
TPS M-3.5X0.6-N M3.5 0.60 56.00 7.0 20.0 4.00 3 3.00 2.90 40.0 DIN 371 •
TPS M-4X0.7-N M4 0.70 63.00 7.0 21.0 4.50 3 3.40 3.30 40.0 DIN 371 •
TPS M-4.5X0.75-N M4.5 0.75 70.00 8.0 25.0 6.00 3 4.90 3.70 40.0 DIN 371 •
TPS M-5X0.8-N M5 0.80 70.00 8.0 25.0 6.00 3 4.90 4.20 40.0 DIN 371 •
TPS M-6X1.0-N M6 1.00 80.00 10.0 30.0 6.00 3 4.90 5.00 40.0 DIN 371 •
TPS M-7X1.0-N M7 1.00 80.00 10.0 30.0 7.00 3 5.50 6.00 40.0 DIN 371 •
TPS M-8X1.25-N M8 1.25 90.00 13.0 35.0 8.00 3 6.20 6.80 40.0 DIN 371 •
TPS M-9X1.25-N M9 1.25 90.00 13.0 35.0 9.00 3 7.00 7.80 40.0 DIN 371 •
TPS M-10X1.5-N M10 1.50 100.00 15.0 39.0 10.00 3 8.00 8.50 40.0 DIN 371 •
TPS M-11X1.5-N M11 1.50 100.00 17.0 - 8.00 3 6.20 9.50 40.0 DIN 376 •
TPS M-12X1.75-N M12 1.75 110.00 18.0 - 9.00 3 7.00 10.20 40.0 DIN 376 •
TPS M-14X2.0-N M14 2.00 110.00 20.0 - 11.00 3 9.00 12.00 40.0 DIN 376 •
TPS M-16X2.0-N M16 2.00 110.00 20.0 - 12.00 3 9.00 14.00 40.0 DIN 376 •
TPS M-18X2.5-N M18 2.50 125.00 25.0 - 14.00 4 11.00 15.50 40.0 DIN 376 •
TPS M-20X2.5-N M20 2.50 140.00 25.0 - 16.00 4 12.00 17.50 40.0 DIN 376 •
• For user guide and cutting conditions, see pages 707, 716-738
(1) DIN profile
TPS M-N (HSS)
DIN 13 HSS R.H. 40° Spiral Flute
Machine Taps for ISO Metric Coarse
Threads for Low Alloyed Steel
ISCAR
714
TAPS
S
Dd
l1
TL
L1
H
HSS-E 6H
60˚
P
C
Dimensions
Designation D Pitch l1TLL1d Flute S
Pre-
hole Ha°
HEST
TPS M-2X0.4-H M2 0.40 45.00 8.0 - 2.80 3 2.10 1.60 40.0 •
TPS M-2.2X0.45-H M2.2 0.45 45.00 8.0 - 2.80 3 2.10 1.75 40.0 •
TPS M-2.3X0.4-H (1) M2.3 0.40 45.00 8.0 - 2.80 3 2.10 1.90 40.0 •
TPS M-2.5X0.45-H M2.5 0.45 50.00 9.0 - 2.80 3 2.10 2.05 40.0 •
TPS M-2.6X0.45-H (1) M2.6 0.45 50.00 9.0 - 2.80 3 2.10 2.10 40.0 •
TPS M-3X0.5-H M3 0.50 56.00 6.0 18.0 3.50 3 2.70 2.50 40.0 •
TPS M-3.5X0.6-H M3.5 0.60 56.00 7.0 20.0 4.00 3 3.00 2.90 40.0 •
TPS M-4X0.7-H M4 0.70 63.00 7.0 21.0 4.50 3 3.40 3.30 40.0 •
TPS M-4.5X0.75-H M4.5 0.75 70.00 8.0 25.0 6.00 3 4.90 3.70 40.0 •
TPS M-5X0.8-H M5 0.80 70.00 8.0 25.0 6.00 3 4.90 4.20 40.0 •
TPS M-6X1.0-H M6 1.00 80.00 10.0 30.0 6.00 3 4.90 5.00 40.0 •
TPS M-7X1.0-H M7 1.00 80.00 10.0 30.0 7.00 3 5.50 6.00 40.0 •
TPS M-8X1.25-H M8 1.25 90.00 13.0 35.0 8.00 3 6.20 6.80 40.0 •
TPS M-9X1.25-H M9 1.25 90.00 13.0 35.0 9.00 3 7.00 7.80 40.0 •
TPS M-10X1.5-H M10 1.50 100.00 15.0 39.0 10.00 3 8.00 8.50 40.0 •
TPS M-11X1.5-H M11 1.50 100.00 17.0 - 8.00 3 6.20 9.50 40.0 •
TPS M-12X1.75-H M12 1.75 110.00 18.0 - 9.00 3 7.00 10.20 40.0 •
TPS M-14X2.0-H M14 2.00 110.00 20.0 - 11.00 3 9.00 12.00 40.0 •
TPS M-16X2.0-H M16 2.00 110.00 20.0 - 12.00 3 9.00 14.00 40.0 •
TPS M-18X2.5-H M18 2.50 125.00 25.0 - 14.00 4 11.00 15.50 40.0 •
TPS M-20X2.5-H M20 2.50 140.00 25.0 - 16.00 4 12.00 17.50 40.0 •
• For user guide and cutting conditions, see pages 707, 716-738
(1) DIN profile
TPS M-H (HSS)
DIN 13 HSS Right-Hand 40° Spiral
Flute Machine Taps for ISO Metric
Coarse Threads for H.T.A.
S
Dd
l1
TL
L1
GHSS-E 6HX
60˚
P
C
Dimensions
Designation D Pitch l1TLL1d Flute S Pre-hole
HENI
TPST M-2.2X0.45-G M2.2 0.45 45.00 8.0 - 2.80 3 2.10 1.75 •
TPST M-2.3X0.4-G (1) M2.3 0.40 45.00 8.0 - 2.80 3 2.10 1.90 •
TPST M-2.5X0.45-G M2.5 0.45 50.00 9.0 - 2.80 3 2.10 2.05 •
TPST M-2.6X0.45-G (1) M2.6 0.45 50.00 9.0 - 2.80 3 2.10 2.10 •
TPST M-3X0.5-G M3 0.50 56.00 11.0 18.0 3.50 3 2.70 2.50 •
TPST M-3.5X0.6-G M3.5 0.60 56.00 12.0 20.0 4.00 3 3.00 2.90 •
TPST M-4X0.7-G M4 0.70 63.00 13.0 21.0 4.50 3 3.40 3.30 •
TPST M-4.5X0.75-G M4.5 0.75 70.00 14.0 25.0 6.00 3 4.90 3.70 •
TPST M-5X0.8-G M5 0.80 70.00 15.0 25.0 6.00 4 4.90 4.20 •
TPST M-6X1.0-G M6 1.00 80.00 17.0 30.0 6.00 4 4.90 5.00 •
TPST M-7X1.0-G M7 1.00 80.00 17.0 30.0 7.00 4 5.50 6.00 •
TPST M-8X1.25-G M8 1.25 90.00 20.0 35.0 8.00 4 6.20 6.80 •
TPST M-9X1.25-G M9 1.25 90.00 20.0 35.0 9.00 4 7.00 7.80 •
TPST M-10X1.5-G M10 1.50 100.00 22.0 39.0 10.00 4 8.00 8.50 •
TPST M-11X1.5-G M11 1.50 100.00 22.0 - 8.00 4 6.20 9.50 •
TPST M-12X1.75-G M12 1.75 110.00 24.0 - 9.00 4 7.00 10.20 •
TPST M-14X2.0-G M14 2.00 110.00 26.0 - 11.00 4 9.00 12.00 •
TPST M-16X2.0-G M16 2.00 110.00 27.0 - 12.00 4 9.00 14.00 •
TPST M-18X2.5-G M18 2.50 125.00 30.0 - 14.00 4 11.00 15.50 •
TPST M-20X2.5-G M20 2.50 140.00 32.0 - 16.00 4 12.00 17.50 •
• For user guide and cutting conditions, see pages 707, 716-738
(1) DIN profile
TPST M-G (HSS)
DIN 13 HSS Straight Flute Machine
Taps for ISO Metric Coarse
Threads for Grey Cast Iron
715
TAPS
S
Dd
l1
TL
L1
GHSS-E 6HX
60˚
P
C
Dimensions
Designation D Pitch l1TLd Flute S Pre-hole
HENI
TPST MF-10X1.0-G M10 1.00 90.00 18.0 7.00 3 5.50 9.00 •
TPST MF-10X1.25-G M10 1.25 100.00 22.0 7.00 3 5.50 8.80 •
TPST MF-12X1.25-G M12 1.25 100.00 22.0 9.00 3 7.00 10.50 •
TPST MF-14X1.5-G M14 1.50 100.00 22.0 11.00 3 9.00 12.50 •
TPST MF-16X1.5-G M16 1.50 100.00 22.0 12.00 3 11.00 14.50 •
TPST MF-22X1.5-G M22 1.50 125.00 25.0 18.00 4 14.50 20.50 •
TPST MF-G (HSS)
DIN 13 HSS Straight Flute
Machine Taps for ISO Metric Fine
Threads for Grey Cast Iron
S
Dd
l1
TL
L1
F
HSS-E 6HX
60˚
P
C
TI
Dimensions
Designation D Pitch l1TLL1d Flute S
Pre-
hole Standard
HETI
TPF M-2X0.4-F M2 0.40 45.00 8.0 - 2.80 5 2.10 1.83 DIN 371 •
TPF M-2.2X0.45-F M2.2 0.45 45.00 8.0 - 2.80 5 2.10 2.00 DIN 371 •
TPF M-2.3X0.4-F (1) M2.3 0.40 45.00 8.0 - 2.80 5 2.10 2.10 DIN 371 •
TPF M-2.5X0.45-F M2.5 0.45 50.00 9.0 - 2.80 5 2.10 2.30 DIN 371 •
TPF M-2.6X0.45-F (1) M2.6 0.45 50.00 9.0 - 2.80 5 2.10 2.40 DIN 371 •
TPF M-3X0.5-F M3 0.50 56.00 11.0 18.0 3.50 5 2.70 2.80 DIN 371 •
TPF M-3.5X0.6-F M3.5 0.60 56.00 12.0 20.0 4.00 5 3.00 3.25 DIN 371 •
TPF M-4X0.7-F M4 0.70 63.00 13.0 21.0 4.50 5 3.40 3.70 DIN 371 •
TPF M-4.5X0.75-F M4.5 0.75 70.00 14.0 25.0 6.00 5 4.90 4.15 DIN 371 •
TPF M-5X0.8-F M5 0.80 70.00 15.0 25.0 6.00 5 4.90 4.65 DIN 371 •
TPF M-6X1.0-F M6 1.00 80.00 17.0 30.0 6.00 5 4.90 5.55 DIN 371 •
TPF M-7X1.0-F M7 1.00 80.00 17.0 30.0 7.00 5 5.50 6.55 DIN 371 •
TPF M-8X1.25-F M8 1.25 90.00 20.0 35.0 8.00 5 6.20 7.40 DIN 371 •
TPF M-9X1.25-F M9 1.25 90.00 20.0 35.0 9.00 5 7.00 8.40 DIN 371 •
TPF M-10X1.5-F M10 1.50 100.00 22.0 39.0 10.00 5 8.00 9.30 DIN 371 •
TPF M-11X1.5-F M11 1.50 100.00 22.0 - 8.00 5 6.20 10.30 DIN 376 •
TPF M-12X1.75-F M12 1.75 110.00 24.0 - 9.00 5 7.00 11.20 DIN 376 •
TPF M-14X2.0-F M14 2.00 110.00 26.0 - 11.00 5 9.00 13.00 DIN 376 •
TPF M-16X2.0-F M16 2.00 110.00 27.0 - 12.00 6 9.00 15.00 DIN 376 •
TPF M-18X2.5-F M18 2.50 125.00 30.0 - 14.00 6 11.00 16.80 DIN 376 •
TPF M-20X2.5-F M20 2.50 140.00 32.0 - 16.00 6 12.00 18.80 DIN 376 •
• For user guide and cutting conditions, see pages 707, 716-738
(1) DIN profile
TPF M-F (HSS)
DIN 13 HSS Cold Forming Machine
Taps for ISO Metric Coarse Threads
ISCAR
716
TAPS
USER GUIDE CONTENTS
Tap Surface Treatment and Coating Types .................................. 717
Tolerances According to DIN EN 22857.... ..................................717
Taps Nomenclature and Standards .............................................718
Pre-Tapping Hole Size .... ...........................................................720
Tap Standard Dimensions ...........................................................722
Tap Tolerances.... .......................................................................728
Troubleshooting .... .....................................................................730
Regrinding .................................................................................. 731
Test Report Form... .....................................................................734
Thread Standards List ................................................................736
Tapping Attachments ..................................................................737
717
TAPS
717
USER GUIDE
Tap Surface Treatments and Coating Types
The high speed steels we use grant high wear resistance
and toughness.
For machining certain materials, various surface
treatments are an advantage.
Steam Tempered (ST)
The steam tempered is a Fe3O4 oxide coating which
reduces the friction between the tool and workpiece and
prevents cold welding.
Nitriding (NI)
Recommended surface treatment for machining hard
wear/abrasive materials such as grey cast iron,
aluminum alloys with high silicon percentage (more
than 10%).
TiN Coating (TI)
The TiN coating has a hardness of approximately 2,300
HV and is temperature resistant up to approximately
600°C. This is an excellent golden colored coating
for general applications.
TiCN-COATING – TiCN
TiCN takes place of TiN when the conditions require the
coating to have a different
hardness and toughness.
The TiCN brings an advantage to machining very difficult
steels or cutting
interrupted bores.
The TiCN-coating has a hardness of approx. 3,000 HV,
but is temperature-resistant up to approx. 400° only. That
means TiCN needs excellent cooling for long service life.
Color: Blue-grey coefficient of friction against steel : 0.4
TiAIN-COATING – TiAIN
This is a special coating for machining abrasive materials
such as: grey cast iron, alu-alloys with silicon, fiber
reinforced plastics, etc., or machining under high
temperatures, which means with insufficient cooling, or
high speeds ≥ 600m/min. The TiAIN has a hardness of
approx. 3,000 HV and is temperature resistant up to
approx. 800°.
Color: Violet-grey coefficient of friction against steel : 0.4
Hardslick-COATING – Hardslick
Hardslick combines in a novel way the advantages of an
extremely hard, thermally stable TiAIN-coating with the
sliding and lubricating properties of an outer
WC/C (Tungsten carbide/carbon) coating. The hardslick
coating has a hardness of approx. 3,000 HV and is
temperature-resistant up to approx. 800°.
Color: Violet-grey coefficient of friction against steel : 0.2
Tolerances According to DIN EN 22857
For taps with ISO metric threads.
The following chart gives a comparison between
the new standard DIN EN 22857 and the withdrawn
standard DIN 802 part 1. An important change is
the re-classification from tap tolerance to tap
application class.
A suitable transition period is to be expected.
Codes for tolerance classes 7G/8G and <X>
tolerance zones have yet to be standardized
within DIN EN 22857, and the values
from DIN 802 part will remain valid.
Application class
for taps to
DIN EN 22857
Tolerance class to
withdrawn standard
DIN 802 part 1
Allotment of the
tolerance zones of the nut thread
to be cut
Class 1 ISO 1 4H 4H 5H - - -
Class 2 ISO 2 6H 5G 5G 6H - -
Class 3 ISO 3 6G - - 6G 7H 8H
- - 7G - - - 7G 8G
ISCAR
718
TAPS
ISCAR
718
USER GUIDE
Dd3
L1
Cm L4
d4 d2
L2
L3
L
S
L5
D Major diameter
d2 Shank diameter
d3 Chamfer diameter
d4 Neck diameter
L Total length
L Total length
L1 Thread length
L2 Shank length
L3 Square length
L4 Neck length
L5 Chamfer length
L6 Flute length
S Square size
Cm Center male
Cf Center female
L6
Cf
d3
L1L4
L
L2
d4
D
Tap Nomenclature and Standards
DIN 371 DIN 376
ca. 6 threads ca. 4 threads ca. 2 threads
First taper tap Second tap Bottoming tap
Form A
Long, 6-8 threads for
short through holes.
Form B
Medium, 3.5-5 threads,
with spiral point for all through
holes and deep tapping holes.
Form C
Long, 2-3 threads for blind
holes and generally for aluminum
grey cast iron and brass.
Form D
Medium, 3.5-5 threads for
through and blind holes
with sufficient runout.
Form E
Extremely short, 1.5-2 threads
for blind holes with little runout
depth. Avoid use if possible.
Form F
Extremely short, 1-1.5 threads
for blind holes with little runout
depth. Avoid use if possible.
Chamfer Lead Forms According to DIN 2197
Chamfer Lead Length for Sets of 3 Hand Taps
A
B
C
D
E
F
1-1.5 threads
1.5-2 threads
3.5-5 threads
2-3 threads
3.5-5 threads
6-8 threads
719
TAPS
719
USER GUIDE
Recommendation of Application
Tap Styles for Hole Types
1. Straight fluted tap
with spiral point
2. Left-hand spiral fluted tap
3. Straight fluted tap
with long chamfer lead
Thr
ough hole
1. Right-hand spiral fluted tap
2. Straight fluted tap
with short chamfer lead
Blind hole
Front End Shank End
External Center External Center
1 4
Stepped External Center Chamfer
5
2
Internal Center Internal Center
6
3
Thread Dia. Range (mm) Front End Shank End Tap Standard
<Ø6 DIN352
Ø7 DIN371
>Ø8 DIN376
14
4
5
5
5
6
6
1
1
2
2 3
Front and End Configurations According to DIN2197
ISCAR
720
TAPS
ISCAR
720
USER GUIDE
Pre-Tapping Hole Sizes
ISO Metric
Threads
Coarse Pitch
MPitch
mm
Max
Core
Dia.mm
Drill
Size
mm
1 0.25 0.785 0.75
1,1 0.25 0.885 0.85
1,2 0.25 0.985 0.95
1,4 0.30 1.160 1.10
1,6 0.35 1.321 1.25
1,7 0.35 1.346 1.30
1,8 0.35 1.521 1.45
2 0.40 1.679 1.60
2,2 0.45 1.838 1.75
2,3 0.40 1.920 1.90
2,5 0.45 2.138 2.05
2,6 0.45 2.176 2.10
3 0.50 2.599 2.50
3,5 0.60 3.010 2.90
4 0.70 3.422 3.30
4,5 0.75 3.878 3.70
5 0.80 4.334 4.20
6 1.00 5.153 5.00
7 1.00 6.153 6.00
8 1.25 6.912 6.80
9 1,25 7.912 7.80
10 1.50 8.676 8.50
11 1.50 9.676 9.50
12 1.75 10.441 10.20
14 2.00 12.210 12.00
16 2.00 14.210 14.00
18 2.50 15.744 15.50
20 2.50 17.744 17.50
22 2.50 19.744 19.50
24 3.00 21.252 21.00
27 3.00 24.252 24.00
30 3.50 26.771 26.50
33 3.50 29.771 29.50
36 4.00 32.270 32.00
39 4.00 35.270 35.00
42 4.50 37.799 37.50
45 4.50 40.799 40.50
48 5.00 43.297 43.00
52 5.00 47.297 47.00
56 5.50 50.796 50.50
60 5.50 54.796 54.50
64 6.00 58.305 58.00
68 6.00 62.305 62.00
ISO Metric
Threads
Fine Pitch
MF Pitch
mm
Max
Core
Dia.mm
Drill
Size
mm
2,5 0.35 2.221 2.15
3 0.35 2.271 2.65
3,5 0.35 3.221 3.15
4 0.50 3.599 3.50
4,5 0.50 4.099 4.00
5 0.50 4.599 4.50
5,5 0.50 5.099 5.00
6 0.75 5.378 5.20
7 0.75 6.378 6.20
8 0.75 7.378 7.20
8 1.00 7.153 7.00
9 0.75 8.378 8.20
9 1.00 8.153 8.00
10 0.75 9.378 9.20
10 1.00 9.153 9.00
10 1.25 8.912 8.80
11 0.75 10.378 10.20
11 1.00 10.153 10.00
12 1.00 11.153 11.00
12 1,25 10.912 10.80
12 1,50 10.676 10.50
14 1,00 13.153 13.00
14 1,25 12.912 12.80
14 1.50 12.676 12.50
15 1.00 14.153 14.00
15 1.50 13.676 13.50
16 1.00 15.153 15.00
16 1.50 14.676 14.50
17 1.00 16.153 16.00
17 1.50 15.676 15.50
18 1.00 17.153 17.00
18 1.50 16.676 16.50
18 2.00 16.210 16.00
20 1.00 19.153 19.00
20 1.50 18.676 18.50
20 2.00 18.210 18.00
22 1,00 21.153 21.00
22 1.50 20.676 20.50
22 2.00 20.210 20.00
24 1.00 23.153 23.00
24 1,50 22.676 22.50
24 2,00 22.210 22.00
25 1.00 24.153 24.00
25 1.50 23.676 23.50
ISO Metric
Threads
Fine Pitch
MF Pitch
mm
Max
Core
Dia.mm
Drill
Size
mm
25 2.00 23.210 23.00
26 1.50 24.676 24.50
27 1.00 26.153 26.00
27 1.50 25.676 25.50
27 2.00 25.210 25.00
28 1.00 27.153 27.00
28 1.50 26.676 26.50
28 2.00 26.210 26.00
30 1.00 29.153 29.00
30 1.50 28.676 28.50
30 2.00 28.210 28.00
30 3.00 27.252 27.00
32 1.50 30.675 30.50
32 2.00 30.210 30.00
33 1.50 31.676 31.50
33 2.00 31.210 31.00
33 3.00 30.252 30.00
35 1.50 33.676 33.50
36 1.50 34.676 34.50
36 2.00 34.210 34.00
36 3.00 33.252 33.00
38 1.50 36.676 36.50
39 1.50 37.676 37.50
39 2.00 37.210 37.00
39 3.00 36.252 36.00
40 1,50 38.676 38.50
40 2.00 38.210 38.00
40 3,00 37.252 37.00
42 1,50 40.676 40.50
42 2,00 40.210 40.00
42 3,00 39.252 39.00
45 1.50 43.676 43.50
45 2.00 43.210 43.00
45 3.00 42.252 42.00
48 1.50 46.676 46.50
48 2.00 46.210 46.00
48 3.00 45.252 45.00
50 1.50 48.676 48.50
50 2.00 48.210 48.00
50 3.00 47.252 47.00
52 1.50 50.676 50.50
52 2.00 50.210 50.00
52 3.00 49.252 49.00
721
TAPS
721
USER GUIDE
Pre-Tapping Hole Sizes - Forming Taps
Recommended
Tap Drill Size
MPitch
mm
Drill
Size
mm
1 0.25 0.9
1.1 0.25 1
1.2 0.25 1.1
1.4 0.3 1.28
1.6 0.35 1.47
1.7 0.35 1.57
1.8 0.35 1.67
2 0.4 1.85
2.2 0.45 2.03
2.3 0.4 2.15
2.5 0.45 2.33
2.6 0.45 2.43
3 0.5 2.8
3.5 0.6 3.25
4 0.7 3.7
4.5 0.75 4.2
5 0.8 4.65
6 1 5.1
7 1 5.6
8 1.25 6.6
9 1.25 7.45
10 1.5 8.45
11 1.5 9.35
12 1.75 11.25
14 2 13.1
16 2 15.1
18 2.5 16.85
20 2.5 18.85
22 2.5 20.85
24 3 22.65
27 3 25.65
30 3.5 28.4
33 3.5 31.4
36 4 34.15
39 4 37.15
42 4.5 39.9
45 4.5 42.9
48 5 45.65
Recommended
Tap Drill Size
MF Pitch
mm
Drill
Size
mm
2.5 0.35 2.37
2.6 0.35 2.47
3 0.35 2.88
3.5 0.35 3.38
4 0.5 3.8
5 0.5 4.8
6 0.5 5.8
6 0.75 5.7
7 0.75 6.7
8 0.75 7.7
8 1 7.6
9 0.75 8.7
9 1 8.6
10 0.75 9.7
10 1 9.6
10 1.25 9.45
11 1 10.6
12 1 11.6
12 1.25 11.45
12 1.5 11.35
14 1 13.6
14 1.25 13.45
14 1.5 13.35
15 1 14.6
15 1.5 14.35
16 1 15.6
16 1.5 15.35
18 4 17.6
18 1.5 17.35
18 2 17.1
20 1 19.6
20 1.5 19.35
20 2 19.1
24 2 23.1
30 2 29.1
36 3 34.65
42 4 40.15
48 3 46.65
Pre-Tapping Hole Sizes - General Taps
American Unified
Coarse Threads
UNC T. P. I
Max.
Core
Dia.
inch
Drill
Size
mm
#1 64 1.585 1.5
#2 56 1.872 1.8
#3 48 2.146 2.1
#4 40 2.385 2.3
#5 40 2.697 2.6
#6 32 2.896 2.85
#8 32 3.528 3.5
#10 24 3.95 3.9
#12 24 4.59 4.5
1/4" 20 5.25 5.2
5/16" 18 6.68 6.6
3/8" 16 8.082 8
7/16" 14 9.441 9.4
1/2" 13 10.881 10.75
9/16" 12 12.301 12.25
5/8" 11 13.693 13.5
3/4" 10 16.624 16.5
7/8" 9 19.52 19.5
1" 8 22.344 22.25
1*1/8" 7 25.082 25
1*1/4" 7 28.258 28.25
1*3/8" 6 30.851 30.75
1*1/2" 6 34.026 34
1*3/4" 5 39.56 39.5
2" 4.5 45.367 45.25
American Unified
Fine Threads
UNF T. P. I
Max.
Core
Dia.
inch
Drill
Size
mm
#0 80 1.306 1.3
#1 72 1.613 1.6
#2 64 1.913 1.9
#3 56 2.197 2.1
#4 48 2.459 2.4
#5 44 2.741 2.7
#6 40 3.012 3
#8 36 3.597 3.5
#10 32 4.168 4.1
#12 28 4.717 4.7
1/4" 28 5.563 5.5
5/16" 24 6.995 6.9
3/8" 24 8.565 8.5
7/16" 20 9.947 9.9
1/2" 20 11.524 11.5
9/16" 18 12.969 12.9
5/8" 18 14.554 14.5
3/4" 16 17.546 17.5
7/8" 14 20.493 20.5
1" 12 23.363 23.25
1*1/8" 12 26.538 26.5
1*1/4" 12 29.713 29.5
1*3/8" 12 32.888 32.7
1*1/2" 12 36.063 36
ISCAR
722
TAPS
ISCAR
722
USER GUIDE
ISO Metric Thread
Nominal Dimensions According to UNI 4535-64
Tap flank diameter production tolerances for ISO 6H
Nut threads limit dimensions - nut threads ISO 6H
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Nominal
Dia.
d=D
Pitch
P
Flank
Dia.
d2=D2
Minor Diameter Thread Depth Radius
r
Flank Dia. Tap
Tolerance 6H d2
Flank Dia. Tap
Tolerance 6H
Screw
d3
Nut
D1
Screw
h3
Nut
H1 Min. Max. Min. Max.
M1.6 0.35 1.373 1.171 1.221 0.215 0.189 0.051 1.393 1.407 1.373 1.458
M1.8 0.35 1.573 1.371 1.421 0.215 0.189 0.051 1.593 1.607 1.573 1.658
M2 0.4 1.740 1.509 1.567 0.245 0.217 0.058 1.761 1.776 1.740 1.830
M2.2 0.45 1.908 1.648 1.713 0.276 0.244 0.065 1.931 1.946 1.908 2.003
M2.5 0.45 2.208 1.948 2.013 0.276 0.244 0.065 2.231 2.246 2.208 2.303
M3 0.5 2.675 2.387 2.459 0.307 0.271 0.072 2.699 2.715 2.675 2.775
M3.5 0.6 3.110 2.764 2.850 0.368 0.325 0.087 3.137 3.155 3.110 3.222
M4 0.7 3.545 3.141 3.242 0.429 0.379 0.101 3.574 3.593 3.545 3.663
M4.5 0.75 4.013 3.580 3.688 0.460 0.406 0.108 4.042 4.061 4.013 4.131
M5 0.8 4.480 4.019 4.134 0.491 0.433 0.115 4.510 4.530 4.480 4.605
M6 1 5.350 4.773 4.917 0.613 0.541 0.144 5.385 5.409 5.350 5.500
M7 1 6.350 5.773 5.917 0.613 0.541 0.144 6.385 6.409 6.350 6.500
M8 1.25 7.188 6.466 6.647 0.767 0.677 0.180 7.226 7.251 7.188 7.348
M9 1.25 8.188 7.466 7.647 0.767 0.677 0.180 8.226 8.251 8.188 8.348
M10 1.5 9.026 8.160 8.376 0.920 0.812 0.217 9.068 9.096 9.026 9.206
M11 1.5 10.026 9.160 9.376 0.920 0.812 0.217 10.068 10.096 10.026 10.206
M12 1.75 10.863 9.853 10.106 1.074 0.947 0.253 10.911 10.943 10.863 11.063
M14 2 12.701 11.546 11.835 1.227 1.083 0.289 12.752 12.786 12.701 12.913
M16 2 14.701 13.546 13.835 1.227 1.083 0.289 14.752 14.786 14.701 14.913
M18 2.5 16.376 14.933 15.294 1.534 1.353 0.361 16.430 16.466 16.376 16.600
M20 2.5 18.376 16.933 17.294 1.534 1.353 0.361 18.430 18.466 18.376 18.600
M22 2.5 20.376 18.933 19.294 1.534 1.353 0.361 20.430 20.466 20.376 20.600
M24 3 22.051 20.319 20.752 1.840 1.624 0.433 22.115 22.157 22.051 22.316
M27 3 25.051 23.319 23.752 1.840 1.624 0.433 25.115 25.157 25.051 25.316
M30 3.5 27.727 25.706 26.211 2.147 1.894 0.505 27.794 27.839 27.727 28.007
M33 3.5 30.727 28.706 29.211 2.147 1.894 0.505 30.794 30.839 30.727 31.007
M36 4 33.402 31.093 31.670 2.454 2.165 0.577 33.473 33.520 33.402 33.702
M39 4 36.402 34.093 34.670 2.454 2.165 0.577 36.473 36.520 36.402 36.702
M42 4.5 39.077 36.479 37.129 2.760 2.436 0.650 39.152 39.202 39.077 39.392
M45 4.5 42.077 39.479 40.129 2.760 2.436 0.650 42.152 42.202 42.077 42.392
M48 5 44.752 41.866 42.587 3.067 2.706 0.722 44.832 44.885 44.752 45.087
M52 5 48.752 45.866 46.587 3.067 2.706 0.722 48.832 48.885 48.752 49.087
M56 5.5 52.428 49.252 50.046 3.374 2.977 0.794 52.512 52.568 52.428 52.783
M60 5.5 56.428 53.252 54.046 3.374 2.977 0.794 56.512 56.568 56.428 56.783
M64 6 60.103 56.639 57.505 3.681 3.248 0.866 60.193 60.253 60.103 60.478
M68 6 64.103 60.639 61.505 3.681 3.248 0.866 64.193 64.253 64.103 64.478
Metric Thread MA (old UNI 159 profile) Nut Tolerance SH8
M1.7 0.35 1.473 1.246 1.246 0.227 0.227 0.040 1.493 1,507 1.473 1.529
M2.3 0.4 2.040 1.780 1.780 0.260 0.260 0.040 2.061 2.076 2.040 2.120
M2.6 0.45 2.308 2.016 2.016 0.292 0.292 0.050 2.331 2.346 2.308 2.388
723
TAPS
723
USER GUIDE
ISO Metric Fine Thread
Nominal Dimensions According to UNI 4535-64
Tap flank diameter production tolerances for ISO 6H
Nut threads limit dimensions - nut threads ISO 6H
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Nominal
Dia.
d=D
Pitch
P
Flank
Dia.
d2=D2
Minor Diameter Thread Depth Radius
r
Flank Dia. Tap
Tolerance 6H d2
Flank Dia. Tap
Tolerance 6H
Screw
d3
Nut
D1
Screw
h3
Nut
H1 Min. Max. Min. Max.
M 2 0.25 1.838 1.693 1.729 0.153 0.135 0.036 1.844 1.856 1.838 1.886
M 2.5 0.35 2.273 2.701 2.121 0.215 0.189 0.051 2.293 2.307 2.273 2.358
M 3 0.35 2.773 2.571 2.621 0.215 0.189 0.051 2.794 2.809 2.773 2.863
M 3.5 0.35 3.273 3.071 3.121 0.215 0.189 0.051 3.294 3.309 3.273 3.363
M 4 0.5 3.675 3.387 3.459 0.307 0.271 0.072 3.699 3.715 3.675 3.775
M 4.5 0.5 4.175 3.887 3.959 0.307 0.271 0.072 4.199 4.215 4.175 4.275
M 5 0.5 4.675 4.387 4.459 0.307 0.271 0.072 4.699 4.715 4.675 4.775
M 5.5 0.5 5.175 4.887 4.959 0.307 0.271 0.072 5.199 5.215 5.175 5.275
M 6 0.5 5.675 5.387 5.459 0.307 0.271 0.072 5.702 5.72 5.675 5.787
M 6 0.75 5.513 5.08 5.188 0.46 0.406 0.108 5.545 5.566 5.513 5.645
M 7 0.75 6.513 6.08 6.188 0.46 0.406 0.108 6.545 6.566 6.513 6.645
M 8 0.5 7.675 7.387 7.459 0.307 0.271 0.072 7.702 7.72 7.675 7.787
M 8 0.75 7.513 7.08 7.188 0.46 0.406 0.108 7.545 7.566 7.513 7.645
M 8 1 7.35 6.773 6.917 0.613 0.541 0.144 7.835 7.409 7.35 7.5
M 9 0.75 8.513 8.08 8.188 0.46 0.406 0.108 8.545 8.566 8.513 8.645
M 9 1 8.35 7.773 7.917 0.613 0.541 0.144 8.385 8.409 8.35 8.5
M 10 0.5 9.675 9.387 9.459 0.307 0.271 0.072 9.702 9.72 9.675 9.787
M 10 0.75 9.513 9.08 9.188 0.46 0.406 0.108 9.545 9.566 9.513 9.645
M 10 1 9.35 8.773 8.917 0.613 0.541 0.144 9.385 9.409 9.35 9.5
M 10 1.25 9.188 8.466 8.647 0.767 0.677 0.18 9.226 9.251 9.188 9.348
M 11 0.75 10.513 10.08 10.188 0.46 0.406 0.108 10.545 10.566 10.513 10.645
M 11 1 10.35 9.773 9.917 0.613 0.541 0.144 10.385 10.409 10.35 10.5
M 12 0.75 11.513 11.08 11.188 0.46 0.406 0.108 11.547 11.569 11.513 11.653
M 12 1 11.35 10.773 10.917 0.613 0.541 0.144 11.388 11.413 11.35 11.51
M 12 1.25 11.188 10.466 10.647 0.767 0.677 0.18 11.23 11.258 11.188 11.368
M 12 1.5 11.026 10.16 10.376 0.92 0.812 0.217 11.071 11.101 11.026 11.216
M 13 1 12.35 11.773 11.917 0.613 0.541 0.144 12.388 12.413 12.35 12.51
M 14 1 13.35 12.773 12.917 0.613 0.541 0.144 13.388 13.413 13.35 13.51
M 14 1.25 13.188 12.466 12.647 0.767 0.677 0.18 13.23 13.258 13.188 13.368
M 14 1.5 13.026 12.16 12.376 0.92 0.812 0.217 13.071 13.101 13.026 13.216
M 15 1 14.35 13.773 13.917 0.613 0.541 0.144 14.388 14.413 14.35 14.51
M 15 1.5 14.026 13.16 13.376 0.92 0.812 0.217 14.071 14.101 14.026 14.216
M 16 1 15.35 14.773 14.917 0.613 0.541 0.144 15.388 15.413 15.35 15.51
M 16 1.25 15.188 14.466 14.647 0.767 0.677 0.18 15.23 15.258 15.188 15.368
M 16 1.5 15.026 14.16 14.376 0.92 0.812 0.217 15.071 15.101 15.026 15.216
M 17 1 16.35 15.773 15.917 0.613 0.541 0.144 16.388 16.413 16.35 16.51
M 17 1.5 16.026 15.16 15.376 0.92 0.812 0.217 16.071 16.101 16.026 16.216
M 18 1 17.350 16.773 16.917 0.613 0.541 0.144 17.388 17.413 17.35 17.51
M 18 1.5 17.026 16.16 16.376 0.92 0.812 0.217 17.071 17.101 17.026 17.216
M 18 2 16.701 15.546 15.835 1.227 1.083 0.289 16.752 16.786 16.701 16.913
ISCAR
724
TAPS
ISCAR
724
USER GUIDE
ISO Metric Fine Thread
Nominal Dimensions According to UNI 4535-64
Tap flank diameter production tolerances for ISO 6H
Nut threads limit dimensions - nut threads ISO 6H
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Nominal
Dia.
d=D
Pitch
P
Flank
Dia.
d2=D2
Minor Diameter Thread Depth Radius
r
Flank Dia. Tap
Tolerance 6H d2
Flank Dia. Tap
Tolerance 6H
Screw
d3
Nut
D1
Screw
h3
Nut
H1 Min. Max. Min. Max.
M 20 1 19.35 18.773 18.917 0.613 0.541 0.144 19.388 19.413 19.35 19.51
M 20 1.5 19.026 18.16 18.376 0.92 0.812 0.217 19.071 19.101 19.026 19.216
M 20 2 18.701 17.546 17.835 1.227 1.083 0.289 18.752 18.786 18.701 18.913
M 22 1 21.35 20.773 20.917 0.613 0.541 0.144 21.388 21.413 21.35 21.51
M 22 1.5 21.026 20.16 20.376 0.92 0.812 0.217 21.071 21.101 21.026 21.216
M 22 2 20.701 19.546 19.835 1.227 1.083 0.289 20.752 20.786 20.701 20.913
M 24 1 23.350 22.773 22.917 0.613 0.541 0.144 23.390 23.416 23.350 23.520
M 24 1.5 23.026 22.160 22.376 0.920 0.812 0.217 23.074 23.106 23.026 23.226
M 24 2 22.701 21.546 21.835 1.227 1.083 0.289 22.754 22.791 22.701 22.925
M 25 1 24.350 23.773 23.917 0.613 0.541 0.144 24.390 24.416 24.350 24.520
M 25 1.5 24.026 23.160 23.376 0.920 0.812 0.217 24.074 24.106 24.026 24.226
M 25 2 23.701 22.546 22.835 1.227 1.083 0.289 23.754 23.791 23.701 23.925
M 26 1 25.350 24.773 24.917 0.613 0.541 0.144 25.390 25.416 25.350 25.520
M 26 1.5 25.026 24.160 24.376 0.920 0.812 0.217 25.074 25.106 25.026 25.226
M 26 2 24.701 23.546 23.835 1.227 1.083 0.289 24.754 24.791 24.701 24.925
M 27 1 26.350 25.773 25.917 0.613 0.541 0.144 26.390 26.416 26.350 26.520
M 27 1.5 26.026 25.160 25.376 0.920 0.812 0.217 26.074 26.106 26.026 26.226
M 27 2 25.701 24.546 24.835 1.227 1.083 0.289 25.754 25.791 25.701 25.925
M 28 1 27.350 26.773 26.917 0.613 0.541 0.144 27.390 27.416 27.350 27.520
M 28 1.5 27.026 26.160 26.376 0.920 0.812 0.217 27.074 27.106 27.026 27.226
M 28 2 26.701 25.546 25.835 1.227 1.083 0.289 26.754 26.791 26.701 26.925
M 30 1 29.350 28.773 28.917 0.613 0.541 0.144 29.390 29.416 29.350 29.520
M 30 1.5 29.026 28.160 28.376 0.920 0.812 0.217 29.074 29.106 29.026 29.226
M 30 2 28.701 27.546 27.835 1.227 1.083 0.289 28.754 28.791 28.701 28.925
M 30 3 28.051 26.319 26.752 1.840 1.624 0.433 28.115 28.157 28.051 28.316
M 32 1.5 31.026 30.160 30.376 0.920 0.812 0.217 31.074 31.106 31.026 31.226
M 32 2 30.701 29.546 29.835 1.227 1.083 0.289 30.754 30.791 30.701 30.925
M 33 1.5 32.026 31.160 31.376 0.920 0.812 0.217 32.074 32.106 32.026 32.226
M 33 2 31.701 30.546 30.835 1.227 1.083 0.289 31.754 31.791 31.701 31.925
M 33 3 31.051 29.319 29.752 1.840 1.624 0.433 31.115 31.157 31.051 31.316
M 35 1.5 34.026 33.160 33.376 0.920 0.812 0.217 34.074 34.106 34.026 34.226
M 35 233.701 32.546 32.835 1.227 1.083 0.289 33.754 33.791 33.701 33.925
M 36 1.5 35.026 34.160 34.376 0.920 0.812 0.217 35.074 35.106 35.026 35.226
M 36 2 34.701 33.546 33.835 1.227 1.083 0.289 34.754 34.791 34.701 34.925
M 36 3 34.051 32.319 32.752 1.840 1.624 0.433 34.115 34.157 34.051 34.316
M 38 1.5 37.026 36.160 36.376 0.920 0.812 0.217 37.074 37.106 37.026 37.226
M 39 1.5 38.026 37.160 37.376 0.920 0.812 0.217 38.074 38.106 38.026 38.226
M 39 2 37.701 36.546 36.835 1.227 1.083 0.289 37.754 37.791 37.701 37.925
M 39 3 37.051 35.319 35.752 1.840 1.624 0.433 37.115 37.157 37.051 37.316
M 40 1.5 39.026 38.160 38.376 0.920 0.812 0.217 39.074 39.106 39.026 39.226
725
TAPS
725
USER GUIDE
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
ISO Metric Fine Thread
Nominal Dimensions According to UNI 4535-64
Tap flank diameter production tolerances for ISO 6H
Nut threads limit dimensions - nut threads ISO 6H
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Nominal
Dia.
d=D
Pitch
P
Flank
Dia.
d2=D2
Minor Diameter Thread Depth Radius
r
Flank Dia. Tap
Tolerance 6H d2
Flank Dia. Tap
Tolerance 6H
Screw
d3
Nut
D1
Screw
h3
Nut
H1 Min. Max. Min. Max.
M 40 2 38.701 37.546 37.835 1.227 1.083 0.289 38.754 38.791 38.701 38.925
M 40 3 38.051 36.319 36.752 1.840 1.624 0.433 38.115 38.157 38.051 38.316
M 42 1.5 41.026 40.160 40.376 0.920 0.812 0.217 41.074 41.106 41.026 41.226
M 42 2 40.701 39.546 39.835 1.227 1.083 0.289 40.754 40.791 40.701 40.925
M 42 3 40.051 38.319 38.752 1.840 1.624 0.433 40.115 40.157 40.051 40.316
M 45 1.5 44.026 43.160 43.376 0.920 0.812 0.217 44.074 44.106 44.026 44.226
M 45 2 43.701 42.546 42.835 1.227 1.083 0.289 43.754 43.791 43.701 43.925
M 45 3 43.051 41.319 41.752 1.840 1.624 0.433 43.115 43.157 43.051 43.316
M 48 1.5 47.026 46.160 46.376 0.920 0.812 0.217 47.077 47.111 47.026 47.238
M 48 2 46.701 45.546 45.835 1.227 1.083 0.289 46.758 46.796 46.701 46.937
M 48 3 46.051 44.319 44.752 1.840 1.624 0.433 46.118 46.163 46.051 46.331
M 50 1.5 49.026 48.160 48.376 0.920 0.812 0.217 49.077 49.111 49.026 49.238
M 50 2 48.701 47.546 47.835 1.227 1.083 0.289 48.758 48.796 48.701 48.937
M 50 3 48.051 46.319 46.752 1.840 1.624 0.433 48.118 48.163 48.051 48.331
M 52 1.5 51.026 50.160 50.376 0.920 0.812 0.217 51.077 51.111 51.026 51.238
M 52 2 50.701 49.546 49.835 1.227 1.083 0.289 50.758 50.796 50.701 50.937
M 52 3 50.051 48.319 48.752 1.840 1.624 0.433 50.118 50.163 50.051 50.331
M 55 1.5 54.026 53.160 53.376 0.920 0.812 0.217 54.077 54.111 54.026 54.238
M 55 2 53.701 52.546 52.835 1.227 1.083 0.289 53.758 53.796 53.701 53.937
M 55 3 53.051 51.319 51.752 1.840 1.624 0.433 53.118 53.163 53.051 53.331
M 56 1.5 55.026 54.160 54.376 0.920 0.812 0.217 55.077 55.111 55.026 55.238
M 56 2 54.701 53.546 53.835 1.227 1.083 0.289 54.758 54.796 54.701 54.937
M 56 3 54.051 52.319 52.752 1.840 1.624 0.433 54.118 54.163 54.051 54.331
M 58 1.5 57.026 56.160 56.376 0.920 0.812 0.217 57.077 57.111 57.026 57.238
M 58 2 56.701 55.546 55.835 1.227 1.083 0.289 56.758 56.796 56.701 56.937
M 58 3 56.051 54.319 54.752 1.840 1.624 0.433 56.118 56.163 56.051 56.331
M 60 1.5 59.026 58.160 58.376 0.920 0.812 0.217 59.077 59.111 59.026 59.238
M 60 2 58.701 57.546 57.835 1.227 1.083 0.289 58.758 58.796 58.701 58.937
M 60 3 58.051 56.319 56.752 1.840 1.624 0.433 58.118 58.163 58.051 58.331
Metric thread MA (old UNI 160 Profile) Nut Tolerance SH8
M 2,3 0.25 2.138 1.976 1.976 0.162 0.162 0.03 2.144 2.156 2.138 2.194
M 2,6 0.35 2.373 2.146 2.146 0.227 0.227 0.04 2.393 2.407 2.373 2.429
ISCAR
726
TAPS
ISCAR
726
USER GUIDE
UNIFIED Coarse Thread
Nominal Dimensions According to ANSI B1.1
Tap flank diameter production tolerances for ISO 2B
Nut threads limit dimensions - nut threads ANSI B1.1, 2B-3B
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
Nominal Dia. T.P.I
Pitch
P
External
Dia.
d=D
Flank
Dia.
d2=D2
Minor diameter Pitch diameter
Tap tolerance 2B
Pitch diameter
Nut tolerance
Nut
D1
Screw
h3 Min. Max. max.
2B/3B
max.
2B
max.
3B
UNC#1 - 64 0.397 1.854 1.598 1.425 1.367 1.610 1.623 1.598 1.664 1.646
UNC# 2 - 64 0.454 2.184 1.890 1.694 1.628 1.902 1.915 1.890 1.961 1.943
UNC#3 - 48 0.529 2.515 2.172 1.941 1.864 2.184 2.197 2.172 2.248 2.228
UNC# 4 - 40 0.635 2.845 2.433 2.156 2.065 2.446 2.459 2.433 2.517 2.494
UNC# 5 - 40 0.635 3.175 2.764 2.487 2.395 2.776 2.789 2.764 2.847 2.827
UNC# 6 - 32 0.794 3.505 2.990 2.647 2.532 3.105 3.028 2.990 3.084 3.058
UNC# 8 - 32 0.794 4.166 3.650 3.307 3.193 3.675 3.688 3.650 3.746 3.721
UNC# 10 - 24 1.058 4.826 4.138 3.680 3.528 4.163 4.176 4.138 4.247 4.219
UNC# 12 - 24 1.058 5.486 4.798 4.341 4.188 4.823 4.836 4.798 4.910 4.882
UNC 1/4" - 20 1.270 6.350 5.524 4.976 4.793 5.575 5.588 5.524 5.646 5.616
UNC 5/16" - 18 1.411 7.938 7.021 6.411 6.205 7.071 7.084 7.021 7.155 7.120
UNC 3/8" - 16 1.588 9.525 8.494 7.805 7.577 8.545 8.557 8.494 8.639 8.603
UNC 7/16" - 14 1.814 11.112 9.934 9.149 8.887 9.985 9.997 9.934 10.089 10.051
UNC 1/2" - 13 1.954 12.700 11.430 10.584 10.302 11.481 11.494 11.430 11.595 11.552
UNC 9/16" - 12 2.117 14.288 12.913 11.996 11.692 12.964 12.977 12.913 13.086 13.043
UNC 5/8" - 11 2.309 15.875 14.376 13.376 13.043 14.427 14.440 14.376 14.559 14.514
UNC 3/4" - 10 2.540 19.050 17.399 16.229 15.933 17.450 17.463 17.399 17.595 17.544
UNC 7/8" - 9 2.822 22.225 20.391 19.169 18.763 20.455 20.467 20.391 20.599 20.546
UNC 1" - 8 3.175 25.400 23.338 21.963 21.504 23.401 23.414 23.338 23.561 23.505
UNC 1 1/8" - 7 3.629 28.575 26.218 24.648 24.122 26.294 26.319 26.218 26.457 26.398
UNC 1 1/4" - 7 3.629 31.750 29.393 27.823 27.297 29.469 29.494 29.393 29.637 29.576
UNC 1 3/8" - 6 4.233 34.925 32.174 30.343 29.731 32.250 32.276 32.174 32.438 32.372
UNC 1 1/2" - 6 4.233 38.100 35.349 33.518 32.906 35.425 35.451 35.349 35.616 35.550
UNC 1 3/4" - 5 5.080 44.450 41.151 38.951 38.217 41.241 41.266 41.151 41.445 41.372
UNC 2" - 4 1/2 5.644 50.800 47.135 44.689 43.876 47.235 47.260 47.135 47.450 47.371
UNC 2 1/4" - 4 1/2 5.644 57.150 53.485 51.039 50.226 53.485 53.805 53.726
UNC 2 1/2" - 4 6.350 63.500 59.375 56.627 55.710 59.375 59.718 59.632
UNC 2 3/4" - 4 6.350 69.850 65.725 62.977 62.060 65.725 66.073 65.987
UNC 3" - 4 6.350 76.200 72.075 69.327 68.410 72.075 72.428 72.339
UNC 3 1/4" - 4 6.350 82.550 78.425 75.677 74.760 78.425 78.783 78.694
UNC 3 1/2" - 4 6.350 88.900 84.775 82.027 81.110 84.775 85.183 85.049
UNC 3 3/4" - 4 6.350 95.250 91.125 88.377 87.460 91.125 91.493 91.402
UNC 4" - 4
6.350 101.600 97.475 94.727 93.810 97.475 97.848 97.757
727
TAPS
727
USER GUIDE
UNIFIED Fine Thread
Nominal Dimensions According to ANSI B1.1
Tap flank diameter production tolerances for ISO 2B
Nut threads limit dimensions - nut threads ANSI B1.1, 2B-3B
H
1/2·H
1/2·H
DD
2D1
H1
Nut thread
60°
60°
Screw
P
r
d3
1/8·H
1/4·H
d2
h3
d
1/6·H
Coarse Pitch Threads
Dimensions in mm
H = 0.86603P
H1 = 5 H = 0.54127P
h3 = 17H = 0.61343P
d2 = D2 = d-3 H = d-0.64952P
d3 = d-2h3 = d-1.22687P
r = H = 0.14434P
8
24
4
6
Nominal Dia. T.P.I
Pitch
P
External
Dia.
d=D
Flank
Dia.
d2=D2
Minor
diameter
Pitch diameter
Tap tolerance 2B
Pitch diameter
Nut tolerance
Nut
D1
Screw
h3 Min. Max. max.
2B/3B
max.
2B
max.
3B
UNF#0 - 80 0.318 1.524 1.318 1.181 1.135 1.331 1.344 1.318 1.377 1.361
UNF#1 - 72 0.353 1.854 1.626 1.473 1.422 1.638 1.651 1.626 1.689 1.674
UNF#2 - 64 0.397 2.184 1.928 1.755 1.697 1.941 1.953 1.928 1.996 1.979
UNF#3 - 56 0.454 2.515 2.220 2.024 1.958 2.233 2.245 2.220 2.291 2.273
UNF#4 - 48 0.529 2.845 2.502 2.271 2.195 2.515 2.527 2.502 2.581 2.560
UNF#5 - 44 0.577 3.175 2.799 2.550 2.466 2.812 2.824 2.799 2.880 2.860
UNF#6 - 40 0.635 3.505 3.094 2.817 2.725 3.108 3.119 3.094 3.180 3.157
UNF#8 - 36 0.706 4.166 3.708 3.401 3.299 3.721 3.734 3.708 3.800 3.777
UNF#10 - 32 0.794 4.826 4.310 3.967 3.853 4.336 4.348 4.310 4.409 4.384
UNF#12 - 28 0.907 5.486 4.897 4.503 4.374 4.923 4.935 4.897 5.004 4.976
UNF 1/4" - 28 0.907 6.350 5.761 5.367 5.237 5.799 5.812 5.761 5.870 5.842
UNF 5/16" - 24 1.058 7.938 7.249 6.792 6.640 7.287 7.300 7.249 7.371 7.341
UNF 3/8" - 24 1.058 9.525 8.837 8.379 8.227 8.875 8.887 8.837 8.961 8.931
UNF 7/16" - 20 1.270 11.112 10.287 9.738 9.555 10.338 10.351 10.287 10.424 10.391
UNF 1/2" - 20 1.270 12.700 11.874 11.326 11.143 11.925 11.938 11.874 12.017 11.981
UNF 9/16" - 18 1.411 14.288 13.371 12.761 12.555 13.421 13.434 13.371 13.520 13.482
UNF 5/8" - 18 1.411 15.875 14.958 14.348 14.143 15.009 15.022 14.958 15.110 15.072
UNF 3/4" - 16 1.588 19.050 18.019 17.330 17.102 18.070 18.082 18.019 18.184 18.143
UNF 7/8" - 14 1.814 22.225 21.046 20.262 20.000 21.110 21.123 21.046 21.224 21.181
UNF 1" - 12 2.117 25.400 24.026 23.109 22.804 24.089 24.102 24.026 24.219 24.171
UNF 1*1/8" - 12 2.117 28.575 27.201 26.284 25.979 27.252 27.277 27.201 27.339 27.351
UNF 1*1/4" - 12 2.117 31.750 30.376 29.459 29.154 30.427 30.452 30.376 30.579 30.528
UNF 1*3/8" - 12 2.117 34.925 33.551 32.634 32.329 33.602 33.627 33.551 33.759 33.706
UNF 1*1/2" - 12 2.117 38.100 36.726 35.809 35.504 36.777 36.802 36.726 36.937 36.886
ISCAR
728
TAPS
ISCAR
728
USER GUIDE
Tap Tolerances
7H
6H
5H
4H
8H
4H
6H
6G
7G
7G
6G
5G
4G
D2Au
D2=0
Au
Basic Pitch Diameter
Au = Basic Deviation of Pitch
Tap tolerance Nut threads
according to
H tolerance
Nut thread
positioning of
H tolerance
Tolerance
classes for
taps
Nut thread
positioning of
G tolerance
Tolerance classes of taps and tolerance positions
for screw threads as per ISO metric standard.
For Optimum Tapping Conditions, Reduced Machining
Times and Increased Tap Life
Selection of the Most Suitable Tap
As a general rule, materials with deformation capability of
at least 10% can be cold-formed.
To decide on the most suitable tap, please refer to the tap
recommendation table on page 706.
Pre-Tapping Holes
Check that the holes are within the prescribed size range
depending on the application (see table on page 720) The
holes should be clean and swarf-free.
Lubrication
Frequently the lubricant content of the coolant used for
general machining is too low for tapping.
• If it is not possible to increase the lubricant content,
following are some possible solutions:
• A separate Iubricating unit can be connected to the
machine control, to deliver the required quantity of
concentrated emulsion into the core hole or onto the tap.
Tapping in separate operations allows the use of the ideal
tapping lubricant.
Tapping Speeds
The tapping speed has a great influence on chip flow
and the life of the tap.
It is worthwhile to establish the ideal speed by
tapping trials.
For recommended initial values, see table on
page 706. In addition, the following should be taken into
consideration: characteristics of the material, machine
and clamping method.
Effects of Unsuitable Tapping Speed
• forced tapping
• tap lead chipping caused by overloaded cutting tooth
• torn threads
• unsatisfactory tap life
• rejected threads
729
TAPS
729
USER GUIDE
Tap Jamming
Some possible causes of tap jamming are:
• unsuitable tap
• tap with incorrect cutting geometry
• unsuitable coolant for material
• insufficient coolant
• axial pressure (pull or push) on the tap
• core hole too small
• breaks in walls of core hole
• speed too high or too low
• swarf trapped in the hole
• incorrect alignment of tap and core hole
• tap eccentricity
Chip Explusion
Tap selection is also influenced by the type of hole being
threaded. Through hole tapping usually requires a tap
that pushes the chips out in front of the cutting edge
and through the other end of the hole. A bottom hole
tap must pull chips up and out of the hole.
Results of Tap Jamming
• torn threads
• short tap life
• rejected threads
• tap breakage
• scrap workpieces
Tap Mounting
The tap must be mounted on the axis of the core hole.
On non-synchronized machines (feed/speed) we
recommend the use of a tapping spindle. (ISCAR GTI,
GTIN collets, see pages 737-738)
Tapping Heads
As a rule, with non-synchronized machine spindles
(feed/ speed), the feed rate should be programmed
approximately 5-10% lower than the thread pitch.
In these cases, a tapping chuck must be used which will
compensate the difference between the feed
rate and the thread pitch.
It is important that the tension spring in the axial
compensation is set to a minimum pressure to avoid axially
loading the tap.
The compression spring should be tensioned so the tap
starts to cut by
compressing the spring up to one-half pitch.
Important
Verify that the correct speed has been selected.
Ensure that ample lubricating coolant is being used.
Machine and equipment stability are essential for
optimal performance and results.
Forming Taps
Forming taps (roll forming or cold forming) produce threads
by deforming the material near the hole walls rather than
by cutting the material. This method often works well
in ductile materials. However, in brittle materials it often
results in unsatisfactory threads.
Torque requirements for forming taps are considerably
higher than for cutting taps. When forming taps are used,
chuck capacity must be decreased by 25%. Forming taps
do not produce chips.
ISCAR
730
TAPS
ISCAR
730
USER GUIDE
Troubleshooting
Problem Cause Solution
Tapped hole
oversized
Incorrect tap (cutting geometry unsuitable for
application) Use tap selected from the relevant material group
Faulty alignment Ensure that the tap is correctly aligned with the core hole axis
Tap jamming Improve lubrication and direction of coolant
Adjust cutting speed
Incorrectly reground tap (lead tip is not
concentric) Regrind tap
Problem Cause Solution
Unsatisfactory
thread surface
finish
Incorrect tap (cutting geometry unsuitable
for application) Select tap for the relevant material group
The tap is blunt Replace or regrind tap
Tap badly re-ground Regrind tap. Check that cutting geometry is suitable for material
Incorrect lubricant, concentration or quantity Ensure the use of a suitable coolant and an ample supply
Problem Cause Solution
Stripped
threads
Incorrect tap (cutting geometry incorrect for
application) Use a tap from the relevant material group
Spindle speed and feed rate are not
synchronized
Check feed rate programming and/or pitch of leading
spindle. Use a tapping spindle with axial float (GTI/GTIN)
Insufficient starting pressure exerted on tap
(causes peeling) Increase starting pressure
Problem Cause Solution
Bell mouthed
tapped hole Incorrect starting pressure Use a tapping spindle with axial float (GTI/GTIN)
Problem Cause Solution
Partial
chipping of tap
Swarf jamming Check cutting speed. Use alternative tap
Tap has jammed against bottom of pre-hole Check hole and thread depths. Drill a deeper pre-hole
Tap incorrectly reground (lead-in diameter too
short, therefore too few cutting teeth) Ensure that correct dimensions are maintained when regrinding
Irregular workpiece material structure Adjust cutting speed. Improve lubricant quality of coolant
Problem Cause Solution
Excessive tap
wear
Incorrect cutting speed Adjust cutting speed to suit workpiece material
Coolant lacking in lubricating qualities
and/or quantity
Ensure the use of a suitable coolant and an ample supply. Check that
the coolant is reaching the cutting zone
Surface of the pre-hole is compacted Check pre-hole drilling conditions (drill carefully to reduce risk of surface
compacting). Check drill cutting edges
Problem Cause Solution
Tap breakage
Incorrect tap in use (cutting geometry
unsuitable for application) Use tap from the relevant material group
Centering error Ensure that axes of tap and pre-hole are aligned
Blunt tap regrind tap
Tap has reached bottom of pre-hole Use tapping spindle with axial float and slipping clutch (GTI/GTIN)
Pre-hole too small Check for correct pre-hole size, see pages 720-721
731
TAPS
731
USER GUIDE
A
d3
β
di dm d1
γ
Δ
Δ
1
A
P
α
A-A
A
d1 Major diameter
dm Flank diameter
di Minor diameter
d3 Chamfer diameter
P Pitch
a Flank angle
ß Chamfer angle
j Gun nose angle
ϒ Gun nose front
rake angle
Δ Chamfer relief
Δ 1 Pitch diameter relief
on the land
ϒ 1 Rake angle
T Width of land
S Flute width
d5 Web thickness
ε Angle of spiral flute
B
B
ε
1
T
S
d5
B-B
γ
Δ
Tap Nomenclature (Regrinding)
ISCAR
732
TAPS
ISCAR
732
USER GUIDE
Regrinding
Regrinding
Tap regrinding takes place in two steps:
a) regrinding of relieved chamfer
b) regrinding of flutes (see picture 1)
Regrinding of Relieved Chamfer
It is recommended that the resharpening should be
executed either on specific tap regrinding machines or
on conventional resharpening machines equipped with
an auxiliary device to generate the circular back relief.
Picture 2 shows the regrinding done with the
cylindrical surface of a grinding wheel.
Before regrinding, verify that the tap, fixed between
points or on the pincer, runs concentrical. Also
ensure that angle B is in the correct order to keep
the same number of threads on chamfer.
Resharpening of Flutes
The rake angle g is obtained by moving the
tap axis, in relation to the regrinding surface,
of an amount X to be calculated with the
formula: X = 1/2 d1 sin (g) (see picture 3).
(d1 =tap major diameter)
Example:
Tap 10 X 1,5 to cut on steel strength =
600 N/mm2
d1 = 10 mm ; g = 15° ; sin (g) = 0,25882;
X = 0.25885x10 ; X=1.29 mm
2
Picture 1
On all taps with spiral flutes, it is possible to find
the pitch of the spiral in reference to the lead screw
necessary for resharpening. In case of using taps
equipped with a deburring tool, it is necessary to extend
the flutes according to the supplier’s recommendation.
As the wear on a tap is mainly on the chamfer area,
for taps with a gun nose, regrinding the flutes can
be done on the front area only (see picture 4).
In cases where the thread flanks are worn
(in addition to the active edges), regrinding
as described above is impractical.
In this case restoration is done, by cutting the
chamfer away (thus creating a shorter tap) and then
reproducing the chamfer with same angle and relief.
(see picture 5)
In the absence of special regrinding machines,
such restoration is advisable for regrinding taps
with spiral flutes. This is because regrinding
the flutes becomes unnecessary.
β
Picture 2
X
γ
Picture 3
�
Picture 4
Picture 5
Flank wear
Chamfer
New
chamfer
Part to be cut away
733
TAPS
733
USER GUIDE
General Recommendations (Regrinding)
b
a
3
2
1
4
γ
Chamfer out
of center
Incorrect division-cutters not concentric
Maintenance
It is important to periodically regrind the worn tap. This
is to avoid permanent damage or even tool breakage.
The Grinding Wheels
The structure and grain of grinding wheels must
be appropriate for the tap to be resharpened.
Taps for Cast Iron
Taps used on cast iron can rarely be resharpened, as
it is very abrasive and tends to wear the flank in such
a manner that it becomes grossly out of tolerance.
Taps for Aluminun
After regrinding it is advisable to remove
the steel burrs with a wire brush.
Tap Inspection
It is important to inspect the tap after regrinding
to ensure that all of the dimensions and angles
have remained according to the specifications.
Controls (tests)
Once the tap is resharpened, it is always
best to test it to correctly obtain the same
threads as when the tap was new.
• The chamfer must be perfectly on axis
in order to avoid the effects of picture 6.
The cutters must have correct divisions.
• The results of resharpening with an
incorrect division is shown in picture 7.
• The length and number of threads in chamfer must
be precisely identical to those of the new tap.
Picture 6
Picture 7
ISCAR
734
TAPS
ISCAR
734
USER GUIDE
Tool
Hole
Test Report Form
Company
Address
Department
Phone
Description of the tap being used at present
Thread diameter and pitch
Right-hand cutting
Fluteless
Straight flutes
Spiral point
Additional information for special
pitches or thread forms
Pitch diameter
Minor diameter
Make Type
Class of tolerance
Left-hand cutting
Right-hand spiral flutes degrees
Left-hand spiral flutes degrees
Length of chamfer mm
Major diameter
Flank angle degrees
Overall Length mm
d1=
a=
P=
tch ¯ =
major ¯ =
Tap drill diameter
Through hold
Special requirements or unusual characteristics of the threaded product
Unusual characteristics of the threaded product or of the tapping method.
ie. counterbore, tapping on an angle, etc.
Length of hole
Depth of full thread
Blind hole
735
TAPS
735
USER GUIDE
Tapping speed
Lubricant
Machine
Driving
Feed
Toolholder
Material to
be tapped
More details:
Test Report Form
m/min
none Emulsion
Tap revolvers
Short
Material no. or designation
Composition, if known
Tensile strength or hardness
Contact person
Date Signature
N/mm2 HB HRc
Rigid Floating Safety clutch
Long
Without
Chip form
Annealed steel
Number of spindles
Type Horizontal Tapping Vertical Tapping
Cutting oil Other%
Under pressure
Workpiece revolvers
Hardened steel Heat treated steel
Make Type
Vaporization
RPM
Power CNC %
ISCAR
736
TAPS
ISCAR
736
USER GUIDE
Thread Standards
UNC Unified coarse thread series
UNF Unified fine thread series
UNEF Unified extra-fine thread series
UN Constant pitch series - threads
with constant pitch of T.P.I.
4, 6, 8, 12, 16, 20, 28, 32
UNS Selected combinations - threads
with special dia. - pitch combinations
UNJ Unified threads with constant pitch
with radius on minor diameter from
0.15011 pitch to 0.18042 pitch
UNJC Unified coarse thread with radius on
minor diameter from 0.15011
pitch to 0.18042 pitch
UNJEF Unified extra-fine thread with
radius on minor diameter from
0.15011 pitch to 0.18042 pitch
UNJF Unified fine threads with radius on
minor diameter from
0.15011 pitch to 0.18042 pitch
NPS Cylindrical threads for pipe
NPSC American Standard for pipe coupling
NPSF American Standard for internal
threads on pipe, dryseal
NPSH American Standard for cylindrical
threads for pipes, joints and nipples
NPSI American Standard for internal
cylindrical threads on pipe (dryseal)
NPSL American Standard for cylindrical
threads on pipes for nuts
NPSM American Standard for cylindrical
threads on pipes for mechanical joints
NGO American National pipe threads for
gas exhaust
NGS American National pipe threads for gas
ANPT Taper pipe threads for Army, Navy and Airforce
F-PTE Taper pipe fine threads (dryseal)
NPT Taper pipe threads
NPTF Taper pipe threads (dryseal)
NPTR Taper pipe threads for railway equipment
PTF-SAE SHORT Taper pipe short
threads (dryseal)-SAE
PTF-SPL SHORT Taper pipe special
threads (dryseal)-SAE
PTF-SPL EXTRA SHORT Extra short
special threads (dryseal)-SAE
SPL-PTF Special taper pipe dryseal threads
NGT National American taper pipe threads
SGT Special taper pipe threads
API American Petroleum
Institute taper pipe threads
ACME-C ACME Self-centering threads
ACME-G ACME Generical application
STUB-ACME ACME Flat threads with
reduced thread depth
60º STUB-ACME ACME Flat threads with
60º flank angle
N BUTT American National Saw tooth threads
BSW Whitworth British Standard coarse pitch
BSF Whitworth British Standard fine pitch
WHIT Whitworth Standard special pitch
R British Standard external threading
for taper pipe (dryseal) (already BSP-Tr)
Rc British Standard internal threading
taper thread for pipe (BSP-Tr)
Rp British Standard cylindrical
thread for pipe (already BSP.PI)
BA British Standard Association threads
BSC British Standard threads for bicycles
CEI British Standard for bicycles
Cylindrical threads
Pipe cylindrical threads
Taper pipe threads
Taper pipe threads
Trapezoidal and saw tooth threads
British Standard
GTI / GTIN - Tapping Attachment
Compact tapping collet with tension and compression
floating mechanism for ER32 collet chucks
A tapping collet for standard and rigid tapping operations.
The GTIN ER32 collet makes tap removal and
replacement easy, quick and reliable.
Designed for stationary and rotating applications,
the GTIN ER32 collets are economical and
efficient due to the ability to use existing
ER32 collet chucks (with various shank sizes and types).
Applications:
The GTIN ER32 tapping collet is designed especially for
CNC mill/turn centers, for regular and rigid tapping.
Advantages:
• Quick tap change with a front clamping nut
• Compact design for minimal clearance
between the turret and chuck
• Fits every type of stationary and
rotating ER32 collet chuck
• Positive tap drive with internal square driver
• Compensates for machine feed and tap pitch
variance, resulting in greater thread accuracy
• Floating mechanism compensates for
misalignment between tap and workpiece
• High accuracy due to tension and
compression mechanism
• Available for all tap shank standards
(DIN, ISO, ANSI, JIS)
• Tapping range M1-M16 (#0 to 5/8”)
• Saves setup time by quick tap changing
without removing GTIN from the machine
• Optimal for machines which have limited
space between the turret and workpiece
737
TAPS
737
USER GUIDE
GTI / GTIN - Tapping Attachment
Operation
For through- and blind-hole tapping:
Enter feed rate according to
thread pitch (or 1-2 % lower).
Set spindle to starting point
with 0.08 mm clearance.
Start spindle forward with
right hand rotation until
reaching desired depth.
Stop feed and rotation and
reverse to starting point.
2
2
3
3
CAT ANSI B5.50 Straight
Shank
BT MAS-403 GTIN
Description:
Short tap chucks for ER collets.
Application:
Axial float/tension/compression type for
CNC milling machines and lathes with
reversing motors and rigid tapping.
Features:
• Compensates for machine feed and tap pitch variance
• Floating mechanism compensates for
misalignment between tap and workpiece
• Right- and left-hand tapping
Advantages:
• Practical and efficient tap holding by the
ER spring collet without using jaw drive
• Compact design for minimal clearance applications
• Heavy duty design for high torque drive ensures
the same accuracy as the tap itself
ISCAR
738
TAPS
ISCAR
738
USER GUIDE
1
1
739
ITS BORE
ITS BORE
ISCAR
740
ITS BORE
TABLE OF CONTENTS
System Overview ................................................................................741-746
Shanks ................................................................................................747-753
Extensions and Reducers ....................................................................754-755
Toolholders .......................................................................................... 756-759
Rough Boring Heads ...........................................................................760-765
Fine Boring Heads ...............................................................................765-790
Vibration Dampening Boring Bars ............................................................. 784
Kits ......................................................................................................791-800
Boring Inserts ......................................................................................801-813
Accessories • Spare Parts ...................................................................813-818
User Guide and Cutting Conditions .....................................................819-828
741
ITS BORE
741
The ITS BORE System
Shanks
Page 754
Page 755
Page 755
Page 756
Page 756
Extensions and Reducers
Toolholders
Page 751
IS0M/ISO
Page 754
DIN2079
Pages 748-749
HSK EX
RE
CHS
CHR
RE AVI
BT/BTB
BT-FC
Page 750
SKA/SKB
SKA-FC
Pages 747-748
MTT/MTD Page 753
ST Pages 752-753
CATM Page 748
EMH Page 756
CC Page 756
DC Page 757
SMH /STUB Pages 757-758
TP Page 758
TCS/TCC Pages 758-759
Pages 860,879-880,
891,912,926,929
AMT
ODP
Page 759
BLANK Page 759
R-8 Page 753
CAMFIX Page 749
ISCAR
742
ITS BORE
ISCAR
742
The ITS BORE System
Fine Boring Heads (10 µm)
Rough Boring Heads
Rough & Fine Boring Heads
Page 770
Non.0.002
0.01
0.5
LOCK
IHWF E IHFF (E) IHRF IHRF CH IHRF BW
(
ø
14.5-66)
BHE MB 14, 16, 20, 25, 32, 40
Pages 770-773
(
ø
2.5-30)
(
ø
28-56)
(
ø
40-90)
IHRF
IHRF
IHFF
IHFF
BBH
IHFF
IHFF
BBH D
BHEH
BH NUT
BHE 50
0.5 Ø
0.01 Ø
0.002 Ø
BHEH
CW
IHFF
IHRF
Non.
Lock
IHRF BW
Non.0.002
0.01
0.5
LOCK
IHWF E IHFF (E) IHRF IHRF CH IHRF BW
IHAXF
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
Lock
Non.
IHRF
IHFF
BBH
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
Non.
Lock
(
ø
54-132)
(
ø
72-200)
BHE MB 50, 63, 80
IHSR C
IHRF C
IHFF C
Page 765
(
ø
28-120)
Page 770
Non. 0.002
0.01
0.5
LOCK
BHE MB-H 32, 50
(
ø
2.5-22)
BHC MB 25, 32, 40, 50, 63, 80
16-80
Page 760
CHA 16,20,25,32,40,50,63,80
(
ø
18-165)
45° Chamfering
Page 762
IHSR BW
TCHH EX 100/300
Extension slides
SMH MB
IHSR
IHCR
IHBR
IHPR
TCH AL
200,300,400,500,600,700,800
(
ø
200-1200)
IHSR
IHCR IHPR IHBR IHSR BW
BHR MB 16, 20, 25, 32, 40, 50, 63, 80
(
ø
18-200)
Page 760
IHSR-CH
DIN69871-FM
BT-FM
SLEEVE
IHAXF-E
IHAXF
IHAXF-AVI
743
ITS BORE
743
The ITS BORE System
Fine Boring Heads (2 µm)
BHF MB 16, 20, 25, 32, 40
2 µm
(
ø
18-63)
LOCK
0.1ø
0.002ø
IHRF BW
IHAXF
IHAXF
IHAXF
IHRF
IHRF
IHFF
IHFF
BBH
BH NUT
IHFF
IHRF
BHEH
CW
IHRF
IHFF
IHRF CH
BH NUT
BHF 50
Ø2.5-108
Ø0.1
Ø0.002
LOCK
BHF 50
Ø2.5-108
Ø0.1
Ø0.002
BHF 50
Ø2.5-108
Ø0.1
Ø0.002
LOCK LOCK
(
ø
2.5-30)
(
ø
28-54)
(
ø
54-108)
BHF MB 50-50X60
BHD 50,63,80
270° 300° 330°
7
5
210°
240°
0 1°
2°
0 1°
8
9
0
1
6
4
2
3
2°
IHAXF...
BHF MB 50-BL
(
ø
2.5-22)
TCH AL
200,300,400,500,600,700,800
02468
10
SMH MB
CW200
IHFF50
IHRF50
BHF/D L200
IHRF-BW
1
0
9
8
7
6
5
4
3
2
IHFF
BHFH
BBH
IHAXF
SLEEVE
IHAXF
ADBH
IHFF
IHRF IHRF CH IHRF BW
Pages 778-780, 783
Page 788
Pages 774, 777 Pages 766-769
Pages 776, 781-782
Page 774
(
ø
77-500)
(
ø
200-1200)
BHF MB 50, 63, 80
IHRF
IHFF IHRF CH IHRF BW
BT-FM
DIN69871-FM
LOCK
SR44
+
L1
L
IHWF E
IHFF (E) IHRF IHRF CH IHRF BW BHEH
L5
CW32
d
SS d
d2
+
BATTERY
SR44
LOCK
BBH
IHAXF IHFF
d2
SLEEVE
IHAXF-E
IHAXF
IHAXF-AVI
ISCAR
744
ITS BORE
ITS BORE Boring Heads Selection Guide
MB Size 14 16 20 25 32 40
Rough
BHR-TCH
Ø18-1202
BHR
MB16-16 Ø18-22
Page 760
BHR
MB20-20 Ø22-28
Page 760
BHR
MB25-25 Ø28-38
Page 760
BHR
MB32-32Ø35.5-50
Page 760
BHR
MB40-40 Ø50-68
Page 760
Rough + Finish
BHC
Ø28-120
10 µm
BHC
MB25-25 Ø28-36
Page 765
BHC
MB32-32 Ø36-46
Page 765
BHC
MB40-40 Ø46-60
Page 765
Finish
BHE
Ø6-200
10 µm
BHE
MB14-14 Ø14.5-18
Page 770
BHE
MB16-16 Ø18-24
Page 770
BHE
MB20-20 Ø22-30
Page 770
BHE
MB25-25 Ø28-40
Page 770
BHE
MB32-32 Ø35-53
Page 770
BHE
MB40-40 Ø48-66
Page 770
BHE H
Ø2.5-22
10 µm
BHE
MB32-32...H Ø2.5-18
Page 770
BHF
Ø2.5-1202
2 µm
BHF
MB16-16 Ø18-23
Page 774
BHF
MB20-20 Ø22-29
Page 774
BHF
MB25-25 Ø28-38
Page 774
BHF
MB32-32 Ø35.5-50
Page 774
BHF
MB40-40 Ø48-63
Page 774
BHF BL
Ø2.5-22
2 µm
BHF
MB50-32...BL Ø2.5-12
Page 781
BHD MB
Ø2-1202
2 μm
22
IHSR 22-28
30
IHSR 28-38
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
IHRF 46-60 C
60 70
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
IHRF 36-46 C
40
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
IHRF 28-36C
30
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.1 Ø
0.002 Ø
LOCK
0.1 Ø
0.002 Ø
LOCK
0.05 Ø
0.002 Ø
LOCK
0.05 Ø
0.002 Ø
LOCK
0.05 Ø
0.002 Ø
LOCK
0.05 Ø
0.002 Ø
210 240 270 300 330
745
ITS BORE
ITS BORE Boring Heads Selection Guide
50 63 80 125
BHR
MB50-50 Ø68-90
Page 760
BHR
MB63-63 Ø90-120
BHR MB50-63
Page 760
BHR
MB80-80 Ø120-200
Page 760
BHC
MB50-50 Ø60-75
Page 765
BHC
MB63-63 Ø75-95
Page 765
BHC
MB80-80 Ø95-120
Page 765
BHE
MB50-50 Ø2.5-110
Page 770
BHE
MB63-63 Ø6-125
Page 770
BHE
MB80-80 Ø6-200
Page 770
BHE
MB50-50...H Ø2.5-22
Page 770
BHF
MB50-50
Ø2.5-108
Page 774
BHF
MB63-63 Ø2.5-125
BHF MB50-63
Page 783
BHF
MB50-80
Ø2.5-160
BHF
MB80-80
Page 783
BHF
MB80-125
Ø36-500
Page 783
BHF
MB50-50...BL
Ø6-22
Page 781
BHD
MB50-50X60
Ø2.5-110
Page 766
BHD
MB63-63X89
Ø6-125
Page 766
BHD
MB80-80X104
Ø6-200
Page 766
TCH AL300
Ø 300-702
IHSR 160-800
IH...
TCH AL300
Ø 300-702
CW 200
BHF L200
LOCK
0.002 Ø
TCH AL200 Ø200-602
TCH AL300 Ø300-702
TCH AL400 Ø400-802
TCH AL500 Ø500-902
TCH AL600 Ø600-1002
TCH AL700 Ø700-1102
TCH AL800 Ø800-1202
BHD50 L200
Ø200-1202
Page787
BHF L200
Ø200 -1202
Page 787
Page 788
Roughing
Page
762
Finishing
IHSR 68-90
70 80 90
IHSR 90-120
90 100 110 120
0 2 4
IHSR 120-160
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
IHRF 60-75 C
60 70 IHRF 75-95 C
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
80 90 100
IHRF 95-120 C
100 110 120
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
0.1 Ø
0.002 Ø
0.1 Ø
0.002 Ø
LOCK
0.1 Ø
0.002 Ø
0.1 Ø
0.002 Ø
LOCK
0.05 Ø
0.002 Ø
LOCK
BATTERY
SR44
LOCK
SR44
BATTERY
LOCK
0.5 Ø
0.01 Ø
Non. 0.002 Ø
LOCK
SR44
BATTERY
ISCAR
746
ITS BORE
ITS BORE is a modular toolholder system
for boring, milling, drilling and tapping.
This rigid, high-precision system is manufactured in
one of the world’s most advanced production facilities.
The system is designed with extreme flexibility and
simplicity, making it suitable for machine tools,
machining centers and flexible manufacturing systems.
It is recommended for machining strict tolerances with
a high degree of surface finish.
Its cylindrical-conical coupling and radial-expanding
pin ensure maximum rigidity and concentricity
in boring and milling.
The system has an internal coolant supply
in all components.
d
1
m
1
S
MB Connection
Designation d1øm1Size Allen Key (mm) Tightening Torque (Nm) !
Maximum Driving Torque
(Nm)
MB14 14 10 2.5 2-2.5 40
MB16 16 10 2.5 2-2.5 40
MB20 20 13 3 4-4.5 70
MB25 25 16 3 6.5-7.5 120
MB32 32 20 4 7-8 200
MB40 40 25 5 16-18 400
MB50 50 32 6 30-35 700
MB63 63 42 8 70-80 1600
MB80 80 42 8 70-80 1600
MB110 110 76 14 200-220 6300
747
ITS BORE
L
L1
CSI
SS
ADBAD
GD2
(a)(a)
(a)Cutting edge position
Designation SS CSI L L1D2Gkg
SKA 30-MB32 30 MB32 30.00 10.5 - M12 0.400
SKA 30-MB50 30 MB50 60.00 41.0 - M12 0.666
SKA 40-MB40 40 MB40 45.00 26.0 - M16 0.935
SKA 40-MB40X120 A/B 40 MB40 120.00 101.0 44.50 M16 1.699
SKA 40-MB50 40 MB50 48.00 29.0 - M16 0.994
SKA 40-MB50X120 A/B 40 MB50 120.00 101.0 - M16 2.039
SKA 40-MB63 40 MB63 80.00 61.0 - M16 1.516
SKA 45-MB50 45 MB50 48.00 29.0 - M20 1.772
SKA 45-MB63 45 MB63 60.00 41.0 - M20 2.000
SKA 45-MB80 45 MB80 66.00 47.0 - M20 2.307
SKA 50-MB50 50 MB50 48.00 29.0 - M24 2.820
SKA 50-MB50X120 A/B 50 MB50 120.00 101.0 60.00 M24 4.025
SKA 50-MB63 50 MB63 56.00 37.0 - M24 2.968
SKA 50-MB63X150 A/B 50 MB63 150.00 131.0 70.00 M24 2.815
SKA 50-MB80 50 MB80 62.00 43.0 - M24 3.508
SKA 50-MB80X180 A/B 50 MB80 180.00 161.0 - M24 7.900
SKA 50-MB110X150 50 MB110 150.00 131.0 - M24 8.467
SKA 60 MB50X60 60 MB50 50.00 31.0 60.00 M30 9.576
SKA 60 MB63X60 60 MB63 60.00 41.0 71.00 M30 9.470
SKA 60-MB80X65 60 MB80 65.00 46.0 - M30 10.383
SKA 60-MB110X100 60 MB110 100.00 81.0 - M30 10.500
SKA 60-MB110X200 60 MB110 200.00 181.0 - M30 18.000
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability • The coolant passages of holders with A/B suffix are
plugged with screws so they can be used either as SKA or SKB (coolant through).
SKA-MB
MB Modular Connection System
with DIN69871 Form AD/ADB
/ ISO7388/1 Taper Shanks
20°
CSI D2
L1
L
SS
G
L
CSI
L
1
SS
G
Fig. 1 Fig. 2
Designation SS CSI D2L1L G Fig. kg
SKA 40 FC MB50 A/B 40 MB50 - 29.0 48.00 M16 1 0.900
SKA 40 FC MB50X120 A/B 40 MB50 - 101.0 120.00 M16 2 1.700
SKA 40 FC MB63 A/B 40 MB63 - - 80.00 M16 1 1.500
SKA 50 FC MB50 A/B 50 MB50 - 29.0 48.00 M24 1 2.700
SKA 50 FC MB50X120 A/B 50 MB50 60.00 101.0 120.00 M24 2 3.500
SKA 50 FC MB63 A/B 50 MB63 - 37.0 56.00 M24 1 2.800
SKA 50 FC MB63X150 A/B 50 MB63 70.00 63.0 70.00 M24 2 5.000
SKA 50 FC MB80 A/B 50 MB80 - 43.0 62.00 M24 1 3.400
SKA 50 FC MB80X180 A/B 50 MB80 - 161.0 180.00 M24 2 6.900
SKA-FC-MB
MB Modular Boring Connection
System with DIN 69871 Face
Contact ADB Tapered Shanks
ISCAR
748
ITS BORE
SS
CSI
L
L1
G
20º
(a)
(a)Cutting edge position
Designation SS CSI L1L G kg
SKB 40-MB50 40 MB50 29.0 48.00 M16 1.031
SKB 40-MB63 40 MB63 61.0 80.00 M16 1.560
SKB 45-MB50 45 MB50 29.0 48.00 M20 1.770
SKB 45-MB63 45 MB63 41.0 60.00 M20 2.030
SKB 50-MB50 50 MB50 29.0 48.00 M24 2.908
SKB 50-MB63 50 MB63 37.0 56.00 M24 3.071
SKB 50-MB80 50 MB80 43.0 62.00 M24 3.634
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
SKB-MB
MB Modular Connection System
with DIN69871 Form B (coolant
through flange) Taper Shanks
(a)
CSI
L1
L
G
SS
(a)Cutting edge position
Designation SS CSI L1L G kg
CATM 40 MB50 40 MB50 47.0 66.00 M16 1.209
CATM 40 MB63 40 MB63 - 100.00 M16 1.910
CATM 45 MB50 45 MB50 29.0 48.00 M20 1.830
CATM 45 MB63 45 MB63 56.0 75.00 M20 2.305
CATM 45 MB80 45 MB80 - 80.00 M20 2.880
CATM 50 MB50 50 MB50 29.0 48.00 M24 3.059
CATM 50 MB63 50 MB63 37.0 56.00 M24 3.080
CATM 50 MB80 50 MB80 43.0 62.00 M24 3.375
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
CATM-MB
MB Modular Boring Connection
System with CATM FORM AD
ANSIB5.5 Caterpillar Tapered Shanks
and Metric Pull Stud Threads
CSI
L
D
2
L1
SS
(a)
(a)Cutting edge position
Designation SS CSI L1L D2kg
HSK A 40 MB32 40 MB32 28.0 48.00 - 0.32 COOLING TUBE HSK A 40 WRENCH COOL TUBE HSK 40*
HSK A 50 MB50 50 MB50 - 66.00 - 0.69 COOLING TUBE HSK A 50 WRENCH COOL TUBE HSK 50*
HSK A 63 MB40 63 MB40 34.0 60.00 - 0.92 COOLING TUBE HSK A 63 WRENCH COOL TUBE HSK 63*
HSK A 63 MB40X120 63 MB40 94.0 120.00 46.00 1.60 COOLING TUBE HSK A 63 WRENCH COOL TUBE HSK 63*
HSK A 63 MB50 63 MB50 40.0 66.00 - 1.04 COOLING TUBE HSK A 63 WRENCH COOL TUBE HSK 63*
HSK A 63 MB50X120 63 MB50 94.0 120.00 - 1.05 COOLING TUBE HSK A 63 WRENCH COOL TUBE HSK 63*
HSK A 63 MB63 63 MB63 - 75.00 - 1.15 COOLING TUBE HSK A 63 WRENCH COOL TUBE HSK 63*
HSK A 80 MB50 80 MB50 44.0 70.00 - 1.61 COOLING TUBE HSK A 80 WRENCH COOL TUBE HSK 80*
HSK A 80 MB63 80 MB63 54.0 80.00 - 1.50 COOLING TUBE HSK A 80 WRENCH COOL TUBE HSK 80*
HSK A 80 MB80 80 MB80 - 86.00 - 2.54 COOLING TUBE HSK A 80 WRENCH COOL TUBE HSK 80*
HSK A 100 MB50 100 MB50 43.0 72.00 - 2.58 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
HSK A 100 MB50X120 100 MB50 91.0 120.00 60.00 1.05 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
HSK A 100 MB63 100 MB63 53.0 82.00 - 2.86 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
HSK A 100 MB63X150 100 MB63 121.0 150.00 70.00 4.71 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
HSK A 100 MB80 100 MB80 59.0 88.00 - 3.60 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
HSK A 100 MB80X180 100 MB80 151.0 180.00 - 6.50 COOLING TUBE HSK A100 WRENCH COOL TUBE HSK100*
• A cooling tube must be used with all coolant through HSK spindles • Verify that the weight of the entire tool assemblydoes not exceed the machine spindle's
carrying capability.
* Optional, should be ordered separately
HSK A-MB
MB Modular Connection System with
DIN 69893 HSK A Taper Shanks
749
ITS BORE
SS
L
L1
CSI
(a)
(a)Cutting edge position
Designation SS CSI L1Lkg
HSK E 40 MB32 40 MB32 22.0 42.00 0.300 COOLING TUBE HSK A 40* WRENCH COOL TUBE HSK 40*
HSK E 50 MB50 50 MB50 - 66.00 0.710 COOLING TUBE HSK A 50* WRENCH COOL TUBE HSK 50*
HSK E 63 MB50 63 MB50 40.0 66.00 1.870 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
• A cooling tube must be used with all coolant through HSK spindles • Verify that the weight of the entire tool assembly does not exceed the machine spindle's
carrying capability.
* Optional, should be ordered separately
HSK E-MB
MB Modular Connection System
with DIN 69893 E Taper Shanks
SS
L
L1
CSI
(a)
(a)Cutting edge position
Designation SS CSI L1Lkg
HSK F 63 MB50 63 MB50 39.0 65.00 1.000 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
• A cooling tube must be used with all coolant through HSK spindles • Verify that the weight of the entire tool assembly does not exceed the machine spindle's
carrying capability.
* Optional, should be ordered separately
HSK F-MB
MB Modular Connection System
with DIN 69893 F Taper Shanks
L
L1
CSI
Fig 1 Fig 2
SS
L
L1
D2CSI
SS
Designation SS CSI L L1D2kg Fig.
C4 MB32X42 40 MB32 42.00 22.0 - 0.300 1
C4 MB40X45 40 MB40 45.00 - - 0.400 1
C5 MB50X55 50 MB50 55.00 - - 0.718 1
C6 MB40X50 63 MB40 50.00 28.0 - 0.900 1
C6 MB40X120 63 MB40 120.00 98.0 44.00 1.500 2
C6 MB50X55 63 MB50 55.00 33.0 50.00 0.800 2
C6 MB50X67 63 MB50 67.00 45.0 - 1.100 1
C6 MB50X120 63 MB50 120.00 98.0 54.00 1.900 2
C6 MB63X77 63 MB63 77.00 - - 1.545 1
C8 MB50X60 80 MB50 60.00 30.0 - 1.987 1
C8 MB50X120 80 MB50 120.00 90.0 54.00 2.800 2
C8 MB63X70 80 MB63 70.00 40.0 - 2.160 1
C8 MB63X150 80 MB63 150.00 120.0 67.00 4.000 2
C8 MB80X75 80 MB80 75.00 - - 2.600 1
C8 MB80X120 80 MB80 120.00 - - 4.300 1
C10 MB80X80 100 MB80 80.00 48.0 - 3.500 1
C10 MB110X120 100 MB110 120.00 88.0 - 5.000 1
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
C#-MB
MB Modular Boring Connection
System with CAMFIX
Exchangeable Shanks
ISCAR
750
ITS BORE
CSI D2
L
L1
SS
ADBAD
G
(a)(a)
(a)Cutting edge position
Designation SS CSI L1L D2Gkg
BT 30 MB32 30 MB32 10.6 32.00 - M12 0.380
BT 30 MB50 30 MB50 38.6 60.00 - M12 0.701
BT 40 MB40 40 MB40 18.0 45.00 - M16 0.990
BT 40 MB40X120 A/B 40 MB40 93.0 120.00 44.50 M16 1.777
BT 40 MB50 40 MB50 21.0 48.00 - M16 1.002
BT 40 MB50X120 A/B 40 MB50 93.0 120.00 - M16 2.079
BT 40 MB63 40 MB63 39.0 66.00 - M16 1.342
BT 45 MB50 45 MB50 29.0 62.00 - M20 2.320
BT 45 MB63 45 MB63 37.0 70.00 - M20 2.480
BT 45 MB80 45 MB80 37.0 70.00 - M20 2.625
BT 50 MB50 50 MB50 28.0 66.00 - M24 3.776
BT 50 MB50X120 A/B 50 MB50 82.0 120.00 60.00 M24 4.640
BT 50 MB63 50 MB63 37.0 75.00 - M24 3.984
BT 50 MB63X150 A/B 50 MB63 112.0 150.00 70.00 M24 5.850
BT 50 MB80 50 MB80 37.0 75.00 - M24 4.241
BT 50 MB80X180 A/B 50 MB80 142.0 180.00 - M24 8.190
BT 50 MB110X140 50 MB110 102.0 140.00 - M24 6.800
BT 60-MB110X110 60 MB110 63.0 110.00 - M30 11.500
BT 60-MB110X200 60 MB110 152.0 200.00 - M30 18.100
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
BT-MB
MB Modular Connection System
with BT MAS-403 FORM AD/
ADB Taper Shanks
D
2
CSI
L
SS L
1
20°
L
1
L
Fig. 1 Fig. 2
CSI
SS
Designation SS CSI D2L1L Fig. kg
BT40 FC MB50 40 MB50 - 21.0 48.00 1 0.900
BT40 FC MB50X120 A/B 40 MB50 - 93.0 120.00 2 1.900
BT40 FC MB63 40 MB63 - - 66.00 1 1.200
BT50 FC MB50 50 MB50 - 28.0 66.00 1 3.300
BT50 FC MB50X120 A/B 50 MB50 60.00 82.0 120.00 2 4.200
BT50 FC MB63 50 MB63 - 37.0 75.00 1 3.700
BT50 FC MB63X150 A/B 50 MB63 70.00 112.0 150.00 2 5.800
BT50 FC MB80 50 MB80 - 37.0 75.00 1 4.000
BT50 FC MB80X180 A/B 50 MB80 - 142.0 180.00 2 7.500
BT-FC-MB
MB Modular Boring System
with BT MAS-403 Face Contact
ADB Tapered Shanks
L1
L
G
CSI
(a)
SS
(a)Cutting edge position
Designation SS CSI L1L G kg
BTB 40 MB50 40 MB50 21.0 48.00 M16 0.960
BTB 40 MB63 40 MB63 - 66.00 M16 1.340
BTB 50 MB50X 66 50 MB50 28.0 66.00 M24 3.887
BTB 50 MB63X 75 50 MB63 37.0 75.00 M24 4.000
BTB 50 MB80 50 MB80 37.0 75.00 M24 4.300
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
BTB-MB
MB Modular Connection System with
BT MAS-403 Type B Taper Shanks
751
ITS BORE
CSI
L1
L
G
(a)
SS
(a)Cutting edge position
Designation SS CSI L1L G kg
ISOM 30-MB50 30 MB50 - 58.00 M12 0.775
ISOM 40-MB50 40 MB50 36.0 48.00 M16 0.949
ISOM 40-MB63 40 MB63 - 60.00 M16 1.336
ISOM 45-MB50 45 MB50 33.0 48.00 M20 1.810
ISOM 45-MB63 45 MB63 45.0 60.00 M20 1.990
ISOM 45-MB80 45 MB80 - 66.00 M20 2.370
ISOM 50-MB50 50 MB50 33.0 48.00 M24 2.817
ISOM 50-MB63 50 MB63 41.0 56.00 M24 3.040
ISOM 50-MB80 50 MB80 45.0 60.00 M24 3.600
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
ISOM-MB
MB Modular Connection System
with DIN 2080-A Taper Shanks
SS
CSI
L1
L
G
(a)
(a)Cutting edge position
Designation SS CSI L1L G kg
ISO 40-MB50 40 MB50 36.0 48.00 UNC 5/8"-11 1.035
ISO 40-MB63 40 MB63 - 60.00 UNC 5/8"-11 1.360
ISO 50-MB50 50 MB50 33.0 48.00 UNC 1.0"-8 2.825
ISO 50-MB63 50 MB63 41.0 56.00 UNC 1.0"-8 2.945
ISO 50-MB80 50 MB80 45.0 60.00 UNC 1.0"-8 3.559
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
ISO-MB
MB Modular Connection System
with ISO 297 Taper Shanks
ISCAR
752
ITS BORE
SS
LL1
CSI
(a) 2
CSI
L1
L
SS
1
(a)Cutting edge position
Designation SS CSI L L1(1) kg Fig.
ST 16-MB16 16 MB16 100.00 66.0 Y 0.150 1
ST 20-MB20 20 MB20 125.00 85.0 Y 0.269 1
ST 25-MB32 25 MB32 100.00 35.0 N 0.410 2
ST 32-MB50 32 MB50 140.00 60.0 N 0.422 2
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
(1) Maximum overhang.
ST-MB
MB Modular Connection System
with Straight Cylindrical Shanks
ST16-32 MB16-MB32 Diameter Range: 18-50 mm
HSK
DIN
BT
CAMFIX
Rear Connection
MAXIN Power Chuck
Rear ConnectionHydraulic Chuck
HSK HSK
ER Collet Chuck
HSK
DIN
BT
CHAMFIX
Straight Carbide Shank
BHF MB 16-32
ST 16-32
IHSR 18-50
IHCR 28-50
IHPR 36-50
IHRF 16-32
IHFF 25-32
Rough Boring Head
18-50 Dia. Range CC-MB-ER
ER Collet Chuck
BHF-MB
Fine Boring Heads
18-50 Dia. Range
BHR-MB 16-32
ST-MB Straight Carbide Shank with MB Connection Assembly Options
753
ITS BORE
L3Lmax
LCSI
dh6
Designation CSI d L3L max Lkg
ST 16-MB16X110E MB16 16.00 144.00 100.0 110.00 0.278
ST 16-MB16X140E MB16 16.00 174.00 125.0 140.00 0.170
ST 16-MB16X170E MB16 16.00 204.00 160.0 170.00 0.420
ST 20-MB20X135E MB20 20.00 175.00 125.0 135.00 0.400
ST 20-MB20X170E MB20 20.00 210.00 160.0 170.00 0.690
ST 20-MB20X210E MB20 20.00 250.00 200.0 210.00 0.400
ST 25-MB25X160E MB25 25.00 210.00 160.0 160.00 0.400
ST 25-MB25X205E MB25 25.00 255.00 200.0 205.00 1.280
ST 25-MB25X255E MB25 25.00 305.00 250.0 255.00 1.555
ST 32-MB32X195E MB32 32.00 258.00 200.0 195.00 1.960
ST 32-MB32X250E MB32 32.00 313.00 250.0 250.00 2.500
ST 32-MB32X315E MB32 32.00 378.00 320.0 315.00 3.300
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
ST-MB-E
MB Modular Connection System
with Cylindrical Carbide Shanks
CSI
L
(a)
G
1
SS
(a)Cutting edge position
Designation SS CSI L G1kg
R8 MB50 R8 MB50 50.00 UNF 7/16-20 0.840
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
R8-MB
MB Modular Connection System
with R-8 Bridgeport Shanks
(a)
L
CSI
Tt˚
(a)Cutting edge position
Designation Tt° CSI L kg
MTT 5-MB63 MT5 MB63 65.00 2.160
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
MTT-MB
MB Modular Connection System with
DIN 228/B 1806 Morse Taper Shanks
G1
(a)
CSI
L
Tt˚
(a)Cutting edge position
Designation Tt° CSI L G1kg
MTD 4-MB50 MT4 MB50 63.00 M16 0.928
MTD 4-MB50 SIP MT4 MB50 63.00 M14 0.985
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
MTD-MB
MB Modular Connection System with
DIN 228/A 220 Morse Taper Shanks
ISCAR
754
ITS BORE
L3L
G1
Da
D
2
D
5
CSI
D
1
L1
Designation CSI L L3L1D1D2Da D5G1kg
DIN2079 MB50 40 MB50 35.00 10.00 21.0 90.00 110.00 88.89 66.70 M12 1.955
DIN2079 MB63 50 MB63 45.00 12.00 31.0 135.00 150.00 128.57 101.60 M16 4.600
DIN2079 MB63 40 MB63 47.00 10.00 31.0 90.00 110.00 88.89 66.70 M12 2.060
DIN2079 MB80 50 MB80 50.00 12.00 36.0 135.00 150.00 128.57 101.60 M16 5.000
• Standard connection plate that can be assembled easily on most CNC spindle machines with a DIN2079 interface. This connection plate enables the use of ITS
BORE components with the MB connection by using any standard adapter with four screws. It is affixed directly on the machine spindle.
DIN2079-MB
MB Modular Connection System with
DIN 2079 Spindle Connecting Interface
60°
30°
01 2
g6
d2D1
L
CSI
Designation CSI D1d2Lkg
MB 32 BL-RING MB32 42.00 31.00 14.00 0.065
MB 40 BL-RING MB40 50.00 39.00 15.00 0.065
MB 50 BL-RING MB50 63.50 49.00 16.00 0.135
MB 63 BL-RING MB63 80.00 62.00 18.00 0.115
The balancing rings enable a high degree of balance. This is achieved by setting the two counterweights to balance the toolholder on which it is mounted.
The result is a more economical and accurate mounting technique.
The use of the balancing rings provides the following advantages:
•
Improved accuracy and surface finish
•
Considerable extension of tool life
•
Considerable extension of spindle bearing life
•
Drastic reduction of vibrations and noise
The purpose of balancing a toolholder is to improve the distribution of the masses of the different elements in order to produce centrifugal forces within a
prescribed limit, when spinning at a given spindle speed (RPM). The balancing operation for a toolholder has the aim of bringing the original unbalance within the
maximum admissible level “G” prescribed by the ISO 1940/1 standards.
MB-BL-RING
Interchangeable Balancing Rings
for MB Modular Boring Heads
CSI
SS
L
Designation SS CSI L kg
EX 14X25-MB14 MB14 MB14 25.00 0.041
EX 16X25-MB16 MB16 MB16 25.00 0.055
EX 20X32-MB20 MB20 MB20 32.00 0.088
EX 25X25-MB25 MB25 MB25 25.00 0.103
EX 25X40-MB25 MB25 MB25 40.00 0.157
EX 32X32-MB32 MB32 MB32 32.00 0.205
EX 32X50-MB32 MB32 MB32 50.00 0.311
EX 40X40-MB40 MB40 MB40 40.00 0.386
EX 40X63-MB40 MB40 MB40 63.00 0.610
EX 50X50-MB50 MB50 MB50 50.00 0.700
EX 50X80-MB50 MB50 MB50 80.00 1.210
EX 50X100-MB50 MB50 MB50 100.00 1.530
EX 63X63-MB63 MB63 MB63 63.00 1.487
EX 63X100-MB63 MB63 MB63 100.00 2.391
EX 63X125-MB63 MB63 MB63 125.00 2.990
EX 80X80-MB80 MB80 MB80 80.00 3.100
EX 80X125-MB80 MB80 MB80 125.00 4.501
EX 80X160-MB80 MB80 MB80 160.00 6.250
EX 110X140-MB110 MB110 MB110 140.00 10.449
EX 110X200-MB110 MB110 MB110 200.00 14.300
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
EX-MB
Extensions for the MB Modular
Connection System
755
ITS BORE
L1
L
SS CSI
Designation SS CSI L1Lkg
RE MB16-MB14X24 MB16 MB14 19.5 24.00 0.045
RE MB20-MB14X19 MB20 MB14 13.5 19.00 0.030
RE MB20-MB16X20 MB20 MB16 16.0 20.00 0.050
RE MB25-MB14X19 MB25 MB14 13.5 19.00 0.060
RE MB25-MB16X20 MB25 MB16 15.0 20.00 0.080
RE MB25-MB20X25 MB25 MB20 20.0 25.00 0.093
RE MB32-MB14X25 MB32 MB14 17.0 23.00 0.080
RE MB32-MB16X24 MB32 MB16 18.0 24.00 0.134
RE MB32-MB20X25 MB32 MB20 20.0 25.00 0.140
RE MB32-MB25X28 MB32 MB25 23.0 28.00 0.160
RE MB40-MB14X23 MB40 MB14 16.0 23.00 0.225
RE MB40-MB16X24 MB40 MB16 17.0 24.00 0.220
RE MB40-MB20X26 MB40 MB20 20.0 26.00 0.235
RE MB40-MB25X28 MB40 MB25 22.0 28.00 0.255
RE MB40-MB32X32 MB40 MB32 27.0 32.00 0.295
RE MB50-MB14X23 MB50 MB14 14.5 23.00 0.403
RE MB50-MB14X39 MB50 MB14 30.5 39.00 0.418
RE MB50-MB16X24 MB50 MB16 15.0 24.00 0.391
RE MB50-MB16X40 MB50 MB16 31.0 40.00 0.410
RE MB50-MB16X74 MB50 MB16 65.0 74.00 0.473
RE MB50-MB20X26 MB50 MB20 18.0 26.00 0.401
RE MB50-MB20X70 MB50 MB20 62.0 70.00 0.503
RE MB50-MB20X93 MB50 MB20 85.0 93.00 0.558
RE MB50-MB25X117 MB50 MB25 110.0 117.00 0.680
RE MB50-MB25X28 MB50 MB25 21.0 28.00 0.425
RE MB50-MB25X87 MB50 MB25 80.0 87.00 0.635
RE MB50-MB32X144 MB50 MB32 137.0 144.00 1.091
RE MB50-MB32X32 MB50 MB32 25.0 32.00 0.461
RE MB50-MB32X87 MB50 MB32 80.0 87.00 0.712
RE MB50-MB40X176 MB50 MB40 170.0 176.00 1.870
RE MB50-MB40X36 MB50 MB40 30.0 36.00 0.511
RE MB50-MB40X87 MB50 MB40 80.0 87.00 0.969
RE MB63-MB50X40 MB63 MB50 34.0 40.00 0.970
RE MB80-MB50X45 MB80 MB50 36.0 45.00 1.360
RE MB80-MB63X60 MB80 MB63 52.0 60.00 1.774
RE MB110-MB80X70 MB110 MB80 52.0 70.00 6.000
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
RE MB-MB
Reducers for the MB Modular
Connection System
D2
CSI
SS
L1
L
Designation SS CSI D2L1Lkg
RE MB50-MB16X74-AVI MB50 MB16 17.50 65.0 74.00 0.514
RE MB50-MB20X93-AVI MB50 MB20 21.50 85.0 93.00 0.645
RE MB50-MB25X117-AVI MB50 MB25 27.00 110.0 117.00 0.921
RE MB50-MB32X144-AVI MB50 MB32 35.00 138.0 144.00 1.470
RE MB50-MB40X176-AVI MB50 MB40 47.00 170.0 176.00 2.660
RE MB63-MB50X220-AVI MB63 MB50 60.00 214.0 220.00 5.000
RE MB80-MB63X280-AVI MB80 MB63 77.00 272.0 280.00 10.400
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
RE MB-AVI
MB Modular System Vibration
Damping Reducers
ISCAR
756
ITS BORE
5
R
CSI D1
L2L
L1
SS
-0.03
-0.05
18
Designation SS CSI R D1L1L L2RPM max Bar kg
CHS MB50-R65 MB50 MB50 65 80.00 28.5 72.00 43.00 7000 10 3.060
CHS MB50-R80 MB50 MB50 80 80.00 28.5 72.00 43.00 7000 10 3.300
CHS MB63-R80 MB63 MB63 80 100.00 37.0 88.00 51.00 5600 10 5.155
• Use with stop block • Important: coolant flow must be started prior to rotating the spindle to avoid damage of the O-rings
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
CHS MB-R
Coolant Supply Collar with a Stopper
for the MB Modular Boring System
15
R 3/8
CSI D
1
L1
L
SS
Designation SS CSI D1L1L RPM max Bar kg
CHR MB63 MB63 MB63 115.00 35.0 63.00 3500 10 3.287
• Important: coolant flow must be started prior to rotating the spindle to avoid damage of the O-rings
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
CHR MB
Coolant Supply Collar for the
MB Modular Boring System
Lmax
2º
L5
L
Whistle notch
EMH 1835-E
SS d
2
D
1
Weldon
EMH 1835-B
L1
12
Designation SS d2D1L1L L5L max Fig. kg
EMH MB50-6 MB50 6.00 25.00 32.5 44.00 7.00 2.0 1 0.510
EMH MB50-8 MB50 8.00 28.00 33.0 44.00 7.00 2.0 1 0.540
EMH MB50-10 MB50 10.00 35.00 42.0 52.00 11.00 3.0 1 0.680
EMH MB50-12 MB50 12.00 42.00 48.0 57.00 11.00 3.0 1 0.851
EMH MB50-14 MB50 14.00 42.00 48.0 57.00 11.00 3.0 1 0.840
EMH MB50-16 MB50 16.00 48.00 61.0 67.00 17.00 4.0 1 1.117
EMH MB50-20 MB50 20.00 51.00 - 67.00 16.00 4.0 1 1.080
EMH MB50-25 MB50 25.00 63.00 - 80.00 22.00 4.0 2 1.210
EMH MB63-16 MB63 16.00 48.00 53.0 64.00 14.00 4.0 1 1.447
EMH MB63-20 MB63 20.00 52.00 56.0 66.00 14.00 4.0 1 1.555
EMH MB63-25 MB63 25.00 64.00 - 74.00 16.00 4.0 2 2.110
EMH MB63-32 MB63 32.00 72.00 - 76.00 14.00 4.0 2 2.422
EMH MB80-40 MB80 40.00 80.00 - 83.00 12.00 4.0 2 3.214
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • HM390 E10-80-07 (104) • MTE D (359) • MTE D(Double Insert) (359)
EMH MB
Weldon and Whistle Notch Side-Lock
Holders with the MB Modular Boring
Connection System
L5
SS
L
D3
Lmax
CSI
dmin
max
Designation SS CSI d min d max D3L L5L max kg
CC MB16 ER11M MB16 ER11 0.5 7.0 16.00 25.00 2.50 2.0 0.05 NUT ER11 MINI WRENCH ER11 MINI*
CC MB20 ER16M MB20 ER16 0.5 10.0 22.00 32.00 1.00 2.0 0.05 NUT ER16 MINI WRENCH ER16 MINI*
CC MB25 ER20M MB25 ER20 1.0 13.0 28.00 40.00 2.50 2.0 0.14 NUT ER20 MINI WRENCH ER20 MINI*
CC MB32 ER25M MB32 ER25 1.0 16.0 35.00 42.00 1.50 2.0 0.23 NUT ER25 MINI WRENCH ER25 MINI*
CC MB40 ER25 MB40 ER25 1.0 16.0 42.00 45.00 5.00 2.0 0.45 NUT ER25 TOP WRENCH ER25*
CC MB50 ER25 MB50 ER25 1.0 16.0 42.00 48.00 7.00 2.0 0.67 NUT ER25 TOP WRENCH ER25*
CC MB50 ER32 MB50 ER32 2.0 20.0 50.00 55.00 7.00 2.0 0.79 NUT ER32 TOP WRENCH ER32*
CC MB63 ER32 MB63 ER32 2.0 20.0 50.00 59.00 12.00 2.0 1.35 NUT ER32 TOP WRENCH ER32*
CC MB63 ER40 MB63 ER40 3.0 26.0 63.00 64.00 12.00 2.0 1.55 NUT ER40 TOP WRENCH ER40*
• For ER collets, see page 947
* Optional, should be ordered separately
CC MB-ER
DIN 6499 ER Collet Chuck with the MB
Modular Boring Connection System
757
ITS BORE
SS
Tt˚
L24
Designation SS L Tt°kg
DC MB50 B16 MB50 10.00 B16 0.400
DC MB63 B16 MB63 13.50 B16 0.410
• Without drill chuck.
DC MB
DIN238 DC Drill Chuck Arbor with
the MB Modular Connection System
Fig. 1
L
SS d
L
2
D
1
D
5
G
2
Fig. 2
SS
Designation SS d D1D5G2L2L Fig. kg
SMH MB40-16 MB40 16.00 32.00 - - 17.00 15.00 1 0.32
SMH MB40-22 MB40 22.00 40.00 - - 19.00 13.00 1 0.38
SMH MB50-16 MB50 16.00 32.00 - - 17.00 15.00 1 0.48
SMH MB50-22 MB50 22.00 40.00 - - 19.00 15.00 1 0.55
SMH MB50-27 MB50 27.00 50.00 - - 21.00 15.00 1 0.66
SMH MB50-32 MB50 32.00 60.00 - - 24.00 15.00 1 0.79
SMH MB63-22 MB63 22.00 60.00 - - 19.00 15.00 1 1.01
SMH MB63-27 MB63 27.00 60.00 - - 21.00 15.00 1 1.09
SMH MB63-32 MB63 32.00 70.00 - - 24.00 15.00 1 1.24
SMH MB80-32 MB80 32.00 88.00 - - 24.00 24.00 1 2.09
SMH MB80-40 MB80 40.00 88.00 66.70 M12 27.00 24.00 2 2.25
SMH MB80-50 MB80 50.00 90.00 - - 30.00 24.00 2 2.58
SMH MB80-60 (1) MB80 60.00 128.50 101.60 M16 40.00 31.50 2 4.19
SMH MB110-60 (1) MB110 60.00 128.50 101.60 M16 40.00 36.00 2 7.64
• When mounting slitting cutters, remove the drive dogs and use spacer rings. • Verify that the weight of the entire tool assembly does not exceed the machine
spindle's carrying capability.
(1) Shell locking screw not supplied
For tools, see pages: MTF D(Shell Mill) (360)
SMH MB
Shell Mill Holders with the MB
Modular Boring Connection System
12
4 3
Designation
SMH MB40-16 M 8 CLAMP SCREW SEM 16 BH DOG DRIVE SMH 16 KEY SMH 16 M3X8 SMH KEY SCREW
SMH MB40-22 M 10 CLAMP SCREW SEM 22 BH DOG DRIVE SMH 22 KEY SMH 22 M4X10SMH KEY SCREW
SMH MB50-16 M 8 CLAMP SCREW SEM 16 BH DOG DRIVE SMH 16 KEY SMH 16 M3X8 SMH KEY SCREW
SMH MB50-22 M 10 CLAMP SCREW SEM 22 BH DOG DRIVE SMH 22 KEY SMH 22 M4X10SMH KEY SCREW
SMH MB50-27 M 12 CLAMP SCREW SEM 27 BH DOG DRIVE SMH 27 KEY SMH 27 M5X12SMH KEY SCREW
SMH MB50-32 M 16 CLAMP SCREW SEM 32 BH DOG DRIVE SMH 32 KEY SMH 32 M6X16SMH KEY SCREW
SMH MB63-27 M 12 CLAMP SCREW SEM 27 BH DOG DRIVE SMH 27 KEY SMH 27 M5X12SMH KEY SCREW
SMH MB63-32 M 16 CLAMP SCREW SEM 32 BH DOG DRIVE SMH 32 KEY SMH 32 M6X16SMH KEY SCREW
SMH MB80-32 M 16 CLAMP SCREW SEM 32 BH DOG DRIVE SMH 32 KEY SMH 32 M6X16SMH KEY SCREW
SMH MB80-40 M 20 CLAMP SCREW SEM 40 BH DOG DRIVE SMH 40 KEY SMH 40 M6X18SMH KEY SCREW
Spare Parts
(1)
(2)
(3)
(4)
ISCAR
758
ITS BORE
SS
L
Flb
Flb
Flf
Flf
d
2
D
1
L1
Designation SS Tap min Tap max L1L D1d2Flf Flb kg
TP MB50-M 3-12 MB50 M1 M14 60.0 72.00 36.00 19.00 7.5 7.5 0.784
TP MB50-M 8-20 MB50 M4.5 M20 - 106.00 53.00 31.00 12.5 12.5 1.600
TP MB63-M 3-12 MB63 M1 M14 58.0 70.00 36.00 19.00 7.5 7.5 1.135
TP MB63-M 8-20 MB63 M4.5 M20 93.0 104.00 53.00 31.00 12.5 12.5 1.875
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
TP MB-M
Tapping Chucks with the MB
Modular Connection System
L4
D3D1
d2
S
L2L1
Designation d2(1) S(2) S1(3) S2(4) D1D3L1L2L4kg
TCS #1 DIN 6-4.9 6.00 4.90 M4.5, M6 M8 30.00 19.00 7.0 21.50 17.0 0.082
TCS #1 DIN 8-6.2 8.00 6.20 M8 - 30.00 19.00 7.0 21.50 17.0 0.100
TCS #1 DIN 9-7 9.00 7.00 - M12 30.00 19.00 7.0 21.50 17.0 0.077
TCS #1 DIN 10-8 10.00 8.00 M10 - 30.00 19.00 7.0 21.50 17.0 0.100
TCS #1 DIN 11-9 11.00 9.00 M14 M14 30.00 19.00 7.0 21.50 17.0 0.479
TCS #2 DIN 8X6.2 8.00 6.20 M8 - 48.00 31.00 11.0 35.00 30.0 0.280
TCS #2 DIN 9X 7 9.00 7.00 - M12 48.00 31.00 17.0 35.00 30.0 0.275
TCS #2 DIN 10X 8 10.00 8.00 M10 - 48.00 31.00 17.0 35.00 30.0 0.275
TCS #2 DIN 11X 9 11.00 9.00 - M14 48.00 31.00 17.0 35.00 30.0 0.479
TCS #2 DIN 12X 9 12.00 9.00 - M16 48.00 31.00 17.0 35.00 30.0 0.270
TCS #2 DIN 14X11 14.00 11.00 - M18 48.00 31.00 17.0 35.00 30.0 0.245
TCS #2 DIN 16X12 16.00 12.00 - M20 48.00 31.00 17.0 35.00 30.0 0.240
(1) According to tap shank size.
(2) Square size.
(3) Tap size according to DIN371
(4) Tap size according to DIN376/374
TCS-DIN
Quick Change Tap Collets
for Solid Taps
D4G2
L2
D1
L
SS d
Designation SS D1d L L2G2D4kg
STUB MB80-60 MB80 84.00 60.00 31.50 40.00 M30 84.00 3.60
• When mounting slitting cutters, use spacer rings. • Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
For tools, see pages: GM-DG (314).
STUB MB
STUB 60 Holder with an
MB80 Connection for Disk
Type Milling Cutters
759
ITS BORE
D
3
L2
L4
D
1
d2
L1
S
Designation d2(1) S(2) S1(3) S2(4) D1D3L1L2L4kg
TCC #1 DIN 2.8-2.1 2.80 2.10 M2, M2.5 M4 32.00 19.00 25.0 21.50 17.0 0.167
TCC #1 DIN 4-3 4.00 3.00 M3.5 - 32.00 19.00 25.0 21.50 17.0 0.335
TCC #1 DIN 4.5-3.4 4.50 3.40 M4 M6 32.00 19.00 25.0 21.50 17.0 0.165
TCC #1 DIN 6-4.9 6.00 4.90 M4.5, M6 M8 32.00 19.00 25.0 21.50 17.0 0.165
TCC #1 DIN 7-5.5 7.00 5.50 M7 M10 32.00 19.00 25.0 21.50 17.0 0.165
TCC #1 DIN 8-6.2 8.00 6.20 M8 - 32.00 19.00 25.0 21.50 17.0 0.162
TCC #1 DIN 9-7 9.00 7.00 - M12 32.00 19.00 25.0 21.50 17.0 0.165
TCC #1 DIN 10-8 10.00 8.00 M10 - 32.00 19.00 25.0 21.50 17.0 0.157
TCC #1 DIN 11-9 11.00 9.00 M10 M14 32.00 19.00 25.0 21.50 17.0 0.150
TCC #2 DIN 6X4.9 6.00 4.90 M4.5, M6 M8 50.00 31.00 34.0 35.00 30.0 0.527
TCC #2 DIN 7X5.5 7.00 5.50 M7 M10 50.00 31.00 34.0 35.00 30.0 0.540
TCC #2 DIN 8X6.2 8.00 6.20 M8 - 50.00 31.00 34.0 35.00 30.0 0.527
TCC #2 DIN 9X7 9.00 7.00 M7 M12 50.00 31.00 34.0 35.00 30.0 0.527
TCC #2 DIN 10X8 10.00 8.00 M10 - 50.00 31.00 34.0 35.00 30.0 0.525
TCC #2 DIN 11X9 11.00 9.00 - M14 50.00 31.00 34.0 35.00 30.0 0.527
TCC #2 DIN 12X9 12.00 9.00 - M16 50.00 31.00 34.0 35.00 30.0 0.520
TCC #2 DIN 14X11 14.00 11.00 - M18 50.00 31.00 34.0 35.00 30.0 0.510
TCC #2 DIN 16X12 16.00 12.00 - M20 50.00 31.00 34.0 35.00 30.0 0.495
(1) According to tap shank size.
(2) Square size.
(3) Tap size according to DIN371
(4) Tap size according to DIN376/374
TCC-DIN
Quick Change Tap Collets
with a Safety Clutch
D1
d2
Tt°
L
L1
SS
DIN 228A DIN 228B
J
Designation SS Tt° d2D1J L1Lkg
AMT MB50-MT1 MB50 MT1 12.07 20.00 M6 68.0 80.00 0.520
AMT MB50-MT2 MB50 MT2 17.78 30.00 M10 86.0 100.00 0.775
AMT MB50-MT3 MB50 MT3 23.82 36.00 M12 110.0 120.00 1.025
AMT MB63-MT3 MB63 MT3 23.82 36.00 M12 108.0 120.00 1.400
AMT MB63-MT4 MB63 MT4 31.26 48.00 M16 133.0 150.00 2.202
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
1
AMT
Screw for Shanks – Morse
Taper Tang AMT
Designation 1
AMT MB50-MT2 AMT MT2-SCREW
AMT MB50-MT3 AMT MT3-SCREW
AMT MB63-MT3 AMT MT3-SCREW
AMT MB63-MT4 AMT MT4-SCREW
Spare Parts
AMT MB-MT
MB Modular Connection System with
Morse Taper Tang DIN 228 A/B
22-25 HRc55-60 HRc
D
1
SS
L
10
Designation SS D1Lkg
BLANK MB50-63X160 MB50 63.00 160.00 4.441
BLANK MB63-80X200 MB63 80.00 200.00 8.770
BLANK MB80-100X250 MB80 100.00 250.00 16.620
BLANK MB110-130X250 MB110 130.00 250.00 18.000
• Material: 39NiCrMo3
BLANK MB
Blanks with MB Modular
Connection System
ISCAR
760
ITS BORE
L
d
max
45º
Da
D
1
d
min
(a)
Designation d min d max Da D1L Insert kg
CHA 16-45 18.0 28.0 16.00 28.00 13.00 DCMT 0702.. 0.06 SR 14-548
CHA 20-45 23.0 32.0 20.00 32.00 15.00 DCMT 0702.. 0.07 SR 14-548
CHA 25-45 28.0 43.0 25.00 43.00 18.00 DCMT 0702.. 0.12 SR 14-548
CHA 32-45 35.0 54.0 32.00 54.00 22.00 DCMT 0702.. 0.20 SR 14-548
CHA 40-45 46.0 72.0 40.00 72.00 30.00 DCMT 11T3.. 0.53 SR 16-236 P
CHA 50-45 56.0 95.0 50.00 95.00 38.00 DCMT 11T3.. 1.13 SR 16-236 P
CHA 63-45 75.0 125.0 63.00 125.00 46.00 DCMT 1504.. 2.45 SR 16-212
CHA 80-45 95.0 165.0 80.00 165.00 58.00 DCMT 1504.. 5.20 SR 16-212
• To minimize mismatch use insert radius 0.2 mm • (a) Only one insert can be mounted on either one of the two pockets.
For inserts, see pages: • DCGT-AS (805) • DCMT-14 (804)• DCMT-PF (805) • DCMT/DCGT (805) • DCMT/DCGT-SM (804)
For holders, see pages: BHR MB (760)
CHA
45° Chamfering Holders
IHSR
IHCR IHPR IHBR
A B
d
L
L1
SSD1
C
IHSR BW
D
Designation SS d min d max D1L L1IH(1) kg
BHR MB16-16X34 MB16 18.0 22.0 16.00 34.00 - IH...18-22 0.06
BHR MB20-20X40 MB20 22.0 28.0 20.00 40.00 - IH...22-28 0.11
BHR MB25-25X50 MB25 28.0 38.0 25.00 50.00 - IH...28-38 0.18
BHR MB32-32X63 MB32 35.5 50.0 32.00 63.00 - IH...36-50 0.36
BHR MB40-40X80 MB40 50.0 68.0 40.00 80.00 - IH...50-68 0.22
BHR MB50-50X100 MB50 68.0 90.0 55.00 100.00 50.0 IH...68-90 1.49
BHR MB50-63X80 MB50 90.0 120.0 72.00 80.00 60.0 IH...90-120 1.50
BHR MB63-63X125 MB63 90.0 120.0 72.00 125.00 63.0 IH...90-120 3.09
BHR MB80-80X140 MB80 120.0 200.0 95.00 140.00 75.0 IH...120-800 5.38
• Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability. • For spare parts see page 816
(1) Insert holders
For tools, see pages: CHA (760) • IHBR (764) • IHCR (763) • IHPR (763) • IHSR (763) • IHSR-BW (739) • IHSR-CH (764)
Spare Parts
Designation
BHR MB16-16X34 BH NUT BHR MB16 PLT 16* SR M3X14 DIN912 SR M3X8 DIN913
BHR MB20-20X40 BH NUT BHR MB20 PLT 20* SR M4X15DIN912 BH M3X5UNI5923
BHR MB25-25X50 BH NUT BHR MB25 PLT 25* SR M4X20 DIN912 SR M3X8 DIN913
BHR MB32-32X63 BH NUT BHR MB32 PLT 32* SR M5X25DIN912 SR M4X12 UNI5923
BHR MB40-40X80 BH NUT BHR MB40 PLT 40* SR M6X30 DIN912 SR M5X14 DIN913
BHR MB50-63X80 BH NUT BHR MB50 PLT 50* SR M10X40DIN912 SR M5X12 DIN913
BHR MB63-63X125 BH NUT BHR MB63 PLT 63* SR M10X40DIN912 SR M6X16 DIN913
BHR MB80-80X140 BH NUT BHR MB80 PLT 80* SR M12X45DIN912 SR M8X25 DIN913
* (Optional, should be ordered separately)
BHR MB
Rough Boring Heads for
Diameter Range 18-200 mm
761
ITS BORE
Ø
Ø
Ø
IHSR
PLT
IHSR
IHCR
IHSR
IHSR
A
1
A
A A
Fig. a Fig. b
1. Radial setting of the cutting edges should be
carried out with tool presetting equipment.
2. Boring bars fitted with two insert pockets are for
roughing operations involving heavy chip removal.
The double-insert boring bars include:
- Two IHSR insert holders on the same plane with
the two cutting edges set at identical radial distance
for high feed rate roughing operations (Fig. a).
- An IHCR insert holder and an IHSR insert holder not on the
same plane with the two cutting edges set at different radial
distances for high-depth roughing operations (Fig. b).
3. Boring bars fitted with a single insert holder are for roughing
and finishing operations involving normal chip removal.
The serrated surface protection plate P LT
should always be used (Fig. c).
Fig. c
Rough Boring Options
Roughing with
High Feed
Roughing with
High Cutting Depth
Light Roughing or
Semi-Finishing Applications
Assembly
Reference
Rough Boring Head Diameter Range
Page
BHR MB16-16x34
18-22
760
BHR MB20-20x40
22-28
BHR MB25-25x50
28-38
BHR MB32-32x63
35.5-50
BHR MB40-40x80
50-68
BHR MB50-50x100
68-90
BHR MB50-63x80
90-120
BHR MB63-63x125
90-120
BHR MB80-80x140
120-200
TCH AL200
200-602
762
TCH AL300
300-702
TCH AL400
400-802
TCH AL 500
500-902
TCH AL 600
600-1002
TCH AL 700
700-1102
TCH AL 800
800-1202
20 30 40 50 60 70 80 90 100 110 120 130 200 300 400 500 600 70010 800 900 1000 1100 1200
ISCAR
762
ITS BORE
D1
SS Da H5 Th
d
80 L
L1
b
D3
TCH AL
Aluminum Twin Cutter Heads for
Rough and Fine Boring Operations,
Diameter Range 200-1200 mm
• Aluminum body, with steel serrated seats • The "O" position on the counterweight balances the BHF boring head for D=200 mm boring diameter position. For
every 10 mm change in boring diameter, move the counterweight by 1 measurement mark • Verify that the weight of the entire tool assembly does not exceed the
machine spindle's carrying capability • For spare parts, see pages 787,816
For tools, see pages: IHBR (764) • IHCR (763) • IHPR (763) • IHSR (763) • IHSR-BW (739)
Designation d min d max D1Da D3SS b ThLkg
TCH AL200 200.0 602.0 194.00 40.00 66.70 80 - - Y 54.00 3.200
TCH AL300 300.0 702.0 288.00 40.00 66.70 80 - - Y 54.00 3.900
TCH AL400 400.0 802.0 394.00 40.00 66.70 80 - 1/4Gas N 61.00 6.900
TCH AL500 500.0 902.0 494.00 60.00 101.60 80,110 128.0 1/4Gas N 69.00 8.700
TCH AL600 600.0 1002.0 594.00 60.00 101.60 80,110 128.0 1/4Gas N 71.00 8.340
TCH AL700 700.0 1102.0 694.00 60.00 101.60 80,110 128.0 1/4Gas N 74.00 8.340
TCH AL800 800.0 1202.0 794.00 60.00 101.60 80,110 128.0 - N 80.00 15.200
TCH...
IHSR 160-800
IHCR 160-800
IHPR 160-800 IHBR 160-800
IHPR 160-800-19
IHSR 160-800-19
IHSR 161-802 BW
TCHH EX 100/300
Dmin=(d1+D1+1)/2
d
SMH 40-60
SS
DIN2080-CP
(centering plug)
HSK A 100 FM 60X 70
BT-FM
DIN69871-FM
D1Da H7 Th d
80 L
L
1
L
2
L
3
L
4
b
D3
MB80-110-140
TCHH EX 100/300
Extension slides D min D1d1d1
D min D1
Large Diameter Double Edge Rough Boring Options
Aluminum Twin Cutter Heads
Boring Tools Extension Slides Dimensions TCH 200 TCH 300 TCH 400 TCH 500 TCH 600 TCH 700 TCH 800
IH.R 160-800/-19 d 200-300 300-400 400-500 500-600 600-700 700-800 800-900
IH.R 160-800/-19 TCHH EX 100 d 300-400 400-500 500-600 600-700 700-800 800-900 900-1000
IH.R 160-800/-19 TCHH EX 300 d 400-600 500-700 600-800 700-900 800-1000 900-1100 1000-1200
IHSR 161-802 BW d1 202-302 302-402 402-502 502-602 602-702 702-802 802-902
IHSR 161-802 BW TCHH EX 100 d1 302-402 402-502 502-602 602-702 702-802 802-902 902-1002
IHSR 161-802 BW TCHH EX 300 d1 402-602 502-702 602-802 702-902 802-1002 902-1102 1002-1202
IH.R 160-800 L1 86 86 93 101 103 106 112
IH.R 160-800-19 L1 94 94 101 109 111 114 120
IH.R 160-800 TCHH EX 100 L2 116 116 123 131 133 136 142
IH.R 160-800 TCHH EX 300 L2 126 126 133 141 143 146 152
IH.R 160-800-19 TCHH EX 100 L2 124 124 131 139 141 144 150
IH.R 160-800-19 TCHH EX 300 L2 134 134 141 149 151 154 160
IHSR 161-802 BW L3 56.5 56.5 63.5 71.5 73.5 76.5 82.5
IHSR 161-802 BW TCHH EX 100 L4 86.5 86.5 93.5 101.5 103.5 106.5 112.5
IHSR 161-802 BW TCHH EX 300 L4 96.5 96.5 103.5 111.5 113.5 116.5 122.5
763
ITS BORE
l1
f
90°
Designation d min d max f l1Insert
IHCR 28-38 28.0 38.0 12.3 23.00 CCMT 0602... SR 14-548 T-7/5
IHCR 36-50 35.5 50.0 14.8 32.00 CCMT 0602... SR 14-548 T-7/5
IHCR 50-68 50.0 68.0 18.7 40.00 CCMT 09T3... SR 16-236 T-15/5
IHCR 50-68-12 50.0 68.0 18.7 40.00 CCMT 1204... SR 16-212 T-20/5
IHCR 68-90 68.0 90.0 21.7 54.00 CCMT 1204... SR 16-212 T-20/5
IHCR 90-120 90.0 120.0 26.7 70.50 CCMT 1204... SR 16-212 T-20/5
IHCR 120-160 120.0 160.0 31.7 94.50 CCMT 1204... SR 16-212 T-20/5
IHCR 160-800 160.0 800.0 31.7 130.00 CCMT 1204... SR 16-212 T-20/5
• For user guide, see pages 761, 819, 822-828
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801)
• CCMT-WG (802) • CCMT/CCGT (802) • CCMT/CCGT-SM (801)
For holders, see pages: BHR MB (760) • TCH AL (762) • TCHH EX (789)
IHCR
Boring Toolholders for the MB
Modular Boring System
l1
f
90°
Designation d min d max f l1Insert
IHSR 18-22 18.0 22.0 8.0 15.00 CCMT 0602... SR 14-548 T-7/5
IHSR 22-28 22.0 28.0 9.5 19.00 CCMT 0602... SR 14-548 T-7/5
IHSR 28-38 28.0 38.0 12.5 23.00 CCMT 0602... SR 14-548 T-7/5
IHSR 36-50 35.5 50.0 15.0 32.00 CCMT 0602... SR 14-548 T-7/5
IHSR 36-50-09 35.5 50.0 15.0 32.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 50-68 50.0 68.0 19.0 40.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 50-68-12 50.0 68.0 19.0 40.00 CCMT 1204... SR 16-212 T-20/5
IHSR 68-90 68.0 90.0 22.0 54.00 CCMT 1204... SR 16-212 T-25/3
IHSR 90-120 90.0 120.0 27.0 70.50 CCMT 1204... SR 16-212 T-25/3
IHSR 120-160 120.0 160.0 32.0 94.50 CCMT 1204... SR 16-212 T-25/3
IHSR 160-800 160.0 800.0 32.0 130.00 CCMT 1204... SR 16-212 T-25/3
IHSR 160-800-19 160.0 800.0 40.0 130.00 CNMG 1906... SR 16-212 T-25/3
• For user guide, see pages 761, 819, 822-828
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801)
• CCMT-WG (802) • CCMT/CCGT (802) • CCMT/CCGT-SM (801)
For holders, see pages: BHR MB (760) • TCH AL (762) • TCHH EX (789)
IHSR
Rough Boring Tools for Twin
Cutters with a Radial and Axial
Edge Positioned Inner to the
Opposite Finishing Tool
f
75°
l1
Designation d min d max f l1Insert
IHPR 36-50 35.5 50.0 15.0 32.00 SCMT 09T3... SR 16-236 T-15/5
IHPR 50-68 50.0 68.0 19.0 40.00 SCMT 09T3... SR 16-236 T-15/5
IHPR 68-90 68.0 90.0 20.4 53.90 SCMT 1204... SR 16-212 T-20/5
IHPR 90-120 90.0 120.0 27.0 70.50 SCMT 1204... SR 16-212 T-20/5
IHPR 120-160 120.0 160.0 32.0 94.50 SCMT 1204... SR 16-212 T-20/5
IHPR 160-800 160.0 800.0 32.0 130.00 SCMT 1204... SR 16-212 T-20/5
IHPR 160-800-19 160.0 800.0 32.0 130.00 SNMG 1906... SR 16-212 T-25/3
• For user guide, see pages 761, 819, 822-828
For inserts, see pages: SCGT-AS (806) • SCMT-14 (806) • SCMT-19 (442) • SCMT-SM (806)
For holders, see pages: BHR MB (760) • TCH AL (762) • TCHH EX (789)
IHPR
75° Rough Boring Toolholders
ISCAR
764
ITS BORE
l1
f
90°
Designation d min d max f l1Insert
IHBR 90-120 90.0 120.0 27.0 70.50 TCMT 2205... SR 16-212 T-20/5
IHBR 120-160 120.0 160.0 32.0 94.50 TCMT 2205... SR 16-212 T-20/5
IHBR 160-800 160.0 800.0 32.0 130.00 TCMT 2205... SR 16-212 T-20/5
• For user guide, see pages 761, 819, 822-828
For inserts, see pages: TCMT-19 (807)
For holders, see pages: BHR MB (760) • TCH AL (762) • TCHH EX (789)
IHBR
Rough Boring Toolholders
f
l1d
l
a
L3
D1
Designation d min d max a° L3l1f l D1Insert
IHSR 26-38 CH15 26.0 38.0 15.0 21.40 23.00 13.5 1.60 25.00 CCMT 0602... SR 14-548 T-7/5
IHSR 26-38 CH30 26.0 38.0 30.0 20.00 23.00 12.2 3.00 25.00 CCMT 0602... SR 14-548 T-7/5
IHSR 26-38 CH45 26.0 38.0 45.0 18.70 23.00 13.5 4.30 25.00 CCMT 0602... SR 14-548 T-7/5
IHSR 34.5-49 CH15 34.5 49.0 15.0 29.40 31.00 16.0 1.60 32.00 CCMT 0602... SR 14-548 T-7/5
IHSR 34.5-49 CH30 34.5 49.0 30.0 28.00 31.00 15.0 3.00 32.00 CCMT 0602... SR 14-548 T-7/5
IHSR 34.5-49 CH45 34.5 49.0 45.0 26.70 31.00 16.0 4.30 32.00 CCMT 0602... SR 14-548 T-7/5
IHSR 46.5-66 CH15 46.5 66.0 15.0 36.60 39.00 20.0 2.40 40.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 46.5-66 CH30 46.5 66.0 30.0 34.40 39.00 19.0 4.60 40.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 46.5-66 CH45 46.5 66.0 45.0 32.50 39.00 20.0 6.50 40.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 65-88 CH15 65.0 88.0 15.0 49.80 53.00 22.0 3.20 50.00 CCMT 1204... SR 16-236 T-15/5
IHSR 65-88 CH30 65.0 88.0 30.0 46.80 53.00 22.0 6.20 50.00 CCMT 1204... SR 16-236 T-15/5
IHSR 65-88 CH45 65.0 88.0 45.0 44.20 53.00 23.0 8.80 50.00 CCMT 1204... SR 16-236 T-15/5
• For user guide, see pages 761, 819, 822-828
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803) • CCMT-14 (801) • CCMT-PF (801) • CCMT-WG (802) • CCMT/CCGT (802) • CCMT/
CCGT-SM (801)
For holders, see pages: BHR MB (760)
IHSR-CH
Chamfering Tools for
BHR Boring Heads
d range
l1
f
D
min
D1
H
l1
d range
H
f
Dmin
D1
90°
90°
BHR 20-200 TCH 202-802
Designation SS(1) D1d Range H f l1Insert
IHSR 20-24 BW BHR MB16-16 16.00 20.0- 24.0 27.5 8.0 16.00 CCMT 0602... SR 14-548 T-7/5
IHSR 23.5-30BW BHR MB20-20 20.00 23.5- 30.0 32.5 9.5 19.50 CCMT 0602... SR 14-548 T-7/5
IHSR 29.5-40BW BHR MB25-25 25.00 29.5- 40.0 39.0 12.0 24.00 CCMT 0602... SR 14-548 T-7/5
IHSR 39-52 BW BHR MB32-32 32.00 39.0- 52.0 50.0 14.0 32.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 51-70 BW BHR MB40-40 40.00 51.0- 70.0 63.5 17.5 42.00 CCMT 1204... SR 16-212 T-20/5
IHSR 69-92 BW BHR MB50-50 55.00 69.0- 92.0 80.5 21.0 57.00 CCMT 1204... SR 16-212 T-20/5
IHSR 91-122 BW BHR MB63-63 72.00 91.0-122.0 100.5 25.0 76.00 CCMT 1204... SR 16-212 T-20/5
IHSR 121-162 BW BHR MB80-80 95.00 121.0-162.0 110.5 28.0 101.00 CCMT 1204... SR 16-212 T-20/5
IHSR 161-802 BW BHR MB80-80 95.00 161.0-802.0 110.5 28.0 122.00 CCMT 1204... SR 16-212 T-20/5
• Dmin=(min bore diameter)=(d+D1+1)/2 • D1=Size of the boring head being used • For user guide, see pages 761, 819, 822-828
(1) Suitable boring heads
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801)
• CCMT-WG (802) • CCMT/CCGT (802) • CCMT/CCGT-SM (801)
For holders, see pages: BHR MB (760) • TCH AL (762) • TCHH EX (789)
IHSR-BW
Back Face Turning Tools for BHR
and TCH AL Rough Boring Heads
765
ITS BORE
L
IHRF C
IHFF C
L5
L5
SS d
IHSR C
Non. 0.002
0.01
0.5
LOCK
10 µm
2 µm
Designation SS d min d max L L5IH
BHC MB25-25-57 MB25 28.0 36.0 56.50 0.50 IH...-C
BHC MB32-32-71 MB32 36.0 46.0 71.00 0.50 IH...-C
BHC MB40-40-90 MB40 46.0 60.0 90.00 1.00 IH...-C
BHC MB50-50-87 MB50 60.0 75.0 87.00 1.00 IH...-C
BHC MB63-63-109 MB63 75.0 95.0 109.00 2.00 IH...-C
BHC MB80-80-130 MB80 95.0 120.0 130.00 2.00 IH...-C
• The roughing head precedes the finishing head by 0.2 mm. Each head can be adjusted independently • Important: insert radius for combi rough and fine boring
must be the same size. • For spare parts, see page 816
For tools, see pages: IHFF-C (765) • IHRF-C (765) • IHSR-C (766)
Graduated dial of 0.01 mm with
circular vernier of 0.002 mm
BHC MB
Combi Rough and Fine Boring Heads
with 10 µm Direct Diameter Adjustment
and 2 µm by a Vernier Scale
l1
f
90°
Designation d min d max f l1Insert
IHRF 28-36 C 28.0 36.0 9.8 24.00 CCGT 0602... SR 14-548 T-7/5
IHRF 36-46 C 36.0 46.0 11.3 30.00 CCGT 0602... SR 14-548 T-7/5
IHRF 46-60 C 46.0 60.0 13.8 40.00 CCGT 09T3... SR 16-236 T-15/5
IHRF 60-75 C 60.0 75.0 18.8 54.00 CCGT 09T3... SR 16-236 T-15/5
IHRF 75-95 C 75.0 95.0 24.3 68.00 CCGT 09T3... SR 16-236 T-15/5
IHRF 95-120 C 95.0 120.0 29.3 87.00 CCGT 09T3... SR 16-236 T-15/5
• For user guide, see page 828
For inserts, see pages: CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801) • CCMT-WG (802) • CCMT/CCGT (802)
• CCMT/CCGT-SM (801)
For holders, see pages: BHC MB (765)
IHRF-C
Boring Tools for Twin Cutters
Positioned Inner to the Opposite
Finishing Tool on MB BHC
Combi Boring Heads
l1
f
91°
Designation d Range f l1Insert
IHFF 28-36 C 28-36 9.8 24.00 TPGX 0902... SR 14-298 T-8/5
IHFF 36-46 C 36-46 11.3 30.00 TPGX 0902... SR 14-298 T-8/5
IHFF 46-60 C 46-60 13.8 40.00 TPGX 1103... SR-17979 M3X8 T-8/5
IHFF 60-75 C 60-75 18.8 54.00 TPGX 1103... SR-17979 M3X8 T-8/5
IHFF 75-95 C 75-95 24.3 68.00 TPGX 1103... SR-17979 M3X8 T-8/5
IHFF 95-120 C 95-120 29.3 87.00 TPGX 1103... SR-17979 M3X8 T-8/5
• For user guide, see page 828
For inserts, see pages: TPGX (807) • TPGX (CBN) (808)
For holders, see pages: BHC MB (765)
IHFF-C
Triangular Finishing Insert Holders
for BHC Combi Boring Heads
ISCAR
766
ITS BORE
LOCK
SR44
+
+
BATTERY
SR44
LOCK
L1
L
IHWF E IHFF (E) IHRF IHRF CH IHRF BW BHEH
L5
BBH CW32
d
SS d
d2
IHAXF IHFF
d2
2 µm
Designation SS d min d max L L1L5d2kg
BHD MB50-50X60 MB50 2.5 110.0 80.00 61.0 5.00 16.00 1.100
BHD MB63-63-89 MB63 6.0 125.0 88.50 69.5 5.00 16.00 2.200
BHD MB80-80-104 MB80 6.0 200.0 104.00 84.5 5.00 16.00 3.900
• For spate parts, see page 786 • For boring options, see pages 744- 745, 767-769
For tools, see pages: IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790) • IHWF (787)
BHD MB
Fine Boring Heads with Digital 2 µm
Direct Adjustment Diametric Display
Digital
Display
Dial
+–
l1
f
90°
Designation d min d max f l1Insert
IHSR 28-36 C 28.0 36.0 10.0 24.00 CCMT 0602... SR 14-548 T-7/5
IHSR 36-46 C 36.0 46.0 11.5 30.00 CCMT 0602... SR 14-548 T-7/5
IHSR 46-60 C 46.0 60.0 14.0 40.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 60-75 C 60.0 75.0 19.0 54.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 75-95 C 75.0 95.0 24.5 68.00 CCMT 09T3... SR 16-236 T-15/5
IHSR 95-120 C 95.0 120.0 29.5 87.00 CCMT 09T3... SR 16-236 T-15/5
• For user guide, see page 828
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803)• CCMT (CBN) (803) • CCMT (PCD) (803)
• CCMT-14 (801) • CCMT-PF (801) • CCMT-WG (802) • CCMT/CCGT (802) • CCMT/CCGT-SM (801)
For holders, see pages: BHC MB (765)
Boring Head Diameter Range
10 20 30 40 50 60 70 80 90 100 120 130 140 150 160 170 180 190 200
BHE MB32-35X53 H 2.5~18
BHE MB50-50X60 H 2.5~22
BHE MB14-14X30 14.5~18
BHE MB16-16X34 18 ~24
BHE MB20-20X40 22~ 30
BHE MB25-25X50 28~ 40
BHE MB32-32X63 35 ~53
BHE MB40-40X80 48 ~66
BHE MB50-50X80
2.5~110
BHE MB63-63X89 6~125
BHE MB80-80X104 6~200
BHC MB25-25X57 28 ~36
BHC MB32-32X71 36 ~46
BHC MB40-40X90 46~60
BHC MB50-50X86 60 ~75
BHC MB63-63X108 75 ~95
BHC MB80-80X129 95~120
IHSR-C
Rhombic Roughing Insert Holders
for BHC Combi Boring Heads
767
ITS BORE
767
Fine Boring Head Range
2 µm Direct Diametric Adjustment
Ø22-30
IHAXF 22-30/16
Ø14-16
Ø16-18
Ø18-22
IHAXF 14-16/16
IHAXF 16-18/16
IHAXF 18-22/16
IHAXF 6-8/16
Ø6-8
IHAXF 4- 6/8
Ø4-6
Ø8-10
Ø10-12
Ø11-13
Ø12-14
IHAXF 8-10/16
IHAXF 10-12/16
IHAXF 11-13/16
IHAXF 12-14/16
68
63
60
50
42
40
35
28
21
24
8 21
Ø6-30
61
Ø28-56
63 105
IHRF 32
IHRF 25
IHFF 32
IHFF 25
BBH D16 X105
Ø28-44
Ø36-56
IHRF 32
IHRF 25
IHFF 32
IHFF 25
Ø36-56
Ø28-44
BBH D16 X53
80 80 63
BH NUT 10
IHFF 50
IHRF 50
Ø54-86
Ø54-86
IHRF 50 CH
a=45º Ø38.5-72
a=30º Ø43-76
a=15º Ø47.5-81
Ø52-86
IHRF 56-802 BW
Ø56-88.5
Ø56-88.5
94 94 77
Ø52-86
Ø80-110
Ø81-113.5
Ø77-111
a
a
BH NUT 10
BHEH 24x75
IHRF 56-802 BW
BHEH 24x75
IHRF 50 CH
a=45º Ø63.5-97
a=30º Ø67.5-101
a=15º Ø72-106
Ø77-111
Ø81-113.5
BH NUT 10
BHEH 24x75
CW32
IHFF 50
IHRF 50
Ø80-110
BH NUT 10
LOCK
61
BATTERY
SR44
LOCK
BATTERY
SR44
LOCK
BATTERY
SR44
IHAXF 2.5-4/8
Ø2.5-4
REQUIRED FOR
IHAXF.../8
SLEEVE D8-D16
BHD MB50-50X60
ø2.5-110
2 µm
ISCAR
768
ITS BORE
ISCAR
768
Fine Boring Head Range
2 µm Direct Diametric Adjustment
Ø22-30
IHAXF 22-30/16
Ø14-16
Ø16-18
Ø18-22
IHAXF 14-16/16
IHAXF 16-18/16
IHAXF 18-22/16
Ø6-8
Ø8-10
Ø10-12
Ø11-13
Ø12-14
IHAXF 8-10/16
IHAXF 10-12/16
IHAXF 11-13/16
IHAXF 12-14/16
68
63
60
50
42
40
35
28
8 21
Ø2.5-30
101.5
Ø28-56
63 105
IHRF 32
IHRF 25
IHFF 32
IHFF 25
BBH D16 X105
Ø28-44
Ø36-56
IHRF 32
IHRF 25
IHFF 32
IHFF 25
Ø36-56
Ø28-44
BBH D16 X53
104 104 87
IHFF 50
IHRF 50
Ø88-132
Ø88-202.5
IHRF 50 CH
Ø85-133
a=45º Ø72.5-120.5
a=30º Ø76-124
a=15º Ø80-128
IHRF 56-802 BW
Ø88.5-135.5
Ø88.5-202.5
Ø72.5-200
Ø115-200
Ø115.5-202.5
Ø99-200
a
BHEH...
IHRF 56-802 BW
BHEH...
IHRF 50 CH
BHEH 28x148 Ø112-160
a=45º Ø99-147
a=30º Ø102.5-150.5
a=15º Ø107-155
BHEH 28x108 Ø115.5-162.5
BHEH 28x148
CW32
IHFF 50
IHRF 50
BHEH 28x108 Ø115-160
Ø40-90
106
BHEH 28x80
LOCK
SR44
BATTERY
BHEH 28x80
95.5
88.5
IHRF 50
IHFF 50
IHRF 32
IHFF 32
BBH 63x78
Ø54-90
Ø40-56
IH...50
BH WASHER
LOCK
SR44
BATTERY
85
LOCK
SR44
BATTERY
LOCK
SR44
BATTERY
125.5
125.5 108
a
BHEH 28x148 Ø152-200
a=45º Ø139-187
a=30º Ø143-191
a=15º Ø147-195
BHEH 28x148 Ø155.5-202.5
BHEH 28x148 Ø155-200
BHD MB63-63X89
ø6-125
2 µm
769
ITS BORE
769
Fine Boring Head Range
2 µm Direct Diametric Adjustment
Ø22-30
IHAXF 22-30/16
Ø14-16
Ø16-18
Ø18-22
IHAXF 14-16/16
IHAXF 16-18/16
IHAXF 18-22/16
Ø6-8
Ø8-10
Ø10-12
Ø11-13
Ø12-14
IHAXF 8-10/16
IHAXF 10-12/16
IHAXF 11-13/16
IHAXF 12-14/16
68
63
60
50
42
40
35
28
8 21
Ø2.5-30
101.5
Ø28-56
63 105
IHRF 32
IHRF 25
IHFF 32
IHFF 25
BBH D16 X105
Ø28-44
Ø36-56
IHRF 32
IHRF 25
IHFF 32
IHFF 25
Ø36-56
Ø28-44
BBH D16 X53
104 104 87
IHFF 50
IHRF 50
Ø88-132
Ø88-202.5
IHRF 50 CH
Ø85-133
a=45º Ø72.5-120.5
a=30º Ø76-124
a=15º Ø80-128
IHRF 56-802 BW
Ø88.5-135.5
Ø88.5-202.5
Ø72.5-200
Ø115-200
Ø115.5-202.5
Ø99-200
a
BHEH...
IHRF 56-802 BW
BHEH...
IHRF 50 CH
BHEH 28x148 Ø112-160
a=45º Ø99-147
a=30º Ø102.5-150.5
a=15º Ø107-155
BHEH 28x108 Ø115.5-162.5
BHEH 28x148
CW32
IHFF 50
IHRF 50
BHEH 28x108 Ø115-160
Ø40-90
106
BHEH 28x80
LOCK
SR44
BATTERY
BHEH 28x80
95.5
88.5
IHRF 50
IHFF 50
IHRF 32
IHFF 32
BBH 63x78
Ø54-90
Ø40-56
IH...50
BH WASHER
LOCK
SR44
BATTERY
85
LOCK
SR44
BATTERY
LOCK
SR44
BATTERY
125.5
125.5 108
a
BHEH 28x148 Ø152-200
a=45º Ø139-187
a=30º Ø143-191
a=15º Ø147-195
BHEH 28x148 Ø155.5-202.5
BHEH 28x148 Ø155-200
BHD MB80-80X104
ø6-200
2 µm
ISCAR
770
ITS BORE
Non.0.002
0.01
0.5
LOCK
Non. 0.002
0.01
0.5
LOCK
L1
L
L5
IHWF E IHFF (E) IHRF IHRF CH IHRF BW Only for BHE MB50-50x80
d
SS
d2IHAXF
d2
10 µm
2 µm
Designation SS d min d max L L1L5d2kg
BHE MB14-14-30 MB14 14.5 18.0 30.00 22.0 1.00 - 0.05
BHE MB16-16-34 MB16 18.0 24.0 34.00 26.0 2.00 - 0.05
BHE MB20-20-40 MB20 22.0 30.0 40.00 31.5 3.00 - 0.05
BHE MB25-25-50 MB25 28.0 40.0 50.00 40.0 3.00 - 0.20
BHE MB32-32-63 MB32 35.0 53.0 63.00 51.5 4.00 - 0.41
BHE MB40-40-80 MB40 48.0 66.0 80.00 66.0 5.00 - 0.79
BHE MB50-50-80 MB50 2.5 110.0 80.00 61.0 5.00 16.00 1.04
BHE MB63-63-89 MB63 6.0 125.0 89.00 69.5 10.00 - 1.00
BHE MB80-80-104 MB80 6.0 200.0 104.00 84.5 12.00 - 1.20
• For boring options, see pages 744-745, 771-773 • For spare parts, see pages 786, 815
For tools, see pages: IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790) • IHWF (787)
Boring Head Diameter Range
10 20 30 40 50 60 70 80 90 100 120 130 140 150 160 170 180 190 200
BHE MB32-35X53 H 2.5~18
BHE MB50-50X60 H 2.5~22
BHE MB14-14X30 14.5~18
BHE MB16-16X34 18 ~24
BHE MB20-20X40 22~ 30
BHE MB25-25X50 28~ 40
BHE MB32-32X63 35 ~53
BHE MB40-40X80 48 ~66
BHE MB50-50X80
2.5~110
BHE MB63-63X89 6~125
BHE MB80-80X104 6~200
BHC MB25-25X57 28 ~36
BHC MB32-32X71 36 ~46
BHC MB40-40X90 46~60
BHC MB50-50X86 60 ~75
BHC MB63-63X108 75 ~95
BHC MB80-80X129 95~120
Graduated dial of 0.01 mm with
circular vernier of 0.002 mm
BHE MB50-50X80
BHE MB
Fine Boring Heads with the
MB Connection, 10 µm Direct
Diametric Adjustment and 2 µm
by a Vernier Scale
L
L5
SS d2
IHAXF
Non. 0.002
0.01
0.5
LOCK
10 µm
2 µm
Designation SS d min d max L d2L5RPM max kg
BHE MB32-32-53 H MB32 2.5 18.0 53.00 8.00 0.50 12000 0.35
BHE MB50-50-60 H MB50 2.5 22.0 60.00 16.00 1.00 12000 1.00
• For spare parts, see pages 786, 815
For tools, see pages: IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784)
BHE MB-H
Fine Boring Heads for High
Rotation Speed with 10 Micrometer
Direct Dia. Adjustment and 2
Micrometer by a Vernier Scale
771
ITS BORE
771
68
61 63
Ø28-56
Ø80-110 Ø54-86
Ø52-86
Ø56-88.5
Ø2.5-30
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
63
50
50
42
40
35
28
61 8 21
Ø22-30
IHAXF 22-30/16
Ø14-16
Ø16-18
Ø18-22
IHAXF 14-16/16
IHAXF 16-18/16
IHAXF 18-22/16
IHAXF 6-8/16
Ø6-8
IHAXF 4-6/8
Ø4-6
IHAXF 2.5-4/8
Ø2.5-4
Ø8-10
Ø10-12
Ø11-13
Ø12-14
IHAXF 6-10/16
IHAXF 10-12/16
IHAXF 11-13/16
IHAXF 12-14/16
IHRF 32
IHRF 25
IHFF 32
IHFF 25
Ø36-54
Ø28-42
BBH D16X53
105
IHRF 32
IHRF 25
IHFF 32
IHFF 25
Ø36-56
Ø28-44
BBH D16X105
80 80
BH NUT 10
IHFF 50
IHRF 50
IHRF 50 -CH
IHRF 56-802 BW
α=45º Ø38.5-72
α=30º Ø43-76
α=15º Ø47.5-81
Ø52-86
Ø56-88.5
α
Ø54-86
BHE 50
0.5 Ø
0.01 Ø
0.002 Ø
63
Non.
Lock
Ø77-111
Ø81-113.5
94 94 77
BH NUT 10
α
=45º Ø63.5-97
α
=30º Ø67.5-101
α
=15º Ø72-106
Ø77-111
Ø81-113.5
BH NUT 10
BHEH 24x75
IHRF 56-802 BW
α
BHE 50
0.5 Ø
0.01 Ø
0.002 Ø
BH NUT 10
BHEH 24x75
BHEH 24x75
CW32
IHFF 50
IHRF 50 CH
IHRF 50
Ø80-110
Non.
Lock
Non.
Lock
SLEEVE D8-D16
BHE MB50-50x80
ø2.5-113.5
Fine Boring Head Range
10 µm Direct Diametric Adjustment and 2 mm by a Vernier Scale
▲
!See page 820
10 µm
2 µm
ISCAR
772
ITS BORE
ISCAR
772
IHAXF 16-18/16
IHAXF 18-22/16
Ø14-16
IHAXF 14-16/16
Ø6-8
Ø8-10
Ø11-13
IHAXF 10-12/16
IHAXF 12-14/16
68
63 105
63
50
50
42
40
35
28
91
8
21
Ø22-30
IHAXF 22-30/16
Ø16-18
Ø18-22
IHAXF 6-8/16
Ø10-12
Ø12-14
IHAXF 8-10/16
IHAXF 11-13/16
IHFF 25
IHRF 25
IHRF 25
IHRF 32
BBH D16x105
IHFF 25
IHFF 32
IHFF 32
IHRF 32
BBH D16x53
Ø36-56
Ø28-44
Ø36-56
Ø28-44
BHEH 28x80 BHEH 28x80
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
Lock
Ø72-125
Ø56-127
Ø72.5-129.5
110 110 93.5
α
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
BHEH 28x80
CW 32
IHFF 50
BHEH 28x80
IHRF 50 CE
BHEH 28x80
IHRF 56-802 BW
IHRF 50
Ø86-125
Ø83-127
α
=15º Ø78-122
α
=30º Ø74-118
α
=45º Ø70-114
Ø86.5-129.5
Non.
Lock Ø40-74
88.5 88.5 71
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
IHFF 50
IHRF 50
IHRF 50 CH
IHRF 56-802 BW
Ø72-110
α
α=15º Ø64-108
Ø69-113
Ø72.5-115
α=30º Ø60-104
α=45º Ø56-100
Non.
Lock
68.5 98
90
IHRF 50
IHFF 50
IHRF 32
IHFF 32
BBH 63x78
BHE 63
0.5 Ø
0.01 Ø
0.002 Ø
Non.
Ø54-74
Ø40-56
BH WASHER
IH...50
Lock
Non.
BHE MB63-63x89
ø6-129.5
Fine Boring Head Range
10 µm Direct Diametric Adjustment and 2 mm by a Vernier Scale
▲
!See page 821
10 µm
2 µm
773
ITS BORE
773
Ø28-56
Ø6-30
IHAXF 16-18/16
IHAXF 18-22/16
Ø14-16
IHAXF 14-16/16
Ø6-8
Ø8-10
Ø11-13
IHAXF 10-12/16
IHAXF 12-14/16
68
63 105
63
60
50
42
40
35
28
106
8
21
Ø22-30
IHAXF 22-30/16
Ø16-18
Ø18-22
IHAXF 6-8/16
Ø10-12
Ø12-14
IHAXF 8-10/16
IHAXF 11-13/16
IHFF 25
IHRF 25
IHRF 25
IHRF 32
BBH D16x105
IHFF 25
IHFF 32
IHFF 32
IHRF 32
BBH D16x53
Ø36-56
Ø28-44
Ø36-56
Ø28-44
BHEH 28x80 BHEH 28x80
BHE 80
0.5 Ø
0.01 Ø
0.002 Ø
Lock
125.5 125.5 108
Ø88-200
Ø72.5-200
Ø88.5-202.5
α
BHE 80
0.5 Ø
0.01 Ø
0.002 Ø
BHEH 28x148
CW32
IHFF 50
BHEH...
CW32
IHRF 50 CH
BHEH...
CW32
IHRF 56-802 BW
IHRF 50
BHEH 28x148 Ø155-200
BHEH 28x108 Ø115-160
BHEH 28x108 Ø112-160
α
=15º Ø107-155
α
=30º Ø102.5-150.5
α
=45º Ø99-147
BHEH 28x148 Ø152-200
BHEH 28x148 Ø155.5-202.5
BHEH 28x108 Ø115.5-162.5
α
=15º Ø147-195
α
=30º Ø143-191
α
=45º Ø139-187
Non.
Lock
Ø40-90
104 104 87
BHE 80
0.5 Ø
0.01 Ø
0.002 Ø
IHFF 50
IHRF 50
IHRF 50 CH
IHRF 56-802 BW
Ø88-132
α
α=15º Ø80-128
Ø85-133
Ø88.5-135.5
α=30º Ø76-124
α=45º Ø72.5-120.5
Non.
Lock
84.5 98
90
IHRF 50
IHFF 32
IHRF 32
IHFF 32
BBH 63x78
BHE 80
0.5 Ø
0.01 Ø
0.002 Ø
Non.
Ø54-90
Ø40-56
BH WASHER
IH...50
Lock
Non.
BHE MB80-80x104
ø6-202.5
▲
!See page 821
Fine Boring Head Range
10 µm Direct Diametric Adjustment and 2 mm by a Vernier Scale
10 µm
2 µm
ISCAR
774
ITS BORE
BHF Fine Boring Heads
2 µm Direct Diametric Adjustment
2 µm
Assembly
Reference
Fine Boring Head Diameter Range
Page
BHF MB16-16x34 18-23
774
BHF MB20-20x40 22-29
BHF MB25-25x50 28-38
BHF MB32-32x63 35.5-50
BHF MB40-40x80 48-63
BHF MB50-32x60 BL 2.5-12 781
BHF MB50-50x68 BL 6-22
BHF MB50-50x60 2.5-108 774
BHF MB50-63x87 2.5-160
783
BHF MB50-80x94 2.5-220
BHF MB80-80x94 2.5-220
BHF MB80-125x114 36-500
TCH AL 500 500-600
788
TCH AL 600 600-700
TCH AL 700 700-800
TCH AL 800 800 -1200
10 20 30 40 50 60 70 80 90 100 110 120 130 150 180 280 400 6000 700 800 1200
LOCK
0.1ø
0.002ø
L1
d2
L5
L
SS d
D1
12
2 µm
Designation SS d min d max D1L L1L5d2Fig. IHkg
BHF MB16-16X34 RV MB16 18.0 23.0 16.00 26.00 34.0 1.00 - 1 IH.. 16.. 0.11 BH LOCK NUT 14/16 BH LOCK SR 14/16
BHF MB20-20X40 RV MB20 22.0 29.0 20.00 32.60 40.0 2.00 - 1 IH.. 20.. 0.13 BH LOCK NUT 20 BH LOCK SR 20
BHF MB25-25X50 MB25 28.0 38.0 25.00 40.00 50.0 2.00 - 1 IH.. 25.. 0.21 BH LOCK NUT 25 BH LOCK SR 25
BHF MB32-32X63 MB32 35.5 50.0 32.00 51.50 63.0 3.00 - 1 IH.. 32.. 0.43 BH LOCK NUT 32 BH LOCK SR 32
BHF MB40-40X80 MB40 48.0 63.0 40.00 66.00 80.0 4.00 - 1 IH.. 40.. 0.79 BH LOCK NUT 40 BH LOCK SR 40
BHF MB50-50X60 MB50 2.5 108.0 50.00 60.00 79.0 4.00 16.00 2 IH.. 50.. 1.09 BH NUT 10 BH LOCK SR 50
• For user guide, see pages 777, 820 • For spare parts, see page 814
For tools, see pages: IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790)
BHF MB16-MB50 Dia. 2.5-
108
Fine Boring Heads with 2 µm Direct
Diametric Adjustment for a Diameter
Range of 2.5 up to 108 mm
775
ITS BORE
775
1
0
9
8
7
6
5
4
3
2
Ø22-29
IHRF 20
40
20
BHF MB20-20x40
BHF MB16-MB40
Diameter Range: 18-63
1
0
9
8
7
6
5
4
3
2
BHF MB16-16x34
16
34
Ø18-23
IHRF 16
BHF MB16-16x34
ø18-23 ø22-29
BHF MB20-20x40
40
Ø48-63
1
0
9
8
7
6
5
4
3
2
80
IHFF 40
BHF MB40-40x80
ø48-63
BHF MB40-40x80
1
0
9
8
7
6
5
4
3
2
BHF MB25-25x50
25
50
Ø28-38
IHFF 25
IHRF 25
ø28-38ø28-38
BHF MB25-25x50
1
0
9
8
7
6
5
4
3
2
IHFF 32
IHRF 32
BHF MB32-32x63
Ø36-50
63
32
ø36-50
BHF MB32-32x63
BHF Fine Boring Heads
High precision machining to a close tolerance
with high surface quality.
These heads enable a fine diametric adjustment
as small as 2 μm with a direct reading.
ISCAR
776
ITS BORE
ISCAR
776
BHF MB50-32x60 BL
ø2.5-12
Fine Boring Heads with Balancing Rings
2 µm Direct Diametric Adjustment
BHF MB50-50x68 BL
ø6-22
▲
!See page 820
12.5
Ø2.5-4
IHAXF 2.5-4/8
Ø4-6
IHAXF 4-6/8
Ø6- 8
IHAXF 6-8/8
Ø8-10
IHAXF 8-10/8
Ø10-12
IHAXF 10-12/8
24
21
28
36
50
12
2
60
1
0
9
8
7
6
5
4
3
2
012012
210 240 270 300 330
0.002
54
A-A
6
28
1
3
7
21
Ø6-8
IHAXF 6-8/16
Ø8-10
IHAXF 8-10/16
Ø10-12
IHAXF 10-12/16
Ø12-14
IHAXF 12-14/16
Ø14-16
IHAXF 14-16/16
28
63
50
50
50
68.5 8
Ø16-18
IHAXF 16-18/16
Ø18-22
IHAXF 18-22/16
42
35
1
0
9
8
7
6
5
4
3
2
210 240 270 300 330
01201 2
0.002
13
54 2
97
BHF MB50-50x68 BL
BHF MB50-32x60 BL
86
2 µm
Body
Tool Slide
Expansion Pin
Graduated Dial
Slide Locking Screw
Coolant Nozzle
Boring Bar Locking Screws
Balancing Rings
1
2
3
4
5
6
7
8
!
2
3
4
5
6
7
8
9
1
!
Body
Tool Slide
Expansion Pin
Graduated Dial
Slide Locking Screw
Coolant Nozzle
Boring Bar Locking Screws
Oiling Nipple
Balancing Rings
777
ITS BORE
777
Fine Boring Head Range
2 µm Direct Diametric Adjustment
IHAXF 4-6/8
Ø4-6
IHAXF 2.5-4/8
Ø2.5-4
SLEEVE D8-D16
BHF MB50-50x60
ø2.5-108
▲
!See page 820
2 µm
ISCAR
778
ITS BORE
ISCAR
778
BHF MB50-63x87
BHF MB63-63x87
ø2.5-160
Fine Boring Head Range
2 µm Direct Diametric Adjustment
Body
Tool Slide
Graduated Dial
Toolholder Locking Screw
Expansion Pin
Slide Locking Screw
Coolant Nozzle
Oiling Nipple
Toolholder Locking Screw
1
2
3
4
5
6
7
8
9
▲
!
▲
!See page 820-821
Dia RangeLL1
Ø
4- 62024
IHAXF 4-6/8
D
SLEEVE D8-D16
L1
L
D
Ø
2.5-41221
IHAXF 2.5-4/8
24
Ø
77-125
IHFF 50
IHRF 50
38.5
BHFH 30x75
Ø
28-70
IHFF 25
IHRF 25
Ø
36-80
IHFF 32
IHRF 32
50
BBH 30x40 BBH 30x70
80
7
49
49
63
63
BHF MB50-63x87
BHF MB63-63x87
BBH 30x115
125
Ø
95-160
IHFF 50
IHRF 50
38.5
BHFH 30x93
Ø
18-22
IHAXF 18-22/16
Ø
22-30
IHAXF 22-30/16
21
28
35
40
42
50
50
63
68
Ø
16-18
IHAXF 16-18 /16
Ø
6-8
IHAXF 6-8/16
Ø
14-16
IHAXF 14-16/16
Ø
12-14
IHAXF 12-14/16
Ø
11-13
IHAXF 11-13/16
Ø
10-12
IHAXF 10-12/16
Ø
8-10
IHAXF 8-10/16
Dia Range
12
3
9
4
8
567
1
0
9
8
7
6
5
4
3
2
1
0
9
8
7
6
5
4
3
2
ADBH
2 µm
779
ITS BORE
779
BHF MB50-80x94
BHF MB80-80x94
ø2.5-220
Fine Boring Head Range
2 µm Direct Diametric Adjustment
Body
Tool Slide
Graduated Dial
Toolholder Locking Screw
Expansion Pin
Slide Locking Screw
Coolant Nozzle
Oiling Nipple
Toolholder Locking Screw
1
2
3
4
5
6
7
8
9
▲
!
▲
!See page 820-821
24
Ø28-86
IHFF 25
IHRF 25
IHFF 32
IHRF 32
50
BBH 30x40 BBH 30x70
80
7
55.5
80
BHF MB80-80x94
55.5
80
BHF MB50-80x94
38.5
Ø95-160
IHFF 50
Ø140-220
IHFF 50
BHFH 30x93
BHFH 30x135
BBH 30x115
0
.0005
.0015
.001
0
.0005
.0015
.001
LL
1
Ø4-
62024
IHAXF 4-6/8
D
SLEEVE D8-D16
L1
L
D
Ø2.5-.4
12 21
IHAXF 2.5-4/8
Ø18-22
IHAXF 18-22/16
Ø22-30
IHAXF 22-30/16
21
28
35
40
42
50
50
63
68
Ø16-18
IHAXF 16-19/16
Ø6-
8
IHAXF 6-8/16
Ø14-16
IHAXF 14-17/16
Ø12-14
IHAXF 12-15/16
Ø11-13
IHAXF 11-14/16
Ø10-12
IHAXF 10-13/16
Ø8-10
IHAXF 8-10/16
Dia Range
12
3
9
4
8
567
125
ADBH
Ø36-96
IHRF 50
IHRF 50
2 µm
ISCAR
780
ITS BORE
ISCAR
780
Body
Tool Slide
Graduated Dial
Toolholder Locking Screw
Expansion Pin
Slide Locking Screw
Coolant Nozzle
Oiling Nipple
1
2
3
4
5
6
7
8
Fine Boring Head Range
2 µm Direct Diametric Adjustment
▲
!
▲
!See page 821
Ø36-123
IHFF 32
IHRF 32
Ø46-137
IHFF 40
IHRF 40
80
BBH 40x69
BBH 40x114
125
9
63
125
BHF MB80-125x114
51
IHFF 50
IHRF 50
Ø135-210
BHFH 40x133
200
BBH 40x189
Ø205-310
BHFH 40x200
Ø305-410
BHFH 40x300
Ø405-500
BHFH 40x400
123
4
8
567
1
0
9
8
7
6
5
4
3
2
IHFF 50
IHRF 50
IHFF 50
IHRF 50
IHFF 50
IHRF 50
2 µm
BHF MB80-125x114
ø36-500
781
ITS BORE
270° 300° 330°
7
5
210° 240°
0 1°
2°
0 1°
8
9
0
1
6
4
2
3
2°
SS
L
d2H6
L5
d
IHAXF
0.002
dmin
max
2 µm
Designation d min d max d2SS d L L5kg
BHF MB50-32X60 BL 2.5 12.0 8.00 MB50 32.00 60.00 3.00 0.795
BHF MB50-50X68 BL 6.0 22.0 16.00 MB50 50.00 68.50 4.00 1.123
• For boring options, see page 776 • For spare parts, see page 814 • For cutting conditions, see page 819
For tools, see pages: IHAXF (783)
Balancing Weights W1 & W2
BHF MB50-32X60 BL and BHF MB50-50X68 BL,
with the simple positioning of the two
counterweights into the graduated groove.
The table below displays all tools available for the
working range of 2.5-22 mm diameters.
Balance Correction for BHF MB50-32x60BL
TOOLS Ø BORE SKB 40-MB50 BTB 40 MB50 HSK 63 MB50
W1 W2 W1 W2 W1 W2
IHAXF 2.5-4/8
2.5 66° 283° 54° 292° 60° 257°
3 76° 283° 56° 284° 8° 196°
3.5 83° 360° 44° 246° 107° 261°
4 116° 285° 30° 224° 128° 264°
IHAXF 4-6/8
4 71° 293° 50° 294° 63° 262°
4.5 75° 287° 55° 287° 6° 194°
5.5 4° 238° 44° 248° 129° 287°
5.5 126° 298° 32° 229° 129° 268°
6 123° 264° 145° 301° 136° 254°
IHAXF 6-8/8
6.6 2° 302° 45° 307° 68° 280°
6.5 75° 288° 56° 288° 78° 274°
7.7 5° 280° 55° 280° 179° 351°
7.5 16° 199° 78° 295° 129° 284°
8 121° 292° 18° 214° 128° 275°
IHAXF 8-10/8
8 70° 295° 49° 297° 88° 300°
8.5 75° 280° 55° 281° 51° 245°
9 67° 255° 49° 258° 160° 330°
9.5 131° 302° 19° 216° 112° 273°
10 119° 272° 167° 320° 129° 266°
IHAXF 10-12/8
10 65° 293° 46° 293° 56° 257°
10.5 66° 273° 29° 262° 182° 351°
11 44° 234° 45° 255° 163° 317°
11.5 130° 295° 16° 214° 131° 270°
12 127° 275° 156° 312° 138° 259°
BHF MB-BL
Fine Boring Heads with a Balancing
Mechanism and 2 Micrometer
Direct Diametric Adjustment
Fine Boring Head Range
2 µm Direct Diametric Adjustment
ISCAR
782
ITS BORE
Balance Correction for BHF MB50-50x68 BL
TOOLS Ø
BORE
SKB 40-MB50 BTB 40 MB50 HSK 63 MB50
W1W2W1W2W1W2
IHAXF 6- 8/16
6.0 43° 315° 46° 346° 46° 346°
6.5 63° 326° 44° 326° 59° 336°
7 82° 305° 67° 304° 93° 323°
7.5 30° 205° 62° 255° 5.5° 163°
8 124° 242° 126° 258° 92° 219°
IHAXF 8-10/16
8 42° 312° 36° 336° 48° 348°
8.5 52° 328° 39° 339° 75° 330°
9 68° 318° 51° 317° 112° 331°
9.5 104° 283° 73° 268° 56° 212°
10 110° 270° 15° 200° 113° 222°
IHAXF 10-12/16
10 35° 336° 30° 330° 44° 344°
10.5 44° 321° 32° 332° 45° 345°
11 56° 307° 35° 312° 71° 325°
11.5 153° 328° 21° 223° 327° 121°
12 139° 297° 171° 333° 84° 234°
IHAXF 12-14/16
12 30° 330° 26° 326° 40° 340°
12.5 32° 332° 28° 328° 48° 334°
13 64° 281° 40° 280° 80° 304°
13.5 38° 236° 42° 261° 38° 208°
14 138° 253° 177° 300° 114° 236°
IHAXF 14-16/16
14 22° 324° 18° 318° 39° 339°
14.5 30° 330° 16° 316° 357° 357°
15 37° 257° 22° 266° 54° 302°
15.5 184° 340° 35° 270° 130° 297°
16 160° 253° 172° 277° 138° 251°
IHAXF 16-18/16
16 26° 326° 24° 324° 358° 358°
16.5 36° 303° 14° 313° 37° 319°
17 37° 276° 27° 292° 56° 272°
17.5 151° 287° 187° 324° 128° 288°
18 160° 279° 189° 304° 140° 243°
IHAXF 18-22/16
18 10° 310° 6° 305° 28° 328°
18.5 29° 328° 0° 300° 17° 313°
19 200° 317° 230° 332° 26° 259°
19.5 190° 295° 208° 307° 169° 303°
20 180° 242° 188° 249° 174° 234°
20.5 179° 240° 186° 247° 168° 228°
21 176° 236° 174° 236° 169° 229°
21.5 190° 252° 141° 202° 170° 230°
22 180° 240° 170° 230° 176° 236°
Balancing Data for Various BHF...MB...BL Boring Combinations (continued)
783
ITS BORE
L
1
d
L
SS
D1
L5
2 µm
Designation SS d min d max D1L L1L5kg
BHF MB50-63X87 (1) MB50 2.5 125.0 63.00 49.00 87.0 5.00 1.282
BHF MB50-80X94 (2) MB50 2.5 160.0 80.00 58.00 94.0 5.00 2.165
BHF MB63-63X87 (1) MB63 2.5 125.0 63.00 49.00 87.0 5.00 1.567
BHF MB80-80X94 (2) MB80 2.5 160.0 80.00 58.00 94.0 5.00 2.628
BHF MB80-125X114 (3) MB80 135.0 500.0 125.00 63.00 114.0 5.00 5.720
• For user guide, see pages 778-780 • For spare parts, see pages 785, 814, 817
(1) Use with slide BHFH 30X75 or BHFH 30X93.
(2) Use with slide BHFH 30X93 or BHFH 30X135.
(3) Use with slide BHFH 40X133, BHFH 40X200, BHFH 40X300 and BHFH 40X400.
BHF MB50-MB80 Dia. 77-500
Fine Boring Heads with 2 µm Direct
Diametric Adjustment for a Diameter
Range of 77 up to 500 mm
L2 L3
Fig. 1 Fig. 2 Fig. 3
L1
d g5D
6˚
min
max
L2
d g5
min
max
L3
L1
Dmin
max
L1
D
L3
K˚
d g5
L2
Designation D min D max L1L3L2d(2) Fig. Insert
IHAXF 2.5-4/8 (1) 2.50 4.00 12.5 21.00 22.00 8.00 1 SOLID N - -
IHAXF 4- 6/8 (1) 4.00 6.00 20.0 24.00 24.00 8.00 1 SOLID N - -
IHAXF 6- 8/16 6.00 8.00 21.0 29.00 22.00 16.00 2 WCGT 0201... YSR 14-299 T-6/5
IHAXF 6- 8/8 6.00 8.00 21.0 23.00 16.00 8.00 3 WCGT 0201... YSR 14-299 T-6/5
IHAXF 8-10/16 8.00 10.00 28.0 36.00 22.00 16.00 2 WCGT 0201... YSR 14-299 T-6/5
IHAXF 8-10/8 8.00 10.00 - 28.00 16.00 8.00 3 WCGT 0201... YSR 14-299 T-6/5
IHAXF 10-12/16 10.00 12.00 35.0 43.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 10-12/8 10.00 12.00 - 36.00 16.00 8.00 3 TPGX 0902... YSR 14-298 T-8/5
IHAXF 11-13/16 11.00 13.00 40.0 48.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 12-14/16 12.00 14.00 42.0 48.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 12-14/8 12.00 14.00 - 42.00 14.00 8.00 3 TPGX 0902... YSR 14-298 T-8/5
IHAXF 14-16/16 14.00 16.00 50.0 52.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 14-16/8 14.00 16.00 - 48.00 14.00 8.00 3 TPGX 0902... YSR 14-298 T-8/5
IHAXF 16-18/16 16.00 18.00 50.0 58.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 16-18/8 16.00 18.00 - 54.00 14.00 8.00 3 TPGX 0902... YSR 14-298 T-8/5
IHAXF 18-22/16 18.00 22.00 - 63.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
IHAXF 22-30/16 22.00 30.00 - 68.00 22.00 16.00 2 TPGX 0902... YSR 14-298 T-8/5
(1) Brazed tool
(2) For d=8 mm, 16 mm O.D. sleeves should be used.
For inserts, see pages: TPGX (807) • TPGX (CBN) (808) • TPGX (PCD) (808) • WCGT (807)
For holders, see pages: ADBH (786) • BHD MB (766) • BHE MB (770) • BHE MB-H (770) • BHF MB-BL (781) • BHF MB16-MB50 Dia. 6-108 (774)
• SLEEVE (785)
IHAXF
Brazed and Indexable Boring Bars
for the MB Modular Boring System
ISCAR
784
ITS BORE
d
L
d2
D
L5
Designation d d2D L L5
PICCO ACE-BH 16-4 16.00 4.00 14.50 42.50 21.50 WRENCH ACE 4-5
PICCO ACE-BH 16-5 16.00 5.00 14.50 42.50 21.50 WRENCH ACE 4-5
PICCO ACE-BH 16-6 16.00 6.00 19.90 43.50 21.50 WRENCH ACE 6-7
PICCO ACE-BH 16-7 16.00 7.00 19.90 43.50 21.50 WRENCH ACE 6-7
• Holders are suitable for right- and left-hand PICCO inserts
PICCO ACE-BH
Holders with Short Shanks for
ITS BORE System Carrying
PICCOCUT Inserts
The PICCO-ACE-BH Holders Can Carry a Wide Range of PICCOCUT Insert Geometries
PICCO 050 PICCO 050C
PICCO 520 PICCO 060 PICCO 010 PICCO 020
PICCO MF
PICCO 051 PICCO 050 IB50 (CBN)
D
3°
min
max
L1
22
dg5
3°
L1
22
dg5
Designation D min D max L1d Insert
IHAXF 6- 8-AVI 6.00 8.00 36.0 16.00 WCGT 0201... SR 14-299 T-6/5
IHAXF 8-10-AVI 8.00 10.00 48.0 16.00 WCGT 0201... SR 14-299 T-6/5
IHAXF 10-12-AVI 10.00 12.00 60.0 16.00 TPGX 0902... SR 14-298 T-8/5
IHAXF 12-14-AVI 12.00 14.00 72.0 16.00 TPGX 0902... SR 14-298 T-8/5
IHAXF 14-16-AVI 14.00 16.00 84.0 16.00 TPGX 0902... SR 14-298 T-8/5
IHAXF 16-18-AVI 16.00 18.00 96.0 16.00 TPGX 0902... SR 14-298 T-8/5
• Note: Not recommended to be used on balanceable BHF-BL fine boring heads.
For inserts, see pages: TPGX (807) • TPGX (CBN) (808) • WCGT (807)
For holders, see pages: ADBH (786) • BHD MB (766) • BHE MB (770) • BHE MB-H (770) • BHF MB16-MB50 Dia. 6-108 (774)
IHAXF-AVI
Heavy Metal Vibration
Damping Boring Bars
L1
22
dg
5
3˚
Dmin
max
Designation D min D max L1d Insert
IHAXF 6- 8-E 6.00 8.00 45.0 16.00 WCGT 0201...
IHAXF 8-10-E 8.00 10.00 60.0 16.00 WCGT 0201...
IHAXF 10-12-E 10.00 12.00 75.0 16.00 TPGX 0902...
IHAXF 12-14-E 12.00 14.00 90.0 16.00 TPGX 0902...
IHAXF 14-16-E 14.00 16.00 105.0 16.00 TPGX 0902...
IHAXF 16-18-E 16.00 18.00 120.0 16.00 TPGX 0902...
• Note: Not recommended to be used on balanceable BHF-BL fine boring heads.
For inserts, see pages: TPGX (807) • TPGX (CBN) (808) • WCGT (807)
For holders, see pages: ADBH (786) • BHD MB (766) • BHE MB (770) • BHE MB-H (770) • BHF MB16-MB50 Dia. 6-108 (774)
IHAXF-E
Carbide Vibration Dampening
Boring Bars
785
ITS BORE
dg6
L
D1
L2
Designation D1L d L2kg
BBH D16-53 25.00 53.00 16.00 21.50 0.50
BBH D16-105 25.00 95.00 16.00 21.50 0.80
For tools, see pages: IHFF (786) • IHRF (787)
BBH D16
Extension Slides for MB Modular
Fine Boring Holders
D1
L
1
L
D2b
Designation D1L1L D2bkg
BBH 30X40 25.00 40.0 52.50 43.00 30.5 0.261
BBH 30X70 25.00 70.0 82.50 43.00 30.5 0.378
BBH 30X115 27.00 115.0 127.50 43.00 30.5 0.635
BBH 40X69 32.00 69.0 86.00 56.00 40.0 0.685
BBH 40X114 32.00 114.0 131.00 56.00 40.0 0.985
BBH 40X189 38.00 189.0 206.00 56.00 40.0 1.941
For tools, see pages: IHFF (786) • IHRF (787)
BBH 30/40
Extension Slides for MB Modular
Fine Boring Holders
b
L
H1
Designation H1b L kg
BHFH 30X75 25.0 30.5 75.00 0.438 SR M10X25 DIN912
BHFH 30X93 25.0 30.5 93.00 0.544 SR M10X25 DIN912
BHFH 30X135 25.0 30.5 135.00 0.755 SR M10X25 DIN912
BHFH 40X133 40.0 40.0 133.00 1.524 SR M10X25 DIN912
BHFH 40X200 40.0 40.0 200.00 2.300 SR M10X25 DIN912
BHFH 40X300 40.0 40.0 300.00 3.470 SR M10X25 DIN912
BHFH 40X400 40.0 40.0 400.00 4.560 SR M10X25 DIN912
For tools, see pages: IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790)
BHFH
Counter Weight Slides for MB
Modular Fine Boring Holders
L
D4 h8
d g7
Fig.2Fig.1
Designation d D4L Fig.
SLEEVE D 4-D16 16.00 4.00 23.00 1
SLEEVE D 8-D16 16.00 8.00 23.00 2
SLEEVE D10-D16 16.00 10.00 23.00 1
SLEEVE D12-D16 16.00 12.00 23.00 1
For tools, see pages: IHAXF (783)
SLEEVE
Reduction Sleeves for Boring Bars
on the MB Modular Boring System
ISCAR
786
ITS BORE
D2
b
D1
L1L
Designation D1L1L D2bkg
BBH 63X78 32.00 66.0 78.00 63.00 28.0 0.515
For tools, see pages: IHFF (786) • IHRF (787)
BBH 63
Extension Slides for MB Modular
BHE Fine Boring Holders
bH1
L
d2
Designation H1b L d2kg
BHEH 24X75 14.5 24.0 75.00 - 0.200
BHEH 28X80 22.5 28.0 80.00 16.00 0.334
BHEH 28X108 22.5 28.0 108.00 - 0.525
BHEH 28X148 22.5 28.0 148.00 - 0.695
For tools, see pages: IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790)
BHEH
Slides for MB Modular BHE
Fine Boring Holders
b
D2
L
D1d2
Designation D1L D2b d2kg
ADBH 30XD16 30.00 25.00 39.00 30.5 16.00 0.150
For tools, see pages: IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784)
ADBH
Sleeve for MB Modular
Fine Boring Holders
22 17
L
Designation Lkg
CW32 31.50 0.054
CW32
Counter Balancing Weight Used on
BHEH Slide for Fine Boring Holders
l1
f
91°
Designation f l1d min d max Insert
IHFF 25 10.0 26.50 28.0 40.0 TPGX 0902... SR 14-298 T-8/5
IHFF 32 11.5 34.50 35.0 53.0 TPGX 0902... SR 14-298 T-8/5
IHFF 40 14.0 44.60 48.0 66.0 TPGX 1103... SR-17979 M3X8 T-8/5
IHFF 50 19.0 52.00 54.0 86.0 TPGX 1103... SR-17979 M3X8 T-8/5
For inserts, see pages: TPGX (807) • TPGX (CBN) (808)
For holders, see pages: BBH 30/40 (785) • BBH 63 (786) • BBH D16 (785) • BHD 50 L200 (787) • BHD MB (766) • BHE MB (770) • BHEH (786)
• BHF L200 (787) • BHF MB16-MB50 Dia. 6-108 (774) • BHFH (785)
IHFF
Triangular Insert Holders for Mounting
on MB Fine Boring Heads
787
ITS BORE
f
l1
95°
Designation f l1d min d max Insert
IHWF 14 E 8.0 14.00 14.5 18.0 WCGT 0201...
For inserts, see pages: WCGT (807)
For holders, see pages: BHD MB (766) • BHE MB (770)
IHWF
Trigon Insert Holders for Mounting
on MB Fine Boring Heads
F1
L
Serrated Surface
IHFF 50
IHRF 50
IHRF 56-802BW
IHRF 50 CH45 54-800
IHRF 50 CH30 54-800
IHRF 50 CH15 54-800
dmin
max
f
Designation d min d max L F1fkg
BHD 50 L200 200.0 1202.0 110.00 74.0 5.0 1.700
For tools, see pages: IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790)
BHD 50 L200
Digital Fine Boring Slide Head for
TCH AL Large Diameter Holders
0246810
30x56.5
L
Designation Lkg
CW200 105.00 1.115
CW200
Counter Balancing Weight for TCH
AL Rough and Fine Boring Holders
IHFF50
fF1
L
Serrated Surface
IHRF 50
IHRF 56-802BW
IHRF 50 CH45 54-800
IHRF 50 CH30 54-800
IHRF 50 CH15 54-800
dmin
max
Designation d min d max L F1fkg
BHF L200 200.0 1202.0 110.00 67.0 5.0 1.27
For tools, see pages: IHFF (786) • IHRF (787) • IHRF-BW (789) • IHRF-CH (790)
BHF L200
Fine Boring Slide Head for TCH
AL Large Diameter Holders
l1
f
90°
Designation f l1d min d max Insert
IHRF 16 8.0 17.00 18.0 24.0 CCGT 0602... SR 14-548 T-7/5
IHRF 20 8.5 21.00 22.0 30.0 CCGT 0602... SR 14-548 T-7/5
IHRF 25 10.0 26.50 28.0 40.0 CCGT 0602... SR 14-548 T-7/5
IHRF 32 11.5 34.50 35.0 53.0 CCGT 0602... SR 14-548 T-7/5
IHRF 40 14.0 44.00 48.0 66.0 CCGT 09T3... SR 16-236 T-15/5
IHRF 50 19.0 52.00 54.0 86.0 CCGT 09T3... SR 16-236 T-15/5
For inserts, see pages: CCET-WF (802) • CCGT-AF (804) • CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801)
• CCMT-WG (802) • CCMT/CCGT (802) • CCMT/CCGT-SM (801)
For holders, see pages: BBH 30/40 (785) • BBH 63 (786) • BBH D16 (785) • BHD 50 L200 (787) • BHD MB (766) • BHE MB (770) • BHEH (786) • BHF L200
(787) • BHF MB16-MB50 Dia. 6-108 (774) • BHFH (785)
IHRF
80° Rhombic Insert Holders for
Mounting on MB Fine Boring Heads
ISCAR
788
ITS BORE
D1
SS Da H5 Th
d
80 L
L
1
b
D3
TCH AL
Aluminum Twin Cutter Heads for
Rough and Fine Boring Operations,
Diameter Range 200-1200 mm
TCH...
IHSR 160-800
IHCR 160-800
IHPR 160-800 IHBR 160-800
IHPR 160-800-19
IHSR 160-800-19
IHSR 161-802 BW
TCHH EX 100/300
Dmin=(d1+D1+1)/2
d
SMH 40-60
SS
DIN2080-CP
(centering plug)
HSK A 100 FM 60X 70
BT-FM
DIN69871-FM
D1Da H7 Th d
80 L
L
1
L
2
L
3
L
4
b
D3
MB80-110-140
TCHH EX 100/300
Extension slides D min D1d1d1
D min D1
Large Diameter Double Edge Rough Boring Options
Aluminum Twin Cutter Heads
Boring Tools Extension Slides Dimensions TCH 200 TCH 300 TCH 400 TCH 500 TCH 600 TCH 700 TCH 800
IH.R 160-800/-19 d 200-300 300-400 400-500 500-600 600-700 700-800 800-900
IH.R 160-800/-19 TCHH EX 100 d 300-400 400-500 500-600 600-700 700-800 800-900 900-1000
IH.R 160-800/-19 TCHH EX 300 d 400-600 500-700 600-800 700-900 800-1000 900-1100 1000-1200
IHSR 161-802 BW d1 202-302 302-402 402-502 502-602 602-702 702-802 802-902
IHSR 161-802 BW TCHH EX 100 d1 302-402 402-502 502-602 602-702 702-802 802-902 902-1002
IHSR 161-802 BW TCHH EX 300 d1 402-602 502-702 602-802 702-902 802-1002 902-1102 1002-1202
IH.R 160-800 L1 86 86 93 101 103 106 112
IH.R 160-800-19 L1 94 94 101 109 111 114 120
IH.R 160-800 TCHH EX 100 L2 116 116 123 131 133 136 142
IH.R 160-800 TCHH EX 300 L2 126 126 133 141 143 146 152
IH.R 160-800-19 TCHH EX 100 L2 124 124 131 139 141 144 150
IH.R 160-800-19 TCHH EX 300 L2 134 134 141 149 151 154 160
IHSR 161-802 BW L3 56.5 56.5 63.5 71.5 73.5 76.5 82.5
IHSR 161-802 BW TCHH EX 100 L4 86.5 86.5 93.5 101.5 103.5 106.5 112.5
IHSR 161-802 BW TCHH EX 300 L4 96.5 96.5 103.5 111.5 113.5 116.5 122.5
• Aluminum body, with steel serrated seats • The "O" position on the counterweight balances the BHF boring head for D=200 mm boring diameter position. For
every 10 mm change in boring diameter, move the counterweight by 1 measurement mark • Verify that the weight of the entire tool assembly does not exceed the
machine spindle's carrying capability • For spare parts, see pages 787, 817
For tools, see pages: IHBR (764) • IHCR (763) • IHPR (763) • IHSR (763) • IHSR-BW (739)
Designation d min d max D1Da D3SS b ThLkg
TCH AL200 200.0 602.0 194.00 40.00 66.70 80 - - Y 54.00 3.200
TCH AL300 300.0 702.0 288.00 40.00 66.70 80 - - Y 54.00 3.900
TCH AL400 400.0 802.0 394.00 40.00 66.70 80 - 1/4Gas N 61.00 6.900
TCH AL500 500.0 902.0 494.00 60.00 101.60 80,110 128.0 1/4Gas N 69.00 8.700
TCH AL600 600.0 1002.0 594.00 60.00 101.60 80,110 128.0 1/4Gas N 71.00 8.340
TCH AL700 700.0 1102.0 694.00 60.00 101.60 80,110 128.0 1/4Gas N 74.00 8.340
TCH AL800 800.0 1202.0 794.00 60.00 101.60 80,110 128.0 - N 80.00 15.200
789
ITS BORE
D
min
D1D1
Dmin D1
Dmin
f
L1
L1
f
90°
l1
d range
90°
d range
l1
d range
l1
90° f
L1
BHF16-50
IHRF...BW
BHF63-125
BHFH
IHRF...BW
TCH AL200-800
BHF L200
IHRF...BW
Designation SS
(1) d
Range D
1
L
1
f l
1
Insert
IHRF 20-25BW BHF MB16-16x34 20.0- 25.0 16 27.5 8 18 CCMT 0602...
IHRF 24.5-32BW BHF MB20-20x40 24.5- 32.0 20 33.5 8.5 22.5 CCMT 0602...
IHRF 31.5-41.5BW BHF MB25-25x50 31.5- 40.5 25 41.5 9.5 28.5 CCMT 0602...
IHRF 38.5-51.5BW BHF MB32-32x63 38.5- 51.5 32 53 11 35.5 CCMT 0602...
IHRF 50.5-65BW BHF MB40-40X80 50.5- 65.0 40 68 13.5 46 CCMT 09T3...
IHRF 56-802BW
BHF MB50-50X60 56-87 50 62 17.5 53 CCMT 09T3...
BHF MB63-63X87+BHFH… 82-127 75-93 70.5 17.5 53 CCMT 09T3...
BHF MB80-80X94+BHFH… 100-162 93-135 79.5 17.5 53 CCMT 09T3...
BHF MB80-125X114+BHFH... 140-502 133-400 98 17.5 53 CCMT 09T3...
TCH AL200+BHF L200 202-302 194 103 17.5 53 CCMT 09T3...
TCH AL300+BHF L200 302-402 288 103 17.5 53 CCMT 09T3...
TCH AL400+BHF L200 402-502 394 110 17.5 53 CCMT 09T3...
TCH AL500+BHF L200 502-602 494 118 17.5 53 CCMT 09T3...
TCH AL600+BHF L200 602-702 594 120 17.5 53 CCMT 09T3...
TCH AL700+BHF L200 702-802 694 123 17.5 53 CCMT 09T3...
TCH AL800+BHF L200 802-902 794 129 17.5 53 CCMT 09T3...
IHRF-BW
Back Face Turning Toolholders for
BHF and TCH AL Fine Boring Heads
• Dmin=(min bore diameter)=(d+D1+1)/2 • D1=Size of the boring head being used
For inserts, see pages: CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801) • CCMT-WG (802) • CCMT/CCGT (802)
• CCMT/CCGT-SM (801).
For holders, see pages: BHD 50 L200 (787) • BHD MB (766) • BHE MB (770) • BHEH (786) • BHF L200 (787) • BHF MB16-MB50 Dia. 2.5-108 (774)
• BHFH (785).
b
H
1
L
Designation H1b L kg
TCHH EX100 31.0 35.5 155.00 1.495
TCHH EX300 41.0 35.5 255.00 2.800
For tools, see pages: IHBR (764) • IHCR (763) • IHPR (763) • IHSR (763) • IHSR-BW (739)
TCHH EX
Boring Tools Extension Slides
for TCH AL Boring Heads
ISCAR
790
ITS BORE
1
0
9
8
7
6
5
4
3
2
L3l1
l
d
a°
f
Designation d min d max L3l1f l a°Insert
IHRF 16 CH15 18-23 18.0 23.0 18.40 20.00 11.0 1.60 15.0 CCGT 0602...
IHRF 16 CH20 18-23 18.0 23.0 17.80 20.00 11.0 2.20 20.0 CCGT 0602...
IHRF 16 CH30 18-23 18.0 23.0 16.80 20.00 9.0 3.20 30.0 CCGT 0602...
IHRF 16 CH45 18-23 18.0 23.0 15.54 20.10 9.5 4.60 45.0 CCGT 0602...
IHRF 16 CH60 18-23 18.0 23.0 14.50 20.00 9.5 5.60 60.0 CCGT 0602...
IHRF 20 CH15 22-29 22.0 29.0 22.30 24.00 11.0 1.70 15.0 CCGT 0602...
IHRF 20 CH20 22-29 22.0 29.0 21.70 24.00 11.0 2.20 20.0 CCGT 0602...
IHRF 20 CH30 22-29 22.0 29.0 20.80 24.00 9.0 3.20 30.0 CCGT 0602...
IHRF 20 CH45 22-29 22.0 29.0 19.40 24.00 9.5 4.60 45.0 CCGT 0602...
IHRF 20 CH60 22-29 22.0 29.0 18.40 24.00 9.5 5.60 60.0 CCGT 0602...
IHRF 25 CH15 28-38 28.0 38.0 24.00 25.70 10.4 1.70 15.0 CCGT 0602...
IHRF 25 CH20 28-38 28.0 38.0 27.50 29.70 13.5 2.20 20.0 CCGT 0602...
IHRF 25 CH30 28-38 28.0 38.0 22.60 25.60 10.4 3.20 30.0 CCGT 0602...
IHRF 25 CH45 28-38 28.0 38.0 21.40 25.90 10.4 4.40 45.0 CCGT 0602...
IHRF 25 CH60 28-38 28.0 38.0 24.20 29.70 12.0 5.60 60.0 CCGT 0602...
IHRF 32 CH15 35-53 35.0 53.0 32.00 33.70 12.6 1.70 15.0 CCGT 0602...
IHRF 32 CH30 35-53 35.0 53.0 30.50 33.70 12.1 3.20 30.0 CCGT 0602...
IHRF 32 CH20 36-50 36.0 50.0 32.50 34.80 13.5 2.20 20.0 CCGT 0602...
IHRF 32 CH45 36-50 36.0 50.0 29.20 33.70 12.1 4.60 45.0 CCGT 0602...
IHRF 32 CH60 36-50 36.0 50.0 29.30 34.80 12.0 5.60 60.0 CCGT 0602...
IHRF 40 CH20 48-63 48.0 63.0 44.20 47.50 18.0 3.30 20.0 CCGT 09T3...
IHRF 40 CH60 48-63 48.0 63.0 39.10 47.50 16.5 8.40 60.0 CCGT 09T3...
IHRF 40 CH15 48-66 48.0 66.0 44.90 47.40 17.5 2.50 15.0 CCGT 09T3...
IHRF 40 CH30 48-66 48.0 66.0 38.20 42.90 14.4 4.70 30.0 CCGT 09T3...
IHRF 40 CH45 48-66 48.0 66.0 36.40 43.00 14.4 6.70 45.0 CCGT 09T3...
IHRF 50 CH15 54-800 54.0 800.0 48.10 50.60 19.4 2.50 15.0 CCGT 09T3...
IHRF 50 CH20 54-800 54.0 800.0 52.20 55.50 18.0 3.30 20.0 CCGT 09T3...
IHRF 50 CH30 54-800 54.0 800.0 49.95 50.80 19.4 4.70 30.0 CCGT 09T3...
IHRF 50 CH45 54-800 54.0 800.0 44.00 50.60 19.5 6.70 45.0 CCGT 09T3...
IHRF 50 CH60 54-800 54.0 800.0 47.10 55.50 16.5 8.40 60.0 CCGT 09T3...
For inserts, see pages: CCGT-AS (803) • CCMT (CBN) (803) • CCMT (PCD) (803) • CCMT-14 (801) • CCMT-PF (801) • CCMT-WG (802) • CCMT/CCGT (802)
• CCMT/CCGT-SM (801)
For holders, see pages: BHD 50 L200 (787) • BHD MB (766) • BHE MB (770) • BHEH (786) • BHF L200 (787) • BHF MB16-MB50 Dia. 6-108 (774)
• BHFH (785)
IHRF-CH
Chamfering Tools for
BHF Boring Heads
791
ITS BORE
Boring Kit BHD MB50-50 metric/inch (ø6-110 mm)
Fine Boring Head with 2 μm Direct Diametric
Adjustment Resolution and a Built-in Digital Display
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
Ø6-8
IHAXF 6-8/16
BBH
D16-53 IHFF 50
BH
NUT
10
BHEH 24x75 CW 32
BHEH 24x75
IHFF 50
IHFF 50
Ø54-84
Ø80-108
Ø92-108
Ø28-42
IHFF 25
Ø36-54
IHFF 32
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-30
IHAXF 22-30/16
8
21
28
40
50 68
19
79
61
63
93 93
Ø28-54Ø6-30 Ø54-84 Ø80-108 Ø92-108
LOCK
IHFF 25
BBH D16x53
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BH NUT 10 BHEH 24x75
CW 32
+
BATTERY
SR44
LOCK
1 BHD MB50-50x60
1 IHFF 25
1 IHFF 32
1 IHFF 50
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH D16-53
1 BHEH 24x75
1 BH NUT 10
1 CW 32
2 WCGT 020102L
5 TPGX 730-L
1 TPGX 220-L
Designation MB d1Boring Range
KIT BHD MB50-50 6-110
50 6-110
2 µm
Boring Kit BHD MB63-63-89 metric/inch (ø6-125 mm)
Fine Boring Head with 2 μm Direct Diametric
Adjustment Resolution and a Built-in Digital Display
Ø6-30 Ø28-56 Ø40-74 Ø72-103 Ø86-125
BHEH 28X80
Ø6-8
IHAXF 6-8/16
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø28-44
IHFF 25
Ø40-56
IHFF 32
Ø54-74
IHFF 50
Ø72-103
IHFF 50
Ø86-125
IHFF 50
BHEH 28X80
CW32
88.5
110
BBH D16-53
Ø36-56
IHFF 32
Ø22-30
IHAXF 22-30/16
40
50
8
91
60
21
28
91
63
BBH 63X78
77.5
69.5
84.5
11
BHEH 28X80
BBH D16-53
+
BATTERY
SR44
LOCK
IHFF 25
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BBH 63X78
CW32
1 BHD MB63-63-89
1 BBH 63X78
1 BHEH 28X80
1 BBH 16-53
1 CW32
1 IHAXF 6- 8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 IHFF 25
1 IHFF 32
1 IHFF 50
2 WCGT 020102L
5 TPGX 730-L
1 TPGX 220-L
Designation MB d1Boring Range
KIT BHD MB63-63-89 63 2.5-125
+
BATTERY
SR44
SS d Range
KITS
Designation SS d Range
KIT BHD MB50-50 6-110 MB50 6-110
KIT BHD MB63-63 6-125 MB63 6-125
KIT BHD MB80-80 6-200 MB80 6-200
KIT BHD-MB
Contains a Digital Display
Fine Boring Head and Various
Boring Tools and Inserts
ISCAR
792
ITS BORE
ISCAR
792
Boring Kit BHD MB80-80-104 metric/inch (ø6-200 mm)
Fine Boring Head with 2 μm Direct Diametric
Adjustment Resolution and a Built-in Digital Display
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
Ø6-8
IHAXF 6-8/16
BBH
D16x53
IHFF 50
BH
NUT
10
BHEH 24x75 CW 32
BHEH 24x75
IHFF 50
IHFF 50
Ø54-84
Ø80-108
Ø92-108
Ø28-42
IHFF 25
Ø36-54
IHFF 32
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-30
IHAXF 22-30/16
8
21
28
40
50
68
19
79
61
63
93 93
Ø28-54Ø6-30 Ø54-84 Ø80-108 Ø92-108
LOCK
+
BATTERY
SR44
LOCK
IHFF 25
IHFF 32
IHFF 50 CW32
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BBH D16-53
BHEH 28X108
BHEH 28X148
BBH 63X78
1 BHD MB80-80-104
1 BBH D16-53
1 BBH 63X78
1 BHEH 28X108
1 BHEH 28X148
1 CW32
1 IHAXF 6- 8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 IHFF 25
1 IHFF 32
1 IHFF 50
2 WCGT 020102L
5 TPGX 730-L
1 TPGX 220-L
Designation MB d1Boring Range
KIT BHD MB80-80-104 63 6-200
Boring Kit BHD MB50-50 metric/inch (ø6-110 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 µm Built-in Digital Display
BHF 50
Ø 2.5-108
0.5 Ø
0.002 Ø
LOCK
IHFF 25
BBH D16x53
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BH NUT 10 BHEH 24x75
CW 32
1 BHD MB50-50x60
1 IHFF 25
1 IHFF 32
1 IHFF 50
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH D16x53
1 BHEH 24x75
1 BH NUT 10
1 CW 32
Designation
MB d1Boring Range
KIT BHD MB50-50 6-110
50 6-110
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
+
BATTERY
SR44
Ø6-8
IHAXF 6-8/16
BBH
D16x53
IHFF 50
BH
NUT
10
BHEH 24x75 CW 32
BHEH 24x75
IHFF 50
IHFF 50
Ø54-84
Ø80-108
Ø92-108
Ø28-42
IHFF 25
Ø36-54
IHFF 32
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-30
IHAXF 22-30/16
8
21
28
40
50
68
19
79
61
63
93 93
Ø28-54Ø6-30 Ø54-84 Ø80-108 Ø92-108
LOCK
793
ITS BORE
IHAXF
SS
IHFF (E)
Non.0.002
0.01
0.5
LOCK
KITS
Designation SS d Range
KIT BHE MB32-32-53 H (1) MB32 2.5-12
KIT BHE MB50-50-60 H (1) MB50 6-22
KIT BHE MB50-50-80 MB50 6-110
KIT BHE MB63-63-89 MB63 6-125
KIT BHE MB80-80-104 MB80 6-200
• For kit contents and boring options, see following pages. • 0.01 mm direct diametric adjustment and 0.002 mm by a vernier scale.
(1) Balanced to G2.5/12,000 RPM
KIT BHE MB
Contains a Fine Boring Head and
Various Boring Tools and Inserts
Boring Kit BHE MB32-32x53 H (ø2.5-12 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
Ø2.5-4
IHAXF 2.5-4/8
Ø4-6
IHAXF 4-6/8
Ø6-8
IHAXF 6-8/8
Ø8-10
IHAXF 8-10/8
Ø10-12
IHAXF 10-12/8
53
Ø32
16.5
12.5
12
20
2
21
28
36
Non. 0.002
0.01
0.5
LOCK
Boring Tools:
1 BHE MB32-32X53 H
1 IHAXF 2.5-4/8
1 IHAXF 4-6/8
1 IHAXF 6-8/8
1 IHAXF 8-10/8
1 IHAXF 10-12/8
Inserts:
5 TPGX 090202L
2 WCGT 020102L
Designation MB Boring Range
KIT BHE MB32-32X53 H 32 2.5-12
G2.5
12,000 RPM
10 µm
2 µm
ISCAR
794
ITS BORE
ISCAR
794
G2.5
12,000 RPM
10 µm
2 µm
Boring Kit BHE MB50-50 x 80 (ø6-110 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
Ø6-8
IHAXF 6-8/16
BBH
D16x53
IHFF 50
BH
NUT10
BHEH 24x75 CW 32
BHEH 24x75
IHFF 50
IHFF 50
Ø54-86
Ø80-110
Ø92-110
Ø28-44
IHFF 25
Ø36-56
IHFF 32
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-30
IHAXF 22-30/16
8
21
28
40
50
60
19
80
61
63
94 94
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
Ø6-30 Ø28-56 Ø54-86 Ø80-110 Ø92-110
BHE 50
Ø 2.5-110
0.5 Ø
0.01 Ø
0.002 Ø
Non.
LOCK
IHFF 25
BBH D16x53
BHE 50-50x80
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BH NUT 10 BHEH 24x75
CW 32
1 BHE MB50-50x80
1 IHFF 25
1 IHFF 32
1 IHFF 50
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH D16x53
1 BHEH 24x75
1 BH NUT 10
1 CW 32
10 µm direct diametric adjustment and 2 µm by a Vernier scale
Designation MB d1Boring Range
KIT BHE MB50-50X80 50 6-110
10 µm
2 µm
Boring Tools:
1 BHE MB50-50X60 H
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 10-12/16
1 IHAXF 12-14/16
1 IHAXF 14-16/16
1 IHAXF 16-18/16
1 IHAXF 18-22/16
Inserts:
5 TPGX 090202L
2 WCGT 020102L
Boring Kit BHE MB50-50x60 H (ø6-22 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
21
28
35
42
50
Ø6-8
IHAXF 6-8/16
Ø8-10
IHAXF 8-10/16
Ø10-12
IHAXF 10-12/16
Ø12-14
IHAXF 12-14/16
Ø14-16
IHAXF 14-16/16
Ø16-18
IHAXF 16-18/16
Ø
18-22
IHAXF 18-22/16
Ø50
60 63
508
Non. 0.002
0.01
0.5
LOCK
10 µm direct diametric adjustment and 2 µm by a Vernier scale
Designation MB Boring Range
KIT BHE MB50-50X60 H 50 6-22
795
ITS BORE
795
Boring Kit BHE MB63-63 x 89 (ø6-125 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
BHE 63
Ø 6-125
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 63
Ø 6-125
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 63
Ø 6-125
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 63
Ø 6-125
0.5 Ø
0.01Ø
Non. 0.002 Ø
Ø6-8
IHAXF 6-8/16
BBH 63x78
Ø86-125
Ø40-56
IHFF 32
Ø54-74
IHFF 50
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-30
IHAXF 22-30/16
8
21
28
40
50
60
91
68.5
88.5
110
84.5
77.5
Ø6-30 Ø40-74 Ø72-110 Ø86-125
BHEH 28x80 IHFF 50
IHFF 50
CW 32
BHEH 28x80
Ø72-110
BHE 63
Ø 6-125
0.5 Ø
0.01Ø
Non. 0.002 Ø
CW 32
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BBH 63x78
BHEH 28x80
1 BHE MB63-63x89
1 IHFF 32
1 IHFF 50
1 IHFF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH 63x78
1 BHEH 28x80
1 BH WASHER IH..50
1 CW 32
Designation MB d1Boring Range
KIT BHE MB63-63X89 63 6-125
10 µm
2 µm
Boring Kit BHE MB80-80 x104 (ø6-200 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
BHE 80
Ø 6-100
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 80
Ø 6-200
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 80
Ø 6-200
0.5 Ø
0.01Ø
Non. 0.002 Ø
BHE 80
Ø 6-200
0.5 Ø
0.01Ø
Non. 0.002 Ø
LOCK LOCK LOCK LOCK
Ø6-8
IHAXF 6-8/16
BHH 63x78
Ø115-160 BHEH 28x108
Ø40-56
IHFF 32
Ø54-90
IHFF 50
Ø8-12
IHAXF 8-10/16
Ø11-17
IHAXF 11-13/16
Ø16-23
IHAXF 16-18/16
Ø22-42
IHAXF 22-30/16
Ø155-200 BHEH 28x148
8
21
28
40
50
60
106
11
84.5
104
125.5
84.5
77.5
Ø6-42 Ø40-90 Ø88-132 Ø115-200
BHEH 28x80 IHFF 50
IHFF 50
CW 32
BHEH...
Ø88-132
(1)
(1)
LOCK
BHE 80
Ø 6-200
0.5 Ø
0.01Ø
Non. 0.002 Ø
CW 32
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BHH 63x78
BHE MB80-80x100
BHEH 28x80
BHEH 28x108 BHEH 28x148
1 BHE MB80-80x104
1 IHFF 32
1 IHFF 50
1 IHFF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH 63x78
1 BHEH 28x80
1 BHEH 28x108
1 BHEH 28x148
1 BH WASHER IH..50
1 CW 32
Designation MB d1Boring Range
KIT BHE MB80-80X104 80 6-200
(1) The specified boring range differs from the one specified for the boring bar.
The extra range is not recommended for high rotational speeds.
ISCAR
796
ITS BORE
Boring Kit BL BHF MB50-50 (ø6-22 mm)
with BHF BL Fine Boring Balanceable Head
21
Ø6- 8
IHAXF 6-8/16
Ø8-10
IHAXF 8-10/16
Ø10-12
IHAXF 10-12/16
Ø12-14
IHAXF 12-14/16
Ø14-16
IHAXF 14-16/16
28
35
42
50
50
68.5
8
Ø16-18 (1)
IHAXF 16-18/16
Ø18-22
IHAXF 18-22/16
50
63
1
0
9
8
7
6
5
4
3
2
210 240 270 300 330
012012
0.002
(1)
On BHF BL max. balanceable dia. is 20 mm.
G2.5
20,000 RPM
2 µm
Designation MB d1Boring Range
KIT BL BHF MB50-50 50 6-22
1 BHF MB50-50X68 BL
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 10-12/16
1 IHAXF 12-14/16
1 IHAXF 14-16/16
1 IHAXF 16-18/16
1 IHAXF 18-22/16
5 TPGX 090202L
2 WCGT 020102L
IHAXFIHAXF
SS
SS
0 1° 2° 0 1°2°
210° 240° 270° 300° 330°
1
0
9
8
7
6
5
4
3
2
1
0
9
8
7
6
5
4
3
2
210° 240° 270° 300° 330°
0 1°2° 0 1°2°
KITS
Designation SS d Range
KIT BHF MB50-32 BL (1) MB50 2.5-12
KIT BHF MB50-50 BL (1) MB50 6-22
(1) Balanced to G2.5/20,000 RPM.
KIT BHF MB-BL
Contains a Balanceable Fine
Boring Head and Various
Boring Tools and Inserts
797
ITS BORE
KIT BHF-MB
Contains a Fine Boring Head and
Various Boring Toolholders and Inserts
1
0
9
8
7
6
5
4
3
2
SS
KITS
Designation SS d Range
KIT BHF MB50-50 6-108 MB50 6-108
KIT BHF MB50-63 MB50 6-125
KIT BHF MB50-80 MB50 6-220
KIT BHF MB63-63 MB63 6-125
KIT BHF MB80-80 MB80 6-200
Boring Kit BHF MB50-50 (ø6-108 mm)
Fine Boring Head 10 mm Direct Diametric
Adjustment and 2 mm by a Vernier Scale
BHF 50
Ø 2.5-108
0.1 Ø
0.002 Ø
LOCK
BHF 50
Ø 2.5-108
0.1 Ø
0.002 Ø
LOCK
BHF 50
Ø 2.5-108
0.1 Ø
0.002 Ø
LOCK
BHF 50
Ø 2.5-108
0.1 Ø
0.002 Ø
LOCK
BHF 50
Ø 2.5-108
0.1 Ø
0.002 Ø
LOCK
Ø6-8
IHAXF6-8/16
BBH
D16x53 IHFF50
BH
NUT
10
BHEH24x75 CW32
BHEH24x75
IHFF50
IHFF50
Ø54-84
Ø80-108
Ø92-108
Ø28-42
IHFF25
Ø36-54
IHFF32
Ø8-12
IHAXF8-10/16
Ø11-17
IHAXF11-13/16
Ø16-23
IHAXF16-18/16
Ø22-30
IHAXF22-30/16
8
21
28
40
50 68
19
79
61
63
93 93
Ø6-30 Ø28-54 Ø54-84 Ø80-108 Ø92-108
BHF 50
Ø 2.5-108
0.5 Ø
0.002 Ø
LOCK
IHFF 25
BBH D16x53
IHFF 32
IHFF 50
IHAXF 6-8/16
IHAXF 8-10/16
IHAXF 11-13/16
IHAXF 16-18/16
IHAXF 22-30/16
BH NUT 10 BHEH 24x75
CW 32
1 BHF MB50-50x60
1 IHFF 25
1 IHFF 32
1 IHFF 50
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 BBH D16x53
1 BHEH 24x75
1 BH NUT 10
1 CW 32
2 WCGT 020102L
5 TPGX 730-L
1 TPGX 220-L
Designation MB d1Boring Range
KIT BHF MB50-50 6-108 50 6-108
2 µm
ISCAR
798
ITS BORE
ISCAR
798
ø6-30 ø28-80
ø77-125
1 BHF MB...-63x87
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 ADBH 30xD16
1 BBH 30x40
1 BBH 30x70
1 BHFH 30x75
1 IHFF 25
1 IHFF 32
1 IHFF 50
5 TPGX 090202L
1 TPGX 110302L
2 WCGT 020102L
Boring Kit BHF MB50-63 /
Boring Kit BHF MB63-63 (ø6-125 mm)
21
Ø6-8
IHAXF 6-8
Ø8-10
IHAXF 8-10
Ø11-17
IHAXF 11-13
Ø16-23
IHAXF 16-18
Ø22-30
IHAXF 22-30
28
40
58
68
24
1
0
9
8
7
6
5
4
3
2
Ø77-125
IHFF 50
38.5
1
0
9
8
7
6
5
4
3
2
Ø28-70
IHFF 25
IHRF 25
Ø36-80
IHFF 32
IHRF 32
50
BBH 30x40
BBH 30x70
80
7
1
0
9
8
7
6
5
4
3
2
BHFH 30x75
ADBH 30xD16
Ø6-30 Ø28-80 Ø77-125
(1)
(1)
2 µm
Designation MB d1 Boring Range
KIT BHF MB50-63 50 6-125
KIT BHF MB63-63 63 6-125
(1) The specified boring range differs from the one specified for the boring bar. The extra range is not recommended for high rotational speeds.
799
ITS BORE
799
Boring Kit BHF MB50-80 /
Boring Kit BHF MB80-80 (ø6-220 mm)
1 BHF MB..-80x94
1 IHAXF 6-8/16
1 IHAXF 8-10/16
1 IHAXF 11-13/16
1 IHAXF 16-18/16
1 IHAXF 22-30/16
1 ADBH 30xD16
1 BBH 30x40
1 BBH 30x70
1 BBH 30x115
1 BHFH 30x93
1 BHFH 30x135
1 IHFF 25
1 IHFF 32
1 IHFF 50
5 TPGX 090202L
1 TPGX 110302L
2 WCGT 020102L
38.5
Ø95-160
IHFF 50
Ø140-220
IHFF 50
BHFH 30x93
BHFH 30x135
1
0
9
8
7
6
5
4
3
2
21
Ø6- 8
IHAXF 6-8
Ø8-10
IHAXF 8-10
Ø11-17
IHAXF 11-13
Ø16-23
IHAXF 16-18
Ø22-30
IHAXF 22-30
28
40
58
68
24
ADBH 30xD16
1
0
9
8
7
6
5
4
3
2
Ø36-96
IHFF 32
IHRF 32
50
BBH 30x40
BBH 30x70
80
7
1
0
9
8
7
6
5
4
3
2
BBH 30x115
125
Ø30-86
IHFF 25
IHRF 25
Ø28-86
IHFF 25
IHRF 25
(1)
(1)
ø6-30 ø28-96 ø95-220
2 µm
Designation MB d1Boring Range
KIT BHF MB50-80 50 6-220
KIT BHF MB80-80 80 6-220
(1) The specified boring range differs from the one specified for the boring bar. The extra range is not recommended for high rotational speeds.
ISCAR
800
ITS BORE
IHFF
BHFH
IHFF
BHFH
IHFF
BHFH
IHFF
IHRF
IHFF
IHRF
BBH
BBH BBH
1
6
5
3
2
4
0
9
8
7
KITS
Designation SS d Range
KIT BHFH MB80-125 MB80 36-400
1 BBH 40x69
1 BBH 40x114
1 BBH 40x189
1 BHFH 40x133
1 BHFH 40x200
1 BHFH 40x300
1 IHFF 25
1 IHFF 40
1 IHFF 50
Ø36-123
IHFF 32
IHRF 32
Ø46-137
IHFF 40
IHRF 40
80
BBH 40x69
BBH 40x114
125
9
IHFF 50
Ø135-210
BHFH 40x133
200
BBH 40x189
Ø205-310
IHFF 50
BHFH 40x200
Ø305-410
IHFF 50
BHFH 40x300
1
0
9
8
7
6
5
4
3
2
1
0
9
8
7
6
5
4
3
2
Ø36-137 Ø135-500
51
2 µm
Designation MB d1Boring Range
KIT BHFH MB80-125 80 36-410
Kit BHFH MB80-125 Holder for
BHF MB80-125x114 ø36-410
KIT BHFH-MB
Contains Adapters, Extensions
and Boring Bars for 36 to
400 mm Boring Range
801
ITS BORE
80°
di
l
7°
S
d1
r
95º
97°
93°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC8250
IC6015
IC8150
IC20
IC5010
IC428
IC5005
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CCGT 060201-SM 6.45 6.35 2.38 0.10 2.80 •0.25-2.00 0.05-0.20
CCGT 060202-SM 6.45 6.35 2.38 0.20 2.80 •0.25-2.00 0.05-0.25
CCMT 060202-SM 6.45 6.35 2.38 0.20 2.80 • • 0.25-2.00 0.05-0.25
CCMT 060204-SM 6.45 6.35 2.38 0.40 2.80 •••• •••0.50-2.50 0.07-0.25
CCMT 060208-SM 6.45 6.35 2.38 0.80 2.80 • • • • 0.50-2.50 0.07-0.25
CCMT 09T302-SM 9.70 9.52 3.97 0.20 4.40 ••• •••0.50-2.50 0.06-0.25
CCMT 09T304-SM 9.70 9.52 3.97 0.40 4.40 ••• ••••••••0.50-2.50 0.06-0.25
CCMT 09T308-SM 9.70 9.52 3.97 0.80 4.40 •••• • ••••0.50-3.00 0.07-0.25
CCMT 120404-SM 12.90 12.70 4.76 0.40 5.50 • • • • 0.70-3.50 0.07-0.25
CCMT 120408-SM 12.90 12.70 4.76 0.80 5.50 •••• ••0.70-3.50 0.07-0.30
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCMT/CCGT-SM
Single-Sided Turning Inserts for
Semi-Finishing and Finishing on
Soft Materials and Exotic Alloys
7°
S
d1
80°
d
l
r
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC6015
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CCMT 060202-PF 6.30 6.35 2.38 0.20 2.80 ••• ••0.20-2.50 0.04-0.25
CCMT 060204-PF 6.30 6.35 2.38 0.40 2.80 ••••••0.40-2.50 0.04-0.30
CCMT 09T302-PF 9.70 9.52 3.97 0.20 4.40 • • • 0.50-3.00 0.05-0.30
CCMT 09T304-PF 9.70 9.52 3.97 0.40 4.40 ••• ••0.50-3.50 0.05-0.35
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCMT-PF
80° Rhombic Inserts with a Positive
Flank for Semi-Finishing and Finishing
on Soft Materials and Exotic Alloys
7°
d1
S
80°
di
rl
95º
97°
93°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC20
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/
rev)
CCMT 060204-14 6.30 6.35 2.38 0.40 2.80 • •••••0.50-2.50 0.14-0.25
CCMT 09T304-14 9.70 9.52 3.97 0.40 4.40 • • • 0.50-3.00 0.14-0.25
CCMT 09T308-14 9.70 9.52 3.97 0.80 4.40 ••••• 0.80-3.00 0.14-0.30
CCMT 120408-14 12.90 12.70 4.76 0.80 5.50 • • 0.80-3.00 0.14-0.30
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCMT-14
80° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning
ISCAR
802
ITS BORE
80°
di
r
r
l
7°
86°
0.3
d1
S
95º
95°
95°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC907
ap
(mm)
f
(mm/rev)
CCET 0602005-WF 6.30 6.35 2.38 0.05 2.80 •0.05-2.00 0.01-0.20
CCET 09T3005-WF 9.50 9.52 3.97 0.05 4.40 •0.05-2.00 0.01-0.20
For tools, see pages: • IHCR (763) • IHRF (787) • IHSR (763) • IHSR-BW (739) • IHSR-C (766) • IHSR-CH (764)
CCET-WF
80° Rhombic Inserts with a 7°
Positive Flank and a Wiper Near the
Corner for High Feed Finishing
d1
7°
S
l
r
di
80°
95°
95°
95º
97°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC30N
IC20
IC20N
IC520N
ap
(mm)
f
(mm/rev)
CCGT 060202 6.30 6.35 2.38 0.20 2.80 •0.50-2.00 0.10-0.20
CCGT 060202L (1) 6.30 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.10-0.20
CCGT 060204 6.30 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.20
CCGT 060204L (1) 6.30 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.20
CCMT 060202 6.30 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.10-0.20
CCMT 060204 6.30 6.35 2.38 0.40 2.80 • • • 0.50-2.00 0.12-0.22
CCMT 09T302 9.70 9.52 3.97 0.20 4.40 • • 0.50-2.50 0.12-0.25
CCMT 09T304 9.70 9.52 3.97 0.40 4.40 • • 0.50-2.50 0.12-0.25
CCMT 09T308 9.70 9.52 3.97 0.80 4.40 • • 0.80-3.00 0.14-0.25
• Use left-hand inserts for left-hand external tools and for right-hand internal tools
(1) Left-hand insert
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCMT/CCGT
80° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning
d1
S
7°
80°
d
rl
95°
95°
95º
97°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC807
IC907
ap
(mm)
f
(mm/rev)
CCMT 060204-WG 6.30 6.35 2.38 0.40 2.80 • • 0.40-2.00 0.10-0.35
CCMT 09T304-WG 9.70 9.52 3.97 0.40 4.40 •0.40-2.00 0.14-0.30
CCMT 09T308-WG 9.70 9.52 3.97 0.80 4.40 •0.50-2.50 0.20-0.38
CCMT 120408-WG 12.90 12.70 4.76 0.80 5.50 •0.50-3.00 0.20-0.36
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCMT-WG
80° Rhombic Inserts with a 7°
Positive Flank and a Wiper Near the
Corner for High Feed Finishing
803
ITS BORE
80˚
r
di
lt
7°
S
d1
7°
PCD Sharp cutting edge
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
CCMT 060202D 6.30 6.35 2.38 0.20 3.1 2.80 •0.08-3.00 0.05-0.30
CCMT 060204D 6.30 6.35 2.38 0.40 3.0 2.80 •0.10-3.00 0.05-0.30
CCMT 09T304D 9.70 9.52 3.97 0.40 3.9 4.40 •0.10-3.00 0.05-0.30
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
CCMT (PCD)
Inserts with a Single PCD Top Corner
Tip, 7° Clearance and Positive Rake
Angle for Finishing Aluminum
80˚
r
di
lt
7°
S
d1
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
IB55
ap
(mm)
f
(mm/rev)
CCMT 060202T 6.30 6.35 2.38 0.20 2.6 2.80 •0.05-0.50 0.05-0.20
CCMT 060204T 6.30 6.35 2.38 0.40 2.7 2.80 •0.05-0.50 0.05-0.20
CCMT 09T304T 9.70 9.52 3.97 0.40 2.9 4.40 •0.05-0.50 0.05-0.20
CCMT 09T308T 9.70 9.52 3.97 0.80 3.6 4.40 •0.05-0.50 0.05-0.20
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
CCMT (CBN)
80° Rhombic Inserts with a Single
CBN Top Corner Tip and 7° Clearance
for Machining Hardened Steel
7˚
d1
lS
di
80˚
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
CCGT 060201-AS 6.40 6.35 2.38 0.10 2.80 •0.50-2.00 0.10-0.20
CCGT 060202-AS 6.40 6.35 2.38 0.20 2.80 •0.50-2.00 0.10-0.20
CCGT 060204-AS 6.40 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.25
CCGT 09T301-AS 9.70 9.52 3.97 0.10 4.40 •0.50-2.50 0.10-0.25
CCGT 09T302-AS 9.70 9.52 3.97 0.20 4.40 •0.50-2.50 0.10-0.25
CCGT 09T304-AS 9.70 9.52 3.97 0.40 4.40 •0.50-2.50 0.10-0.25
CCGT 09T308-AS 9.70 9.52 3.97 0.80 4.40 •0.80-3.00 0.10-0.30
CCGT 120402-AS 12.90 12.70 4.76 0.20 5.50 •0.50-2.50 0.10-0.25
CCGT 120404-AS 12.90 12.70 4.76 0.40 5.50 •0.50-2.50 0.10-0.25
CCGT 120408-AS 12.90 12.70 4.76 0.80 5.50 •1.00-3.50 0.10-0.30
For tools, see pages: • IHCR (763) • IHRF (787) • IHRF-BW (789) • IHRF-C (765) • IHRF-CH (790) • IHSR (763) • IHSR-BW (739) • IHSR-C (766)
• IHSR-CH (764)
CCGT-AS
80° Rhombic Inserts with a 7°
Positive Flank, Very Positive
Rake Angle and Sharp Cutting
Edge for Machining Aluminum
ISCAR
804
ITS BORE
7˚
S
d1
l
d
80˚
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
CCGT 09T308-AF 9.70 9.52 3.97 0.80 4.40 •0.80-3.00 0.15-0.25
CCGT 120408-AF 12.90 12.70 4.76 0.80 5.50 •1.00-3.50 0.15-0.30
For tools, see pages: • IHCR (763) • IHRF (787) • IHSR (763) • IHSR-BW (739) • IHSR-C (766) • IHSR-CH (764)
CCGT-AF
80° Rhombic Inserts with a 7°
Positive Flank, Very Positive
Rake Angle and Sharp Cutting
Edge for Machining Aluminum
d1
S
7°
55°
di
l
r
10 7. 5 °
93º
9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8350
IC6025
IC8250
IC530N
IC6015
IC8150
IC520N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
DCMT 070202-SM 7.70 6.35 2.38 0.20 2.80 • • • • 0.50-2.00 0.04-0.20
DCMT 070204-SM 7.70 6.35 2.38 0.40 2.80 •• •• ••• 0.50-2.50 0.05-0.25
DCMT 070208-SM 7.70 6.35 2.38 0.80 2.80 •0.50-3.00 0.07-0.25
DCGT 11T302-SM 11.60 9.52 3.97 0.20 4.40 •0.30-2.00 0.05-0.25
DCGT 11T304-SM 11.60 9.52 3.97 0.40 4.40 •0.50-2.50 0.05-0.25
DCMT 11T302-SM 11.60 9.52 3.97 0.20 4.40 •••• •• 0.50-2.50 0.05-0.25
DCMT 11T304-SM 11.60 9.52 3.97 0.40 4.40 •••• • ••• 0.50-2.50 0.07-0.25
DCMT 11T308-SM 11.60 9.52 3.97 0.80 4.40 ••• •• •• 1.00-3.00 0.07-0.25
DCMT 11T312-SM 11.60 9.52 3.97 1.20 4.40 •1.00-3.50 0.10-0.28
For tools, see page: CHA (760)
DCMT/DCGT-SM
55° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
S
l
r
d1
7°
55°
di
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8150
IC20
IC428
ap
(mm)
f
(mm/rev)
DCMT 11T304-14 11.60 9.52 3.97 0.40 4.40 ••• 1.00-2.50 0.14-0.25
DCMT 11T308-14 11.60 9.52 3.97 0.80 4.40 •••1.50-3.00 0.14-0.29
For tools, see page: CHA (760)
DCMT-14
55° Rhombic Inserts with a
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
805
ITS BORE
7°
S
d1
55°
l
r
di
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC908
IC30N
IC530N
IC8150
IC20N
IC520N
ap
(mm)
f
(mm/
rev)
DCGT 070201R (1) 7.70 6.35 2.38 0.10 2.80 •0.25-1.50 0.05-0.15
DCGT 070202 7.70 6.35 2.38 0.20 2.80 •0.50-2.00 0.08-0.20
DCGT 070204 7.70 6.35 2.38 0.40 2.80 •0.80-2.50 0.10-0.25
DCMT 070202 7.70 6.35 2.38 0.20 2.80 •• •••0.50-2.00 0.08-0.20
DCMT 070204 7.70 6.35 2.38 0.40 2.80 • • • • • • 0.50-2.00 0.08-0.22
DCGT 11T302 11.60 9.52 3.97 0.20 4.40 •0.50-2.00 0.08-0.20
DCGT 11T304 11.60 9.52 3.97 0.40 4.40 • • 1.00-2.50 0.12-0.25
DCMT 11T302 11.60 9.52 3.97 0.20 4.40 • • • • 0.50-2.00 0.08-0.20
DCMT 11T304 11.60 9.52 3.97 0.40 4.40 • • • 0.50-2.00 0.12-0.25
DCMT 11T308 11.60 9.52 3.97 0.80 4.40 • • • 1.50-3.00 0.14-0.29
• Right-hand inserts for right-hand external tools and for left-hand internal tools
(1) Right-hand insert
For tools, see page: CHA (760)
DCMT/DCGT
55° Rhombic Inserts with a 7° Positive
Clearance for Finishing Applications
d1
S
7°
55°
di
l
r
10 7. 5 °
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC8250
IC6015
IC806
IC807
IC907
ap
(mm)
f
(mm/
rev)
DCMT 070201-PF 7.70 6.35 2.38 0.10 2.80 • • 0.30-3.00 0.02-0.25
DCMT 070202-PF 7.70 6.35 2.38 0.20 2.80 •0.40-3.00 0.03-0.25
DCMT 070204-PF 7.70 6.35 2.38 0.40 2.80 •0.50-3.50 0.05-0.30
DCMT 070208-PF 7.70 6.35 2.38 0.80 2.80 • • 0.70-3.00 0.08-0.30
DCMT 11T302-PF 11.60 9.52 3.97 0.20 4.40 • • • • 0.30-2.50 0.04-0.25
DCMT 11T304-PF 11.60 9.52 3.97 0.40 4.40 •••••••0.50-3.00 0.05-0.25
DCMT 11T308-PF 11.60 9.52 3.97 0.80 4.40 •••••••0.70-3.00 0.10-0.25
For tools, see page: CHA (760)
DCMT-PF
55° Rhombic Inserts with a Positive
Flank for Semi-Finishing and Finishing
on Soft Materials and Exotic Alloys
r
7˚
d
1
55˚
d
lS
10 7. 5 °
93°
62.5°
9 1°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC920
IC20
IC907
ap
(mm)
f
(mm/rev)
DCGT 070201-AS 7.75 6.35 2.38 0.10 2.80 •0.50-2.00 0.03-0.20
DCGT 070202-AS 7.75 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.05-0.20
DCGT 070204-AS 7.75 6.35 2.38 0.40 2.80 •0.50-2.50 0.05-0.25
DCGT 11T301-AS 11.60 9.52 3.97 0.10 4.40 •0.50-2.50 0.05-0.25
DCGT 11T302-AS 11.60 9.52 3.97 0.20 4.40 • • 0.50-2.50 0.05-0.26
DCGT 11T304-AS 11.60 9.52 3.97 0.40 4.40 • • 0.50-2.50 0.05-0.25
DCGT 11T308-AS 11.60 9.52 3.97 0.80 4.40 •0.80-3.00 0.08-0.30
For tools, see page: CHA (760)
DCGT-AS
55° Rhombic Inserts with a 7°
Positive Flank, Very Positive
Rake Angle and Sharp Cutting
Edge for Machining Aluminum
ISCAR
806
ITS BORE
S
d1
7°
di
90˚ l
r
75°
45°
45°
45°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
SCGT 09T308-AS 9.52 9.52 3.97 0.80 4.40 •0.50-3.00 0.10-0.30
SCGT 120408-AS 12.70 12.70 4.76 0.80 5.50 •1.00-4.00 0.10-0.30
For tools, see page: IHPR (763)
SCGT-AS
Square Inserts with a 7° Positive Flank,
Very Positive Rake Angle and Sharp
Cutting Edge for Machining Aluminum
d1
S
7°
90°
l
r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC20
IC5005
IC807
IC907
ap
(mm)
fz
(mm/t)
SCMT 120408-19 12.70 4.76 0.80 5.50 ••••• 3.00-8.00 0.08-0.15
SCMT 120412-19 12.70 4.76 1.20 5.50 •3.00-8.00 0.08-0.15
For tools, see pages: E45 / T245 (32) • IHPR (763)
SCMT-19
Square 7° Positive Inserts
for Semi-Roughing at
Medium to High Feeds
75°
45°
45°
45°
7°
S
d1
90°
l
r
75°
45°
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC6025
IC8250
IC8150
IC807
IC907
ap
(mm)
f
(mm/rev)
SCMT 09T304-SM 9.52 3.97 0.40 4.40 ••••0.50-3.00 0.07-0.25
SCMT 09T308-SM 9.52 3.97 0.80 4.40 ••••••0.50-3.00 0.10-0.30
SCMT 120404-SM 12.70 4.76 0.40 5.50 •0.50-3.50 0.10-0.25
SCMT 120408-SM 12.70 4.76 0.80 5.50 ••••1.00-4.00 0.10-0.30
For tools, see page: IHPR (763)
SCMT-SM
Square Inserts with a 7° Positive Flank
for Semi-Finishing and Finish Turning
on Soft Materials and Exotic Alloys
S
d1
90°
I
r7°
45°
45°
75°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC8250
IC807
IC907
ap
(mm)
f
(mm/rev)
SCMT 09T304-14 9.52 3.97 0.40 4.40 • • 1.00-3.50 0.12-0.30
SCMT 120404-14 12.70 4.76 0.40 5.50 •1.00-4.00 0.12-0.30
For tools, see page: IHPR (763)
SCMT-14
Square Inserts with a 7° Positive Flank
for Semi-Finishing and Finish Turning
on Soft Materials and Exotic Alloys
807
ITS BORE
di
60°
S
r
l
7°
d1
9 1° 91º
95º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC50M
IC8150
IC20
ap
(mm)
f
(mm/rev)
TCMT 110204-19 11.00 6.35 2.38 0.40 2.80 •••0.50-3.00 0.10-0.30
TCMT 16T308-19 16.50 9.52 3.97 0.80 4.40 • • • 1.00-4.00 0.20-0.35
TCMT 220508-19 22.00 12.70 5.00 0.80 5.50 •1.00-4.00 0.20-0.35
For tools, see page: IHBR (764)
TCMT-19
Triangular Inserts with a 7° Positive
Flat Rake for Semi-Roughing
Applications at Medium to High Feeds
di
60°
S
d1
r
l
7°
9 1° 91º
95º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8350
IC8250
IC908
IC8150
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
TCMT 110204-SM 11.00 6.35 2.38 0.40 2.80 ••••• ••• 0.20-3.00 0.05-0.25
TCMT 110208-SM 11.00 6.35 2.38 0.80 2.80 • • • 0.50-2.50 0.07-0.25
TCMT 16T304-SM 16.50 9.52 3.97 0.40 4.40 • • • • • • • 0.50-3.00 0.06-0.25
TCMT 16T308-SM 16.50 9.52 3.97 0.80 4.40 ••• • ••• 0.50-3.00 0.08-0.28
For tools, see page: IHBR (764)
TCMT-SM
Triangular Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
S
7°
80°
di
l
r
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC908
IC30N
ap
(mm)
f
(mm/rev)
WCGT 020102L 2.18 3.97 1.59 0.20 • • 0.40-2.00 0.05-0.10
WCGT 020104L 2.18 3.97 1.59 0.40 • • 0.40-2.00 0.10-0.15
For tools, see pages: • IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHWF (787)
WCGT
Trigon Inserts with a 7° Positive Flank
and Chipformer for Finish Turning
11°
S
d1
r
di
60°
l
91º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC908
IC20
IC20N
IC520N
ap
(mm)
f
(mm/rev)
TPGX 090202-L 9.52 5.56 2.38 0.20 3.00 ••••1.00-2.00 0.10-0.20
TPGX 090204-L 9.52 5.56 2.38 0.40 3.00 ••••1.00-2.50 0.15-0.20
TPGX 110302-L 11.00 6.35 3.18 0.20 3.50 •••• 1.00-2.50 0.10-0.20
TPGX 110304-L 11.00 6.35 3.18 0.40 3.50 •••• 1.00-3.00 0.15-0.20
TPGX 110308-L 11.00 6.35 3.18 0.80 3.50 •1.00-3.50 0.15-0.25
For tools, see pages: • IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHFF (786) • IHFF-C (765)
TPGX
Triangular Inserts with an 11°
Positive Flank and Ground
Chipformer for Finish Turning
ISCAR
808
ITS BORE
di
60°
r
S
lt
d1
11°
91º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB90
IB50
ap
(mm)
f
(mm/rev)
TPGX 090202T 9.52 5.56 2.38 0.20 2.5 2.50 • • 0.05-0.05 0.03-0.20
TPGX 090204T 9.52 5.56 2.38 0.40 2.6 2.50 • • 0.05-0.05 0.03-0.20
TPGX 110302T 11.00 6.35 3.18 0.20 3.3 3.50 • • 0.05-0.05 0.03-0.20
TPGX 110304T 11.00 6.35 3.18 0.40 3.0 3.50 • • 0.05-0.05 0.03-0.20
For tools, see pages: • IHAXF (783) • IHAXF-AVI (784) • IHAXF-E (784) • IHFF (786) • IHFF-C (765)
TPGX (CBN)
Triangular Inserts with a Single
CBN Top Corner Tip, 11°
Clearance for Machining Cast
Iron and Hardened Steel
di
60°
r
S
7°
lt
d1
11°
PCD-Sharp cutting edge
91º
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
TPGX 090202 9.52 5.56 2.38 0.20 3.0 2.50 •0.10-3.00 0.05-0.30
TPGX 090204 9.52 5.56 2.38 0.40 3.0 2.50 •0.10-3.00 0.05-0.30
TPGX 110302 11.00 6.35 3.18 0.20 3.4 3.50 •0.10-3.00 0.05-0.30
TPGX 110304 11.00 6.35 3.18 0.40 3.8 3.50 •0.10-3.00 0.05-0.30
For tools, see page: • IHAXF (783)
TPGX (PCD)
Triangular Inserts with a Single
PCD Top Corner Tip, 11°
Clearance and Positive Rake
Angle for Finishing Aluminum
l1
dh6
l2
Tmax
A
6°
45°
6°
0.2
7°
D
min
R
afDmin≥3
A
Dmin<3
Dimensions
Designation d f aR±0.05 l1l2Tmax D min
IC908
PICCO R/LX050.2-5R15 4.00 - 1.80 0.15 19.00 5.0 0.10 2.00 •
PICCO R/LX050.2-10R05 4.00 - 1.80 0.05 24.00 10.0 0.10 2.00 •
PICCO R/LX050.2-10R15 4.00 - 1.80 0.15 24.00 10.0 0.10 2.00 •
PICCO R/LX050.3-16R10 4.00 0.7 2.70 0.10 30.00 16.0 0.15 3.00 •
PICCO R/LX050.3-16R20 4.00 0.7 2.70 0.20 30.00 16.0 0.15 3.00 •
PICCO R/LX050.4-10R10 4.00 1.6 3.60 0.10 24.00 10.0 0.20 4.00 •
PICCO R/LX050.4-10R20 4.00 1.6 3.60 0.20 24.00 10.0 0.20 4.00 •
PICCO R/LX050.4-16R10 4.00 1.6 3.60 0.10 30.00 16.0 0.20 4.00 •
PICCO R/LX050.4-16R20 4.00 1.6 3.60 0.20 30.00 16.0 0.20 4.00 •
PICCO R/LX050.5-15R10 5.00 2.1 4.60 0.10 30.00 15.0 0.30 5.00 •
PICCO R/LX050.5-15R20 5.00 2.1 4.60 0.20 30.00 15.0 0.30 5.00 •
PICCO R/LX050.5-25R10 5.00 2.1 4.60 0.10 40.00 25.0 0.30 5.00 •
PICCO R/LX050.5-25R20 5.00 2.1 4.60 0.20 40.00 25.0 0.30 5.00 •
PICCO R/LX050.6-15R10 6.00 2.5 5.50 0.10 30.00 15.0 0.40 6.00 •
PICCO R/LX050.6-15R20 6.00 2.5 5.50 0.20 30.00 15.0 0.40 6.00 •
PICCO R/LX050.6-22R20 6.00 2.5 5.50 0.20 37.00 22.0 0.40 6.00 •
PICCO R/LX050.6-35R20 6.00 2.5 5.50 0.20 50.00 35.0 0.40 6.00 •
• Left-hand inserts on request
PICCO R/LX050
Reinforced Boring Inserts with
Internal Coolant Holes
809
ITS BORE
af
R
20°
l2
8°
T
max
l1
dh6
Dmin
Right-hand shown
PICCO R/L 050, 053, 055
Inserts for Internal Turning
and Chamfering
Dimensions Tough
1
Hard
Designation d f al1l2R±0.05 Tmax D min
IC228
IC908
IC902
PICCO R 050.06-2 (1) 4.00 - 0.50 20.00 2.0 0.04 0.08 0.60 • •
PICCO R 050.06-3 (1) 4.00 - 0.50 20.00 3.0 0.04 0.08 0.60 • •
PICCO R 050.08-4 4.00 - 0.70 20.00 4.0 0.04 0.08 0.80 •
PICCO R/L 050.1-5 4.00 - 0.90 20.00 4.5 0.05 0.10 1.00 • •
PICCO R/L 050.1-7 4.00 - 0.90 22.00 6.5 0.05 0.10 1.00 • •
PICCO R 050.15-5 4.00 - 1.30 19.00 5.0 0.05 0.10 1.50 •
PICCO R 050.15-10 4.00 - 1.30 24.00 10.0 0.05 0.10 1.50 •
PICCO R/L 050.2-5 4.00 - 1.70 19.00 4.0 0.05 0.10 2.00 • •
PICCO R 055.2-5 4.00 - 1.70 19.00 5.0 0.05 0.10 2.00 •
PICCO R/L 050.2-10 4.00 - 1.70 24.00 9.0 0.05 0.10 2.00 • •
PICCO R 055.2-10 4.00 - 1.70 24.00 10.0 0.05 0.10 2.00 •
PICCO R/L 050.2-15 4.00 - 1.70 29.00 14.0 0.05 0.10 2.00 • •
PICCO R 055.2-15 4.00 - 1.70 29.00 15.0 0.05 0.10 2.00 •
PICCO R 050.25-5 4.00 0.2 2.20 19.00 5.0 0.05 0.15 2.50 •
PICCO R 050.25-10 4.00 0.2 2.20 24.00 10.0 0.05 0.15 2.50 •
PICCO R 050.25-16 4.00 0.2 2.20 30.00 16.0 0.05 0.15 2.50 •
PICCO R 053.3-10 4.00 0.6 2.60 24.00 9.0 0.03 0.20 2.80 •
PICCO R 055.3-10 4.00 0.6 2.60 24.00 10.0 0.05 0.20 2.80 •
PICCO R/L 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 • •
PICCO LHD 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO R 053.3-16 4.00 0.6 2.60 30.00 15.0 0.03 0.20 2.80 •
PICCO R 055.3-16 4.00 0.6 2.60 30.00 16.0 0.05 0.20 2.80 •
PICCO R/L 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 • •
PICCO LHD 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO R 053.3-20 4.00 0.6 2.60 34.00 19.0 0.03 0.20 2.80 •
PICCO R/L 050.3-20 4.00 0.6 2.60 34.00 19.0 0.10 0.20 2.80 • •
PICCO R 050.35-10 4.00 1.1 3.10 24.00 10.0 0.10 0.25 3.50 •
PICCO R 050.35-16 4.00 1.1 3.10 30.00 16.0 0.10 0.25 3.50 •
PICCO R 050.35-20 4.00 1.1 3.10 34.00 20.0 0.10 0.25 3.50 •
PICCO R 050.35-24 4.00 1.1 3.10 38.00 24.0 0.10 0.25 3.50 •
PICCO R 053.4-10 4.00 1.5 3.50 24.00 9.0 0.03 0.30 4.00 •
PICCO R 055.4-10 4.00 1.5 3.50 24.00 10.0 0.05 0.30 4.00 •
PICCO R/L 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 • •
PICCO LHD 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO R 053.4-16 4.00 1.5 3.50 30.00 15.0 0.03 0.30 4.00 •
PICCO R 055.4-16 4.00 1.5 3.50 30.00 16.0 0.05 0.30 4.00 •
PICCO R/L 050.4-16 4.00 1.5 3.50 30.00 15.0 0.10 0.30 4.00 • •
PICCO R 053.4-20 4.00 1.5 3.50 34.00 19.0 0.03 0.30 4.00 •
PICCO R 055.4-20 4.00 1.5 3.50 34.00 20.0 0.05 0.30 4.00 •
PICCO R/L 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 • •
PICCO LHD 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 •
PICCO R/L 050.4-24 4.00 1.5 3.50 38.00 23.0 0.10 0.30 4.00 • •
PICCO R/L 050.4-28 4.00 1.5 3.50 42.00 27.0 0.10 0.30 4.00 • •
PICCO R 055.4-28 4.00 1.5 3.50 42.00 28.0 0.05 0.50 4.00 •
PICCO R 055.5-10 5.00 1.9 4.40 25.00 9.0 0.05 0.50 5.00 •
PICCO R/L 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 • •
PICCO LHD 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO R 055.5-15 5.00 1.9 4.40 30.00 14.0 0.05 0.50 5.00 •
PICCO R/L 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 • •
PICCO LHD 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R 055.5-20 5.00 1.9 4.40 35.00 19.0 0.05 0.50 5.00 •
PICCO R/L 050.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 • •
PICCO R 055.5-25 5.00 1.9 4.40 40.00 24.0 0.05 0.50 5.00 •
PICCO R/L 050.5-25 5.00 1.9 4.40 40.00 24.0 0.15 0.50 5.00 • •
PICCO R 055.5-30 5.00 1.9 4.40 45.00 29.0 0.05 0.50 5.00 •
PICCO R/L 050.5-30 5.00 1.9 4.40 45.00 29.0 0.15 0.50 5.00 • •
PICCO R/L 050.5-35 5.00 1.9 4.40 50.00 34.0 0.15 0.50 5.00 • •
PICCO R 055.6-15 6.00 2.3 5.30 30.00 14.0 0.05 0.50 6.00 •
• Specify right- or left-hand bars
(1) Maximum D.O.C.=0.01-0.03 mm, maximum feed=0.01 mm/rev.
ISCAR
810
ITS BORE
af
R
20°
l2
8°
T
max
l1
dh6
Dmin
Right-hand shown
PICCO R/L 050, 053, 055
(continued)
Inserts for Internal Turning
and Chamfering
• Specify right- or left-hand bars
Dimensions Tough
1
Hard
Designation d f al1l2R±0.05 Tmax D min
IC228
IC908
IC902
PICCO R/L 050.6-15 6.00 2.3 5.30 30.00 14.0 0.15 0.50 6.00 • •
PICCO R 055.6-22 6.00 2.3 5.30 37.00 21.0 0.05 0.50 6.00 •
PICCO R/L 050.6-22 6.00 2.3 5.30 37.00 21.0 0.15 0.50 6.00 • •
PICCO R 055.6-25 6.00 2.3 5.30 40.00 24.0 0.05 0.50 6.00 •
PICCO R/L 050.6-25 6.00 2.3 5.30 40.00 24.0 0.15 0.50 6.00 • •
PICCO R 055.6-30 6.00 2.3 5.30 45.00 29.0 0.05 0.50 6.00 •
PICCO R/L 050.6-30 6.00 2.3 5.30 45.00 29.0 0.15 0.50 6.00 • •
PICCO R/L 050.6-35 6.00 2.3 5.30 50.00 34.0 0.15 0.50 6.00 • •
PICCO R/L 050.6-42 6.00 2.3 5.30 57.00 41.0 0.15 0.50 6.00 • •
PICCO R/L 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 •
PICCO R/L 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 •
PICCO R/L 050.7-30 7.00 2.8 6.30 45.00 29.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 •
PICCO R/L 050.7-40 7.00 2.8 6.30 55.00 39.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-45 7.00 2.8 6.30 60.00 44.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-50 7.00 2.8 6.30 65.00 49.0 0.15 0.60 6.80 • •
af
R
20°
l2
20°
T
max-r
l1
dh6
Dmin
Right-hand shown
Dimensions
Designation d f al1l2R±0.05 Tmax-r D min
IC908
PICCO R 050.20.2-10 4.00 - 1.70 24.00 10.0 0.05 0.10 2.00 •
PICCO R 050.20.3-10 4.00 0.6 2.60 24.00 10.0 0.10 0.20 2.80 •
PICCO R 050.20.4-16 4.00 1.5 3.50 30.00 16.0 0.10 0.30 4.00 •
PICCO R 050.20.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 •
• Specify right- or left-hand bars
PICCO 050... PICCO 050.20...
8° 20°
PICCO R 050.20
Inserts for Internal Turning
and Chamfering Next to the
Bottom of Blind Holes
811
ITS BORE
l1
5°
dh6
RTmax
47°
a
f8°
D2
l2
Right-hand shown
Dimensions
Designation d f al1l2D2Tmax D min R±0.05
IC908
PICCO R/L 047.4-20 4.00 1.5 3.50 34.00 20.0 3.00 0.30 4.00 0.15 •
PICCO R/L 047.5-25 5.00 1.9 4.40 40.00 25.0 3.80 0.50 5.00 0.15 •
PICCO R/L 047.6-30 6.00 2.3 5.30 45.00 30.0 4.50 0.50 6.00 0.15 •
PICCO R 047.T6-22 6.00 2.3 5.30 37.00 22.0 3.40 1.80 6.00 0.15 •
PICCO R 047.T6-30 6.00 2.3 5.30 45.00 30.0 3.40 1.80 6.00 0.15 •
• Left hand inserts on request
PICCO R/L 047
Inserts for Internal Deep Profiling
l1
5°
8°
RTmax
20°
a
f
dh6
l2
Right-hand shown
Dimensions
Designation d f al1l2Tmax D min R±0.05
IC908
PICCO R/L 050.4-10C 4.00 1.5 3.50 24.00 10.0 0.30 4.00 0.20 •
PICCO R/L 050.4-20C 4.00 1.5 3.50 34.00 20.0 0.30 4.00 0.20 •
PICCO R/L 050.4-24C 4.00 1.5 3.50 38.00 24.0 0.30 4.00 0.20 •
PICCO R/L 050.4-28C 4.00 1.5 3.50 42.00 28.0 0.30 4.00 0.20 •
PICCO R 050.4-16C 4.00 1.5 3.50 30.00 16.0 0.30 4.00 0.20 •
PICCO R/L 050.5-10C 5.00 1.9 4.40 25.00 10.0 0.50 5.00 0.20 •
PICCO R/L 050.5-15C 5.00 1.9 4.40 30.00 15.0 0.50 5.00 0.20 •
PICCO R/L 050.5-20C 5.00 1.9 4.40 35.00 20.0 0.50 5.00 0.20 •
PICCO R/L 050.5-25C 5.00 1.9 4.40 40.00 25.0 0.50 5.00 0.20 •
PICCO R/L 050.5-30C 5.00 1.9 4.40 45.00 30.0 0.50 5.00 0.20 •
PICCO R/L 050.5-35C 5.00 1.9 4.40 50.00 35.0 0.50 5.00 0.20 •
PICCO R/L 050.6-15C 6.00 2.3 5.30 30.00 15.0 0.50 6.00 0.20 •
PICCO R/L 050.6-22C 6.00 2.3 5.30 37.00 22.0 0.50 6.00 0.20 •
PICCO R/L 050.6-25C 6.00 2.3 5.30 40.00 25.0 0.50 6.00 0.20 •
PICCO R/L 050.6-30C 6.00 2.3 5.30 45.00 30.0 0.50 6.00 0.20 •
PICCO R/L 050.6-35C 6.00 2.3 5.30 50.00 35.0 0.50 6.00 0.20 •
PICCO R/L 050.6-42C 6.00 2.3 5.30 57.00 42.0 0.50 6.00 0.20 •
PICCO R/L 050.7-20C 7.00 2.8 6.30 35.00 20.0 0.60 6.80 0.20 •
PICCO R/L 050.7-25C 7.00 2.8 6.30 40.00 25.0 0.60 6.80 0.20 •
PICCO R/L 050.7-30C 7.00 2.8 6.30 45.00 30.0 0.60 6.80 0.20 •
PICCO R/L 050.7-35C 7.00 2.8 6.30 50.00 35.0 0.60 6.80 0.20 •
PICCO R/L 050.7-40C 7.00 2.8 6.30 55.00 40.0 0.60 6.80 0.20 •
PICCO L 050.7-50C 7.00 2.8 6.30 65.00 50.0 0.60 6.80 0.20 •
• All left-hand inserts on request
PICCO R 050.6-35C with Chipbreaker PICCO R 050.6-35 Standard
Stainless Steel 316L
f= 0.03 mm/rev f= 0.05 mm/rev f= 0.03 mm/rev f= 0.05 mm/rev
PICCO R/L 050-C
Inserts with Chipformers for
Internal Boring and Profiling
ISCAR
812
ITS BORE
Dmin
dh6
l1
l2
a
f
Tmax
90°
20° R
Right-hand shown
Dimensions
Designation d f al1l2R±0.05 Tmax D min
IC228
PICCO R/L 090.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO R/L 090.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO R/L 090.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO R/L 090.4-16 4.00 1.5 3.50 30.00 15.0 0.10 0.30 4.00 •
PICCO R/L 090.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO R/L 090.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R/L 090.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 •
• Specify right- or left-hand bars
PICCO R/L 090
Inserts for Internal Turning and Profiling
l1
dh6
l2
f
20° R
8°
T
max
a
5°
Right-hand shown • HARD MATERIALS
Dimensions
Designation d f al1l2Tmax D min R±0.05
IB55
PICCO R 050.3-10B 4.00 0.6 2.60 25.50 10.0 0.20 2.80 0.10 •
PICCO R 050.4-10B 4.00 1.5 3.50 25.50 10.0 0.30 4.00 0.10 •
PICCO R 050.5-15B 5.00 1.9 4.40 31.50 15.0 0.50 5.00 0.15 •
PICCO R 050.6-15B 6.00 2.3 5.30 31.50 15.0 0.50 6.00 0.15 •
PICCO R 050.7-20B 7.00 2.8 6.30 36.50 20.0 0.60 6.80 0.15 •
• It is not recommended to use coolant when machining with CBN tipped tools • Available on request only
PICCO R 050 (CBN)
CBN Tipped Inserts for
Internal Turning, Profiling and
Chamfering of Hard Steel
af
R
20°
l2
20°
T
max-r
l1
dh6
Dmin
Dimensions
Designation d f al1l2R±0.05 Tmax D min
IC902
PICCO R/LHD 050.2-5 4.00 - 1.70 19.00 4.0 0.05 0.10 2.00 •
PICCO RHD 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO RHD 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO RHD 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO RHD 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 •
PICCO RHD 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO RHD 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R/LHD 050.6-15 6.00 2.3 5.30 30.00 14.0 0.15 0.50 6.00 •
PICCO RHD 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 •
PICCO RHD 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 •
PICCO RHD 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 •
• Specify right- or left-hand bars
PICCO R/LHD 050
Inserts for Internal Turning
and Chamfering of Hard
Steel - Up to 65 HRC
813
ITS BORE
d
G
1
L
H1
Designation d H1L G1
PLT 16 16.00 7.0 14.00 SR M3x12 DIN912
PLT 20 20.00 8.5 17.00 SR M4x14 DIN912
PLT 25 25.00 10.2 21.00 SR M4x16 DIN7991
PLT 32 32.00 13.9 28.00 SR M5x20 DIN7991
PLT 40 40.00 17.4 35.00 SR M6x25 DIN7991
PLT 50 50.00 21.4 47.50 SR M8x25 DIN7991
PLT 63 63.00 26.4 62.00 SR M10x30 DIN7991
PLT 80 80.00 33.9 82.50 SR M12x35 DIN7991
ACCESSORIES
P LT
Cover Plate Protects the
Serrated Faces When a
Single Toolholder is Used
l1
dh6
Tmax-a
f
R
a° Right-hand shown
Dimensions
Designation d f a° l1R±0.05 Tmax-aD min
IC908
PICCO R/L 520.0045-15 5.00 1.5 45 30.00 0.20 3.50 1.00 •
PICCO R/L 520.0060-15 5.00 1.5 60 30.00 0.20 4.00 1.00 •
• Left hand inserts on request
PICCO R/L 520
Inserts for Internal Chamfering
ISCAR
814
ITS BORE
ACCESSORIES
BH MB COUPLING SET
1
OR
d2d1
OR
Designation d1 d2 1 OR
BH MB14 COUPLING SET 14 10 2.5 -
BH MB16 COUPLING SET 16 10 2.5 -
BH MB20 COUPLING SET 20 13 3 -
BH MB25 COUPLING SET 25 16 3 -
BH MB32 COUPLING SET 32 20 4 ORM 0075-10
BH MB40 COUPLING SET 40 25 5 ORM 0100-10
BH MB50 COUPLING SET/M5 50 32 6 ORM 0130-10
BH MB63-80 COUPLING SET 63 - 80 42 8 OR 2075
BH MB110 COUPLING SET 110 76 14 OR 3112
BHF - SPARE PARTS
4 5 1 3 2 2 2 2
IHFF IHRF IHRF CH IHRF BW
Designation 1 2 3 4 5
BHF...-16… -SR M3X6 DIN 912 -BH SR 1.5 HANDLE SR M3X4.5 DIN 913
BHF...-20… -SR M4X8 DIN 912 -BH SR 1.5 HANDLE SR M3X4.5 DIN 913
BHF...-25… -SR M5X1O DIN 912 -BH SR 2.0 HANDLE SR M4X4 DIN 913
BHF...-32… -SR M6X12 DIN 912 -BH SR 2.0 HANDLE SR M4X5 DIN 913
BHF...-40… -SR M8X14 DIN 912 -BH SR 2.5 HANDLE SR M5X6 DIN 913 SR
BHF...-50-60 BH NUT 10 SR M1OX25 DIN 912 SR M10X16 DIN 913 BH SR 2.5 HANDLE SR M5X8 DIN 913
BHF - SPARE PARTS IHFF
1 2 3 3 3 3
IHRF IHRF CH IHSR BW
Designation 1 2 3
BHF...-50... SR M5X12 DIN 912 SR M1OX20 DIN 912 SR M1OX25 DIN 912
BHF - SPARE PARTS
Designation 1 2 3
BHF...-63… SR M6X10 DIN 915
SR M1OX25 DIN 912 BH SR 3.0 HANDLE
BHF...-80… SR M6X14 DIN 915
BHF...-125… SR M6X22 DIN 915
BHF IHFF IHRF IHRF CH IHRF BW
22221
3
BHF - SPARE PARTS BHF 50 IHAXF 16/AVI/E BHF 32 BL
BHF 50 BL
IHAXF 16/AVI/E
IHAXF 8IHAXF 8
4 1 2 3 1 2 3
Designation 1 2 3 4
BHF...-50... SR M5X8 DIN 913 SLEEVE D 8-D16 SR M10X10 DIN 913 BH SR 2.5 HANDLE
BHF...-32... BL SR M4X5 DIN 913 -SR M5X8 DIN 913
SR M5X12 DIN 913 BH SR 2.0 HANDLE
BHF...-50... BL SR M5X8 DIN 913 SLEEVE D 8-D16 SR M10X10 DIN 913 BH SR 2.5 HANDLE
815
ITS BORE
BHE MB - SPARE PARTS
IHRF BW
22222
4
315
IHFF EIHRF CHIHRFIHFF
BHE
Designation 1 2 3 4 5
BHE MB14-14X30 -SR M3X6 DIN 912 -BH SR 1.5 HANDLE SR M3X3.5 DIN 913
BHE MB16-16X34 -SR M3X6 DIN 912 -BH SR 1.5 HANDLE SR M3X4.5 DIN 913
BHE MB20-20X40 -SR M4X8 DIN 912 -BH SR 1.5 HANDLE SR M3X4.5 DIN 913
BHE MB25-25X50 -SR M5X1O DIN 912 - BH SR 1.5 HANDLE SR M4X4 DIN 913
BHE MB32-32X63 -SR M6X12 DIN 912 -BH SR 2.5 HANDLE SR M5X5 DIN 913
BHE MB40-40X80 -SR M8X14 DIN 912 -BH SR 3.0 HANDLE SR M6X6 DIN 913
BHE MB50-50X80 BH NUT 10 SR M1OX25 DIN 912 SR M10X16 DIN 913 BH SR 3.0 HANDLE SR M6X8 DIN 913
BHE MB63-63X89 -SR M1OX20 DIN 912 -BH SR 3.0 HANDLE SR M6X8 DIN 913
BHE MB80-80X104 -SR M1OX25 DIN 912 - BH SR 3.0 HANDLE SR M6X12 DIN 913
BHE - SPARE PARTS
IHRF BW
333321
IHRF CHIHRFIHFFBHE
Designation 1 2 3
BHE MB50-50X80 SR M5X12 DIN 912
SR M1OX20 DIN 912 SR M1OX25 DIN 912
BHE MB63-63X89 SR M5X25 DIN 912
BHE MB80-80X104
BHE - SPARE PARTS 4
BHE MB32-32X53 H
BHE MB50-50X60 H
BHE MB50-50X80
IHAXF 18/AVI/E BHE MB63-63X89
BHE MB80-80X104
IHAXF 18/AVI/E
1 3
IHAXF 8
123
Designation 1 2 3 4
BHE MB32-32X53 H SR M5X5 DIN 913 -SR M5X8 DIN 913 BH SR 2.5 HANDLE
SR M5X5 DIN 913 -SR M5X12 DIN 913
BHE MB50-50X60 H SR M6X8 DIN 913 SLEEVE D 8-D16 SR M10X10 DIN 913
BH SR 3.0 HANDLE
BHE MB50-50X80 SR M6X8 DIN 913 SLEEVE D 8-D16 SR M10X10 DIN 913
BHE MB63-63X89 SR M6X8 DIN 913 -SR M6X6 DIN 913
BHE MB80-80X104 SR M6X12 DIN 913 - SR M6X6 DIN 913
ACCESSORIES
ISCAR
816
ITS BORE
BHC - SPARE PARTS
1
0
2
3
4
4
5 1 2
BHC
3
Designation 1 2 3 4 5
BHC MB25-25X57 SR M4X8 DIN 913 BH SR M4X11 DIN 912 PT BH NUT-BHC MB25 BH SR 2.0 HANDLE SR M4X5 DIN 913
BHC MB32-32X71 SR M5X10 DIN 913 BH SR M5X12.5 DIN 912 PT BH NUT-BHC MB32 BH SR 2.5 HANDLE SR M5X5 DIN 913
BHC MB40-40X90 SR M6X12 DIN 913 BH SR M6X16 DIN 912 PT BH NUT-BHC MB40 BH SR 3.0 HANDLE SR M6X6 DIN 913
BHC MB50-50X87 SR M6X14 DIN 913 BH SR M8X20 DIN 912 PT BH NUT-BHC MB50 BH SR 3.0 HANDLE SR M6X8 DIN 913
BHC MB63-63X109 SR M6X16 DIN 913 BH SR M10X26 DIN 912 PT BH NUT-BHC MB63 BH SR 3.0 HANDLE SR M6X8 DIN 913
BHC MB80-80X130 SR M6X20 DIN 913 BH SR M12X30 DIN 912 PT BH NUT-BHC MB80 BH SR 3.0 HANDLE SR M6X12 DIN 913
BHR - SPARE PARTS
fig.1
BHR
3
22 2
IHFR CH IHRF BW
3
2
1
1
S....
IH
fig.2
Designation 1 2 3
BHR MB16…16 BH NUT BHR MB16 SR M3X14 DIN912 SR M3X4 DIN913
BHR MB20…20 BH NUT BHR MB20 SR M4X15 DIN912 SR M3X5 DIN913
BHR MB25…25 BH NUT BHR MB25 SR M4X20 DIN912 SR M3X8 DIN913
BHR MB32…32 BH NUT BHR MB32 SR M5X25 DIN912 SR M4X12 DIN913
BHR MB40…50 BH NUT BHR MB40 SR M6X30 DIN912 SR M5X14 DIN913
BHR MB50…50 BH NUT BHR MB50 SR M8X35 DIN912 SR M5X12 DIN913
BHR MB50…63 BH NUT BHR MB63 SR M10X40 DIN912 SR M6X16 DIN913
BHR MB63…63 BH NUT BHR MB63 SR M10X40 DIN912 SR M6X16 DIN913
BHR MB80…80 BH NUT BHR MB80 SR M12X45 DIN912 SR M8X25 DIN913
ACCESSORIES
TCH AL - SPARE PARTS
(Rough Boring) IHSR 161-800 BW
IH...160-800
TCH AL
4
4 4
IH...160-800
7
8
1
2
5 3
4
1
6
Designation 1 2 3 4
TCH AL 200-300-400
TCH AL 500-600-700-800 BH TCH NUT A BH TCH NUT B BH TCH NUT C SR M12X40 DIN 912
Designation 5 6 7 8
TCH AL 200-300 SR M8X40 DIN 915 SR M12X35 DIN 912 BH SERRATED PLATE 200-300 SR M8X25 DIN 912
TCH AL 400 SR M8X40 DIN 915 SR M12X35 DIN 912 BH SERRATED PLATE 400-700 SR M8X20 DIN 912
TCH AL 500-600-700-800 SR M8X40 DIN 915 SR M16X50 DIN 912 BH SERRATED PLATE 400-700 SR M8X25 DIN 912
817
ITS BORE
TCH AL - SPARE PARTS
(Fine Boring)
IHFF..., IHRF...
IHRF...BW
BHF L200
IHRF...CH,
10
11
1
6
9
4 4 455 33
7
CW 200
8
1
2
Designation 1 2 3 4 5
TCH AL 200-300-400
TCH AL 500-600-700-800 BH TCH NUT A BH TCH NUT B BH TCH NUT C SR M12X40 DIN 912 SR M8X40 DIN 915
Designation 6 7 8 9 10 11
TCH AL 200-300 SR M12X35
DIN 912
BH SERRATED
PLATE 200-300 SR M8X25 DIN 912 SR M1OX20
DIN 912 SR M6X8 DIN 915 BH SR 3.0 HANDLE
TCH AL 400 SR M12X35
DIN 912
BH SERRATED
PLATE 400-700 SR M8X20 DIN 912 SR M1OX20
DIN 912 SR M6X8 DIN 915 BH SR 3.0 HANDLE
TCH AL 500-600-700-800 SR M16X50
DIN 912
BH SERRATED
PLATE 400-700 SR M8X25 DIN 912 SR M1OX20
DIN 912 SR M6X8 DIN 915 BH SR 3.0 HANDLE
ADBH - SPARE PARTS
1
1
Designation 1
ADBH 30XD16 SR M8X8 DIN 915
BBH-D - SPARE PARTS
IHFF...
2 1 2 1 2 1 2 1
IHRF... IHRF...CH.. IHRF...BW..
Designation 1 2
BBH D16-53 SR M5X12 DIN 912 WASHER DIN 125A M5
BBH D16-105 SR M5X12 DIN 912 WASHER DIN 125A M5
BHFH - SPARE PARTS IHFF...
1 1 1 1
IHRF... IHRF...CH.. IHRF...BW..
Designation 1
BHFH 30X75
SR M1OX18 DIN 912
BHFH 40X133
BHFH 30X93
BHFH 40X200
SR M1OX25 DIN 912
BHFH 30X135
BHFH 40X300
BHFH 40X400
ACCESSORIES
ISCAR
818
ITS BORE
BHEH - SPARE PARTS
Designation 1
BHEH 24x75 SR M1OX20 DIN 912
BHEH 28x80
SR M1OX25 DIN 912
BHEH 28x108
BHEH 28x148
IHFF... IHRF... HRF...CH.. IHRF...BW..
1 1 1 1
EMH - SPARE PARTS Screw
Screw
Designation Screw #1 Screw # 2
EMH MB 50-6 EMH 50-6 SCREW M6x10 EM SCREW
EMH MB 50-8 EMH 50-8 SCREW M8x10 EM SCREW
EMH MB 50-10 EMH 50-10 SCREW M10x12 EM SCREW
EMH MB 50-12 EMH 50-12 SCREW M12x16 EM SCREW
EMH MB 50-14 EMH 50-14 SCREW M14x16 EM SCREW
EMH MB 50-16 EMH 50-16 SCREW M14x16 EM SCREW
EMH MB 50-20 EMH 50-20 SCREW M16x16 EM SCREW
EMH MB 63-16 EMH 63-16 SCREW M14x16 EM SCREW
EMH MB 63-20 EMH 63-20 SCREW M16x16 EM SCREW
EMH MB 63-25 EMH 63-25 SCREW M18x20 EM SCREW
EMH MB 63-32 EME 63-32 SCREW M18x20 EM SCREW
EMH MB 80-40 EMH 80-40 SCREW M20x20 EM SCREW
BH WASHER - SPARE PARTS
15.5
6.9
For Kit BHE
Designation For Kit BHE
BH WASHER IH..50
KIT BHE MB50-50X80
KIT BHE MB63-63X89
KIT BHE MB80-80X104
KIT BHF MB50-50X80 6-108
CC - SPARE PARTS
1
2
Components for CC MB
Designation 1 2 Wrench
CC MB16-ER11M CC MB16 SCREW NUT ER11 MINI WRENCH ER11 MINI
CC MB20-ER16M CC MB20 SCREW NUT ER16 MINI WRENCH ER16 MINI
CC MB25-ER20M CC MB25 SCREW NUT ER20 MINI WRENCH ER20 MINI
CC MB32-ER25M CC MB32 SCREW NUT ER25 MINI WRENCH ER25 MINI
CC MB40-ER25 CC MB40 SCREW NUT ER25 TOP WRENCH ER25
CC MB50-ER25 CC MB50 SCREW NUT ER25 TOP WRENCH ER25
CC MB50-ER32 CC MB50 SCREW NUT ER32 TOP WRENCH ER32
CC MB63-ER32 CC MB63 SCREW NUT ER32 TOP WRENCH ER32
CC MB63-ER40 CC MB63 SCREW NUT ER40 TOP WRENCH ER40
ACCESSORIES
819
ITS BORE
Cutting Depth
Cutting Conditions for BHR
Rough Boring Heads
d
Bap
It’s advisable to start with B
hole ≥boring bar diameter d
B Working Range ap Steel ap Cast Iron, Aluminum
18-28 ap - 1.5-2 ap - 2-2.5
28-50 ap - 2-3 ap - 2.5-3.5
50-68 ap - 3-4 ap - 3.5-5
68-200 ap - 4-5 ap - 5-7
200-500 ap - 5-6 ap - 6-8
Material L/D Stability
Cutting
Speed
Vc=m/min
Feed f=mm/rev
Insert Grade
Insert Radius
R=0.2 R=0.4
Carbon Steel
HB≤ 200
L/D=2.5
L/D=4
L/D=6.3
200-300
160-250
70-100
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
-
IC20N
IC30N
IC54
Carbon Steel
HB> 200
L/D=2.5
L/D=4
L/D=6.3
160-250
150-200
70-100
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
-
IC20N
IC30N
Stainless Steel
L/D
L/D
L/D
150-200
120-160
70-80
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
0.08-0.10
IC20N/30N
IC54
IC908
Alloyed Steel (1)
HB 480-550
L/D=2.5
L/D=4
L/D=6.3
120-160
100-140
70-100
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
-
IC54
Cast Iron
L/D=2.5
L/D=4
L/D=6.3
120-160
100-140
70-100
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
-
IC20
Aluminum
L/D=2.5
L/D=4
L/D=6.3
300-400
250-350
100-150
0.05-0.08
0.05-0.08
0.05-0.08
0.08-0.10
0.08-0.10
-
IC20
Twin boring cutters
with different cutting diameters and heights (Z=1)
Twin boring cutters
with the same cutting diameter
A
A
Ø
IHSR IHSRIHSR
Ø
A
1
A
IHSRIHCR
Cutting Conditions for BHF Fine Boring Heads
(1) ap=0.1 min
ap
0.1-0.25
L
D
0
.0005
.0015
.001
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
– Good
– Normal
– Poor
●●●
●●
●
Stability
●●●
●●
●
●●●
●●
●
●●●
●●
●
●●●
●●
●
●●●
●●
●
●●●
●●
●
ISCAR
820
ITS BORE
ISCAR
820
USER GUIDE
Fine Boring Head BHF 16-50
Operating Instructions
Assembly
• Before mounting the BHF boring head
make sure that expanding pin (2) does not
protrude from the cylindrical body part.
• Insert BHF into the shank.
• Tighten pin (2) by turning clockwise
following the recommended tightening
torque guidelines below:
Recommended torque: (N.m)
BHF MB16-16x34 2.0 - 2.5
BHF MB20-20x40 4.0 - 4.5
BHF MB25-25x50 6.5 - 7.5
BHF MB32-32x63 7.0 - 8.0
BHF MB40-40x80 16.0 - 18.0
BHF MB50-50x60 30.0 - 35.0
• Insert the screw (5). If it protrudes, the sleeve should
be rotated until the screw can enter the recess in
the sleeve nut, reduction sleeve or boring bar.
Disassembly
In order to separate the BHF from the shank,
loosen the expanding pin (2) by
turning counterclockwise.
Slide adjustment range
Do not exceed the
range marks!!
Cutting edge
position mark
Toolholder locking screw
Coolant nozzle
Serrated face
Oiling nipple
Tool bore 16H7
Body
Expanding pin
Graduated dial
Slide locking screw
BHF 50 Shown
Positioning
The tool slide (7) allows for a 4 mm adjustment,
by turning graduated dial (3) counterclockwise.
• When changing the direction of the dial rotation,
backlash must be compensated for.
• After positioning, lock the tool slide by means
of screw (4).
• Loosen screw (4) before making
any slide adjustment.
Maintenance
Weekly:
• Lubricate through the nipple (8) with ISO UN G220 oil.
Periodically:
• Clean and lubricate the conical and
cylindrical matching surfaces.
• Treat expanding pin (2) with an
anti-friction lubricant.
• Clean and lubricate the tool slide guideway.
Important Note:
Toolholder should be firmly affixed to the slide.
!
!
Sleeve
Nut
IHAXF
Reduction Sleeve
IHAXF
BBH
IHFF
IHFF
!
!
1 5
5
7
7
10
10
2 6 8
8
2
13
4
6
11
11
9
9
3
4
821
ITS BORE
821
USER GUIDE
1
0
9
8
7
6
5
4
3
2
IHFF
IHFF / IHRF
ADBH 30xD16
IHAXF
BBH
BHFH
Toolholder locking screws
Slide adjustment range
Do not exceed
the range marks
Body
Expansion pin
Graduated dial
Assembly
• Before mounting the BHF boring head
make sure that expansion pin (2) does not
protrude from the cylindrical body part.
• Insert BHF into the shank.
• Tighten pin (2) by turning clockwise
following the recommended tightening torque
guidelines below:
Recommended torque: (N.m)
BHF MB50- 63x87 30-35
BHF MB50- 80x94 30-35
BHF MB63- 63x87 80-90
BHF MB80- 80x94 80-90
BHF MB80-125x94 80-90
• Insert the screw (5). If it protrudes, the sleeve
should be rotated until the screw can enter the
recess in the sleeve nut or boring bar.
Disassembly
In order to separate the BHF from the shank,
loosen the expanding pin (2) by turning
counterclockwise.
Coolant nozzle
Slide holder
Oiling nipple
4 6
2
8
5
9
Fine Boring Head BHF 63-125
Operating Instructions
7
Positioning
The tool slide (7) allows for a 5 mm adjustment,
by turning graduated dial (3) counterclockwise.
• When changing the direction of the dial rotation,
backlash must be compensated for.
• After positioning, lock the tool slide by means
of screw (4).
• Loosen screw (4) before making
any slide adjustment.
Maintenance
Weekly:
• Lubricate through the nipple (8) with ISO UN G220 oil.
Periodically:
• Clean and lubricate the conical and
cylindrical matching surfaces.
• Treat expanding pin (2) with an anti-friction lubricant.
• Clean and lubricate the tool slide guideway.
Important Note:
Toolholder should be firmly affixed to the slide.
!
Slide locking screw
Toolholder locking screw
!
!
!
3
1
1 4 6
710
9
8
2 5
3
10
ISCAR
822
ITS BORE
ISCAR
822
USER GUIDE
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter
configuration, only half the feed should be applied.
Ø
IHSR
PLT
Ø
A1
A
IHSR
IHCR
A
A
Ø
IHSR IHSRIHSR
– Good
– Normal
– Poor
●●●
●●
●
Stability
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D18-28
Boring Range
D28-50
Boring Range
D50-68
0.5-1.2
0.2
1.2-2.5
0.4
0.8-1.5
0.2-0.4
1.5-2.5
0.4
0.8-1.5
0.2-0.4
1.5-3.0
0.4-0.8
P
Carbon
Steel HB<200
2.5
Vc (m/min)
f (mm/rev)
150-180
0.1-0.2 120-150
0.08-0.2 160-200
0.15-0.2 140-170
0.15-0.2 160-200
0.15-0.25
140-180
0.08-0.2
4
Vc (m/min)
f (mm/rev)
140-160
0.1-0.18 100-140
0.08-0.15 160-180
0.1-0.12 120-150
0.08-0.1 160-180
0.1-0.12 120-150
0.08-0.1
6.3
Vc (m/min)
f (mm/rev)
60-80
0.06-0.12 40-60
0.06-0.1 60-90
0.06-0.12 50-60
0.06-0.1 70-90
0.06-0.1 50-70
0.06-0.1
Carbon
Steel HB>200
2.5
Vc (m/min)
f (mm/rev)
130-160
0.08-0.15
100-130
0.08-0.12 140-180
0.08-0.2 120-160
0.06-0.12 140-180
0.08-0.25 120-160
0.08-0.18
4
Vc (m/min)
f (mm/rev)
110-140
0.08-0.12 80-110
0.08-0.1 100-140
0.08-0.15 80-120
0.06-0.15 100-140
0.08-0.2 80-120
0.06-0.15
6.3
Vc (m/min)
f (mm/rev)
70-90
0.08-0.1
60-70
0.06-0.08 80-100
0.06-0.1 60-80
0.06-0.08 80-100
0.08-0.15 60-80
0.06-0.1
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D68-120
Boring Range
D120-200
Boring Range
D200-500
0.8-1.5
0.2-0.4
1.5-3.5
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.5
R=0.4-0.8
0.8-2.0
R=0.2-0.4
2.0-4.0
R=0.4-0.8
P
Carbon
Steel HB<200
2.5
Vc (m/min)
f (mm/rev)
160-220
0.15-0.25
150-180
0.08-0.2
180-250
0.15-0.3
160-200
0.1-0.2
220-280
0.15-0.3
200-220
0.1-0.15
4
Vc (m/min)
f (mm/rev)
140-180
0.08-0.2
120-150
0.08-0.15
160-200
0.1-0.2
140-180
0.08-0.15
N.R. N.R.
6.3
Vc (m/min)
f (mm/rev)
70-100
0.06-0.1
50-70
0.06-0.1
N.R. N.R. N.R. N.R.
Carbon
Steel HB<200
2.5
Vc (m/min)
f (mm/rev)
140-180
0.15-0.3
120-160
0.12-0.2
150-170
0.15-0.25
100-140
0.1-0.2
100-140
0.15-0.3
80-120
0.1-0.2
4
Vc (m/min)
f (mm/rev)
120-150
0.1-0.2
100-140
0.1-0.18
100-130
0.08-0.2
80-110
0.08-0.12
N.R. N.R.
6.3
Vc (m/min)
f (mm/rev)
80-100
0.08-0.12
60-80
0.08-0.12
N.R. N.R. N.R. N.R.
●●●
●●●
●●
●●
●
●
●●●
●●●
●●
●●
●
●
N.R. = Not Recommended
823
ITS BORE
823
USER GUIDE
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
Ø
IHSR
PLT
Ø
A1
A
IHSR
IHCR
A
A
Ø
IHSR IHSRIHSR
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D18-28
Boring Range
D28-50
Boring Range
D50-68
0.5-1.0
0.2
1.0-1.8
0.4
0.5-1.0
0.2-0.4
1.0-1.8
0.4
0.5-1.2
0.2-0.4
1.2-2.0
0.4-0.8
P
Alloyed
Steel HB<200
2.5
Vc (m/min)
f (mm/rev)
140-160
0.08-0.18
90-120
0.08-0.15
150-180
0.08-0.2
100-130
0.08-0.18
160-200
0.1-0.25
140-180
0.1-0.15
4
Vc (m/min)
f (mm/rev)
100-130
0.08-0.15
70-100
0.06-0.12
110-150
0.08-0.18
90-120
0.08-0.15
140-180
0.8-0.18
100-130
0.08-0.12
6.3
Vc (m/min)
f (mm/rev)
80-100
0.08-0.15
60-90
0.06-0.1
80-100
0.06-0.12
70-90
0.06-0.12
100-140
0.6-0.15
80-120
0.08-0.1
Alloyed
Steel HB>200
2.5
Vc (m/min)
f (mm/rev)
130-150
0.08-0.18
120-140
0.06-0.15
130-150
0.08-0.18
120-140
0.06-0.15
140-170
0.08-0.2
120-150
0.08-0.18
4
Vc (m/min)
f (mm/rev)
100-130
0.08-0.15
100-120
0.06-0.13
100-130
0.08-0.15
100-120
0.06-0.13
120-150
0.08-0.18
100-120
0.08-0.15
6.3
Vc (m/min)
f (mm/rev)
80-100
0.08-0.12
70-90
0.06-0.11
80-100
0.08-0.12
70-90
0.06-0.11
100-120
0.08-0.12
70-90
0.06-0.11
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D68-120
Boring Range
D120-200
Boring Range
D200-500
1.8
0.2-0.4
2.5
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.5
0.4-0.8
0.8-2.0
0.2-0.4
2.0-4.0
0.4-0.8
P
Alloyed
Steel HB<200
2.5
Vc (m/min)
f (mm/rev)
160-220
0.1-0.3
140-180
0.1-0.25
160-220
0.1-0.3
140-180
0.1-0.25
160-220
0.1-0.35
140-180
0.1-0.3
4
Vc (m/min)
f (mm/rev)
150-200
0.1-0.2
120-160
0.08-0.18
120-160
0.1-0.2
120-160
0.08-0.18 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
100-140
0.08-0.18
100-140
0.08-0.15 N.R N.R N.R N.R
Alloyed
Steel HB>200
2.5
Vc (m/min)
f (mm/rev)
160-200
0.1-0.3
140-180
0.01-0.25
140-200
0.01-0.35
140-180
0.01-0.3
140-200
0.01-0.35
140-180
0.01-0.3
4
Vc (m/min)
f (mm/rev)
140-160
0.08-0.2
120-140
0.08-0.15
150-180
0.08-0.12
120-140
0.08-0.12 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
100-120
0.08-0.16
70-90
0.08-0.12 N.R N.R N.R N.R
– Good
– Normal
– Poor
●●●
●●
●
Stability
N.R. = Not Recommended
●●●
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●●
●●
●
●
●●●
●●●
●●
●●
●
●
ISCAR
824
ITS BORE
ISCAR
824
USER GUIDE
●●●
●●●
●●
●●
●
●
●●●
●●●
●●
●●
●
●
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
Ø
IHSR
PLT
Ø
A1
A
IHSR
IHCR
A
A
Ø
IHSR IHSRIHSR
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D18-28
Boring Range
D28-50
Boring Range
D50-68
0.5-1.0
0.2
1.0-1.8
0.4
0.5-1.0
0.2-0.4
1.0-1.8
0.4
0.5-1.2
0.2-0.4
1.2-2.0
0.4-0.8
M
Stainless
Steel
Ferritic &
Martensitic
2.5
Vc (m/min)
f (mm/rev)
100-150
0.08-0.15
110-130
0.06-0.12
120-160
0.08-0.18
100-150
0.06-0.12
120-160
0.08-0.25
110-160
0.08-0.18
4
Vc (m/min)
f (mm/rev)
90-130
0.08-0.12
90-120
0.06-0.1
100-140
0.08-0.12
90-140
0.06-0.1
100-150
0.08-0.18
80-120
0.08-0.12
6.3
Vc (m/min)
f (mm/rev)
60-90
0.06-0.1
50-70
0.06-0.1
60-90
0.06-0.12
50-70
0.06-0.1
70-100
0.06-0.15
50-70
0.08-0.1
Stainless
Steel
Austenitic
2.5
Vc (m/min)
f (mm/rev)
110-130
0.08-0.15
100-130
0.06-0.12
120-150
0.08-0.18
110-140
0.06-0.12
110-160
0.08-0.25
100-150
0.06-0.12
4
Vc (m/min)
f (mm/rev)
80-110
0.08-0.12
80-110
0.06-0.1
90-130
0.08-0.12
90-120
0.06-0.1
100-150
0.08-0.18
90-130
0.06-0.1
6.3
Vc (m/min)
f (mm/rev)
60-90
0.06-0.1
50-70
0.06-0.1
60-90
0.06-0.12
50-70
0.06-0.1
70-100
0.06-0.15
50-70
0.06-0.1
Cast
Stainless
Steel
Ferritic &
Martensitic
2.5
Vc (m/min)
f (mm/rev)
90-130
0.08-0.15
100-130
0.06-0.12
120-150
0.08-0.18
110-140
0.06-0.12
120-160
0.08-0.25
100-150
0.06-0.12
4
Vc (m/min)
f (mm/rev)
70-110
0.08-0.12
80-110
0.06-0.1
90-130
0.08-0.12
90-120
0.06-0.1
100-150
0.08-0.18
90-130
0.06-0.1
6.3
Vc (m/min)
f (mm/rev)
60-90
0.06-0.1
50-70
0.06-0.1
60-90
0.06-0.12
50-70
0.06-0.1
70-100
0.06-0.15
50-70
0.06-0.1
Cast
Stainless
Steel
Austenitic
2.5
Vc (m/min)
f (mm/rev)
80-120
0.08-0.15
70-110
0.06-0.12
100-150
0.08-0.18
90-140
0.06-0.1
110-150
0.08-0.25
100-150
0.06-0.12
4
Vc (m/min)
f (mm/rev)
70-100
0.08-0.12
70-100
0.06-0.1
80-130
0.08-0.12
70-120
0.06-0.1
90-140
0.08-0.18
90-130
0.06-0.1
6.3
Vc (m/min)
f (mm/rev)
60-90
0.06-0.1
50-70
0.06-0.1
60-90
0.06-0.12
50-70
0.06-0.1
70-100
0.06-0.15
50-70
0.06-0.1
– Good
– Normal
– Poor
●●●
●●
●
Stability
825
ITS BORE
825
USER GUIDE
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
Ø
IHSR
PLT
Ø
A1
A
IHSR
IHCR
A
A
Ø
IHSR IHSRIHSR
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D68-120
Boring Range
D120-200
Boring Range
D200-500
0.8-1.8
0.2-0.4
1.8-2.5
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.0
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.5
0.4-0.8
M
Stainless
Steel
Ferritic &
Martensitic
2.5
Vc (m/min)
f (mm/rev)
130-220
0.08-0.3
120-200
0.08-0.25
140-220
0.08-0.3
120-180
0.08-0.25
150-220
0.08-0.3
120-20
0.08-0.25
4
Vc (m/min)
f (mm/rev)
100-160
0.08-0.25
90-140
0.08-0.18
120-180
0.08-0.25
90-140
0.08-0.18
N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-100
0.08-0.2
50-70
0.08-0.15
N.R N.R N.R N.R
Stainless
Steel
Austenitic
2.5
Vc (m/min)
f (mm/rev)
120-200
0.08-0.3
100-160
0.08-0.25
120-200
0.08-0.3
100-160
0.08-0.25
120-200
0.08-0.3
100-180
0.08-0.25
4
Vc (m/min)
f (mm/rev)
100-150
0.08-0.25
90-140
0.08-0.18
100-160
0.08-0.25
90-140
0.08-0.18
N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-100
0.08-0.2
50-70
0.08-0.15
N.R N.R N.R N.R
Cast
Stainless
Steel
Ferritic &
Martensitic
2.5
Vc (m/min)
f (mm/rev)
130-200
0.08-0.3
120-180
0.08-0.25
140-200
0.08-0.3
120-160
0.08-0.25
140-200
0.08-0.3
120-180
0.08-0.25
4
Vc (m/min)
f (mm/rev)
110-150
0.08-0.25
90-150
0.08-0.18
100-160
0.08-0.25
90-140
0.08-0.18
N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-100
0.08-0.2
50-70
0.08-0.15
N.R N.R N.R N.R
Cast
Stainless
Steel
Austenitic
2.5
Vc (m/min)
f (mm/rev)
130-180
0.08-0.3
120-180
0.08-0.25
120-200
0.08-0.3
100-160
0.08-0.25
120-200
0.08-0.3
100-180
0.08-0.25
4
Vc (m/min)
f (mm/rev)
100-140
0.08-0.25
90-140
0.08-0.18
100-160
0.08-0.25
90-140
0.08-0.18
N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-190
0.08-0.2
50-70
0.08-0.15
N.R N.R N.R N.R
– Good
– Normal
– Poor
●●●
●●
●
Stability
N.R. = Not Recommended
●●●
●●●
●●
●●
●
●
●●
●
●●●
●●●
●●
●
ISCAR
826
ITS BORE
ISCAR
826
USER GUIDE
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D18-28
Boring Range
D28-50
Boring Range
D50-68
0.5-1.0
0.2-0.4
1.0-1.8
0.4
0.5-1.0
0.2-0.4
1.0-1.8
0.4
0.5-1.2
0.2-0.4
1.2-2.0
0.4-0.8
K
Grey
Cast Iron
GG 10-25
HB<200
2.5
Vc (m/min)
f (mm/rev)
120-160
0.06-0.15
100-140
0.06-0.18
120-180
0.06-0.15
110-150
0.06-0.12
120-180
0.08-0.2
110-150
0.08-0.12
4
Vc (m/min)
f (mm/rev)
100-140
0.06-0.12
80-120
0.06-0.1
100-150
0.06-0.12
80-120
0.06-0.1
100-150
0.08-0.12
80-120
0.08-0.1
6.3
Vc (m/min)
f (mm/rev)
70-100
0.06-0.1
60-90
0.06-0.1
70-100
0.06-0.1
60-90
0.06-0.1
70-100
0.08-0.1
60-90
0.08-0.1
Grey
Cast Iron
GG 25-40
2.5
Vc (m/min)
f (mm/rev)
140-200
0.06-0.15
140-200
0.06-0.18
140-220
0.06-0.15
160-250
0.06-0.18
180-220
0.08-0.2
200-280
0.1-0.25
4
Vc (m/min)
f (mm/rev)
120-160
0.06-0.12
120-160
0.06-0.14
120-180
0.06-0.12
140-200
0.06-0.14
140-180
0.08-0.12
180-220
0.08-0.2
6.3
Vc (m/min)
f (mm/rev)
70-100
0.06-0.1
60-90
0.06-0.1
70-100
0.06-0.1
60-90
0.06-0.1
60-100
0.08-0.1
60-120
0.08-0.1
Cast Iron
GGG
Spheroidal
& Graphite
2.5
Vc (m/min)
f (mm/rev)
120-180
0.06-0.15
120-180
0.06-0.18
120-200
0.06-0.15
140-220
0.06-0.18
180-220
0.08-0.18
180-240
0.1-0.2
4
Vc (m/min)
f (mm/rev)
120-160
0.06-0.12
120-160
0.06-0.14
120-180
0.06-0.12
140-200
0.06-0.14
140-200
0.08-0.12
160-220
0.08-0.18
6.3
Vc (m/min)
f (mm/rev)
60-100
0.06-0.1
60-90
0.06-0.1
60-100
0.06-0.1
60-90
0.06-0.1
60-90
0.08-0.1
60-100
0.08-0.1
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D68-120
Boring Range
D120-200
Boring Range
D50-68
0.8-1.8
0.2-0.4
1.8-2.5
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.0
0.4-0.8
0.8-2.0
0.2-0.4
2.0-3.5
0.4-0.8
K
Grey
Cast Iron
GG 10-25
HB<200
2.5
Vc (m/min)
f (mm/rev)
120-200
0.08-0.25
110-150
0.08-0.3
150-250
0.08-0.25
180-280
0.08-0.35
150-250
0.08-0.25
180-280
0.08-0.35
4
Vc (m/min)
f (mm/rev)
100-150
0.08-0.18
80-120
0.08-0.2
120-170
0.08-0.18
120-170
0.08-0.25 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-100
0.08-0.15
60-90
0.08-0.12 N.R N.R N.R N.R
Grey
Cast Iron
GG 25-40
4
2.5
Vc (m/min)
f (mm/rev)
250-300
0.12-0.35
250-350
0.12-0.35
250-350
0.15-0.3
250-350
0.15-0.4
250-350
0.15-0.3
250-350
0.15-0.4
4
Vc (m/min)
f (mm/rev)
200-270
0.1-0.25
230-300
0.12-0.3
200-300
0.15-0.3
200-270
0.15-0.35 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
70-150
0.1-0.15
60-120
0.12-0.25 N.R N.R N.R N.R
Cast Iron
GGG
Spheroidal
& Graphite
2.5
Vc (m/min)
f (mm/rev)
200-240
0.12-0.3
200-280
0.12-0.3
200-280
0.15-0.3
220-300
0.15-0.35
220-300
0.15-0.3
220-300
0.15-0.35
4
Vc (m/min)
f (mm/rev)
160-220
0.1-0.2
180-240
0.12-0.25
180-250
0.12-0.2
200-270
0.15-0.35 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
60-100
0.1-0.15
60-100
0.12-0.2 N.R N.R N.R N.R
– Good
– Normal
– Poor
●●●
●●
●
Stability
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
N.R. = Not Recommended
●●●
●●●
●●
●●
●
●
●●
●
●●●
●●●
●●●
●●
●●
●
●
●●
●
●●●
827
ITS BORE
827
USER GUIDE
BHR Rough Boring Cutting Data
L
D
In case of a single or a stepped boring cutter configuration, only half the feed should be applied.
Ø
IHSR
PLT
Ø
A1
A
IHSR
IHCR
A
A
Ø
IHSR IHSRIHSR
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D18-28
Boring Range
D28-50
Boring Range
D50-68
0.5-1.5
0.2-0.4
1.5-2.5
0.4
0.5-1.5
0.2-0.4
1.5-2.5
0.4
0.5-2.0
0.2-0.4
1.2-3.0
0.4-0.8
N
Aluminum
/ Cast >12si
2.5
Vc (m/min)
f (mm/rev)
200-300
0.06-0.2
240-350
0.06-0.25
200-300
0.06-0.2
240-350
0.06-0.25
200-300
0.06-0.25
240-35
0.06-0.3
4
Vc (m/min)
f (mm/rev)
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2
6.3
Vc (m/min)
f (mm/rev)
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
Aluminum
/ Cast <12si
2.5
Vc (m/min)
f (mm/rev)
180-250
0.06-0.2
220-280
0.06-0.25
180-250
0.06-0.25
220-280
0.06-0.25
180-250
0.06-0.25
220-280
0.06-0.3
4
Vc (m/min)
f (mm/rev)
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.25
6.3
Vc (m/min)
f (mm/rev)
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
60-100
0.06-0.1
ISO
Workpiece
Material
Hardness
HB
Overhang
L/D
ap (mm)
R (Radius)
Boring Range
D68-120
Boring Range
D120-200
Boring Range
D200-500
0.8-3.0
0.2-0.4
1.8-4.0
0.4-0.8
0.8-3.0
0.2-0.4
2.0-4.0
0.4-0.8
0.8-3.0
0.2-0.4
2.0-4.5
0.4-0.8
N
Aluminum
/ Cast >12si
2.5
Vc (m/min)
f (mm/rev)
200-300
0.06-0.25
240-350
0.06-0.3
200-300
0.06-0.25
240-350
0.06-0.4
200-300
0.06-0.25
240-350
0.06-0.4
4
Vc (m/min)
f (mm/rev)
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2
150-220
0.06-0.2 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
60-100
0.06-0.1
60-100
0.06-0.1 N.R N.R N.R N.R
Aluminum
/ Cast <12si
2.5
Vc (m/min)
f (mm/rev)
180-250
0.06-0.25
220-280
0.06-0.3
180-250
0.06-0.3
220-280
0.06-0.4
180-250
0.06-0.3
220-280
0.06-0.4
4
Vc (m/min)
f (mm/rev)
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.2
120-220
0.06-0.2 N.R N.R
6.3
Vc (m/min)
f (mm/rev)
60-100
0.06-0.1
60-100
0.06-0.1 N.R N.R N.R N.R
●●●
●●●
●●
●●
●
●
●●●
●●●
●●
●●
●
●
N.R. = Not Recommended
– Good
– Normal
– Poor
●●●
●●
●
Stability
ISCAR
828
ITS BORE
ISCAR
828
USER GUIDE
d
L
0.2
ap finishingap roughing
Material
Boring Depth
to Diameter
Ratio
Working
Conditions
Cutting
Speed
Vc=m/min
Feed fn=mm/rev
Carbide Grade Cutting Depth mmR=0.2 R=0.4
Carbon Steel
HB < 200
L / D = 2.5 good 160 - 250 0.1 - 0.2 0.1 - 0.2
IC807, IC908, IC520N,
IC20N, IC30N, IC8150,
IC8250, IC3028
0.15 - 0.3 1.5 2 2.5 L / D = 4 normal 120 - 180 0.1 - 0.2 0.1 - 0.2
L / D = 6.3 difficult 70 - 100 *0.1 - 0.15 0.1 - 0.2
Carbon Steel
HB > 200
L / D = 2.5 good 140 - 200 0.1 - 0.2 0.1 - 0.2
0.15 - 0.3 1.5 2 2.5 L / D = 4 normal 100 - 160 0.1 - 0.2 0.1 - 0.2
L / D = 6.3 difficult 70 - 100 *0.1 - 0.15 0.1 - 0.2
Stainless
Steel
AISI 304 - 316
L / D = 2.5 good 100 - 140 0.1 - 0.2 0.1 -0.2
IC807, IC30N, IC3028 0.15 - 0.3 1.5 2 2.5 L / D = 4 normal 80 - 110 0.1 - 0.2 0.1 -0.2
L / D = 6.3 difficult 60 - 90 *0.1 - 0.15 0.1 - 0.2
Cast Iron
L / D = 2.5 good 120 - 160 0.1 - 0.2 0.1 -0.2
IB55, IC908, IC5005,
IC428 0.15 - 0.3 2 2.5 3L / D = 4 normal 90 - 120 0.1 - 0.2 0.1 -0.2
L / D = 6.3 difficult 60 - 90 *0.1 - 0.15 0.1 - 0.2
Aluminum
L / D = 2.5 good 250 - 350 0.1 - 0.2 0.1 - 0.2
ID5, IC20 0.15 - 0.3 2 2.5 3L / D = 4 normal 160 - 250 0.1 - 0.2 0.1 - 0.2
L / D = 6.3 difficult 100 - 150 *0.1 - 0.15 0.1 - 0.2
Recommended Cutting Conditions for Boring Operations with
BHC Combi Rough and Fine
* Only for finishing Inserts.
** Use inserts with the same corner radii for both roughing and finishing inserts.
Vc Cutting speed (m/min)
D Diameter of workpiece (mm)
n Number of revolutions / min' (rev./min)
Vf Feed rate (mm/min.)
fn Feed / rev/ (mm/rev)
∏ 3.14
Vc= ∏·D·n
1000
n= Vc 1000
∏·D
Vf= n·fn
829
TOOLING SYSTEMS
START
Complete Machining Solutions
TOOLING SYSTEMS
ISCAR
830
TOOLING SYSTEMS
TABLE OF CONTENTS
Content & Introduction .......................................................... 831-846
TOOLING Systems
DIN 69871-A/B ...................................................................................................... 847
DIN 69893 HSK A/E .............................................................................................. 861
CAMFIX DIN 26623-1 ............................................................................................ 881
BT MAS-403 ......................................................................................................... 894
DIN 2080, R-8 Bridgeport, Morse Taper ................................................................ 913
Straight & VDI Shanks............................................................................................ 919
FLEXFIT, CLICKFIT ................................................................................................ 924
Center Alignment Devices ...................................................................................... 931
Tapping & Reaming Devices .................................................................................. 938
ER, SC & SHRINK Collets ...................................................................................... 943
HYDROFIT Kits & Accessories ............................................................................... 963
SPINJET Coolant Driven HSM Spindles ................................................................. 966
Auxiliary Devices .................................................................................................... 973
Accessories & Spare Parts.................................................................................... 977
831
TOOLING SYSTEMS
831
CONTENTS
DIN 69871-A/B Page 847
COLLET
CHUCK SHORTIN CLICKIN BALANCIN TAPPING CLICKFIT FLEXFIT
MAXIN
POWER
CHUCK HYDROFIT
THERMAL
CHUCK
FITBORE
ADJUST SHELL MILL FACE MILL
849-850 849 859 850 859 859 860 850 851 853-854 858 854-855 855
SHELL
COMBI JACOBS ADAPTER
MORSE
TAPER
ADJ
FINEFIT
856 856 857 857 858
DIN 69893 HSK A/E Page 861
COLLET
CHUCK BALANCIN SHORTIN CLICKIN ENDMILL CLICKFIT
SHELL &
FACE
SHELL
COMBI
MORSE
TAPER BLANK HYDROFIT
MAXIN
POWER
CHUCK
THERMAL
CHUCK
863-865 865 865 878 869-870 878
874-875, 877
876 876 880 867-868 866 871-874
FITBORE
ADJUST ADJ FINEFIT
878 877
CAMFIX DIN 26623-1 Page 881
COLLET
CHUCK
MAXIN
POWER
CHUCK CLICKFIT ENDMILL
THERMAL
CHUCK
SHELL
COMBI FACE MILL FLEXFIT ADJ FINEFIT BLANK
884-885 885 885 886-887 888 890 890 891 891 893
BT MAS - 403 Page 894
COLLET
CHUCK SHORTIN CLICKIN BALANCIN TAPPING FLEXFIT CLICKFIT
ADJUST
FITBORE HYDROFIT
MAXIN
POWER
CHUCK
SRKIN
THERMAL
CHUCK SHELL MILL FACE MILL
896-897 897 912 897 911 912 912 911 899-900 898-899 903-904 905-906 907
SHELL
COMBI JACOBS ADAPTER
MORSE
TAPER
ADJ
FINEFIT
WELDON
908 909 909 909-910 910 900-902
ISCAR
832
TOOLING SYSTEMS
ISCAR
832
CONTENTS
DIN 2080 Page 913
R-8 - Bridgeport
Morse Taper
COLLET
CHUCK ENDMILL SHELL MILL FACE MILL
SHELL
COMBI ADAPTER
MORSE
TAPER PLUG
COLLET
CHUCK
COLLET
CHUCK
FLOATING
REAMER-R
914 915 915 916 916 916 917 917 918 918 940
Straight Shank GTI - Tapping Attachment
HYDROFIT
ER COLLET
CHUCK
GTI
TAPPING
GYRO- ST
ER COLLET
GYRO VDI
DIN69880-R
GFI -ST
FLOATING
REAMER
ADJUST
CENTER
ALIGNMENT SHRINKIN DIN69871 BT MAS STRAIGHT GTIN-ER
923 920-922 939 934-935 935-936 940 933-934 923 859 911 939 942
FLEXFIT Modular, Threaded Adaptation Page 924
DIN69871 HSK BT
STRAIGHT
SHANK
ADAPTER
CF-FLEXFIT REDUCER
ADAPTER
MULTI-
MASTER
CDP
SHRINKIN
ADAPTER
CDP
ER COLLET
ER COLLET
ER-ODP
CAMFIX
860 879-880 912 926 927 927 928 928 929 929 891
Center Alignment Devices Pages 840-842
GYRO
STRAIGHT
ER COLLET
VDI-
DIN69880
ER COLLET
ADJ
FINEFIT FITBORE
ECCENTER
SLEEVE
934-935 935-936 933, 877,
891,
932-933
858, 878,
911
936
CLICKFIT Modular Tooling Systems Page 834
DIN69871 HSK CAMFIX BT MAS EXTENSION SHELL MILL
COLLET
CHUCK
STRAIGHT
SHANK
859 878 885 912 930 930 930 929
GFI - Floating
Reamer Collet
Chuck
Pull
Stud
STRAIGHT
ER COLLET
MORSE
TAPER ER
COLLET
940 940 977-979
833
TOOLING SYSTEMS
833
CONTENTS
ER SC Collets Pages 942-965
SPR
SPRING
COLLET
SPR AA
SPRING
COLLET
SEAL JET
SPRING
COLLETS
SEAL JET
2 SPRING
COLLETS
KITS, SETS
SPRING
COLLETS
FLEXFIT
ER-ODP
SC SPR/
SEAL
COLLET
SC
HYDROFIT
SHRINKIN
ER-SRK
GTIN ER
A A
947 948 949 950 960-961 929 961-962 965 954-955 942
Accessories
NUT WRENCH
PRESET
& LOCK
SCREW
FACE
SCREW D. RING
PRESET
SCREW
HYDRO
TEST BAR
HYDRO
979-980 981-982 980-981,
983-984
981 982 965 965
SHRINKIN Thermal Shrinking Chucks Pages 951-953
DIN 69871-
SRKIN
DIN 69871-
SRK
HSK-SRK/
SRKIN
BT-SRKIN/
SRK
STRAIGHT
SHANK FLEXFIT ER-SRK
INDUCTION
UNIT
CLICKIN
SHRINKIN
SHRINKIN
CAMFIX
854 853 871-874 903-904 923 928 954-955 956-957 959 888
Easylock
Clamping
Torque Control
Unit
Fixtures
ISO,
BT-MAS,
DIN69871
HSK
A, C, E, F
CAMFIX
C3,4,
5,6,8
975-976 974 974 974
ISCAR
834
TOOLING SYSTEMS
ISCAR
834
INTRODUCTION
A clamping screw pushes the shank of the tool through
a narrowed opening, forcing elastic deformation of the
steel holder. As the steel contracts around the tool,
contact is made around slightly more than a full 180º.
The result is rigidity comparable to a solid part.
The CLICKFIT Concept
Adapters
Extensions
Face Mills
Endmills
ER collet chuck
Modular Adaptation System
CLICKFIT Clamping Enhances the Tool’s Performance
Material: Alloy Steel
Vc = 90 mm/min
fz = 0.15 mm/tooth
Depth of Cut = 25 mm
VIBRATION!
Depth of Cut = 40 mm Larger Depth of Cut
Smooth Operation!
Weldon Clamping
SPK D40-42-W32-10
CLICKFIT Clamping
SPK D40-42-CF4
Modular Adaptation System
CLICKFIT
vs.
WELDON
CLAMPING
835
TOOLING SYSTEMS
835
INTRODUCTION
Example 1
U=2 g x mm can be treated as an unbalance mass
of m=2 g in radial distance of r=1 mm or as a mass
of m=0.1 g in radial distance of r=20 mm, etc.
Balancing Elements
Example 2
The residual unbalance is independent of the speed.
This value reflects the unbalance mass and its
distance from the true center of mass. The residual
unbalance value is measured on balancing machines.
Example 3
G value reflects the balancing quality of a toolholder
according to its rotational speed (N).
U = m x r = >m = U = 4 = 0.2g
r 2 0
G value reflects the balancing quality of a
toolholder according to its rotational speed (N)
G = Ω x e = π x N x U = U x N x π
30 M M x 30
e = G x 30
π x N
G = π xNxU = πx15,000x 8≈ 6.3 (mm/s)
30 M 30 2,000
e = U = e = 8 = 4 (gxmm/kg)
M 2
The G value will change to G=2.5 mm/s when using
the same toolholder at a rotational speed
N=6,000 rpm and to G=1.0 mm/s at
N=2,500 rpm.
Balance quality grades for various groups of
representative rotors:
• General machine tool parts - G6.3
• General toolholders and machine drivers - G2.5
• Grinding machine drivers - G1.0
• Spindles of precision grinders - G0.4
r
m
Introduction
Balancing is the process of equalizing the mass
distribution of a body so it rotates in its bearing
without unbalanced centrifugal forces.
Balancing causes reduced vibration, lower
spindle strain, improved machining qualities
and allows for higher cutting parameters.
The measuring equipment available today enables
unbalance to be reduced to low limits. However, it would
be uneconomical to exaggerate the quality requirements.
It has therefore become necessary to determine to what
extent the unbalance should be reduced and where
the optimum economic and technical compromise
on balance quality requirements would be struck.
Balancing Elements
Definition
G - Balance quality (mm/s)
e - Specific unbalance (gxmm/Kg)
Ω - Speed (rad/s)
N - Speed (rpm)
M - Mass of the body (kg)
m - Mass of the unbalance (g)
r - Radius of the unbalance (mm)
U - Residual unbalance (gxmm)
Operation
Residual unbalance equals the tool’s mass (M)
times its eccentricity (e).
Eccentricity measures the extent to which the
tool’s weight is off-center.
It is defined as the distance from the tool’s center
of the rotation to its true center of mass.
If eccentricity is measured in microns and tool mass
is measured in kilograms, this unit yield
residual unbalance in gram-millimeters.
Any two sets of mass and eccentricity that yield
the same unbalance value will have the same effect
on the tools, so long as the residual unbalance is in
the same plane perpendicular to the rotation axis.
U=r x m
The residual unbalance is independent of the speed. This
value reflects the unbalance mass and its distance from
the true center of mass.
The residual unbalance value is measured
on balancing machines.
e =
U=>U=M x e
MΩ = 2πN = πN
60 30
Balancing Definitions
Balanceable Collet Chucks
ISCAR
836
TOOLING SYSTEMS
ISCAR
836
INTRODUCTION
Balanceable Collet Chucks
Balancing Elements
G40
G16
G6.3
G2.5
G0.4
G1
1500 2000 3000 5000 7000 10000 15000 30000
250
100
50
20
10
5
2
1
0.5
0.2
0.1
4
N in RPM
e in g x mm/kg or eccentricity in µm
Short Formula
U = M . 9,545.G
N
U = Residual unbalance (g x mm)
M = Tool mass (kg)
G = Balance grade
N = RPM
U < 1 g x mm
Value examples
U = 1kg . 9,545.2.5=1.59 g x mm
15,000
M = 1 kg
G = G2.5
N = 15,000 RPM
Please note: The values on the balancing
rings are indicated in metric values.
Therefore all guidance examples for
balancing are in the metric system.
ISCAR can commit only on unbalance
values larger than 1grxmm
First Option
IF unbalance is within 0-3 gr x mm and within
± 20º from original angle,
THEN increase the original value of gr x mm on
the balancing rings according to the reading on the
machine, without changing the original angle position.
Second Option
IF unbalance is within 0-3 gr x mm at an
angle of approximately 180º from original angle,
THEN decrease the original value of gr x mm on
the balancing rings according to the reading on the
machine without changing the original angle position.
Third Option
IF unbalance is less than 1 gr x mm at an angle
between 20º to 90º from the original angle,
THEN rotate both balancing rings approximately
5º towards the indicated direction.
Fourth Option
On some balancing machines it is possible to adjust
the unbalance by rotating the peak point marked on
the balancing rings to the required angular position.
1. Loosen the 3 locking screws on the angle reference
ring (blue). Align the two balancing rings (gold-colored)
to the ‘0’ position on the angle reference ring. After
the rings are all aligned, tighten the 3 locking screws.
2. Insert the collet chuck into the spindle and tighten it
using the pull stud. Insert the cutting tool into the collet
chuck, adjust to desired projection and clamp it.
3. Enter the required parameters on the balancing
machine: balancing grade (G..), RPM, etc.
BALANCIN Collet Chuck & Top Nut
Operating Instructions
The following procedure should be adjusted according
to the specific type of balancing machine being used.
If the necessary balance on the machine has been
achieved, the tool is ready for operation.
If the balance is out of tolerance, one of the
following procedures should be performed:
Peak Point
“0” position balance to G 2.5 20K
4. Run a test with the assembled collet chuck on the
balancing machine. Read the results for the unbalance
angle orientation and the gr x mm unbalance value.
5. Loosen the 3 locking screws on the angle reference ring
and align the two balancing rings with the measured
unbalance value. Rotate both balancing rings to the
unbalance angle on the angle reference ring (or to the
laser mark on balancing machines with a laser indicator).
Tighten the locking screws.
6. Run a second test with the assembled
collet chuck and read the results.
Note: The reading should be within tolerance or very close.
837
TOOLING SYSTEMS
837
INTRODUCTION
Balanceable Tooling System
YES
Increase the original value of
gr x mm of each balancing ring according
to the reading on the machine without
changing the original angle position
Decrease the original value of
gr x mm of each balancing
ring according to the reading of
the machine without changing
the original angle position
Rotate both balancing rings
about 5º to the indicated direction
Start
Rotate both balancing rings to the
same unbalance gr x mm and to
unbalance orientation angle
Run a test
Set all 3 rings
to “0-0-0” position
Run a test
In
tolerance
Up to
3 gr x mm
at ±20º
Less than
1 gr x mm
between
20º-90º
Up to
3 gr x mm
at ~180º
NO
NO
NO End
80
10
10
20
0
30
-10
0
20
-10
30
280
1020304050
20 30 40100
Examples:
10 gr x mm at 100º
27 gr x mm at 285º
Note: The values on the balancing rings are indicated in metric values. Therefore all guidance examples for balancing are in
the metric system.
For toolholders, see pages 850, 865, 866, 897, 899
INTRODUCTION
ISCAR
838
TOOLING SYSTEMS
ISCAR
838
INTRODUCTION
MAXIN
3xD
0.01
D
Power Chucks
With this tool, only a small tightening torque
compresses the frontal nose, providing an
extremely high gripping force. It is designed for
roughing and finishing applications in milling where
high torque transmission, maximum accuracy,
compactness and easy operation are required.
Features
• The clamping nut is not threaded (as in ER collet chucks)
• Designed for direct chucking of the tool shank –
no need for intermediate collet for
maximum gripping force
• Sealed nut construction
• No axial drawback of the tool shank
as chuck is tightened
• Thick wall construction to withstand
greater side loading forces
The high gripping force achieved by the MAXIN
POWER CHUCK results from the shallow nose
tapered cone (1) with helical slot (3) inside the internal
chuck bore. It exerts a very high clamping force when
the clamping nut (2) is rotated in the axial direction.
The shallow taper of the tool nose (1) and the angled
position of the needle bearing (4) that sit in the cage
create the axial movement of the clamping nut (2).
This unique clamping mechanism eliminatesaxial
movement of the shank while clamping,
simplifying the preset process.
Runout Accuracy
Maximum runout at 3XD overhang is less 0.01 mm
1. Shallow tapered front end cone
2. Clamping nut
3. Helical slot
4. Needle bearing cage
5. Front seal
6. Ventilation bore (thread M4)
7. Preset screw thread
8. Cap screw (for the preset screw)
9. Preset screw
10. Ground bore
11. Grip groove (for collet release)
INTRODUCTION
839
TOOLING SYSTEMS
839
INTRODUCTION
Assembly and Disassembly
of Shank Cutter with Wrench
Tighten the nut with the spanner wrench
until clamping is achieved.
Loosen the nut with the spanner wrench
to remove the cutting tool.
Instructions for Proper Use
To avoid damage to the MAXIN mechanism,
never tighten the clamping nut unless there is a
shank inside the bore.
After removing the cutting tool from the MAXIN,
the clamping nut must be unscrewed one extra
turn to prevent reduction of the clamping power
and to ensure maximum gripping force.
Preset Screw
In order to adjust the projection length
of the cutting tool you can use a preset
screw inside the MAXIN internal bore part #9.
This is supplied as an optional accessory.
Insertion of SC Collets and Shanks
The cutting tool should be inserted into the collet
before inserting it into the MAXIN chuck.
Insert the collet into the MAXIN chuck until the
collet reaches the front end of the chuck.
For maximum rigidity and accuracy
insert the shank cutters to the full ground area
of the collet.
Preset Screw
In order to adjust the length of the cutting tool, use
a preset screw inside the collet (optional).
When using SC collet inside the MAXIN chuck,
the runout accuracy may be affected.
In case of cutting tool damage or crash during
machining, the MAXIN chuck has to be inspected
for cracks and that proper runout is maintained.
Power Chucks
Power chuck & collet
Power chuck
Clamping Torque Comparison
1. Do not use Weldon type shanks.
2. Insert shank at least Lmin into the chuck.
3. In order to maintain a firm grip, the shank’s surface
finish should have a roughness of at least N5.
See page 866
INTRODUCTION
ISCAR
840
TOOLING SYSTEMS
ISCAR
840
INTRODUCTIONINTRODUCTION
Operating Instructions
Adjust the offset by loosening the clamp
screws A and B.
• Adjust with screws A or B. Preset should be made on
a pre-setter to minus 0.3 mm on required diameter.
• Tighten the clamp screws A and B.
• On the machine, make a test cut, measure the bore
diameter and then adjust to required diameter.
• Final adjustment to the desired diameter can be made
on the machine with dial indicator or on the pre-setter.
Adjustable Rotary Toolholder for
Indexable Insert Drills
Application
Machining on center milling and drilling machines.
Features
• Eliminates use of expensive special diameter drills.
• Diameter adjustment range of -0.3 to 1.3 mm diameter.
• Ensures bore tolerance of ± 0.02 mm.
• Coolant through the shank or Type B
with coolant through the flange.
• Coolant pressure up to 70 bar.
Angular Adjustment
Holder for Adjustable Drilling Diameter
See pages 858, 878, 911
Seal
Spherical contact
Adjust/Clamp A
Positive drive
Internal and through
flange coolant
Adjust/Clamp B
Hole according to
clickfit system
841
TOOLING SYSTEMS
841
INTRODUCTIONINTRODUCTION
ADJ Operating Instructions
Radial Adjustment
Set Screw
Shoe Pad
Angular Adjustment
Set Screw
ER 32 SPR...
BM-BNT6
BM-BN6 INSERT
Preset Screw
Clamping Screw
0.001
0.001
Radial and Angular Alignment Toolholder
A
B
1
2
3
Tighten the Cutting Tool
Clamp the cutting tool into the chuck
and make sure that screws no. 1 & 3 are
tightened until a slight resistance is felt.
Angular Adjustment
Place the dial indicator on the ground area B.
Adjust the axial runout to 0.001 mm with
4 adjustment screws (no. 2) located on the
face of the chuck.
Radial Adjustment
Place the dial indicator (with a resolution of 0.001 mm)
on the ground area A and adjust the runout to 0.001
mm. The adjustment should be made with the 4 screws
(no. 1) located on the outer diameter of the toolholder.
Final Clamping
Slightly tighten the 4 clamping screws (no. 3)
located on the face of the chuck, and then
the 4 screws on the outer diameter.
Final Runout Check
After adjusting and tightening, recheck the axial and radial
runout to make sure that runout of 0.001 mm
is maintained. If necessary, do fine tuning.
ISCAR
842
TOOLING SYSTEMS
ISCAR
842
INTRODUCTION
Adjustable Toolholder for Easy Adjustment
of Radial and Angular Misalignment
Application
Gyro is a rugged and adjustable toolholder developed
by ISCAR/ETM to solve drilling, tapping and reaming
problems encountered on CNC and turret lathes.
Its unique design allows smooth and easy adjustment of
radial and angular misalignment between chuck
and turret.
Gyro reduces total machining time by making it possible
to complete machining of holes in one drilling step and
to achieve tolerances as close as 0.01 mm, thereby
eliminating subsequent boring or reaming operations.
• A breakthrough in drilling technology for CNC lathes
• Dramatic increase in tool performance at reduced cost
T.I.R. max. 0.02
Angular Adj. 1º
Radial Adj. D2.0
GYRO - Radial and Angular Alignment Toolholder
Features
• Enables high precision drilling to a close tolerance
of h6, to be performed as a final boring operation
on CNC lathes
• Reduces machining time by completing the bore
in one drilling step, eliminating secondary turning
and boring operations
• Prolongs cutting tool life tenfold and more, especially
for high performance HSS, solid and brazed
carbide drills, center drills, taps and reamers
• Dramatic increase in speed and feed by up to 300%.
• Coolant supply through the shank center of
the tool shoulder for oil hole cutting tools
1. Radial adjustment screw
2. Clamping screw
3. Angular set ring
4. Front part
5. Alignment test bar
6. Test bushing
7. ER nut
8. Coolant connection
Advantages
• Easy adjustment for correcting misalignment between
chuck and turret axis (drill and workpiece)
• Precise and efficient tool clamping with ER collets
and ER sealed Coolit Jet collets
• Quick functional adjustment is made on machine
by using ISCAR/ETM plug and ring gauge kit
Operation
For operation instructions see the brochure
packed with the tool.
Notes
• Coolant supply should be minimum 10 bar and maximum
80 bar for small diameter oil hole drills ranging from 3-20
mm. (the normal machine pressure of 4 bar is insufficient).
• Coolant filtration is most important to eliminate
chips from blocking the drill oil hole.
• To ensure maximum performance of the GYRO,
the backlash of the turret indexing and support
axis mechanism should be checked and readjusted
according to the machine standard.
First time users should buy a GYRO kit which includes a test
bar and a bushing for performing the alignment procedure.
A soft material bar should be
used to test the bar diameter
for the alignment procedure.
Alignment bushing
Test bar
See pages 934-936
843
TOOLING SYSTEMS
843
INTRODUCTION
STANDARD
BT MAS-403
page 897
HSK DIN 69893
page 865
DIN 69871
page 849
Short Collet Chuck ER
Short holder for ER spring and shrink collets for
maximum rigidity and better cutting conditions.
Advantages
• Shortest overhang
• Suitable for regular and shrink collets
• High gripping force
• Reduces vibration
• Better runout and repeatability
• Balanced to G2.5, 20,000 rpm
• Symmetric design for high speed machining
• Cost effective
Short Collet Chucks
Short Collet Chucks
INTRODUCTION
ISCAR
844
TOOLING SYSTEMS
ISCAR
844
INTRODUCTION
ER - Collet Chuck Features
Perfect balance and accuracy
Exclusive anti-friction mechanism
Powerful gripping force, 50-100%
higher than conventional design
Compact design, standard
size, DIN 6499
HARD TOUCH protective coating
Ultra precision runout 0.01/ 0.005
Worldwide patented sealing system
Collapsibility 1 mm
Balance rings
Runout O.D. - I.D. Max. 0.003
Mass symmetrical design for high
spindle speed from 20,000 RPM
Superior surface finish
Ra 0.0004
Taper accuracy DIN standard
85% fitness
ER-TOPTM NUT
ER-COOLITTM JET
ER-COLLET CHUCK
845
TOOLING SYSTEMS
845
INTRODUCTION
SRK/SRKIN
ER COLLET CHUCK
DIN 6499
MAXIN POWER
CHUCK
CYLINDRICAL SHANK
CYLINDRICAL SHANK
CYLINDRICAL SHANK
EM
(DIN1835
FORM A/B)
EM E
(DIN1835 FORM E)
WELDON SHANK
WHISTLE
NOTCH SHANK
Recommmended Toolholder for Different Shank Types
ISCAR
846
TOOLING SYSTEMS
ISCAR
846
INTRODUCTION
Hydraulic Chucks
ISCAR-ETM has expanded its toolholder clamping
options by adding hydraulic chucks.
These hydraulic chucks range from 6-32 mm.
This type of chucking system is used for
rotating and stationary applications.
Main Applications
• Fine and accurate machining
• Reaming
• Drilling
• Finish milling
• Internal turning
Features
• High runout accuracy of less than 0.003 mm
• Very low torque required to activate the clamping
mechanism, by using a 4 mm Allen key
• Prolongs cutting tool life and improves
surface finish due to vibration damping
• Easy presetting by using an internal preset screw
• All rotating chucks feature a symmetrical and balanced
design for high speed machining of up to 25,000 min-1
• Available with threaded holes for fine balancing
• Consistent and secure clamping force when
used within the recommended speed range
• Suitable for both Weldon and cylindrical
shank clamping
• Very convenient and safe tool change on
the machine
Two main HYDROFIT chuck types
are available
• Taper shanks for rotating applications
• VDI DIN 69880 in sizes 30 and 40 for
stationary applications on CNC lathes
Operating Instructions
To ensure correct functioning of the
hydraulic chuck, the following instructions
should be followed:
Tools with cylindrical shanks in accordance with DIN 1835
and DIN 6535 forms (HA) and B (HB) up to
20 mm diameters should be manufactured according
to h6 tolerance and Ramin = 0.3 ground.
Tools with DIN 6535 HE (whistle notch) shanks
should be used in reduction elements, to
avoid damaging the chucking hole.
• Clean any grease and dirt from the chuck mounting hole
and the tool shank. Insert the tool shank up to the stopper.
Make sure that the minimum chucking length
is maintained.
• Using the hexagonal-headed key, rotate the clamping
screw in a clockwise direction until the end.
Do not attempt to clamp the chuck without a shank inside
as it may break the expansion clamping sleeve.
• To release the tool, turn the clamping screw in
a counterclockwise direction by about 5 or 6
revolutions and remove the tool.
Clamping
Screw
Clamping
Sleeve
Axial Adjustment
Screw
Actuator
Hydraulic
Oil
2.5xd
d
0.003
847
DIN 69871-A/B
DIN69871-A/B
ISCAR
848
DIN 69871-A/B
d12 A-A
A-A
e
1
e
1
L5
L6L7
d8d6d5
f1
a
f3
f2
d3G
30° 20°
A
b
L5
L1
8°17'50"
L4
A
A
A
d
d1
Toolholder Standard
Type B
Coolant through
Flange
Type ADB
Coolant Hole or
Coolant through
Flange
Type A
Type AD
Coolant Hole
DIN69871 Form A/AD/B/ADB
Shank f2 min. f3 -0.1 L1 -0.3 L4 min. L5 -0.3 L6 -0.4 L7 -0.4 e1 ±0.1 d12 TAPER
AT3
SK 30 35 19.1 47.80 24 15.0 16.4 19.0 21 4 0.002
SK 40 35 19.1 68.40 32 18.5 22.8 25.0 27 4 0.003
SK 50 35 19.1 101.75 47 30.0 35.5 37.7 42 6 0.004
Shank a±0.1 b (H12) d d1 G d3 (H7) d5 ±0.05 d6 d8 max f1 ±0.1
SK 30 3.2 16.1 7 31.75 M12 13 59.30 50 45 11.1
SK 40 3.2 16.1 7 44.45 M16 17 72.30 63.55 50 11.1
SK 50 3.2 25.7 7 69.85 M24 25 107.25 97.50 80 11.1
849
DIN 69871-A/B
G
L
Ref.
L
1
Ref.
J
CSI
L
3
Ref.
D
3
D
3
D
2
SS
ER 16-20 ER 25-50
dmin
max
A0.003A AT3 Taper 58-60 HRc
G2.5
G6.3
SK 40=20,000 RPM
RPM
SK 30,50=12,000
U<1.0 gmm
Designation SS CSI d min d max L L1L3D3D2G J kg
DIN69871 30 ER16X 63 30 ER16 0.5 10.0 63.00 43.9 28.00 28.00 - M12 M10 0.46
DIN69871 30 ER32X 65 30 ER32 2.0 20.0 65.00 45.9 32.00 50.00 40.40 M12 M18X1.5 0.48
DIN69871 40 ER16X 63 40 ER16 0.5 10.0 63.00 43.9 - 28.00 - M16 M12 0.86
DIN69871 40 ER16X100 40 ER16 0.5 10.0 100.00 80.9 - 28.00 - M16 M12 1.05
DIN69871 40 ER16X160 40 ER16 0.5 10.0 160.00 140.9 85.00 28.00 40.00 M16 M12 1.52
DIN69871 40 ER20X 63 40 ER20 1.0 13.0 63.00 43.9 - 34.00 - M16 M12 0.91
DIN69871 40 ER20X100 40 ER20 1.0 13.0 100.00 80.9 - 34.00 - M16 M12 1.16
DIN69871 40 ER20X160 40 ER20 1.0 13.0 160.00 140.9 91.00 34.00 44.00 M16 M12 1.72
DIN69871 40 ER25X 65 40 ER25 1.0 16.0 65.00 45.9 28.00 42.00 - M16 M16X2 0.90
DIN69871 40 ER25X100 40 ER25 1.0 16.0 100.00 80.9 - 42.00 - M16 M16X2 1.29
DIN69871 40 ER25X150 40 ER25 1.0 16.0 150.00 130.9 - 42.00 - M16 M16X2 1.81
DIN69871 40 ER32X 65 40 ER32 2.0 20.0 65.00 45.9 32.00 50.00 40.40 M16 M22X1.5 0.85
DIN69871 40 ER32X100 40 ER32 2.0 20.0 100.00 80.9 35.00 50.00 49.00 M16 M22X1.5 1.20
DIN69871 40 ER32X150 40 ER32 2.0 20.0 150.00 130.9 35.00 50.00 49.00 M16 M22X1.5 2.17
DIN69871 40 ER40X 70 40 ER40 3.0 26.0 70.00 50.9 32.00 63.00 50.40 M16 M28X1.5 0.89
DIN69871 40 ER40X100 40 ER40 3.0 26.0 100.00 80.9 32.00 63.00 50.40 M16 M28X1.5 1.28
DIN69871 50 ER16X100 50 ER16 0.5 10.0 100.00 80.9 - 28.00 - M24 M12 2.76
DIN69871 50 ER16X160 50 ER16 0.5 10.0 160.00 140.9 85.00 28.00 40.00 M24 M12 3.29
DIN69871 50 ER16X200 50 ER16 0.5 10.0 200.00 180.9 110.00 28.00 40.00 M24 M10 3.52
DIN69871 50 ER20X100 50 ER20 1.0 13.0 100.00 80.9 - 34.00 - M24 M12 2.86
DIN69871 50 ER20X160 50 ER20 1.0 13.0 160.00 140.9 86.00 34.00 45.00 M24 M12 3.50
DIN69871 50 ER25X100 50 ER25 1.0 16.0 100.00 80.9 - 42.00 - M24 M16X2 3.08
DIN69871 50 ER25X150 50 ER25 1.0 16.0 150.00 130.9 80.90 42.00 50.00 M24 M16X2 3.71
DIN69871 50 ER25X200 50 ER25 1.0 16.0 200.00 180.9 85.00 42.00 55.00 M24 M16X2 4.70
DIN69871 50 ER32X100 50 ER32 2.0 20.0 100.00 80.9 - 50.00 - M24 M22X1.5 3.20
DIN69871 50 ER32X150 50 ER32 2.0 20.0 150.00 130.9 - 50.00 - M24 M22X1.5 3.83
DIN69871 50 ER32X200 50 ER32 2.0 20.0 200.00 180.9 - 50.00 - M24 M22X1.5 4.51
DIN69871 50 ER40X100 50 ER40 3.0 26.0 100.00 80.9 - 63.00 - M24 M28X1.5 3.45
DIN69871 50 ER40X150 50 ER40 3.0 26.0 150.00 130.9 - 63.00 - M24 M28X1.5 4.51
DIN69871 50 ER40X200 50 ER40 3.0 26.0 200.00 180.9 - 63.00 - M24 M28X1.5 5.60
DIN69871 50 ER50X100 50 ER50 10.0 34.0 100.00 80.9 - 78.00 - M24 M36X1.5 3.51
DIN69871 50 ER50X150 50 ER50 10.0 34.0 150.00 130.9 - 78.00 - M24 M36X1.5 5.22
DIN69871-ER (form AD)
DIN 6499 ER Collet Chucks with a
DIN 69871 Form AD/B Taper Shanks
d
min
max
G
1
D
3
L
1
Ref
L Ref
SS
G
J
CSI
A0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max L L1D3G1G J kg
DIN69871 40 ER32 SHORT 40 ER32 2.0 20.0 25.10 6.0 40.00 M40X1.5 M16 M16 0.58
DIN69871 50 ER32 SHORT 50 ER32 2.0 20.0 28.60 9.5 40.00 M40X1.5 M24 M22X1.5 2.38
DIN69871 50 ER40 SHORT 50 ER40 3.0 26.0 28.60 9.5 50.00 M50X1.5 M24 M28X1.5 2.14
DIN69871-ER-SHORT
Short Front End ER Collet
Chucks with DIN 69871 Form
AD/B Tapered Shanks
978-979
978-979
979-980
980
981
981
947-950
947-950
980
980
944-946
843, 944-946
ISCAR
850
DIN 69871-A/B
SS
D3D1
Balanceable Rings
CSI
dmin
max
G
LRef
L1Ref
L3Ref
J
A0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max L L1L3D3D1G J kg
DIN69871 40 ER16X100 BIN 40 ER16 0.5 10.0 100.00 80.9 45.00 28.00 44.00 M16 M10 1.19
DIN69871 40 ER20X100 BIN 40 ER20 1.0 13.0 100.00 80.9 51.00 34.00 44.00 M16 M12 1.18
DIN69871 40 ER20X160 BIN 40 ER20 1.0 13.0 160.00 140.9 87.00 34.00 44.00 M16 M12 1.67
DIN69871 40 ER25X100 BIN 40 ER25 1.0 16.0 100.00 80.9 51.00 42.00 44.00 M16 M16X1.5 1.15
DIN69871 40 ER25X160 BIN 40 ER25 1.0 16.0 160.00 140.9 88.00 42.00 44.00 M16 M16X1.5 1.63
DIN69871 40 ER32X100 BIN 40 ER32 2.0 20.0 100.00 80.9 36.00 50.00 60.00 M16 M22X1.5 1.46
DIN69871 40 ER40X100 BIN 40 ER40 3.0 26.0 100.00 80.9 36.00 63.00 60.00 M16 M28X1.5 1.35
• Originally set value can be improved by using a balancing machine.
DIN69871-ER-BIN
DIN 6499 Balanceable ER
Collet Chucks with DIN 69871
Type AD Tapered Shanks
D
3
d
2
dmin
max
Lmin
L
max
J
G
SS
L1
L
D2
A0.003A AT3 Taper
58-60 HRc
Designation SS d2(2) d min(3) D3D2L L1L min L max J G kg
DIN69871 40 MAXIN 20X 95 40 20.00 6.0 51.00 53.00 95.00 76.0 56.0 69.0 M16 M16 1.20
DIN69871 40 MAXIN 32X106 40 32.00 6.0 69.00 70.00 106.00 87.0 70.0 83.0 M16 M16 1.42
DIN69871 50 MAXIN 20X105 50 20.00 6.0 51.00 53.00 105.00 86.0 56.0 69.0 M16 M24 3.20
DIN69871 50 MAXIN 20X105B (1) 50 20.00 6.0 51.00 53.00 105.00 86.0 56.0 69.0 M16 M24 3.16
DIN69871 50 MAXIN 32X100 50 32.00 6.0 69.00 70.00 100.00 81.0 70.0 84.0 M20X2 M24 3.17
DIN69871 50 MAXIN 32X100B (1) 50 32.00 6.0 69.00 70.00 100.00 81.0 70.0 84.0 M20X2 M24 3.16
DIN69871 50 MAXIN 32X135 50 32.00 6.0 69.00 70.00 135.00 116.0 71.0 85.0 M20X2 M24 4.20
• Use of d2 diameter tools provides the best performance as collets reduce gripping force by 25%. • B is the designation for coolant through flange.
(1) With coolant through the flange
(2) Without a collet
(3) By using a reducer collet
DIN69871-MAXIN
Power Chucks with DIN 69871
Form AD/B Taper Shanks
d range
d2
SS
SETS
Designation SS d2Qty d Range
KIT SK40 MAXIN 20X95 6 SK40 20.00 6 6,8,10,12,14,16
KIT SK40 MAXIN 32X106 7 SK40 32.00 7 6,8,10,12,16,20,25
KIT SK50 MAXIN 32X100 7 SK50 32.00 7 6,8,10,12,16,20,25
• Each kit contains one power chuck, a set of SC-SPR collets, extraction hook and wrench.
KIT SK-MAXIN
Contains a DIN 69871 Holder with
MAXIN Power Chuck and a Set of
Collets with Various Bore Sizes
978-979 979-980 981
981
947-950
961-962, 983
980
978-979
836-837
944-946
838-839
851
DIN 69871-A/B
D2
D3
D1
L3
L1
L
Lmin
Lmax
SS
d2
J
G
A0.003A AT3 Taper 58-60 HRc
G2.5
SK 30, 40= 18,000RPM
SK 50= 12,000RPM
U<1.0 gmm
Designation SS d2D1D3D2L L1L3L min L max J G kg
DIN69871 30 HYDRO 6X60 (1) 30 6.00 23.00 26.00 45.00 60.00 41.0 25.00 27.0 37.0 M5 M12 0.63
DIN69871 30 HYDRO 16X90 (1) 30 16.00 34.00 38.00 45.00 90.00 71.0 43.00 42.0 52.0 M12X1 M12 0.96
DIN69871 30 HYDRO 20X90 (1) 30 20.00 38.00 42.00 - 90.00 71.0 - 42.0 52.0 M12X1 M12 0.90
DIN69871 40 HYDRO 6X68 (1) 40 6.00 23.00 26.00 50.00 68.00 49.0 33.00 27.0 38.0 M5 M16 1.09
DIN69871 40 HYDRO 8X68 (1) 40 8.00 25.00 28.00 50.00 68.00 49.0 33.00 27.0 37.0 M6 M16 1.11
DIN69871 40 HYDRO 10X72 (1) 40 10.00 27.00 30.00 50.00 72.00 53.0 37.00 32.0 42.0 M8X1 M16 1.14
DIN69871 40 HYDRO 12X77 (1) 40 12.00 29.00 32.00 50.00 77.00 58.0 42.00 37.0 47.0 M10X1 M16 1.20
DIN69871 40 HYDRO 14X77 (1) 40 14.00 30.00 34.00 50.00 77.00 58.0 42.00 37.0 47.0 M10X1 M16 1.20
DIN69871 40 HYDRO 16X80 (1) 40 16.00 34.00 38.00 50.00 80.00 61.0 43.00 42.0 52.0 M12X1 M16 1.28
DIN69871 40 HYDRO 18X80 (1) 40 18.00 36.00 40.00 50.00 80.00 61.0 43.00 42.0 52.0 M12X1 M16 1.30
DIN69871 40 HYDRO 20X82 (1) 40 20.00 38.00 42.00 50.00 82.00 63.0 47.00 42.0 52.0 M12X1 M16 1.34
DIN69871 40 HYDRO 25X117 (1) 40 25.00 46.00 50.00 63.00 117.00 98.0 51.00 48.0 58.0 M16X1 M16 2.01
DIN69871 40 HYDRO 32X117 (1) 40 32.00 56.00 60.00 63.00 117.00 98.0 56.00 52.0 62.0 M16X1 M16 2.44
DIN69871 50 HYDRO 6X68 (2) 50 6.00 23.00 26.00 80.00 68.00 49.0 33.00 27.0 37.0 M5 M24 3.10
DIN69871 50 HYDRO 8X68 (2) 50 8.00 25.00 28.00 80.00 68.00 49.0 33.00 27.0 37.0 M6 M24 3.10
DIN69871 50 HYDRO 10X72 (2) 50 10.00 27.00 30.00 80.00 72.00 53.0 37.00 32.0 42.0 M8X1 M24 3.20
DIN69871 50 HYDRO 12X77 (2) 50 12.00 29.00 32.00 80.00 77.00 58.0 42.00 37.0 47.0 M10X1 M24 3.20
DIN69871 50 HYDRO 14X77 (2) 50 14.00 30.00 34.00 80.00 77.00 58.0 42.00 37.0 47.0 M10X1 M24 3.34
DIN69871 50 HYDRO 16X80 (2) 50 16.00 34.00 38.00 80.00 80.00 61.0 45.00 42.0 52.0 M12X1 M24 3.41
DIN69871 50 HYDRO 18X80 (2) 50 18.00 36.00 40.00 80.00 80.00 61.0 45.00 42.0 52.0 M12X1 M24 2.57
DIN69871 50 HYDRO 20X82 (2) 50 20.00 38.00 42.00 80.00 82.00 63.0 47.00 42.0 52.0 M16X1 M24 3.50
DIN69871 50 HYDRO 25X87 (2) 50 25.00 46.00 50.00 80.00 87.00 68.0 52.00 48.0 58.0 M16X1 M24 3.73
DIN69871 50 HYDRO 32X91 (2) 50 32.00 56.00 60.00 80.00 91.00 72.0 56.00 54.0 64.0 M16X1 M24 4.01
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Note: Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters
(ordered separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench
HYDRO HEX 4) and test bar should be ordered separately.
(1) Balanced to G2.5/18,000 RPM.
(2) Balanced to G2.5/12,000 RPM.
For tools, see pages: MTE D-C (359)
DIN69871-HYDRO
Hydraulic Chucks with DIN69781
Form ADB Shanks
D3
D1
d2
J
G
Lmin
Lmax
L1
L
SS
A0.003A AT3 Taper 58-60 HRc
G2.5
SK 30, 40= 18,000RPM
SK 50= 12,000RPM
U<1.0 gmm
Designation SS d2D1D3L L1L min L max J G kg
DIN69871 40 HYDRO 20X64.5 (1) 40 20.00 40.00 49.50 64.50 45.0 42.0 52.0 M16X1 M16 1.33
DIN69871 50 HYDRO 32X81 (2) 50 32.00 56.00 72.00 81.00 62.0 54.0 64.0 M16X1 M24 4.13
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Note: Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters
(ordered separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench
HYDRO HEX 4) and test bar should be ordered separately.
(1) Balanced to G2.5/18,000 RPM.
(2) Balanced to G2.5/12,000 RPM.
DIN69871-HYDRO (heavy
duty)
Short Hydraulic Chucks with
DIN69781 Form ADB Shanks
985
985
965
965
978-979
978-979
846
846
ISCAR
852
DIN 69871-A/B
L
L1
D1
d2
SS
G
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1L L1Gkg
DIN69871 40 EM10X 45 40 10.00 35.00 45.00 25.9 M16 0.93 SR M10X12 DIN1835-B
DIN69871 40 EM12X 45 40 12.00 42.00 45.00 25.9 M16 0.99 SR M12X16 DIN1835-B
DIN69871 40 EM14X 45 40 14.00 44.00 45.00 25.9 M16 1.02 SR M12X16 DIN1835-B
DIN69871 40 EM16X 45 40 16.00 48.00 45.00 25.9 M16 1.05 SR M14X16 DIN1835-B
DIN69871 40 EM18X 45 40 18.00 49.00 45.00 25.9 M16 1.04 SR M14X16 DIN1835-B
DIN69871 40 EM20X 45 40 20.00 49.00 45.00 25.9 M16 1.00 SR M16X16 DIN1835-B
DIN69871 40 EM25X 45 40 25.00 49.00 45.00 25.9 M16 0.93 SR M18X2X10 EM SHORT
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359)
DIN69871-EM (DIN 6359
short)
Short Side Clamp Endmill Holders
(DIN 6359-HB) with DIN 69871
Form AD Taper Shanks for DIN
1835 Form B Weldon Shanks
SS
For d2 ≥ 25
L
L1
L5
D1
d2
D1
d2D2
G
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1D2L L1L5Gkg
DIN69871 30 EM 6X 50 30 6.00 25.00 - 50.00 30.9 - M12 0.45 SR M6X10 DIN1835B
DIN69871 30 EM 8X 50 30 8.00 28.00 - 50.00 30.9 - M12 0.49 SR M8X10 DIN1835-B
DIN69871 30 EM10X 50 30 10.00 35.00 - 50.00 30.9 - M12 0.55 SR M10X12 DIN1835-B
DIN69871 30 EM16X 63 30 16.00 48.00 - 63.00 43.9 - M12 0.81 SR M14X16 DIN1835-B
DIN69871 30 EM18X 72 30 18.00 50.00 - 72.00 52.9 - M12 0.96 SR M14X16 DIN1835-B
DIN69871 30 EM20X72 30 20.00 52.00 - 72.00 52.9 - M12 0.96 SR M16X16 DIN1835-B
DIN69871 40 EM 6X 50 40 6.00 25.00 - 50.00 30.9 - M16 0.89 SR M6X10 DIN1835B
DIN69871 40 EM 8X 50 40 8.00 28.00 - 50.00 30.9 - M16 0.91 SR M8X10 DIN1835-B
DIN69871 40 EM10X 50 40 10.00 35.00 - 50.00 30.9 - M16 0.96 SR M10X12 DIN1835-B
DIN69871 40 EM12X 50 40 12.00 42.00 - 50.00 30.9 - M16 1.04 SR M12X16 DIN1835-B
DIN69871 40 EM14X 63 40 14.00 44.00 - 63.00 43.9 - M16 1.20 SR M12X16 DIN1835-B
DIN69871 40 EM16X 63 40 16.00 48.00 - 63.00 43.9 - M16 1.20 SR M14X16 DIN1835-B
DIN69871 40 EM18X 63 40 18.00 50.00 - 63.00 43.9 - M16 1.29 SR M14X16 DIN1835-B
DIN69871 40 EM20X 63 40 20.00 52.00 - 63.00 43.9 - M16 1.26 SR M16X16 DIN1835-B
DIN69871 40 EM25X100 40 25.00 65.00 49.00 100.00 80.9 65.00 M16 2.23 SR M18X2X20 DIN1835-B
DIN69871 40 EM32X100 40 32.00 71.00 49.00 100.00 80.9 65.00 M16 2.42 SR M20X2X20 DIN1835-B
DIN69871 50 EM 6X 63 50 6.00 25.00 - 63.00 43.9 - M24 2.70 SR M6X10 DIN1835B
DIN69871 50 EM 8X 63 50 8.00 28.00 - 63.00 43.9 - M24 2.73 SR M8X10 DIN1835-B
DIN69871 50 EM10X 63 50 10.00 35.00 - 63.00 43.9 - M24 2.83 SR M10X12 DIN1835-B
DIN69871 50 EM12X 63 50 12.00 42.00 - 63.00 43.9 - M24 2.93 SR M12X16 DIN1835-B
DIN69871 50 EM14X 63 50 14.00 44.00 - 63.00 43.9 - M24 2.91 SR M12X16 DIN1835-B
DIN69871 50 EM16X 63 50 16.00 48.00 - 63.00 43.9 - M24 3.02 SR M14X16 DIN1835-B
DIN69871 50 EM18X 63 50 18.00 50.00 - 63.00 43.9 - M24 3.08 SR M14X16 DIN1835-B
DIN69871 50 EM20X 63 50 20.00 52.00 - 63.00 43.9 - M24 3.07 SR M16X16 DIN1835-B
DIN69871 50 EM25X 80 50 25.00 65.00 - 80.00 60.9 - M24 3.70 SR M18X2X20 DIN1835-B
DIN69871 50 EM32X100 50 32.00 72.00 - 100.00 80.9 - M24 4.44 SR M20X2X20 DIN1835-B
DIN69871 50 EM40X100 50 40.00 90.00 79.90 100.00 80.9 43.00 M24 5.05 SR M20X2X20 DIN1835-B
DIN69871 50 EM50X125 50 50.00 98.00 79.90 125.00 105.9 90.00 M24 6.80 SR M24X2X25 DIN1835-B
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • DR-CA (526) • MTE D (359) • MTE D(Double Insert) (359)
DIN69871-EM (DIN 6359-HB)
DIN 69871 Form AD/B Taper Shanks
Holders with DIN 6359-HB for DIN
1835 Form B Weldon Shanks
978-979
978-979
853
DIN 69871-A/B
d2
D1
4˚
Lmax
Lmin
D2
SS
G
L3
L
L1
J
AT3 Taper A0.003A 50-52 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) Gkg
DIN69871 40 SRK 3X50 40 3.00 10.00 15.00 69.10 50.0 35.50 10.0 16.0 M6 3.00 M16 0.83
DIN69871 40 SRK 3X85 40 3.00 10.00 19.00 104.10 85.0 64.10 10.0 16.0 M6 3.00 M16 0.89
DIN69871 40 SRK 4X50 40 4.00 10.00 15.00 69.10 50.0 35.50 12.0 18.0 M6 3.00 M16 0.82
DIN69871 40 SRK 4X85 40 4.00 10.00 19.00 104.10 85.0 64.10 12.0 18.0 M6 3.00 M16 0.90
DIN69871 40 SRK 5X50 40 5.00 10.00 15.00 69.10 50.0 35.50 15.0 21.0 M6 3.00 M16 0.84
DIN69871 40 SRK 5X85 40 5.00 10.00 19.00 104.10 85.0 64.10 15.0 21.0 M6 3.00 M16 0.89
DIN69871 40 SRK 6X50 40 6.00 11.00 16.00 69.10 50.0 35.50 18.0 24.0 M8 4.00 M16 0.84
DIN69871 40 SRK 6X85 40 6.00 11.00 20.00 104.10 85.0 64.10 18.0 24.0 M8 4.00 M16 0.82
DIN69871 40 SRK 8X50 40 8.00 14.00 20.00 69.10 50.0 42.50 25.0 31.0 M10 5.00 M16 0.84
DIN69871 40 SRK 8X85 40 8.00 14.00 23.00 104.10 85.0 63.90 25.0 31.0 M10 5.00 M16 0.94
DIN69871 40 SRK 10X50 40 10.00 16.00 22.00 69.10 50.0 42.40 30.0 36.0 M12 6.00 M16 0.87
DIN69871 40 SRK 10X85 40 10.00 16.00 24.50 104.10 85.0 60.30 30.0 36.0 M12 6.00 M16 0.94
DIN69871 40 SRK 12X50 40 12.00 20.00 26.00 69.10 50.0 42.30 32.0 42.0 M10 5.00 M16 0.92
DIN69871 40 SRK 12X85 40 12.00 20.00 28.00 104.10 85.0 56.60 32.0 42.0 M10 5.00 M16 1.05
• To be used for carbide tools only. • Preset sco G2.5/25,000 RPM.
(1) Hex key size for the rear stopper screw
DIN69871-SRK
Thermal Shrinking Chucks
with DIN 69871 Form AD/B
Taper Shanks
Lmax
Lmin L5
2˚ 2˚
D1
d2d2
D2D1
G
2˚
L1
L
SS
For d
2
≥ 25
J
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1D2L L1L5L min L max J(1) Key(2) Gkg
DIN69871 40 EM 8X 50E 40 8.00 28.00 28.00 50.00 30.9 - 35.0 45.0 M6 3.00 M16 0.94
DIN69871 40 EM10X 50E 40 10.00 35.00 35.00 50.00 30.9 - 39.0 49.0 M8 4.00 M16 1.00
DIN69871 40 EM12X 50E 40 12.00 42.00 42.00 50.00 30.9 - 44.0 54.0 M10 5.00 M16 1.07
DIN69871 40 EM14X 63E 40 14.00 44.00 44.00 63.00 43.9 - 44.0 54.0 M10 5.00 M16 1.23
DIN69871 40 EM16X 63E 40 16.00 48.00 48.00 63.00 43.9 - 47.0 57.0 M12 6.00 M16 1.28
DIN69871 40 EM18X 63E 40 18.00 50.00 50.00 63.00 43.9 - 47.0 57.0 M12 6.00 M16 1.31
DIN69871 40 EM20X 63E 40 20.00 52.00 52.00 63.00 43.9 - 49.0 59.0 M16 8.00 M16 1.25
DIN69871 40 EM25X100E 40 25.00 64.00 49.00 100.00 80.9 65.00 54.0 64.0 M20X1.5 10.00 M16 2.18
DIN69871 40 EM32X100E 40 32.00 71.00 49.00 100.00 80.9 65.00 58.0 68.0 M20X1.5 10.00 M16 2.40
DIN69871 50 EM10X 63E 50 10.00 35.00 35.00 63.00 43.9 - 39.0 49.0 M8 4.00 M24 2.86
DIN69871 50 EM12X 63E 50 12.00 42.00 42.00 63.00 43.9 - 44.0 54.0 M10 5.00 M24 2.98
DIN69871 50 EM14X 63E 50 14.00 44.00 44.00 63.00 43.9 - 44.0 54.0 M10 5.00 M24 3.02
DIN69871 50 EM16X 63E 50 16.00 48.00 48.00 63.00 43.9 - 47.0 57.0 M12 6.00 M24 3.07
DIN69871 50 EM18X 63E 50 18.00 50.00 50.00 63.00 43.9 - 47.0 57.0 M12 6.00 M24 3.10
DIN69871 50 EM20X 63E 50 20.00 52.00 52.00 63.00 43.9 - 49.0 59.0 M16 8.00 M24 3.11
DIN69871 50 EM25X 80E 50 25.00 65.00 65.00 80.00 60.9 - 54.0 64.0 M20X1.5 10.00 M24 3.67
DIN69871 50 EM32X100E 50 32.00 72.00 72.00 100.00 80.9 - 58.0 68.0 M20X1.5 10.00 M24 4.50
DIN69871 50 EM40X100E 50 40.00 90.00 79.90 100.00 80.9 43.00 68.0 78.0 M20X1.5 10.00 M24 5.05
(1) Adjustment screw has an internal coolant hole.
(2) Adjustment screw hexagon key size
DIN69871-EM (DIN 6359-HE)
DIN 69871 Form ADB Taper Shank
Drill Holders with DIN 6359-HE for DIN
1835 Form E Whistle Notch Shanks
978-979 983
978-979 951-953 956-957 984
ISCAR
854
DIN 69871-A/B
L3
L
D2
L1
Lmax
Lmin
J
M6
D1
d2
G
SS
4˚30’
A0.003A AT3 Taper 50-52 HRc
SK 40=25,000RPM
SK 50=20,000
U<1.0 gmm
RPM
G2.5
Designation SS d2D1D2L L1L3L min L max J Key(3) Gkg
DIN69871 40 SRKIN 6X80 (1) 40 6.00 21.00 27.00 80.00 60.9 38.00 25.0 36.0 M5 2.50 M16 0.99
DIN69871 40 SRKIN 6X80 B (1) 40 6.00 21.00 27.00 80.00 60.9 38.00 25.0 36.0 M5 2.50 M16 1.00
DIN69871 40 SRKIN 8X80 (1) 40 8.00 21.00 27.00 80.00 60.9 38.00 25.0 36.0 M6 3.00 M16 1.00
DIN69871 40 SRKIN 10X80 (1) 40 10.00 24.00 32.00 80.00 60.9 50.50 31.0 42.0 M8 4.00 M16 1.05
DIN69871 40 SRKIN 10X80 B (1) 40 10.00 24.00 32.00 80.00 60.9 50.50 31.0 42.0 M8 4.00 M16 1.05
DIN69871 40 SRKIN 12X80 (1) 40 12.00 24.00 32.00 80.00 60.9 50.80 31.0 47.0 M10 5.00 M16 1.04
DIN69871 40 SRKIN 12X80 B (1) 40 12.00 24.00 32.00 80.00 60.9 50.80 31.0 47.0 M10 5.00 M16 1.04
DIN69871 40 SRKIN 14X80 (1) 40 14.00 27.00 34.00 80.00 60.9 44.20 36.0 47.0 M10 5.00 M16 1.15
DIN69871 40 SRKIN 14X80 B (1) 40 14.00 27.00 34.00 80.00 60.9 44.20 36.0 47.0 M10 5.00 M16 1.09
DIN69871 40 SRKIN 16X80 (1) 40 16.00 27.00 34.00 80.00 60.9 44.20 39.0 50.0 M12 6.00 M16 1.07
DIN69871 40 SRKIN 16X80 B (1) 40 16.00 27.00 34.00 80.00 60.9 44.20 39.0 50.0 M12 6.00 M16 1.06
DIN69871 40 SRKIN 18X80 (1) 40 18.00 33.00 42.00 80.00 60.9 57.00 39.0 50.0 M12 6.00 M16 1.21
DIN69871 40 SRKIN 20X80 (1) 40 20.00 33.00 42.00 80.00 60.9 57.00 41.0 52.0 M16 8.00 M16 1.16
DIN69871 40 SRKIN 20X80 B (1) 40 20.00 33.00 42.00 80.00 60.9 57.00 41.0 52.0 M16 8.00 M16 1.16
DIN69871 40 SRKIN 25X100 (1) 40 25.00 44.00 53.00 100.00 80.9 57.00 47.0 58.0 M20 8.00 M16 1.71
DIN69871 50 SRKIN 6X 80 (2) 50 6.00 21.00 27.00 80.00 60.9 38.00 25.0 36.0 M5 2.50 M24 2.75
DIN69871 50 SRKIN 8X 80 (2) 50 8.00 21.00 27.00 80.00 60.9 38.00 25.0 36.0 M6 3.00 M24 2.71
DIN69871 50 SRKIN 10X 80 (2) 50 10.00 24.00 32.00 80.00 60.9 51.00 31.0 42.0 M8 4.00 M24 2.81
DIN69871 50 SRKIN 12X 80 (2) 50 12.00 24.00 32.00 80.00 60.9 51.00 36.0 47.0 M10 5.00 M24 2.79
DIN69871 50 SRKIN 14X 80 (2) 50 14.00 27.00 34.00 80.00 60.9 45.00 36.0 47.0 M10 5.00 M24 2.84
DIN69871 50 SRKIN 16X 80 (2) 50 16.00 27.00 34.00 80.00 60.9 45.00 39.0 50.0 M12 6.00 M24 2.76
DIN69871 50 SRKIN 18X 80 (2) 50 18.00 33.00 42.00 80.00 60.9 57.00 39.0 50.0 M12 6.00 M24 2.90
DIN69871 50 SRKIN 20X 80 (2) 50 20.00 33.00 42.00 80.00 60.9 57.00 41.0 52.0 M16 8.00 M24 2.92
DIN69871 50 SRKIN 20X 80B (2) 50 20.00 33.00 42.00 80.00 60.9 57.00 41.0 52.0 M16 8.00 M24 3.00
DIN69871 50 SRKIN 25X100 (2) 50 25.00 44.00 53.00 100.00 80.9 57.00 47.0 58.0 M16 8.00 M24 3.51
DIN69871 50 SRKIN 32X100 (2) 50 32.00 44.00 53.00 100.00 80.9 57.00 47.0 58.0 M18 8.00 M24 3.36
• Use only inductive heating device for SRKIN holders • B is the designation for coolant through flange
(1) Balanced to G2.5/25.000 RPM
(2) Balanced to G2.5/20.000 RPM
(3) Hex key size for the rear stopper screw
DIN69871-SRKIN
Thermal Shrink Chucks with DIN
69871 Form ADB Taper Shanks
for Solid Carbide HSS and Steel
Tools
(a)
dD1
L2
L
•
L1
SS
G
A0.005A AT3 Taper
58-60 HRc
Designation SS d D1L L2L1Gkg
DIN69871 30 SEM16X 35 30 16.00 38.00 35.00 17.00 15.9 M12 0.52
DIN69871 30 SEM22X 50 30 22.00 47.00 50.00 19.00 30.9 M12 0.80
DIN69871 30 SEM27X 50 30 27.00 58.00 50.00 21.00 30.9 M12 0.92
DIN69871 40 SEM16X35 40 16.00 38.00 35.00 17.00 15.9 M16 0.92
DIN69871 40 SEM22X 35 40 22.00 47.00 35.00 19.00 15.9 M16 1.02
DIN69871 40 SEM27X 60 40 27.00 58.00 60.00 21.00 40.9 M16 1.60
DIN69871 40 SEM32X 60 40 32.00 66.00 60.00 24.00 40.9 M16 1.78
DIN69871 40 SEM40X 60 40 40.00 82.00 60.00 27.00 40.9 M16 2.16
DIN69871 50 SEM16X 35 50 16.00 38.00 35.00 17.00 15.9 M24 2.70
DIN69871 50 SEM22X 35 50 22.00 47.00 35.00 19.00 15.9 M24 2.80
DIN69871 50 SEM22X50X200 50 22.00 50.00 200.00 19.00 180.9 M24 5.21
DIN69871 50 SEM27X 35 50 27.00 58.00 35.00 21.00 15.9 M24 2.94
DIN69871 50 SEM32X 35 50 32.00 66.00 35.00 24.00 15.9 M24 3.16
DIN69871 50 SEM32X78X370 50 32.00 78.00 370.00 24.00 350.9 M24 15.76
DIN69871 50 SEM40X 50 50 40.00 82.00 50.00 27.00 30.9 M24 3.81
DIN69871 50 SEM50X 60 50 50.00 95.00 60.00 30.00 40.9 M24 4.85
For tools, see pages: MTF D(Shell Mill) (360) • MTFL (360) • SOF45-R18 (199)
DIN69871-SEM
ISO 3937 Shell Mill Holders with
DIN 69871 Form AD Taper Shanks
978-979 951-953 956-957 984
978-979 981 982
855
DIN 69871-A/B
(a)
dD1
L2
L
•
L1
SS
G
1 2
A0.005A AT3 Taper 58-60 HRc
G2.5
SK 40= 20,000 RPM
SK 50= 15,000 RPM
U<1.0 gmm
Designation SS d D1L L2L1Gkg Fig.
DIN69871 40 SEM16X 35 C 40 16.00 38.00 35.00 17.00 15.9 M16 0.94 1
DIN69871 40 SEM16X100 C 40 16.00 38.00 100.00 17.00 80.9 M16 1.48 1
DIN69871 40 SEM22X 35 C 40 22.00 47.00 35.00 19.00 15.9 M16 1.02 1
DIN69871 40 SEM22X100 C 40 22.00 47.00 100.00 19.00 80.9 M16 0.94 1
DIN69871 40 SEM27X 60 C 40 27.00 58.00 60.00 21.00 40.9 M16 1.20 1
DIN69871 40 SEM27X100 C 40 27.00 58.00 100.00 21.00 80.9 M16 2.32 1
DIN69871 40 SEM32X 60 C 40 32.00 66.00 60.00 24.00 40.9 M16 1.69 1
DIN69871 50 SEM16X 35 C 50 16.00 38.00 35.00 17.00 15.9 M24 2.68 1
DIN69871 50 SEM16X100 C 50 16.00 38.00 100.00 17.00 80.9 M24 3.24 1
DIN69871 50 SEM22X 35 C 50 22.00 47.00 35.00 19.00 15.9 M24 2.77 1
DIN69871 50 SEM22X100 C 50 22.00 47.00 100.00 19.00 80.9 M24 3.59 1
DIN69871 50 SEM22X48X200C (1) 50 22.00 48.00 200.00 19.00 181.0 M24 5.00 2
DIN69871 50 SEM22X61X300C (1) 50 22.00 61.00 300.00 19.00 281.0 M24 8.75 2
DIN69871 50 SEM27X 35 C 50 27.00 58.00 35.00 21.00 15.9 M24 2.88 1
DIN69871 50 SEM27X100 C 50 27.00 58.00 100.00 21.00 80.9 M24 4.15 1
DIN69871 50 SEM27X61X300C (1) 50 27.00 61.00 300.00 21.00 281.0 M24 8.70 2
DIN69871 50 SEM32X 35 C 50 32.00 66.00 35.00 24.00 15.9 M24 3.00 1
DIN69871 50 SEM32X100 C 50 32.00 66.00 100.00 24.00 80.9 M24 4.64 1
DIN69871 50 SEM32X78X370C (1) 50 32.00 78.00 370.00 24.00 351.0 M24 15.42 2
• (a) If the B type option is required, the plug screw must be removed from the flange cooling hole (use a 2 mm hex key)
(1) Symmetrical design. However, the family's balance values are not guaranteed for this tool
For tools, see pages: MTF D(Shell Mill) (360) • MTFL (360) • SOF45-R18 (199)
DIN69871-SEM-C
ISO 3937 Shell Mill Holders with
Coolant Holes and DIN 69871
Form ADB Tapered Shanks
D5
L2
L
G2dD1
G
G1
D5
G1
SS
2 1
A0.005A AT3 Taper
58-60 HRc
Designation SS d D1D5L L2G1G2G Fig. kg
DIN69871 40 FM 40 (1) 40 40.00 88.00 66.70 60.00 27.00 M12 M20 M16 1 2.25
DIN69871 50 FM 40 (1) 50 40.00 88.00 66.70 70.00 27.00 M12 M20 M24 1 4.87
DIN69871 50 FM 60 (2) 50 60.00 128.00 101.60 70.00 40.00 M16 - M24 2 7.32
• Peripheral clamping screws are not supplied.
(1) Form AD
(2) Form A
For tools, see pages: SOF45-R18 (199)
DIN69871-FM
DIN 6357 Face Mill Holders
with DIN 69871 Form A/AD
Taper Shanks
986
978-979
978-979
981
981
982
982
ISCAR
856
DIN 69871-A/B
L
L2
D1
L1
L3
d
G
SS
A0.005A AT3 Taper
58-60 HRc
Designation SS d L L2L1L3D1Gkg
DIN69871 30 SEMC 16X 50 30 16.00 50.00 17.00 30.9 27.00 32.00 M12 0.53
DIN69871 30 SEMC 22X 50 30 22.00 50.00 19.00 30.9 31.00 40.00 M12 0.61
DIN69871 30 SEMC 32X 60 30 32.00 60.00 24.00 40.9 38.00 58.00 M12 0.77
DIN69871 40 SEMC 16X 55 40 16.00 55.00 17.00 35.9 27.00 32.00 M16 1.01
DIN69871 40 SEMC 16X100 40 16.00 100.00 17.00 80.9 27.00 32.00 M16 1.30
DIN69871 40 SEMC 22X 55 40 22.00 55.00 19.00 35.9 31.00 40.00 M16 1.05
DIN69871 40 SEMC 22X100 40 22.00 100.00 19.00 80.9 31.00 40.00 M16 1.47
DIN69871 40 SEMC 27X 55 40 27.00 55.00 21.00 35.9 33.00 48.00 M16 1.25
DIN69871 40 SEMC 27X100 40 27.00 100.00 21.00 80.9 33.00 48.00 M16 1.89
DIN69871 40 SEMC 32X 60 40 32.00 60.00 24.00 40.9 38.00 58.00 M16 1.41
DIN69871 40 SEMC 32X100 40 32.00 100.00 24.00 80.9 38.00 58.00 M16 2.24
DIN69871 40 SEMC 40X 60 40 40.00 60.00 27.00 40.9 41.00 70.00 M16 1.63
DIN69871 50 SEMC 16X 55 50 16.00 55.00 17.00 35.9 27.00 32.00 M24 2.80
DIN69871 50 SEMC 16X100 50 16.00 100.00 17.00 80.9 27.00 32.00 M24 3.54
DIN69871 50 SEMC 22X 55 50 22.00 55.00 19.00 35.9 31.00 40.00 M24 2.82
DIN69871 50 SEMC 22X100 50 22.00 100.00 19.00 80.9 31.00 40.00 M24 3.60
DIN69871 50 SEMC 27X 55 50 27.00 55.00 21.00 35.9 33.00 48.00 M24 3.06
DIN69871 50 SEMC 27X100 50 27.00 100.00 21.00 80.9 33.00 48.00 M24 3.82
DIN69871 50 SEMC 32X 55 50 32.00 55.00 24.00 35.9 38.00 58.00 M24 3.23
DIN69871 50 SEMC 32X100 50 32.00 100.00 24.00 80.9 38.00 58.00 M24 4.32
DIN69871 50 SEMC 40X 55 50 40.00 55.00 27.00 35.9 41.00 70.00 M24 3.43
DIN69871 50 SEMC 40X100 50 40.00 100.00 27.00 80.9 41.00 70.00 M24 5.24
DIN69871 50 SEMC 50X 70 50 50.00 70.00 30.00 50.9 46.00 90.00 M24 4.58
• Axial driving key is not supplied.For tools, see pages: MTF D(Shell Mill) (360) • MTFL (360)
DIN69871-SEMC
DIN 6358 COMBI Shell Mill
Holders with DIN 69871
Form AD Taper Shanks
L
CSI
SS
GAT3 Taper A0.003A
58-60 HRc
Designation SS CSI L G kg
C4 AD SKA 40X30 40 40 30.00 M16 0.83
C5 AD SKA 40X30 40 50 30.00 M16 0.80
C5 AD SKA 50X30 ADB 50 50 30.00 M24 2.61
C6 AD SKA 50X30 50 63 30.00 M24 2.55
C8 AD SKA 50X70 ADB 50 80 70.00 M24 3.77
DIN69871-C#
CAMFIX (ISO 26623-1) Holders
with DIN 69871 Form AD/ADB
Tapered Shanks
G
L
Tt°
L1
SS
A0.005A AT3 Taper
58-60 HRc
Designation SS Tt° L L1Gkg
DIN69871 30 DC B12X26 30 B12 26.00 19.1 M12 0.41
DIN69871 40 DC B12X26 40 B12 26.00 19.1 M16 0.84
DIN69871 40 DC B16X26 40 B16 26.00 19.1 M16 0.87
DIN69871 40 DC B18X26 40 B18 26.00 19.1 M16 0.90
DIN69871 50 DC B16X26 50 B16 26.00 19.1 M24 2.67
DIN69871 50 DC B18X26 50 B18 26.00 19.1 M24 2.72
DIN69871-DC-B (Form A)
DIN 238 Drill Chuck Arbors with
DIN 69871 Form A Taper Shanks
978-979
986
982
978-979
978-979
981 982
857
DIN 69871-A/B
SS
L
L1
D1
CSI
G1
G
A
0.005A AT3 Taper
58-60 HRc
Designation SS CSI L L1D1G1Gkg
DIN69871 40 AD DIN2080 30 40 DIN2080 30 50.00 30.9 50.00 M12 M16 1.07
DIN69871 50 AD BT/SK 40 50 BT/SK 40 70.00 50.9 66.00 M16 M24 3.40
DIN69871-AD
DIN 2080, DIN 69871/A and BT
MAS-403 Adapters with DIN
69871 Form A Taper Shanks
G
L
Tt°
D
1
L
1
SS
A
0.005A AT3 Taper
58-60 HRc
Designation SS Tt° L L1D1Gkg
DIN69871 30 MT3X 75 30 MT3 75.00 55.9 40.00 M12 0.52
DIN69871 40 MT1X 50 40 MT1 50.00 30.9 25.00 M16 0.88
DIN69871 40 MT2X 50 40 MT2 50.00 30.9 32.00 M16 0.90
DIN69871 40 MT3X 70 40 MT3 70.00 50.9 40.00 M16 1.04
DIN69871 40 MT4X 95 40 MT4 95.00 75.9 48.00 M16 1.30
DIN69871 50 MT1X 45 50 MT1 45.00 25.9 25.00 M24 2.65
DIN69871 50 MT2X 60 50 MT2 60.00 40.9 32.00 M24 2.72
DIN69871 50 MT3X 65 50 MT3 65.00 45.9 40.00 M24 2.75
DIN69871 50 MT4X 95 50 MT4 95.00 75.9 48.00 M24 3.04
DIN69871 50 MT5X105 50 MT5 105.00 85.9 63.00 M24 3.20
For tools, see pages: RM-SRH-Q-MT (686)
DIN69871-MT
DIN 6383 Morse Taper Adapters
with DIN 228-2 Form D Tang and
DIN 69871 Form A Taper Shanks
L
Tt˚
G1
G
L1
D1
L2
L
L1
SS
2
1
A
0.005A AT3 Taper
58-60 HRc
Designation SS Tt° L L1L2D1G1G Fig. kg
DIN69871 40 MT1 DRW 40 MT1 50.00 30.9 - 25.00 M6 M16 1 0.90
DIN69871 40 MT2 DRW 40 MT2 50.00 30.9 - 32.00 M10 M16 1 0.92
DIN69871 40 MT3 DRW 40 MT3 70.00 50.9 - 40.00 M12 M16 1 1.05
DIN69871 40 MT4 DRW (1) 40 MT4 110.00 90.9 15.00 63.00 M16 M16 2 2.10
DIN69871 50 MT1 DRW 50 MT1 45.00 25.9 - 25.00 M6 M24 1 2.67
DIN69871 50 MT2 DRW 50 MT2 60.00 40.9 - 32.00 M10 M24 1 2.75
DIN69871 50 MT3 DRW 50 MT3 65.00 45.9 - 40.00 M12 M24 1 2.83
DIN69871 50 MT4 DRW (1) 50 MT4 85.00 65.9 15.00 63.00 M16 M24 2 3.57
DIN69871 50 MT5 DRW (1) 50 MT5 118.00 98.9 18.00 78.00 M20 M24 2 4.49
(1) DIN 2201
For tools, see pages: RM-SRH-Q-MT (686)
DIN69871-MT-DRW
DIN 6364 Morse Taper Adapters with
DIN 228-2 Form B Draw Bar and
DIN 69871 Form A Taper Shanks
986
986
978-979
978-979
978-979
ISCAR
858
DIN 69871-A/B
LSCWS
LPR
J
CRKS
CSI
BD
DCONWS
LB AT3 Taper 58-60 HRc
Designation CZCMS DCONWS BDLPR LBLSCWS J CRKS WT
FITBORE SKA 40 EM16 ADB 40 16.00 72.00 135.5 116.40 100.4 M10 M16 3.76
FITBORE SKA 40 EM20 ADB 40 20.00 72.00 135.5 116.40 100.4 M10 M16 3.70
FITBORE SKA 40 EM25 ADB 40 25.00 72.00 135.5 116.40 100.4 M10 M16 3.61
FITBORE SKA 40 EM32 ADB 40 32.00 72.00 135.5 116.40 100.4 M10 M16 3.44
FITBORE SKA 40 EM40 ADB 40 40.00 72.00 135.5 116.40 100.4 M10 M16 3.20
FITBORE SKA 50 EM16 ADB 50 16.00 72.00 115.6 96.50 - M10 M24 5.31
FITBORE SKA 50 EM20 ADB 50 20.00 72.00 115.6 96.50 - M10 M24 5.25
FITBORE SKA 50 EM25 ADB 50 25.00 72.00 115.6 96.50 - M10 M24 5.15
FITBORE SKA 50 EM32 ADB 50 32.00 72.00 115.6 96.50 - M10 M24 4.99
FITBORE SKA 50 EM40 ADB 50 40.00 72.00 115.6 96.50 - M10 M24 4.75
Max:
D+1.3
Min:
D-0.3
FITBORE DIN69871-EM
Center Offset Adjusting Holders with
DIN69871 Form ADB Tapered Shanks
0.05 1°
dmin
max
D1
D3
CSI
L
L5
L1
SS
G
D2
L3 Ref.
AT3 Taper 58-60 HRc
Designation SS CSI d min d max L L3L1L5D3D1D2Gkg
ADJ DIN69871 40 D70 ER32 40 ER32 2.0 20.0 124.50 52.50 105.4 89.50 50.00 70.00 46.00 M16 2.36
ADJ DIN69871 50 D70 ER32 50 ER32 2.0 20.0 124.50 52.50 105.4 - 50.00 70.00 - M24 4.29
• Radial adjustment 0.05 mm Angular adjustment 1°
Angular Adjustment
Radial Adjustment
ADJ DIN69871-ER
Center Alignment DIN 6499 ER
Collet Chucks with DIN 69871
Form AD/B Taper Shanks
986 978-979 983 840
986 978-979 981 947-950 841
944-946
859
DIN 69871-A/B
SS
CSI
G
D
1
LA0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI L D1Gkg
DIN69871 40 ER32 CLICK-IN 40 32 SRF 20.10 41.00 M16 0.67
DIN69871 50 ER32 CLICK-IN 50 32 SRF 20.10 41.00 M24 2.49
• Tightening torque: 24 Kgxm
DIN69871-ER-CLICKIN
DIN69871 Form AD Tapered
Shanks to CLICKIN Quick
Change Connection Adapters
Flf
Flb
dmin
max
L Ref
L1 Ref
3
Flf
CSI
SS
GFlb
D
L
3
Ref
D2
AT3 Taper 58-60 HRc
Designation SS CSI Tap min Tap max d min d max L L1L3D3D2Flf Flb G kg
GTI DIN69871 40 ER16 40 ER16 M3 M10 0.5 10.0 81.20 62.1 24.60 28.00 29.50 8.0 3.0 M16 2.40
GTI DIN69871 40 ER32 40 ER32 M6 M20 2.0 20.0 111.40 92.3 33.00 50.00 56.50 9.0 4.0 M16 2.28
GTI DIN69871 40 ER40 40 ER40 M6 M28 3.0 26.0 129.40 110.3 51.00 63.00 56.50 9.0 4.0 M16 2.90
GTI DIN69871 50 ER16 50 ER16 M3 M10 0.5 10.0 104.80 85.7 24.60 28.00 29.50 8.0 3.0 M24 2.95
GTI DIN69871 50 ER32 50 ER32 M6 M20 2.0 20.0 113.30 94.4 33.00 50.00 56.50 9.0 4.0 M24 3.90
GTI DIN69871 50 ER40 50 ER40 M6 M28 3.0 26.0 132.40 113.3 51.00 63.00 56.50 9.0 4.0 M24 4.20
GTI DIN69871-ER (tapping)
DIN 6499 ER Tapping
Attachments with DIN 69871
Form A Tapered Shanks
L1
L
d2D1
G
SS
A0.003A AT3 Taper
58-60 HRc
Designation SS d2L L1D1Gkg
DIN69871 40 CF4-S 40 25.00 44.10 25.0 44.50 M16 0.93
DIN69871 40 CF4-L 40 25.00 100.00 80.9 44.50 M16 1.55
DIN69871 50 CF4-S 50 25.00 44.10 25.0 44.50 M24 2.70
DIN69871 50 CF4-S B (1) 50 25.00 44.10 25.0 44.50 M24 2.73
DIN69871 50 CF4-L 50 25.00 100.00 80.9 44.50 M24 3.54
DIN69871 50 CF4-L B (1) 50 25.00 100.00 80.9 44.50 M24 3.52
• Tightening torque: 6 Kgxm
(1) B for coolant through flange.
DIN69871-CF
DIN69871 Form ADB Tapered
Shanks to CLICKFIT Adapters
978-979 947-950 981 979-980 941
944-946
987 978-979 834 927, 930
987 978-979 981 959 958
ISCAR
860
DIN 69871-A/B
L
L1
L3
SS
G
Tsi
10
D1
D2
A0.003A AT3 Taper 58-60 HRc
G2.5
G6.3
SK 40=20,000
SK 50=12,000
RPM
RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3Gkg
DIN69871 40 ODP 6X58 (1) 40 M06 9.80 13.00 58.00 38.9 30.00 M16 0.82
DIN69871 40 ODP 6X98 (1) 40 M06 9.80 23.00 98.00 78.9 70.00 M16 0.91
DIN69871 40 ODP 8X58 (1) 40 M08 13.10 15.00 58.00 38.9 30.00 M16 0.82
DIN69871 40 ODP 8X98 (1) 40 M08 13.10 23.00 98.00 78.9 70.00 M16 0.92
DIN69871 40 ODP10X58 (1) 40 M10 18.00 20.00 58.00 38.9 30.00 M16 0.84
DIN69871 40 ODP10X98 (1) 40 M10 18.00 28.00 98.00 78.9 70.00 M16 1.00
DIN69871 40 ODP12X58 (1) 40 M12 21.00 24.00 58.00 38.9 30.00 M16 0.88
DIN69871 40 ODP12X98 (1) 40 M12 21.00 31.00 98.00 78.9 70.00 M16 1.07
DIN69871 40 ODP16X58 (1) 40 M16 29.00 28.60 58.00 38.9 35.00 M16 0.91
DIN69871 40 ODP16X98 (1) 40 M16 29.00 34.00 98.00 78.9 70.00 M16 1.15
DIN69871 50 ODP12X 78 (2) 50 M12 23.00 30.00 78.00 58.9 50.00 M24 2.74
DIN69871 50 ODP12X128 (2) 50 M12 23.00 40.00 128.00 108.9 100.00 M24 3.14
DIN69871 50 ODP12X178 (2) 50 M12 23.00 40.00 178.00 158.9 150.00 M24 3.38
DIN69871 50 ODP12X228 (2) 50 M12 23.00 46.00 228.00 208.9 200.00 M24 4.14
DIN69871 50 ODP16X 78 (2) 50 M16 29.00 34.00 78.00 58.9 50.00 M24 2.95
DIN69871 50 ODP16X128 (2) 50 M16 29.00 40.00 128.00 108.9 100.00 M24 3.20
DIN69871 50 ODP16X178 (2) 50 M16 29.00 55.00 178.00 158.9 150.00 M24 4.08
DIN69871 50 ODP16X228 (2) 50 M16 29.00 55.00 228.00 208.9 200.00 M24 4.64
(1) Balanced to G2.5/25,000 RPM
(2) Balanced to G6.3/12,000 RPM
DIN69871-ODP
FLEXFIT Threaded Connection
Shanks with Integral DIN69871
Form ADB Taper Adaptation
R
SS
G
D2
L3
L1
L
Tsi
Designation SS Tsi D2L L1L3R
MM S-A-H040-SK 40-T06 40 T06 9.25 40.00 21.0 15.00 6.0
MM S-A-H045-SK 40-T08 40 T08 11.60 45.00 26.0 20.00 6.0
MM S-A-H050-SK 40-T10 40 T10 15.30 50.00 31.0 25.00 6.0
MM S-A-H050-SK 40-T12 40 T12 18.30 50.00 31.0 25.00 6.0
MM S-A-H050-SK 40-T15 40 T15 23.90 50.00 31.0 25.00 6.0
• Do not apply lubricant to the threaded connection • For adaptation, see page 38
For tools, see page: MTE-MM (358)
MM S-A-SK
DIN 69871 Integral Tapered Shanks
for MULTI-MASTER Milling Heads
978-979
978-979 981 927-929 925
861
DIN 69893 HSK A/E
DIN 69893 HSK A/E
ISCAR
862
DIN 69893 HSK A/E
d1d4 maxd16
f3
f1
f2
l1
l460°
d8 d9d2
HSK-E d1 h10 d2d4 max d8 H10 d9 H11 d16 l1-0.2 L4 Js10 f1-0.1 f2 min f3±0.1
32 32 24 26 17 19 M10X1 16 8.92 20 35 16
40 40 30 34 21 25.5 M12X1 20 11.42 20 35 16
50 50 38 42 26 32.0 M16X1 25 14.13 26 42 18
63 63 48 53 34 40.0 M18X1 32 18.13 26 42 18
b1
d2d5
l6
f3
f1
l1
d16
d10 max.
d
1
d4
60°
f2
HSK-A d1 h10 d2d4 H10 d5 H11 d10 max d16 l1-0.2 l6 Js10 b1±0.04(1) f1 -0.1 f2 min f3 ±0.1
40 40 30 21 25.5 34 M12x1 20 11.42 8.05 20 35 16
50 50 38 26 32.0 42 M16x1 25 14.13 10.54 26 42 18
63 63 48 34 40.0 53 M18x1 32 18.13 12.54 (12.42) 26 42 18
80 80 60 42 50.0 67 M20x1.5 40 22.85 16.04 26 42 18
100 100 75 53 63.0 85 M24x1.5 50 28.56 20.02 (19.9) 29 45 20
(1) The dimensions in parentheses refer to dimension b1 only for HSK A...WH tools. These tools feature key slot gap and tolerance, used on
turning tools for accurate cutting edge height position, (according to Japanese ICTM standard and ISO 12164/3 standard).
DIN 69893 Form A
DIN 69893 Form E
DIN 69893 Form F (1)
(1) Without crosshole.
l4
l260°
5 12
d4 max d1
d8d9
d2
f2
f1
f3
l1
HSK-F d1 h10 d2d4 max d8 H10 d9 H11 l1-0.2 l2l4 Js10 f1-0.1 f2 min f3±0.1
63 63 38 53 26 32 25 5.0 14.13 26 42 18
HSK DIN 69893 (ISO 12164-1 Standard)
863
DIN 69893 HSK A/E
L1 Ref.
L Ref.
SS
D2
JL3 Ref.
D
3
D3
ER25,32,40 ER16,20
L1 Ref.
L Ref.
dmin
max
CSI
A0.003A 58-60 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS CSI d min d max D3D2L L1L3Jkg
HSK E 32 ER16X 60 32 ER16 0.5 10.0 28.00 22.40 60.00 40.0 21.50 - 0.22
HSK E 32 ER20X 60 32 ER20 1.0 13.0 34.00 25.40 60.00 40.0 26.00 - 0.18
HSK E 32 ER25X 65 32 ER25 1.0 16.0 42.00 25.80 65.00 45.0 30.00 - 0.20
HSK E 40 ER16X 60 40 ER16 0.5 10.0 28.00 - 60.00 40.0 - - 0.28
HSK E 40 ER16X 80 40 ER16 0.5 10.0 28.00 - 80.00 60.0 - M10 0.36
HSK E 40 ER20X 80 40 ER20 1.0 13.0 34.00 - 80.00 60.0 - M12 0.44
HSK E 40 ER25X 80 40 ER25 1.0 16.0 42.00 34.00 80.00 60.0 28.00 M18X1.5 0.42
HSK E 40 ER32X 80 40 ER32 2.0 20.0 50.00 40.10 80.00 60.0 31.00 M22X1.5 0.41
HSK E 50 ER16X 80 50 ER16 0.5 10.0 28.00 - 80.00 54.0 - M10 0.55
HSK E 50 ER16X100 50 ER16 0.5 10.0 28.00 - 100.00 74.0 - M10 0.64
HSK E 50 ER16X100 M (1) 50 ER16 0.5 10.0 22.00 - 100.00 74.0 - M10 0.55
HSK E 50 ER20X 80 50 ER20 1.0 13.0 34.00 - 80.00 54.0 - M12 0.60
HSK E 50 ER25X 80 50 ER25 1.0 16.0 42.00 32.40 80.00 54.0 28.00 M16 0.71
HSK E 50 ER32X 80 50 ER32 2.0 20.0 50.00 40.40 80.00 54.0 31.00 - 0.63
HSK E 50 ER32X100 50 ER32 2.0 20.0 50.00 40.40 100.00 74.0 31.00 M22X1.5 0.78
HSK E 63 ER16X 80 63 ER16 0.5 10.0 28.00 - 80.00 54.0 - M10 0.92
HSK E 63 ER16X100 63 ER16 0.5 10.0 28.00 - 100.00 74.0 - M10 0.91
HSK E 63 ER20X 75 63 ER20 1.0 13.0 34.00 - 75.00 49.0 - - 0.90
HSK E 63 ER32X 80 63 ER32 2.0 20.0 50.00 40.40 80.00 54.0 31.00 - 0.91
HSK E 63 ER32X100 63 ER32 2.0 20.0 50.00 - 100.00 75.0 - M22X1.5 1.28
HSK E 63 ER40X 80 63 ER40 3.0 26.0 63.00 - 80.00 54.0 34.00 - 0.99
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
(1) Equipped with nut ER 16 MINI.
HSK E-ER
DIN6499 ER Collet Chucks with HSK
DIN69893 Form E Tapered Shanks
D3dmin
max
L3Ref
LRef
L1Ref
D2
SS
J
CSI
.
A0.003A 58-60 HRc
G2.5
G6.3
HSK 40,50,63=20,000
RPM
HSK 100=12,000
RPM
U<1.0 gmm
Designation SS CSI d min d max D3D2L L1L3Jkg
HSK A 50 ER16X100 M 50 ER16 0.5 10.0 22.00 - 100.00 74.0 - M10 0.50
HSK A 50 ER16X120 M 50 ER16 0.5 10.0 22.00 - 120.00 94.0 - M10 0.60
HSK A 50 ER20X100 M 50 ER20 1.0 13.0 28.00 - 100.00 74.0 - M12 0.61
HSK A 50 ER20X120 M 50 ER20 1.0 13.0 28.00 - 120.00 94.0 - M12 0.69
HSK A 63 ER16X100 M 63 ER16 0.5 10.0 22.00 - 100.00 74.0 - M10 0.80
HSK A 63 ER16X120 M 63 ER16 0.5 10.0 22.00 40.00 120.00 94.0 78.00 M10 0.94
HSK A 63 ER16X160 M 63 ER16 0.5 10.0 22.00 40.00 160.00 134.0 85.00 M10 1.26
HSK A 63 ER20X100 M 63 ER20 1.0 13.0 28.00 - 100.00 74.0 - M12 0.85
HSK A 63 ER20X120 M 63 ER20 1.0 13.0 28.00 - 120.00 94.0 - M12 0.92
HSK A 63 ER20X160 M 63 ER20 1.0 13.0 28.00 45.00 160.00 134.0 85.00 M12 1.46
HSK A 100 ER16X100 M 100 ER16 0.5 10.0 22.00 - 100.00 71.0 - M10 2.16
HSK A 100 ER16X160 M 100 ER16 0.5 10.0 22.00 40.00 160.00 131.0 85.00 M10 2.65
HSK A 100 ER20X100 M 100 ER20 1.0 13.0 28.00 - 100.00 71.0 - M12 2.22
HSK A 100 ER20X160 M 100 ER20 1.0 13.0 28.00 50.00 160.00 131.0 85.00 M12 2.82
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ER-M (mini)
DIN6499 ER Mini Collet
Chucks with HSK DIN69893
Form A Tapered Shanks
947-950 979-980 980 981, 983 983 944-946
947-950 979-980 980 981, 983 983 944-946
ISCAR
864
DIN 69893 HSK A/E
ER25-50
L3Ref
D2
SS
LRef
L1Ref
CSI ER16-20 dmin
max
J
D
3
D
3
A0.003A 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max D3D2L L1L3Jkg
HSK A 40 ER16X 60 40 ER16 0.5 10.0 28.00 - 60.00 40.0 - - 0.27
HSK A 40 ER16X 80 40 ER16 0.5 10.0 28.00 - 80.00 60.0 - M10 0.36
HSK A 40 ER16X100 40 ER16 0.5 10.0 28.00 - 100.00 80.0 - M10 0.45
HSK A 40 ER25X 60 40 ER25 1.0 16.0 42.00 32.40 60.00 40.0 28.00 - 0.41
HSK A 40 ER25X 80 40 ER25 1.0 16.0 42.00 32.40 80.00 60.0 28.00 M18X1.5 0.50
HSK A 40 ER25X100 40 ER25 1.0 16.0 42.00 32.40 100.00 80.0 28.00 M16 0.49
HSK A 40 ER32X100 40 ER32 2.0 20.0 50.00 40.40 100.00 80.0 31.00 M22X1.5 0.58
HSK A 50 ER16X100 50 ER16 0.5 10.0 28.00 - 100.00 74.0 - M10 0.61
HSK A 50 ER16X120 50 ER16 0.5 10.0 28.00 - 120.00 94.0 - M10 0.72
HSK A 50 ER20X100 50 ER20 1.0 13.0 34.00 - 100.00 74.0 - M12 0.70
HSK A 50 ER20X120 50 ER20 1.0 13.0 34.00 - 120.00 94.0 - M12 0.84
HSK A 50 ER25X 80 50 ER25 1.0 16.0 42.00 32.40 80.00 54.0 28.00 M8 0.53
HSK A 50 ER25X100 50 ER25 1.0 16.0 42.00 41.80 100.00 74.0 28.50 M16 0.79
HSK A 50 ER32X100 50 ER32 2.0 20.0 50.00 40.40 100.00 74.0 31.00 M22X1.5 0.76
HSK A 50 ER32X120 50 ER32 2.0 20.0 50.00 41.80 120.00 94.0 35.00 M22X1.5 0.96
HSK A 50 ER32X160 50 ER32 2.0 20.0 50.00 40.00 160.00 134.0 - M22X1.5 1.00
HSK A 63 ER16X100 63 ER16 0.5 10.0 28.00 - 100.00 74.0 - M10 0.86
HSK A 63 ER16X120 63 ER16 0.5 10.0 28.00 - 120.00 94.0 - M10 0.96
HSK A 63 ER16X160 63 ER16 0.5 10.0 28.00 40.00 160.00 134.0 85.60 M10 1.38
HSK A 63 ER20X100 63 ER20 1.0 13.0 34.00 - 100.00 74.0 - M12 0.94
HSK A 63 ER20X120 63 ER20 1.0 13.0 34.00 - 120.00 94.0 - M12 1.09
HSK A 63 ER20X160 63 ER20 1.0 13.0 34.00 45.00 160.00 134.0 85.00 M12 1.59
HSK A 63 ER25X 80 63 ER25 1.0 16.0 42.00 - 80.00 54.0 - M8 0.92
HSK A 63 ER25X100 63 ER25 1.0 16.0 42.00 - 100.00 74.0 - M16 1.10
HSK A 63 ER25X120 63 ER25 1.0 16.0 42.00 - 120.00 94.0 - M16 1.29
HSK A 63 ER25X160 63 ER25 1.0 16.0 42.00 - 160.00 134.0 - M16 1.68
HSK A 63 ER32X 80 63 ER32 2.0 20.0 50.00 40.40 80.00 54.0 31.00 - 0.84
HSK A 63 ER32X100 63 ER32 2.0 20.0 50.00 - 100.00 74.0 - M22X1.5 1.18
HSK A 63 ER32X120 63 ER32 2.0 20.0 50.00 - 120.00 94.0 - M22X1.5 1.46
HSK A 63 ER32X160 63 ER32 2.0 20.0 50.00 - 160.00 134.0 - M22X1.5 1.99
HSK A 63 ER40X 80 63 ER40 3.0 26.0 63.00 50.40 80.00 54.0 34.00 - 0.92
HSK A 63 ER40X100 63 ER40 3.0 26.0 63.00 50.40 100.00 74.0 34.00 M28X1.5 1.16
HSK A 63 ER40X120 63 ER40 3.0 26.0 63.00 50.40 120.00 94.0 34.00 M28X1.5 1.38
HSK A 63 ER40X160 63 ER40 3.0 26.0 63.00 50.40 160.00 134.0 34.00 M28X1.5 1.99
HSK A 100 ER16X100 100 ER16 0.5 10.0 28.00 - 100.00 71.0 - M10 2.21
HSK A 100 ER16X160 100 ER16 0.5 10.0 28.00 40.00 160.00 131.0 85.00 M10 2.71
HSK A 100 ER20X100 100 ER20 1.0 13.0 34.00 - 100.00 71.0 - M12 2.29
HSK A 100 ER20X160 100 ER20 1.0 13.0 34.00 50.00 160.00 131.0 85.00 M12 3.08
HSK A 100 ER25X100 100 ER25 1.0 16.0 42.00 - 100.00 71.0 - M16 2.47
HSK A 100 ER25X120 100 ER25 1.0 16.0 42.00 - 120.00 91.0 - M16 2.65
HSK A 100 ER25X160 100 ER25 1.0 16.0 42.00 - 160.00 134.0 - M16 3.02
HSK A 100 ER32X100 100 ER32 2.0 20.0 50.00 - 100.00 71.0 - M22X1.5 2.55
HSK A 100 ER32X120 100 ER32 2.0 20.0 50.00 - 120.00 91.0 - M22X1.5 2.80
HSK A 100 ER32X160 100 ER32 2.0 20.0 50.00 - 160.00 131.0 - M22X1.5 3.32
HSK A 100 ER40X100 100 ER40 3.0 26.0 63.00 - 100.00 71.0 - - 2.80
HSK A 100 ER40X120 100 ER40 3.0 26.0 63.00 - 120.00 91.0 - M28X1.5 3.17
HSK A 100 ER40X160 100 ER40 3.0 26.0 63.00 - 160.00 131.0 - M28X1.5 4.08
HSK A 100 ER50X100 100 ER50 10.0 34.0 78.00 - 100.00 71.0 - M22X1.5 2.88
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ER
DIN6499 ER Collet Chucks with HSK
DIN69893 Form A Tapered Shanks
947-950 979-980 980 981, 983 983 944-946
865
DIN 69893 HSK A/E
L Ref.
D1D3
L1 Ref.
L3 Ref.
J
SS
dmin
max
CSI
.
A0.003A 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max D3D1L L1L3Jkg
HSK A 63 ER16X100 BIN 63 ER16 0.5 10.0 28.00 44.00 100.00 74.0 45.00 M10 0.60
HSK A 63 ER16X160 BIN 63 ER16 0.5 10.0 28.00 44.00 160.00 134.0 75.00 M10 1.45
HSK A 63 ER20X100 BIN 63 ER20 1.0 13.0 34.00 44.00 100.00 74.0 45.10 M12 0.99
HSK A 63 ER20X160 BIN 63 ER20 1.0 13.0 34.00 44.00 160.00 134.0 86.10 M12 1.48
HSK A 63 ER25X100 BIN 63 ER25 1.0 16.0 42.00 44.00 100.00 74.0 45.20 M16 0.97
HSK A 63 ER25X160 BIN 63 ER25 1.0 16.0 42.00 44.00 160.00 134.0 86.20 M16 1.42
HSK A63 ER32X120 BIN 63 ER32 2.0 20.0 50.00 60.00 120.00 94.0 48.00 M22X1.5 1.55
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ER-BIN (BALANCIN)
Balanceable DIN6499 ER Collet
Chucks with HSK DIN69893
Form A Tapered Shanks
L3 Ref.
L Ref.
G1D3
SS
L1 Ref.
CSI
dmin
max
.
A0.003A 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max D3L L1L3G1kg
HSK A 63 ER32 SHORT 63 ER32 2.0 20.0 50.00 81.00 55.0 9.50 M40X1.5 1.13
HSK A 100 ER32 SHORT 100 ER32 2.0 20.0 50.00 89.50 60.5 9.50 M40X1.5 2.54
HSK A 100 ER40 SHORT 100 ER40 3.0 26.0 70.00 104.50 75.5 9.50 M50X1.5 3.51
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ER-SHORT
Short DIN6499 ER Collet
Chucks with HSK DIN69893
Form A Tapered Shanks
D3
ER32-40
D3
L Ref
L1 Ref
L3 Ref
J
D2
SS
CSI
ER16
dmin
max
A0.003A 58-60 HRc
G2.5
HSK FM63 25,000 RPM
HSK FM80 33,000 RPM
U<1.0 gmm
Designation CSI L SS d min d max D3D2L1L3Jkg
HSK FM63 ER16X80 ER16 80.00 63 0.5 10.0 28.00 - 54.0 - M10 0.81
HSK FM63 ER16X100 ER16 100.00 63 0.5 10.0 28.00 - 74.0 - M10 0.87
HSK FM63 ER16X120 ER16 120.00 63 0.5 10.0 28.00 - 94.0 - M10 0.98
HSK FM63 ER16X160 ER16 160.00 63 0.5 10.0 28.00 40.00 134.0 85.60 M10 1.32
HSK FM63 ER32X80 ER32 80.00 63 2.0 20.0 50.00 - 54.0 - - 0.96
HSK FM63 ER32X100 ER32 100.00 63 2.0 20.0 50.00 - 74.0 - M22X1.5 1.19
HSK FM63 ER40X80 ER40 80.00 63 3.0 26.0 63.00 50.00 54.0 32.00 - 0.94
HSK FM63 ER40X100 ER40 100.00 63 3.0 26.0 63.00 50.00 74.0 32.00 M22X1.5 1.16
HSK FM80 ER16X85 ER16 85.00 80 0.5 10.0 28.00 - 59.0 - M10 3.00
HSK FM80 ER16X120 ER16 120.00 80 0.5 10.0 28.00 - 94.0 - M10 3.70
HSK FM80 ER20X85 ER20 85.00 80 1.0 13.0 34.00 - 59.0 - M8 3.00
HSK FM80 ER20X120 ER20 120.00 80 1.0 13.0 34.00 - 94.0 - M12 3.70
HSK FM80 ER32X85 ER32 85.00 80 2.0 20.0 50.00 - 59.0 - M8 3.00
HSK FM80 ER32X120 ER32 120.00 80 2.0 20.0 50.00 - 94.0 - M22X1.5 3.70
• Used on Makino machine models MAG series A • The anti-slip pins can be removed, turning the toolholders into a standard HSK F63 type • A cooling tube
must be used with all coolant through HSK spindles (should be ordered separately)
HSK FM-ER
DIN6499 ER Collet Chucks with
HSK DIN69893 FM Tapered
Shanks with Two Pins for MAKINO
Machine Models MAG Series A
947-950
987
979-980
947-950
980
836-837
944-946
981, 983 983 944-946
947-950 980 980 981, 983 983 843
944-946
ISCAR
866
DIN 69893 HSK A/E
LRef.
D3
Lmax
Lmin
SS
D2
L1Ref.
d2dmin
max
A0.003A 58-60 HRc
Designation SS d2(1) d min(2) D3D2L L1L min L max kg
HSK A 63 MAXIN 20X95 63 20.00 6.0 51.00 53.00 95.00 69.0 56.0 65.5 1.02
HSK A 63 MAXIN 32X113 63 32.00 6.0 69.00 70.00 113.00 87.0 70.0 85.0 1.32
HSK A 100 MAXIN 20X115 100 20.00 6.0 51.00 53.00 115.00 86.0 56.0 69.0 2.61
HSK A 100 MAXIN 32X110 100 32.00 6.0 69.00 70.00 110.00 81.0 70.0 78.0 2.72
HSK A 100 MAXIN 32X135 100 32.00 6.0 69.00 70.00 135.00 106.0 71.0 87.0 3.45
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Use of dmax diameter tools provide best performance as
collets reduce gripping force by 25%.
(1) Without a collet
(2) By using a reduction collet
HSK A-MAXIN
Power Chucks with HSK DIN69893
Form A Tapered Shanks
d range
d2
SS
.
SETS
A0.003A
58-60 HRc
Designation SS d2Qty d Range
KIT HSK A63 MAXIN20X95-6 63 20.00 6 6,8,10,12,14,16
KIT HSK A63MAXIN32X113-7 63 32.00 7 6,8,10,12,16,20,25
KIT HSK A100MAXIN20X115-6 100 20.00 6 6,8,10,12,14,16
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Each kit contains one power chuck, a set of SC-SPR collets,
extraction hook and wrench.
KIT HSK A-MAXIN
Contains a Power Chuck with
HSK Tapered Shanks and a Set
of Collets in Various Bore Sizes
min
max
D
1
D
3
d
d2
L
min
L
max
SS
L
3
L
1
L
A0.003A 58-60 HRc
G6.3
10,000 RPM
Designation SS d2(1) d min(2) D3D1L L1L3L min L max kg
HSK A 63 MAXIN 20X95BIN 63 20.00 6.0 51.00 61.00 95.00 69.0 17.50 56.0 66.0 1.00
HSK A 63 MAXIN 32X113BIN 63 32.00 6.0 69.00 80.00 113.00 87.0 24.90 70.0 85.0 1.10
HSK A 100 MAXIN 20X115BIN 100 20.00 6.0 51.00 61.00 115.00 86.0 17.50 56.0 69.0 2.63
HSK A 100 MAXIN 32X110BIN 100 32.00 6.0 69.00 80.00 110.00 81.0 24.90 70.0 78.0 2.75
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Use of dmax diameter tools provide best performance as
collets reduce gripping force by 25% • First clamp the tool inside the chuck and then improve the system's balance by adjusting the balancing rings (HSK A63...
G2.5 20000 RPM, HSK A 100..G2.5 18000 RPM)
(1) Without a collet
(2) By using a reduction collet
HSK A-MAXIN-BIN
(BALANCIN)
Balanceable Power Chucks with HSK
DIN69893 Form A Tapered Shanks
961-962, 983
961-962, 983
981
836-839
981, 983 983 838-839
867
DIN 69893 HSK A/E
D2D3D1
d2
J
Lmin
Lmax
L3
L1
L
SS
.
A0.003A 58-60 HRc
G2.5
HSK A50, 63= 25,000RPM
HSK A80, 100= 18,000RPM
U<1.0 gmm
HSK A-HYDRO
Hydraulic Chucks with HSK
DIN69893 Form A Tapered Shanks
Designation SS d2D1D3D2L L1L3L min L max Jkg
HSK A 50 HYDRO 6X80 50 6.00 23.00 26.00 42.00 80.00 54.0 35.00 27.0 37.0 M5 0.75
HSK A 50 HYDRO 8X80 50 8.00 25.00 28.00 42.00 80.00 54.0 36.00 27.0 37.0 M6 0.77
HSK A 50 HYDRO 10X85 50 10.00 27.00 30.00 42.00 85.00 59.0 41.00 32.0 42.0 M8X1 0.80
HSK A 50 HYDRO 12X90 50 12.00 29.00 32.00 42.00 90.00 64.0 47.00 37.0 47.0 M10X1 0.80
HSK A 50 HYDRO 14X90 50 14.00 30.00 34.00 42.00 90.00 64.0 49.00 37.0 47.0 M10X1 0.80
HSK A 50 HYDRO 16X95 50 16.00 34.00 38.00 42.00 95.00 69.0 52.00 42.0 52.0 M12X1 0.96
HSK A 50 HYDRO 18X95 50 16.00 36.00 40.00 42.00 95.00 69.0 52.00 42.0 52.0 M12X1 0.98
HSK A 50 HYDRO 20X100 50 20.00 38.00 42.00 42.00 100.00 74.0 74.00 42.0 52.0 M10X1 1.08
HSK A 63 HYDRO 6X80 63 6.00 23.00 26.00 50.00 80.00 54.0 33.00 27.0 37.0 M5 1.09
HSK A 63 HYDRO 8X80 63 8.00 25.00 28.00 50.00 80.00 54.0 33.00 27.0 37.0 M6 1.10
HSK A 63 HYDRO 10X85 63 10.00 27.00 30.00 50.00 85.00 59.0 39.00 32.0 42.0 M8X1 1.13
HSK A 63 HYDRO 12X90 63 12.00 29.00 32.00 50.00 90.00 64.0 44.00 37.0 47.0 M10X1 1.18
HSK A 63 HYDRO 14X90 63 14.00 30.00 34.00 50.00 90.00 64.0 46.00 37.0 47.0 M10X1 1.13
HSK A 63 HYDRO 16X95 63 16.00 34.00 38.00 50.00 95.00 69.0 52.00 42.0 52.0 M12X1 1.28
HSK A 63 HYDRO 18X95 63 18.00 36.00 40.00 50.00 95.00 69.0 52.00 42.0 52.0 M12X1 1.32
HSK A 63 HYDRO 20X100 63 20.00 38.00 42.00 50.00 100.00 74.0 58.00 42.0 52.0 M16X1 1.32
HSK A 63 HYDRO 25X120 63 25.00 46.00 50.00 50.00 120.00 94.0 94.00 48.0 58.0 M16X1 1.83
HSK A 63 HYDRO 32X125 63 32.00 56.00 60.00 53.00 125.00 99.0 83.00 52.0 62.0 M16X1 2.32
HSK A 80 HYDRO 6X85 80 6.00 23.00 26.00 50.00 85.00 59.0 37.00 27.0 37.0 M5 1.25
HSK A 80 HYDRO 10X90 80 10.00 27.00 30.00 50.00 90.00 64.0 42.00 32.0 42.0 M8X1 2.30
HSK A 80 HYDRO 14X95 80 14.00 30.00 34.00 50.00 95.00 69.0 47.00 37.0 47.0 M10X1 2.40
HSK A 80 HYDRO 16X100 80 16.00 34.00 38.00 56.00 100.00 74.0 52.00 42.0 52.0 M12X1 1.91
HSK A 80 HYDRO 18X100 80 18.00 36.00 40.00 50.00 100.00 74.0 52.00 42.0 52.0 M12X1 1.92
HSK A 80 HYDRO 20X105 80 20.00 38.00 42.00 50.00 105.00 79.0 52.00 42.0 52.0 M16X1 2.09
HSK A 80 HYDRO 25X115 80 25.00 46.00 50.00 50.00 115.00 89.0 58.00 48.0 58.0 M16X1 2.35
HSK A 80 HYDRO 32X120 80 32.00 56.00 60.00 50.00 120.00 94.0 62.00 52.0 62.0 M16X1 2.65
HSK A 100 HYDRO 6X85 100 6.00 23.00 26.00 50.00 85.00 56.0 29.00 27.0 37.0 M5 2.57
HSK A 100 HYDRO 8X85 100 8.00 25.00 28.00 50.00 85.00 56.0 29.00 27.0 37.0 M6 2.54
HSK A 100 HYDRO 10X90 100 10.00 27.00 30.00 50.00 90.00 61.0 35.00 32.0 42.0 M8X1 2.55
HSK A 100 HYDRO 12X95 100 12.00 29.00 32.00 50.00 95.00 66.0 40.00 37.0 47.0 M10X1 2.60
HSK A 100 HYDRO 14X95 100 14.00 30.00 34.00 63.00 95.00 66.0 42.00 37.0 47.0 M10X1 2.81
HSK A 100 HYDRO 16X100 100 16.00 34.00 38.00 50.00 100.00 71.0 47.00 42.0 52.0 M12X1 2.73
HSK A 100 HYDRO 18X100 100 18.00 36.00 40.00 50.00 100.00 71.0 48.00 42.0 52.0 M12X1 2.76
HSK A 100 HYDRO 20X105 100 20.00 38.00 42.00 63.00 105.00 76.0 54.00 42.0 52.0 M16X1 2.83
HSK A 100 HYDRO 25X115 100 25.00 46.00 50.00 63.00 115.00 86.0 51.00 48.0 58.0 M16X1 3.47
HSK A 100 HYDRO 32X120 100 32.00 56.00 60.00 63.00 120.00 91.0 59.00 52.0 62.0 M16X1 3.73
• Chucking forces will be reduced by 25% if reduction sleeves are used. • A cooling tube must be used with coolant through HSK spindles (ordered separately).
• Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (must be ordered separately). • Clamping wrench (wrench HYDRO HEX 4) and test
bar should be ordered separately.
987 965 846
ISCAR
868
DIN 69893 HSK A/E
D3
D1
d2
J
Lmin
Lmax
L3
L1
L
D2
SS
.
A0.003A 58-60 HRc
G2.5
HSK A50, 63= 25,000RPM
HSK A80, 100= 18,000RPM
U<1.0 gmm
Designation SS d2D1D3D2L L1L3L min L max Jkg
HSK A 63 HYDRO 6X150 63 6.00 23.00 26.00 50.00 150.00 124.0 103.00 27.0 37.0 M5 1.36
HSK A 63 HYDRO 6X200 63 6.00 23.00 26.00 50.00 200.00 174.0 153.00 27.0 37.0 M5 1.57
HSK A 63 HYDRO 8X150 63 8.00 25.00 28.00 50.00 150.00 124.0 104.00 27.0 37.0 M6 1.41
HSK A 63 HYDRO 8X200 63 8.00 25.00 28.00 50.00 200.00 174.0 154.00 27.0 37.0 M6 1.68
HSK A 63 HYDRO 10X150 63 10.00 27.00 30.00 50.00 150.00 124.0 104.00 32.0 42.0 M8X1 1.45
HSK A 63 HYDRO 10X200 63 10.00 27.00 30.00 50.00 200.00 174.0 154.00 32.0 42.0 M8X1 1.74
HSK A 63 HYDRO 12X150 63 12.00 29.00 32.00 50.00 150.00 124.0 105.00 37.0 47.0 M10X1 1.49
HSK A 63 HYDRO 12X200 63 12.00 29.00 32.00 50.00 200.00 174.0 155.00 37.0 47.0 M10X1 1.83
HSK A 63 HYDRO 14X150 63 14.00 30.00 34.00 50.00 150.00 124.0 105.00 37.0 47.0 M10X1 1.58
HSK A 63 HYDRO 14X200 63 14.00 30.00 34.00 50.00 200.00 174.0 155.00 37.0 47.0 M10X1 1.95
HSK A 63 HYDRO 16X150 63 16.00 34.00 38.00 50.00 150.00 124.0 106.50 42.0 52.0 M12X1 1.74
HSK A 63 HYDRO 16X200 63 16.00 34.00 38.00 50.00 200.00 174.0 156.50 42.0 52.0 M12X1 2.17
HSK A 63 HYDRO 18X150 63 18.00 36.00 40.00 50.00 150.00 124.0 107.00 42.0 52.0 M12X1 1.81
HSK A 63 HYDRO 18X200 63 18.00 36.00 40.00 50.00 200.00 174.0 157.00 42.0 52.0 M12X1 2.30
HSK A 63 HYDRO 20X150 63 20.00 38.00 42.00 50.00 150.00 124.0 108.00 42.0 52.0 M12X1 1.89
HSK A 63 HYDRO 20X200 63 20.00 38.00 42.00 50.00 200.00 174.0 158.00 42.0 52.0 M12X1 2.44
HSK A 63 HYDRO 25X150 63 25.00 46.00 50.00 50.00 150.00 124.0 - 48.0 58.0 M16X1 2.56
HSK A 63 HYDRO 25X200 63 25.00 46.00 50.00 50.00 200.00 174.0 - 48.0 58.0 M16X1 3.05
HSK A 100 HYDRO 6X150 100 6.00 23.00 26.00 50.00 150.00 121.0 100.00 27.0 37.0 M5 2.75
HSK A 100 HYDRO 6X200 100 6.00 23.00 26.00 63.00 200.00 171.0 144.00 27.0 37.0 M5 3.19
HSK A 100 HYDRO 8X150 100 8.00 25.00 28.00 63.00 150.00 121.0 94.50 27.0 37.0 M6 3.07
HSK A 100 HYDRO 8X200 100 8.00 25.00 28.00 63.00 200.00 171.0 144.50 27.0 37.0 M6 3.29
HSK A 100 HYDRO 10X150 100 10.00 27.00 30.00 63.00 150.00 121.0 95.00 32.0 42.0 M8X1 3.11
HSK A 100 HYDRO 10X200 100 10.00 27.00 30.00 50.00 200.00 171.0 151.00 32.0 42.0 M8X1 3.12
HSK A 100 HYDRO 12X150 100 12.00 29.00 32.00 63.00 150.00 121.0 95.50 37.0 47.0 M10X1 3.15
HSK A 100 HYDRO 12X200 100 12.00 29.00 32.00 63.00 200.00 171.0 145.50 37.0 47.0 M10X1 3.46
HSK A 100 HYDRO 14X150 100 14.00 30.00 34.00 50.00 150.00 121.0 97.00 37.0 47.0 M10X1 3.05
HSK A 100 HYDRO 14X200 100 14.00 30.00 34.00 50.00 200.00 171.0 147.00 37.0 47.0 M10X1 3.35
HSK A 100 HYDRO 16X150 100 16.00 38.00 38.00 63.00 150.00 121.0 97.50 42.0 52.0 M12X1 3.31
HSK A 100 HYDRO 16X200 100 16.00 38.00 38.00 63.00 200.00 171.0 147.50 42.0 52.0 M12X1 3.73
HSK A 100 HYDRO 18X150 100 18.00 36.00 40.00 50.00 150.00 121.0 107.00 42.0 52.0 M12X1 3.22
HSK A 100 HYDRO 18X200 100 18.00 36.00 40.00 63.00 200.00 171.0 148.00 42.0 52.0 M12X1 3.86
HSK A 100 HYDRO 20X150 100 20.00 38.00 42.00 63.00 150.00 121.0 99.00 42.0 52.0 M12X1 3.46
HSK A 100 HYDRO 20X200 100 20.00 38.00 42.00 63.00 200.00 171.0 149.00 42.0 52.0 M12X1 4.01
HSK A 100 HYDRO 25X150 100 25.00 46.00 50.00 50.00 150.00 121.0 - 48.0 58.0 M16X1 3.65
HSK A 100 HYDRO 25X200 100 25.00 46.00 50.00 63.00 200.00 171.0 136.00 48.0 58.0 M16X1 4.67
HSK A 100 HYDRO 32X200 100 32.00 56.00 60.00 60.00 200.00 171.0 - 52.0 62.0 M16X1 5.36
• Chucking forces will be reduced by 25% if reduction sleeves are used. • A cooling tube must be used with coolant through HSK spindles (ordered separately).
• Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (must be ordered separately). • Clamping wrench (wrench HYDRO HEX4) and test
bar should be ordered separately.
HSK A-HYDRO (long)
Long Projection Hydraulic
Chucks with HSK DIN69893
Form A Tapered Shanks
988 965 846
869
DIN 69893 HSK A/E
L
For d2 ≥ 25
L1
D
1
d
2
L5
D
2
D
1
d
2
SS
.
A
0.005A 58-60 HRc
Designation SS d2D1D2L L1L5kg
HSK A 50 EM 6X 65 50 6.00 25.00 - 65.00 39.0 - 0.52
HSK A 50 EM 8X 65 50 8.00 28.00 - 65.00 39.0 - 0.56
HSK A 50 EM 10X 65 50 10.00 35.00 - 65.00 39.0 - 0.56
HSK A 50 EM 10X 80 50 10.00 35.00 - 80.00 54.0 - 1.25
HSK A 50 EM 14X 80 50 14.00 44.00 - 80.00 54.0 - 0.89
HSK A 50 EM 16X 80 50 16.00 48.00 - 80.00 54.0 - 1.00
HSK A 50 EM 18X 80 50 18.00 50.00 - 80.00 54.0 - 1.00
HSK A 50 EM 20X 80 50 20.00 52.00 - 80.00 54.0 - 0.99
HSK A 63 EM 6X 65 63 6.00 25.00 - 65.00 39.0 - 0.77
HSK A 63 EM 8X 65 63 8.00 28.00 - 65.00 39.0 - 0.79
HSK A 63 EM 10X 65 63 10.00 35.00 - 65.00 39.0 - 0.88
HSK A 63 EM 12X 80 63 12.00 42.00 - 80.00 54.0 - 1.13
HSK A 63 EM 14X 80 63 14.00 44.00 - 80.00 54.0 - 1.16
HSK A 63 EM 16X 80 63 16.00 48.00 - 80.00 54.0 - 1.28
HSK A 63 EM 18X 80 63 18.00 50.00 - 80.00 54.0 - 1.29
HSK A 63 EM 20X 80 63 20.00 52.00 - 80.00 54.0 - 1.32
HSK A 63 EM 25X110 63 25.00 65.00 52.00 110.00 84.0 65.50 2.21
HSK A 63 EM 32X110 63 32.00 72.00 52.00 110.00 84.0 65.50 2.41
HSK A 100 EM 8X 80 100 8.00 28.00 - 80.00 51.0 - 2.24
HSK A 100 EM 10X 80 100 10.00 35.00 - 80.00 51.0 - 2.36
HSK A 100 EM 12X 80 100 12.00 42.00 - 80.00 51.0 - 2.45
HSK A 100 EM 14X 80 100 14.00 44.00 - 80.00 51.0 - 2.00
HSK A 100 EM 16X100 100 16.00 48.00 - 100.00 71.0 - 2.86
HSK A 100 EM 18X100 100 18.00 50.00 - 100.00 71.0 - 2.93
HSK A 100 EM 20X100 100 20.00 52.00 - 100.00 71.0 - 2.93
HSK A 100 EM 25X100 100 25.00 65.00 - 100.00 71.0 - 3.45
HSK A 100 EM 32X100 100 32.00 72.00 - 100.00 71.0 - 3.67
HSK A 100 EM 40X110 100 40.00 85.00 - 110.00 81.0 - 4.50
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • MTE D (359) • MTE D(Double Insert) (359)
HSK A-EM (DIN 1835 Form B)
DIN6359 Side Clamp Holders
for DIN 1835 Form B Weldon
Shanks with HSK DIN69893
Form A Tapered Shanks
983 983 983
ISCAR
870
DIN 69893 HSK A/E
SS
L1
L
Lmin
Lmax
D2
Lmax
Lmin
L5
J
d
2
D
1
2
°
2
°
d
2
D1
2°
J
For d2 ≥ 25
.
A
0.005A 58-60 HRc
Designation SS d2D1D2L L1L5L min L max J(1) Key(2) kg
HSK A 50 EM 6X 80 E 50 6.00 25.00 - 80.00 54.0 - 30.0 38.0 M5 2.50 0.08
HSK A 50 EM 8X 80 E 50 8.00 28.00 - 80.00 54.0 - 35.0 40.0 M6 3.00 0.63
HSK A 50 EM 10X 80 E 50 10.00 35.00 - 80.00 54.0 - 39.0 44.0 M8 4.00 0.08
HSK A 50 EM 12X 90 E 50 12.00 42.00 - 90.00 64.0 - 44.0 49.0 M10 5.00 0.08
HSK A 50 EM 14X 90 E 50 14.00 44.00 - 90.00 64.0 - 44.0 49.0 M10 5.00 1.01
HSK A 50 EM 16X 90 E 50 16.00 48.00 - 90.00 64.0 - 47.0 52.0 M12 6.00 0.08
HSK A 50 EM 18X 90 E 50 18.00 50.00 - 90.00 64.0 - 47.0 52.0 M12 6.00 1.26
HSK A 50 EM 18X100 E 50 18.00 50.00 - 100.00 74.0 - 47.0 54.0 M16 6.00 1.33
HSK A 50 EM 20X100 E 50 20.00 52.00 - 100.00 74.0 - 49.0 54.0 M16 8.00 0.08
HSK A 63 EM 6X 80 E 63 6.00 25.00 - 80.00 54.0 - 32.0 40.0 M5 2.50 0.82
HSK A 63 EM 8X 80 E 63 8.00 28.00 - 80.00 54.0 - 35.0 40.0 M6 3.00 0.86
HSK A 63 EM 10X 80 E 63 10.00 35.00 - 80.00 54.0 - 39.0 44.0 M8 4.00 1.00
HSK A 63 EM 12X 90 E 63 12.00 42.00 - 90.00 64.0 - 44.0 49.0 M10 5.00 1.23
HSK A 63 EM 14X 90 E 63 14.00 44.00 - 90.00 64.0 - 44.0 49.0 M10 5.00 1.29
HSK A 63 EM 16X100 E 63 16.00 48.00 - 100.00 74.0 - 47.0 52.0 M12 6.00 1.51
HSK A 63 EM 18X100 E 63 18.00 50.00 - 100.00 74.0 - 47.0 55.0 M12 6.00 1.60
HSK A 63 EM 20X100 E 63 20.00 52.00 - 100.00 74.0 - 49.0 54.0 M16 8.00 1.65
HSK A 63 EM 25X110 E 63 25.00 65.00 52.80 110.00 84.0 65.50 54.0 61.0 M16 8.00 2.23
HSK A 63 EM 32X110 E 63 32.00 72.00 52.80 110.00 84.0 65.50 58.0 63.0 M20X1.5 10.00 2.43
HSK A 100 EM 6X 90 E 100 6.00 25.00 - 90.00 61.0 - 35.0 40.0 M5 2.50 2.27
HSK A 100 EM 8X 90 E 100 8.00 28.00 - 90.00 61.0 - 35.0 40.0 M6 3.00 2.29
HSK A 100 EM 10X 90 E 100 10.00 35.00 - 90.00 61.0 - 39.0 44.0 M8 4.00 2.44
HSK A 100 EM 12X100 E 100 12.00 42.00 - 100.00 71.0 - 44.0 54.0 M10 5.00 2.74
HSK A 100 EM 14X100 E 100 14.00 44.00 - 100.00 71.0 - 44.0 54.0 M10 5.00 2.71
HSK A 100 EM 16X100 E 100 16.00 48.00 - 100.00 71.0 - 47.0 52.0 M12 6.00 2.88
HSK A 100 EM 18X100 E 100 18.00 50.00 - 100.00 71.0 - 47.0 52.0 M12 6.00 2.93
HSK A 100 EM 20X110 E 100 20.00 52.00 - 110.00 81.0 - 49.0 54.0 M16 8.00 3.10
HSK A 100 EM 25X120 E 100 25.00 65.00 - 120.00 91.0 - 54.0 61.0 M20X1.5 10.00 3.88
HSK A 100 EM 32X120 E 100 32.00 72.00 - 120.00 91.0 - 58.0 63.0 M20X1.5 10.00 4.32
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
(1) Adjustment screw has an internal coolant hole.
(2) Adjustment screw hexagon key size
HSK A-EM (DIN 1835 Form E)
DIN6359 Side Clamp Holders for
DIN 1835 Form E Whistle Notch
Shanks with HSK DIN69893
Form A Tapered Shanks
983 983 983
871
DIN 69893 HSK A/E
SS
D2
L1
L
D1
M6
d2
Lmin
Lmax
4˚30’
JL3
A0.003A 50-52 HRc
G2.5
HSK 50,63=25,000 RPM
HSK 100=20,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) kg
HSK A 50 SRKIN 6X80 50 6.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M5 2.50 0.56
HSK A 50 SRKIN 8X80 50 8.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M6 3.00 0.57
HSK A 50 SRKIN 10X85 50 10.00 24.00 32.00 85.00 59.0 51.00 31.0 42.0 M8 4.00 0.64
HSK A 50 SRKIN 12X90 50 12.00 24.00 32.00 90.00 64.0 51.00 36.0 47.0 M10 5.00 0.65
HSK A 50 SRKIN 14X90 50 14.00 27.00 34.00 90.00 64.0 45.00 36.0 47.0 M10 5.00 0.70
HSK A 50 SRKIN 16X95 50 16.00 27.00 34.00 95.00 69.0 45.00 39.0 50.0 M10 5.00 0.71
HSK A 63 SRKIN 6X120 63 6.00 21.00 27.00 120.00 94.0 38.00 25.0 36.0 M5 2.50 1.00
HSK A 63 SRKIN 6X160 63 6.00 21.00 27.00 160.00 134.0 38.00 25.0 36.0 M5 2.50 1.19
HSK A 63 SRKIN 6X80 63 6.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M5 2.50 0.83
HSK A 63 SRKIN 8X120 63 8.00 21.00 27.00 120.00 94.0 38.00 25.0 36.0 M6 3.00 0.98
HSK A 63 SRKIN 8X160 63 8.00 21.00 27.00 160.00 134.0 38.00 25.0 36.0 M6 3.00 1.16
HSK A 63 SRKIN 8X80 63 8.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M6 3.00 0.88
HSK A 63 SRKIN 10X 85 63 10.00 24.00 32.00 85.00 59.0 51.00 31.0 42.0 M8 4.00 0.89
HSK A 63 SRKIN 10X120 63 10.00 24.00 32.00 120.00 94.0 51.00 31.0 42.0 M8 4.00 1.11
HSK A 63 SRKIN 10X160 63 10.00 24.00 32.00 160.00 134.0 51.00 31.0 42.0 M8 4.00 1.36
HSK A 63 SRKIN 12X120 63 12.00 24.00 32.00 120.00 94.0 51.00 36.0 47.0 M10 5.00 1.00
HSK A 63 SRKIN 12X160 63 12.00 24.00 32.00 160.00 134.0 51.00 36.0 47.0 M10 5.00 1.33
HSK A 63 SRKIN 12X90 63 12.00 24.00 32.00 90.00 64.0 51.00 36.0 42.0 M8 4.00 0.91
HSK A 63 SRKIN 14X120 63 14.00 27.00 34.00 120.00 94.0 45.00 36.0 47.0 M10 5.00 1.15
HSK A 63 SRKIN 14X160 63 14.00 27.00 34.00 160.00 134.0 45.00 36.0 47.0 M10 5.00 1.44
HSK A 63 SRKIN 14X90 63 14.00 27.00 34.00 90.00 64.0 45.00 36.0 47.0 M10 5.00 0.94
HSK A 63 SRKIN 16X120 63 16.00 27.00 34.00 120.00 94.0 44.00 39.0 50.0 M12 6.00 1.11
HSK A 63 SRKIN 16X160 63 16.00 27.00 34.00 160.00 134.0 44.00 39.0 50.0 M12 6.00 1.41
HSK A 63 SRKIN 16X75 63 16.00 27.00 34.00 75.00 49.0 - 39.0 50.0 - - 0.85
HSK A 63 SRKIN 16X95 63 16.00 27.00 34.00 95.00 69.0 44.00 39.0 50.0 M12 6.00 0.96
HSK A 63 SRKIN 18X120 63 18.00 33.00 42.00 120.00 94.0 57.00 39.0 50.0 M12 6.00 3.14
HSK A 63 SRKIN 18X160 63 18.00 33.00 42.00 160.00 134.0 57.00 39.0 50.0 M12 6.00 1.82
HSK A 63 SRKIN 18X95 63 18.00 33.00 42.00 95.00 69.0 57.00 39.0 50.0 M12 6.00 1.14
HSK A 63 SRKIN 20X100 63 20.00 33.00 42.00 100.00 74.0 57.00 41.0 52.0 M16 8.00 1.11
HSK A 63 SRKIN 20X120 63 20.00 33.00 42.00 120.00 94.0 57.00 41.0 52.0 M16 8.00 1.33
HSK A 63 SRKIN 20X160 63 20.00 33.00 42.00 160.00 134.0 57.00 41.0 52.0 M16 8.00 1.77
HSK A 63 SRKIN 20X75 63 20.00 33.00 41.00 75.00 49.0 - 41.0 50.0 - - 0.93
HSK A 63 SRKIN 25X115 63 25.00 44.00 53.00 115.00 89.0 55.00 47.0 58.0 M16 8.00 1.70
HSK A 63 SRKIN 25X85 63 25.00 44.00 53.00 85.00 59.0 - 47.0 58.0 - - 1.27
HSK A 63 SRKIN 32X120 63 32.00 44.00 53.00 120.00 94.0 55.00 47.0 58.0 M16 8.00 1.68
HSK A 63 SRKIN 32X85 63 32.00 44.00 53.00 85.00 59.0 - 47.0 58.0 - - 1.11
HSK A 100 SRKIN 6X 85 100 6.00 21.00 27.00 85.00 56.0 38.00 25.0 36.0 M5 2.50 2.18
HSK A 100 SRKIN 6X120 100 6.00 21.00 27.00 120.00 91.0 38.00 25.0 36.0 M5 2.50 2.32
HSK A 100 SRKIN 6X160 100 6.00 21.00 27.00 160.00 131.0 38.00 25.0 36.0 M6 3.00 2.54
HSK A 100 SRKIN 8X 85 100 8.00 21.00 27.00 85.00 56.0 38.00 25.0 36.0 M6 3.00 2.16
HSK A 100 SRKIN 8X120 100 8.00 21.00 27.00 120.00 91.0 38.00 25.0 36.0 M6 3.00 2.36
HSK A 100 SRKIN 8X160 100 8.00 21.00 27.00 160.00 131.0 38.00 25.0 36.0 M6 3.00 2.55
HSK A 100 SRKIN 10X 90 100 10.00 24.00 32.00 90.00 61.0 51.00 31.0 42.0 M8 4.00 2.24
HSK A 100 SRKIN 10X120 100 10.00 24.00 32.00 120.00 91.0 51.00 31.0 42.0 M8 4.00 2.43
HSK A 100 SRKIN 10X160 100 10.00 24.00 32.00 160.00 131.0 51.00 31.0 42.0 M8 4.00 2.71
HSK A 100 SRKIN 12X 95 100 12.00 24.00 32.00 95.00 66.0 51.00 36.0 47.0 M10 5.00 2.28
HSK A 100 SRKIN 12X120 100 12.00 24.00 32.00 120.00 91.0 51.00 36.0 47.0 M10 5.00 2.47
HSK A 100 SRKIN 12X160 100 12.00 24.00 32.00 160.00 131.0 51.00 36.0 47.0 M10 5.00 2.70
HSK A 100 SRKIN 14X 95 100 14.00 27.00 34.00 95.00 66.0 45.00 36.0 47.0 M10 5.00 2.27
HSK A 100 SRKIN 14X120 100 14.00 27.00 34.00 120.00 91.0 45.00 36.0 47.0 M10 5.00 2.51
HSK A 100 SRKIN 14X160 100 14.00 27.00 34.00 160.00 131.0 45.00 36.0 47.0 M10 5.00 2.79
HSK A 100 SRKIN 16X100 100 16.00 27.00 34.00 100.00 71.0 45.00 39.0 50.0 M12 6.00 2.35
HSK A 100 SRKIN 16X120 100 16.00 27.00 34.00 120.00 91.0 45.00 39.0 50.0 M12 6.00 2.50
HSK A 100 SRKIN 16X160 100 16.00 27.00 34.00 160.00 131.0 45.00 39.0 50.0 M12 6.00 2.74
HSK A 100 SRKIN 18X100 100 18.00 33.00 42.00 100.00 71.0 57.00 39.0 50.0 M12 6.00 2.50
HSK A 100 SRKIN 18X160 100 18.00 33.00 42.00 160.00 131.0 57.00 39.0 50.0 M12 6.00 3.14
HSK A 100 SRKIN 20X105 100 20.00 33.00 42.00 105.00 76.0 57.00 41.0 52.0 M16 8.00 2.50
HSK A 100 SRKIN 20X120 100 20.00 33.00 42.00 120.00 91.0 57.00 41.0 52.0 M16 8.00 1.20
HSK A 100 SRKIN 20X160 100 20.00 33.00 42.00 160.00 131.0 57.00 41.0 52.0 M16 8.00 3.21
HSK A 100 SRKIN 25X115 100 25.00 44.00 53.00 115.00 86.0 57.00 47.0 58.0 M16 8.00 3.04
HSK A 100 SRKIN 32X120 100 32.00 44.00 53.00 120.00 91.0 57.00 47.0 58.0 M16 8.00 2.99
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Use only inductive heating device for SRKIN holders
(1) Adjustment screw hexagon key size
HSK A-SRKIN
Thermal Shrink Chucks with HSK
DIN69893 Form A Tapered Shanks
983 983 956-957 951-953 984
ISCAR
872
DIN 69893 HSK A/E
D1
Lmax
Lmin
4°30’
M6
d2
D2
J
L Ref.
L1 Ref.
L3 Ref.
SS
A0.003A 50-52 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) kg
HSK FM63 SRKIN 6X80 63 6.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M5 2.50 0.83
HSK FM63 SRKIN 8X80 63 8.00 21.00 27.00 80.00 54.0 38.00 25.0 36.0 M6 3.00 0.88
HSK FM63 SRKIN 10X85 63 10.00 24.00 32.00 85.00 59.0 50.50 31.0 42.0 M8 4.00 0.89
HSK FM63 SRKIN 12X90 63 12.00 24.00 32.00 90.00 64.0 50.50 36.0 47.0 M10 5.00 0.91
HSK FM63 SRKIN 14X90 63 14.00 27.00 34.00 90.00 64.0 44.50 36.0 47.0 M10 5.00 0.96
HSK FM63 SRKIN 16X95 63 16.00 27.00 34.00 95.00 69.0 44.50 39.0 50.0 M12 6.00 0.95
HSK FM63 SRKIN 18X95 63 18.00 33.00 42.00 95.00 69.0 57.00 39.0 50.0 M12 6.00 1.13
HSK FM63 SRKIN 20X100 63 20.00 33.00 42.00 100.00 74.0 57.00 41.0 52.0 M16 8.00 1.14
HSK FM63 SRKIN 25X115 63 25.00 44.00 52.70 115.00 89.0 55.00 47.0 58.0 M16 8.00 1.72
HSK FM63 SRKIN 32X120 63 32.00 44.00 52.70 120.00 94.0 55.00 47.0 58.0 M16 8.00 1.67
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • For solid carbide, HSS and steel tools • Use only inductive
heating device for SRKIN holders • The anti slip pins can be removed, turning the toolholder into a standard HSK F 63 type • ISCAR can guarantee an unbalance
value of no more than 1 gr x mm
(1) Hex key size for the rear stopper screw
HSK FM-SRKIN
Thermal Shrink Chucks with HSK
DIN69893 FM Tapered Shanks
with Two Pins for MAKINO
Machine Models MAG Series A
983 983 956-957 951-953 984
873
DIN 69893 HSK A/E
SS
LL1
J
L3
d2D1
4˚
Lmin
Lmax
D2
A0.003A 50-52 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) kg
HSK E 32 SRK 3X 45 32 3.00 10.00 13.00 65.00 45.0 30.00 10.0 16.0 M4 2.00 0.17
HSK E 32 SRK 4X 45 32 4.00 10.00 15.00 65.00 45.0 35.00 12.0 18.0 M5 2.00 0.17
HSK E 32 SRK 5X 45 32 5.00 10.00 15.00 65.00 45.0 35.00 15.0 25.0 M4 2.00 0.17
HSK E 32 SRK 6X45 32 6.00 11.00 16.00 65.00 45.0 35.00 18.0 28.0 M4 2.00 0.17
HSK E 32 SRK 8X 45 32 8.00 14.00 20.00 65.00 45.0 42.00 25.0 35.0 M4 2.00 0.19
HSK E 32 SRK 10X 45 32 10.00 16.00 22.00 65.00 45.0 42.00 30.0 40.0 M4 2.00 0.20
HSK E 32 SRK 12X 45 32 12.00 20.00 25.00 65.00 45.0 35.60 32.0 40.0 M4 2.00 0.23
HSK E 40 SRK 3X 45 40 3.00 10.00 13.00 65.00 45.0 30.00 10.0 16.0 M5 2.50 0.24
HSK E 40 SRK 3X 80 40 3.00 10.00 19.00 100.00 80.0 64.00 10.0 16.0 M5 2.50 0.30
HSK E 40 SRK 4X 45 40 4.00 10.00 15.00 65.00 45.0 35.00 12.0 18.0 M5 2.50 0.24
HSK E 40 SRK 4X 80 40 4.00 10.00 19.00 100.00 80.0 64.00 12.0 18.0 M5 2.50 0.31
HSK E 40 SRK 5X 45 40 5.00 10.00 15.00 65.00 45.0 35.00 15.0 25.0 M4 2.00 0.24
HSK E 40 SRK 5X 80 40 5.00 10.00 19.00 100.00 80.0 64.00 15.0 25.0 M4 2.00 0.32
HSK E 40 SRK 6X 45 40 6.00 11.00 16.00 65.00 45.0 35.00 18.0 28.0 M5 2.50 0.23
HSK E 40 SRK 6X 80 40 6.00 11.00 20.00 100.00 80.0 64.00 18.0 28.0 M5 2.50 0.32
HSK E 40 SRK 8X 45 40 8.00 14.00 20.00 65.00 45.0 42.00 25.0 35.0 M5 2.50 0.27
HSK E 40 SRK 8X 80 40 8.00 14.00 23.00 100.00 80.0 64.00 25.0 35.0 M6 3.00 0.37
HSK E 40 SRK 10X 45 40 10.00 16.00 22.00 65.00 45.0 42.00 30.0 40.0 M5 2.50 0.27
HSK E 40 SRK 10X 80 40 10.00 16.00 24.50 100.00 80.0 60.00 30.0 40.0 M8 4.00 0.39
HSK E 40 SRK 12X 45 40 12.00 20.00 26.00 65.00 45.0 42.00 32.0 42.0 M5 2.50 0.32
HSK E 40 SRK 12X 80 40 12.00 20.00 28.00 100.00 80.0 56.00 32.0 42.0 M10 5.00 0.46
HSK E 50 SRK 3X 45 50 3.00 10.00 15.00 71.00 45.0 36.00 10.0 16.0 M5 2.50 0.45
HSK E 50 SRK 3X 80 50 3.00 10.00 19.00 106.00 80.0 64.00 10.0 16.0 M5 2.50 0.51
HSK E 50 SRK 4X 45 50 4.00 10.00 15.00 71.00 45.0 36.00 12.0 18.0 M5 2.50 0.49
HSK E 50 SRK 4X 80 50 4.00 10.00 19.00 106.00 80.0 64.00 12.0 18.0 M5 2.50 0.50
HSK E 50 SRK 5X 45 50 5.00 10.00 15.00 71.00 45.0 36.00 15.0 25.0 M6 3.00 0.32
HSK E 50 SRK 5X 80 50 5.00 10.00 19.00 106.00 80.0 64.00 15.0 25.0 M6 3.00 0.51
HSK E 50 SRK 6X 45 50 6.00 11.00 16.00 71.00 45.0 36.00 18.0 28.0 M5 2.50 0.45
HSK E 50 SRK 6X 80 50 6.00 11.00 20.00 106.00 80.0 64.00 18.0 28.0 M5 2.50 0.51
HSK E 50 SRK 8X 45 50 8.00 14.00 20.00 71.00 45.0 43.00 25.0 35.0 M6 3.00 0.47
HSK E 50 SRK 8X 80 50 8.00 14.00 23.00 106.00 80.0 64.00 25.0 35.0 M6 3.00 0.56
HSK E 50 SRK 10X 45 50 10.00 16.00 22.00 71.00 45.0 42.00 30.0 40.0 M6 3.00 0.48
HSK E 50 SRK 10X 80 50 10.00 16.00 24.50 106.00 80.0 60.00 30.0 40.0 M8 4.00 0.60
HSK E 50 SRK 12X 45 50 12.00 20.00 26.00 76.00 45.0 42.00 32.0 42.0 M6 3.00 0.50
HSK E 50 SRK 12X 80 50 12.00 20.00 28.00 106.00 80.0 57.00 32.0 42.0 M10 5.00 0.60
HSK E 63 SRK 3X 50 63 3.00 10.00 17.00 76.00 50.0 48.00 10.0 16.0 M6 3.00 0.72
HSK E 63 SRK 3X 80 63 3.00 10.00 19.00 106.00 80.0 64.00 10.0 16.0 M6 3.00 0.78
HSK E 63 SRK 4X 50 63 4.00 10.00 17.00 76.00 50.0 48.00 12.0 18.0 M6 3.00 0.71
HSK E 63 SRK 4X 80 63 4.00 10.00 19.00 106.00 80.0 64.00 12.0 18.0 M6 3.00 0.77
HSK E 63 SRK 5X 50 63 5.00 10.00 15.00 71.00 50.0 47.00 15.0 21.0 M6 3.00 0.72
HSK E 63 SRK 5X 80 63 5.00 10.00 19.00 106.00 80.0 64.00 15.0 21.0 M6 3.00 0.78
HSK E 63 SRK 6X 50 63 6.00 11.00 18.00 76.00 50.0 48.00 18.0 24.0 M8 4.00 0.70
HSK E 63 SRK 6X 80 63 6.00 11.00 20.00 106.00 80.0 64.00 18.0 24.0 M8 4.00 0.78
HSK E 63 SRK 8X 50 63 8.00 14.00 21.00 76.00 50.0 48.00 25.0 35.0 M6 3.00 0.74
HSK E 63 SRK 8X 60 63 8.00 14.00 20.00 86.00 60.0 43.30 25.0 36.0 M6 3.00 0.77
HSK E 63 SRK 8X 80 63 8.00 14.00 23.00 106.00 80.0 64.00 25.0 35.0 M6 3.00 0.83
HSK E 63 SRK 10X 50 63 10.00 16.00 23.00 76.00 50.0 48.00 30.0 40.0 M8 4.00 0.65
HSK E 63 SRK 10X 80 63 10.00 16.00 24.50 106.00 80.0 60.00 30.0 40.0 M8 4.00 0.86
HSK E 63 SRK 10X 85 63 10.00 16.00 24.50 111.00 85.0 60.70 30.0 41.0 M8 4.00 0.88
HSK E 63 SRK 12X 50 63 12.00 20.00 27.00 76.00 50.0 48.00 32.0 42.0 M8 4.00 0.78
HSK E 63 SRK 12X 80 63 12.00 20.00 28.00 106.00 80.0 57.00 32.0 42.0 M10 5.00 0.90
HSK E 63 SRK 12X 90 63 12.00 20.00 28.00 116.00 90.0 57.00 32.0 43.0 M10 5.00 0.98
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • To be used for carbide tools only.
(1) Adjustment screw hexagon key size
HSK E-SRK
Thermal Chuck Collets with HSK
DIN69893 Form E Tapered Shanks
for Solid Carbide Tools Only
983 983 956-957 951-953
ISCAR
874
DIN 69893 HSK A/E
4˚
Lmin
d2D1
L
L1
Lmax
D2
SS
J
L3
A0.003A 50-52 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) kg
HSK A 63 SRK 3X50 63 3.00 10.00 17.00 76.00 50.0 - 10.0 16.0 M6 3.00 0.68
HSK A 63 SRK 3X85 63 3.00 10.00 21.00 111.00 85.0 79.00 10.0 16.0 M6 3.00 0.74
HSK A 63 SRK 4X50 63 4.00 10.00 17.00 76.00 50.0 - 12.0 18.0 M6 3.00 0.68
HSK A 63 SRK 4X85 63 4.00 10.00 21.00 111.00 85.0 79.00 12.0 18.0 M6 3.00 0.73
HSK A 63 SRK 5X50 63 5.00 10.00 17.00 76.00 50.0 - 15.0 21.0 M6 3.00 0.68
HSK A 63 SRK 5X85 63 5.00 10.00 21.00 111.00 85.0 79.00 15.0 21.0 M6 3.00 0.76
HSK A 63 SRK 6X50 63 6.00 11.00 18.00 76.00 50.0 - 18.0 24.0 M8 4.00 0.67
HSK A 63 SRK 6X85 63 6.00 11.00 22.00 111.00 85.0 79.00 18.0 24.0 M8 4.00 0.74
HSK A 63 SRK 8X50 63 8.00 14.00 20.00 76.00 50.0 43.00 25.0 36.0 M6 3.00 0.71
HSK A 63 SRK 8X85 63 8.00 14.00 23.00 111.00 85.0 64.00 25.0 36.0 M6 3.00 0.80
HSK A 63 SRK 10X50 63 10.00 16.00 23.00 76.00 50.0 - 30.0 41.0 M8 4.00 0.72
HSK A 63 SRK 10X85 63 10.00 16.00 26.00 111.00 85.0 72.00 30.0 41.0 M8 4.00 0.82
HSK A 63 SRK 12X50 63 12.00 20.00 27.00 76.00 50.0 - 32.0 43.0 M8 4.00 0.75
HSK A 63 SRK 12X85 63 12.00 20.00 30.00 111.00 85.0 72.00 32.0 43.0 M8 4.00 0.92
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • To be used for carbide tools only.
(1) Key for the adjustment screw.
HSK A-SRK
Thermal Chuck Collets with HSK
DIN69893 Form A Tapered Shanks
for Solid Carbide Tools Only
L
d
L2
D1
L1
SS
A0.005A 58-60 HRc
G2.5
15,000 RPM
U<1.0 gmm
Designation SS d D1L L1L2kg
HSK E 40 SEM 16X50 40 16.00 38.00 50.00 30.0 17.00 0.45
HSK E 40 SEM 22X50 40 22.00 47.00 50.00 30.0 19.00 0.54
HSK E 50 SEM 22X 60 50 22.00 47.00 60.00 34.0 19.00 0.85
HSK E 63 SEM 16X 50 63 16.00 38.00 50.00 24.0 17.00 0.90
HSK E 63 SEM 22X 50 63 22.00 47.00 50.00 24.0 19.00 1.03
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK E-SEM
ISO 3937 Shell Mill Holders with HSK
E DIN69893 Form E Tapered Shanks
983 983 956-957 951-953
981 983 983
875
DIN 69893 HSK A/E
dD1
LL2
L1
SS
.
A0.005A 58-60 HRc
G2.5
G6.3
HSK 40,50,63=15,000
RPM
HSK 100=12,000
RPM
U<1.0 gmm
Designation SS d D1L L2L1kg
HSK A 40 SEM 27 40 27.00 58.00 55.00 21.00 35.0 0.90
HSK A 50 SEM 16X 50 50 16.00 38.00 50.00 17.00 24.0 0.60
HSK A 50 SEM 22X 60 50 22.00 47.00 60.00 19.00 34.0 0.80
HSK A 50 SEM 27X 60 50 27.00 58.00 60.00 21.00 34.0 0.96
HSK A 63 SEM 16X50 63 16.00 38.00 50.00 17.00 24.0 0.86
HSK A 63 SEM 22X50 63 22.00 47.00 50.00 19.00 24.0 0.60
HSK A 63 SEM 27X60 63 27.00 58.00 60.00 21.00 34.0 1.30
HSK A 63 SEM 32X60 63 32.00 66.00 60.00 24.00 34.0 1.41
HSK A 63 SEM 40X60 63 40.00 82.00 60.00 27.00 24.0 1.76
HSK A 100 SEM 22X 50 100 22.00 47.00 50.00 19.00 21.0 2.30
HSK A 100 SEM 27X 50 100 27.00 58.00 50.00 21.00 21.0 2.48
HSK A 100 SEM 32X 50 100 32.00 66.00 50.00 24.00 21.0 2.63
HSK A 100 SEM 40X 60 100 40.00 82.00 60.00 27.00 31.0 3.37
HSK A 100 SEM 50X 70 100 50.00 95.00 70.00 30.00 41.0 4.29
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-SEM
ISO 3937 Shell Mill Holders with HSK
DIN69893 Form A Tapered Shanks
dD1
L2
LL1
SS
A0.005A 58-60 HRc
G2.5
33,000 RPM
U<1.0 gmm
Designation SS d L D1L2L1kg
HSK FM63 SEM 22X60 63 22.00 60.00 47.00 19.00 34.0 1.13
HSK FM63 SEM 32X60 63 32.00 60.00 66.00 24.00 34.0 1.45
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • The orientation pins can be removed, turning the toolholder
into a standard HSK F63 type
HSK FM-SEM
Shell Mill Adapters with HSK
DIN69893 FM Tapered Shanks
with Two Pins for MAKINO
Machine Models MAG Series A
SS
L2
L
dD
1
G1
D5
.
A0.005A 58-60 HRc
Designation SS d D1L L2D5G1kg
HSK A 100 FM 60X 70 100 60.00 128.00 70.00 40.00 101.60 M16 5.77
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Peripheral clamping screws are not supplied.
HSK A-FM
DIN 6353 Face Mill Holders with HSK
DIN69893 Form A Tapered Shanks
981
981
983
988
983
983
981
983
ISCAR
876
DIN 69893 HSK A/E
SS
L
CSI
L5
A0.003A 58-60 HRc
Designation SS CSI L L5kg
C4 AD HSK A 63WHX080 63 40 80.00 54.00 1.10
C5 AD HSK A63WH X90 63 50 90.00 64.00 1.44
C5 AD HSK A 100WHX100 100 50 100.00 71.00 2.90
C6 AD HSK A100WH X110 100 63 110.00 81.00 3.61
C8 AD HSK A100WH X120 100 80 120.00 91.00 4.79
C8 AD HSK A125WH X130 125 80 130.00 101.00 6.50
• Note: To enable clamping the part to be attached, first remove the cooling tube
HSK-C#
CAMFIX (ISO 26623-1)
Holders with HSK DIN 69893
Form A Tapered Shanks
D1
L
L1
Tt˚
SS
A
0.01
A58-60 HRc
Designation SS Tt° D1L L1kg
HSK A 50 MT1X100 50 MT1 25.00 100.00 74.0 0.62
HSK A 50 MT2X120 50 MT2 32.00 120.00 94.0 0.80
HSK A 50 MT3X140 50 MT3 40.00 140.00 114.0 1.19
HSK A 63 MT1X110 63 MT1 25.00 110.00 84.0 0.92
HSK A 63 MT2X120 63 MT2 32.00 120.00 94.0 1.09
HSK A 63 MT3X140 63 MT3 40.00 140.00 114.0 1.45
HSK A 63 MT4X160 63 MT4 48.00 160.00 134.0 1.89
HSK A 100 MT1X110 100 MT1 25.00 110.00 81.0 2.27
HSK A 100 MT2X120 100 MT2 32.00 120.00 91.0 2.39
HSK A 100 MT3X150 100 MT3 40.00 150.00 121.0 2.83
HSK A 100 MT4X170 100 MT4 48.00 170.00 141.0 3.31
HSK A 100 MT5X200 100 MT5 63.00 200.00 171.0 4.60
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-MT
DIN 6383/DIN 228-2 Form D Tang
Morse Taper Adapters with DIN
69893/A HSK Tapered Shanks
SS
LL1
d D
1
L2
L3
A0.005A 58-60 HRc
G2.5
15,000 RPM
U<1.0 gmm
Designation SS d D1L L1L2L3kg
HSK A 50 SEMC 16X50 50 16.00 32.00 50.00 24.0 17.00 27.00 0.80
HSK A 50 SEMC 27X65 50 27.00 48.00 65.00 39.0 21.00 33.00 0.80
HSK A 63 SEMC 16X60 63 16.00 32.00 60.00 34.0 17.00 27.00 0.82
HSK A 63 SEMC 22X60 63 22.00 40.00 60.00 34.0 19.00 31.00 0.91
HSK A 63 SEMC 27X60 63 27.00 48.00 60.00 34.0 21.00 33.00 1.00
HSK A 63 SEMC 32X60 63 32.00 58.00 60.00 34.0 24.00 38.00 1.13
HSK A 63 SEMC 40X70 63 40.00 70.00 70.00 44.0 27.00 41.00 1.52
HSK A 100 SEMC 16X60 100 16.00 32.00 60.00 31.0 17.00 27.00 2.17
HSK A 100 SEMC 22X60 100 22.00 40.00 60.00 31.0 19.00 31.00 2.24
HSK A 100 SEMC 27X60 100 27.00 48.00 60.00 31.0 21.00 33.00 2.35
HSK A 100 SEMC 32X60 100 32.00 58.00 60.00 31.0 24.00 38.00 2.50
HSK A 100 SEMC 40X70 100 40.00 70.00 70.00 41.0 27.00 41.00 3.04
HSK A 100 SEMC 50X80 100 50.00 90.00 80.00 51.0 30.00 46.00 4.03
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Axial driving key is not supplied. • When mounting slitting
cutters, remove the driving ring and use spacer rings. • Verify that the weight of the entire tool assembly does not exceed the machine spindle's carrying capability.
For tools, see pages: GM-DG (314) • MTF D(Shell Mill) (360) • MTFL (360)
HSK A-SEMC
DIN 6358 COMBI Shell Mill
Holders with HSK DIN 69893
Form A Tapered Shanks
983 983
983 983
989
981 982
877
DIN 69893 HSK A/E
LL2
D1
d
SS
L1
A0.005A AT3 Taper 58-60 HRc
G2.5
HSK A 63=20,000
RPM
HSK A100=15,000 RPM
U<1.0 gmm
Designation SS d D1L L1L2kg
HSK A 63 SEM 16X100C 63 16.00 38.00 100.00 74.0 17.00 1.16
HSK A 63 SEM 16X50C 63 16.00 38.00 50.00 24.0 17.00 0.84
HSK A 63 SEM 22X100C 63 22.00 47.00 100.00 74.0 19.00 1.68
HSK A 63 SEM 22X50C 63 22.00 47.00 50.00 24.0 19.00 0.97
HSK A 63 SEM 27X100C 63 27.00 58.00 100.00 74.0 21.00 2.00
HSK A 63 SEM 27X60C 63 27.00 58.00 60.00 34.0 21.00 1.28
HSK A 63 SEM 32X60C 63 32.00 66.00 60.00 34.0 24.00 1.38
HSK A 100 SEM 16X100C 100 16.00 38.00 100.00 71.0 17.00 2.59
HSK A 100 SEM 16X50C 100 16.00 38.00 50.00 21.0 17.00 2.20
HSK A 100 SEM 22X100C 100 22.00 47.00 100.00 71.0 19.00 2.94
HSK A 100 SEM 22X50C 100 22.00 47.00 50.00 21.0 19.00 1.50
HSK A 100 SEM 27X100C 100 27.00 58.00 100.00 71.0 21.00 3.46
HSK A 100 SEM 27X50C 100 27.00 58.00 50.00 21.0 21.00 2.70
HSK A 100 SEM 32X100C 100 32.00 66.00 100.00 71.0 24.00 3.74
HSK A 100 SEM 32X50C 100 32.00 66.00 50.00 21.0 24.00 2.60
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Blanced to G2.5/ HSK A63=20,000 RPM HSK A100=15,000 RPM
HSK A-SEM-C
Advantages
• Prolonged insert life (especially when milling titanium and aluminum)
• Symmetrical design – may be used at high RPM
• Heavy duty driving keys for higher torque transfer
• Dramatically improved chip evacuation
• Improved surface finish
4 coolant outlets located on the
spigot, 90˚ from each other
4 coolant outlets at 90°
from each other on the
spigot diameter
Heavy duty driving
keys for higher torque
HSK A-SEM-C
Shell Mill Holders with Coolant
Holes and DIN69893 form
A HSK Tapered Shanks
0.05 1°
dmin
max
D1
D3
CSI
L
L
3
Ref.
L5
L1
SS
D2
58-60 HRc
G2.5
15,000 RPM
U<1.0 gmm
Designation SS CSI d min d max D1D2D3L L1L3L5kg
ADJ HSK A 63 D70 ER32 63 ER32 2.0 20.0 70.00 46.00 50.00 134.50 108.5 52.50 92.50 2.25
ADJ HSK A 100 D70 ER32 100 ER32 2.0 20.0 70.00 46.00 50.00 129.50 100.5 52.50 82.50 3.64
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • Radial adjustment 0.05 mm Angular adjustment 1°
Angular Adjustment
Radial Adjustment
ADJ HSK A-ER
DIN6499 ER Collet Chucks with
Center Alignment (FINEFIT) and
HSK DIN69893/A Tapered Shanks
989 981
989 947-950 983 983 841, 944-946
ISCAR
878
DIN 69893 HSK A/E
L1
D
1
J
d
2
L
L4
SS
.
58-60 HRc
Designation SS d2D1L L1L4Jkg
FITBORE HSK A 63 EM20 63 20.00 72.00 142.00 116.0 71.0 M10 3.54
FITBORE HSK A 63 EM25 63 25.00 72.00 142.00 116.0 71.0 M10 3.43
FITBORE HSK A 63 EM32 63 32.00 72.00 142.00 116.0 71.0 M10 3.65
FITBORE HSK A 63 EM40 63 40.00 72.00 142.00 116.0 71.0 M10 3.20
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
Max:
D+1.3
Min:
D-0.3
FITBORE HSK A-EM
Center Offset Adjusting Holders with
HSK DIN 69893/A Tapered Shanks
L
L1CSI
D1
SS
.
A0.003A 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI L L1D1kg
HSK A 63 ER32 CLICK-IN 63 32 SRF 85.00 59.0 41.00 1.06
HSK A 100 ER32 CLICK-IN 100 32 SRF 90.00 61.0 41.00 2.40
• Tightening torque: 24 Kgxm • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ER-CLICKIN
CLICKIN Quick Change
Connection Adapters with HSK
DIN 69893/A Tapered Shanks
L
d2D1
SS
L1
.
A0.003A 58-60 HRc
Designation SS d2L L1D1kg
HSK A 63 CF4-S 63 25.00 70.00 44.0 44.50 1.00
HSK A 80 CF4-S 80 25.00 73.00 47.0 44.50 1.50
HSK A 100 CF4-S 100 25.00 76.00 47.0 44.50 2.42
• Tightening torque: 6 Kgxm • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-CF (CLICKFIT)
Modular Connections (CLICKFIT) with
HSK DIN69893/A Tapered Shanks
989 840
989
990
959
927, 930
958
834
879
DIN 69893 HSK A/E
L
R
D2SS
L3
L1
Tsi
Designation SS Tsi D2L L1L3R
MM S-A-H050-HSK A63-T06 63 T06 9.25 50.00 24.0 18.00 6.0
MM S-A-H050-HSK A63-T08 63 T08 11.60 50.00 24.0 18.00 6.0
MM S-A-H055-HSK A63-T10 63 T10 15.30 55.00 29.0 23.00 6.0
MM S-A-H055-HSK A63-T12 63 T12 18.30 55.00 29.0 23.00 6.0
MM S-A-H060-HSK A63-T15 63 T15 23.90 60.00 34.0 28.00 6.0
• Do not apply lubricant to the threaded connection • For adaptation options, see page 925
MM S-A-HSK
MULTI-MASTER Threaded
Connection Shanks with an
Integral HSK DIN 69893 Form
A Tapered Adaptation
10
LL1
L3
SS D1
D2
Tsi
.
A0.003A 58-60 HRc
G2.5
G6.3
HSK A63=20,000
RPM
HSK A100=12,000
RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3kg
HSK A 63 ODP 6X109 63 M06 9.80 23.00 109.00 83.0 75.00 0.74
HSK A 63 ODP 6X59 63 M06 9.80 11.50 59.00 33.0 25.00 0.66
HSK A 63 ODP 8X109 63 M08 13.10 23.00 109.00 83.0 75.00 0.77
HSK A 63 ODP 8X59 63 M08 13.10 15.00 59.00 33.0 25.00 0.68
HSK A 63 ODP10X109 63 M10 18.00 28.00 109.00 83.0 75.00 0.87
HSK A 63 ODP10X59 63 M10 18.00 20.00 59.00 33.0 25.00 0.70
HSK A 63 ODP12X109 63 M12 21.00 31.00 109.00 83.0 75.00 0.93
HSK A 63 ODP12X59 63 M12 21.00 24.00 59.00 33.0 25.00 0.71
HSK A 63 ODP16X109 63 M16 29.00 34.00 109.00 83.0 75.00 1.05
HSK A 63 ODP16X59 63 M16 29.00 34.60 59.00 33.0 25.00 0.79
HSK A 100 ODP12X 87 100 M12 23.00 30.00 87.00 58.0 50.00 2.23
HSK A 100 ODP12X137 100 M12 23.00 30.00 137.00 108.0 100.00 2.58
HSK A 100 ODP12X187 100 M12 23.00 40.00 187.00 158.0 150.00 2.86
HSK A 100 ODP12X237 100 M12 23.00 46.00 237.00 208.0 200.00 3.40
HSK A 100 ODP16X 87 100 M16 29.00 31.50 87.00 58.0 50.00 2.20
HSK A 100 ODP16X137 100 M16 29.00 41.50 137.00 108.0 100.00 2.68
HSK A 100 ODP16X187 100 M16 29.00 55.00 187.00 158.0 150.00 3.58
HSK A 100 ODP16X237 100 M16 29.00 55.00 237.00 208.0 200.00 4.07
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK A-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation with
HSK DIN69893/A Tapered Shanks
983 983 925 927-929
ISCAR
880
DIN 69893 HSK A/E
L
L1
L3
Tsi D1
10
SS
D2
A0.003A 58-60 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS Tsi D1D2L L1L3kg
HSK E 40 ODP10X 53 40 M10 18.00 20.00 53.00 33.0 25.00 0.26
HSK E 40 ODP10X103 40 M10 18.00 28.00 103.00 83.0 75.00 0.30
HSK E 40 ODP12X 53 40 M12 21.00 24.00 53.00 33.0 25.00 0.28
HSK E 40 ODP12X103 40 M12 21.00 31.00 103.00 83.0 75.00 0.35
HSK E 50 ODP10X 59 50 M10 18.00 20.00 59.00 33.0 25.00 0.46
HSK E 50 ODP10X109 50 M10 18.00 28.00 109.00 83.0 75.00 0.65
HSK E 50 ODP12X 59 50 M12 21.00 24.00 59.00 33.0 25.00 0.48
HSK E 50 ODP12X109 50 M12 21.00 31.00 109.00 83.0 75.00 0.71
HSK E 50 ODP16X 59 50 M16 29.00 34.00 59.00 33.0 25.00 0.35
HSK E 50 ODP16X109 50 M16 29.00 34.00 109.00 83.0 75.00 0.85
HSK E 63 ODP10X 59 63 M10 18.00 20.00 59.00 33.0 25.00 0.75
HSK E 63 ODP10X109 63 M10 18.00 28.00 109.00 83.0 75.00 0.96
HSK E 63 ODP12X 59 63 M12 21.00 24.00 59.00 33.0 25.00 0.77
HSK E 63 ODP12X109 63 M12 21.00 31.00 109.00 83.0 75.00 0.96
HSK E 63 ODP16X109 63 M16 29.00 34.00 109.00 83.0 75.00 1.10
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
HSK E-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation with
HSK DIN69893/E Tapered Shanks
SS
L1
L
D1
D2
L3
.
58-60 HRc
Designation SS D1D2L L1L3kg
HSK A 50 B16MN 100 50 53.00 41.80 100.00 74.0 58.00 1.56
HSK A 50 B16MN 200 50 53.00 41.80 200.00 174.0 158.00 3.29
HSK A 63 B16MN 100 63 63.00 52.80 100.00 74.0 55.50 2.31
HSK A 63 B16MN 200 63 63.00 52.80 200.00 174.0 155.50 4.75
HSK A 100 B16MN 100 100 102.00 85.00 100.00 71.0 54.80 6.22
HSK A 100 B16MN 200 100 102.00 85.00 200.00 171.0 154.80 12.90
• Material: Case hardened alloy steel, nose core hardness 22-30 HRC, nose surface hardness 57-60 HRC • Tensile strength: min 760 Mpa
HSK A-B-MN (blanks)
Blanks with HSK DIN69893/A
Tapered Shanks
983 983 925 927-929
881
CAMFIX DIN 26623-1
CAMFIX DIN 26623-1
ISCAR
882
CAMFIX DIN 26623-1
l7
l8A
A-A C-C
A
C
d4
d2
l2l3
l6
l11
l1
d5
d1
b2
Dm
2e
C
CAMFIX b2d1 ±0.1 d2d4d5 ±0.1 Dme l1l2 ±0.1 l3 min l6 ±0.15 l7 ±0.15 l8 min l11 ±0.1
C3 28,3 32 15 M12x1.5 3,6 22 0,7 2,5 19 15 6 13 25 8
C4 35,3 40 18 M14x1.5 4,6 28 0,9 2,5 24 20 8 15 30 11,5
C5 44,4 50 21 M16x1.5 6,1 35 1,12 3 30 20 10 20 37 14
C6 55,8 63 28 M20x2 8,1 44 1,4 3 38 22 12 27 47 15,5
C8 71,1 80 32 M20x2 9,1 55 2 3 48 30 12 28 48 25
C8X
88,7 100 32 M20x2 9,1 55 2 3 48 32 16 28 48 25
CAMFIX ISO 26623-1
Toolholder Standard
Alignment point of the toolholder with extensions
(for modular systems)
Coolant
technologic hole
Magazine
and spindle
positioning groove
V-groove for ATC
(Automatic Tool Change) arm
Features
•
Symmetrical design: Due to the symmetrical design,
the torque load is distributed on the polygon, providing a self-centering effect.
•
Rigidity: The CAMFIX clamping mechanism is extremely rigid against bending forces.
•
Accuracy: The taper and face contact ensure high repeatability within 2 microns,
when operated with an automatic tool changer.
CAMFIX -
ISO 26623-1
Standard Quick Change
Shanks
883
CAMFIX DIN 26623-1
Preset screw
Face contact Locking jaws
Locking jaws are not
located correctly
No face contact
ER chucks
A special washer is installed as a permanent stopper.
CAMFIX Chucking Instructions
Please be careful when clamping cylindrical shank
cutting tools into CAMFIX holders such as ER
collet chucks or EM holders. In cases when the
diameter of the shank is smaller than the CAMFIX
through hole, it may penetrate into the drawbar
mechanism area and prevent proper clamping.
In order to prevent too deep insertion of the
cutting tools, the short length ER16, 20, 25, 32,
40 collet chucks and EM 6-50 mm endmill holders
are equipped with permanent stoppers.
Correct clamping
Use a preset screw to prevent the cutter shank from
entering into the clamping mechanism zone, so the
drawbar locking jaws can function correctly.
Wrong clamping
The cutter shank enters into the locking mechanism
zone, preventing the drawbar locking jaws to
reach their correct clamping position.
Stopper washer
✘✔
INTRODUCTION
ISCAR
884
CAMFIX DIN 26623-1
dmin
max
D3
CSI
J
SS
L1 Ref
L Ref
A0.003A 58-60 HRc
Designation SS CSI d min d max D3L L1Jkg
C3 ER16X45 32 ER16 1.0 10.0 28.00 45.00 30.0 M10 0.20
C3 ER20X45 32 ER20 1.0 13.0 34.00 45.00 30.0 - 0.22
C4 ER16X 70 40 ER16 1.0 10.0 28.00 70.00 50.0 M10 0.38
C4 ER20X 35 (1) 40 ER20 1.0 13.0 34.00 35.00 27.0 - 0.16
C4 ER20X 52 40 ER20 1.0 13.0 34.00 52.00 32.0 - 0.29
C4 ER25X 38 (1) 40 ER25 1.0 16.0 42.00 38.00 30.0 - 0.18
C4 ER25X 52 40 ER25 1.0 16.0 42.00 52.00 32.0 - 0.30
C4 ER32X 54 40 ER32 2.0 20.0 50.00 54.00 34.0 - 0.48
C5 ER16X100 50 ER16 1.0 10.0 28.00 100.00 80.0 M10 0.78
C5 ER16X130 50 ER16 1.0 10.0 28.00 130.00 110.0 M10 0.79
C5 ER20X055 50 ER20 1.0 13.0 34.00 55.00 35.0 - 0.50
C5 ER20X100 50 ER20 1.0 13.0 34.00 100.00 80.0 M12 0.79
C5 ER20X130 50 ER20 1.0 13.0 34.00 130.00 110.0 M12 0.97
C5 ER25X055 50 ER25 1.0 16.0 42.00 55.00 35.0 - 0.52
C5 ER25X100 50 ER25 1.0 16.0 42.00 100.00 80.0 M16 0.93
C5 ER32X057 50 ER32 2.0 20.0 50.00 57.00 36.0 - 0.50
C5 ER32X100 50 ER32 2.0 20.0 50.00 100.00 36.0 M22X1.5 1.05
C6 ER16X100 63 ER16 1.0 10.0 28.00 100.00 78.0 M10 0.99
C6 ER16X130 63 ER16 1.0 10.0 28.00 130.00 108.0 M10 1.12
C6 ER16X160 63 ER16 1.0 10.0 28.00 160.00 138.0 M10 1.24
C6 ER20X060 63 ER20 1.0 13.0 34.00 60.00 38.0 - 0.84
C6 ER20X100 63 ER20 1.0 13.0 34.00 100.00 78.0 M12 1.09
C6 ER20X130 63 ER20 1.0 13.0 34.00 130.00 108.0 M12 1.26
C6 ER20X160 63 ER20 1.0 13.0 34.00 160.00 138.0 M12 1.47
C6 ER25X060 63 ER25 1.0 16.0 42.00 60.00 38.0 - 0.86
C6 ER25X100 63 ER25 1.0 16.0 42.00 100.00 78.0 M16 1.39
C6 ER25X130 63 ER25 1.0 16.0 42.00 130.00 108.0 M16 1.68
C6 ER25X160 63 ER25 1.0 16.0 42.00 160.00 138.0 M16 1.83
C6 ER32X060 63 ER32 2.0 20.0 50.00 60.00 36.0 - 1.06
C6 ER32X100 63 ER32 2.0 20.0 50.00 100.00 78.0 M22X1.5 1.38
C6 ER32X130 63 ER32 2.0 20.0 50.00 130.00 108.0 M22X1.5 1.75
C6 ER32X160 63 ER32 2.0 20.0 50.00 160.00 138.0 M22X1.5 2.21
C6 ER40X065 63 ER40 3.0 26.0 63.00 65.00 37.0 - 0.93
C6 ER40X100 63 ER40 3.0 26.0 63.00 100.00 78.0 M28X1.5 1.59
C6 ER40X130 63 ER40 3.0 26.0 63.00 130.00 108.0 M28X1.5 2.18
C8 ER32X 70 80 ER32 2.0 20.0 50.00 70.00 40.0 - 1.81
C8 ER32X100 80 ER32 2.0 20.0 50.00 100.00 70.0 M22x1.5 2.20
C8 ER32X160 80 ER32 2.0 20.0 50.00 160.00 130.0 M22x1.5 3.08
C8 ER40X 70 80 ER40 3.0 26.0 63.00 70.00 40.0 - 1.82
C8 ER40X100 80 ER40 3.0 26.0 63.00 100.00 70.0 M28x1.5 0.86
C8 ER40X160 80 ER40 3.0 26.0 63.00 160.00 130.0 M28x1.5 3.80
(1) Without V grooves, for manual use only.
C#-ER
DIN 6499 ER Collet Chucks
with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
l7
l8A
A-A C-C
A
C
d4
d2
l2l3
l6
l11
l1
d5
d1
b2
Dm
2e
C
CAMFIX b2d1 ±0.1 d2d4d5 ±0.1 Dme l1l2 ±0.1 l3 min l6 ±0.15 l7 ±0.15 l8 min l11 ±0.1
C3 28,3 32 15 M12x1.5 3,6 22 0,7 2,5 19 15 6 13 25 8
C4 35,3 40 18 M14x1.5 4,6 28 0,9 2,5 24 20 8 15 30 11,5
C5 44,4 50 21 M16x1.5 6,1 35 1,12 3 30 20 10 20 37 14
C6 55,8 63 28 M20x2 8,1 44 1,4 3 38 22 12 27 47 15,5
C8 71,1 80 32 M20x2 9,1 55 2 3 48 30 12 28 48 25
C8X 88,7 100 32 M20x2 9,1 55 2 3 48 32 16 28 48 25
CAMFIX ISO 26623-1
Toolholder Standard
Alignment point of the toolholder with extensions
(for modular systems)
Coolant
technologic hole
Magazine
and spindle
positioning groove
V-groove for ATC
(Automatic Tool Change) arm
Features
• Symmetrical design: Due to the symmetrical design,
the torque load is distributed on the polygon, providing a self-centering effect.
• Rigidity: The CAMFIX clamping mechanism is extremely rigid against bending forces.
• Accuracy: The taper and face contact ensure high repeatability within 2 microns,
when operated with an automatic tool changer.
CAMFIX -
ISO 26623-1
Standard Quick Change
Shanks
979-980 981 947-950 980 944-946
885
CAMFIX DIN 26623-1
D3
JCSI
SS
L1 Ref
L Ref
dmin
max
A0.003A 58-60 HRc
Designation SS CSI d min d max D3L L1Jkg
C4 ER16X 70 M 40 ER16 0.5 10.0 22.00 70.00 50.0 M10 0.32 NUT ER16 MINI
C5 ER16X100 M 50 ER16 0.5 10.0 22.00 100.00 80.0 M10 0.57 NUT ER16 MINI
C5 ER16X130 M 50 ER16 0.5 10.0 22.00 130.00 110.0 M10 0.56 NUT ER16 MINI
C6 ER16X100 M 63 ER16 0.5 10.0 22.00 100.00 78.0 M10 0.90 NUT ER16 MINI
C6 ER16X130 M 63 ER16 0.5 10.0 22.00 130.00 108.0 M10 1.07 NUT ER16 MINI
C6 ER16X160 M 63 ER16 0.5 10.0 22.00 160.00 138.0 M10 1.07 NUT ER16 MINI
C#-ER-M
DIN 6499 ER Long Mini Collet Chucks
with CAMFIX (ISO 26623-1 standard)
Exchangeable Tapered Shanks
D3
dmin
max
D2
L1 Ref
L
SS
Lmin
L
max
Jd2
A0.003A 58-60 HRc
Designation SS d min(1) d2D3D2L L1L min L max Jkg
C5 MAXIN 20X100 50 6.0 20.00 51.00 53.00 96.00 75.0 55.0 67.0 M16 0.87
C6 MAXIN 20X95 63 6.0 20.00 51.00 53.00 96.00 73.0 55.0 67.0 M16 1.10
C6 MAXIN 32X115 63 6.0 32.00 69.00 70.00 115.00 93.0 70.0 82.0 M16 2.88
C8 MAXIN 20X95 80 6.0 20.00 51.00 53.00 96.00 65.0 55.0 67.0 M16 2.05
C8 MAXIN 32X115 80 6.0 32.00 69.00 70.00 115.00 85.0 70.0 82.0 M16 2.83
(1) By using a reduction collet
C#-MAXIN
MAXIN Power Chucks with
CAMFIX (ISO 26623-1 standard)
Exchangeable Shanks
M16x1.5
D1
d2
L1
L
SS
L5
A0.003A 58-60 HRc
Designation SS d2L L1L5D1Gkg
C5 CF4-S 50 25.00 60.00 40.0 35.00 44.50 M16 0.13 SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911
C6 CF4-S 63 25.00 70.00 48.0 32.00 44.50 M20 1.24 SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911
C#-CF4 (CLICKFIT)
CLICKFIT Modular Connections
with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
981 947-950 944-946 980
981 961-962, 983 838-839
983 834
ISCAR
886
CAMFIX DIN 26623-1
L1
L
SS
L1
L
d2
D1
D1SS
G
d
2
≥ 25
d2
A
0.005A 58-60 HRc
Designation SS d2D1L L1Gkg
C3 EM 6X45 32 6.00 25.00 45.00 25.0 M12 0.23 SR M6X10 DIN1835B HW 3.0*
C3 EM 8X45 32 8.00 28.00 45.00 25.0 M12 0.25 SR M8X10 DIN1835-B HW 4.0*
C3 EM10X50 32 10.00 35.00 50.00 30.0 M12 0.35 SR M10X12 DIN1835-B HW 5.0*
C3 EM12X55 32 12.00 42.00 55.00 35.0 M12 0.40 SR M12X16 DIN1835-B HW 6.0*
C4 EM06X50 40 6.00 25.00 50.00 30.0 M14 0.35 SR M6X10 DIN1835B HW 3.0*
C4 EM08X50 40 8.00 28.00 50.00 30.0 M14 0.37 SR M8X10 DIN1835-B HW 4.0*
C4 EM10X50 40 10.00 35.00 50.00 30.0 M14 0.42 SR M10X12 DIN1835-B HW 5.0*
C4 EM12X55 40 12.00 42.00 55.00 35.0 M14 0.54 SR M12X16 DIN1835-B HW 6.0*
C4 EM14X55 40 14.00 44.00 55.00 35.0 M14 0.57 SR M12X16 DIN1835-B HW 6.0*
C4 EM16X60 40 16.00 48.00 60.00 40.0 M14 0.70 SR M14X16 DIN1835-B HW 6.0*
C5 EM06X50 50 6.00 25.00 50.00 30.0 M16 0.52 SR M6X10 DIN1835B HW 3.0*
C5 EM08X50 50 8.00 28.00 50.00 30.0 M16 0.54 SR M8X10 DIN1835-B HW 4.0*
C5 EM10X55 50 10.00 35.00 55.00 35.0 M16 0.69 SR M10X12 DIN1835-B HW 5.0*
C5 EM12X60 50 12.00 42.00 60.00 40.0 M16 0.83 SR M12X16 DIN1835-B HW 6.0*
C5 EM14X60 50 14.00 44.00 60.00 40.0 M16 0.87 SR M12X16 DIN1835-B HW 6.0*
C5 EM16X60 50 16.00 48.00 60.00 40.0 M16 0.85 SR M14X16 DIN1835-B HW 6.0*
C5 EM18X60 50 18.00 50.00 60.00 40.0 M16 0.46 SR M14X16 DIN1835-B HW 6.0*
C5 EM20X60 50 20.00 52.00 60.00 40.0 M16 0.90 SR M16X16 DIN1835-B HW 8.0*
C5 EM25X85 50 25.00 65.00 85.00 65.0 M16 1.66 SR M18X2X20 DIN1835-B HW 10.0*
C6 EM 6X55 63 6.00 25.00 55.00 33.0 M20 0.86 SR M6X10 DIN1835B HW 3.0*
C6 EM 8X55 63 8.00 28.00 55.00 33.0 M20 0.89 SR M8X10 DIN1835-B HW 4.0*
C6 EM10X60 63 10.00 35.00 60.00 38.0 M20 1.00 SR M10X12 DIN1835-B HW 5.0*
C6 EM12X60 63 12.00 42.00 60.00 38.0 M20 1.08 SR M12X16 DIN1835-B HW 6.0*
C6 EM14X60 63 14.00 44.00 60.00 38.0 M20 1.11 SR M12X16 DIN1835-B HW 6.0*
C6 EM16X65 63 16.00 48.00 65.00 43.0 M20 1.25 SR M14X16 DIN1835-B HW 6.0*
C6 EM18X65 63 18.00 50.00 65.00 43.0 M20 1.20 SR M14X16 DIN1835-B HW 6.0*
C6 EM20X65 63 20.00 52.00 65.00 43.0 M20 1.26 SR M16X16 DIN1835-B HW 8.0*
C6 EM25X80 63 25.00 65.00 80.00 58.0 M20 1.83 SR M18X2X20 DIN1835-B HW 10.0*
C6 EM32X90 63 32.00 72.00 90.00 68.0 M20 2.28 SR M20X2X20 DIN1835-B HW 10.0*
C6 EM40X100 63 40.00 90.00 100.00 78.0 M20 3.43 SR M20X2X20 DIN1835-B HW 10.0*
C8 EM06X70 80 6.00 25.00 70.00 40.0 M20 1.86 SR M6X10 DIN1835B HW 3.0*
C8 EM08X70 80 8.00 28.00 70.00 40.0 M20 1.90 SR M8X10 DIN1835-B HW 4.0*
C8 EM10X70 80 10.00 35.00 70.00 40.0 M20 2.00 SR M10X12 DIN1835-B HW 5.0*
C8 EM12X70 80 12.00 42.00 70.00 40.0 M20 2.20 SR M12X16 DIN1835-B HW 6.0*
C8 EM14X70 80 14.00 44.00 70.00 40.0 M20 2.10 SR M12X16 DIN1835-B HW 6.0*
C8 EM16X70 80 16.00 48.00 70.00 40.0 M20 2.16 SR M14X16 DIN1835-B HW 6.0*
C8 EM18X70 80 18.00 50.00 70.00 40.0 M20 2.16 SR M14X16 DIN1835-B HW 6.0*
C8 EM20X70 80 20.00 52.00 70.00 40.0 M20 2.18 SR M16X16 DIN1835-B HW 8.0*
C8 EM25X90 80 25.00 65.00 90.00 60.0 M20 2.89 SR M18X2X20 DIN1835-B HW 10.0*
C8 EM32X95 80 32.00 72.00 95.00 65.0 M20 3.20 SR M20X2X20 DIN1835-B HW 10.0*
C8 EM40X110 80 40.00 90.00 110.00 80.0 M20 4.73 SR M20X2X20 DIN1835-B HW 10.0*
C8 EM50X120 80 50.00 98.00 120.00 90.0 M20 5.30 SR M24X2X25 DIN1835-B HW 12.0*
* Optional, should be ordered separately
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • DR-CA (526) • MTE D (359) • MTE D(Double Insert) (359)
C#-EM
DIN 1835 Form B Weldon Endmill
Holders with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
887
CAMFIX DIN 26623-1
L
1
L
max
L
min
L
2°
D1
d2
SS
d2≥25
2°
D1
d2
L1
Lmax
L
SS
Lmin
2°
GJ J
A
0.005A 58-60 HRc
Designation SS d2D1L L min L max L1G J kg
C3 EM 6X70 E 32 6.00 25.00 70.00 30.0 35.0 50.0 M12 M5 0.30
C3 EM 8X70 E 32 8.00 28.00 70.00 35.0 43.0 50.0 M12 M6 0.35
C3 EM 10X70 E 32 10.00 35.00 70.00 39.0 45.0 50.0 M12 M8 0.66
C3 EM 12X75 E 32 12.00 42.00 75.00 44.0 49.0 55.0 M12 M10 0.66
C4 EM06X70 E 40 6.00 25.00 70.00 30.0 35.0 50.0 M14 M5 0.42
C4 EM08X70 E 40 8.00 28.00 70.00 35.0 43.0 50.0 M14 M6 0.46
C4 EM10X70 E 40 10.00 35.00 70.00 39.0 45.0 50.0 M14 M8 0.57
C4 EM12X75 E 40 12.00 42.00 75.00 44.0 49.0 55.0 M14 M10 0.75
C4 EM14X75 E 40 14.00 44.00 75.00 44.0 49.0 55.0 M14 M10 0.79
C5 EM06X70 E 50 6.00 25.00 70.00 30.0 35.0 50.0 M16 M5 0.60
C5 EM08X70 E 50 8.00 28.00 70.00 35.0 43.0 50.0 M16 M6 0.64
C5 EM10X70 E 50 10.00 35.00 70.00 39.0 45.0 50.0 M16 M8 0.75
C5 EM12X75 E 50 12.00 42.00 75.00 44.0 49.0 55.0 M16 M10 1.01
C5 EM14X75 E 50 14.00 44.00 75.00 44.0 49.0 55.0 M16 M10 0.97
C5 EM16X80 E 50 16.00 48.00 80.00 47.0 52.0 60.0 M16 M12 1.21
C5 EM18X80 E 50 18.00 50.00 80.00 47.0 52.0 60.0 M16 M12 1.18
C5 EM20X85 E 50 20.00 52.00 85.00 49.0 55.0 65.0 M16 M16 1.29
C6 EM 6X75 E 63 6.00 25.00 75.00 30.0 36.0 53.0 M20 M5 0.93
C6 EM 8X75 E 63 8.00 28.00 75.00 35.0 43.0 53.0 M20 M6 1.00
C6 EM10X75 E 63 10.00 35.00 75.00 39.0 46.0 53.0 M20 M8 1.17
C6 EM12X80 E 63 12.00 42.00 80.00 44.0 49.0 58.0 M20 M10 1.37
C6 EM14X80 E 63 14.00 44.00 80.00 44.0 49.0 58.0 M20 M10 1.34
C6 EM16X85 E 63 16.00 48.00 85.00 47.0 52.0 63.0 M20 M12 1.49
C6 EM18X85 E 63 18.00 50.00 85.00 47.0 52.0 63.0 M20 M12 1.63
C6 EM20X85 E 63 20.00 52.00 85.00 49.0 55.0 63.0 M20 M16 1.57
C6 EM25X90 E 63 25.00 65.00 90.00 54.0 60.0 68.0 M20 M20 2.10
C6 EM32X95 E 63 32.00 72.00 95.00 58.0 63.0 73.0 M20 M20 2.50
C8 EM06X65E 80 6.00 25.00 65.00 30.0 36.0 35.0 M20 M5 1.88
C8 EM08X65E 80 8.00 28.00 65.00 35.0 43.0 35.0 M20 M6 1.90
C8 EM10X65E 80 10.00 35.00 65.00 39.0 46.0 35.0 M20 M8 1.96
C8 EM12X70E 80 12.00 42.00 70.00 44.0 49.0 40.0 M20 M10 2.10
C8 EM14X70E 80 14.00 44.00 70.00 44.0 49.0 40.0 M20 M10 2.12
C8 EM16X75E 80 16.00 48.00 75.00 47.0 52.0 45.0 M20 M12 2.10
C8 EM18X75E 80 18.00 50.00 75.00 47.0 52.0 45.0 M20 M12 2.26
C8 EM20X80E 80 20.00 52.00 80.00 49.0 57.0 50.0 M20 M16 2.36
C8 EM25X90E 80 25.00 65.00 90.00 54.0 60.0 60.0 M20 M20 2.89
C8 EM32X95E 80 32.00 72.00 95.00 58.0 64.0 65.0 M20 M20 3.24
• The adjustment screw has an internal coolant hole.
C#-EM-E
DIN 1835 Form E Drill Holders
with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
990
ISCAR
888
CAMFIX DIN 26623-1
Lmin
4.5°
Lmax
J
D2
D1
d2
L1
L
SS
L3
A0.003A 50-52 HRc
Designation SS d2D1D2L L1L3L min L max J Key(1) kg
C4 SRKIN 6X75 40 6.00 21.00 27.00 75.00 55.0 38.10 25.0 36.0 M5 2.50 0.45
C4 SRKIN 8X75 40 8.00 21.00 27.00 75.00 55.0 38.10 25.0 36.0 M6 3.00 0.46
C4 SRKIN 10X75 40 10.00 24.00 32.00 75.00 55.0 50.80 31.0 42.0 M8 4.00 0.49
C4 SRKIN 12X75 40 12.00 24.00 32.00 75.00 55.0 50.80 36.0 47.0 M10 5.00 0.48
C4 SRKIN 14X80 40 14.00 27.00 34.00 80.00 60.0 44.50 36.0 47.0 M10 5.00 0.55
C4 SRKIN 16X80 40 16.00 27.00 34.00 80.00 60.0 44.50 39.0 50.0 M12 6.00 0.53
C4 SRKIN 18X80 40 18.00 33.00 42.00 80.00 60.0 57.20 39.0 50.0 M12 6.00 0.66
C4 SRKIN 20X85 40 20.00 33.00 42.00 85.00 65.0 57.20 41.0 52.0 M16 8.00 0.70
C5 SRKIN 6X75 50 6.00 21.00 27.00 75.00 55.0 38.10 25.0 36.0 M5 2.50 0.62
C5 SRKIN 8X75 50 8.00 21.00 27.00 75.00 55.0 38.10 25.0 36.0 M6 3.00 0.63
C5 SRKIN 10X75 50 10.00 24.00 32.00 75.00 55.0 51.30 31.0 42.0 M8 4.00 0.67
C5 SRKIN 12X75 50 12.00 24.00 32.00 75.00 55.0 51.30 36.0 47.0 M10 5.00 0.64
C5 SRKIN 14X80 50 14.00 27.00 34.00 80.00 60.0 44.50 36.0 47.0 M10 5.00 0.73
C5 SRKIN 16X80 50 16.00 27.00 34.00 80.00 60.0 44.50 39.0 50.0 M12 6.00 0.68
C5 SRKIN 18X80 50 18.00 33.00 42.00 80.00 60.0 57.20 39.0 50.0 M12 6.00 0.84
C5 SRKIN 20X85 50 20.00 33.00 42.00 85.00 65.0 57.20 41.0 52.0 M16 8.00 0.85
C5 SRKIN 25X90 50 25.00 44.00 53.00 90.00 70.0 57.20 47.0 58.0 M16 8.00 1.13
C6 SRKIN 6X80 63 6.00 21.00 27.00 80.00 58.0 38.10 25.0 36.0 M5 2.50 0.95
C6 SRKIN 8X80 63 8.00 21.00 27.00 80.00 58.0 38.10 25.0 36.0 M6 3.00 0.94
C6 SRKIN 10X80 63 10.00 24.00 32.00 80.00 58.0 50.80 31.0 42.0 M8 4.00 1.07
C6 SRKIN 12X80 63 12.00 24.00 32.00 80.00 58.0 50.80 36.0 47.0 M10 5.00 1.01
C6 SRKIN 14X85 63 14.00 27.00 34.00 85.00 63.0 44.50 36.0 47.0 M10 5.00 1.08
C6 SRKIN 16X85 63 16.00 27.00 34.00 85.00 63.0 44.50 39.0 50.0 M12 6.00 1.06
C6 SRKIN 18X85 63 18.00 33.00 42.00 85.00 63.0 57.20 39.0 50.0 M12 6.00 1.21
C6 SRKIN 20X85 63 20.00 33.00 42.00 85.00 63.0 57.20 41.0 52.0 M16 8.00 1.16
C6 SRKIN 25X90 63 25.00 44.00 53.00 90.00 68.0 57.20 47.0 58.0 M16 8.00 1.50
C6 SRKIN 32X95 63 32.00 44.00 53.00 95.00 73.0 57.20 47.0 58.0 M16 8.00 1.46
• The adjustment screw has an internal coolant hole • Use only inductive heating device for SRKIN holders
(1) Hex key size for the rear stopper screw
C#-SRKIN
Thermal Shrink Chucks with
Integral CAMFIX (ISO 26623-1)
Tapered Shanks for Solid Carbide,
HSS and Steel Tools
951-953 956-957 984
889
CAMFIX DIN 26623-1
d
L2
L1
SS
G
L
D1
A0.005A 58-60 HRc
Designation SS d D1L2L1L G kg
C3 SEM 16X30 C 32 16.00 38.00 17.00 13.0 30.00 M12 0.30
C4 SEM 16X 32 C 40 16.00 38.00 17.00 12.0 32.00 M14 0.36
C4 SEM 16X 55 C 40 16.00 38.00 17.00 35.0 55.00 M14 0.54
C4 SEM 22X 40 C 40 22.00 47.00 19.00 20.0 40.00 M14 0.52
C4 SEM 22X 55 C 40 22.00 47.00 19.00 33.0 55.00 M14 0.80
C5 SEM 16X 35 C 50 16.00 38.00 17.00 15.0 35.00 M16 0.57
C5 SEM 16X 70 C 50 16.00 38.00 17.00 50.0 70.00 M16 0.85
C5 SEM 22X 35 C 50 22.00 47.00 19.00 15.0 35.00 M16 0.65
C5 SEM 22X 70 C 50 22.00 47.00 19.00 50.0 70.00 M16 1.09
C5 SEM 27X 40 C 50 27.00 58.00 21.00 20.0 40.00 M16 0.85
C5 SEM 32X 40 C 50 32.00 63.00 24.00 20.0 40.00 M16 0.93
C6 SEM 16X 50 C 63 16.00 38.00 17.00 28.0 50.00 M20 1.00
C6 SEM 16X100 C 63 16.00 38.00 17.00 78.0 100.00 M20 1.41
C6 SEM 22X 50 C 63 22.00 47.00 19.00 28.0 50.00 M20 1.15
C6 SEM 22X100 C 63 22.00 47.00 19.00 78.0 100.00 M20 1.81
C6 SEM 27X 60 C 63 27.00 58.00 21.00 37.0 60.00 M20 1.52
C6 SEM 27X100 C 63 27.00 58.00 21.00 78.0 100.00 M20 2.33
C6 SEM 32X 60 C 63 32.00 66.00 24.00 37.0 60.00 M16 1.79
C6 SEM 40X 60 C 63 40.00 82.00 27.00 37.0 60.00 M20 2.34
C8 SEM 16X50 C 80 16.00 38.00 17.00 20.0 50.00 M20 1.90
C8 SEM 16X100C 80 16.00 38.00 17.00 70.0 100.00 M20 2.32
C8 SEM 22X50 C 80 22.00 47.00 19.00 20.0 50.00 M20 2.01
C8 SEM 22X100C 80 22.00 47.00 19.00 70.0 100.00 M20 2.88
C8 SEM 27X50 C 80 27.00 58.00 21.00 20.0 50.00 M20 2.18
C8 SEM 27X100C 80 27.00 58.00 21.00 70.0 100.00 M20 3.14
C8 SEM 32X50 C 80 32.00 66.00 24.00 20.0 50.00 M16 2.28
C8 SEM 32X100C 80 32.00 66.00 24.00 70.0 100.00 M16 3.56
C8 SEM 40X60 C 80 40.00 82.00 27.00 30.0 60.00 M20 2.99
C#-SEM
ISO 3937 Shell Mill Holders with
Coolant Holes and CAMFIX
(ISO 26623-1) Exchangeable
Tapered Shanks
991 981 982
ISCAR
890
CAMFIX DIN 26623-1
d
L2
L1
SS
G
L3
L
D1
A0.005A 58-60 HRc
Designation SS d L D1L1L2L3Gkg
C3 SEMC 16X30 32 16.00 30.00 32.00 10.0 17.00 27.00 M12 0.40
C4 SEMC 16X45 40 16.00 45.00 32.00 25.0 17.00 27.00 M14 0.36
C4 SEMC 22X45 40 22.00 45.00 40.00 25.0 19.00 31.00 M14 0.40
C4 SEMC 27X50 40 27.00 50.00 48.00 30.0 21.00 33.00 M14 0.33
C5 SEMC 16X55 50 16.00 55.00 32.00 35.0 17.00 27.00 M16 0.60
C5 SEMC 16X85 50 16.00 85.00 32.00 65.0 17.00 27.00 M16 0.77
C5 SEMC 22X65 50 22.00 65.00 40.00 45.0 19.00 31.00 M16 0.79
C5 SEMC 27X85 50 27.00 85.00 48.00 65.0 21.00 33.00 M16 1.22
C6 SEMC 16X60 63 16.00 60.00 32.00 38.0 17.00 27.00 M20 1.08
C6 SEMC 16X100 63 16.00 100.00 32.00 78.0 17.00 27.00 M20 1.28
C6 SEMC 22X60 63 22.00 60.00 40.00 38.0 19.00 31.00 M20 1.25
C6 SEMC 22X100 63 22.00 100.00 40.00 78.0 19.00 31.00 M20 1.40
C6 SEMC 27X60 63 27.00 60.00 48.00 38.0 21.00 33.00 M20 1.21
C6 SEMC 27X100 63 27.00 100.00 48.00 78.0 21.00 33.00 M20 1.69
C6 SEMC 32X60 63 32.00 60.00 58.00 38.0 24.00 38.00 M20 1.35
C6 SEMC 40X70 63 40.00 70.00 70.00 48.0 27.00 41.00 M20 1.95
• Axial driving key is not supplied.
* (Optional, should be ordered separately)
For tools, see pages: GM-DG (314) • MTF D(Shell Mill) (360) • MTFL (360)
C#-SEMC
DIN 6358 COMBI Shell Mill Holders
with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
G1
D5
SS
LL2
D1
d
G
A0.005A 58-60 HRc
Designation SS d L2L D1D5G1Gkg
C8 FM 60X60 80 60.00 20.00 40.00 128.00 101.60 M16 M20 5.22
• Peripheral clamping screws are not supplied.
C#-FM
DIN 6357 Face Mill Holders
with CAMFIX (ISO 26623-1)
Tapered Shanks
991 981 982
981 982
891
CAMFIX DIN 26623-1
SS
L
L1
D2
10
Tsi
D1
L3
A0.003A 58-60 HRc
G6.3
15,000 RPM
Designation SS Tsi D2D1L L1L3kg
C4 ODP 10X 53 40 M10 23.00 18.00 53.00 33.0 23.00 0.33
C4 ODP 12X 53 40 M12 26.00 21.00 53.00 33.0 23.00 0.33
C4 ODP 16X 53 40 M16 34.00 29.00 53.00 33.0 23.00 0.40
C5 ODP 10X 53 50 M10 19.50 18.00 53.00 33.0 25.00 0.49
C5 ODP 10X103 50 M10 28.00 18.00 103.00 83.0 75.00 0.10
C5 ODP 12X 53 50 M12 23.50 21.00 53.00 33.0 25.00 0.50
C5 ODP 12X103 50 M12 31.00 21.00 103.00 83.0 75.00 0.72
C5 ODP 16X 53 50 M16 34.00 29.00 53.00 33.0 25.00 0.57
C5 ODP 16X103 50 M16 36.00 29.00 103.00 83.0 75.00 0.85
C6 ODP 10X 55 63 M10 19.50 18.00 55.00 33.0 25.00 0.82
C6 ODP 10X105 63 M10 28.00 18.00 105.00 83.0 75.00 1.00
C6 ODP 10X130 63 M10 32.00 18.00 130.00 108.0 100.00 1.20
C6 ODP 12X 55 63 M12 23.50 21.00 55.00 33.0 25.00 0.84
C6 ODP 12X105 63 M12 31.00 21.00 105.00 83.0 75.00 1.07
C6 ODP 12X130 63 M12 36.00 21.00 130.00 108.0 100.00 1.26
C6 ODP 16X 55 63 M16 34.00 29.00 55.00 33.0 25.00 0.89
C6 ODP 16X105 63 M16 34.00 29.00 105.00 83.0 75.00 1.20
C6 ODP 16X130 63 M16 41.00 29.00 130.00 108.0 100.00 1.49
C#-ODP (FLEXFIT)
FLEXFIT Threaded Connection
Shanks with CAMFIX (ISO 26623-1)
Exchangeable Tapered Shanks
0.05 1°
dmin
max
D1
D3
L
CSI
L1
L3 Ref.
SS
58-60 HRc
Designation SS CSI d min d max D1D3L L1L3kg
ADJ C5 ER32 50 ER32 2.0 20.0 70.00 50.00 115.00 95.0 52.50 2.12
ADJ C6 ER32 63 ER32 2.0 20.0 70.00 50.00 111.50 89.5 52.50 2.07
• Radial adjustment 0.05 mm, Angular adjustment 1°
Radial Adjustment
Angular Adjustment
ADJ C-ER
FINEFIT Center Alignment Shank
and Base with CAMFIX Adaptations
for Specially Tailored Toolholders
927-929 925
991 981 947-950 944-946
ISCAR
892
CAMFIX DIN 26623-1
CSISS
G
L
A0.003A 58-60 HRc
Designation CSI SS L G kg
C3 EX C3X060 32 32 60.00 M12 0.40
C3 EX C3X080 32 32 80.00 M12 0.50
C4 EX C4X060 40 40 60.00 M14 0.50
C4 EX C4X080 40 40 80.00 M14 0.70
C5 EX C5X080 50 50 80.00 M16 1.13
C5 EX C5X100 50 50 100.00 M16 1.42
C6 EX C6X100 63 63 100.00 M20 2.23
C6 EX C6X140 63 63 140.00 M20 3.13
C8 EX C8X100 80 80 100.00 M20 3.65
C8 EX C8X125 80 80 125.00 M20 4.60
EX C# (CAMFIX extension)
CAMFIX Extension Adapters
SS
L
CSI
L5
A0.003A 58-60 HRc
Designation SS CSI L L5kg
C4 RE C3X070 40 32 70.00 12.00 0.50
C6 RE C3X070 63 32 70.00 39.00 1.10
C6 RE C4X080 63 40 80.00 51.40 1.20
C6 RE C5X080 63 50 80.00 51.50 1.50
C8 RE C3X060 80 32 60.00 29.30 1.70
C8 RE C4X070 80 40 70.00 36.50 1.90
C8 RE C5X080 80 50 80.00 49.30 2.20
C8 RE C6X080 80 63 80.00 53.10 2.50
C8 RE C6X120 80 63 120.00 12.00 4.00
C10 RE C8X100 100 80 100.00 58.20 4.50
RE-C#
CAMFIX Reduction Adapters
992
992
893
CAMFIX DIN 26623-1
D1
SS
Nitride hardened zone
HRc 42-44
L1
L
N5
Designation SS D1L L1kg
C3 B4340 032090 32 32.00 90.00 - 0.60
C3 B4340 040110 32 40.00 110.00 93.2 1.00
C3 B4340 050125 32 50.00 125.00 108.2 1.81
C3 B4340 060090 32 60.00 90.00 73.2 2.00
C3 B4340 070060 32 70.00 60.00 43.2 1.30
C3 B4340 090070 32 90.00 70.00 53.0 2.81
C4 B4340 040055 40 40.00 55.00 35.0 0.60
C4 B4340 040095 40 40.00 95.00 75.0 1.00
C4 B4340 052065 40 52.00 65.00 44.0 0.99
C4 B4340 060165 40 60.00 165.00 144.0 3.47
C4 B4340 066055 40 66.00 55.00 35.0 1.16
C4 B4340 080050 40 80.00 50.00 28.2 1.38
C4 B4340 080075 40 80.00 75.00 54.0 2.36
C4 B4340 100085 40 100.00 85.00 64.0 4.10
C5 B4340 075065 50 75.00 65.00 43.2 2.05
C5 B4340 075175 50 75.00 175.00 154.0 5.79
C5 B4340 090050 50 90.00 50.00 28.2 2.03
C5 B4340 050125 50 50.00 125.00 105.0 2.06
C5 B4340 090065 50 90.00 65.00 43.2 1.95
C5 B4340 090080 50 90.00 80.00 59.0 3.37
C5 B4340 110090 50 110.00 90.00 69.0 5.61
C6 B4340 063100 60 63.00 100.00 78.0 2.66
C6 B4340 075195 63 75.00 195.00 172.0 6.78
C6 B4340 095050 60 95.00 50.00 26.2 2.25
C6 B4340 110085 63 110.00 85.00 62.0 5.38
C6 B4340 120180 63 120.00 180.00 157.0 14.73
C6 B4340 130095 63 130.00 95.00 72.0 8.24
C8 B4340 080200 80 80.00 200.00 170.0 8.45
C8 B4340 120160 80 120.00 160.00 129.0 13.21
C8 B4340 130090 80 130.00 90.00 59.0 7.89
C8 B4340 145200 80 145.00 200.00 169.0 23.95
• Material SAE 4340
C#-B4340 (blank)
Blanks with CAMFIX (ISO 26623-1
Standard) Exchangeable Tapered
Shanks
ISCAR
894
BT MAS-403
BT MAS-403
895
BT MAS-403
Shank f3L1 ±0.2 L4 MIN L6-0.2 e1 ±0.1 d12 Taper AT3
BT 30 20 48.4 24 16.3 21 4 0.002
BT 40 25 65.4 30 22.6 27 4 0.003
BT 50 35 101.8 45 35.4 42 6 0.004
Shank ab (H12) d d1G d3 (H8) d5d6 (H8) f1 ±0.1
BT 30 2 16.1 8 31.75 M12 12.5 56.144 46 13.6
BT 40 2 16.1 10 44.45 M16 17.0 75.679 63 16.6
BT 50 3 25.7 15 69.85 M24 25.0 119.020 100 23.2
d
d3G
L1
8° 17'50"
a
20º
d12
max. 35º
L6
d6d5
d1
L4
f3
f1
b
e
1
e
1
Toolholder Standard
Type B
Coolant Through
Flange
Type ADB
Coolant Hole or Coolant
Through Flange
Type A
Type AD
Coolant Hole
ISCAR
896
BT MAS-403
dmin
max
D3
CSI
SS D2
G
L Ref
L1 Ref
ER16-20
L3 Ref
J
ER25-50
D
3
A0.003A AT3 Taper 58-60 HRc
G6.3
12,000 RPM
Designation SS CSI d min d max L L1L3D3D2J G kg
BT30 ER16X 70 30 ER16 0.5 10.0 70.00 48.0 - 28.00 - M10 M12 0.47
BT30 ER16X100 30 ER16 0.5 10.0 100.00 73.0 - 28.00 - M10 M12 0.61
BT30 ER20X 70 30 ER20 1.0 13.0 70.00 48.0 - 34.00 - M12 M12 0.51
BT30 ER25X 60 30 ER25 1.0 16.0 60.00 38.0 - 42.00 - M16 M12 0.46
BT30 ER32X 60 30 ER32 2.0 20.0 60.00 38.0 - 50.00 - M18X1.5 M12 0.42
BT40 ER11X100M (1) 40 ER11 0.5 7.0 100.00 73.0 - 16.00 - M6 M16 1.06
BT40 ER16X 70 (1) 40 ER16 0.5 10.0 70.00 43.0 - 28.00 - M12 M16 1.06
BT40 ER16X 70 B (1) 40 ER16 0.5 10.0 70.00 43.0 - 28.00 - M12 M16 1.11
BT40 ER16X100 (1) 40 ER16 0.5 10.0 100.00 73.0 - 28.00 - M12 M16 1.20
BT40 ER16X150 40 ER16 0.5 10.0 150.00 123.0 86.00 28.00 40.00 M12 M16 1.56
BT40 ER16X200 40 ER16 0.5 10.0 200.00 173.0 110.00 28.00 40.00 M10 M16 1.84
BT40 ER20X 70 (1) 40 ER20 1.0 13.0 70.00 43.0 - 34.00 - M12 M16 1.07
BT40 ER20X100 (1) 40 ER20 1.0 13.0 100.00 73.0 - 34.00 - M12 M16 1.27
BT40 ER20X120 40 ER20 1.0 13.0 120.00 93.0 - 34.00 - M12 M16 1.39
BT40 ER20X150 40 ER20 1.0 13.0 150.00 123.0 - 34.00 - M12 M16 1.61
BT40 ER25X 60 (1) 40 ER25 1.0 13.0 60.00 33.0 - 42.00 - M16 M16 1.00
BT40 ER25X100 (1) 40 ER25 1.0 16.0 100.00 73.0 - 42.00 - M16 M16 1.40
BT40 ER25X150 40 ER25 1.0 16.0 150.00 123.0 - 42.00 - M16 M16 2.07
BT40 ER32X 60 (1) 40 ER32 2.0 20.0 60.00 33.0 - 50.00 - M22X1.5 M16 0.90
BT40 ER32X100 (1) 40 ER32 2.0 20.0 100.00 73.0 - 50.00 - M22X1.5 M16 1.45
BT40 ER32X120 40 ER32 2.0 20.0 120.00 93.0 - 50.00 - M22X1.5 M16 1.74
BT40 ER32X150 40 ER32 2.0 20.0 150.00 123.0 - 50.00 - M22X1.5 M16 2.19
BT40 ER32X200 40 ER32 2.0 20.0 200.00 173.0 113.00 50.00 57.00 M22X1.5 M16 3.02
BT40 ER40X 80 (1) 40 ER40 3.0 26.0 80.00 53.0 - 63.00 - M28X1.5 M16 1.33
BT40 ER40X100 (1) 40 ER40 3.0 26.0 100.00 73.0 - 63.00 - M28X1.5 M16 1.32
BT40 ER40X150 40 ER40 3.0 26.0 150.00 123.0 - 63.00 - M28X1.5 M16 2.03
BT40 ER50X 90 (1) 40 ER50 10.0 34.0 90.00 63.0 - 78.00 - M28X1.5 M16 1.27
BT50 ER16X100 50 ER16 0.5 10.0 100.00 62.0 - 28.00 - M12 M24 3.70
BT50 ER16X125 50 ER16 0.5 10.0 125.00 87.0 - 28.00 - M12 M24 3.94
BT50 ER16X150 50 ER16 0.5 10.0 150.00 112.0 - 28.00 - M12 M24 3.99
BT50 ER16X200 50 ER16 0.5 10.0 200.00 162.0 85.00 28.00 40.00 M10 M24 4.51
BT50 ER20X100 50 ER20 1.0 10.0 100.00 62.0 - 34.00 - M12 M24 3.81
BT50 ER20X100 B 50 ER20 1.0 13.0 100.00 62.0 - 34.00 - M12 M24 3.78
BT50 ER20X125 50 ER20 1.0 13.0 125.00 87.0 - 34.00 - M12 M24 3.89
BT50 ER20X150 50 ER20 1.0 13.0 150.00 112.0 - 34.00 - M12 M24 4.06
BT50 ER20X200 50 ER20 1.0 13.0 200.00 162.0 85.00 34.00 50.00 M12 M24 5.04
BT50 ER25X100 50 ER25 1.0 16.0 100.00 62.0 - 42.00 - M16 M24 3.90
BT50 ER25X150 50 ER25 1.0 16.0 150.00 112.0 - 42.00 - M16 M24 4.31
BT50 ER25X200 50 ER25 1.0 16.0 200.00 162.0 87.00 42.00 55.00 M16 M24 5.29
BT50 ER32X100 50 ER32 2.0 20.0 100.00 62.0 - 50.00 - M22X1.5 M24 4.01
BT50 ER32X125 50 ER32 2.0 20.0 125.00 87.0 - 50.00 - M12 M24 4.24
BT50 ER32X150 50 ER32 2.0 20.0 150.00 112.0 - 50.00 - M22X1.5 M24 4.64
BT50 ER32X200 50 ER32 2.0 20.0 200.00 162.0 88.00 50.00 63.00 M22X1.5 M24 5.80
BT50 ER40X100 50 ER40 3.0 26.0 100.00 62.0 - 63.00 - M28X1.5 M24 4.03
BT50 ER40X150 50 ER40 3.0 26.0 150.00 112.0 - 63.00 - M28X1.5 M24 5.05
BT50 ER40X200 50 ER40 3.0 26.0 200.00 162.0 - 63.00 - M28X1.5 M24 6.23
BT50 ER50X100 50 ER50 3.0 26.0 100.00 62.0 - 78.00 - M36X1.5 M24 3.65
BT50 ER50X150 50 ER50 10.0 34.0 150.00 112.0 - 78.00 - M36X1.5 M24 5.50
• B is the designation for coolant through flange.
(1) Balanced to G2.5/20,000 RPM.
BT-ER
DIN6499 ER Collet Chucks with
BT MAS-403 ADB Tapered Shanks
978-979 979-980 981 947-950 980 944-946
897
BT MAS-403
dmin
max
L1 Ref
D
3
G
1
L Ref
CSI
SS
G
J
A0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max L L1D3J G G1kg
BT30 ER20 SHORT 30 ER20 1.0 13.0 23.70 5.2 25.00 M12 M12 M25X1.5 0.30
BT40 ER32 SHORT 40 ER32 2.0 20.0 36.50 6.0 40.00 M16 M16 M40X1.5 0.74
BT40 ER40 SHORT 40 ER40 3.0 26.0 43.00 6.0 50.00 M16 M16 M50X1.5 0.78
BT50 ER32 SHORT 50 ER32 2.0 20.0 44.00 6.0 40.00 M22X1.5 M24 M40X1.5 3.36
BT50 ER40 SHORT 50 ER40 3.0 26.0 44.00 6.0 50.00 M28X1.5 M24 M50X1.5 3.09
• B is the designation for coolant through flange.
BT-ER-SHORT
Short ER Collet Chucks with BT
MAS-403 ADB Tapered Shanks
D3
J
G
L1
L
SS CSI
A0.003A 58-60 HRc AT3 Taper
G2.5
SK 40= 20,000 RPM
SK 50= 15,000 RPM
U<1.0 gmm
Designation SS CSI D3L L1J G kg
BT40 FC ER16X70 40 ER16 28.00 70.00 44.0 M12 M16 1.05 NUT ER16 TOP
BT40 FC ER16X100 40 ER16 28.00 100.00 74.0 M12 M16 1.17 NUT ER16 TOP
BT40 FC ER32X60 40 ER32 50.00 60.00 34.0 M22X1.5 M16 0.92 NUT ER32 TOP
BT40 FC ER32X100 40 ER32 50.00 100.00 74.0 M22X1.5 M16 1.54 NUT ER32 TOP
BT40 FC ER40X80 40 ER40 63.00 80.00 54.0 M28X1.5 M16 1.09 NUT ER40 TOP
BT50 FC ER16X100 50 ER16 28.00 100.00 63.5 M12 M24 3.91 NUT ER16 TOP
BT50 FC ER16X150 50 ER16 28.00 150.00 113.5 M12 M24 3.96 NUT ER16 TOP
BT50 FC ER32X100 50 ER32 50.00 100.00 63.5 M22X1.5 M24 3.98 NUT ER32 TOP
BT50 FC ER32X150 50 ER32 50.00 150.00 113.5 M22X1.5 M24 4.65 NUT ER32 TOP
BT50 FC ER40X100 50 ER40 63.00 100.00 63.5 M28X1.5 M24 4.03 NUT ER40 TOP
BT50 FC ER40X150 50 ER40 63.00 150.00 113.5 M28X1.5 M24 5.60 NUT ER40 TOP
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-ER
ER Collet Chucks with BT MAS-403
Face Contact ADB Tapered Shanks
Balanceable Rings
SS
G
L Ref
L
3
Ref
J
L1 Ref
CSI
D3D1dmin
max
A0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI d min d max L L1L3D3D1G J kg
BT40 ER20X100 BIN 40 ER20 1.0 13.0 100.00 73.0 44.60 34.00 44.00 M16 M12 1.30
BT40 ER20X150 BIN 40 ER20 1.0 13.0 150.00 123.0 79.60 34.00 44.00 M16 M12 1.67
BT40 ER25X100 BIN 40 ER25 1.0 16.0 100.00 73.0 43.00 42.00 44.00 M16 M16 1.26
BT40 ER25X150 BIN 40 ER25 1.0 16.0 150.00 123.0 79.00 42.00 44.00 M16 M16 1.64
BT40 ER32X100 BIN 40 ER32 2.0 20.0 100.00 73.0 44.00 50.00 60.00 M16 M22X1.5 1.53
BT40 ER32X150 BIN 40 ER32 2.0 20.0 150.00 123.0 94.00 50.00 60.00 M16 M22X1.5 2.24
• Can be balanced by the balancing ring up to G2.5 at 30,000 RPM.
BT-ER-BIN (BALANCIN)
Balanceable ER DIN6499 Collet
Chucks with BT MAS-403 AD
Tapered Shanks
978-979 981 947-950 980 944-946
978-979 980 981 947-950 980 944-946, 843
992 978-979 947-950 836-837
944-946
ISCAR
898
BT MAS-403
dmin
max
d2D3
Lmin
L
max
D2
SS
G
L1
L
J
A0.003A 58-60 HRc
Designation SS d2(1) d min(2) D3D2L L1L min L max J G kg
BT40 MAXIN 20X 85 40 20.00 6.0 51.00 53.00 85.00 58.0 56.0 68.0 M16 M16 1.12
BT40 MAXIN 32X108 40 32.00 6.0 69.00 70.00 108.00 81.0 70.0 83.0 M16 M16 1.60
BT50 MAXIN 20X105 50 20.00 6.0 51.00 53.00 105.00 67.0 56.0 69.0 M16 M24 3.90
BT50 MAXIN 32X106 50 32.00 6.0 69.00 70.00 106.00 68.0 69.0 83.0 M20X2 M24 3.80
BT50 MAXIN 32X135 50 32.00 6.0 69.00 70.00 135.00 97.0 69.0 84.0 M20X2 M24 4.60
(1) Without a collet
(2) By using a reduction collet
For tools, see pages: BLP Endmills (231) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • HM390 ETD-19 (26) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
BT-MAXIN
Power Chucks with BT MAS-403 ADB
Tapered Shanks
d range
d2
SS
SETS
Designation SS d2Qty d Range
KIT BT40 MAXIN 20X85 6 40 20.00 6 6,8,10,12,14,16
KIT BT40 MAXIN 32X108 7 40 32.00 7 6,8,10,12,16,20,25
KIT BT50 MAXIN 20X105 6 50 20.00 6 6,8,10,12,14,16
KIT BT50 MAXIN 32X106 7 50 32.00 7 6,8,10,12,16,20,25
• Each kit contains one power chuck, a set of SC-SPR collets, extraction hook and wrench.
KIT BT-MAXIN
Contains a Power Chuck with a
BT Tapered Shank and a Set of
Collets in Various Bore Sizes
L
max
Lmin
D3
d2
L1
L
J
G
SS
A0.003A AT3 Taper
58-60 HRc
Designation SS d2D3L L1L min L max J G
BT40 FC MAXIN20X85 40 20.00 53.00 85.00 58.0 55.5 68.3 M16 M16
BT40 FC MAXIN32X108 40 32.00 70.00 108.00 80.5 70.0 83.0 M16 M16
BT50 FC MAXIN20X105 50 20.00 53.00 105.00 67.0 55.5 68.6 M16 M24
BT50 FC MAXIN32X106 50 32.00 69.90 106.00 68.0 69.0 83.3 M20X2 M24
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-MAXIN
Power Chucks with BT MAS-403
Face Contact AD Tapered Shanks
978-979 981 961-962 981 838-839
981 961-962 978-979 981 838-839
899
BT MAS-403
dmin
max
D
1
D
3
GJ
L
min
L
max
SS
L
3
L
1
L
d
2
A0.003A 58-60 HRc
G2.5
BT 40= 20,000 RPM
BT 50= 18,000 RPM
U<1.0 gmm
Designation SS d2(1) d min(2) D3D1L L1L3L min L max J G kg
BT40 MAXIN 20X 85 BIN 40 20.00 6.0 51.00 61.00 85.00 58.0 18.00 56.0 68.0 M16 M16 1.12
BT40 MAXIN 32X108 BIN 40 32.00 6.0 69.00 80.00 108.00 81.0 25.00 70.0 83.0 M16 M16 1.60
BT50 MAXIN 20X105 BIN 50 20.00 6.0 51.00 61.00 105.00 67.0 18.00 56.0 69.0 M16 M24 2.00
BT50 MAXIN 32X106 BIN 50 32.00 6.0 69.00 80.00 106.00 68.0 25.00 69.0 83.0 M20X2 M24 2.10
• Use of d2 diameter tools provide best performance as collets reduce gripping force by 25%. • Add B as suffix to the designation for coolant through flange • First
clamp the tool inside the chuck and then improve the system's balance by adjusting the balancing rings
(1) Without a collet
(2) By using a reducer collet
BT-MAXIN-BIN (BALANCIN)
Balanceable Power Chucks with
BT MAS-403 AD Tapered Shanks
D1D3D2
SS
d2
Lmin
Lmax
L1
L
L3
GJ
A0.003A 58-60 HRc
Designation SS d2D1D3D2L L1L3L min L max J G kg
BT30 HYDRO 6X60 (1) 30 6.00 23.00 26.00 - 60.00 38.0 - 27.0 37.0 M5 M12 0.58
BT30 HYDRO 8X64 (1) 30 8.00 25.00 28.00 45.00 64.00 42.0 29.00 27.0 37.0 M6 M12 0.68
BT30 HYDRO 10X64 (1) 30 10.00 27.00 30.00 - 64.00 42.0 - 32.0 42.0 M8X1 M12 0.59
BT30 HYDRO 12X72 (1) 30 12.00 29.00 32.00 - 72.00 50.0 - 37.0 47.0 M10X1 M12 0.70
BT30 HYDRO 14X70 (1) 30 14.00 30.00 34.00 - 70.00 48.0 - 37.0 47.0 M10X1 M12 0.69
BT30 HYDRO 16X90 (1) 30 16.00 34.00 38.00 50.00 90.00 63.0 47.50 42.0 52.0 M12X1 M12 1.00
BT30 HYDRO 18X90 (1) 30 18.00 36.00 40.00 42.00 90.00 68.0 52.00 42.0 52.0 M12X1 M12 0.97
BT30 HYDRO 20X90 (1) 30 20.00 38.00 42.00 - 90.00 68.0 - 42.0 52.0 M12X1 M12 0.56
BT40 HYDRO 6X90 40 6.00 23.00 26.00 50.00 90.00 63.0 43.00 27.0 37.0 M5 M16 1.39
BT40 HYDRO 8X90 40 8.00 25.00 28.00 50.00 90.00 63.0 43.50 27.0 37.0 M6 M16 1.40
BT40 HYDRO 10X90 40 10.00 27.00 30.00 50.00 90.00 63.0 44.00 32.0 42.0 M8X1 M16 1.44
BT40 HYDRO 12X90 40 12.00 29.00 32.00 50.00 90.00 63.0 44.50 37.0 47.0 M10X1 M16 1.45
BT40 HYDRO 14X90 40 14.00 30.00 34.00 50.00 90.00 63.0 47.50 37.0 47.0 M10X1 M16 1.35
BT40 HYDRO 16X90 40 16.00 34.00 38.00 50.00 90.00 63.0 47.50 42.0 52.0 M12X1 M16 1.51
BT40 HYDRO 18X90 40 18.00 36.00 40.00 50.00 90.00 63.0 47.50 42.0 52.0 M12X1 M16 1.54
BT40 HYDRO 20X90 40 20.00 38.00 42.00 50.00 90.00 63.0 47.50 42.0 52.0 M12X1 M16 1.56
BT40 HYDRO 25X90 40 25.00 46.00 50.00 63.00 90.00 55.0 55.00 48.0 58.0 M12X1 M16 1.67
BT40 HYDRO 32X110 40 32.00 56.00 60.00 60.00 110.00 81.5 81.50 52.0 62.0 M16X1 M16 1.15
BT50 HYDRO 6X110 50 6.00 23.00 26.00 80.00 110.00 72.0 43.00 27.0 37.0 M5 M24 4.73
BT50 HYDRO 8X110 50 8.00 25.00 28.00 80.00 110.00 72.0 43.50 27.0 37.0 M6 M24 4.76
BT50 HYDRO 10X110 50 10.00 27.00 30.00 80.00 110.00 72.0 44.00 32.0 42.0 M8X1 M24 4.77
BT50 HYDRO 12X110 50 12.00 29.00 32.00 80.00 110.00 72.0 42.00 37.0 47.0 M10X1 M24 4.80
BT50 HYDRO 14X110 50 14.00 30.00 34.00 80.00 110.00 72.0 42.00 37.0 47.0 M10X1 M24 4.69
BT50 HYDRO 16X110 50 16.00 34.00 38.00 80.00 110.00 72.0 45.00 42.0 52.0 M12X1 M24 4.80
BT50 HYDRO 18X110 50 18.00 36.00 40.00 80.00 110.00 72.0 45.00 42.0 52.0 M12X1 M24 3.20
BT50 HYDRO 20X110 50 20.00 38.00 42.00 80.00 110.00 72.0 47.50 42.0 52.0 M12X1 M24 4.83
BT50 HYDRO 25X110 50 25.00 46.00 50.00 80.00 110.00 72.0 47.50 48.0 58.0 M12X1 M24 4.95
BT50 HYDRO 32X110 50 32.00 56.00 60.00 80.00 110.00 72.0 47.50 54.0 64.0 M12X1 M24 5.12
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered
separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench HYDRO HEX
4) and test bar should be ordered separately.
(1) Without through flange coolant holes.
BT-HYDRO
Hydraulic Chucks with MAS-BT
Form ADB Shanks
981 961-962, 983 978-979 836-839
993 965 978-979 846
ISCAR
900
BT MAS-403
D3
D1
d2
L
max
Lmin
SS
L
L1
G
J
A0.003A 58-60 HRc
G2.5
BT 40= 18,000 RPM
BT 50= 12,000 RPM
U<1.0 gmm
Designation SS d2D1D3L L1L min L max J G kg
BT40 HYDRO 20X72.5 40 20.00 40.00 49.50 72.50 45.5 52.0 62.0 M16X1 M16 1.43
BT50 HYDRO 32X90 50 32.00 56.00 72.00 90.00 52.0 65.0 75.0 M16X1 M24 4.80
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered
separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench HYDRO HEX
4) and test bar should be ordered separately.
BT-HYDRO (heavy duty)
Heavy Duty Short Hydraulic Chucks
with MAS-BT Form ADB Shanks
L
D
1
G
L1
SS
d
2
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2L L1D1Gkg
BT40 EM 10X 45 40 10.00 45.00 18.0 35.00 M16 1.05 SR M10X12 DIN1835-B
BT40 EM 12X 45 40 12.00 45.00 18.0 42.00 M16 1.08 SR M12X16 DIN1835-B
BT40 EM 14X 45 40 14.00 45.00 18.0 44.00 M16 1.06 SR M12X16 DIN1835-B
BT40 EM 16X 45 40 16.00 45.00 18.0 48.00 M16 1.16 SR M14X16 DIN1835-B
BT40 EM 18X 45 40 18.00 45.00 18.0 50.00 M16 1.10 SR M14X16 DIN1835-B
BT40 EM 20X 45 40 20.00 45.00 18.0 52.00 M16 1.13 SR M16X10.3 EM SHORT
BT40 EM 25X 45 40 25.00 45.00 - 63.00 M16 1.12 SR M18X2X10 EM SHORT
• B is the designation for coolant through flange.
For tools, see pages: MTE D (359) • MTE D(Double Insert) (359)
BT-EM (Short)
Short DIN6359 / DIN 1835 Form
B Weldon Endmill Holders with BT
MAS-403 AD Tapered Shanks
993 965 978-979 846
978-979
901
BT MAS-403
d
2
D1
For d2 ≥ 25
L5
D2
d
2
D1
L
L1
SS
G
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1D2L L1L5Gkg
BT30 EM 6X 50 30 6.00 25.00 - 50.00 28.0 - M12 0.46 SR M6X10 DIN1835B
BT30 EM 8X 60 30 8.00 28.00 - 60.00 38.0 - M12 0.52 SR M8X10 DIN1835-B
BT30 EM 10X 60 30 10.00 35.00 - 60.00 38.0 - M12 0.61 SR M10X12 DIN1835-B
BT30 EM 12X 60 30 12.00 42.00 - 60.00 38.0 - M12 0.73 SR M12X16 DIN1835-B
BT30 EM 14X 60 30 14.00 44.00 - 60.00 38.0 - M12 0.73 SR M12X16 DIN1835-B
BT30 EM 16X 60 30 16.00 46.00 - 60.00 38.0 - M12 0.79 SR M14X16 DIN1835-B
BT30 EM 18X 60 30 18.00 50.00 - 60.00 38.0 - M12 0.76 SR M14X16 DIN1835-B
BT30 EM 20X 80 30 20.00 52.00 - 80.00 58.0 - M12 1.04 SR M16X16 DIN1835-B
BT40 EM 6X 50 40 6.00 25.00 - 50.00 23.0 - M16 1.02 SR M6X10 DIN1835B
BT40 EM 8X 50 40 8.00 28.00 - 50.00 23.0 - M16 1.01 SR M8X10 DIN1835-B
BT40 EM 10X 65 40 10.00 35.00 - 65.00 38.0 - M16 1.17 SR M10X12 DIN1835-B
BT40 EM 12X 65 40 12.00 42.00 - 65.00 38.0 - M16 1.29 SR M12X16 DIN1835-B
BT40 EM 14X 65 40 14.00 44.00 - 65.00 38.0 - M16 1.30 SR M12X16 DIN1835-B
BT40 EM 16X 65 40 16.00 48.00 - 65.00 38.0 - M16 1.35 SR M14X16 DIN1835-B
BT40 EM 18X 65 40 18.00 50.00 - 65.00 38.0 - M16 1.39 SR M14X16 DIN1835-B
BT40 EM 20X 75 40 20.00 52.00 - 75.00 48.0 - M16 1.54 SR M16X16 DIN1835-B
BT40 EM 25X105 40 25.00 65.00 61.00 105.00 78.0 68.00 M16 2.61 SR M18X2X20 DIN1835-B
BT40 EM 32X110 40 32.00 71.00 61.00 110.00 83.0 73.00 M16 2.84 SR M20X2X20 DIN1835-B
BT50 EM 6X 70 50 6.00 25.00 - 70.00 32.0 - M24 3.68 SR M6X10 DIN1835B
BT50 EM 8X 70 50 8.00 28.00 - 70.00 32.0 - M24 3.58 SR M8X10 DIN1835-B
BT50 EM 10X 70 50 10.00 35.00 - 70.00 32.0 - M24 3.68 SR M10X12 DIN1835-B
BT50 EM 10X100 50 10.00 35.00 - 100.00 62.0 - M24 3.97 SR M10X12 DIN1835-B
BT50 EM 12X100 50 12.00 42.00 - 100.00 62.0 - M24 4.01 SR M12X16 DIN1835-B
BT50 EM 14X100 50 14.00 44.00 - 100.00 62.0 - M24 4.13 SR M12X16 DIN1835-B
BT50 EM 16X100 50 16.00 48.00 - 100.00 62.0 - M24 4.17 SR M14X16 DIN1835-B
BT50 EM 18X100 50 18.00 50.00 - 100.00 62.0 - M24 4.29 SR M14X16 DIN1835-B
BT50 EM 20X100 50 20.00 52.00 - 100.00 62.0 - M24 4.28 SR M16X16 DIN1835-B
BT50 EM 25X115 50 25.00 65.00 - 115.00 77.0 - M24 5.06 SR M18X2X20 DIN1835-B
BT50 EM 32X115 50 32.00 71.00 - 115.00 77.0 - M24 5.28 SR M20X2X20 DIN1835-B
BT50 EM 40X115 50 40.00 90.00 - 115.00 77.0 - M24 6.17 SR M20X2X20 DIN1835-B
BT50 EM 50X125 50 50.00 98.00 - 125.00 87.0 - M24 6.94 SR M24X2X25 DIN1835-B
• B is the designation for coolant through flange.
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • DR-CA (526) • MTE D (359) • MTE D(Double Insert) (359)
BT-EM (DIN 1835 Form B)
DIN6359 / DIN 1835 Form B
Weldon Endmill Holders with BT
MAS-403 ADB Tapered Shanks
978-979
ISCAR
902
BT MAS-403
Lmax
Lmin
Lmax
Lmin
SS
G
L
L1
J
d
2
D1D2
2˚ ˚2˚2
d
2
D1
For d2 ≥ 25
L5
J
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1D2L L1L5L min L max J(1) Key(2) Gkg
BT40 EM 6X 50 E 40 6.00 25.00 - 50.00 23.0 - 35.0 45.0 M5 2.50 M16 1.06
BT40 EM 10X 65 E 40 10.00 35.00 - 65.00 38.0 - 39.0 49.0 M8 4.00 M16 1.21
BT40 EM 12X 65 E 40 12.00 42.00 - 65.00 38.0 - 44.0 54.0 M10 5.00 M16 1.27
BT40 EM 14X 65 E 40 14.00 44.00 - 65.00 38.0 - 44.0 54.0 M10 5.00 M16 1.33
BT40 EM 16X 65 E 40 16.00 48.00 - 65.00 38.0 - 47.0 57.0 M12 6.00 M16 1.38
BT40 EM 18X 65 E 40 18.00 50.00 - 65.00 38.0 - 47.0 57.0 M12 6.00 M16 1.39
BT40 EM 20X 75 E 40 20.00 52.00 - 75.00 48.0 - 49.0 59.0 M16 8.00 M16 1.55
BT40 EM 25X105 E 40 25.00 65.00 61.00 105.00 78.0 68.00 54.0 64.0 M20X1.5 10.00 M16 2.45
BT40 EM 32X110 E 40 32.00 71.00 61.00 110.00 83.0 73.00 58.0 68.0 M20X1.5 10.00 M16 2.80
BT50 EM 6X 70 E 50 6.00 25.00 - 70.00 32.0 - 35.0 45.0 M5 2.50 M24 3.70
BT50 EM 10X 70 E 50 10.00 35.00 - 70.00 32.0 - 39.0 49.0 M8 4.00 M24 3.70
BT50 EM 12X100 E 50 12.00 42.00 - 100.00 62.0 - 44.0 54.0 M10 5.00 M24 4.06
BT50 EM 14X100 E 50 14.00 44.00 - 100.00 62.0 - 44.0 54.0 M10 5.00 M24 4.20
BT50 EM 16X100 E 50 16.00 48.00 - 100.00 62.0 - 47.0 57.0 M12 6.00 M24 4.27
BT50 EM 18X100 E 50 18.00 50.00 - 100.00 62.0 - 47.0 57.0 M12 6.00 M24 4.33
BT50 EM 20X100 E 50 20.00 52.00 - 100.00 62.0 - 49.0 59.0 M16 8.00 M24 4.36
BT50 EM 25X115 E 50 25.00 65.00 - 115.00 77.0 - 54.0 64.0 M20X1.5 10.00 M24 5.08
BT50 EM 32X115 E 50 32.00 71.00 - 115.00 77.0 - 58.0 68.0 M20X1.5 10.00 M24 5.25
BT50 EM 40X115 E 50 40.00 90.00 - 115.00 77.0 - 68.0 78.0 M20X1.5 10.00 M24 6.14
BT50 EM 50X125 E 50 50.00 98.00 - 125.00 67.0 - 78.0 88.0 M20X1.5 10.00 M24 6.94
BT50 EM 50X125 E B 50 50.00 98.00 - 125.00 67.0 - 78.0 88.0 M20X1.5 10.00 M24 7.00
• B is the designation for coolant through flange.
(1) Adjustment screw has an internal coolant hole.
(2) Adjustment screw hexagon key size
BT-EM (DIN 1835 Form E)
DIN6359 / DIN 1835 Form E Drill
Holders with BT MAS-403 AD
Tapered Shanks
d2
D1
D2
L5
For d≥25
d2
D1
L1
L
G
SS
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1D2L L1L5Gkg
BT40 FC EM10X65 40 10.00 35.00 - 65.00 39.0 - M16 1.25
BT40 FC EM12X65 40 12.00 42.00 - 65.00 39.0 - M16 1.29
BT40 FC EM16X65 40 16.00 48.00 - 65.00 39.0 - M16 1.37
BT40 FC EM20X75 40 20.00 52.00 - 75.00 49.0 - M16 1.56
BT40 FC EM25X105 40 25.00 65.00 61.00 105.00 79.0 68.00 M16 2.54
BT40 FC EM32X110 40 32.00 71.00 61.00 110.00 83.0 73.00 M16 1.87
BT50 FC EM12X100 50 12.00 42.00 - 100.00 62.0 - M24 1.20
BT50 FC EM16X100 50 16.00 48.00 - 100.00 63.5 - M24 4.22
BT50 FC EM20X100 50 20.00 52.00 - 100.00 63.5 - M24 4.33
BT50 FC EM25X115 50 25.00 65.00 - 115.00 78.5 - M24 4.50
BT50 FC EM32X115 50 32.00 71.00 - 115.00 78.5 - M24 5.38
BT50 FC EM40X115 50 40.00 90.00 - 115.00 78.5 - M24 6.29
BT50 FC EM50X125 50 50.00 100.00 - 125.00 87.0 - M24 3.24
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • DR-CA (526) • MTE D (359) • MTE D(Double Insert) (359)
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-EM
DIN1835 Form B Endmills with
BT MAS-403 Face Contact
AD Tapered Shanks
978-979
978-979
983
983
903
BT MAS-403
L
min
M6
D1D2
L
L1
Gd2
L
max
SS
4°30’
JL3
A
0.005A AT3 Taper 50-52 HRc
G2.5
BT 40=25,000RPM
BT 50=20,000
RPM
U<1.0 gmm
Designation SS d2D2D1L L1L3L min L max J Key(1) Gkg
BT40 SRKIN 6X 90 40 6.00 27.00 21.00 90.00 63.0 38.00 25.0 36.0 M5 2.50 M16 1.13
BT40 SRKIN 8X 90 40 8.00 27.00 21.00 90.00 63.0 38.00 25.0 36.0 M6 3.00 M16 1.07
BT40 SRKIN 10X 90 40 10.00 32.00 24.00 90.00 63.0 50.50 31.0 42.0 M8 4.00 M16 1.23
BT40 SRKIN 12X 90 40 12.00 32.00 24.00 90.00 63.0 50.50 36.0 47.0 M10 5.00 M16 1.13
BT40 SRKIN 14X 90 40 14.00 34.00 27.00 90.00 63.0 44.50 36.0 47.0 M10 5.00 M16 1.26
BT40 SRKIN 16X 90 40 16.00 34.00 27.00 90.00 63.0 44.50 39.0 50.0 M12 6.00 M16 1.23
BT40 SRKIN 16X120 40 16.00 34.00 27.00 120.00 93.0 44.50 39.0 50.0 M12 6.00 M16 1.43
BT40 SRKIN 18X 90 40 18.00 42.00 33.00 90.00 63.0 57.00 39.0 50.0 M12 6.00 M16 1.40
BT40 SRKIN 20X 90 40 20.00 42.00 33.00 90.00 63.0 57.00 41.0 52.0 M16 8.00 M16 1.30
BT40 SRKIN 25X110 40 25.00 53.00 44.00 110.00 83.0 57.00 47.0 58.0 M16 8.00 M16 1.84
BT50 SRKIN 6X100 50 6.00 26.00 21.00 100.00 62.0 32.00 25.0 36.0 M5 2.50 M24 3.67
BT50 SRKIN 8X100 50 8.00 27.00 21.00 100.00 62.0 38.00 25.0 36.0 M6 3.00 M24 3.78
BT50 SRKIN 10X100 50 10.00 32.00 24.00 100.00 62.0 51.00 31.0 42.0 M8 4.00 M24 3.78
BT50 SRKIN 12X100 50 12.00 32.00 24.00 100.00 62.0 51.00 36.0 47.0 M10 5.00 M24 3.74
BT50 SRKIN 14X100 50 14.00 34.00 27.00 100.00 62.0 44.50 36.0 47.0 M10 5.00 M24 3.80
BT50 SRKIN 16X100 50 16.00 34.00 27.00 100.00 62.0 44.50 39.0 50.0 M12 6.00 M24 3.70
BT50 SRKIN 18X100 50 18.00 42.00 33.00 100.00 62.0 57.00 39.0 50.0 M12 6.00 M24 3.92
BT50 SRKIN 20X100 50 20.00 42.00 33.00 100.00 62.0 57.00 41.0 52.0 M16 8.00 M24 3.77
BT50 SRKIN 25X120 50 25.00 53.00 44.00 120.00 82.0 57.00 47.0 58.0 M16 8.00 M24 4.50
BT50 SRKIN 32X120 50 32.00 53.00 44.00 120.00 82.0 57.00 47.0 58.0 M16 8.00 M24 4.34
• Use only inductive heating device for SRKIN holders
(1) Hex key size for the rear stopper screw
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • HM390 ETD-19 (26) • MF EWX (257) • MTE D-C (359)
• T490 ELN-11 (22)
BT-SRKIN
Thermal Shrink Chucks with BT
MAS-403 AD Tapered Shanks for
Carbide HSS and Steel Tools
D2
L3
L1
L
D1
d2
Lmax.
M6
J
G
4.5°
Lmin.
SS
A
0.005A AT3 Taper 50-52 HRc
G2.5
SK 40= 20,000 RPM
SK 50= 15,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J G
BT40 FC SRKIN 6X90 40 6.00 21.00 27.00 90.00 64.0 38.00 25.0 36.0 M5 M16
BT40 FC SRKIN 8X90 40 8.00 21.00 27.00 90.00 64.0 38.00 25.0 36.0 M6 M16
BT40 FC SRKIN10X90 40 10.00 24.00 32.00 90.00 64.0 50.80 31.0 42.0 M8 M16
BT40 FC SRKIN12X90 40 12.00 24.00 32.00 90.00 64.0 50.80 36.0 47.0 M10 M16
BT40 FC SRKIN14X90 40 14.00 27.00 34.00 90.00 64.0 44.50 36.0 47.0 M10 M16
BT40 FC SRKIN16X90 40 16.00 27.00 34.00 90.00 64.0 44.50 39.0 50.0 M12 M16
BT40 FC SRKIN18X90 40 18.00 33.00 42.00 90.00 64.0 57.20 39.0 50.0 M12 M16
BT40 FC SRKIN20X90 40 20.00 33.00 42.00 90.00 64.0 57.20 41.0 52.0 M16 M16
BT40 FC SRKIN25X110 40 25.00 44.00 53.00 110.00 84.0 57.20 47.0 58.0 M16 M16
BT50 FC SRKIN 6X100 50 6.00 21.00 27.00 100.00 63.5 38.00 25.0 36.0 M6 M24
BT50 FC SRKIN 8X100 50 8.00 21.00 27.00 100.00 63.5 38.00 25.0 36.0 M5 M24
BT50 FC SRKIN10X100 50 10.00 24.00 32.00 100.00 63.5 50.80 31.0 42.0 M8 M24
BT50 FC SRKIN12X100 50 12.00 24.00 32.00 100.00 63.5 50.80 36.0 47.0 M10 M24
BT50 FC SRKIN14X100 50 14.00 27.00 34.00 100.00 63.5 44.50 36.0 47.0 M10 M24
BT50 FC SRKIN16X100 50 16.00 27.00 34.00 100.00 63.5 44.50 39.0 50.0 M12 M24
BT50 FC SRKIN18X100 50 18.00 33.00 42.00 100.00 63.5 57.20 39.0 50.0 M12 M24
BT50 FC SRKIN20X100 50 20.00 33.00 42.00 100.00 63.5 57.20 41.0 52.0 M16 M24
BT50 FC SRKIN25X120 50 25.00 44.00 53.00 120.00 83.5 57.20 47.0 58.0 M16 M24
BT50 FC SRKIN32X120 50 32.00 44.00 53.00 120.00 83.5 57.20 50.5 62.0 M16 M24
• Use only inductive heating device for SRKIN holders
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-SRKIN
Thermal Shrink Chucks with
BT MAS-403 Face Contact
AD Tapered Shanks
978-979 951-953 956-957 984
978-979 951-953 956-957 984
ISCAR
904
BT MAS-403
Lmax
Lmin
4˚
D2
D1
d2
J
L3
L1
L
SS
G
A0.003A AT3 Taper 50-52 HRc
G2.5
25,000 RPM
U<1.0 gmm
Designation SS d2D1D2L L1L3L min L max J Key(1) Gkg
BT30 SRK 3X50 30 3.00 10.00 15.00 72.00 50.0 36.30 10.0 20.0 M6 3.00 M12 0.43
BT30 SRK 4X50 30 4.00 10.00 15.00 72.00 50.0 36.30 12.0 22.0 M6 3.00 M12 0.43
BT30 SRK 5X50 30 5.00 10.00 15.00 72.00 50.0 36.30 15.0 25.0 M6 3.00 M12 0.42
BT30 SRK 6X50 30 6.00 11.00 16.00 72.00 50.0 36.60 18.0 28.0 M8 4.00 M12 0.43
BT30 SRK 8X50 30 8.00 14.00 20.00 72.00 50.0 43.30 25.0 35.0 M10 5.00 M12 0.45
BT30 SRK10X50 30 10.00 16.00 22.00 72.00 50.0 42.80 30.0 40.0 M8 4.00 M12 0.47
BT30 SRK12X50 30 12.00 20.00 26.00 72.00 50.0 42.70 32.0 42.0 M10 5.00 M12 0.51
BT40 SRK 3X50 40 3.00 10.00 15.00 77.00 50.0 35.55 10.0 16.0 M6 3.00 M16 1.00
BT40 SRK 3X85 40 3.00 10.00 19.00 112.00 85.0 64.15 10.0 16.0 M6 3.00 M16 1.00
BT40 SRK 4X50 40 4.00 10.00 15.00 77.00 50.0 35.55 12.0 18.0 M6 3.00 M16 0.98
BT40 SRK 4X85 40 4.00 10.00 19.00 112.00 85.0 64.15 12.0 18.0 M6 3.00 M16 1.06
BT40 SRK 5X50 40 5.00 10.00 15.00 77.00 50.0 35.55 15.0 21.0 M6 3.00 M16 1.00
BT40 SRK 5X85 40 5.00 10.00 19.00 112.00 85.0 64.15 15.0 21.0 M6 3.00 M16 1.00
BT40 SRK 6X50 40 6.00 11.00 16.00 77.00 50.0 35.50 18.0 24.0 M8 4.00 M16 0.98
BT40 SRK 6X85 40 6.00 11.00 20.00 112.00 85.0 64.15 18.0 24.0 M8 4.00 M16 1.00
BT40 SRK 8X50 40 8.00 14.00 20.00 77.00 50.0 42.50 25.0 31.0 M10 5.00 M16 1.00
BT40 SRK 8X85 40 8.00 14.00 23.00 112.00 85.0 63.95 25.0 31.0 M10 5.00 M16 1.15
BT40 SRK 10X50 40 10.00 16.00 22.00 77.00 50.0 42.40 30.0 36.0 M12 6.00 M16 1.04
BT40 SRK 10X85 40 10.00 16.00 24.50 112.00 85.0 60.28 30.0 36.0 M12 6.00 M16 1.12
BT40 SRK 12X50 40 12.00 20.00 26.00 77.00 50.0 42.30 32.0 42.0 M10 5.00 M16 1.06
BT40 SRK 12X85 40 12.00 20.00 28.00 112.00 85.0 56.60 32.0 42.0 M10 5.00 M16 1.22
• Preset screw without coolant hole.
(1) Hex key size for the rear stopper screw
BT-SRK
Thermal Shrink Chucks
with BT MAS-403 Tapered
Shanks for Carbide Tools
978-979 951-953 956-957 984
905
BT MAS-403
L
SS L1L2
dD1
(a)
G
A0.005A AT3 Taper
58-60 HRc
Designation SS d D1L L2L1Gkg
BT30 SEM 16X50 30 16.00 38.00 50.00 17.00 28.0 M12 0.62
BT30 SEM 22X50 30 22.00 47.00 50.00 19.00 28.0 M12 0.77
BT30 SEM 27X50 30 27.00 58.00 50.00 21.00 18.0 M12 0.88
BT40 SEM 16X120 40 16.00 38.00 120.00 17.00 93.0 M16 1.82
BT40 SEM 16X60 40 16.00 38.00 60.00 17.00 33.0 M16 1.29
BT40 SEM 22X120 40 22.00 47.00 120.00 19.00 93.0 M16 2.38
BT40 SEM 22X60 40 22.00 47.00 60.00 19.00 33.0 M16 1.45
BT40 SEM 27X105 40 27.00 58.00 105.00 21.00 78.0 M16 2.62
BT40 SEM 27X45 40 27.00 58.00 45.00 21.00 18.0 M16 1.39
BT40 SEM 32X60 40 32.00 65.50 60.00 24.00 23.0 M16 1.88
BT40 SEM 32X75 40 32.00 65.00 75.00 24.00 36.0 M16 2.26
BT40 SEM 40X60 40 40.00 82.00 60.00 27.00 23.0 M16 2.25
BT40 SEM 40X75 40 40.00 82.00 75.00 27.00 38.0 M16 3.10
BT50 SEM 16X120 50 16.00 38.00 120.00 17.00 82.0 M24 4.40
BT50 SEM 16X75 50 16.00 38.00 75.00 17.00 37.0 M24 3.86
BT50 SEM 22X50X220 50 22.00 50.00 220.00 19.00 182.0 M24 6.52
BT50 SEM 22X64X320 50 22.00 64.00 320.00 19.00 282.0 M24 10.51
BT50 SEM 22X75 50 22.00 47.00 75.00 19.00 37.0 M24 4.10
BT50 SEM 22X120 50 22.00 47.00 120.00 19.00 82.0 M24 4.63
BT50 SEM 27X105 50 27.00 58.00 105.00 21.00 67.0 M24 5.08
BT50 SEM 27X60 50 27.00 58.00 60.00 21.00 22.0 M24 4.15
BT50 SEM 31.75X45 50 31.75 64.00 45.00 30.00 10.0 M24 4.14
BT50 SEM 32X48 50 32.00 66.00 48.00 24.00 10.0 M24 3.96
BT50 SEM 32X75 50 32.00 66.00 75.00 24.00 37.0 M24 4.65
BT50 SEM 38.1X75 50 38.10 80.00 75.00 34.00 40.0 M24 5.25
BT50 SEM 40X48 50 40.00 82.00 48.00 27.00 10.0 M24 4.27
BT50 SEM 40X75 50 40.00 82.00 75.00 27.00 37.0 M24 5.33
• Add B as suffix to the designation for coolant through flange.
For tools, see pages: MTF D(Shell Mill) (360) • MTFL (360)
BT-SEM
ISO 3937 Shell Mill Holders with
BT MAS-403 AD Tapered Shanks
993 978-979 981
ISCAR
906
BT MAS-403
L
SS L1L2
dD1
(a)
G
1 2
A0.005A AT3 Taper 58-60 HRc
G2.5
BT 40= 20,000RPM
BT 50= 15,000RPM
U<1.0 gmm
Designation SS d D1L L2L1Gkg Fig.
BT40 SEM 16X100C 40 16.00 38.00 100.00 17.00 73.0 M16 1.57 1
BT40 SEM 16X60C 40 16.00 38.00 60.00 17.00 33.0 M16 1.21 1
BT40 SEM 22X100C 40 22.00 47.00 100.00 19.00 73.0 M16 2.03 1
BT40 SEM 22X60C 40 22.00 47.00 60.00 19.00 33.0 M16 1.10 1
BT40 SEM 27X100C 40 27.00 58.00 100.00 21.00 73.0 M16 2.44 1
BT40 SEM 27X45C 40 27.00 58.00 45.00 21.00 18.0 M16 1.32 1
BT40 SEM 32X60C 40 32.00 66.00 60.00 24.00 33.0 M16 1.84 1
BT50 SEM 16X100C 50 16.00 38.00 100.00 17.00 62.0 M24 4.00 1
BT50 SEM 16X75C 50 16.00 38.00 75.00 17.00 37.0 M24 3.82 1
BT50 SEM 22X100C 50 22.00 47.00 100.00 19.00 62.0 M24 4.30 1
BT50 SEM 22X48X220C (1) 50 22.00 48.00 220.00 19.00 182.0 M24 5.98 2
BT50 SEM 22X61X320C (1) 50 22.00 61.00 320.00 19.00 282.0 M24 9.91 2
BT50 SEM 22X75C 50 22.00 47.00 75.00 19.00 37.0 M24 4.00 1
BT50 SEM 27X100C 50 27.00 58.00 100.00 21.00 62.0 M24 4.72 1
BT50 SEM 27X60C 50 27.00 58.00 60.00 21.00 22.0 M24 3.96 1
BT50 SEM 27X61X320C (1) 50 27.00 61.00 320.00 21.00 282.0 M24 9.78 2
BT50 SEM 32X100C 50 32.00 66.00 100.00 24.00 62.0 M24 5.04 1
BT50 SEM 32X75C 50 32.00 66.00 75.00 24.00 37.0 M24 4.50 1
BT50 SEM 32X78X390C (1) 50 32.00 78.00 390.00 24.00 352.0 M24 16.66 2
• (a) For coolant through flange the plug screw must be removed from the flange cooling hole (use a 2 mm hex key)
(1) Symmetrical design. However, the family's balance values are not guaranteed for this tool
BT-SEM-C
ISO 3937 Shell Mill Holders with
Coolant Holes and BT MAS-403 ADB
Tapered Shanks
D1
d
L2L1
L
G
SS
A0.005A AT3 Taper 58-60 HRc
G2.5
SK 40= 20,000 RPM
SK 50= 15,000 RPM
U<1.0 gmm
Designation SS d D1L L2L1G
BT40 FC SEM16X60C 40 16.00 38.00 60.00 17.00 34.0 M16
BT40 FC SEM22X60C 40 22.00 47.00 60.00 19.00 34.0 M16
BT40 FC SEM22X120C 40 22.00 47.00 120.00 19.00 94.0 M16
BT40 FC SEM27X45C 40 27.00 58.00 45.00 21.00 19.0 M16
BT40 FC SEM32X60C 40 32.00 66.00 60.00 24.00 34.0 M16
BT40 FC SEM32X75C 40 32.00 66.00 75.00 24.00 49.0 M16
BT50 FC SEM16X75C 50 16.00 38.00 75.00 17.00 38.5 M24
BT50 FC SEM16X120C 50 16.00 38.00 120.00 17.00 83.5 M24
BT50 FC SEM22X75C 50 22.00 47.00 75.00 19.00 38.5 M24
BT50 FC SEM27X60C 50 27.00 58.00 60.00 21.00 23.5 M24
BT50 FC SEM27X105C 50 27.00 58.00 105.00 21.00 68.5 M24
BT50 FC SEM32X60 C 50 32.00 66.00 60.00 24.00 11.5 M24
BT50 FC SEM40X60 C 50 40.00 82.00 60.00 27.00 11.5 M24
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-SEM-C
Shell-End Mill Holders with Coolant
Holes and BT MAS-403 Face
Contact AD Tapered Shanks
994 978-979 981
978-979 981 982
907
BT MAS-403
SS
G
D
5
G
1
L
L
1
L
2
D
1
d
G
2
D
5
G
1
12 A0.005A AT3 Taper
58-60 HRc
Designation SS d L2L L1D1D5G1G2G Fig. kg
BT40 FM 40 (1) 40 40.00 27.00 60.00 22.0 88.00 66.70 M12 M20 M16 1 2.33
BT50 FM 40 (1) 50 40.00 27.00 50.00 12.0 88.00 66.70 M12 M20 M24 1 4.19
BT50 FM 60 (2) 50 60.00 38.00 88.00 40.0 128.00 101.60 M16 - M24 2 8.60
• Peripheral clamping screws are not supplied.
(1) Form AD
(2) Form A
For tools, see pages: FDN-CALN13 (299) • FDN-CAPM15 (300) • H690 FWN (166) • HM390 FTD-19 (180) • HOF-R06 (190) • MF FHX-R06 (262) • SOF45-R18 (199)
BT-FM
DIN 6357 Face Mill Holders with BT
MAS-403 A/AD Tapered Shanks
D5G1G1
G
SS
L L2
L1
G2dD1
D5
12 A0.005A 58-60 HRc
AT3 Taper
G2.5
SK 40= 20,000 RPM
SK 50= 15,000 RPM
U<1.0 gmm
Designation SS D1d D5L L2L1G G2G1Fig.
BT40 FC FM40 (1) 40 88.00 40.00 66.70 60.00 27.00 23.0 M16 M20 M12 Y 1
BT50 FC FM40 (1) 50 88.00 40.00 66.70 50.00 27.00 13.5 M24 M20 M12 Y 1
BT50 FC FM60 (2) 50 128.00 60.00 101.60 88.00 40.00 41.5 M24 - M16 N 2
(1) Form AD
(2) Form A
BT-FC Face Contact Taper
Face Contact
Spindle Standard
Spindle
Standard
Holder
Face Contact
Holder
BT-FC-FM
Face Mill Holders with BT MAS-403
Face Contact A/AD Tapered Shanks
978-979
978-979
981
981
982
982
ISCAR
908
BT MAS-403
D
1
d
L
L1L2
SS
G
L3
A0.005A AT3 Taper
58-60 HRc
Designation SS d L2D1L L1L3Gkg
BT40 SEMC 16X100 40 16.00 17.00 32.00 100.00 73.0 27.00 M16 1.42
BT40 SEMC 16X50 40 16.00 17.00 32.00 50.00 23.0 27.00 M16 1.09
BT40 SEMC 22X100 40 22.00 19.00 40.00 100.00 73.0 31.00 M16 1.68
BT40 SEMC 22X53 40 22.00 19.00 40.00 53.00 26.0 31.00 M16 1.18
BT40 SEMC 27X100 40 27.00 21.00 48.00 100.00 73.0 33.00 M16 2.02
BT40 SEMC 27X55 40 27.00 21.00 48.00 55.00 28.0 33.00 M16 1.29
BT40 SEMC 32X100 40 32.00 24.00 58.00 100.00 73.0 38.00 M16 2.26
BT40 SEMC 32X60 40 32.00 24.00 58.00 60.00 33.0 38.00 M16 1.51
BT40 SEMC 40X80 40 40.00 27.00 70.00 80.00 53.0 41.00 M16 2.29
BT50 SEMC 16X100 50 16.00 17.00 32.00 100.00 62.0 27.00 M24 3.86
BT50 SEMC 16X150 50 16.00 17.00 32.00 150.00 112.0 27.00 M24 4.30
BT50 SEMC 22X100 50 22.00 19.00 40.00 100.00 62.0 31.00 M24 4.14
BT50 SEMC 22X150 50 22.00 19.00 40.00 150.00 112.0 31.00 M24 5.23
BT50 SEMC 22X68 50 22.00 19.00 40.00 68.00 30.0 31.00 M24 2.80
BT50 SEMC 27X100 50 27.00 21.00 48.00 100.00 62.0 33.00 M24 4.32
BT50 SEMC 27X150 50 27.00 21.00 48.00 150.00 112.0 33.00 M24 5.48
BT50 SEMC 27X78 50 27.00 21.00 48.00 78.00 40.0 33.00 M24 3.97
BT50 SEMC 32X100 50 32.00 24.00 58.00 100.00 62.0 38.00 M24 4.60
BT50 SEMC 32X150 50 32.00 24.00 58.00 150.00 112.0 38.00 M24 5.82
BT50 SEMC 32X78 50 32.00 24.00 58.00 78.00 40.0 38.00 M24 4.50
BT50 SEMC 40X78 50 40.00 27.00 70.00 78.00 40.0 41.00 M24 4.62
BT50 SEMC 40X100 50 40.00 27.00 70.00 100.00 62.0 41.00 M24 5.06
BT50 SEMC 40X150 50 40.00 27.00 70.00 150.00 112.0 41.00 M24 6.46
BT50 SEMC 50X79 50 50.00 30.00 90.00 79.00 41.0 46.00 M24 6.40
BT50 SEMC 50X150 50 50.00 30.00 90.00 150.00 112.0 46.00 M24 8.41
• Axial driving key is not supplied.
For tools, see pages: GM-DG (314) • MTF D(Shell Mill) (360) • MTFL (360) • SGSA (315)
BT-SEMC
COMBI Shell Mill Holders with BT
MAS-403 AD Tapered Shanks
SS
CSI
L
GAT3 Taper A0.003A
58-60 HRc
Designation SS CSI L G kg
C4 AD BT40X030 40 40 30.00 M16 1.00
C5 AD BT40X30 40 50 30.00 M16 1.00
C5 AD BT50X40 ADB 50 50 40.00 M24 3.46
C6 AD BT50X40 50 63 40.00 M24 3.44
C8 AD BT50X70 ADB 50 80 70.00 M24 4.05
BT-C#
CAMFIX (ISO 26623-1) Holders with
BT MAS-403 AD/ADB Tapered Shanks
982 981 982 978-979
994 978-979
909
BT MAS-403
L
L
1
Tt˚
D
1
SS
G
A0.005A AT3 Taper
58-60 HRc
Designation SS Tt° L D1L1Gkg
BT30 DC B12X 30 30 B12 30.00 - 8.0 M12 0.42
BT30 DC B16X 30 30 B16 30.00 - 8.0 M12 0.44
BT40 DC B12X 45 40 B12 45.00 24.00 18.0 M16 1.04
BT40 DC B12X 90 40 B12 90.00 24.00 63.0 M16 1.22
BT40 DC B16X 45 40 B16 45.00 30.00 18.0 M16 1.09
BT40 DC B16X 90 40 B16 90.00 30.00 63.0 M16 1.34
BT40 DC B18X 90 40 B18 90.00 30.00 63.0 M16 1.38
BT50 DC B12X 45 50 B12 45.00 - 6.7 M24 3.67
BT50 DC B12X105 50 B12 105.00 24.00 67.0 M24 3.90
BT50 DC B16X 45 50 B16 45.00 - 7.0 M24 3.72
BT50 DC B16X105 50 B16 105.00 50.00 67.0 M24 4.64
BT50 DC B18X 45 50 B18 45.00 - 7.0 M24 3.73
BT50 DC B18X105 50 B18 105.00 30.00 67.0 M24 4.08
BT-DC-B
DIN 238 Drill Chuck Arbors with
BT MAS-403 A Tapered Shanks
L
L1
SS
D1
CSI
G1
G
AT3 Taper 58-60 HRc
A
0.01
A
Designation SS CSI L L1D1G1Gkg
BT50 AD 40 50 DIN2080 75.00 32.0 63.00 M16 M24 3.85
BT50 AD BT/SK40 50 DIN69871/A, BT MAS 75.00 37.0 66.00 M16 M24 4.05
BT-AD
DIN 2080 DIN 69871/A and
BT MAS-403 Adapters with BT
MAS-403 A Tapered Shanks
D
1
Tt˚
L
1
L
G
SS
AT3 Taper 58-60 HRc
A
0.01
A
Designation SS Tt° L L1D1Gkg
BT30 MT1X 45 30 MT1 45.00 23.0 25.00 M12 0.43
BT30 MT2X 60 30 MT2 60.00 38.0 32.00 M12 0.51
BT40 MT1X 45 40 MT1 45.00 18.0 25.00 M16 1.00
BT40 MT1X120 40 MT1 120.00 93.0 25.00 M16 1.28
BT40 MT2X 60 40 MT2 60.00 33.0 32.00 M16 0.50
BT40 MT2X120 40 MT2 120.00 93.0 32.00 M16 1.43
BT40 MT3X 75 40 MT3 75.00 48.0 40.00 M16 1.15
BT40 MT3X139 40 MT3 139.00 112.0 40.00 M16 1.78
BT40 MT4X 95 40 MT4 95.00 68.0 50.00 M16 1.44
BT50 MT1X 45 50 MT1 45.00 7.0 25.00 M24 3.59
BT50 MT1X120 50 MT1 120.00 82.0 25.00 M24 3.94
BT50 MT1X180 50 MT1 180.00 142.0 25.00 M24 4.18
BT50 MT2X 45 50 MT2 45.00 7.0 32.00 M24 3.50
BT50 MT2X135 50 MT2 135.00 97.0 32.00 M24 4.14
BT50 MT2X180 50 MT2 180.00 142.0 32.00 M24 4.40
BT50 MT3X 45 50 MT3 45.00 7.0 40.00 M24 3.49
BT50 MT3X150 50 MT3 150.00 112.0 40.00 M24 4.46
BT50 MT3X180 50 MT3 180.00 142.0 40.00 M24 4.79
BT50 MT4X 75 50 MT4 75.00 37.0 50.00 M24 3.64
BT50 MT4X180 50 MT4 180.00 142.0 50.00 M24 5.20
BT50 MT5X105 50 MT5 105.00 67.0 70.00 M24 4.17
BT-MT
DIN 6383 / DIN 228-2 Form D Tang
Morse Tapered Adapters with BT
MAS-403 A Tapered Shanks
978-979
994 978-979
978-979
ISCAR
910
BT MAS-403
L
L1
L2
L
L1
SS
Tt˚
G1
G
D1
1 2
A
0.005A AT3 Taper
58-60 HRc
Designation SS Tt° L L1L2D1G1G Fig. kg
BT40 MT1 DRW 40 MT1 50.00 23.0 - 25.00 M6 M16 1 1.04
BT40 MT2 DRW 40 MT2 50.00 23.0 - 32.00 M10 M16 1 1.04
BT40 MT3 DRW 40 MT3 70.00 43.0 - 40.00 M12 M16 1 1.16
BT40 MT4 DRW (1) 40 MT4 95.00 68.0 15.00 63.00 M16 M16 2 2.27
BT50 MT1 DRW 50 MT1 45.00 7.0 - 25.00 M6 M24 1 3.64
BT50 MT2 DRW 50 MT2 60.00 22.0 - 32.00 M10 M24 1 3.82
BT50 MT3 DRW 50 MT3 65.00 27.0 - 40.00 M12 M24 1 3.67
BT50 MT4 DRW (1) 50 MT4 70.00 32.0 15.00 63.00 M16 M24 2 4.33
BT50 MT5 DRW (1) 50 MT5 100.00 62.0 18.00 78.00 M20 M24 2 4.81
(1) DIN 2201
BT-MT-DRW
DIN 6364 / DIN 228-2 Form B Draw
Bar Morse Tapered Adapters with
BT MAS-403 A Tapered Shanks
0.05 1°
dmin
max
L
L3 Ref.
L5
L1
G
SS
D2
D1
D3
CSI
A0.003A AT3 Taper
58-60 HRc
Designation SS CSI d min d max L L1L5L3D3D1D2J G kg
ADJ BT40 D70 ER32 40 ER32 2.0 20.0 129.50 102.5 92.50 52.50 50.00 70.00 62.50 M22X1.5 M16 2.56
ADJ BT50 D70 ER32 50 ER32 2.0 20.0 144.50 106.5 106.50 52.50 50.00 70.00 70.00 M22X1.5 M24 5.90
• Radial adjustment 0.05 mm, Angular adjustment 1° • Add B to the designation for coolant through flange option.
Angular Adjustment
Radial Adjustment
1°
0.05
ADJ BT-ER
DIN 6499 ER Collet Chucks with
Center Alignment and BT MAS-403
AD/B Tapered Shanks
994 978-979
994 978-979 981 947-950 841, 944-946
911
BT MAS-403
LSCWS
LPR
CRKS
CZCMS
J
DCONWS BD
LB AT3 Taper 58-60 HRc
Designation CSI CZCMS DCONWS BDLPR LBLSCWS J CRKS WT
FITBORE BT40 EM16 ADB BT40 0400 16.00 72.00 123.5 96.50 100.4 M10 M16 3.53
FITBORE BT40 EM20 ADB BT40 0400 20.00 72.00 123.5 96.50 100.4 M10 M16 3.50
FITBORE BT40 EM25 ADB BT40 0400 25.00 72.00 123.5 96.50 100.4 M10 M16 3.33
FITBORE BT40 EM32 ADB BT40 0400 32.00 72.00 123.5 96.50 100.4 M10 M16 3.17
FITBORE BT40 EM40 ADB BT40 0400 40.00 72.00 123.5 96.50 100.4 M10 M16 2.89
FITBORE BT50 EM16 ADB BT50 0500 16.00 72.00 134.5 96.50 - M10 M24 6.12
FITBORE BT50 EM20 ADB BT50 0500 20.00 72.00 134.5 96.50 - M10 M24 5.27
FITBORE BT50 EM25 ADB BT50 0500 25.00 72.00 134.5 96.50 - M10 M24 6.10
FITBORE BT50 EM32 ADB BT50 0500 32.00 72.00 134.5 96.50 - M10 M24 5.94
FITBORE BT50 EM40 ADB BT50 0500 40.00 72.00 134.5 96.50 - M10 M24 5.56
Max:
D+1.3
Min:
D-0.3
FITBORE BT-EM
Center Offset Adjusting Holders with
BT MAS Form ADB Tapered Shanks
LRef
L1 Ref
D2CSI
SS
GFlb Flf
D3dmin
max
L3 Ref
AT3 Taper 58-60 HRc
Designation SS CSI Tap min Tap max d min d max L L1L3D3D2Flf Flb G kg
GTI BT40 ER16 40 ER16 M3 M10 0.5 10.0 84.20 52.7 24.60 28.00 29.50 8.0 3.0 M16 1.17
GTI BT40 ER32 40 ER32 M6 M20 2.0 20.0 106.80 79.8 33.00 50.00 56.50 9.0 4.0 M16 2.52
GTI BT40 ER40 40 ER40 M6 M28 3.0 26.0 124.80 97.8 51.00 63.00 56.50 9.0 4.0 M16 2.24
GTI BT50 ER16 50 ER16 M3 M10 0.5 10.0 106.80 68.8 24.60 28.00 29.50 8.0 3.0 M24 3.85
GTI BT50 ER32 50 ER32 M6 M20 2.0 20.0 114.20 77.2 33.00 50.00 56.50 9.0 4.0 M24 2.28
GTI BT50 ER40 50 ER40 M6 M28 3.0 26.0 133.20 95.2 51.00 63.00 56.50 9.0 4.0 M24 2.28
GTI BT-ER (tapping)
DIN 6499 ER Tapping Attachments
with BT MAS-403 A Tapered Shanks
994 978-979 840
978-979 979-980 981 947-950 941, 944-946
ISCAR
912
BT MAS-403
d2D1
L1
L
G
SS
A0.003A AT3 Taper
58-60 HRc
Designation SS d2L L1D1Gkg
BT40 CF4-L 40 25.00 110.00 83.0 44.50 M16 1.74
BT40 CF4-S 40 25.00 52.00 25.0 44.50 M16 1.08
BT50 CF4-L 50 25.00 115.00 77.0 44.50 M24 1.20
BT50 CF4-S 50 25.00 63.00 25.0 44.50 M24 3.71
• B is the designation for coolant through flange. • Tightening torque: 6 Kgxm
BT-CF (CLICKFIT)
Modular System Connections with
BT MAS-403 AD Tapered Shanks
L
G
D
1
SS
CSI
A0.003A AT3 Taper 58-60 HRc
G2.5
20,000 RPM
U<1.0 gmm
Designation SS CSI L D1Gkg
BT40 ER32 CLICK-IN 40 32 SRF 28.00 41.00 M16 0.83
BT50 ER32 CLICK-IN 50 32 SRF 39.00 41.00 M24 3.46
• Tightening torque: 24 Kgxm
BT-ER-CLICKIN
BT MAS 403 AD Tapered Shanks
to CLICKIN Quick Change
Connection Adapters
L1
L
10
D1
Tsi
G
L3
SS
D2
A0.003A AT3 Taper 58-60 HRc
G2.5
G6.3
BT 40=20,000
RPM
RPM
BT 50=12,000
U<1.0 gmm
Designation SS Tsi D1D2L L1L3Gkg
BT40 ODP 6X 66 40 M06 9.80 13.00 66.00 39.0 30.00 M16 0.98
BT40 ODP 6X106 40 M06 9.80 23.00 106.00 79.0 70.00 M16 0.14
BT40 ODP 8X 66 40 M08 13.00 15.00 66.00 30.0 30.00 M16 0.99
BT40 ODP 8X106 40 M08 13.00 23.00 106.00 79.0 70.00 M16 1.09
BT40 ODP10X 66 40 M10 18.00 20.00 66.00 30.0 30.00 M16 1.03
BT40 ODP10X106 40 M10 18.00 28.00 106.00 79.0 70.00 M16 1.24
BT40 ODP12X 66 40 M12 21.00 24.00 66.00 39.0 30.00 M16 1.05
BT40 ODP12X106 40 M12 21.00 31.00 106.00 79.0 70.00 M16 1.23
BT40 ODP16X 66 40 M16 29.00 28.60 66.00 39.0 35.00 M16 1.06
BT40 ODP16X106 40 M16 29.00 34.00 106.00 79.0 70.00 M16 1.32
BT50 ODP 12X 94 50 M12 23.00 30.00 94.00 56.0 50.00 M24 3.85
BT50 ODP 12X144 50 M12 23.00 40.00 144.00 106.0 100.00 M24 4.25
BT50 ODP 12X194 50 M12 23.00 40.00 194.00 156.0 150.00 M24 4.57
BT50 ODP 12X244 50 M12 23.00 46.00 244.00 206.0 200.00 M24 5.12
BT50 ODP 16X 94 50 M16 29.00 34.00 94.00 56.0 50.00 M24 3.75
BT50 ODP 16X144 50 M16 29.00 40.00 144.00 106.0 100.00 M24 4.19
BT50 ODP 16X194 50 M16 29.00 55.00 194.00 156.0 150.00 M24 5.24
BT50 ODP 16X244 50 M16 29.00 60.00 244.00 206.0 200.00 M24 5.60
• The coolant passages in the B-type flange are blocked with screws which can be removed when required.
BT-ODP (FLEXFIT)
FLEXFIT Threaded Adaptation
with Integral BT MAS-403
Tapered Shanks (ADB type)
995 978-979 834 927, 930
995 978-979 981 959 958
978-979 981 927-929 925
913
DIN 2080, R-8 Bridgeport, Morse Taper
DIN2080, R-8 BRIDGEPORT,
MORSE TAPER
ISCAR
914
DIN 2080, R-8 Bridgeport, Morse Taper
dmin
max
ER32, 40, 50ER16, 20
D3
L1 Ref
L1 Ref
L Ref
L3 Ref
SS
L3 Ref
GJ
D2
D
3
A0.003A AT3 Taper
58-60 HRc
Designation SS CSI d min d max L L1L3D3D2J G kg
DIN2080 30 ER16X 75 30 ER16 0.5 10.0 75.00 65.4 - 28.00 - M10 M12 0.48
DIN2080 30 ER32X 55 30 ER32 2.0 20.0 55.00 45.4 - 50.00 - M18X1.5 M12 0.36
DIN2080 30 ER40X 83 30 ER40 3.0 26.0 83.00 69.4 - 63.00 - M22X1.5 M12 0.79
DIN2080 40 ER16X 63 40 ER16 0.5 10.0 63.00 51.4 - 28.00 - M12 M16 0.85
DIN2080 40 ER16X100 40 ER16 0.5 10.0 100.00 88.4 - 28.00 - M12 M16 0.99
DIN2080 40 ER20X 63 40 ER20 1.0 13.0 63.00 51.4 - 34.00 - M12 M16 0.90
DIN2080 40 ER20X100 40 ER20 1.0 13.0 100.00 88.4 - 34.00 - M12 M16 1.12
DIN2080 40 ER25X 50 40 ER25 1.0 16.0 50.00 38.4 - 42.00 - M16X1.5 M16 0.82
DIN2080 40 ER25X 90 40 ER25 1.0 16.0 90.00 78.4 - 42.00 - M16X1.5 M16 1.21
DIN2080 40 ER32X 50 40 ER32 2.0 20.0 50.00 38.4 - 50.00 - M22X1.5 M16 0.73
DIN2080 40 ER40X 55 40 ER40 3.0 26.0 55.00 43.4 - 63.00 - M22X1.5 M16 0.80
DIN2080 40 ER50X 80 40 ER50 10.0 34.0 80.00 68.4 - 78.00 - M22X1.5 M24 1.20
DIN2080 50 ER16X100 50 ER16 0.5 10.0 100.00 84.8 - 28.00 - M12 M24 2.80
DIN2080 50 ER16X160 50 ER16 0.5 10.0 160.00 144.8 95.00 28.00 40.00 M12 M24 3.28
DIN2080 50 ER20X100 50 ER20 1.0 13.0 100.00 84.8 - 34.00 - M16 M24 2.89
DIN2080 50 ER20X160 50 ER20 1.0 13.0 160.00 144.8 - 34.00 - M12 M24 3.30
DIN2080 50 ER40X 58 50 ER40 3.0 26.0 58.00 42.8 - 63.00 - M28X1.5 M24 2.51
DIN2080 50 ER50X 63 50 ER50 10.0 34.0 63.00 47.8 - 78.00 - M36X1.5 M24 2.40
DIN2080-ER
DIN 6499 ER Collet Chucks with
DIN 2080 AD Tapered Shanks
L7
b
d
7
k
a
L1
L4
d1
8
˚17'50"
d
2
G
DIN2080-ER
Shank a±0.2 b (H12) d1d2G d7K±0.15
SK 30 1.6 16.1 31.75 17.4 M12 50 8
SK 40 1.6 16.1 44.45 25.3 M16 63 10
SK 50 3.2 25.7 69.85 39.6 M24 97.5 12
Shank L1L4L7 MAX Taper AT3
SK 30 68.4 24 16.2 0.002
SK 40 93.4 32 22.5 0.003
SK 50 126.8 47 35.3 0.004
d range
CSI
SS
SETS
A
0.005A
AT3 Taper 46-48 HRc
58-60 HRc
Designation SS CSI d Range Qty kg
KIT DIN2080 30 18 ER32 30 ER32 2-20 18 3.98
KIT DIN2080 40 18 ER32 40 ER32 2-20 18 4.33
KIT DIN2080 40 23 ER40 40 ER40 3-26 23 8.40
KIT DIN2080 50 23 ER40 50 ER40 3-26 23 10.00
• Each kit contains one collet chuck, a full set of ER collets and a wrench.
KIT DIN2080-ER
Contains 1 DIN 2080 Taper
Shank with ER Collet Chuck and
a Set of ER Spring Collets
979-980 981 947-950 980
915
DIN 2080, R-8 Bridgeport, Morse Taper
L
For d
2
≥25
L1
L1
D
1
d
2
D
1
d
2
G
A
0.005A AT3 Taper
58-60 HRc
Designation SS d2D1L L1Gkg
DIN2080 30 EM 6X 40 30 6.00 25.00 40.00 30.4 M12 0.39 SR M6X10 DIN1835B
DIN2080 30 EM 8X 40 30 8.00 28.00 40.00 30.4 M12 0.41 SR M8X10 DIN1835-B
DIN2080 30 EM10X 40 30 10.00 35.00 40.00 30.4 M12 0.47 SR M10X12 DIN1835-B
DIN2080 30 EM20X 63 30 20.00 52.00 63.00 53.4 M12 0.96 SR M16X16 DIN1835-B
DIN2080 40 EM 6X 50 40 6.00 25.00 50.00 38.4 M16 0.84 SR M6X10 DIN1835B
DIN2080 40 EM 8X 50 40 8.00 28.00 50.00 38.4 M16 0.87 SR M8X10 DIN1835-B
DIN2080 40 EM10X 50 40 10.00 35.00 50.00 38.4 M16 0.95 SR M10X12 DIN1835-B
DIN2080 40 EM12X 50 40 12.00 42.00 50.00 38.4 M16 1.05 SR M12X16 DIN1835-B
DIN2080 40 EM16X 63 40 16.00 48.00 63.00 51.4 M16 1.30 SR M14X16 DIN1835-B
DIN2080 40 EM20X 63 40 20.00 52.00 63.00 51.4 M16 1.42 SR M16X16 DIN1835-B
DIN2080 40 EM25X 80 40 25.00 65.00 80.00 68.4 M16 2.06 SR M18X2X20 DIN1835-B
DIN2080 40 EM32X 80 40 32.00 72.00 80.00 68.4 M16 2.24 SR M20X2X20 DIN1835-B
DIN2080 50 EM 6X 63 50 6.00 25.00 63.00 47.8 M24 2.69 SR M6X10 DIN1835B
DIN2080 50 EM 8X 63 50 8.00 28.00 63.00 47.8 M24 2.75 SR M8X10 DIN1835-B
DIN2080 50 EM10X 63 50 10.00 35.00 63.00 47.8 M24 2.79 SR M10X12 DIN1835-B
DIN2080 50 EM12X 63 50 12.00 42.00 63.00 47.8 M24 2.95 SR M12X16 DIN1835-B
DIN2080 50 EM16X 63 50 16.00 48.00 63.00 47.8 M24 3.03 SR M14X16 DIN1835-B
DIN2080 50 EM20X 63 50 20.00 52.00 63.00 47.8 M24 3.12 SR M16X16 DIN1835-B
DIN2080 50 EM25X 80 50 25.00 65.00 80.00 64.8 M24 3.78 SR M18X2X20 DIN1835-B
DIN2080 50 EM32X 80 50 32.00 72.00 80.00 64.8 M24 4.00 SR M20X2X20 DIN1835-B
DIN2080 50 EM40X 90 50 40.00 90.00 90.00 74.8 M24 5.08 SR M20X2X20 DIN1835-B
DIN2080 50 EM50X100 50 50.00 100.00 100.00 84.8 M24 5.94 SR M24X2X25 DIN1835-B
For tools, see pages: BLPK (232) • DFN A-1.5D-IQ (505) • DFN A-8D-IQ (506) • DR-CA (526) • MTE D (359)
DIN2080-EM
DIN 6359/DIN 1835 Form B
Endmill Weldon Holders with
DIN 2080 AD Tapered Shanks
L
L1L2
•
D
1
d
SS
G
A0.005A AT3 Taper
58-60 HRc
Designation SS d L2L L1D1Gkg
DIN2080 30 SEM 16X 28 30 16.00 17.00 28.00 18.4 38.00 M12 0.47 WRENCH M8 SEMC16*
DIN2080 30 SEM 22X 28 30 22.00 19.00 28.00 18.4 47.00 M12 0.57 WRENCH M10 SEMC 22*
DIN2080 30 SEM 27X 32 30 27.00 21.00 32.00 22.4 58.00 M12 0.76 WRENCH M12 SEMC 27*
DIN2080 30 SEM 32X 32 30 32.00 24.00 32.00 22.4 66.00 M12 0.91 WRENCH M16 SEMC 32*
DIN2080 40 SEM 16X 28 40 16.00 17.00 28.00 16.4 38.00 M16 0.87 WRENCH M8 SEMC16*
DIN2080 40 SEM 22X 27 40 22.00 19.00 27.00 15.4 47.00 M16 0.94 WRENCH M10 SEMC 22*
DIN2080 40 SEM 27X 26 40 27.00 21.00 26.00 14.4 58.00 M16 1.08 WRENCH M12 SEMC 27*
DIN2080 40 SEM 32X 23 40 32.00 24.00 23.00 11.4 66.00 M16 1.05 WRENCH M16 SEMC 32*
DIN2080 40 SEM 40X 34 40 40.00 27.00 34.00 22.4 82.00 M16 1.65 WRENCH M20 SEMC 40*
DIN2080 50 SEM 16X 38 50 16.00 17.00 38.00 22.8 38.00 M24 3.07 WRENCH M8 SEMC16*
DIN2080 50 SEM 22X 38 50 22.00 19.00 38.00 22.8 47.00 M24 2.90 WRENCH M10 SEMC 22*
DIN2080 50 SEM 27X 38 50 27.00 21.00 38.00 22.8 58.00 M24 3.00 WRENCH M12 SEMC 27*
DIN2080 50 SEM 32X 36 50 32.00 24.00 36.00 20.8 66.00 M24 3.28 WRENCH M16 SEMC 32*
DIN2080 50 SEM 40X 40 50 40.00 27.00 40.00 24.8 82.00 M24 3.76 WRENCH M20 SEMC 40*
* Optional, should be ordered separately
DIN2080-SEM
DIN 3937 Shell Mill Holders with
DIN 2080 A Tapered Shanks
981
ISCAR
916
DIN 2080, R-8 Bridgeport, Morse Taper
D
1
G
1
2 1
L
G1
D1L1L2
D
5
d D
3
SS •
GG2
A0.005A AT3 Taper
58-60 HRc
Designation SS d L2L L1D3D1D5G2G1G Fig. kg
DIN2080 50 FM 40 50 40.00 27.00 36.00 20.8 97.50 66.70 88.00 M20 M12 M24 1 3.61
DIN2080 50 FM 60 50 60.00 40.00 35.80 - 128.00 101.60 - - M16 M24 2 5.60
• Peripheral clamping screws are not supplied.
DIN2080-FM
DIN6357 Face Mill Holders with
DIN2080 A Tapered Shanks
SS
L
L
1
L
D
1
CSI
G
1
G
D
1
12
AT3 Taper 58-60 HRc
A
0.01
A
Designation SS CSI L L1D1G1G Fig. kg
DIN2080 50 AD 40 50 DIN2080 50.00 34.8 63.00 M16 M24 1 2.88
DIN2080 50 ADO 40 50 DIN2080 20.00 - 97.50 - - 2 2.31
DIN2080-AD
Various Reducers and Adapters
with DIN 2080 A Tapered Shanks
D1
d
LL
1
L
2
SS
G
L
3
A0.005A AT3 Taper
58-60 HRc
Designation SS d L2L L1L3D1Gkg
DIN2080 30 SEMC 16X 35 30 16.00 17.00 35.00 25.4 27.00 32.00 M12 0.42
DIN2080 30 SEMC 22X 35 30 22.00 19.00 35.00 25.4 31.00 40.00 M12 0.47
DIN2080 30 SEMC 27X 35 30 27.00 21.00 35.00 25.4 33.00 48.00 M12 0.56
DIN2080 30 SEMC 32X 50 30 32.00 24.00 50.00 40.4 38.00 58.00 M12 0.65
DIN2080 40 SEMC 22X 52 40 22.00 19.00 52.00 40.4 31.00 40.00 M16 1.01
DIN2080 40 SEMC 27X 52 40 27.00 21.00 52.00 40.4 33.00 48.00 M16 1.26
DIN2080 40 SEMC 32X 52 40 32.00 24.00 52.00 40.4 38.00 58.00 M16 1.42
DIN2080 40 SEMC 40X 52 40 40.00 27.00 52.00 40.4 41.00 70.00 M16 1.76
DIN2080 50 SEMC 16X 55 50 16.00 17.00 55.00 39.8 27.00 32.00 M24 2.89
DIN2080 50 SEMC 22X 55 50 22.00 19.00 55.00 39.8 31.00 40.00 M24 3.29
DIN2080 50 SEMC 27X 55 50 27.00 21.00 55.00 39.8 33.00 48.00 M24 3.13
DIN2080 50 SEMC 32X 55 50 32.00 24.00 55.00 39.8 38.00 58.00 M24 3.35
DIN2080 50 SEMC 40X 55 50 40.00 27.00 55.00 39.8 41.00 70.00 M24 3.66
DIN2080 50 SEMC 50X 55 50 50.00 30.00 55.00 39.8 46.00 90.00 M24 4.18
• Driving key is not supplied.
For tools, see pages: GM-DG (314) • MTF D(Shell Mill) (360) • MTFL (360)
DIN2080-SEMC
DIN6358 COMBI Shell Mill Holders
with DIN2080 A Tapered Shanks
* Optional, should be ordered separately
995
995
995
917
DIN 2080, R-8 Bridgeport, Morse Taper
L
L1
D
1
G
SS
Tt˚
A
0.01
AAT3 Taper
58-60 HRc
Designation SS Tt° L L1D1Gkg
DIN2080 30 MT2X 50 30 MT2 50.00 40.4 32.00 M12 0.44
DIN2080 30 MT3 X70 30 MT3 70.00 60.4 40.00 M12 0.62
DIN2080 40 MT1X 50 40 MT1 50.00 38.4 25.00 M16 0.82
DIN2080 40 MT2X 50 40 MT2 50.00 38.4 32.00 M16 0.87
DIN2080 40 MT3X 65 40 MT3 65.00 53.4 40.00 M16 0.99
DIN2080 40 MT4X 95 40 MT4 95.00 83.4 48.00 M16 1.31
DIN2080 50 MT1X 45 50 MT1 45.00 29.8 25.00 M24 2.63
DIN2080 50 MT2X 60 50 MT2 60.00 44.8 32.00 M24 2.71
DIN2080 50 MT3X 65 50 MT3 65.00 49.8 40.00 M24 2.81
DIN2080 50 MT4X 70 50 MT4 70.00 54.8 48.00 M24 2.80
DIN2080 50 MT5X105 50 MT5 105.00 89.2 63.00 M24 2.80
DIN2080-MT
DIN 6383 Morse Taper Adapters
with DIN 2080 A Shanks
G
L2
d
SS
A
0.005A AT3 Taper
58-60 HRc
Designation SS L2d G kg
DIN2080 40 CP 40 40 29.00 40.00 M16 0.82
DIN2080 50 CP 60 50 39.00 60.00 M24 2.79
DIN2080-CP (centering plug)
DIN 6356 Centering Plugs with
DIN 2080 A Tapered Shanks
L
L1
L2
L
L1
D1
Tt˚
SS
G1
G
12
A
0.01
AAT3 Taper
58-60 HRc
Designation SS Tt° L L1L2D1G1G Fig. kg
DIN2080 40 MT1 DRW 40 MT1 50.00 38.4 - 25.00 M6 M16 1 0.84
DIN2080 40 MT2 DRW 40 MT2 50.00 38.4 - 32.00 M10 M16 1 0.87
DIN2080 40 MT3 DRW 40 MT3 65.00 53.4 - 40.00 M12 M16 1 1.00
DIN2080 40 MT4 DRW (1) 40 MT4 110.00 - 15.00 63.00 M16 M16 2 2.36
DIN2080 50 MT1 DRW 50 MT1 60.00 44.8 - 25.00 M6 M24 1 2.65
DIN2080 50 MT2 DRW 50 MT2 60.00 44.8 - 32.00 M10 M24 1 2.74
DIN2080 50 MT3 DRW 50 MT3 65.00 49.8 - 40.00 M12 M24 1 2.81
DIN2080 50 MT4 DRW (1) 50 MT4 80.00 49.8 15.00 63.00 M16 M24 2 3.06
DIN2080 50 MT5 DRW (1) 50 MT5 100.00 84.4 18.00 78.00 M20 M24 2 4.59
(1) DIN 2201
DIN2080-MT-DRW
DIN 6364 Morse Taper Adapters
with DIN 228-2 Form B Draw Bar
and DIN 2080 A Tapered Shanks
995
ISCAR
918
DIN 2080, R-8 Bridgeport, Morse Taper
dmin
max
LRef CSI
D3
SS
GJ
A0.003A AT3 Taper
58-60 HRc
Designation SS CSI d min d max L D3J G kg
R-8 ER16X38 R-8 ER16 0.5 10.0 38.00 28.00 M10 7/16-20 0.38
R-8 ER32X40 R-8 ER32 2.0 20.0 40.00 50.00 M12 7/16-20 0.42
R-8 ER40X72 R-8 ER40 3.0 26.0 72.00 63.00 M12 7/16-20 0.84
R-8 ER
DIN 6499 ER Collet Chucks
with Bridgeport Shanks
L2L Ref
GJ
T
A
CSI
D3
A
SS
A-A
A0.003A AT3 Taper
58-60 HRc
Designation SS CSI d min d max L L2D3J G T kg
MT 2 ER20X48.5 2 ER20 1.0 13.0 48.50 64.00 34.00 M10 M10 22.0 0.16
MT 2 ER25X52 2 ER25 1.0 16.0 52.00 64.00 42.00 M10 M10 28.0 0.21
MT 3 ER32X 69 3 ER32 2.0 20.0 69.00 81.00 50.00 M12 M12 24.0 0.47
MT 3 ER40X 79 3 ER40 3.0 26.0 79.00 81.00 63.00 M12 M12 24.0 0.64
MT 4 ER32X 61 4 ER32 2.0 20.0 60.50 102.50 50.00 M16 M16 32.0 0.62
MT 4 ER40X 82 4 ER40 3.0 26.0 81.50 102.50 63.00 M16 M16 32.0 0.82
MT 4 ER50X108 4 ER50 10.0 34.0 107.50 102.50 78.00 M16 M16 32.0 1.44
MT 5 ER40X 82 5 ER40 3.0 26.0 82.00 129.50 63.00 M28X1.5 M20 45.0 1.54
MT 5 ER50X 85 5 ER50 10.0 34.0 85.00 129.50 78.00 M28X1.5 M20 45.0 0.70
MT-ER
DIN 6499 ER Collet Chucks with
DIN 228-2 Morse Taper Shanks
995
996
947-950
947-950
944-946
944-946
919
Straight & VDI Shanks
STRAIGHT & VDI SHANKS
ISCAR
920
Straight & VDI Shanks
L2L
J
D3
T
SS
CSI
dmin
max
A
0.005A 58-60 HRc
Designation SS CSI d min d max L2L J D3Tkg
ST 12X 80 ER11 M 12 ER11 0.5 7.0 80.00 26.50 - 16.00 11.0 0.06
ST 16X100 ER11 M 16 ER11 0.5 7.0 100.00 18.50 M8 16.00 13.0 0.10
ST 16X150 ER11 M 16 ER11 0.5 7.0 150.00 18.50 M8 16.00 13.0 0.19
ST 22X150 ER11 M 22 ER11 0.5 7.0 150.00 18.50 M12 16.00 13.0 0.40
ST 12X 80 ER16 M 12 ER16 0.5 10.0 80.00 36.50 - 22.00 17.0 0.13
ST 20X100 ER16 M 20 ER16 0.5 10.0 100.00 25.00 M12 22.00 17.0 0.21
ST 20X150 ER16 M 20 ER16 0.5 10.0 150.00 25.00 M12 22.00 17.0 0.29
ST 20X100 ER20 M 20 ER20 1.0 13.0 100.00 40.00 M12 28.00 21.0 0.27
ST 20X150 ER20 M 20 ER20 1.0 13.0 150.00 40.00 M12 28.00 21.0 0.31
ST-ER-M (mini)
DIN 6499 ER Mini Collet Chucks
with Cylindrical Shanks
d range
CSI
SS
SETS
A
0.005A
46-48 HRc
58-60 HRc
Designation SS CSI d Range Qty
KIT ST12X80 7 ER11 M 12 ER11 0.5-7 7
KIT ST12X80 10 ER16 M 12 ER16 0.5-10 10
KIT ST16X50 7 ER11MF 16 ER11 0.5-7 7
KIT ST16X100 7 ER11 M 16 ER11 0.5-7 7
KIT ST16X150 7 ER11 M 16 ER11 0.5-7 7
KIT ST20X100 10 ER16 M 20 ER16 0.5-10 10
KIT ST20X150 10 ER16 M 20 ER16 0.5-10 10
KIT ST20X100 12 ER20 M 20 ER20 1-12 12
KIT ST20X150 12 ER20 M 20 ER20 1-12 12
KIT ST-ER-M/MF
Contains ER Mini Collet Chuck
with a Cylindrical Shank and a Set
of Collets in Various Bore Sizes
• F suffix indicates a flat on the shank. • Each kit contains one collet chuck, a full set of ER collets and a wrench.
* Collet
** Toolholder
*
**
947-950 979-980 981 980 944-946
921
Straight & VDI Shanks
L
D3
JT
A - A
T
dmin
max
LCSI
D3
L2
A
SS
JA
12
A
0.005A 58-60 HRc
Designation SS CSI d min d max L2L J D3T Fig. kg
ST 16X 50 ER11 F (1) 16 ER11 0.5 7.0 50.00 18.50 M8 19.00 13.0 1 0.06
ST 20X 50 ER11 F (1) 20 ER11 0.5 7.0 50.00 18.50 M10 19.00 17.0 1 0.10
ST 20X100 ER11 20 ER11 0.5 7.0 100.00 18.50 M10 19.00 17.0 1 0.20
ST 20X150 ER11 20 ER11 0.5 7.0 150.00 18.50 M10 19.00 17.0 1 0.25
ST 20X 50 ER16 F (1) 20 ER16 0.5 10.0 50.00 32.30 M12 28.00 19.0 1 0.07
ST 20X100 ER16 20 ER16 0.5 10.0 100.00 30.00 M12 28.00 19.0 1 0.20
ST 20X100 ER16 F (1) 20 ER16 0.5 10.0 100.00 30.00 M12 28.00 19.0 1 0.25
ST 20X150 ER16 20 ER16 0.5 10.0 150.00 30.00 M12 28.00 19.0 1 0.28
ST 20X 50 ER20 F (1) 20 ER20 1.0 13.0 50.00 42.50 M12 34.00 22.0 1 0.15
ST 25X100 ER20 25 ER20 1.0 13.0 100.00 36.00 M16 34.00 22.0 1 0.30
ST 25X150 ER20 25 ER20 1.0 13.0 150.00 36.00 M16 34.00 22.0 1 0.39
ST 20X 50 ER25 F (1) 20 ER25 1.0 16.0 50.00 46.00 M12 42.00 28.0 2 0.34
ST 20X100 ER25 20 ER25 1.0 16.0 100.00 46.00 M12 42.00 28.0 2 0.29
ST 20X100 ER25 F (1) 20 ER25 1.0 16.0 100.00 46.00 M12 42.00 28.0 2 0.09
ST 25X 50 ER25 F (1) 25 ER25 1.0 16.0 50.00 46.00 M16 42.00 28.0 2 0.22
ST 25X100 ER25 25 ER25 1.0 16.0 100.00 46.00 M16 42.00 28.0 2 0.36
ST 20X 50 ER32 F (1) 20 ER32 2.0 20.0 50.00 54.00 M12 50.00 36.0 2 0.30
ST 20X100 ER32 20 ER32 2.0 20.0 100.00 54.00 M12 50.00 36.0 2 0.40
ST 25X 50 ER32 F (1) 25 ER32 2.0 20.0 50.00 52.00 M16X2 50.00 36.0 2 0.32
ST 30X 50 ER32 F (1) 30 ER32 2.0 20.0 50.00 52.00 M18X1.5 50.00 36.0 2 0.39
ST 32X 50 ER32 F (1) 32 ER32 2.0 20.0 50.00 52.00 M18X1.5 50.00 36.0 2 0.42
ST 32X150 ER32 32 ER32 2.0 20.0 150.00 52.00 M18X1.5 50.00 36.0 2 0.88
ST 40X 75 ER32 F (1) 40 ER32 2.0 20.0 75.00 46.00 M22X1.5 50.00 44.0 2 0.72
ST 25X 50 ER40 F (1) 25 ER40 3.0 26.0 50.00 60.00 M16X2 63.00 45.0 2 0.52
ST 30X 50 ER40 F (1) 30 ER40 3.0 26.0 50.00 60.00 M18X1.5 63.00 45.0 2 0.57
ST 32X 50 ER40 F (1) 32 ER40 3.0 26.0 50.00 60.00 M18X1.5 63.00 45.0 2 0.80
ST 40X 75 ER40 F (1) 40 ER40 3.0 26.0 75.00 55.00 M22X1.5 63.00 45.0 2 0.94
ST 50X 80 ER40 F (1) 50 ER40 3.0 26.0 80.00 60.00 M28X1.5 63.00 54.0 2 1.30
ST 50X 80 ER50 F (1) 50 ER50 10.0 34.0 80.00 77.00 M36X1.5 78.00 58.0 2 1.32
(1) With a clamping flat.
ST-ER
DIN 6499 ER Collet Chucks
with Straight Shanks
d range
A - A
A
A
SS
CSI
SETS
A
0.005A
46-48 HRc
58-60 HRc
Designation SS CSI d Range Qty
KIT ST16X50 7 ER11 F 16 ER11 0.5-7 7
KIT ST20X100 7 ER11 20 ER11 0.5-7 7
KIT ST20X150 7 ER11 20 ER11 0.5-7 7
KIT ST20X50 10 ER16 F 20 ER16 0.5-10 10
KIT ST20X100 10 ER16 20 ER16 0.5-10 10
KIT ST20X150 10 ER16 20 ER16 0.5-10 10
KIT ST20X50 12 ER20 F 20 ER20 1.0-12 12
KIT ST25X100 12 ER20 25 ER20 1.0-12 12
KIT ST25X150 ER20 25 ER20 1.0-12 12
KIT ST-ER
Contains 1 ER Collet Chuck with
a Cylindrical Shank and a Set of
Collets in Various Bore Sizes
*
**
• Each kit contains one collet chuck, a full set of ER collets and a wrench. • F suffix indicates a flat on the shank.
* Collet
** Toolholder
947-950 979-980 981 980 944-946
ISCAR
922
Straight & VDI Shanks
L2L
JD3
SS
CSI dmin
max
T
A
0.005A 58-60 HRc
Designation CSI SS d min d max L2L J D3Tkg
ST 16X 38 ER11 MF (1) ER11 16 0.5 7.0 38.00 18.50 M8X1 16.00 14.0 0.05
ST 16X 50 ER11 MF ER11 16 0.5 7.0 50.00 18.50 M8X1 16.00 13.0 0.07
ST 16X140 ER11 MF ER11 16 0.5 7.0 140.00 18.50 M8X1 16.00 14.0 0.18
ST 16X 35 ER16 MF (1) ER16 16 0.5 10.0 35.00 36.00 M8X1 22.00 17.0 0.12
ST 20X 50 ER16 MF (2) ER16 20 0.5 10.0 50.00 26.00 M12X1 22.00 17.0 0.10
ST 20X 70 ER16 MF (2) ER16 20 0.5 10.0 70.00 26.00 M12X1 22.00 17.0 0.17
ST 20X120 ER16 MF (2) ER16 20 0.5 10.0 120.00 26.00 M12X1 22.00 17.0 0.19
ST 20X140 ER16 MF (2) ER16 20 0.5 10.0 140.00 26.00 M12X1 22.00 17.0 0.40
ST 22X 38 ER16 MF (1) ER16 22 0.5 10.0 38.00 26.00 M12X1 22.00 19.0 0.10
ST 22X 70 ER16 MF (1) ER16 22 0.5 10.0 70.00 26.00 M12X1 22.00 19.0 0.16
ST 22X100 ER16 MF (1) ER16 22 0.5 10.0 100.00 28.00 M12X1 22.00 19.0 0.27
ST 25X 65 ER16 MF ER16 25 0.5 10.0 65.00 28.00 M14X1 22.00 22.0 0.22
ST 22X 80 ER20 MF (1) ER20 22 1.0 13.0 80.00 39.00 M12X1 28.00 21.0 0.21
ST 25X100 ER20 MF (3) ER20 25 1.0 13.0 100.00 28.00 M14X1 28.00 22.0 0.15
ST 25X154 ER20 MF (3) ER20 25 1.0 13.0 154.00 28.00 M14X1 28.00 22.0 0.40
ST 22X 70 ER25 MF (1) ER25 22 1.0 16.0 70.00 47.00 M12X1 35.00 27.0 0.25
ST 25X 75 ER25 MF (4) ER25 25 1.0 16.0 75.00 48.00 M14X1 35.00 27.0 0.36
ST 25X145 ER25 MF (3) ER25 25 1.0 16.0 145.00 36.00 M14X1 35.00 27.0 0.08
ST 32X 70 ER25 MF (5) ER25 32 1.0 16.0 70.00 30.00 M18X1 35.00 27.0 0.35
(1) For Star machines.
(2) For Citizen machines.
(3) For Tornos-Bechler machines.
(4) For Manurhin machines.
(5) For Schutte machines.
ST-ER-MF (mini flat)
DIN 6499 ER Mini Collet Chucks with
Cylindrical Shanks and a Clamping
Flat for Swiss-Type CNC Lathes
TCSICSI
T
D3
SS
L2
L3 Ref L
dmin
max
D3
d5
A
0.005A 58-60 HRc
Designation CSI SS d min d max D3d5L2L T kg
ST 16X 50 ER11 MF D ER11 16 0.5 7.0 16.00 7.5 50.00 18.50 14.0 0.07
ST 20X 30 ER11 MF D (1) ER11 20 0.5 7.0 16.00 7.5 30.00 18.50 17.0 0.09
ST 20X 50 ER11 MF D (1) ER11 20 0.5 7.0 16.00 7.5 50.00 18.50 17.0 0.13
ST 20X 55 ER16 MF D (1) ER16 20 0.5 10.0 22.00 10.5 55.00 25.00 17.0 0.12
ST 22X 55 ER16 MF D (2) ER16 22 0.5 10.0 22.00 10.5 55.00 28.00 19.0 0.17
ST 22X 75 ER16 MF D (2) ER16 22 0.5 10.0 22.00 10.5 75.00 28.00 19.0 0.21
ST 25X 62 ER16 MF D ER16 25 0.5 10.0 22.00 10.5 62.00 28.00 22.0 0.23
ST 32X 55 ER20 MF D (2) ER20 32 1.0 13.0 28.00 13.5 55.00 28.00 27.0 0.34
ST 32X 75 ER20 MF D (2) ER20 32 1.0 13.0 28.00 13.5 75.00 28.00 27.0 0.44
(1) For Citizen machines.
(2) For Star machines.
ST-ER-MF-D (double-ended)
Double-Ended Mini Collets with
Cylindrical Shanks and a Clamping Flat
996 947-950 944-946
947-950 979-980 981 980 944-946
923
Straight & VDI Shanks
d2D2
Lmax
Lmin
4°
L1
L
d5
dh6
A0.003A 58-60 HRc
Designation d2d D2d5L L1L min L max kg
ST 12X160 SRK 3 3.00 12.00 10.00 4.0 160.00 14.8 10.0 - 0.10
ST 16X160 SRK 3 3.00 16.00 10.00 6.0 160.00 43.4 10.0 - 0.20
ST 12X160 SRK 4 4.00 12.00 10.00 4.0 160.00 14.8 12.0 27.0 0.12
ST 16X160 SRK 4 4.00 16.00 10.00 6.0 160.00 43.4 12.0 - 0.20
ST 16X160 SRK 5 5.00 16.00 10.00 6.0 160.00 43.4 15.0 - 0.20
ST 20X200 SRK 5 5.00 20.00 10.00 6.0 200.00 72.0 15.0 - 0.38
ST 16X160 SRK 6 6.00 16.00 11.00 6.0 160.00 36.6 18.0 35.0 0.19
ST 20X200 SRK 6 6.00 20.00 11.00 6.0 200.00 65.2 18.0 40.0 0.30
ST 25X200 SRK 6 6.00 25.00 11.00 8.0 200.00 100.9 18.0 35.0 0.51
ST 20X200 SRK 8 8.00 20.00 14.00 6.0 200.00 43.3 25.0 40.0 0.43
ST 25X200 SRK 8 8.00 25.00 14.00 8.0 200.00 79.0 25.0 40.0 0.58
ST 25X200 SRK10 10.00 25.00 16.00 8.0 200.00 64.3 30.0 50.0 0.61
ST 25X200 SRK12 12.00 25.00 20.00 8.0 200.00 35.5 32.0 52.0 0.63
• To be used for carbide tools only.
ST-SRK
Thermal Chuck Collets with
Cylindrical Shanks
D3
D1
Lmax
L2LL1
dd2
Lmin
D2
58-60 HRc
A0.005A
Designation SS D1D3D2d2L2L L1L min L max kg
DIN69880 30 HYDRO 20X89 VDI30 38.00 42.00 68.00 20.00 55.00 95.00 73.0 48.0 85.0 1.24
DIN69880 30 HYDRO 25X100 VDI30 46.00 50.00 68.00 25.00 55.00 100.00 84.0 54.0 85.0 1.20
DIN69880 30 HYDRO 32X100 VDI30 56.00 60.00 68.00 32.00 55.00 100.00 84.0 58.0 90.0 1.20
DIN69880 40 HYDRO 20X95 VDI40 38.00 42.00 83.00 20.00 63.00 95.00 73.0 48.0 130.0 1.20
DIN69880 40 HYDRO 25X95 VDI40 46.00 50.00 83.00 25.00 63.00 95.00 73.0 54.0 130.0 2.14
DIN69880 40 HYDRO 32X95 VDI40 56.00 60.00 83.00 32.00 63.00 95.00 73.0 58.0 90.0 2.00
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered
separately). • Clamping wrench (wrench HYDRO HEX 4) and test bar should be ordered separately.
DIN69880-HYDRO
Hydraulic Chucks with VDI Shanks
956-957
996 965 846
ISCAR
924
FLEXFIT, CLICKFIT
FLEXFIT, CLICKFIT
925
FLEXFIT, CLICKFIT
MULTI-MASTER and FLEXFIT Connection Options
MILLING HEADS ADAPTERS SHANKS
Features
• Modular system reduces
stock cost by using
the same head with
different shank options
• Enables machining
with larger overthang
• Same head can be
mounted on metric and
inch combinations
FLEXFIT (M)
MULTI-MASTER (MM)
INTRODUCTION
ISCAR
926
FLEXFIT, CLICKFIT
D1d
L1
L
Tsi
Designation d Tsi L L1D1kg
S M08-L150-C16-C-H 16.00 M08 150.00 80.0 15.30 0.39
S M08-L200-C16-C-H 16.00 M08 200.00 140.0 15.30 0.59
S M08-L250-C16-C-H 16.00 M08 250.00 180.0 15.30 0.84
S M10-L150-C20-C-H 20.00 M10 150.00 80.0 18.50 0.73
S M10-L200-C20-C-H 20.00 M10 200.00 140.0 18.50 0.91
S M10-L250-C20-C-H 20.00 M10 250.00 180.0 18.50 1.04
S M12-L200-C25-C-H 25.00 M12 200.00 100.0 24.00 1.41
S M12-L250-C25-C-H 25.00 M12 250.00 180.0 24.00 1.78
S M12-L300-C25-C-H 25.00 M12 300.00 180.0 24.00 2.04
S M16-L200-C32-C-H 32.00 M16 200.00 100.0 29.00 2.11
S M16-L250-C32-C-H 32.00 M16 250.00 180.0 29.00 2.36
S M16-L300-C32-C-H 32.00 M16 300.00 180.0 29.00 2.81
• For adaptation options, see page 925
S M-C-H
Carbide Shanks with Coolant
Channels for Tools with FLEXFIT
Threaded Connection
SS D1
Tsi
L
L1
Designation SS Tsi D1L L1kg
RE MB20-ODP-M10-L32 MB20 M10 18.00 32.00 27.0 0.18 BH MB20 COUPLING SET* HW 3.0*
RE MB25-ODP-M12-L38 MB25 M12 21.00 38.00 33.0 0.20 BH MB25 COUPLING SET* HW 3.0*
RE MB32-ODP-M16-L40 MB32 M16 29.00 40.00 36.0 0.28 BH MB32 COUPLING SET* HW 4.0*
* Optional, should be ordered separately
RE MB-ODP
Adapters for MB Modular System
Connections to a FLEXFIT
Threaded Connection
D2
Tsi
L1
L
d
a°
AB
A
0.005A 58-60 HRc
Designation L L1d Shank D1a° Tsi Type kg
S M06-L60 C10 60.00 20.0 10.00 C 9.70 0 M06 A 0.03
S M06-L105-C12 105.00 60.0 12.00 C 9.70 1.2 M06 B 0.06
S M06-L125-C16 125.00 60.0 16.00 C 9.70 3.3 M06 B 0.13
S M08-L73 C16 73.00 25.0 16.00 C 13.00 0 M08 A 0.09
S M08-L128-C16 128.00 80.0 16.00 C 13.00 0.9 M08 B 0.15
S M08-L170-C20 170.00 66.8 20.00 C 13.00 3.3 M08 B 0.33
S M10-L80 C20 80.00 30.0 20.00 C 18.00 0 M10 A 0.16
S M10-L130-C20 130.00 80.0 20.00 C 18.00 0.6 M10 B 0.25
S M10-L200-C25 200.00 57.2 25.00 C 19.00 3.3 M10 B 0.65
S M12-L86-C25 86.00 30.0 25.00 C 21.00 5.1 M12 A 0.27
S M12-L200-C32 200.00 78.0 32.00 C 21.00 4.4 M12 B 1.02
S M16-L95-C32 95.00 35.0 32.00 C 29.00 1.7 M16 A 0.50
S M16-L230-C32 230.00 50.0 32.00 C 29.00 1.8 M16 B 1.27
S M
Shanks for Tools with FLEXFIT
Threaded Connection
925
927
FLEXFIT, CLICKFIT
D2
Tsi
L8
L1
a°
L2
Shank
D3
A
0.005A 58-60 HRc
Designation Tsi Shank D1L1L3D3L2a°kg
S M12-L85/3.30-CF4 M12 CF4 21.00 85.0 81.30 44.00 42.00 4.4 0.23
S M12-L140/5.50-CF4 M12 CF4 21.00 140.0 139.10 44.00 42.00 4.4 0.98
S M16-L130/5.11-CF4 M16 CF4 29.00 130.0 126.80 44.00 42.00 2.6 0.23
S M16-L170/6.70-CF4 M16 CF4 29.00 170.0 168.60 44.00 42.00 2 1.30
• For adaptation options, see page 925
SHANK SM...CF4 CDP...
S M-CF
CLICKFIT to FLEXFIT Adapters
L2L
L3
T
D2
Tsi
Ts
L2L
CAB M-M
D3Ts
Tsi D2
a°
CAB M-M-C
T
21A
0.005A 58-60 HRc
Designation Tsi Ts D1L L3D3L2T(1) Fig. a°kg
CAB M06M08 M06 M08 9.70 30.00 24.80 13.00 17.50 9.5 1 5.7 0.02
CAB M08M08-C M08 M08 13.00 30.00 - - 17.50 9.6 2 - 0.02
CAB M08M10 M08 M10 13.00 40.00 33.40 18.00 20.20 15.0 1 5.2 0.07
CAB M10M10-C M10 M10 18.00 35.00 - - 20.00 15.0 2 - 0.06
CAB M10M12 M10 M12 18.00 45.00 36.40 21.00 22.00 17.0 1 2.5 0.09
CAB M12M12-C M12 M12 21.00 40.00 - - 22.00 17.0 2 - 0.08
CAB M12M16 M12 M16 21.00 50.00 42.50 29.00 25.00 25.0 1 6.3 0.18
CAB M16M16-C M16 M16 29.00 40.00 - - 25.00 25.0 2 - 0.16
• For adaptation options, see page 925
(1) Clamping wrench size
For tools, see pages: BLP-M (231) • H606 ER-M (244) • HM390 ETD-M (24) • HM390 ETP-M (18) • P290 ACK-M (211) • T490 LNK-M-13 (207)
• T490 LNM-M-08 (206)
SHANK CAB... HCM-M
SHANK S M...-CF4 CDP
CAB M-M (FLEXFIT)
Reducers and Extensions with Coolant
Holes for the Modular FLEXFIT System
Ts
D2
L1
L2L
D1
d
T
A0.005A 58-60 HRc
Designation Ts d L D1L1D2L2T(1)
CAB M16 SEM 16 C M16 16.00 23.00 38.00 17.0 29.00 25.00 30.0
(1) Clamping wrench size
CAB M-SEM
FLEXFIT Shell Mill Holder
Adaptation with Coolant Holes
860, 879, 880,
891, 912,
926-927, 929
996
ISCAR
928
FLEXFIT, CLICKFIT
D3Ts
L2L
L3
a°
T
D2
Tsi
Designation Tsi Ts L L3D1D3L2T(1) a°kg
MM CAB T06M06-16/.63 T06 M06 16.00 11.60 9.30 9.70 14.50 8.0 1.5 0.01
MM CAB T06M08-16/.63 T06 M08 16.00 13.70 9.60 13.00 17.50 11.0 6 0.02
MM CAB T06M08-25/1.0 T06 M08 25.00 11.30 9.30 13.00 17.50 11.0 1.5 0.02
MM CAB T06M10-25/1.0 T06 M10 25.00 16.60 9.60 18.00 20.00 11.0 5 0.04
MM CAB T08M08-16/.63 T08 M08 16.00 5.40 11.70 13.00 17.50 11.0 11.4 0.03
MM CAB T08M08-25/1.0 T08 M08 25.00 19.50 11.70 13.00 17.50 11.0 1.5 0.03
MM CAB T08M10-20/.75 T08 M10 20.00 11.30 11.70 18.00 20.00 13.0 7 0.04
MM CAB T08M10-25/1.0 T08 M10 25.00 14.20 11.70 18.00 20.00 11.0 1.5 0.03
MM CAB T08M12-20/.75 T08 M12 20.00 9.30 11.70 21.00 22.00 13.0 7 0.05
MM CAB T08M12-25/1.0 T08 M12 25.00 12.50 11.70 21.00 22.00 13.0 1.5 0.04
• Do not apply lubricant to the threaded connection.
(1) Clamping wrench size
MM CAB
Adapters for Connecting FLEXFIT
Shanks and MULTI-MASTER
Milling Heads
Ts
D3D1
d2
L
L1
TLmax
Lmin
4˚
L3
D2
J
A
0.005A 58-60 HRc
Designation d2Ts L L1L3L min L max D1D2D3J Key(1) Tkg
CDP M10 SRK 3X40 3.00 M10 40.00 31.5 28.40 10.0 16.0 10.00 14.00 18.00 M4 2.00 15.0 0.05
CDP M12 SRK 3X45 3.00 M12 45.00 36.5 28.80 10.0 16.0 10.00 14.00 21.00 M5 2.50 17.0 0.06
CDP M10 SRK 4X40 4.00 M10 40.00 31.5 28.40 12.0 19.0 10.00 14.00 18.00 M4 2.00 15.0 0.05
CDP M12 SRK 4X45 4.00 M12 45.00 36.5 28.80 12.0 18.0 10.00 14.00 21.00 M5 2.50 17.0 0.06
CDP M10 SRK 5X40 5.00 M10 40.00 31.5 28.40 15.0 25.0 10.00 14.00 18.00 M4 2.00 15.0 0.05
CDP M12 SRK 5X45 5.00 M12 45.00 36.5 28.80 15.0 25.0 10.00 14.00 21.00 M5 2.50 17.0 0.06
CDP M10 SRK 6X40 6.00 M10 40.00 31.5 28.40 18.0 28.0 11.00 15.00 18.00 M4 2.00 15.0 0.05
CDP M12 SRK 6X45 6.00 M12 45.00 36.5 28.40 18.0 28.0 11.00 15.00 21.00 M5 2.50 17.0 0.06
CDP M12 SRK 8X45 8.00 M12 45.00 36.5 28.80 25.0 35.0 14.00 18.00 21.00 M5 2.50 17.0 0.08
CDP M12 SRK 10X45 10.00 M12 45.00 - 35.60 30.0 40.0 16.00 21.00 21.00 M5 2.50 17.0 0.09
CDP M12 SRK 12X45 12.00 M12 45.00 - 36.00 32.0 42.0 20.00 25.00 21.00 M5 2.50 18.0 0.11
• To be used for carbide tools only.
(1) Adjustment screw hexagon key size
CDP M-SRK
Thermal Shrink Chucks with
FLEXFIT Adaptation for Clamping
Solid Carbide Endmills
925
860, 879, 880,
891, 912,
926-927, 929
956-957 951-953
929
FLEXFIT, CLICKFIT
SS L
L3
D1
Tsi
D2
10
Coolant JET2
Bar Max
A0.003A
58-60 HRc
Designation Tsi SS D1D2L L3kg
ER32 ODP M 6X25 M06 ER32 9.80 14.00 25.00 22.00 0.15
ER32 ODP M 6X50 M06 ER32 9.80 20.00 50.00 48.00 0.19
ER32 ODP M 6X75 M06 ER32 9.80 23.00 75.00 74.00 0.24
ER32 ODP M 8X25 M08 ER32 13.10 15.00 25.00 22.00 0.15
ER32 ODP M 8X50 M08 ER32 13.10 23.00 50.00 49.00 0.21
ER32 ODP M 8X75 M08 ER32 13.10 23.00 75.00 74.00 0.26
ER25 ODP M10X10 M10 ER25 18.00 17.60 10.00 8.00 0.09
ER25 ODP M10X25 M10 ER25 18.00 17.60 25.00 23.00 0.11
ER32 ODP M10X25 M10 ER32 18.00 20.00 25.00 23.00 0.17
ER32 ODP M10X50 M10 ER32 18.00 24.00 50.00 49.00 0.24
ER32 ODP M12X25 M12 ER32 21.00 24.00 25.00 24.00 0.18
ER32 ODP M12X50 M12 ER32 21.00 24.00 50.00 49.00 0.26
ER-ODP
FLEXFIT Threaded Adaptation with
Integral ER Collet for ER Collet Chucks
CSI
L2L
D1
SS
A0.003A 58-60 HRc
Designation SS CSI L L2D1kg
ST25 CF4 25 CF4 60.00 80.00 44.00 0.80
ST32 CF4 32 CF4 60.00 80.00 44.00 0.97
• Tightening torque: 6 Kgxm.
ST-CF (CLICKFIT)
Female CLICKFIT Adapters with
Cylindrical Shanks and a Clamping Flat
D3
L2L1
T
Ts dmin
max
CSI
A0.003A 58-60 HRc
Designation CSI Ts d min d max L1L2D3Tkg
CDP ER11 M10 M ER11 M10 0.5 7.0 27.0 20.00 16.00 15.0 0.03
CDP ER11 M12 M ER11 M12 0.5 7.0 27.0 22.00 16.00 17.0 0.04
CDP ER16 M10 M ER16 M10 0.5 10.0 38.1 20.00 22.00 17.0 0.05
CDP ER16 M12 M ER16 M12 0.5 10.0 37.1 22.00 22.00 17.0 0.06
CDP ER16 M16 ER16 M16 0.5 10.0 36.6 25.00 28.00 25.0 0.10
CDP ER20 M16 ER20 M16 1.0 13.0 45.5 25.00 34.00 25.0 0.19
CDP ER25 M16 ER25 M16 1.0 16.0 44.5 25.00 42.00 28.0 0.15
• For adaptation options, see page 925
SHANK SM...CF4 CDP...
CDP ER-M
DIN 6499 ER Collet Chucks with
Threaded FLEXFIT Adaptations
860, 879, 880,
891, 912, 926,
927, 929
947-950
996
979-980
927, 930
981
834
ISCAR
930
FLEXFIT, CLICKFIT
D1
LL2
SS CSI
A0.003A 58-60 HRc
Designation CSI SS L L2D1kg
EX CF4-L CF4 CF4 100.00 42.00 44.00 0.38
EX CF4-S CF4 CF4 60.00 42.00 44.00 0.68
• Tightening torque: 6 Kgxm
EX CF (CLICKFIT extension)
CLICKFIT Extension Adapters
D1
d
D2
L2
L8L
SS
A
0.005A 58-60 HRc
Designation SS d D1D2L2L L8kg
SEM 22 CF4 C CF4 22.00 47.00 44.00 19.00 16.00 42.0 0.39
• Tightening torque: 6 Kgxm.
For tools, see pages: BLP Shell Mill (232) • F90AD-SFR (179) • H490 SM-09 (213) • H606 FR-12 (244) • H690 F90AX-10 (171) • H690 F90AX-16 (183)
• H690 FWN (166) • HM390 FTD-15 (177) • HM390 FTP-10 (169) • HOF-R06 (190) • HSM90S FAL-14 (330) • IQ845 FSY-R05 (191) • IQ845 FSY-R07 (197)
• MF FHX-R06 (262) • MTF D(Shell Mill) (360) • MTFL (360) • MTSRH (helical shell mill) (361) • P290 SM (212) • SOF45-R18 (199) • T490 FLN-11 (171)
• T490 SM-08 (213)
SEM CF (CLICKFIT)
DIN 3937 Shell Mill Holder with
a CLICKFIT Quick Change
Adaptation and Coolant Holes
L Ref
D3
D2
L2
L1 Ref CSI
SS min
max
d
A0.003A 58-60 HRc
Designation CSI SS d min d max L L1L2D3D2kg
ER11 CF4-S ER11 CF4 0.5 7.0 55.00 47.0 42.00 19.00 44.00 0.32
ER16 CF4-L ER16 CF4 0.5 10.0 100.00 92.0 42.00 28.00 44.00 0.65
ER16 CF4-S ER16 CF4 0.5 10.0 55.00 47.0 42.00 28.00 44.00 0.37
ER20 CF4-S ER20 CF4 1.0 13.0 55.00 47.0 42.00 34.00 44.00 0.39
ER25 CF4-S ER25 CF4 1.0 16.0 55.00 47.0 42.00 42.00 44.00 0.38
ER32 CF4-L ER32 CF4 2.0 20.0 100.00 92.0 42.00 50.00 44.00 0.77
ER32 CF4-S ER32 CF4 2.0 20.0 55.00 47.0 42.00 50.00 44.00 0.40
• Tightening torque: 6 Kgxm.
ER-CF (CLICKFIT)
DIN 6499 ER Collet Chucks with
CLICKFIT Quick Change Adaptations
996 834
981 982 834
947-950 979-980 981 834, 944-946
931
Center Alignment Devices
CENTER ALIGNMENT DEVICES
ISCAR
932
Center Alignment Devices
4x90º
45º
D4
J
4x90º
D5D3D2D1d2d
Lmin
L1
L
L2
58-60 HRc
Designation d d2D1D3D2L L1L min L2D5D4J
ADJ HYDRO 20 D70 20.00 35.00 38.00 42.00 70.00 50.00 35.0 52.0 10.00 53.00 11.00 M6
• Chucking forces will be reduced by 25% if reduction sleeves are used. • Reduction sleeves are available for 3 to 16 mm bore diameters (ordered separately).
ADJ ST25 D70
ADJ ST32 D70
ADJ HSK A 63 D70
ADJ HSK A 100 D70
ADJ DIN69871 40 D70
ADJ DIN69871 50 D70
ADJ BT40 D70
ADJ BT50 D70
Designation
Page 933
Page 933
Page 933
ADJ HYDRO
Radial and Angular Adjustable
Hydraulic Flanges
4x90º D4
D5d2
J
4x90º
45º
DD1
L1
L2
L
1
2
dmin
max
(1)Adjustment screw(2)Clamping screw
58-60 HRc
Designation d min d max L L1L2D3D1D5d2D4J
ADJ ER32 NOSE 2.0 20.0 75.00 53.0 10.00 50.00 70.00 53.00 35.00 6.60 M6
ADJ ST25 D70
ADJ ST32 D70
ADJ HSK A 63 D70
ADJ HSK A 100 D70
ADJ DIN69871 40 D70
ADJ DIN69871 50 D70
ADJ BT40 D70
ADJ BT50 D70
Spare Parts
1 - Adjustment screw
2 - Clamping screw
Designation
Page 933
Page 933
Page 933
ADJ ER NOSE
Radial and Angular Adjustable
Collet Chuck Flanges
997 965 846
997 947-950 951 841, 944-946
933
Center Alignment Devices
d2D1
(1)
L2L
SS
58-60 HRc
Designation SS L L2D1d2
ADJ ST25 D70 25 20.00 80.00 70.00 35.00 SR M8X1X16 DIN916
ADJ ST32 D70 32 20.00 80.00 70.00 35.00 SR M8X1X16 DIN916
• (1) Use 4 mm hex key for screw adjustment.
ADJ ST
FINEFIT Center Alignment
Shank and Base with Cylindrical
Shanks with a Clamping Flat
L
SS (1)
L1
d2D1
D2
L3
58-60 HRc
Designation SS L L1L3d2D1D2kg
ADJ HSK A 63 D70 63 60.00 34.0 18.00 35.00 70.00 46.00 1.24 SR M8X1X16 DIN916
ADJ HSK A 100 D70 100 55.00 26.0 - 35.00 70.00 - 2.63 SR M8X1X16 DIN916
• (1) Use 4 mm hex key for screw adjustment. • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately).
ADJ HSK A
FINEFIT Center Alignment Shank and
Base with a DIN69893 HSK Tapered
Shank for Specially Tailored Toolholders
SS
LL1
L3
d2D1
D2
(1)
G0.05 1°
AT3 Taper 58-60 HRc
Designation SS d2L L1L3D1D2Gkg
ADJ DIN69871 40 D70 40 35.00 50.00 30.9 15.00 70.00 46.00 M16 1.28
ADJ DIN69871 50 D70 50 35.00 50.00 30.9 - 70.00 - M24 3.32
• (1) Use 4 mm hex key for screw adjustment.
ADJ DIN69871
FINEFIT Center Alignment Shank and
Base with a DIN 69871 Form AD Taper
Shank for Specially Tailored Toolholders
L
L
1
L3(1)
d2D1
SS
G
D2
AT3 Taper 58-60 HRc
Designation SS L L1L3D1d2D2Gkg
ADJ BT40 D70 40 55.00 28.0 18.00 70.00 35.00 62.50 M16 1.56
ADJ BT50 D70 50 70.00 32.0 - 70.00 35.00 - M24 4.34
• (1) Use 4 mm hex key for screw adjustment. • Add B to the designation for coolant through flange option.
ADJ BT
Center Alignment Shanks and
Bases with BT MAS-403 ADB
Tapered Shanks for Specially
Tailored Toolholders
997
997
ISCAR
934
Center Alignment Devices
0.2 1°
D1dmin
max
D3
L
L2
L1 Ref.
SS
CSI
58-60 HRc
Designation SS CSI d min d max L L1L2D3D1kg
ADJ ST25 D70 ER32 25 ER32 2.0 20.0 94.50 52.5 80.00 50.00 70.00 1.74
ADJ ST32 D70 ER32 32 ER32 2.0 20.0 94.50 52.5 80.00 50.00 70.00 1.91
• Radial adjustment 0.2 mm Angular adjustment 1°
Angular Adjustment
Radial Adjustment
ADJ ST-ER
FINEFIT DIN 6499 ER Collet Chucks
with Center Alignment and Cylindrical
Shanks with a Clamping Flat
D3D1D2
CSI
dmin
max
L1 Ref
L2L Ref
1/8”NTP
SS
M12
Bar Max
58-60 HRc
Designation SS CSI d min d max D3D1D2L1L L2kg
GYRO ST20 ER20 20 ER20 1.0 13.0 34.00 74.00 79.00 35.5 58.80 80.00 0.76
GYRO ST20 ER25 20 ER25 1.0 16.0 42.00 74.00 79.00 36.5 65.65 80.00 0.76
GYRO ST25 ER25 25 ER25 1.0 16.0 42.00 74.00 79.00 35.5 65.65 80.00 1.31
GYRO ST25 ER32 25 ER32 2.0 20.0 50.00 74.00 79.00 36.5 66.65 80.00 1.22
GYRO ST32 ER32 32 ER32 2.0 20.0 50.00 74.00 79.00 36.5 66.65 80.00 1.55
GYRO ST40 ER32 40 ER32 2.0 20.0 50.00 74.00 79.00 36.5 66.65 80.00 1.83
• Radial adjustment 2.0 mm Angular adjustment 1° • First time users should buy a GYRO kit which includes a test bar and a bushing for
performing the alignment procedure.
T.I.R max 0.02
Angular
Adj. 1˚
Radial adj. 2.0
GYRO ST-ER
GYRO ER Collet Center Alignment
Device with a Cylindrical Shank
997 947-950 981 841, 944-946
947-950 979-980 981 842, 944-946
935
Center Alignment Devices
CSI
d range
SS
SETS
Bar Max
58-60 HRc
Designation SS CSI d Range
KIT GYRO ST20 ER20 20 ER20 1-13
KIT GYRO ST20 ER25 20 ER25 1-16
KIT GYRO ST25 ER25 25 ER25 1-16
KIT GYRO ST25 ER32 25 ER32 2-20
KIT GYRO ST32 ER32 32 ER32 2-20
KIT GYRO ST40 ER32 40 ER32 2-20
• Kit includes GYRO, test bar and bushing.
T.I.R max 0.02
Angular
Adj. 1˚
Radial adj. 2.0
KIT GYRO-ST-ER
Contains 1 Center Alignment Collet
Chuck and a Centering Bushing
D1D2
CSI
dmin
max
1/8”NTP
D4SS
L1 Ref
L2L Ref
D3
M12
Bar Max
58-60 HRc
Designation SS CSI d min d max D3D1D2D4L1L L2kg
GYRO DIN69880 30 ER25 VDI30 ER25 1.0 16.0 42.00 74.00 79.00 68.00 35.5 80.65 55.00 1.75
GYRO DIN69880 30 ER32 VDI30 ER32 2.0 20.0 50.00 74.00 79.00 68.00 36.5 81.65 55.00 1.73
GYRO DIN69880 40 ER32 VDI40 ER32 2.0 20.0 50.00 74.00 79.00 83.20 36.5 81.65 63.00 2.24
GYRO DIN69880 50 ER32 VDI50 ER32 2.0 20.0 50.00 74.00 79.00 98.00 36.5 81.65 78.00 3.01
• Radial adjustment 2.0 mm Angular adjustment 1° • First time users should buy a GYRO kit which includes a test bar and a bushing for performing the alignment
procedure. • For adaptation options, see page 842
GYRO DIN69880-ER
GYRO Center Alignment ER Collet
Chucks with VDI DIN 69880 Shanks
947-950 979-980 981 842, 944-946
997
ISCAR
936
Center Alignment Devices
SS
CSI
d range
SETS
Bar Max
58-60 HRc
Designation SS CSI d Range
KIT GYRO 30 D69880 ER25 VDI30 ER25 1-16
KIT GYRO 30 D69880 ER32 VDI30 ER32 2-20
KIT GYRO 40 D69880 ER32 VDI40 ER32 2-20
KIT GYRO 50 D69880 ER32 VDI50 ER32 2-20
• Kit includes: GYRO, test bar and bushing.
T.I.R max 0.02
Angular
Adj. 1˚
Radial adj. 2.0
KIT GYRO-DIN69880-ER
Contains 1 Center Alignment ER
Collet Chuck with VDI DIN 69880
Shank and a Centering Bushing
L
D1
D3
d2
5
3 typ.x2
(1)
Designation d2D3D1L
ECCENTER SLEEVE 20X25 20.00 25.00 40.00 44.00
ECCENTER SLEEVE 25X32 25.00 32.00 50.00 46.00
ECCENTER SLEEVE 32X40 32.00 40.00 65.00 55.00
ECCENTER SLEEVE 40X50 40.00 50.00 75.00 77.00
• (1) Holes for inserting a pin, used to facilitate radial adjustment of the sleeve (pin not supplied)
For tools, see pages: DR-3D-N (522) • DR-4D-N (523) • GD-DH (649)
Eccenter Sleeve Operating Instructions
+0.4
0
90
+0.2
+0.2
-0.2 M
L
0
0.0
+0.2
+0.2
0
LATHE
L
L
L
Adapter
DR-Drill
Eccenter
Sleeve
Operation on a Lathe
Dnom+0.2
0.2
Tool’s axis
Turret axis Dnom
Tool and turret axes coincide
+16
0
+12
+4
+8
0
+8
-8
X.001”
-4
+4
M
L
+0.4
0
+0.2
0
+0.2
-0.2
M
L
On a lathe the eccenter sleeve can shift the drill’s
axis to coincide with the spindle axis.
The eccentric sleeve enables alignment of the drill’s axis with the spindle
axis within a 0.2 mm range (turn the sleeve counterclockwise to raise it).
Drilling Eccenter Sleeves
Bushings for Enlarging or Reducing
DR Nominal Drilling Diameters
by Shifting the Drill Off-Center
947-950 979-980 981 842, 944-946
937
Center Alignment Devices
USER GUIDE
+0.4
0
+0.2
0
+0.2
-0.2
L
+0.4
0
+0.2
0
+0.2
-0.2
L
MILL
M
90
D + 0.4 mm
D - 0.2 mm
D
M
M
M
D+0.4
D-0.2
Adapter
Eccenter
Sleeve
DR-Drill
On a milling machine the drill’s nominal
diameter can be changed by shifting
the drill’s axis out of the tool spindle.
Radial adjustment
pin (not supplied)
Operation on a Milling Machine
-0.2
M
L
+0.2
0
+0.2
+0.4
+0.4
0
+0.2
0
+0.2
-0.2
M
L
+0.4
0
+0.2
0
+0.2
-0.2
M
L
Drill Diameter = 30 mm
Hole Diameter
29.8 mm
Hole Diameter
30.4 mm
Drill Diameter = 30 mm
Hole Diameter
30 mm
Drill Diameter = 30 mm
Recommended Feed When Using Eccenter Sleeves
100%
Recommended
Feed Rate
Length to
Dia. Ratio
90%
80%
70%
60%
50%
40%
2xD 3xD 4xD 5xD
The adjustment markings should be located perpendicular
to the flat on the circumference
of the DR flange.
To facilitate the rotation of the sleeve, a metal rod
or a screw key may be inserted into a hole
on the eccentric sleeve flange. Unlock
adapter screw before adjusting sleeve.
To enlarge the diameter, turn the sleeve clockwise.
ISCAR
938
Tapping & Reaming Devices
TAPPING & REAMING DEVICES
939
Tapping & Reaming Devices
dmin
max
L2L3 Ref
L1 Ref CSI
D3
Flf
Flf
Flb
Flb
D1
SS
58-60 HRc
Designation SS CSI Tap min Tap max d min d max D3D1L1L L2Flf Flb kg
GTI ER11 ST16X150 M (1) 16 ER11 M2 M7 0.5 7.0 16.00 - 19.0 - 150.00 6.0 3.0 0.18
GTI ER16 ST20X80 20 ER16 M3 M10 0.5 10.0 28.00 29.50 24.6 41.60 80.00 8.0 3.0 0.29
GTI ER20 ST20X80 20 ER20 M4 M14 1.0 13.0 34.00 33.50 28.0 49.00 80.00 8.0 3.0 0.35
GTI ER25 ST25X80 25 ER25 M5 M16 1.0 16.0 42.00 40.50 32.0 53.00 80.00 9.0 4.0 0.55
GTI ER32 ST25X80 25 ER32 M6 M20 1.0 16.0 50.00 56.50 32.0 77.20 80.00 9.0 4.0 1.16
GTI ER40 ST32X80 32 ER40 M6 M27 2.0 20.0 63.00 56.50 51.0 95.20 80.00 9.0 4.0 1.66
(1) Without a clamping flat.
GTI ER-ST (tapping)
DIN 6499 ER Tapping Attachments
with Straight Shanks
SS
CSI
dmin
max
SETS
58-60 HRc
Designation SS CSI d Range
KIT GTI ER11 ST16X150 4M 16 ER11 3,4,5,6
KIT GTI ER16 ST20X80 4 20 ER16 4,5,6,7
KIT GTI ER20 ST20X80 4 20 ER20 5,6,8,9
KIT GTI ER25 ST25X80 5 25 ER25 6,7,9,11,12
KIT GTI ER32 ST25X80 6 32 ER32 6,7,9,11,12,16
• Kit includes GTI,collets and wrench.
Kit GTI ER11
Tapping Attachment Kit
KIT GTI ER-ST
Contains a DIN 6499 ER Tapping
Attachment with a Straight
Shank and a Set of Spring
Collets in Various Bore Sizes
947-950
947-950
979-980
979-980
981
981
941
941
ISCAR
940
Tapping & Reaming Devices
DCONNWS
DCONXWS
BD
BD_2
BD_2
CZCWS
CZCMS
LF
OAL
LB
80
Bar Max
Designation CZCWS DCONNWS DCONXWS LFLBOAL BD_2 BDCZCMS RFl(1) kg
GFIS ER32X70-ER32 ER32 2.00 20.00 87.00 29.50 133.0 50.00 68.00 ER32 0.30 1.69
• ! Maximum 5000 RPM • Angular floating range 1.0°
(1) Radial floating range
GFIS ER-ER
Floating Reamer ER Collet
Chuck with ER Shank for High
Speed Cutting Reamers
dmin
max
D
1
D
3
CSI
L2L Ref
L1 Ref
SS
T
G
1
50
Bar Max
58-60 HRc
Designation SS CSI d min d max L1L L2D1D3G1RFl T kg
GFI MT 2 ER20 (1) 2 ER20 1.0 13.0 34.5 60.50 64.00 50.00 34.00 M10 1.00 22.0 0.52
GFI MT 3 ER32 (2) 3 ER32 2.0 20.0 45.9 76.90 86.00 65.00 50.00 M12 1.60 36.0 1.46
• ! Maximum RPM 2000.
(1) Radial float 1 mm.
(2) Radial float 1.6 mm.
GFI MT-ER
Floating Reamer DIN 6499 Collet
Chucks with Morse Tapered Shanks
dmin
max
L2L
L1 Ref
T
SS
CSI
D
1
D
3
50
Bar Max
58-60 HRc
Designation SS CSI d min d max L2L L1D3D1RFl T kg
GFI ST20 ER20 (1) 20 ER20 1.0 13.0 65.00 55.50 31.0 34.00 50.00 1.00 22.0 0.30
GFI ST25 ER32 (2) 25 ER32 2.0 20.0 80.00 76.90 45.9 50.00 65.00 1.60 36.0 1.21
• ! Maximum RPM 2000.
(1) Radial float 1 mm.
(2) Radial float 1.6 mm.
GFI ER - Floating Reamer Collet Chuck
Floating chuck - adjusts the misalignment between the reamer
and workpiece hole to ensure the same accuracy
as the reamer itself.
Application:
The GFI floating chuck is a unique holder that compensates for the
radial misalignment existing in reaming operations carried out on
vertical and horizontal machine tools.
Features:
Radial self floating mechanism compensates for misalignment
between the reamer and workpiece to ensure the same tolerance
as the reamer itself.
The special self-centering mechanism eliminates tapered and
oversized bores.
Advantages:
Unique ball bearing and axle drive shaft structure enables vertical
and horizontal machining.
Precise and efficient clamping with ER spring collets or
ER COOLIT collets.
GFI ST-ER
Floating Reamer DIN 6499
Collet Chucks with Cylindrical
Shanks with a Clamping Flat
947-950
947-950
979-980
979-980
997
981
981
941
Tapping & Reaming Devices
INTRODUCTION
GTI / GTIN - Tapping Attachment
Compact tapping collet with tension and compression
floating mechanism for ER32 collet chucks
A tapping collet for standard and rigid tapping operations.
The GTIN ER32 collet makes tap removal and
replacement easy, quick and reliable. Designed
for stationary and rotating applications, the
GTIN ER32 collets are economical and efficient
due to the ability to use existing ER32 collet
chucks (with various shank sizes and types).
Applications
The GTIN ER32 tapping collet is designed especially for
CNC mill/turn centers, for regular and rigid tapping.
Advantages
• Quick tap change by a front clamping nut
• Compact design for minimal clearance
between the turret and chuck
• Fits every type of stationary and rotating ER32 collet chuck
• Positive tap drive with internal square driver
• Compensates for machine feed and tap pitch
variance, resulting in greater thread accuracy
• Floating mechanism compensates for
misalignment between tap and workpiece
• High accuracy due to tension and
compression mechanism
• Available for all tap shank standards
(DIN, ISO, ANSI, JIS)
• Tapping range M1-M16 (#0 to 5/8”)
• Saves setup time by quick tap changing
without removing GTIN from the machine
• Optimal for machines which have limited
space between turret and workpiece
GTIN ER32 – Tapping Collet
BT MAS-403
Page 911
GTI DIN69871
Page 859
Straight Shank
Page 939
GTIN
Page 942
1
1
2
23
3
Enter feed rate according to thread
pitch (or 1-2 % lower). Set spindle to
starting point with 0.08 clearance.
1
Start spindle forward with right hand
rotation until reaching desired depth.
2
Stop feed and rotation and reverse to starting point.
3
Operation
For through- and blind-hole tapping:
Description
Short tap chucks for ER collets.
Applications
Axial float/tension/compression type for CNC milling
machines and lathes with reversing motors and
rigid tapping.
Features
• Compensates for machine feed and tap pitch variance
• Floating mechanism compensates for
misalignment between tap and workpiece
• Right- and left-hand tapping
Advantages
• Practical and efficient tap holding by the ER
spring collet without using jaw drive
• Compact design for minimal clearance applications
• Heavy duty design for high torque drive ensures
the same accuracy as the tap itself
ISCAR
942
Tapping & Reaming Devices
0.1 mm
0.8 mm 4 mm
0.1 mm
S22
SS
d2
T
40 20
58-60 HRc
Designation SS d2S Tap min Tap max Tkg
GTIN ER32 ISO 2.24X1.80 ER32 2.24 1.80 M3 M3 20.0 0.22
GTIN ER32 ISO 2.50X2.00 ER32 2.50 2.00 M3.5 M3.5 20.0 0.22
GTIN ER32 ISO 2.80X2.24 ER32 2.80 2.24 M2.2 M2.5 20.0 0.12
GTIN ER32 ISO 3.15X2.50 ER32 3.15 2.50 M3 M4 20.0 0.23
GTIN ER32 ISO 3.55X2.80 ER32 3.55 2.80 M3.5 M4.5 20.0 0.22
GTIN ER32 ISO 4.00X3.15 ER32 4.00 3.15 M4 M5 20.0 0.22
GTIN ER32 ISO 4.50X3.55 ER32 4.50 3.55 M6 M6 20.0 0.22
GTIN ER32 ISO 5.00X4.00 ER32 5.00 4.00 M5 M5 20.0 0.22
GTIN ER32 ISO 5.60X4.50 ER32 5.60 4.50 UNC#12-24 UNC (ONLY) 20.0 0.23
GTIN ER32 ISO 6.30X5.00 ER32 6.30 5.00 M6 M8 20.0 0.22
GTIN ER32 ISO 7.10X5.60 ER32 7.10 5.60 UNC#3/8-16 UNC (ONLY) 20.0 0.20
GTIN ER32 ISO 8.00X6.30 ER32 8.00 6.30 M8 M10 20.0 0.21
GTIN ER32 ISO 9.00X7.10 ER32 9.00 7.10 M12 M12 20.0 0.21
GTIN ER32 ISO 10.00X8.00 ER32 10.00 8.00 M10 M10 20.0 0.20
GTIN ER32 ISO 11.20X9.00 ER32 11.20 9.00 M14 M14 20.0 0.21
GTIN ER32 ISO 12.50X10.00 ER32 12.50 10.00 M16 M16 20.0 0.20
• No coolant should be induced through the tapping collet as it will cause malfunction of the mechanism • Fits every type of ER 32 collet chuck, stationary and
rotating • Compensates for machine feed and tap pitch variance • Floating mechanism compensates for misalignment between tap and workpiece • Hard start
for rigid tapping • Compact design for minimal clearance
GTIN ER-ISO (tapping)
ER Collet Tapping Attachments,
Tension and Compression ISO Type for
CNC Milling and Turret Lathe Machines
0.1 mm
0.8 mm 4 mm
0.1 mm
S22
SS
d2
T
40 20
58-60 HRc
Designation SS d2S Tap min Tap max Tkg
GTIN ER32 DIN 2.50X2.10 ER32 2.50 2.10 M1 M1.8 20.0 0.20
GTIN ER32 DIN 2.80X2.10 ER32 2.80 2.10 M2 M4 20.0 0.22
GTIN ER32 DIN 3.50X2.70 ER32 3.50 2.70 M3 M5 20.0 0.22
GTIN ER32 DIN 4.00X3.00 ER32 4.00 3.00 M3.5 M3.5 20.0 0.21
GTIN ER32 DIN 4.50X3.40 ER32 4.50 3.40 M4 M6 20.0 0.20
GTIN ER32 DIN 6.00X4.90 ER32 6.00 4.90 M5 M8 20.0 0.20
GTIN ER32 DIN 7.00X5.50 ER32 7.00 5.50 M7 M10 20.0 0.20
GTIN ER32 DIN 8.00X6.20 ER32 8.00 6.20 M8 M8 20.0 0.20
GTIN ER32 DIN 9.00X7.00 ER32 9.00 7.00 M12 M12 20.0 0.22
GTIN ER32 DIN 10.00X8.00 ER32 10.00 8.00 M10 M10 20.0 0.22
GTIN ER32 DIN 11.00X9.00 ER32 11.00 9.00 M14 M14 20.0 0.21
GTIN ER32 DIN 12.00X9.00 ER32 12.00 9.00 M16 M16 20.0 0.20
• No coolant should be induced through the tapping collet as it will cause malfunction of the mechanism • Fits every type of ER 32 collet chuck, stationary and
rotating • Compensates for machine feed and tap pitch variance • Floating mechanism compensates for misalignment between tap and workpiece • Hard start
for rigid tapping • Compact design for minimal clearance
GTIN ER-DIN (tapping)
ER Collet Tapping Attachments,
Tension and Compression DIN Type for
CNC Milling and Turret Lathe Machines
0.1 mm
0.8 mm 4 mm
0.1 mm
S22
SS
d2
T
40 20
58-60 HRc
Designation SS d2S Tap min Tap max Tkg
GTIN ER32 JIS 3.00X2.50 ER32 3.00 2.50 M1 M2.6 20.0 0.21
GTIN ER32 JIS 4.00X3.20 ER32 4.00 3.20 M3 M3.5 20.0 0.21
GTIN ER32 JIS 5.00X4.00 ER32 5.00 4.00 M4 M4 20.0 0.21
GTIN ER32 JIS 5.50X4.50 ER32 5.50 4.50 M5 M5 20.0 0.22
GTIN ER32 JIS 6.00X4.50 ER32 6.00 4.50 M6 M6 20.0 0.22
GTIN ER32 JIS 6.20X5.00 ER32 6.20 5.00 M8 M8 20.0 0.22
GTIN ER32 JIS 7.00X5.50 ER32 7.00 5.50 M10 M10 20.0 0.21
GTIN ER32 JIS 8.50X6.50 ER32 8.50 6.50 M12 M12 20.0 0.20
GTIN ER32 JIS 10.50X8.00 ER32 10.50 8.00 M14 M14 20.0 0.20
GTIN ER32 JIS 12.50X10.00 ER32 12.50 10.00 M16 M16 20.0 0.20
• No coolant should be induced through the tapping collet as it will cause malfunction of the mechanism • Fits every type of ER 32 collet chuck, stationary and
rotating • Compensates for machine feed and tap pitch variance • Floating mechanism compensates for misalignment between tap and workpiece • Hard start
for rigid tapping • Compact design for minimal clearance
GTIN ER-JIS (tapping)
ER Collet Tapping Attachments,
Tension and Compression JIS Type for
CNC Milling and Turret Lathe Machines
943
ER, SC & SHRINK Collets
ER, SC & SHRINK COLLETS
ISCAR
944
ER, SC & SHRINK Collets
INTRODUCTION
ER-SPR
ER-SEAL
ER-SEAL JET2
ER-SRK
GTIN ER32
ER-ODP
MT Morse Taper
ST Straight Shank
CAMFIX DIN 26623-1
ISO A.N.S.I B5.18-DIN 2080
BT MAS-403
HSK DIN 69893 Form A/E
DIN 69871
Shanks Collet Options
945
ER, SC & SHRINK Collets
Type A B
ER-11 11.5 18
ER-16 17 27
ER-20 21 31
ER-25 26 35
ER-32 33 40
ER-40 41 46
ER-50 52 60
L mm D mm Standard Precision AA Ultra Precision DIN 6499
6 1.0-1.6 0.01 0.005
10 1.6-3.0 0.01 0.005 0.015
16 3.0-6.0 0.01 0.005 0.015
25 6.0-10.0 0.01 0.005 0.015
40 10.0-18.0 0.01 0.005 0.020
50 18.0-26.0 0.01 0.005 0.020
60 26.0-34.0 0.025
Two Types
ER - Coolit Sealed Collet
Sealed Collet Jet
For straight shank cutting tools
with internal coolant supply.
Sealed Collet jet2
With angular double
nozzles. Coolant flow is
direct to the cutting edge
- for use with standard
straight shank cutting tools
(without coolant hole).
Standard Shank for Use in Sealed Collets
Plain Shank Weldon/DIN 1835/B Whistle Notch DIN 1835 Form E
Note: The front end of the sealed collet should be located beyond the Weldon or the whistle notch.
ER32 SPR 16-17
HSK
Lmin
+0.1
Ø16
HSK Ø16
ER32 SPR 15-16
Lmin
+0.1
LB
AD
8°
30˚
Standard
ER Collet Type DIN 6499
Concentricity TolerancesBasic Dimensions
ISCAR
946
ER, SC & SHRINK Collets
USER GUIDE
Description
Friction bearing ER nut is a nut with a unique two-
piece exclusive friction mechanism, combining
radial and angular self-centering movements.
Features
• Unique two-piece friction bearing
• Radial and angular float for better concentricity
• Powerful gripping force, 50-100% higher than the
standard ER nut due to the friction bearing mechanism
• Balanced for higher spindle spin due to
unique extractor teeth design
• Compact design - general dimensions and size
range are the same as the standard nut
• Designed for use with sealed collets
Always assemble the collet into the nut before
mounting onto the collet chuck.
ER - Top Clamping Nut for DIN 6499 Collets
Collet Groove
Extractor Teeth
B
C
F
Important: Never insert the collet parallel to the extractor
ring. Doing this will chip or break the extractor’s teeth.
When unclamping the nut, the collet will
self-release from the chuck by means of
extractor teeth.
Extraction Procedure
1. Align the engraved diamond shape which is on the
Note:
For maximum performance the clamping nut thread and
collet taper must be cleaned and oiled before use.
Recommended Clamping Torque for
Standard ER & ER-Top Clamping Nut
Important:
This torque is calculated with the maximum diameter
capacity per collet which should be gradually
reduced when used with a smaller shank size.
Nut type Kgxm
ER-11 5
ER-11M 3
ER-16 7
ER-16M 4
ER-20 12
ER-20M 8
ER-25 20
ER-32 22
ER-40 25
ER-50 35
Insertion Procedure
1. Insert the collet at an angle, fitting the two extractor
teeth which protrude (A) into the collet’s groove (B).
2. Place the two parts on a clean and horizontal
work surface.
3. Press down with your thumb on the back end
of the collet until it clicks into place (C).
silver ring (D), with any of the key slots (E) of the nut.
2. Place the nut with the collet facing down on
a clean and horizontal work surface.
3. Insert a screwdriver vertically between the
nut slots and the collet on the reverse side
of the engraved diamond shape (D).
4. Tilt the screwdriver outwards, while helping
the extraction by pushing the collet’s back
end in the opposite direction (F).
AA
E
D
947
ER, SC & SHRINK Collets
2
min
max
d
SS
0.01
46-48 HRc
ER-SPR
DIN 6499 ER Spring Collets
with HARD TOUCH Coating
For tools, see pages: BLP Endmills (231) • H690 E90AX-10 (22) • MTE D-C (359)
Designation SS d2 min d2 max
ER11 SPR 0.5- 1 ER11 0.50 1.00
ER11 SPR 1-2 ER11 1.00 2.00
ER11 SPR 2-3 ER11 2.00 3.00
ER11 SPR 3-4 ER11 3.00 4.00
ER11 SPR 4-5 ER11 4.00 5.00
ER11 SPR 5-6 ER11 5.00 6.00
ER11 SPR 6-7 ER11 6.00 7.00
ER16 SPR 0.5-1 ER16 0.50 1.00
ER16 SPR 1-2 ER16 1.00 2.00
ER16 SPR 2-3 ER16 2.00 3.00
ER16 SPR 3-4 ER16 3.00 4.00
ER16 SPR 4-5 ER16 4.00 5.00
ER16 SPR 5-6 ER16 5.00 6.00
ER16 SPR 6-7 ER16 6.00 7.00
ER16 SPR 7-8 ER16 7.00 8.00
ER16 SPR 8-9 ER16 8.00 9.00
ER16 SPR 9-10 ER16 9.00 10.00
ER20 SPR 1-2 ER20 1.00 2.00
ER20 SPR 2-3 ER20 2.00 3.00
ER20 SPR 3-4 ER20 3.00 4.00
ER20 SPR 4-5 ER20 4.00 5.00
ER20 SPR 5-6 ER20 5.00 6.00
ER20 SPR 6-7 ER20 6.00 7.00
ER20 SPR 7-8 ER20 7.00 8.00
ER20 SPR 8-9 ER20 8.00 9.00
ER20 SPR 9-10 ER20 9.00 10.00
ER20 SPR 10-11 ER20 10.00 11.00
ER20 SPR 11-12 ER20 11.00 12.00
ER20 SPR 12-13 ER20 12.00 13.00
ER25 SPR 1-2 ER25 1.00 2.00
ER25 SPR 2-3 ER25 2.00 3.00
ER25 SPR 3-4 ER25 3.00 4.00
ER25 SPR 4-5 ER25 4.00 5.00
ER25 SPR 5-6 ER25 5.00 6.00
ER25 SPR 6-7 ER25 6.00 7.00
ER25 SPR 7-8 ER25 7.00 8.00
ER25 SPR 8-9 ER25 8.00 9.00
ER25 SPR 9-10 ER25 9.00 10.00
ER25 SPR 10-11 ER25 10.00 11.00
ER25 SPR 11-12 ER25 11.00 12.00
ER25 SPR 12-13 ER25 12.00 13.00
ER25 SPR 13-14 ER25 13.00 14.00
ER25 SPR 14-15 ER25 14.00 15.00
ER25 SPR 15-16 ER25 15.00 16.00
ER32 SPR 2-3 ER32 2.00 3.00
ER32 SPR 3-4 ER32 3.00 4.00
ER32 SPR 4-5 ER32 4.00 5.00
ER32 SPR 5-6 ER32 5.00 6.00
ER32 SPR 6-7 ER32 6.00 7.00
Designation SS d2 min d2 max
ER32 SPR 7-8 ER32 7.00 8.00
ER32 SPR 8-9 ER32 8.00 9.00
ER32 SPR 9-10 ER32 9.00 10.00
ER32 SPR 10-11 ER32 10.00 11.00
ER32 SPR 11-12 ER32 11.00 12.00
ER32 SPR 12-13 ER32 12.00 13.00
ER32 SPR 13-14 ER32 13.00 14.00
ER32 SPR 14-15 ER32 14.00 15.00
ER32 SPR 15-16 ER32 15.00 16.00
ER32 SPR 16-17 ER32 16.00 17.00
ER32 SPR 17-18 ER32 17.00 18.00
ER32 SPR 18-19 ER32 18.00 19.00
ER32 SPR 19-20 ER32 19.00 20.00
ER40 SPR 3-4 ER40 3.00 4.00
ER40 SPR 4-5 ER40 4.00 5.00
ER40 SPR 5-6 ER40 5.00 6.00
ER40 SPR 6-7 ER40 6.00 7.00
ER40 SPR 7-8 ER40 7.00 8.00
ER40 SPR 8-9 ER40 8.00 9.00
ER40 SPR 9-10 ER40 9.00 10.00
ER40 SPR 10-11 ER40 10.00 11.00
ER40 SPR 11-12 ER40 11.00 12.00
ER40 SPR 12-13 ER40 12.00 13.00
ER40 SPR 13-14 ER40 13.00 14.00
ER40 SPR 14-15 ER40 14.00 15.00
ER40 SPR 15-16 ER40 15.00 16.00
ER40 SPR 16-17 ER40 16.00 17.00
ER40 SPR 17-18 ER40 17.00 18.00
ER40 SPR 18-19 ER40 18.00 19.00
ER40 SPR 19-20 ER40 19.00 20.00
ER40 SPR 20-21 ER40 20.00 21.00
ER40 SPR 21-22 ER40 21.00 22.00
ER40 SPR 22-23 ER40 22.00 23.00
ER40 SPR 23-24 ER40 23.00 24.00
ER40 SPR 24-25 ER40 24.00 25.00
ER40 SPR 25-26 ER40 25.00 26.00
ER50 SPR 10-12 ER50 10.00 12.00
ER50 SPR 12-14 ER50 12.00 14.00
ER50 SPR 14-16 ER50 14.00 16.00
ER50 SPR 16-18 ER50 16.00 18.00
ER50 SPR 18-20 ER50 18.00 20.00
ER50 SPR 20-22 ER50 20.00 22.00
ER50 SPR 22-24 ER50 22.00 24.00
ER50 SPR 24-26 ER50 24.00 26.00
ER50 SPR 26-28 ER50 26.00 28.00
ER50 SPR 28-30 ER50 28.00 30.00
ER50 SPR 30-32 ER50 30.00 32.00
ER50 SPR 32-34 ER50 32.00 34.00
960
ISCAR
948
ER, SC & SHRINK Collets
2
min
max
d
SS
0.005
46-48 HRc
ER-SPR-AA
DIN 6499 'AA' Ultra Precise ER Spring
Collets with HARD TOUCH Coating
(1) 0.003 mm runout accuracy
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
Designation SS d2 min d2 max
ER11 SPR 0.5- 1 AA ER11 0.50 1.00
ER11 SPR 1-2 AA ER11 1.00 2.00
ER11 SPR 2-3 AA ER11 2.00 3.00
ER11 SPR EX3.0AAA (1) ER11 3.00 3.00
ER11 SPR 3-4 AA ER11 3.00 4.00
ER11 SPR EX4.0AAA (1) ER11 4.00 4.00
ER11 SPR 4-5 AA ER11 4.00 5.00
ER11 SPR 5-6 AA ER11 5.00 6.00
ER11 SPR EX6.0AAA (1) ER11 6.00 6.00
ER11 SPR 6-7 AA ER11 6.00 7.00
ER16 SPR 0.5-1 AA ER16 0.50 1.00
ER16 SPR 1-2 AA ER16 1.00 2.00
ER16 SPR 2-3 AA ER16 2.00 3.00
ER16 SPR 3-4 AA ER16 3.00 4.00
ER16 SPR 4-5 AA ER16 4.00 5.00
ER16 SPR 5-6 AA ER16 5.00 6.00
ER16 SPR 6-7 AA ER16 6.00 7.00
ER16 SPR 7-8 AA ER16 7.00 8.00
ER16 SPR 8-9 AA ER16 8.00 9.00
ER16 SPR 9-10 AA ER16 9.00 10.00
ER20 SPR 1-2 AA ER20 1.00 2.00
ER20 SPR 2-3 AA ER20 2.00 3.00
ER20 SPR 3-4 AA ER20 3.00 4.00
ER20 SPR 4-5 AA ER20 4.00 5.00
ER20 SPR 5-6 AA ER20 5.00 6.00
ER20 SPR 6-7 AA ER20 6.00 7.00
ER20 SPR 7-8 AA ER20 7.00 8.00
ER20 SPR 8-9 AA ER20 8.00 9.00
ER20 SPR 9-10 AA ER20 9.00 10.00
ER20 SPR 10-11 AA ER20 10.00 11.00
ER20 SPR 11-12 AA ER20 11.00 12.00
ER20 SPR 12-13 AA ER20 12.00 13.00
ER25 SPR 1-2 AA ER25 1.00 2.00
ER25 SPR 2-3 AA ER25 2.00 3.00
ER25 SPR 3-4 AA ER25 3.00 4.00
ER25 SPR 4-5 AA ER25 4.00 5.00
ER25 SPR 5-6 AA ER25 5.00 6.00
ER25 SPR 6-7 AA ER25 6.00 7.00
ER25 SPR 7-8 AA ER25 7.00 8.00
ER25 SPR 8-9 AA ER25 8.00 9.00
ER25 SPR 9-10 AA ER25 9.00 10.00
ER25 SPR 10-11 AA ER25 10.00 11.00
ER25 SPR 11-12 AA ER25 11.00 12.00
ER25 SPR 12-13 AA ER25 12.00 13.00
ER25 SPR 13-14 AA ER25 13.00 14.00
ER25 SPR 14-15 AA ER25 14.00 15.00
ER25 SPR 15-16 AA ER25 15.00 16.00
ER32 SPR 2-3 AA ER32 2.00 3.00
ER32 SPR 3-4 AA ER32 3.00 4.00
ER32 SPR 4-5 AA ER32 4.00 5.00
ER32 SPR 5-6 AA ER32 5.00 6.00
ER32 SPR 6-7 AA ER32 6.00 7.00
ER32 SPR 7-8 AA ER32 7.00 8.00
Designation SS d2 min d2 max
ER32 SPR 8-9 AA ER32 8.00 9.00
ER32 SPR 9-10 AA ER32 9.00 10.00
ER32 SPR 10-11 AA ER32 10.00 11.00
ER32 SPR 11-12 AA ER32 11.00 12.00
ER32 SPR 12-13 AA ER32 12.00 13.00
ER32 SPR 13-14 AA ER32 13.00 14.00
ER32 SPR 14-15 AA ER32 14.00 15.00
ER32 SPR 15-16 AA ER32 15.00 16.00
ER32 SPR 16-17 AA ER32 16.00 17.00
ER32 SPR 17-18 AA ER32 17.00 18.00
ER32 SPR 18-19 AA ER32 18.00 19.00
ER32 SPR 19-20 AA ER32 19.00 20.00
ER40 SPR 3-4 AA ER40 3.00 4.00
ER40 SPR 4-5 AA ER40 4.00 5.00
ER40 SPR 5-6 AA ER40 5.00 6.00
ER40 SPR 6-7 AA ER40 6.00 7.00
ER40 SPR 7-8 AA ER40 7.00 8.00
ER40 SPR 8-9 AA ER40 8.00 9.00
ER40 SPR 9-10 AA ER40 9.00 10.00
ER40 SPR 10-11 AA ER40 10.00 11.00
ER40 SPR 11-12 AA ER40 11.00 12.00
ER40 SPR 12-13 AA ER40 12.00 13.00
ER40 SPR 13-14 AA ER40 13.00 14.00
ER40 SPR 14-15 AA ER40 14.00 15.00
ER40 SPR 15-16 AA ER40 15.00 16.00
ER40 SPR 16-17 AA ER40 16.00 17.00
ER40 SPR 17-18 AA ER40 17.00 18.00
ER40 SPR 18-19 AA ER40 18.00 19.00
ER40 SPR 19-20 AA ER40 19.00 20.00
ER40 SPR 20-21 AA ER40 20.00 21.00
ER40 SPR 21-22 AA ER40 21.00 22.00
ER40 SPR 22-23 AA ER40 22.00 23.00
ER40 SPR 23-24 AA ER40 23.00 24.00
ER40 SPR 24-25 AA ER40 24.00 25.00
ER40 SPR 25-26 AA ER40 25.00 26.00
960
949
ER, SC & SHRINK Collets
d
2
min
max
SS
0.01
46-48 HRc
Bar Max
ER-SEAL
DIN 6499 ER COOLIT Sealed
Spring Collets with HARD TOUCH
Coating for up to 100 Bar
• The HARD TOUCH coating increases wear resistance, improves corrosion protection, prolongs the surface finish quality and maintains longer runout accuracy.
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
Designation SS d2 min d2 max
ER16 SEAL 3- 4 ER16 3.00 4.00
ER16 SEAL 4- 5 ER16 4.00 5.00
ER16 SEAL 5- 6 ER16 5.00 6.00
ER16 SEAL 6- 7 ER16 6.00 7.00
ER16 SEAL 7- 8 ER16 7.00 8.00
ER16 SEAL 8- 9 ER16 8.00 9.00
ER16 SEAL 9-10 ER16 9.00 10.00
ER20 SEAL 3-4 ER20 3.00 4.00
ER20 SEAL 4-5 ER20 4.00 5.00
ER20 SEAL 5-6 ER20 5.00 6.00
ER20 SEAL 6-7 ER20 6.00 7.00
ER20 SEAL 7-8 ER20 7.00 8.00
ER20 SEAL 8-9 ER20 8.00 9.00
ER20 SEAL 9-10 ER20 9.00 10.00
ER20 SEAL 10-11 ER20 10.00 11.00
ER20 SEAL 11-12 ER20 11.00 12.00
ER20 SEAL 12-13 ER20 12.00 13.00
ER25 SEAL 3-4 ER25 3.00 4.00
ER25 SEAL 4-5 ER25 4.00 5.00
ER25 SEAL 5-6 ER25 5.00 6.00
ER25 SEAL 6-7 ER25 6.00 7.00
ER25 SEAL 7-8 ER25 7.00 8.00
ER25 SEAL 8-9 ER25 8.00 9.00
ER25 SEAL 9-10 ER25 9.00 10.00
ER25 SEAL 10-11 ER25 10.00 11.00
ER25 SEAL 11-12 ER25 11.00 12.00
ER25 SEAL 12-13 ER25 12.00 13.00
ER25 SEAL 13-14 ER25 13.00 14.00
ER25 SEAL 14-15 ER25 14.00 15.00
ER25 SEAL 15-16 ER25 15.00 16.00
ER32 SEAL 3- 4 ER32 3.00 4.00
ER32 SEAL 4- 5 ER32 4.00 5.00
ER32 SEAL 5- 6 ER32 5.00 6.00
ER32 SEAL 6- 7 ER32 6.00 7.00
ER32 SEAL 7- 8 ER32 7.00 8.00
ER32 SEAL 8- 9 ER32 8.00 9.00
Sealed Collet JET
For straight shank cutting tools with
internal coolant oil hole.
Designation SS d2 min d2 max
ER32 SEAL 9-10 ER32 9.00 10.00
ER32 SEAL 10-11 ER32 10.00 11.00
ER32 SEAL 11-12 ER32 11.00 12.00
ER32 SEAL 12-13 ER32 12.00 13.00
ER32 SEAL 13-14 ER32 13.00 14.00
ER32 SEAL 14-15 ER32 14.00 15.00
ER32 SEAL 15-16 ER32 15.00 16.00
ER32 SEAL 16-17 ER32 16.00 17.00
ER32 SEAL 17-18 ER32 17.00 18.00
ER32 SEAL 18-19 ER32 18.00 19.00
ER32 SEAL 19-20 ER32 19.00 20.00
ER40 SEAL 3- 4 ER40 3.00 4.00
ER40 SEAL 4- 5 ER40 4.00 5.00
ER40 SEAL 5- 6 ER40 5.00 6.00
ER40 SEAL 6- 7 ER40 6.00 7.00
ER40 SEAL 7- 8 ER40 7.00 8.00
ER40 SEAL 8- 9 ER40 8.00 9.00
ER40 SEAL 9-10 ER40 9.00 10.00
ER40 SEAL 10-11 ER40 10.00 11.00
ER40 SEAL 11-12 ER40 11.00 12.00
ER40 SEAL 12-13 ER40 12.00 13.00
ER40 SEAL 13-14 ER40 13.00 14.00
ER40 SEAL 14-15 ER40 14.00 15.00
ER40 SEAL 15-16 ER40 15.00 16.00
ER40 SEAL 16-17 ER40 16.00 17.00
ER40 SEAL 17-18 ER40 17.00 18.00
ER40 SEAL 18-19 ER40 18.00 19.00
ER40 SEAL 19-20 ER40 19.00 20.00
ER40 SEAL 20-21 ER40 20.00 21.00
ER40 SEAL 21-22 ER40 21.00 22.00
ER40 SEAL 22-23 ER40 22.00 23.00
ER40 SEAL 23-24 ER40 23.00 24.00
ER40 SEAL 24-25 ER40 24.00 25.00
ER40 SEAL 25-26 ER40 25.00 26.00
960
ISCAR
950
ER, SC & SHRINK Collets
d
2
min
max
SS
0.01
46-48 HRc
Bar Max
ER-SEAL-JET2
DIN 6499 ER COOLIT Sealed
Collets with Cooling Jets and HARD
TOUCH Coating for up to 100 Bars
• The HARD TOUCH coating increases wear resistance, improves corrosion protection, prolongs the surface finish quality and maintains longer runout accuracy.
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
Designation SS d2 min d2 max
ER16 SEAL 3- 4 JET2 ER16 3.00 4.00
ER16 SEAL 4- 5 JET2 ER16 4.00 5.00
ER16 SEAL 5- 6 JET2 ER16 5.00 6.00
ER16 SEAL 6- 7 JET2 ER16 6.00 7.00
ER16 SEAL 7- 8 JET2 ER16 7.00 8.00
ER16 SEAL 8- 9 JET2 ER16 8.00 9.00
ER16 SEAL 9-10 JET2 ER16 9.00 10.00
ER20 SEAL 3-4 JET2 ER20 3.00 4.00
ER20 SEAL 4-5 JET2 ER20 4.00 5.00
ER20 SEAL 5-6 JET2 ER20 5.00 6.00
ER20 SEAL 6-7 JET2 ER20 6.00 7.00
ER20 SEAL 7-8 JET2 ER20 7.00 8.00
ER20 SEAL 8-9 JET2 ER20 8.00 9.00
ER20 SEAL 9-10 JET2 ER20 9.00 10.00
ER20 SEAL 10-11 JET2 ER20 10.00 11.00
ER20 SEAL 11-12 JET2 ER20 11.00 12.00
ER20 SEAL 12-13 JET2 ER20 12.00 13.00
ER25 SEAL 3-4 JET2 ER25 3.00 4.00
ER25 SEAL 4-5 JET2 ER25 4.00 5.00
ER25 SEAL 5-6 JET2 ER25 5.00 6.00
ER25 SEAL 6-7 JET2 ER25 6.00 7.00
ER25 SEAL 7-8 JET2 ER25 7.00 8.00
ER25 SEAL 8-9 JET2 ER25 8.00 9.00
ER25 SEAL 9-10 JET2 ER25 9.00 10.00
ER25 SEAL 10-11 JET2 ER25 10.00 11.00
ER25 SEAL 11-12 JET2 ER25 11.00 12.00
ER25 SEAL 12-13 JET2 ER25 12.00 13.00
ER25 SEAL 13-14 JET2 ER25 13.00 14.00
ER25 SEAL 14-15 JET2 ER25 14.00 15.00
ER25 SEAL 15-16 JET2 ER25 15.00 16.00
ER32 SEAL 3- 4 JET2 ER32 3.00 4.00
ER32 SEAL 4- 5 JET2 ER32 4.00 5.00
ER32 SEAL 5- 6 JET2 ER32 5.00 6.00
ER32 SEAL 6- 7 JET2 ER32 6.00 7.00
ER32 SEAL 7- 8 JET2 ER32 7.00 8.00
ER32 SEAL 8- 9 JET2 ER32 8.00 9.00
ER32 SEAL 9-10 JET2 ER32 9.00 10.00
Designation SS d2 min d2 max
ER32 SEAL 10-11 JET2 ER32 10.00 11.00
ER32 SEAL 11-12 JET2 ER32 11.00 12.00
ER32 SEAL 12-13 JET2 ER32 12.00 13.00
ER32 SEAL 13-14 JET2 ER32 13.00 14.00
ER32 SEAL 14-15 JET2 ER32 14.00 15.00
ER32 SEAL 15-16 JET2 ER32 15.00 16.00
ER32 SEAL 16-17 JET2 ER32 16.00 17.00
ER32 SEAL 17-18 JET2 ER32 17.00 18.00
ER32 SEAL 18-19 JET2 ER32 18.00 19.00
ER32 SEAL 19-20 JET2 ER32 19.00 20.00
ER40 SEAL 3- 4 JET2 ER40 3.00 4.00
ER40 SEAL 4- 5 JET2 ER40 4.00 5.00
ER40 SEAL 5- 6 JET2 ER40 5.00 6.00
ER40 SEAL 6- 7 JET2 ER40 6.00 7.00
ER40 SEAL 7- 8 JET2 ER40 7.00 8.00
ER40 SEAL 8- 9 JET2 ER40 8.00 9.00
ER40 SEAL 9-10 JET2 ER40 9.00 10.00
ER40 SEAL 10-11 JET2 ER40 10.00 11.00
ER40 SEAL 11-12 JET2 ER40 11.00 12.00
ER40 SEAL 12-13 JET2 ER40 12.00 13.00
ER40 SEAL 13-14 JET2 ER40 13.00 14.00
ER40 SEAL 14-15 JET2 ER40 14.00 15.00
ER40 SEAL 15-16 JET2 ER40 15.00 16.00
ER40 SEAL 16-17 JET2 ER40 16.00 17.00
ER40 SEAL 17-18 JET2 ER40 17.00 18.00
ER40 SEAL 18-19 JET2 ER40 18.00 19.00
ER40 SEAL 19-20 JET2 ER40 19.00 20.00
ER40 SEAL 20-21 JET2 ER40 20.00 21.00
ER40 SEAL 21-22 JET2 ER40 21.00 22.00
ER40 SEAL 22-23 JET2 ER40 22.00 23.00
ER40 SEAL 23-24 JET2 ER40 23.00 24.00
ER40 SEAL 24-25 JET2 ER40 24.00 25.00
ER40 SEAL 25-26 JET2 ER40 25.00 26.00
960
951
ER, SC & SHRINK Collets
USER GUIDE
Features
• Slim design with various projections
• Flexible - fits into standard ER chucks
• High torque transfer
• Rigid clamping of carbide tools
• Low runout
• Perfect repeatability
• Vibration damping
• Internal coolant
• Coolant Jet2 available
• Symmetrical design for high speed machining
• Quick and easy tool changing
• Unique SHRINKIN thermal heating and induction units
L (mm) Max T.I.R.
35 7µm
60 9µm
85 10µm
300˚ c
d
3xd
3xd
L
T.I.R
Clamping time
15-45 seconds
Thermal Shrink Chucking Systems
SHRINKIN thermal shrinking collets are an enhancement
to the existing popular collet system.
The SHRINKIN collets utilize the thermal expansion
and shrink phenomenon for rigid clamping of steel, HSS
and solid carbide tools. SHRINKIN collets provide high
torque, precision runout and excellent repeatability.
The SHRINKIN collets with their slim design and
various projection lengths allow the user to reach deep
cavities and perform narrow milling applications.
ISCAR offers a complete system for the
SHRINKIN collets with integral ER or other
standard, integral tapered shanks.
The conventional, thermal shrink chucking
unit can be used only for solid carbide tools, clamped
into SRK ER collets. The induction thermal unit
can be used for steel, HSS and solid carbide tools.
It can be used for both SRK and SRKIN collets
with ER or other integral tapered shanks.
ISCAR
952
ER, SC & SHRINK Collets
USER GUIDE
1. Do not use Weldon type shanks.
2. Insert shank at least Lmin into the chuck.
3. In order to maintain a firm grip, shank’s surface
finish should have a roughness of at least N5.
953
ER, SC & SHRINK Collets
USER GUIDE
Thermal Shrink ER... SRK Chucking System
HSK 40, 50, 63, 100
d
3-12 mm
3-12 mm
3-12 mm
3-12 mm
3-12 mm
d
d
SHRINKIN ER SRK Collet
Compatible with Standard
ER Collets DIN 6499
60 mm
35 mm
85 mm
BT 30, 40, 50
CAMFIX C4-C8
DIN 2080 30, 40, 50
Standard ER Collet Chuck
DIN 69871 30, 40, 50
ER20
ER25
ER32
SHORTIN
DIN69871 40, 50
BT 40, 50
HSK 63, 100
HSK E SRK
32-40-50-63 d
BT40-SRK
DIN69871-40 SRK d
ISCAR
954
ER, SC & SHRINK Collets
D1D2
4˚
d2
L
max
Lmin
L1
L3
J
SS
Bar Max
A0.003A
58-60 HRc
ER-SRK
Thermal Shrink Chucks with
an Integral ER Collet
Designation SS d2L1L3L min L max D2D1J Key(2) kg
ER11 SRK 3X10 (1) ER11 3.00 10.0 - 9.5 - 8.50 7.60 - - 0.00
ER11 SRK 3X25 (1) ER11 3.00 25.0 - 11.5 - 8.50 7.60 - - 0.00
ER11 SRK 4X10 (1) ER11 4.00 10.0 - 9.5 - 8.50 7.60 - - 0.00
ER11 SRK 4X25 (1) ER11 4.00 25.0 - 11.5 - 8.50 7.60 - - 0.00
ER20 SRK 3X35 ER20 3.00 35.0 24.50 10.0 16.0 13.50 10.00 M6 3.00 0.07
ER20 SRK 3X60 ER20 3.00 60.0 24.50 10.0 16.0 13.50 10.00 M6 3.00 0.09
ER20 SRK 4X35 ER20 4.00 35.0 24.50 12.0 18.0 13.50 10.00 M6 3.00 0.07
ER20 SRK 4X60 ER20 4.00 60.0 24.50 12.0 18.0 13.50 10.00 M6 3.00 0.10
ER20 SRK 5X35 ER20 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.07
ER20 SRK 5X60 ER20 5.00 60.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.10
ER20 SRK 6X35 ER20 6.00 35.0 25.50 18.0 24.0 13.50 11.00 M8 4.00 0.07
ER20 SRK 6X60 ER20 6.00 60.0 29.50 18.0 24.0 13.50 11.00 M8 4.00 0.09
ER25 SRK 3X35 ER25 3.00 35.0 24.50 10.0 16.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 3X60 ER25 3.00 60.0 44.50 10.0 16.0 16.30 10.00 M6 3.00 0.13
ER25 SRK 4X35 ER25 4.00 35.0 24.50 12.0 18.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 4X60 ER25 4.00 60.0 44.50 12.0 18.0 16.30 10.00 M6 3.00 0.15
ER25 SRK 5X35 ER25 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 5X60 ER25 5.00 60.0 44.50 15.0 21.0 16.30 10.00 M6 3.00 0.14
ER25 SRK 6X35 ER25 6.00 35.0 26.00 18.0 24.0 14.70 11.00 M8 4.00 0.10
ER25 SRK 6X60 ER25 6.00 60.0 44.50 18.0 24.0 17.30 11.00 M8 4.00 0.14
ER25 SRK 8X35 ER25 8.00 35.0 26.50 25.0 30.0 17.80 14.00 M10 5.00 0.12
ER25 SRK 8X60 ER25 8.00 60.0 39.50 25.0 31.0 17.90 14.00 M10 5.00 0.15
ER32 SRK 3X35 ER32 3.00 35.0 22.50 10.0 16.0 13.50 10.00 M6 3.00 0.16
ER32 SRK 3X60 ER32 3.00 60.0 44.50 10.0 16.0 16.30 10.00 M6 3.00 0.20
ER32 SRK 3X85 ER32 3.00 85.0 70.00 10.0 16.0 19.80 10.00 M6 3.00 0.25
ER32 SRK 4X35 ER32 4.00 35.0 23.50 12.0 18.0 13.50 10.00 M6 3.00 0.17
ER32 SRK 4X60 ER32 4.00 60.0 44.50 12.0 18.0 16.30 10.00 M6 3.00 0.19
ER32 SRK 4X85 ER32 4.00 85.0 70.00 12.0 18.0 19.80 10.00 M6 3.00 0.24
ER32 SRK 5X35 ER32 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.16
ER32 SRK 5X60 ER32 5.00 60.0 44.50 15.0 21.0 16.30 10.00 M6 3.00 0.20
ER32 SRK 5X85 ER32 5.00 85.0 70.00 15.0 21.0 19.80 10.00 M6 3.00 0.24
ER32 SRK 6X35 ER32 6.00 35.0 25.50 18.0 24.0 14.70 11.00 M8 4.00 0.16
ER32 SRK 6X60 ER32 6.00 60.0 45.00 18.0 24.0 17.30 11.00 M8 4.00 0.19
ER32 SRK 6X85 ER32 6.00 85.0 69.50 18.0 26.0 20.80 11.00 M8 4.00 0.26
ER32 SRK 8X35 ER32 8.00 35.0 33.00 25.0 31.0 18.95 14.00 M10 5.00 0.18
ER32 SRK 8X60 ER32 8.00 60.0 45.00 25.0 31.0 20.40 14.00 M10 5.00 0.21
ER32 SRK 8X85 ER32 8.00 85.0 65.00 25.0 31.0 23.20 14.00 M10 5.00 0.28
ER32 SRK 10X35 ER32 10.00 35.0 34.00 30.0 35.0 20.80 16.00 M12 6.00 0.18
ER32 SRK 10X60 ER32 10.00 60.0 44.50 30.0 36.0 22.40 16.00 M12 6.00 0.24
ER32 SRK 10X85 ER32 10.00 85.0 49.50 30.0 36.0 23.00 16.00 M12 6.00 0.29
ER32 SRK 12X35 ER32 12.00 35.0 28.00 32.0 - 24.00 20.00 - - 0.21
ER32 SRK 12X60 ER32 12.00 60.0 28.00 32.0 38.0 24.00 20.00 M14 6.00 0.27
ER32 SRK 12X85 ER32 12.00 85.0 28.00 32.0 38.0 24.00 20.00 M14 6.00 0.33
• For carbide tools only.
(1) To be used only for SPINJET spindles
(2) Hex key size for the rear stopper screw
998 956-957 951-953
955
ER, SC & SHRINK Collets
4˚
D1D2
L1
L3d2
Lmax
Lmin
SS
J
Bar Max
A0.003A
58-60 HRc
Designation SS d2L1L3L min L max D2D1J Key(1) kg
ER20 SRK 3X35 JET2 ER20 3.00 35.0 24.50 10.0 16.0 13.50 10.00 M6 3.00 0.07
ER20 SRK 4X35 JET2 ER20 4.00 35.0 24.50 12.0 18.0 13.50 10.00 M6 3.00 0.09
ER20 SRK 5X35 JET2 ER20 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.09
ER20 SRK 6X35 JET2 ER20 6.00 35.0 25.50 18.0 24.0 13.50 11.00 M8 4.00 0.07
ER20 SRK 6X60 JET2 ER20 6.00 60.0 29.50 18.0 24.0 13.50 11.00 M8 4.00 0.09
ER25 SRK 3X35 JET2 ER25 3.00 35.0 24.50 10.0 16.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 3X60 JET2 ER25 3.00 60.0 44.50 10.0 16.0 16.30 10.00 M6 3.00 0.16
ER25 SRK 4X35 JET2 ER25 4.00 35.0 24.50 12.0 18.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 4X60 JET2 ER25 4.00 60.0 44.50 12.0 18.0 16.30 10.00 M6 3.00 0.16
ER25 SRK 5X35 JET2 ER25 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.10
ER25 SRK 5X60 JET2 ER25 5.00 60.0 44.50 15.0 21.0 16.30 10.00 M6 3.00 0.15
ER25 SRK 6X35 JET2 ER25 6.00 35.0 26.00 18.0 24.0 14.70 11.00 M8 4.00 0.11
ER25 SRK 6X60 JET2 ER25 6.00 60.0 44.50 18.0 24.0 17.30 11.00 M8 4.00 0.16
ER25 SRK 8X35 JET2 ER25 8.00 35.0 26.50 25.0 30.0 17.80 14.00 M10 5.00 0.12
ER25 SRK 8X60 JET2 ER25 8.00 60.0 39.50 25.0 31.0 17.90 14.00 M10 5.00 0.15
ER32 SRK 3X35 JET2 ER32 3.00 35.0 22.50 10.0 16.0 13.50 10.00 M6 3.00 0.16
ER32 SRK 3X60 JET2 ER32 3.00 60.0 44.50 10.0 16.0 16.30 10.00 M6 3.00 0.19
ER32 SRK 3X85 JET2 ER32 3.00 85.0 70.00 10.0 16.0 19.80 10.00 M6 3.00 0.25
ER32 SRK 4X35 JET2 ER32 4.00 35.0 23.50 12.0 18.0 13.50 10.00 M6 3.00 0.16
ER32 SRK 4X60 JET2 ER32 4.00 60.0 44.50 12.0 18.0 16.30 10.00 M6 3.00 0.19
ER32 SRK 4X85 JET2 ER32 4.00 85.0 70.00 12.0 18.0 19.80 10.00 M6 3.00 0.22
ER32 SRK 5X35 JET2 ER32 5.00 35.0 24.50 15.0 21.0 13.50 10.00 M6 3.00 0.16
ER32 SRK 5X60 JET2 ER32 5.00 60.0 44.50 15.0 21.0 16.30 10.00 M6 3.00 0.19
ER32 SRK 5X85 JET2 ER32 5.00 85.0 70.00 15.0 21.0 19.80 10.00 M6 3.00 0.25
ER32 SRK 6X35 JET2 ER32 6.00 35.0 25.50 18.0 24.0 14.70 11.00 M8 4.00 0.15
ER32 SRK 6X60 JET2 ER32 6.00 60.0 45.00 18.0 24.0 17.30 11.00 M8 4.00 0.19
ER32 SRK 6X85 JET2 ER32 6.00 85.0 69.50 18.0 26.0 20.80 11.00 M8 4.00 0.23
ER32 SRK 8X35 JET2 ER32 8.00 35.0 33.00 25.0 31.0 18.80 14.00 M10 5.00 0.17
ER32 SRK 8X60 JET2 ER32 8.00 60.0 45.00 25.0 31.0 20.40 14.00 M10 5.00 0.22
ER32 SRK 8X85 JET2 ER32 8.00 85.0 65.00 25.0 31.0 23.20 14.00 M10 5.00 0.29
ER32 SRK 10X35 JET2 ER32 10.00 35.0 34.00 30.0 35.0 20.80 16.00 M12 6.00 0.20
ER32 SRK 10X60 JET2 ER32 10.00 60.0 44.50 30.0 36.0 22.40 16.00 M12 6.00 0.25
ER32 SRK 10X85 JET2 ER32 10.00 85.0 49.50 30.0 36.0 23.00 16.00 M12 6.00 0.30
ER32 SRK 12X35 JET2 ER32 12.00 35.0 28.00 32.0 - 24.00 20.00 - - 0.21
ER32 SRK 12X60 JET2 ER32 12.00 60.0 28.00 32.0 38.0 24.00 20.00 M14 6.00 0.29
ER32 SRK 12X85 JET2 ER32 12.00 85.0 28.00 32.0 38.0 24.00 20.00 M14 6.00 0.32
• For carbide tools only.
(1) Hex key size for the rear stopper screw
ER-SRK-JET2
Thermal Shrink Chuck with
Two Internal Cooling Jets
and an Integral ER Collet
998 956-957 951-953
ISCAR
956
ER, SC & SHRINK Collets
USER GUIDE
Induction Heating Unit
• Easy and efficient to operate
• Quick tool change (5 sec.)
• Short cooling time (30-90 sec)
• Solid carbide range 3-32 mm
• H.S.S. cutter range 6-32 mm
Suitable for:
• Integral SRKIN tooling
• Integral heavy duty tooling
• Extensions
• ER..SRK... unique collets
Integral SRKIN
ER... SRK
Integral SRK
Technical Specifications
Clamping range 3-32 mm Carbide tool shank
Clamping range 6-32 mm HSS & steel shank
Main power supply 3 x 380-500V 50/60Hz
Nominal power 13 kW
Nominal current 16 AMP
Cooling unit power supply 220V 50Hz
Nominal power 0.5 kW
Max. tool length 440 mm (from gauge line)
Max. dia. clamping chuck 52 mm
Effective induction field length 45 mm
Expansion time Approx. 5-12 seconds
Cooling time Approx. 30-90 seconds
Weight 150 kg
Overall dimensions 170 x 73 x 60 cm
Can be used for carbide and HSS tools.
!
957
ER, SC & SHRINK Collets
USER GUIDE
Includes:
Induction unit
Cooling unit
Trolley
3 pcs. Tool Adapter(1)
IND THERMIC GLOVES
Cooling Sleeves Used for
IND COOLING COLLET 6-8
IND COOLING COLLET 10-12
IND COOLING COLLET 14-16 SRKIN
IND COOLING COLLET 18-20
IND COOLING COLLET ER 3-5
IND COOLING COLLET ER 6
IND COOLING COLLET ER 8 SRK
IND COOLING COLLET ER 10
IND COOLING COLLET ER 12
IND S DISC 3-5 13kW
IND S DISC 6-12 13kW
IND S DISC 14-16 13kW SRKIN
IND S DISC 18-20 13kW
IND S DISC 25-32 13kW
Induction Heating Unit
Designation
IND SHRINKIN UNIT EUR
Optional Tool Adapter for HSK
IND 32 TOOL ADAPTER
IND 40 TOOL ADAPTER
IND 50 TOOL ADAPTER(2)
IND 63 TOOL ADAPTER(1)
IND 80 TOOL ADAPTER
(1) For taper #40
(2) For taper #30
Designation:
4505585 IND SHRINK START UNIT EUR Coil Connector
Main
Switch
For coolant water
(6.8 liters), only
cool liquid maxol
antirust can be used
Cooling
Connector - in
Cooling Switch
Cooling
Connector - out
Trolley
Can be used for carbide and HSS tools.
!
IND S
DISC
INDUCTION Starter Unit
The induction starter unit is an economical starter
version of the SHRINKIN induction unit. It was designed
to help the end-user purchase the modern shrink
chucking technology in a low cost device. The starter
unit is actually a simplified and limited version of the
complete inductive system that we offer today.
Induction Main Unit
Cooling
House
Tray for
Cutting
Tools
Control
Panel
Drawer for
Accessories
Main Working
Post #50,
HSK 100
Tool (1)
Adapter #40,
HSK 63
Accessories (included)
ISCAR
958
ER, SC & SHRINK Collets
USER GUIDE
Face Contact Advantages
1. Taper and face contact
2. Ideal for high speed machining
3. High precision runout
4. High rigidity
5. Quick and easy clamping
CLICKIN Shank ER SRF Chunks
Quick-Change Advantages
1. Quick cutting tool change. The taper shank
and holder connect in a quick half turn
2. No thermal shock on holder taper
3. Flexibility in diameter and length
4. Eliminates the use of extension chuck
5. No spare parts needed
6. CLICKIN blanks for custom made tools and collets
7. Shrink clamping for solid carbide tools
Tightening torque: 235 N.m
Taper
ER
The concept utilizes contacts on both the taper and the
tool face for maximum rigidity. This system may be used
to connect a SHRINKIN toolholder with a mounted tool to
a large taper shank holder for mounting in the machine.
For DIN 69871 40/50 See page 859
For HSK A63 See Page 878
For BT 40/50 See Page 912
See page 959
Quick-Change System
G2.5
20,000 RPM
959
ER, SC & SHRINK Collets
D1D2
d2
41.0
TJ
L
L3
6.0
Lmax
Lmin
a˚
SS
Bar Max
A0.003A
58-60 HRc
Designation SS d2L L3L min L max D2D1J Key(1) a° T kg
ER32 SRF 3X50 32 SRF 3.00 50.00 31.00 10.0 16.0 32.00 10.00 M6 3.00 4 27.0 0.25
ER32 SRF 3X85 32 SRF 3.00 85.00 60.50 10.0 16.0 32.00 10.00 M6 3.00 4 27.0 0.28
ER32 SRF 4X50 32 SRF 4.00 50.00 31.00 12.0 18.0 32.00 10.00 M6 3.00 4 27.0 0.22
ER32 SRF 4X85 32 SRF 4.00 85.00 60.50 12.0 18.0 32.00 10.00 M6 3.00 4 27.0 0.28
ER32 SRF 5X50 32 SRF 5.00 50.00 31.00 15.0 21.0 32.00 10.00 M6 3.00 4 27.0 0.22
ER32 SRF 5X85 32 SRF 5.00 85.00 60.50 15.0 21.0 32.00 10.00 M6 3.00 4 27.0 0.28
ER32 SRF 6X50 32 SRF 6.00 50.00 31.00 18.0 24.0 32.00 11.00 M8 4.00 4 27.0 0.22
ER32 SRF 6X85 32 SRF 6.00 85.00 60.50 18.0 24.0 32.00 11.00 M8 4.00 4 27.0 0.28
ER32 SRF 8X50 32 SRF 8.00 50.00 33.00 25.0 31.0 32.00 14.00 M10 5.00 4 27.0 0.23
ER32 SRF 8X85 32 SRF 8.00 85.00 60.50 25.0 31.0 32.00 14.00 M10 5.00 4 27.0 0.31
ER32 SRF 10X50 32 SRF 10.00 50.00 35.00 30.0 35.0 32.00 16.00 M12 6.00 4 27.0 0.23
ER32 SRF 10X85 32 SRF 10.00 85.00 60.50 30.0 36.0 32.00 16.00 M12 6.00 4 27.0 0.33
ER32 SRF 12X50 32 SRF 12.00 50.00 35.00 32.0 37.0 32.00 20.00 M14 6.00 4 27.0 0.26
ER32 SRF 12X85 32 SRF 12.00 85.00 50.00 32.0 38.0 32.00 20.00 M14 6.00 4 27.0 0.38
• Tightening torque: 24 Kgxm. • For carbide tools only.
(1) Adjustment screw hexagon key size
ER-SRF
SHRINKIN Thermal Shrink Chuck with
a CLICKIN Quick Change Adaptation
D1D2
d2
Ja˚
Lmax
Lmin
T
SS
41.0
L
L3
6.0
Bar Max
A0.003A
58-60 HRc
Designation SS d2L L3L min L max D2D1a° J Key(1) Tkg
ER32 SRF 3X50 JET2 32 SRF 3.00 50.00 31.00 10.0 16.0 32.00 10.00 4 M6 3.00 27.0 0.22
ER32 SRF 3X85 JET2 32 SRF 3.00 85.00 60.50 10.0 16.0 32.00 10.00 4 M6 3.00 27.0 0.29
ER32 SRF 4X50 JET2 32 SRF 4.00 50.00 31.00 12.0 18.0 32.00 10.00 4 M6 3.00 27.0 0.22
ER32 SRF 4X85 JET2 32 SRF 4.00 85.00 60.50 12.0 18.0 32.00 10.00 4 M6 3.00 27.0 0.28
ER32 SRF 5X85 JET2 32 SRF 5.00 85.00 60.50 15.0 21.0 32.00 10.00 4 M6 3.00 27.0 0.25
ER32 SRF 6X50 JET2 32 SRF 6.00 50.00 31.00 18.0 24.0 32.00 11.00 4 M8 4.00 27.0 0.25
ER32 SRF 6X85 JET2 32 SRF 6.00 85.00 60.50 18.0 24.0 32.00 11.00 4 M8 4.00 27.0 0.31
ER32 SRF 8X50 JET2 32 SRF 8.00 50.00 33.00 25.0 31.0 32.00 14.00 4 M10 5.00 27.0 0.26
ER32 SRF 8X85 JET2 32 SRF 8.00 85.00 60.50 25.0 31.0 32.00 14.00 4 M10 5.00 27.0 0.31
ER32 SRF 10X50 JET2 32 SRF 10.00 50.00 35.00 30.0 35.0 32.00 16.00 4 M12 6.00 27.0 0.07
ER32 SRF 10X85 JET2 32 SRF 10.00 85.00 60.50 30.0 36.0 32.00 16.00 4 M12 6.00 27.0 0.32
ER32 SRF 12X50 JET2 32 SRF 12.00 50.00 35.00 32.0 37.0 32.00 20.00 4 M14 6.00 27.0 0.29
ER32 SRF 12X85 JET2 32 SRF 12.00 85.00 50.00 32.0 38.0 32.00 20.00 4 M14 6.00 27.0 0.41
• Tightening torque: 24 Kgxm. • For carbide tools only.
(1) Adjustment screw hexagon key size
ER-SRF-JET2
SHRINKIN Thermal Shrink Chuck
with Two Internal Cooling Jets with a
CLICKIN Quick Change Adaptation
999
999
956-957
956-957
951-953, 958
951-953, 958
859, 878, 912
859, 878, 912
ISCAR
960
ER, SC & SHRINK Collets
d
Range
SS
SETS
0.01
46-48 HRc
Designation SS Qty d Range
SET ER11 SPR 7 ER11 7 0.5-7
SET ER16 SPR 10 ER16 10 0.5-10
SET ER20 SPR 12 ER20 12 1-13
SET ER25 SPR 15 ER25 15 1-16
SET ER32 SPR 18 ER32 18 2-20
SET ER40 SPR 23 ER40 23 3-26
SET ER50 SPR 12 ER50 12 10-34
SET ER-SPR
Sets of DIN 6499 ER Spring Collets
with HARD TOUCH Coating
d
Range
SS
SETS
0.005
46-48 HRc
Designation SS Qty d Range
SET ER11 SPR 7 AA ER11 7 0.5-7
SET ER16 SPR 10 AA ER16 10 0.5-10
SET ER20 SPR 12 AA ER20 12 1-13
SET ER25 SPR 15 AA ER25 15 1-16
SET ER32 SPR 18 AA ER32 18 2-20
SET ER40 SPR 23 AA ER40 23 3-26
SET ER-SPR-AA
Sets of DIN 6499 ER 'AA' Ultra
Precise Spring Collets with
HARD TOUCH Coating
d
Range
SS
SETS
0.01
46-48 HRc
Bar Max
Designation SS Qty d Range
SET ER16 SEAL 7 ER16 7 3-10
SET ER20 SEAL 10 ER20 10 3-13
SET ER25 SEAL 13 ER25 13 3-16
SET ER32 SEAL 17 ER32 17 3-20
SET ER40 SEAL 23 ER40 23 3-26
SET ER-SEAL
Sets of DIN 6499 ER COOLIT
Collets with HARD TOUCH
Coating, Sealed for 100 Bar
d
Range
SS
SETS
0.01
46-48 HRc
Bar Max
Designation SS Qty d Range
SET ER16 SEAL 7 JET2 ER16 7 3-10
SET ER20 SEAL 10 JET2 ER20 10 3-13
SET ER25 SEAL 13 JET2 ER25 13 3-16
SET ER32 SEAL 17 JET2 ER32 17 3-20
SET ER40 SEAL 23 JET2 ER40 23 3-26
SET ER-SEAL-JET2
Sets of DIN 6499 ER COOLIT
Collets with HARD TOUCH
Coating, Sealed for 100 Bar
961
ER, SC & SHRINK Collets
d
Range
SS
SETS
46-48 HRc
Designation SS Qty d Range
SET ER16 SPR 8 EM ER16 8 3,4,5,6,7,8,9,10
SET ER20 SPR 5 EM ER20 5 4,6,8,10,12
SET ER25 SPR 6 EM ER25 6 4,6,8,10,12,16
SET ER32 SPR 6 EM ER32 6 6,8,10,12,20
SET ER40 SPR 7 EM ER40 7 6,8,10,12,16,20,25
• Contains popular endmill sizes only
SET ER-SPR-EM
Sets of ER Spring Collets DIN 6499
with HARD TOUCH Coating
d
Range
SS
SETS
46-48 HRc
Bar Max
Designation SS Qty d Range
SET ER16 SEAL 5 EM ER16 5 4,5,6,8,10
SET ER20 SEAL 5 EM ER20 5 4,6,8,10,12
SET ER25 SEAL 6 EM ER25 6 4,6,8,10,12,16
SET ER32 SEAL 6 EM ER32 6 6,8,10,12,16,20
SET ER40 SEAL 7 EM ER40 7 6,8,10,12,16,20,25
• Contain popular endmill sizes only. • The HARD TOUCH coating increases wear resistance, improves corrosion protection, prolongs the surface finish quality and
maintains longer runout accuracy.
SET ER-SEAL-EM
Sets of DIN 6499 ER COOLIT
JET Collets with HARD TOUCH
Coating, Sealed for 100 Bar
d Range
SS
SETS
0.01
46-48 HRc
Bar Max
Designation SS Qty d Range
SET ER25 SEAL 6 EM JET2 ER25 6 4,6,8,10,12,16
SET ER32 SEAL 6 EM JET2 ER32 6 6,8,10,12,16,20
SET ER40 SEAL 7 EM JET2 ER40 7 6,8,10,12,16,20,25
• Contain popular endmill sizes only. • The HARD TOUCH coating increases wear resistance, improves corrosion protection, prolongs the surface finish quality and
maintains longer runout accuracy.
SET ER-SEAL-EM JET2
Sets of ER COOLIT JET2 Collets,
Sealed for up to 100 Bars
d2
L2
L3
L
G1
SS
58-60 HRc
Designation SS d2L L2L3(1) G1
SC 20 SPR 6 20.00 6.00 60.00 28.00 7.00 M16
SC 20 SPR 8 20.00 8.00 60.00 28.00 7.00 M16
SC 20 SPR 10 20.00 10.00 60.00 35.00 13.00 M16
SC 20 SPR 12 20.00 12.00 60.00 40.00 8.00 M16
SC 20 SPR 14 20.00 14.00 60.00 40.00 8.00 M16
SC 20 SPR 15 20.00 15.00 60.00 40.00 8.00 M16
SC 20 SPR 16 20.00 16.00 60.00 39.00 9.00 M16
SC 32 SPR 6 32.00 6.00 72.00 28.00 17.00 M24X1.5
SC 32 SPR 8 32.00 8.00 72.00 28.00 17.00 M24X1.5
SC 32 SPR 10 32.00 10.00 72.00 35.00 13.00 M24X1.5
SC 32 SPR 12 32.00 12.00 72.00 40.00 5.00 M24X1.5
SC 32 SPR 14 32.00 14.00 72.00 40.00 5.00 M24X1.5
SC 32 SPR 15 32.00 15.00 72.00 40.00 19.50 M24X1.5
SC 32 SPR 16 32.00 16.00 72.00 44.00 17.50 M24X1.5
SC 32 SPR 18 32.00 18.00 72.00 44.00 17.50 M24X1.5
SC 32 SPR 19 32.00 19.00 72.00 44.00 17.50 M24X1.5
SC 32 SPR 20 32.00 20.00 72.00 46.00 15.50 M24X1.5
SC 32 SPR 24 32.00 24.00 72.00 45.00 10.50 M24X1.5
SC 32 SPR 25 32.00 25.00 72.00 51.00 10.50 M24X1.5
(1) Preset range
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
SC-SPR
SC Straight Collets for
MAXIN Power Chucks
ISCAR
962
ER, SC & SHRINK Collets
d range
SS
SETS
58-60 HRc
Designation SS Qty d Range
SET SC20 SPR 6 SC20 6 6 - 16 (1)
SET SC32 SPR 9 SC32 9 6 - 25 (2)
(1) 6,8,10,12,14,16
(2) 6,8,10,12,14,16,18,20,25
SET SC-SPR
Sets of SC Straight Collets
for MAXIN Power Chucks
L2
L3
d2
L
G1
SS
Bar Max
58-60 HRc
Designation d2SS L L2L3G1
SC 20 SEAL 6 6.00 20.00 60.00 28.00 7.00 M16
SC 20 SEAL 8 8.00 20.00 60.00 28.00 7.00 M16
SC 20 SEAL 10 10.00 20.00 60.00 35.00 13.00 M16
SC 20 SEAL 12 12.00 20.00 60.00 40.00 8.00 M16
SC 20 SEAL 14 14.00 20.00 60.00 40.00 8.00 M16
SC 20 SEAL 15 15.00 20.00 60.00 40.00 8.00 M16
SC 20 SEAL 16 16.00 20.00 60.00 39.00 9.00 M16
SC 32 SEAL 6 6.00 32.00 72.00 28.00 17.00 M24X1.5
SC 32 SEAL 8 8.00 32.00 72.00 28.00 17.00 M24X1.5
SC 32 SEAL 10 10.00 32.00 72.00 35.00 13.00 M24X1.5
SC 32 SEAL 12 12.00 32.00 72.00 40.00 5.00 M24X1.5
SC 32 SEAL 14 14.00 32.00 72.00 40.00 5.00 M24X1.5
SC 32 SEAL 15 15.00 32.00 72.00 40.00 5.00 M24X1.5
SC 32 SEAL 16 16.00 32.00 72.00 44.00 17.50 M24X1.5
SC 32 SEAL 18 18.00 32.00 72.00 44.00 17.50 M24X1.5
SC 32 SEAL 19 19.00 32.00 72.00 44.00 17.50 M24X1.5
SC 32 SEAL 20 20.00 32.00 72.00 46.00 15.50 M24X1.5
SC 32 SEAL 24 24.00 32.00 72.00 46.00 15.50 M24X1.5
SC 32 SEAL 25 25.00 32.00 72.00 51.00 10.50 M24X1.5
For tools, see pages: BLP Endmills (231) • E30 / T230 (30) • H690 E90AX-10 (22) • HM390 ETC-07 (13) • MF EWX (257) • MTE D-C (359) • T490 ELN-11 (22)
SC-SEAL
Sealed Collets for MAXIN
Power Chucks
d range
SS
SETS
Bar Max
58-60 HRc
Designation SS Qty d Range
SET SC20 SEAL 6 SC20 6 6,8,10,12,14,16
SET SC32 SEAL 9 SC32 9 6,8,10,12,16,20,25
SET SC-SEAL
Sets of SC Straight Collets with
Coolant Holes for MAXIN Power Chuck
d range
3.0
Assembly
SS
L
G
1
T
J
L
T
JG
1
17
J
1 2
Designation SS L T(1) J G1Fig. d Range Key
PRESET SC CAP 8X1.25L SC20 28.00 16.0 M8X25 M16 1 6-8 4.00
PRESET SC CAP 8X1.25 SC20 15.00 16.0 M8X25 M16 2 10-16 4.00
PRESET SC CAP 10X1.5 L SC32 30.00 27.0 M10X30 M24x1.5 1 6-14 5.00
PRESET SC CAP 10X1.5 SC32 13.50 27.0 M10X30 M24X1.5 2 15-25 5.00
(1) Clamping wrench size
PRESET SC CAP
Preset Screw Housing for
SC-SPR MAXIN Collets
999
963
HYDROFIT Kits & Accessories
HYDROFIT KITS & ACCESSORIES
ISCAR
964
HYDROFIT Kits & Accessories
d range
d2
SS
SETS
A0.003A AT3 Taper
58-60 HRc
Designation SS d2d Range Qty
KIT DIN69871 40HYDRO20X65 40 20.00 6,8,10,12,16 5
KIT DIN6987140HYDRO32X117 40 32.00 6,8,10,12,16,20,25 7
• Each kit contains one HYDROFIT chuck, a set of SC...HYDRO sealed reducers and a clamping wrench.
KIT DIN69871-HYDRO
Contain a Hydraulic Chuck with a
DIN 69781 Tapered Shank and a
Set of Collets in Various Bore Sizes
d range
d2
SS
SETS
A0.003A
58-60 HRc
Designation SS d2d Range Qty
KIT BT 40 HYDRO 20X 73 40 20.00 6,8,10,12,16 5
KIT BT 40 HYDRO 32X110 40 32.00 6,8,10,12,16,20,25 7
• Each kit contains one HYDROFIT chuck, a set of SC...HYDRO sealed reducers and a clamping wrench.
KIT BT-HYDRO
Hydraulic Chuck Kits with
MAS-BT Form A/B Shanks
d range
d2
SS
.
SETS
A0.003A
58-60 HRc
Designation SS d2d Range Qty
KIT HSK A63 HYDRO20X100 63 20.00 6,8,10,12,16 5
KIT HSK A63 HYDRO32X125 63 32.00 6,8,10,12,16,20,25 7
• Each kit contains one HYDROFIT chuck, a set of SC...HYDRO sealed reducers and a clamping wrench. • A cooling tube must be used with all coolant through HSK
spindles (should be ordered separately).
KIT HSK A-HYDRO
Contains a Hydraulic Chuck with
HSK Tapered Shank and a Set of
Collets in Various Bore Sizes
965
HYDROFIT Kits & Accessories
D1Key
Lmin
L
Designation D1L Key Nxcm L min(1)
TEST BAR HYDRO 6 6.00 53.00 10.00 1500 27.0
TEST BAR HYDRO 8 8.00 53.00 10.00 2500 27.0
TEST BAR HYDRO 10 10.00 56.00 10.00 5000 32.0
TEST BAR HYDRO 12 12.00 62.00 10.00 11000 37.0
TEST BAR HYDRO 14 14.00 62.00 10.00 12000 37.0
TEST BAR HYDRO 16 16.00 71.00 17.00 18000 37.0
TEST BAR HYDRO 18 18.00 71.00 17.00 23000 42.0
TEST BAR HYDRO 20 20.00 71.00 17.00 25000 42.0
TEST BAR HYDRO 25 25.00 79.00 17.00 31000 48.0
TEST BAR HYDRO 32 32.00 87.00 17.00 45000 52.0
(1) Minimum holding length
TEST BAR HYDRO
Torque Test Bars for Hydraulic Chucks
J
D
1
l2
L
Key
Designation D1J L l2Key SS
PRESET SCREW HYDRO M5 5.00 M5 14.00 1.0 2.50 6
PRESET SCREW HYDRO M6 6.00 M6 14.00 1.5 3.00 8
PRESET SCREW HYDRO M8 8.00 M8x1 14.00 2.0 4.00 10
PRESET SCREW HYDRO M10 10.00 M10x1 17.00 2.0 5.00 12,14
PRESET SCREW HYDRO M12 12.00 M12x1 17.00 2.0 6.00 16,18,20
PRESET SCREW HYDRO M16 14.00 M16x1 20.00 2.0 8.00 20,25,32
PRESET SCREW HYDRO
Tool Stopper Preset Screws for
the HYDRO Collet Chucks
d2
D1
l2
Lmin
SS
L
Designation SS d2L min L D1l2
SC 12 S HYDRO 3 12.00 3.00 19.0 46.50 16.00 2.0
SC 12 S HYDRO 4 12.00 4.00 24.0 46.50 16.00 2.0
SC 12 S HYDRO 5 12.00 5.00 28.0 46.50 16.00 2.0
SC 12 S HYDRO 6 12.00 6.00 33.0 46.50 16.00 2.0
SC 12 S HYDRO 8 12.00 8.00 39.0 46.50 16.00 2.0
SC 20 S HYDRO 3 20.00 3.00 20.0 53.00 24.00 2.0
SC 20 S HYDRO 4 20.00 4.00 25.0 53.00 24.00 2.0
SC 20 S HYDRO 5 20.00 5.00 27.0 53.00 24.00 2.0
SC 20 S HYDRO 6 20.00 6.00 34.0 53.00 24.00 2.0
SC 20 S HYDRO 8 20.00 8.00 39.0 53.00 24.00 2.0
SC 20 S HYDRO 10 20.00 10.00 40.0 53.00 24.00 2.0
SC 20 S HYDRO 12 20.00 12.00 41.0 53.00 24.00 2.0
SC 20 S HYDRO 14 20.00 14.00 44.0 53.00 24.00 2.0
SC 20 S HYDRO 16 20.00 16.00 44.0 53.00 24.00 2.0
SC 25 S HYDRO 6 25.00 6.00 37.0 60.00 30.00 4.0
SC 25 S HYDRO 8 25.00 8.00 37.0 60.00 30.00 4.0
SC 25 S HYDRO 10 25.00 10.00 40.0 60.00 30.00 4.0
SC 25 S HYDRO 12 25.00 12.00 44.0 60.00 30.00 4.0
SC 25 S HYDRO 14 25.00 14.00 46.0 60.00 30.00 4.0
SC 25 S HYDRO 16 25.00 16.00 48.0 60.00 30.00 4.0
SC 25 S HYDRO 18 25.00 18.00 50.0 60.00 30.00 4.0
SC 25 S HYDRO 20 25.00 20.00 50.0 60.00 30.00 4.0
SC 32 S HYDRO 6 32.00 6.00 33.0 66.00 40.00 4.0
SC 32 S HYDRO 8 32.00 8.00 38.0 66.00 40.00 4.0
SC 32 S HYDRO 10 32.00 10.00 39.0 66.00 40.00 4.0
SC 32 S HYDRO 12 32.00 12.00 42.0 66.00 40.00 4.0
SC 32 S HYDRO 14 32.00 14.00 44.0 66.00 40.00 4.0
SC 32 S HYDRO 16 32.00 16.00 44.0 66.00 40.00 4.0
SC 32 S HYDRO 18 32.00 18.00 44.0 66.00 40.00 4.0
SC 32 S HYDRO 20 32.00 20.00 49.0 66.00 40.00 4.0
SC 32 S HYDRO 25 32.00 25.00 66.0 66.00 40.00 4.0
• Any cylindrical, but only 6-20 mm Weldon shanks may be clamped in the sleeves.
For tools, see pages: H690 E90AX-10 (22) • MTE D-C (359)
SC-HYDRO
Sealed Reduction Sleeves
for Hydraulic Chucks
ISCAR
966
SPINJET Coolant Driven HSM Spindles
SPINJET COOLANT DRIVEN
HSM SPINDLES
967
SPINJET Coolant Driven HSM Spindles
USER GUIDE
SPINJET – A unique, coolant-driven high speed
compact spindle for small diameter tools.
The SPINJET spindles have been developed for use
when high RPM is required for small diameter tools on
limited RPM machines. The spindles are for semi-finish
and finish machining applications such as milling, drilling,
engraving, chamfering / deburring and fine radial grinding.
The system utilizes the machine tool’s existing
coolant supply, driven by a high pressure coolant
(20 - 40 bars) as an energy source to rotate a
turbine in the range of 40,000 to 60,000 RPM.
SPINJET is not intended to replace the machine’s
spindle, but rather to upgrade the existing machine,
providing improved performance, faster machining,
better surface quality and extended tool life.
General View Internal Structure
• Reduced machining time - High table speed,
thus faster machining due to high rotation speed
• High efficiency - Up to 65% increased productivity
compared to machining with the original
machine with low RPM spindle
• Energy saving - The machine spindle is
idle while the SPINJET is in operation
• High precision - Excellent surface quality
due to optimized machining conditions
• Plug & play – Easy installation on existing
machines with no adaptation required
• Extended tool life – As a result of optimal
cutting conditions and strong jet coolant flow
Features
Direct wireless rotation speed display
SPINJET is equipped with an online speed
display system, monitoring the actual cutting
tool rotation speed during machining.
• 2.4 GHz radio frequency transmission
• Direct wireless rotational speed monitoring
in a range of up to 10 meters
• Externally powered display enables reading
all SPINJET systems being used on the machine
RPM wireless
transmitter
Advantages
ISCAR
968
SPINJET Coolant Driven HSM Spindles
USER GUIDE
A New Solution for Cutting Tool Overhang
Built in ER32 Collet Chuck
Featuring high precision and low runout,
suitable for various standard toolholders
with ER32 taper.
Target Applications and Industries
SPINJET spindles can be used for applications
requiring tool shanks of up to 6 mm and cutting
diameters of up to 3.5 mm. They can be applied
on a variety of applications at workshops owning
CNC machine tools with a spindle capacity of up to
15K RPM and coolant through the spindle with a
minimum pressure in the range of 20 to 40 bars.
NUT ER11 GHS
collet ER11 SPR NUT ER11 GHS
+10 mm
+15 mm
NUT ER11 GHS
ER11 SRK ...25
thermal collet
ER11 SRK ...10
thermal collet
The spindles are an ideal solution for the growing
demand for finish and semi-finish operations on a
wide range of processed materials in the die & mold
industry, as well as high-precision machining of
products for the aerospace and medical industries.
Productivity Booster
The coolant-driven spindles lead to a significant
widening of the application range on medium /
large machine tools and thus help to improve their
productivity, provide higher efficiency, minimal setup
time, decrease machining time and reduce costs.
The obtained RPM depends on the output efficiency which is influenced by
the induced coolant pressure, fluid density and flow rate.
Rotating speed
Diameter of cutting tool
10
20
30
40
50
60
1 2 3 4 5 6
K RPM
mm
machine spindle
TJS 40K
TJS 30K
TJS 20K
Speed Vs. Pressure
40K 30K 20K
65
60
55
50
45
40
35
30
25
10 15 20 25 30 35 40
45
Rotation Speed [KRPM]
Pressure [Bar]
SPINJET Operation Range
Operating speed range vs. tool diameter
969
SPINJET Coolant Driven HSM Spindles
USER GUIDE
Applications
Clamping type: ER11 collet size
Milling
Slotting - up to ae= 3.0 mm, ap= 0.1D
Shouldering – up to D=3.5 mm, ae=D, ap=0.25D
Drilling
Maximum drill diameter= 2 mm
Engraving/Chamfering/Deburring
Maximum shank diameter= 6 mm
Fine radial grinding
Grinding wheels: 1A1W
up to 10 mm diameter
Balanced WC shank
Maximum shank diameter= 6 mm
HSM Jet Spindle type TJS 20K... TJS 30K... TJS 40K...
Operating range of coolant pressure [bar]
20 30 40 20 30 40 20 30 40
Operating range of coolant flow rate [l/min]
12-18 12-18 12-18
Rotational spindle speed [Krpm]* 20 30 40 20 30 40 40 50 60
Optimum cutting tool diameter [mm] Drilling 0.5-2.0,
Milling 1.0-3.5
Drilling 0.5-2.0,
Milling 1.5-3.5
Drilling 0.5-1.0,
Milling 0.5-1.2
* Note: RPM is based on pressure coolant stability
and flow rate. The obtained RPM depends on the
output efficiency which is influenced by the inducted
coolant pressure, fluid density and flow rate.
ISCAR
970
SPINJET Coolant Driven HSM Spindles
USER GUIDE
HSM Jet Spindle with mounting adaptation options (for illustration purposes only)
Order example:
The SPINJET is offered with right-hand direction of rotation.
* Left-hand rotation - by request.
TJS
SPINJET
Spindles
Mounting
Cylindrical Shank
ST20
ER Collet
ER32
Optional Shanks
CAT40
BT 30/40
CAMFIX 5 /6
HSK A63
DIN69871
Special
Standard
Model
20k
30k
40k
Rotating
Direction
R- Right
L- Left*
40K - - R
ST20
HSM Jet Spindle Type TJS 20K… TJS 30K… TJS 40K…*
Cutting tool diameter [mm] 2.0-3.5 1.0 -2.5 0.2-1.5
Spindle speed [K RPM ]** 20 30 40
Recommended cutting
speed [m/min]
For steel ≤ 200
For aluminum ≥ 200
* Approximate rotational spindle speed
20 Krpm based on min. coolant pressure 20 bar & min. flow rate 12 l/min
** Recommended coolant pressure 30-40 bar, flow rate 18 l/min
Type of SpinJet vs. Cutting Tool Diameter
The spindles with ER32 Shanks can be mounted
on 90º knees with ER32 Adaptations that are
to be mounted on axis machine tools.
971
SPINJET Coolant Driven HSM Spindles
L15
63
ER11 SPR EX...AA
SS
Ø80
G2.5
60,000 RPM
U<1.0 gmm
Designation SS L d max(1) kg
TJS 20K BT30R BT30 116.00 3.5 1.50
TJS 30K BT30R BT30 116.00 2.5 1.50
TJS 40K BT30R BT30 116.00 1.5 1.50
TJS 20K BT40R BT40 105.00 3.5 1.90
TJS 30K BT40R BT40 105.00 2.5 1.90
TJS 40K BT40R BT40 105.00 1.5 1.90
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1)Maximum cutting tool diameter
TJS-BT
Coolant Driven High Speed Compact
Spindles with BT Shanks
Ø80
1582
110
63
NUT ER11 GHS
ER32
G2.5
60,000 RPM
U<1.0 gmm
Designation d max(1) kg
TJS 20K ER32R 3.5 1.10
TJS 30K ER32R 2.5 1.10
TJS 40K ER32R 1.5 1.10
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1) Maximum cutting tool diameter
TJS-ER32
Coolant Driven High Speed Compact
Spindles with ER32 Shanks
123
Ø80
HSK A 63 (DIN 69893)
15
63
ER11 SPR EX...AA
G2.5
60,000 RPM
U<1.0 gmm
Designation d max(1) kg
TJS 20K HSK A63R 3.5 1.60
TJS 30K HSK A63R 2.5 1.60
TJS 40K HSK A63R 1.5 1.60
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1) Maximum cutting tool diameter
TJS-HSK A63
Coolant Driven High Speed Compact
Spindles with HSK Shanks
BT DIN69871 CAT40 HSK A 63 C# ST
SPINJET Adaptation Options
* Approximate rotational spindle speed
20 Krpm based on min. coolant pressure 20 bar & min. flow rate 12 l/min
** Recommended coolant pressure 30-40 bar, flow rate 18 l/min
999
999
999
ISCAR
972
SPINJET Coolant Driven HSM Spindles
130.0 29.0
80.0
Designation Machines
TJS TSD DISPLAY TJS spindles
TJS TSD DISPLAY
RPM Speed Display for SPINJET
High Speed Spindles
L
Ø80
CAMFIX (ISO 26623-1)
15
63
ER11 SPR EX...AA
G2.5
60,000 RPM
U<1.0 gmm
Designation SS L d max(1) kg
TJS 20K C5R C5 104.00 3.5 1.50
TJS 30K C5R C5 104.00 2.5 1.50
TJS 40K C5R C5 104.00 1.5 1.50
TJS 20K C6R C6 106.00 3.5 1.65
TJS 30K C6R C6 106.00 2.5 1.65
TJS 40K C6R C6 106.00 1.5 1.65
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1) Maximum cutting tool diameter
TJS-C#
Coolant Driven High Speed
Compact Spindles with CAMFIX
(ISO 26623-1) Shanks
83
126
ER11 SPR EX...AA
20h
6
G
1/4
Ø80
15
63
G2.5
60,000 RPM
U<1.0 gmm
Designation d max(1) kg
TJS 20K ST20R 3.5 1.10
TJS 30K ST20R 2.5 1.10
TJS 40K ST20R 1.5 1.10
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1) Maximum cutting tool diameter
TJS-ST
Coolant Driven High Speed Compact
Spindles with Cylindrical Shanks
Ø80
DIN 69871 40
15
63
115
G2.5
60,000 RPM
U<1.0 gmm
Designation SS d max(1) kg
TJS 20K DIN69871 40R DIN69871 40 3.5 1.60
TJS 30K DIN69871 40R DIN69871 40 2.5 1.60
TJS 40K DIN69871 40R DIN69871 40 1.5 1.60
• Maximum tool shank diameter 6.0 mm • Minimum coolant pressure 20 bar and flow rate 12 l/min • For user guide, see pages 967-970
(1) Maximum cutting tool diameter
TJS-DIN69871
Coolant Driven High Speed Compact
Spindles with DIN 69871 Shanks
999
999
999
973
Auxiliary Devices
AUXILIARY DEVICES
ISCAR
974
Auxiliary Devices
D1
d2
H2H1
H3L5
b
L2
D4
Designation S. Std. SS d2D1L2H1H2H3b L5D4
MULTI CLAMP C3 C3 32 32.00 70.00 64.00 128.0 109.0 19.0 104.0 40.00 12.50
MULTI CLAMP C4 C4 40 40.00 78.00 67.00 137.0 118.0 19.0 104.0 40.00 12.50
MULTI CLAMP C5 C5 50 50.00 82.00 72.00 142.0 123.0 19.0 104.0 40.00 12.50
MULTI CLAMP C6 C6 63 63.00 95.00 72.00 142.0 123.0 19.0 104.0 40.00 12.50
MULTI CLAMP C8 C8 80 80.00 130.00 90.00 178.0 159.0 19.0 104.0 85.00 12.50
MULTI CLAMP C#
Rotary Clamping Fixtures
for CAMFIX (ISO 26623-1)
Tapered Shank Toolholders
H
4
H
2
L
2
D4
D1
D1
L
2
L5
b
H
1
ROTARYFIX
Designation CSI D1L2H1H2H4b L5D4
TOOL CLAMP 30 ROTARY ROTARY 70.00 56.00 128.0 109.0 19.0 104.0 40.00 12.50
TOOL CLAMP 40 ROTARY ROTARY 82.00 56.00 128.0 109.0 19.0 104.0 40.00 12.50
TOOL CLAMP 50 ROTARY ROTARY 103.00 71.00 170.0 151.0 19.0 144.0 85.00 12.50
TOOL CLAMP 30 FIX FIX 82.00 58.00 - - - - - -
TOOL CLAMP 40 FIX FIX 82.00 58.00 - - - - - -
TOOL CLAMP 50 FIX FIX 103.00 71.00 - - - - - -
TOOL CLAMP
Tool Clamp Fixture for ISO, DIN 69871
and BT MAS-403 Tool Shanks
d2
D1
H
1
L
2
H
2
H
4
D4
L5
b
Designation CSI d2D1L2H1H2H4b L5D4
MULTI CLAMP 50 A/C HSK A/C50 50.00 82.00 72.00 142.0 123.0 19.0 104.0 40.00 12.50
MULTI CLAMP 63 A/C HSK A/C63 63.00 95.00 72.00 142.0 123.0 19.0 104.0 40.00 12.50
MULTI CLAMP 100 A/C HSK A/C100 100.00 130.00 90.00 178.0 159.0 19.0 144.0 85.00 12.50
MULTI CLAMP 32 E/F HSK E/F32 32.00 113.20 70.00 133.0 114.0 19.0 144.0 40.00 12.50
MULTI CLAMP 40 E/F HSK E/F40 40.00 113.20 70.00 133.0 114.0 19.0 144.0 40.00 12.50
MULTI CLAMP 50 E/F HSK E/F50 50.00 113.20 70.00 133.0 114.0 19.0 144.0 40.00 12.50
MULTI CLAMP 63 E/F HSK E/F63 63.00 113.20 70.00 133.0 114.0 19.0 144.0 40.00 12.50
MULTI CLAMP 80 E/F (1) HSK E/F80 80.10 130.00 72.00 178.0 159.0 19.0 144.0 85.00 12.50
(1) For HSK 80 E, F and pin flange shanks
MULTI CLAMP HSK (A/C, E/F)
Multi-Clamp Rotary Fixture
for HSK Shanks
LS
OAL
BD
CZCWS
DCONMS
Designation CZCWS DCONMS BDLSOAL
IND ER11 TOOL ADAPTER ER11 19.90 33.20 24.0 75.7
IND ER11 TOOL ADAPTER
ER 11 Shrink Collet Adapter for
Induction Heating Device
975
Auxiliary Devices
USER GUIDE
Electrical Nut-Clamp Torque Control Device
• Ensures controlled (proper) clamping of cutting tools
• Maintains collet chuck accuracy
• Easy clamping and unclamping of cutting tools
• Handy set for various collet chuck sizes
• Main spindle taper #50
• Suitable for main shank standards
#40, #50, HSK 63, HSK 100
Table Model
Specifications
Euro Motor: 1 phase 200/240V 50/60 HZ 1 HP
Weight: Table model - 85 kg.
Trolley (optional) - 15 kg.
Designation Accessories
Standard Optional
EASY LOCK T.C. EU
TP50 AD 40 EASY EASY LOCK TROLLEY
WRENCH ER16 EASY LOCK TP40 AD 30 EASY
WRENCH ER20 EASY LOCK TP50 AD HSK 63 EASY
WRENCH ER25 EASY LOCK TP50 AD HSK 100 EASY
WRENCH ER32 EASY LOCK
WRENCH ER40 EASY LOCK WRENCH ER50 EASY LOCK
WRENCH TG100 OPEN EASY
WRENCH ROLLER 20/32
EASYLOCK Unit
ISCAR
976
Auxiliary Devices
USER GUIDE
510
510 630
550
600
340
700
500
540
Power Lamp
Ensure that main power
switch is on and that
the power supply
cable is connected.
To unclamp - Push and hold
in the “unclamp” button until
the collet chuck is totally open.
Mount the collet chuck
into the unit spindle.
Main switch
Note: Assemble the collet and cutting tool.
By hand, place the nut onto the collet chuck.
To clamp - Push and hold
in the “clamp” button until
the bottom light goes off.
Torque Selector NEW
Trolley (optional)
Place the wrench on
the collet chuck nut.
Choose the correct
wrench size. Mount it
on the wrench holder.
Electrical Nut-Clamp Torque Control Device
Power Clamping Unit for Collet Chucks
Safety precautions: never hold or touch the cutting
tool, chuck or machine spindle during operation.
977
Accessories & Spare Parts
ACCESSORIES
& SPARE PARTS
ISCAR
978
Accessories & Spare Parts
L
G
L1
L2
D1d5
D2D3
a°
12358-60 HRc
Designation SS G D1D2D3d5L L1L2a°Fig.
PS BT30 15 M12 JISB 30 M12 12.00 8.00 13.00 4.0 18.40 43.0 23.40 15 1
PS BT40 15 M16 JIS 4OB 40 M16 19.00 14.00 17.00 4.0 23.00 54.0 29.00 15 2
PS BT40 15 M16 JISB 40 M16 19.00 14.00 17.00 5.5 23.00 54.0 29.00 15 1
PS BT40 15 M16 JISBO 40 M16 19.00 14.00 17.00 5.5 23.00 54.0 29.00 15 3
PS BT40 15 M16 JISOB 40 M16 19.00 14.00 17.00 5.5 23.00 54.0 29.00 15 2
PS BT50 15 M24 JIS B 50 M24 28.00 21.00 25.00 8.0 25.00 74.0 34.00 15 1
PS BT50 15 M24 JIS OB 50 M24 28.00 21.00 25.00 8.0 25.00 74.0 34.00 15 2
PS BT50 15 M24 JIS OBO 50 M24 28.00 21.00 25.00 8.0 25.00 74.0 34.00 15 3
• Fig 1: With coolant holes only. • Fig 2: With coolant holes and external O-ring. • Fig 3: With coolant holes, external and internal O-rings.
PS BT-JIS (pull stud)
BT Pull Stud with JIS 63398
Retention Knob
12
L1
L2
L
a°
G
D1d5
D2D3
58-60 HRc
Designation SS G D1D2D3d5L L1L2a°Fig.
PS BT40 45 M16 MAZAKB 40 M16 18.80 12.40 17.00 7.0 14.03 44.1 19.10 45 1
PS BT40 45 M16 MAZAKBO 40 M16 18.80 12.40 17.00 7.0 14.03 44.1 19.10 45 2
PS BT50 45 M24 MAZAKB 50 M24 29.00 20.80 25.00 8.0 17.58 65.2 25.20 45 1
• Fig 1: With coolant holes only. • Fig 2: With coolant holes and external O-ring.
PS BT-MAZAK (pull stud)
BT Pull Stud with ANSI Retention
Knob for MAZAK Machines
L2
L1
Fig.1 Fig.2 Fig.3
L
D1
d5
D2D3
a°
G
58-60 HRc
Designation SS G D1D2D3d5L L1L2a°Fig.
PS BT30 45 M12 MAS1 30 M12 11.00 7.00 12.50 - 18.00 43.0 23.00 45 1
PS BT30 45 M12 MAS1B 30 M12 11.00 7.00 12.50 3.0 18.00 43.0 23.00 45 1
PS BT30 60 M12 MAS2 30 M12 11.00 7.00 12.50 - 18.00 43.0 23.00 60 1
PS BT40 45 M16 MAS1 40 M16 15.00 10.00 17.00 - 28.00 60.0 35.00 45 1
PS BT40 45 M16 MAS1B 40 M16 15.00 10.00 17.00 5.5 28.00 60.0 35.00 45 1
PS BT40 60 M16 MAS2 40 M16 15.00 10.00 17.00 - 28.00 60.0 35.00 60 1
PS BT40 60 M16 MAS2 B 40 M16 15.00 10.00 17.00 5.5 28.00 60.0 35.00 60 1
PS BT40 90 M16 MAS3 40 M16 15.00 10.00 17.00 - 28.00 60.0 35.00 90 1
PS BT40 90 M16 MAS3 B 40 M16 15.00 10.00 17.00 5.5 28.00 60.0 35.00 90 1
PS BT50 45 M24 MAS1 50 M24 23.00 17.00 25.00 - 35.00 85.0 45.00 45 1
PS BT50 45 M24 MAS1 B 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 45 1
PS BT50 45 M24 MAS1 OB 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 45 2
PS BT50 45 M24 MAS1 OBO 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 45 3
PS BT50 60 M24 MAS2 50 M24 23.00 17.00 25.00 - 35.00 85.0 45.00 60 1
PS BT50 60 M24 MAS2 OB 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 30 2
PS BT50 60 M24 MAS2B 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 60 1
PS BT50 90 M24 MAS3 50 M24 23.00 17.00 25.00 - 35.00 85.0 45.00 90 1
PS BT50 90 M24 MAS3 B 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 90 1
PS BT50 90 M24 MAS3 OB 50 M24 23.00 17.00 25.00 6.0 35.00 85.0 45.00 90 2
• Fig 1: With or without coolant holes (coolant holes only in items with a B suffix). • Fig 2: With coolant holes and external O-ring. • Fig 3: With coolant
holes, external and internal O-rings.
PS BT-MAS (pull stud)
BT Pull Stud with MAS Retention Knob
979
Accessories & Spare Parts
L1
L2
L
G
D1d5
D2
a°D3
1 2 58-60 HRc
Designation SS G D1D2D3d5L L1L2a°Fig.
PS SK30 15 M12 DIN 30 M12 13.00 9.00 13.00 - 19.00 44.0 24.00 15 1
PS SK40 15 M16 DIN 40 M16 19.00 14.00 17.00 - 20.00 54.0 26.00 15 1
PS SK40 15 M16 DIN O 40 M16 19.00 14.00 17.00 - 20.00 54.0 26.00 15 2
PS SK40 15 M16 DIN OB 40 M16 19.00 14.00 17.00 7.0 20.00 54.0 26.00 15 2
PS SK40 15 M16 DINB 40 M16 19.00 14.00 17.00 7.0 20.00 54.0 26.00 15 1
PS SK50 15 M24 DIN 50 M24 28.00 21.00 25.00 - 25.00 74.0 34.00 15 1
PS SK50 15 M24 DIN O 50 M24 28.00 21.00 25.00 - 25.00 74.0 34.00 15 2
PS SK50 15 M24 DINB 50 M24 28.00 21.00 25.00 11.5 25.00 74.0 34.00 15 1
• Coolant holes only in items with a B suffix • Fig 1: Without or with coolant holes • Fig 2: Without or with coolant holes and external O-ring
PS SK-DIN (pull stud)
SK Pull Stud with DIN
69872 Retention Knob
L1
L2
L
D1d5
a°
G
D3
D2
58-60 HRc
Designation SS G D1D2D3d5L L1L2a°
PS CAT30 45 M12ISOB 30 M12 13.40 9.30 13.00 4.8 8.13 34.0 11.80 45
PS CAT40 45 M16ISOB 40 M16 18.00 12.90 17.00 7.4 11.15 44.5 16.40 45
PS CAT50 45 M24ISOB 50 M24 29.10 19.60 25.00 8.0 17.95 65.5 25.55 45
PS CAT-ISO (pull stud)
CAT Pull Studs with ISO
Retension Knob
G
D1
a°
D2D3
L1
L2L
G
58-60 HRc
Designation SS G D1D2D3L L1L2a°
PS OTT BT40 M16 40 M16 25.00 21.10 17.00 16.60 56.0 28.00 15
PS OTT BT50 M24 50 M24 39.30 32.00 25.00 13.35 65.0 25.00 15
PS OTT-BT (pull stud)
BT/SK Pull Stud with OTT
System Retention Knob
L1
L2L
G
D1G
a° D2D3
58-60 HRc
Designation SS G D1D2D3L L1L2a°
PS OTT SK40 M16 40 M16 21.10 25.00 17.00 13.00 53.0 25.00 15
PS OTT-SK (pull stud)
SK Pull Stud with OTT
System Retention Knob
G1
L
D3
ER 16, 20 TOP ER 25, 32, 40 TOP
Designation D3L G1Nxcm
NUT ER16 TOP 28.00 17.80 M22X1.5 6867
NUT ER20 TOP 34.00 19.00 M25X1.5 11772
NUT ER25 TOP 42.00 20.00 M32X1.5 19620
NUT ER32 TOP 50.00 22.50 M40X1.5 21582
NUT ER40 TOP 63.00 25.00 M50X1.5 24525
NUT ER-TOP
ER-TOP Clamping Nuts for
DIN 6499 Collet Chucks
ISCAR
980
Accessories & Spare Parts
D3
G1
L
ER 11, 16, 20, 25 Mini UM ER 16, 20 UM ER 25, 32, 40, 50
Designation D3L G1Nxcm
NUT ER11 MINI 16.00 10.80 M13X0.75 2943
NUT ER11 UM 19.00 11.30 M14X0.75 4905
NUT ER16 MINI 22.00 18.00 M19X1.0 3924
NUT ER16 UM 28.00 17.00 M22X1.5 6867
NUT ER20 MINI 28.00 19.00 M24X1.0 7848
NUT ER20 UM 34.00 19.50 M25X1.5 11772
NUT ER25 MINI 35.00 20.00 M30X1.0 9810
NUT ER25 UM 42.00 20.00 M32X1.5 19620
NUT ER32 UM 50.00 22.00 M40X1.5 21582
NUT ER40 UM 63.00 25.00 M50X1.5 24525
NUT ER50 UM 78.00 35.00 M64X2.0 34335
NUT ER-MINI/UM
Clamping Nuts for DIN 6499
ER Collet Chucks
D
3
G
1
L
Designation D3L G1Nxcm
NUT ER16 TOP BIN 44.00 36.00 M22X1.5 6867
NUT ER25 TOP BIN 58.00 37.50 M32X1.5 19620
NUT ER32 TOP BIN 66.00 38.00 M40X1.5 21582
NUT ER-BIN
BALANCIN Balanceable ER
TOP DIN 6499 Nuts
TL
G
1
Designation T L G1Nxcm
NUT ER20 SHORT 22.0 10.70 M25X1.5 11772
NUT ER32 SHORT 36.0 15.00 M40X1.5 21582
NUT ER40 SHORT 46.0 16.00 M50X1.5 24525
NUT ER-SHORT
Nuts for SHORTIN Short
ER Collet Chucks
G1
G1
L
1
LL
3
12
Designation G1L L1Fig.
PRESET ER-JET 8X1 M8X1 15.00 0.0 1
PRESET ER-JET 8X1.25 M8X1.25 15.00 0.0 1
PRESET ER-JET 10X1.5 M10X1.5 15.00 0.0 1
PRESET ER-JET 12X1 M12X1 15.00 0.0 1
PRESET ER-JET 12X1.75 M12X1.75 15.00 0.0 1
PRESET ER-JET 12X1.75L M12X1.75 40.00 15.0 2
PRESET ER-JET 14X1 M14X1 15.00 0.0 1
PRESET ER-JET 16X2 M16X2 15.00 0.0 1
PRESET ER-JET 16X2L M16X2 40.00 15.0 2
PRESET ER-JET 18X1 M18X1 15.00 0.0 1
PRESET ER-JET 18X1.5 M18X1.5 15.00 0.0 1
PRESET ER-JET 18X1.5L M18X1.5 40.00 15.0 2
PRESET ER-JET 22X1.5 M22X1.5 15.00 0.0 1
PRESET ER-JET 22X1.5L M22X1.5 40.00 15.0 2
PRESET ER-JET 28X1.5 M28X1.5 15.00 0.0 1
PRESET ER-JET
Preset Screws with Oil Holes for
ER Sealed Collets (optional)
981
Accessories & Spare Parts
d5
L
J
Designation J L d5Key
PRESET MAXIN 16X30 M16 30.00 8.0 8.00
PRESET MAXIN 16X44 M16 44.00 8.0 8.00
PRESET MAXIN 20X55 M20 55.00 12.0 12.00
PRESET MAXIN
Tool Stopper Preset Screws
for MAXIN Collet Chucks
D1
L
1
L
G1
Designation G1D1L1L
M8 CLAMP SCREW SEM16 M8 20.00 6.0 16.00
M10 CLAMP SCREW SEM22 M10 28.00 7.0 18.00
M12 CLAMP SCREW SEM27 M12 35.00 8.0 22.00
M16 CLAMP SCREW SEM32 M16 42.00 9.0 26.00
M20 CLAMP SCREW SEM40 M20 52.00 10.0 30.00
M24 CLAMP SCREW SEM50 M24 63.00 12.0 36.00
SEM Clamping Screws
Lock Screws DIN 6367 for
COMBI Shell Mill Holders
L
D
Designation D L
WRENCH MAXIN 20 HOOK 26 205
WRENCH MAXIN 32 HOOK 68 240
Wrench for MAXIN Collets
A
A
L
L
Wrench ER 11, 16, 20, 25 Mini
A
Wrench ER 25, 32, 40, 50
L
Wr ench ER 11,16, 20, SHORT, CLICKIN
H
WRENCH-ER
Wrench for ER DIN 6499 Clamping Nut
Designation A H L
WRENCH ER11 Mini 16.8 –– 95
WRENCH ER11 32 17 95
WRENCH ER16 Mini 22.5 –– 117
WRENCH ER16 42.8 25 143
WRENCH ER20 Mini 28 –– 128
WRENCH ER20 53.5 30 172
WRENCH ER25 Mini 29 –– 120
WRENCH ER25 70 –– 207
WRENCH ER32 78 –– 255
WRENCH ER40 95 –– 285
WRENCH ER50 110 –– 350
WRENCH ER20 SHORT 48 22 260
WRENCH ER32 SHORT 75 36 303
WRENCH ER40 SHORT 94 46 378
WRENCH ER32 CLICKIN 27 57 27 239
WRENCH ER32 CLICKIN 32 67 32 273
ISCAR
982
Accessories & Spare Parts
d2
L
1
L1
D1b
L
Designation d2D1L b L1
16 D.RING SEMC 16.00 32.00 10.00 8.0 5.0
22 D.RING SEMC 22.00 40.00 12.00 10.0 6.0
27 D.RING SEMC 27.00 48.00 12.00 12.0 6.3
32 D.RING SEMC 32.00 58.00 14.00 14.0 7.0
40 D.RING SEMC 40.00 70.00 14.00 16.0 8.0
50 D.RING SEMC 50.00 90.00 16.00 18.0 9.0
Driving Ring-SEMC
Driving Rings DIN 6366/1 for
COMBI Shell Mill Holders
H
L
WRENCH SEMC
Wrench DIN 6368 for Face and
COMBI Shell Endmill Holders
Designation SMC For Screw H L
WRENCH M 8 SEMC 16 16 M8 20 180
WRENCH M10 SEMC 22 22 M10 25 200
WRENCH M12 SEMC 27 27 M12 32 225
WRENCH M16 SEMC 32 32 M18 36 250
WRENCH M20 SEMC 40 40 M20 40 280
WRENCH M24 SEMC 50 50 M24 50 315
Key 1Key Key 2
G1D1
L2
l1
L
min
max
J
Designation D1G1J l1L2L min L max Key(1) Key 1(2) Key 2(3)
COOLANT SET SR M10X1.5-22 28.00 M10 M4 25.00 18.00 2.0 17.0 7.00 6.00 21.00
COOLANT SET SRM12X1.75-27 35.00 M12 M4 31.00 22.00 2.0 17.0 7.00 6.00 27.00
COOLANT SET SR M16X2-32 42.00 M16 M8 37.00 26.00 3.0 25.0 13.00 10.00 30.00
COOLANT SET SR M20X2.5-40 52.00 M20 M8 45.00 30.00 3.0 25.0 13.00 10.00 36.00
(1) For the nut
(2) For the nozzle
(3) For the screw
Clamping Screws with
Adjustable Protrusion Nozzles for Shell-Type Face Mills
The protrusion of the nozzle screw can be
easily adjusted according to countersink
depth, insert size or any other application
requirements. The nozzle screw position can
be secured by a locking nut.
Tests show that cutting fluid supplied through
the axis of a tool and directed radially at the
bottom of the tool dramatically improves both
the cooling effect and chip evacuation.
The screws are offered as sets, comprising a
nozzle screw, locking screw, a locking nut and
washers.
The locking nut can be tightened by a
standard open-ended wrench, or preferably
by an offset ring wrench (ISO 10104, DIN 838
or DIN 897 standards).
If desired, the following ring wrenches can
also be ordered from ISCAR:
• 7000783 Ring Wrench 10X13 mm for coolant
set SR M20X2.5-40 and Coolant set SR
M16X2-32
• 7000788 Ring Wrench 6X7 mm for coolant
set SRM12X1.75-27 and coolant set SR
M10X1.5-22.
7103284 06/08
1234567
Assembly with a Lock Nut
1234567
Assembly without a Lock Nut
COOLANT SET
Clamping Screws with
Adjustable Protrusion Nozzles
for Shell-Type Face Mills
983
Accessories & Spare Parts
Designation G L For Shanks
SR M 6X10 DIN 1835-B M6 10.0 6
SR M 8X10 DIN 1835-B M8 10.0 8
SR M10X12 DIN 1835-B M10 12.0 10
SR M12X16 DIN 1835-B M12 16.0 12, 14
SR M14X16 DIN 1835-B M14 16.0 16, 16
SR M16X16 DIN 1835-B M16 16.0 20
SR M18X2.0X20 DIN 1835-B M18X2 20.0 25
SR M20X2.0X20 DIN 1835-B M20X2 20.0 32, 40
SR M24X2.0X25 DIN 1835-B M24X2 25.0 50
SR M16X10.3 EM SHORT M16 10.3 20
SR M18X2X10 EM SHORT M18X2 10.0 2
Size
Locking
Screw Hex Key Extractor O-Ring
CF4 M16X1.5-CF HW 8.0 M8-CF O RING 3 ID15
Spare Parts
for CLICKFIT Holders
L
G
SCREW-EM
Lock Screw for Endmill Holder
G1
L1
L
Designation L L1G1
COOLING TUBE HSK A 32 26.00 5.5 M10X1
COOLING TUBE HSK A 40 29.50 7.5 M12X1
COOLING TUBE HSK A 50 33.00 9.5 M16X1
COOLING TUBE HSK A 63 36.50 11.5 M18X1
COOLING TUBE HSK A 80 40.00 13.5 M20X1.5
COOLING TUBE HSK A100 44.00 15.5 M24X1.5
COOLING TUBE HSK A125 48.00 17.5 M30X1.5
COOLING TUBE HSK-A
Cooling Tubes for HSK-A Shanks
L
D
Wrench for
HSK Cooling Tube
HSK-A Cooling Tube Wrench
Designation HSK-A D L
WRENCH COOL TUBE HSK 40 40 11.0 120
WRENCH COOL TUBE HSK 50 50 15.0 120
WRENCH COOL TUBE HSK 63 63 17.0 122
WRENCH COOL TUBE HSK 80 80 18.5 186
WRENCH COOL TUBE HSK100 100 22.0 141
25
62
2.5 4
SC Collet Extraction Hook
Designation
EXTRACTOR SC COLLETS
ISCAR
984
Accessories & Spare Parts
TRKS
LPR
OAL
Designation CRKS OAL LPR
COOLING TUBE C3 M12x1.5 22.30 10.0
COOLING TUBE C4 M14x1.5 25.40 12.0
COOLING TUBE C5 M16x1.5 28.50 14.0
COOLING TUBE C6 M20x2 31.00 15.0
COOLING TUBE C8 M20x2 31.50 15.0
COOLING TUBE C10 M24x2 34.00 16.0
COOLING TUBE C#
Cooling Tubes for CAMFIX
(ISO 26623-1) Shanks
OAL
BD
DRVS
Designation OAL BDDRVS
WRENCH COOL TUBE C3 40.00 14.80 12.0
WRENCH COOL TUBE C4 45.00 17.80 15.0
WRENCH COOL TUBE C5 50.00 20.80 16.9
WRENCH COOL TUBE C6 60.00 27.80 19.0
WRENCH COOL TUBE C8 60.00 31.80 22.0
WRENCH COOL TUBE C10 75.00 42.80 29.9
WRENCH COOL TUBE C#
Clamping and Removing Wrenches for
CAMFIX (ISO 26623-1) Cooling Tubes
Designation G L d For Shanks Hex Key
PRESET SCREW M 5X20 B M 5X0.8 20 2.1 EM E / SRKIN 2.5
PRESET SCREW M 6X20 B M 6X1 20 2.5 EM E / SRKIN 3.0
PRESET SCREW M 8X20 B M 8X1.25 20 3.5 EM E / SRKIN 4.0
PRESET SCREW M10X18 B M 10X1.5 18 4.5 EM E / SRKIN 5.0
PRESET SCREW M12X18 B M 12X1.75 18 5.5 EM E / SRKIN 6.0
PRESET SCREW M16X20 B M 16X2 20 7.5 EM E / SRKIN 6.0
PRESET SCREW M16X25 B M 16X2 25 7.5 SRKIN 6.0
PRESET SCREW M20X20 B M 20X2.5 20 6.0 EM E 6.0
PRESET SCREW M20X25 B M 20X2 25 9.5 EM E 10.0
G
d
L
PRESET SCREW
Preset Screw for SRKIN Thermal
Shrink Collets with Coolant Holes
985
Accessories & Spare Parts
985
SPARE PARTS
Spare Parts
Designation
DIN69871 40 HYDRO 20X64.5 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 32X81 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
* Optional, should be ordered separately
DIN69871-HYDRO (heavy duty)
DIN69871-ER (form AD)
Spare Parts
Designation
DIN69871 30 ER16X 63 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
DIN69871 30 ER32X 65 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 18X1.5* PRESET ER-JET 18X1.5L*
DIN69871 40 ER16X 63 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
DIN69871 40 ER16X100 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
DIN69871 40 ER16X160 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
DIN69871 40 ER20X 63 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 40 ER20X100 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 40 ER20X160 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 40 ER25X 65 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 40 ER25X100 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 40 ER25X150 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 40 ER32X 65 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 40 ER32X100 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 40 ER32X150 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 40 ER40X 70 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
DIN69871 40 ER40X100 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
DIN69871 50 ER16X100 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 50 ER16X160 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 50 ER16X200 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
DIN69871 50 ER20X100 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 50 ER20X160 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
DIN69871 50 ER25X100 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 50 ER25X150 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 50 ER25X200 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
DIN69871 50 ER32X100 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 50 ER32X150 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 50 ER32X200 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L*
DIN69871 50 ER40X100 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
DIN69871 50 ER40X150 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
DIN69871 50 ER40X200 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
DIN69871 50 ER50X100 NUT ER50 UM WRENCH ER50*
DIN69871 50 ER50X150 NUT ER50 UM WRENCH ER50*
* Optional, should be ordered separately
* Optional, should be ordered separately
Spare Parts
Designation
DIN69871 30 HYDRO 6X60 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
DIN69871 30 HYDRO 16X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
DIN69871 30 HYDRO 20X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 6X68 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 8X68 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 10X72 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 12X77 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 14X77 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 16X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 18X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 20X82 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 25X117 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
DIN69871 40 HYDRO 32X117 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 6X68 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 8X68 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 10X72 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 12X77 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 14X77 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 16X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 18X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 20X82 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 25X87 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
DIN69871 50 HYDRO 32X91 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
DIN69871-HYDRO
ISCAR
986
Accessories & Spare Parts
ISCAR
986
SPARE PARTS
Spare Parts
Designation
FITBORE DIN69871-EM SR M16X16 DIN1835-B OR 50X2N SR M4X4 DIN913 HW 4P
FITBORE DIN69871-EM
* Optional, should be ordered separately
Spare Parts
Designation
ADJ DIN69871-ER NUT ER32 TOP* ADJUST SPACER 9.5X5 PRESET ER-JET 22X1.5 SR M8X1X16 DIN916 SR M6X30 DIN912 ADJ ER32 NOSE
ADJ DIN69871-ER
* Optional, should be ordered separately
Spare Parts
Designation
C4 AD SKA 40X30 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C5 AD SKA 40X30 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C5 AD SKA 50X30 ADB SR M16X70 C5 HW 10.0* MT RING M25X20XC5 SR M4X4 DIN913 HW 2.0* WRENCH C5 DRW NUT*
C6 AD SKA 50X30 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C8 AD SKA 50X70 ADB SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 SR M4X4 DIN913 HW 2.0* WRENCH C6-8 DRW NUT*
DIN69871-C#
DIN69871-SEM-C
* Optional, should be ordered separately
Spare Parts
Designation
DIN69871 40 SEM16X 35 C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
DIN69871 40 SEM16X100 C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
DIN69871 40 SEM22X 35 C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 40 SEM22X100 C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 40 SEM27X 60 C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X12 DIN912
DIN69871 40 SEM27X100 C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X12 DIN912
DIN69871 40 SEM32X 60 C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
DIN69871 50 SEM16X 35 C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
DIN69871 50 SEM16X100 C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
DIN69871 50 SEM22X 35 C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 50 SEM22X100 C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 50 SEM22X48X200C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 50 SEM22X61X300C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
DIN69871 50 SEM27X 35 C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X12 DIN912
DIN69871 50 SEM27X100 C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X12 DIN912
DIN69871 50 SEM27X61X300C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27 DR.DOG 12S SR M5X12 DIN912
DIN69871 50 SEM32X 35 C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
DIN69871 50 SEM32X100 C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
DIN69871 50 SEM32X78X370C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X16S SR M5X20DIN912
DIN69871-AD
* Optional, should be ordered separately
Spare Parts
Designation
DIN69871 40 AD DIN2080 30 SR M6X6DIN914 MT RING M18X9X12.5 SCREW M12X35 16.4 DIN7984 HW 3.0* HW 10.0*
DIN69871 50 AD BT/SK 40 SR M6X10 DIN914 MT RING M24X12X14 HW M16X60 20.9 DIN7984 HW 3.0* HW 14.0*
DIN69871-MT-DRW
* Optional, should be ordered separately
Spare Parts
Designation
DIN69871 40 MT1 DRW MT RING M16X10X6.5 SR M6X20 DIN912 HW 3.0*
DIN69871 40 MT2 DRW MT RING M16X8X8.5 HW M10X25 13.8 DIN7984 HW 3.0* HW 5.0* SR M6X6DIN914
DIN69871 40 MT3 DRW MT RING M20X10X12.5 SR M12X35DIN7984 HW 3.0* HW 6.0* SR M6X6DIN914
DIN69871 40 MT4 DRW MT RING M24X1.5X7X16.5 HW M16X40 20.9 DIN7984 HW 3.0* HW 14.0* SR M6X6DIN914
DIN69871 50 MT1 DRW MT RING M24X14X6.5 SR M6X20 DIN912 HW 5.0*
DIN69871 50 MT2 DRW MT RING M24X18X10 SR M10X25 DIN912 HW 8.0* HW 5.0* SR M6X10 DIN914
DIN69871 50 MT3 DRW MT RING M24X16X12 SR M12X35DIN7984 HW 3.0* HW 5.0* SR M6X10 DIN914
DIN69871 50 MT4 DRW MT RING M24X7X16.5 HW M16X35 20.9 DIN7984 HW 3.0* HW 8.0* SR M6X10 DIN914
DIN69871 50 MT5 DRW MT RING M33X13X20.5 SR M20X55DIN7984 HW 3.0* HW 10.0* SR M6X10 DIN914
987
Accessories & Spare Parts
987
SPARE PARTS
Spare Parts
Designation
DIN69871 40 ER32 CLICK-IN SR M16-M19.5 CLICK-IN SR M16X10CLICK-IN PIN 3X4MM SR M4X4 DIN913
DIN69871 50 ER32 CLICK-IN SR M16-M19.5 CLICK-IN SR M16X10CLICK-IN PIN 3X4MM SR M4X10 DIN913
DIN69871-ER-CLICKIN
HSK A-ER-BIN (BALANCIN)
* Optional, should be ordered separately
Spare Parts
Designation
HSK A 63 ER16X100 BIN NUT ER16
TOP
WRENCH
ER16*
PRESET ER-JET
10X1.5* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 63 ER16X160 BIN NUT ER16
TOP
WRENCH
ER16*
PRESET ER-JET
10X1.5* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 63 ER20X100 BIN NUT ER20
TOP
WRENCH
ER20*
PRESET ER-JET
12X1.75* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 63 ER20X160 BIN WRENCH
ER20*
PRESET ER-JET
12X1.75* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 63 ER25X100 BIN NUT ER25
TOP
WRENCH
ER25*
PRESET ER-JET
16X2* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 63 ER25X160 BIN WRENCH
ER25*
PRESET ER-JET
16X2* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A63 ER32X120 BIN NUT ER32
TOP
WRENCH
ER32*
PRESET ER-JET
22X1.5* SR 14-541 T-15/5 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
Spare Parts
Designation
DIN69871-CF SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911 OR 15X3N WRENCH REAL C.F M8
DIN69871-CF
* Optional, should be ordered separately
HSK A-HYDRO
Spare Parts
Designation
HSK A 50 HYDRO 6X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 8X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 10X85 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 12X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 14X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 16X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 18X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 50 HYDRO 20X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 6X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 8X80 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 10X85 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 12X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 14X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 16X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 18X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 20X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 25X120 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 32X125 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 6X85 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 10X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 14X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 16X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 18X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 20X105 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 25X115 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 80 HYDRO 32X120 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 6X85 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 8X85 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 10X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 12X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 14X95 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 16X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 18X100 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 20X105 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 25X115 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 32X120 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
ISCAR
988
Accessories & Spare Parts
ISCAR
988
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
HSK A 63 HYDRO 6X150 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 6X200 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 8X150 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 8X200 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 10X150 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 10X200 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 12X150 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 12X200 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 14X150 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 14X200 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 16X150 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 16X200 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 18X150 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 18X200 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 20X150 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 20X200 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 25X150 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 63 HYDRO 25X200 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 6X200 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 8X150 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 8X200 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 10X150 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 10X200 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 12X200 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 14X150 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 14X200 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 16X150 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 16X200 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 18X150 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 18X200 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 20X150 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 20X200 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 25X150 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 25X200 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
HSK A 100 HYDRO 32X200 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
HSK A-HYDRO (long)
Spare Parts
Designation
HSK A-FM DR.DOGS 1" FOR SEM 2 1/2
HSK A-FM
989
Accessories & Spare Parts
989
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
C4 AD HSK A 63WHX080 SR M14X58 C4 HW 8.0* MT RING
M22X17XC4
COOLING TUBE
HSK A63 C5
WRENCH COOL
TUBE HSK 63* WRENCH C4 DRW NUT*
C5 AD HSK A63WH X90 SR M16X70 C5 HW 10.0* MT RING
M25X20XC5
COOLING TUBE
HSK A63 C5
WRENCH COOL
TUBE HSK 63* WRENCH C5 DRW NUT*
C5 AD HSK A 100WHX100 SR M16X70 C5 HW 10.0* MT RING
M25X20XC5
COOLING TUBE
HSK A100C6/8
WRENCH COOL
TUBE HSK100* WRENCH C5 DRW NUT*
C6 AD HSK A100WH X110 SR M20X87 C6/8 HW 14.0* MT RING
M30X24XC6/8
COOLING TUBE
HSK A100C6/8
WRENCH COOL
TUBE HSK100* WRENCH C6-8 DRW NUT*
C8 AD HSK A100WH X120 SR M20X87 C6/8 HW 14.0* MT RING
M30X24XC6/8
COOLING TUBE
HSK A100C6/8
WRENCH COOL
TUBE HSK100* WRENCH C6-8 DRW NUT*
C8 AD HSK A125WH X130 SR M20X87 C6/8 HW 14.0* MT RING
M30X24XC6/8
COOLING TUBE
HSK A125C8
WRENCH COOL
TUBE HSK125* WRENCH C6-8 DRW NUT*
HSK-C#
* Optional, should be ordered separately
Spare Parts
Designation
ADJ HSK A-ER NUT ER32 TOP* ADJUST SPACER 9.5X5 PRESET ER-JET 22X1.5 SR M8X1X16 DIN916 SR M6X30 DIN912 ADJ ER32 NOSE
ADJ HSK A-ER
* Optional, should be ordered separately
Spare Parts
Designation
HSK A 63 ER32 CLICK-IN SR M16-M19.5
CLICK-IN PIN 3X4MM COOLING TUBE
HSK A 63*
WRENCH COOL
TUBE HSK 63* SR M16X10CLICK-IN SR M4X4
DIN913
HSK A 100 ER32 CLICK-IN SR M16-M19.5
CLICK-IN PIN 3X4MM COOLING TUBE
HSK A100*
WRENCH COOL
TUBE HSK100* SR M16X10CLICK-IN SR M4X4
DIN913
HSK A-ER-CLICKIN
HSK A-SEM-C
* Optional, should be ordered separately
Spare Parts
Designation
HSK A 63 SEM 16X100C M8 CLAMP SCREW SEM16 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 16X50C M8 CLAMP SCREW SEM16 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 22X100C M10 CLAMP SCREW SEM22 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 22X50C M10 CLAMP SCREW SEM22 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 27X100C M12 CLAMP SCREW SEM27 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 27X60C M12 CLAMP SCREW SEM27 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 63 SEM 32X60C M16 CLAMP SCREW SEM32 COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
HSK A 100 SEM 16X100C M8 CLAMP SCREW SEM16 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 16X50C M8 CLAMP SCREW SEM16 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 22X100C M10 CLAMP SCREW SEM22 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 22X50C M10 CLAMP SCREW SEM22 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 27X100C M12 CLAMP SCREW SEM27 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 27X50C M12 CLAMP SCREW SEM27 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 32X100C M16 CLAMP SCREW SEM32 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
HSK A 100 SEM 32X50C M16 CLAMP SCREW SEM32 COOLING TUBE HSK A100* WRENCH COOL TUBE HSK100*
FITBORE HSK A-EM
* Optional, should be ordered separately
Spare Parts
Designation
FITBORE HSK A-EM SR M16X16 DIN1835-B HW 4P COOLING TUBE HSK A 63* WRENCH COOL TUBE HSK 63*
ISCAR
990
Accessories & Spare Parts
ISCAR
990
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
HSK A 63 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 80 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A 80*
WRENCH COOL TUBE
HSK 80*
HSK A 100 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A100*
WRENCH COOL TUBE
HSK100*
HSK A-CF (CLICKFIT)
C#-EM-E
Spare Parts
Designation
C3 EM 6X70 E SR M6X10 DIN1835B PRESET SCREW M5X18B HW 3.0* HW 2.5*
C3 EM 8X70 E SR M8X10 DIN1835-B PRESET SCREW M6X20B HW 3.0* HW 4.0*
C3 EM 10X70 E SR M10X12 DIN1835-B PRESET SCREW CAP M8X12B HW 4.0* HW 5.0*
C3 EM 12X75 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 5.0* HW 6.0*
C4 EM06X70 E SR M6X10 DIN1835B PRESET SCREW M5X18B HW 3.0* HW 2.5*
C4 EM08X70 E SR M8X10 DIN1835-B PRESET SCREW CAP M6X12B HW 4.0* HW 4.0*
C4 EM10X70 E SR M10X12 DIN1835-B PRESET SCREW CAP M8X12B HW 5.0* HW 5.0*
C4 EM12X75 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C4 EM14X75 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C5 EM06X70 E SR M6X10 DIN1835B PRESET SCREW M5X18B HW 3.0* HW 2.5*
C5 EM08X70 E SR M8X10 DIN1835-B PRESET SCREW CAP M6X12B HW 4.0* HW 4.0*
C5 EM10X70 E SR M10X12 DIN1835-B PRESET SCREW CAP M8X12B HW 5.0* HW 5.0*
C5 EM12X75 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C5 EM14X75 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C5 EM16X80 E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C5 EM18X80 E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C5 EM20X85 E SR M16X16 DIN1835-B PRESET SCREW CAP M16X14B* HW 8.0* HW 2.5*
C6 EM 6X75 E SR M6X10 DIN1835B PRESET SCREW M5X18B HW 3.0* HW 4.0*
C6 EM 8X75 E SR M8X10 DIN1835-B PRESET SCREW CAP M6X12B HW 4.0* HW 5.0*
C6 EM10X75 E SR M10X12 DIN1835-B PRESET SCREW CAP M8X12B HW 5.0* HW 6.0*
C6 EM12X80 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C6 EM14X80 E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C6 EM16X85 E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C6 EM18X85 E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C6 EM20X85 E SR M16X16 DIN1835-B PRESET SCREW CAP M16X14B* HW 8.0* HW 8.0*
C6 EM25X90 E SR M18X2X20 DIN1835-B PRESET SCREW M20X20E HW 10.0* HW 6.0*
C6 EM32X95 E SR M20X2X20 DIN1835-B PRESET SCREW M20X20E HW 10.0* HW 6.0*
C8 EM06X65E SR M6X10 DIN1835B PRESET SCREW M5X18B HW 3.0* HW 2.5*
C8 EM08X65E SR M8X10 DIN1835-B PRESET SCREW CAP M6X12B HW 4.0* HW 4.0*
C8 EM10X65E SR M10X12 DIN1835-B PRESET SCREW CAP M8X12B HW 5.0* HW 5.0*
C8 EM12X70E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C8 EM14X70E SR M12X16 DIN1835-B PRESET SCREW CAP M10X16B HW 6.0* HW 6.0*
C8 EM16X75E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C8 EM18X75E SR M14X16 DIN1835-B PRESET SCREW CAP M12X16B* HW 6.0* HW 6.0*
C8 EM20X80E SR M16X16 DIN1835-B PRESET SCREW CAP M16X14B* HW 8.0* HW 8.0*
C8 EM25X90E SR M18X2X20 DIN1835-B PRESET SCREW M20X20E HW 10.0* HW 6.0*
C8 EM32X95E SR M20X2X20 DIN1835-B PRESET SCREW M20X20E HW 10.0* HW 6.0*
* Optional, should be ordered separately
991
Accessories & Spare Parts
991
SPARE PARTS
C#-SEM
* Optional, should be ordered separately
Spare Parts
Designation
ADJ C5 ER32 NUT ER32 TOP* SR M8X1X16
DIN916
SR M6X25
DIN912
ADJUST SPACER
9.5X5
PRESET ER-JET
22X1.5 ADJ ER32 NOSE OR 21X4N
ADJ C6 ER32 NUT ER32 TOP* SR M8X1X16
DIN916
SR
M6X25DIN912
ADJUST SPACER
9.5X5
PRESET ER-JET
22X1.5 ADJ ER32 NOSE OR 21X4N
ADJ C-ER
C#-SEMC
Spare Parts
Designation
C3 SEMC 16X30 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16*
C4 SEMC 16X45 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16
C4 SEMC 22X45 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22
C4 SEMC 27X50 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27
C5 SEMC 16X55 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16
C5 SEMC 16X85 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16
C5 SEMC 22X65 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22
C5 SEMC 27X85 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27
C6 SEMC 16X60 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16*
C6 SEMC 16X100 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16*
C6 SEMC 22X60 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22*
C6 SEMC 22X100 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22*
C6 SEMC 27X60 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27*
C6 SEMC 27X100 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27*
C6 SEMC 32X60 32 D.RING SEMC M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32*
C6 SEMC 40X70 40 D.RING SEMC M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40*
* Optional, should be ordered separately
* Optional, should be ordered separately
Spare Parts
Designation
C3 SEM 16X30 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C4 SEM 16X 32 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C4 SEM 16X 55 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C4 SEM 22X 40 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C4 SEM 22X 55 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C5 SEM 16X 35 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C5 SEM 16X 70 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C5 SEM 22X 35 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C5 SEM 22X 70 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C5 SEM 27X 40 C M12 CLAMP SCREW SEM27 DR.DOG 12S SR M5X12 DIN912 WRENCH M12 SEMC 27* HW 4.0*
C5 SEM 32X 40 C M16 CLAMP SCREW SEM32 DR.DOG 14X13S SR M5X14DIN912 WRENCH M16 SEMC 32* HW 4.0*
C6 SEM 16X 50 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C6 SEM 16X100 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C6 SEM 22X 50 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C6 SEM 22X100 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C6 SEM 27X 60 C M12 CLAMP SCREW SEM27 DR.DOG 12S SR M5X12 DIN912 WRENCH M12 SEMC 27* HW 4.0*
C6 SEM 27X100 C M12 CLAMP SCREW SEM27 DR.DOG 12S SR M5X12 DIN912 WRENCH M12 SEMC 27* HW 4.0*
C6 SEM 32X 60 C M16 CLAMP SCREW SEM32 DR.DOG 14X13S SR M5X14DIN912 WRENCH M16 SEMC 32* HW 4.0*
C6 SEM 40X 60 C M20 CLAMP SCREW SEM40 DR.DOG 16X18S SR M6X20 DIN912 WRENCH M20 SEMC 40* HW 5.0*
C8 SEM 16X50 C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C8 SEM 16X100C M8 CLAMP SCREW SEM16 DR.DOG 8S SR M3X10DIN912 WRENCH M8 SEMC16* HW 2.5*
C8 SEM 22X50 C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C8 SEM 22X100C M10 CLAMP SCREW SEM22 DR.DOG 10S SR M4X10DIN912 WRENCH M10 SEMC 22* HW 3.0*
C8 SEM 27X50 C M12 CLAMP SCREW SEM27 DR.DOG 12S SR M5X12 DIN912 WRENCH M12 SEMC 27* HW 4.0*
C8 SEM 27X100C M12 CLAMP SCREW SEM27 DR.DOG 12S SR M5X12 DIN912 WRENCH M12 SEMC 27* HW 4.0*
C8 SEM 32X50 C M16 CLAMP SCREW SEM32 DR.DOG 14X13S SR M5X14DIN912 WRENCH M16 SEMC 32* HW 4.0*
C8 SEM 32X100C M16 CLAMP SCREW SEM32 DR.DOG 14X13S SR M5X14DIN912 WRENCH M16 SEMC 32* HW 4.0*
C8 SEM 40X60 C M20 CLAMP SCREW SEM40 DR.DOG 16X18S SR M6X20 DIN912 WRENCH M20 SEMC 40* HW 5.0*
Spare Parts
Designation
HSK A 63 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A 63*
WRENCH COOL TUBE
HSK 63*
HSK A 80 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A 80*
WRENCH COOL TUBE
HSK 80*
HSK A 100 CF4-S SCREW M16X1.5
FOR CF4
WRENCH HW 8 200X36
DIN911 OR 15X3N WRENCH REAL C.F M8 COOLING TUBE
HSK A100*
WRENCH COOL TUBE
HSK100*
ISCAR
992
Accessories & Spare Parts
ISCAR
992
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
C4 RE C3X070 SR M12X50 C3 HW 7.0* MT RING M18X15XC3 WRENCH C3 DRW NUT*
C6 RE C3X070 SR M12X50 C3 HW 7.0* MT RING M18X15XC3 WRENCH C3 DRW NUT*
C6 RE C4X080 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C6 RE C5X080 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C8 RE C3X060 SR M12X50 C3 HW 7.0* MT RING M18X15XC3 WRENCH C3 DRW NUT*
C8 RE C4X070 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C8 RE C5X080 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C8 RE C6X080 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C8 RE C6X120 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C10 RE C8X100 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
RE-C#
* Optional, should be ordered separately
Spare Parts
Designation
C3 EX C3X060 SR M12X50 C3 HW 7.0* MT RING M18X15XC3 WRENCH C3 DRW NUT*
C3 EX C3X080 SR M12X50 C3 HW 7.0* MT RING M18X15XC3 WRENCH C3 DRW NUT*
C4 EX C4X060 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C4 EX C4X080 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C5 EX C5X080 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C5 EX C5X100 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C6 EX C6X100 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C6 EX C6X140 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C8 EX C8X100 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C8 EX C8X125 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
EX C# (CAMFIX extension)
BT-ER-BIN (BALANCIN)
* Optional, should be ordered separately
Spare Parts
Designation
BT40 ER20X100 BIN NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L* SR 14-541 T-15/5
BT40 ER20X150 BIN NUT ER20 TOP WRENCH ER20* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L* SR 14-541 T-15/5
BT40 ER25X100 BIN NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L* SR 14-541 T-15/5
BT40 ER25X150 BIN NUT ER25 TOP WRENCH ER25* PRESET ER-JET 16X2* PRESET ER-JET 16X2L* SR 14-541 T-15/5
BT40 ER32X100 BIN NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L* SR 14-541 T-15/5
BT40 ER32X150 BIN NUT ER32 TOP WRENCH ER32* PRESET ER-JET 22X1.5* PRESET ER-JET 22X1.5L* SR 14-541 T-15/5
993
Accessories & Spare Parts
993
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
BT40 HYDRO 20X72.5 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
BT50 HYDRO 32X90 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
BT-HYDRO (heavy duty)
BT-SEM
* Optional, should be ordered separately
BT-HYDRO
Spare Parts
Designation
BT30 HYDRO 6X60 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
BT30 HYDRO 8X64 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
BT30 HYDRO 10X64 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
BT30 HYDRO 12X72 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
BT30 HYDRO 14X70 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
BT30 HYDRO 16X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
BT30 HYDRO 18X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
BT30 HYDRO 20X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
BT40 HYDRO 6X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
BT40 HYDRO 8X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
BT40 HYDRO 10X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
BT40 HYDRO 12X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
BT40 HYDRO 14X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
BT40 HYDRO 16X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
BT40 HYDRO 18X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
BT40 HYDRO 20X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
BT40 HYDRO 25X90 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
BT40 HYDRO 32X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
BT50 HYDRO 6X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 6* WRENCH HYDRO HEX 4*
BT50 HYDRO 8X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 8* WRENCH HYDRO HEX 4*
BT50 HYDRO 10X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 10* WRENCH HYDRO HEX 4*
BT50 HYDRO 12X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 12* WRENCH HYDRO HEX 4*
BT50 HYDRO 14X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 14* WRENCH HYDRO HEX 4*
BT50 HYDRO 16X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 16* WRENCH HYDRO HEX 4*
BT50 HYDRO 18X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 18* WRENCH HYDRO HEX 4*
BT50 HYDRO 20X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
BT50 HYDRO 25X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
BT50 HYDRO 32X110 HYDRO CLAMP SCREW M8X14 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
* Optional, should be ordered separately
Spare Parts
Designation
BT30 SEM 16X50 M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
BT30 SEM 22X50 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT30 SEM 27X50 M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912
BT40 SEM 16X120 M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
BT40 SEM 16X60 M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
BT40 SEM 22X120 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT40 SEM 22X60 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT40 SEM 27X105 M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912
BT40 SEM 27X45 M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912
BT40 SEM 32X60 M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
BT40 SEM 32X75 M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
BT40 SEM 40X60 M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40* DR.DOG 16X18S SR M6X20 DIN912
BT40 SEM 40X75 M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40* DR.DOG 16X18S SR M6X20 DIN912
BT50 SEM 16X120 M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
BT50 SEM 16X75 M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912
BT50 SEM 22X50X220 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT50 SEM 22X64X320 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT50 SEM 22X75 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT50 SEM 22X120 M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912
BT50 SEM 27X105 M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912
BT50 SEM 27X60 M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912
BT50 SEM 32X48 M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14 E SR M5X14DIN912
BT50 SEM 32X75 M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912
BT50 SEM 40X48 M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40* DR.DOG 16 E SR M6X20 DIN912
BT50 SEM 40X75 M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40* DR.DOG 16X18S SR M6X20 DIN912
ISCAR
994
Accessories & Spare Parts
ISCAR
994
SPARE PARTS
BT-C#
BT-AD
* Optional, should be ordered separately
Spare Parts
Designation
ADJ BT-ER NUT ER32 TOP* ADJUST SPACER 9.5X5 PRESET ER-JET 22X1.5 SR M8X1X16 DIN916 SR M6X30 DIN912 ADJ ER32 NOSE
ADJ BT-ER
Spare Parts
Designation
FITBORE BT-EM SR M16X16 DIN1835-B OR 50X2N SR M4X4 DIN913 HW 4P
FITBORE BT-EM
BT-SEM-C
* Optional, should be ordered separately
Spare Parts
Designation
BT40 SEM 16X100C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912 SR M4X4 DIN913
BT40 SEM 16X60C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912 SR M4X4 DIN913
BT40 SEM 22X100C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT40 SEM 22X60C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT40 SEM 27X100C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912 SR M4X4 DIN913
BT40 SEM 27X45C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912 SR M4X4 DIN913
BT40 SEM 32X60C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912 SR M4X4 DIN913
BT50 SEM 16X100C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912 SR M4X4 DIN913
BT50 SEM 16X75C M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16* DR.DOG 8S SR M3X10DIN912 SR M4X4 DIN913
BT50 SEM 22X100C M10 CLAMP SCREW SEM22 WRENCH M8 SEMC16* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT50 SEM 22X48X220C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT50 SEM 22X61X320C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT50 SEM 22X75C M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22* DR.DOG 10S SR M4X10DIN912 SR M4X4 DIN913
BT50 SEM 27X100C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912 SR M4X4 DIN913
BT50 SEM 27X60C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X14DIN912 SR M4X4 DIN913
BT50 SEM 27X61X320C M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27* DR.DOG 12S SR M5X12 DIN912 SR M4X4 DIN913
BT50 SEM 32X100C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912 SR M4X4 DIN913
BT50 SEM 32X75C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X13S SR M5X14DIN912 SR M4X4 DIN913
BT50 SEM 32X78X390C M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32* DR.DOG 14X16S SR M5X20DIN912 SR M4X4 DIN913
* Optional, should be ordered separately
Spare Parts
Designation
C4 AD BT40X030 SR M14X58 C4 HW 8.0* MT RING M22X17XC4 WRENCH C4 DRW NUT*
C5 AD BT40X30 SR M16X70 C5 HW 10.0* MT RING M25X20XC5 WRENCH C5 DRW NUT*
C5 AD BT50X40 ADB SR M16X70 C5 HW 10.0* MT RING M25X20XC5 SR M4X4 DIN913 HW 2.0* WRENCH C5 DRW NUT*
C6 AD BT50X40 SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 WRENCH C6-8 DRW NUT*
C8 AD BT50X70 ADB SR M20X87 C6/8 HW 14.0* MT RING M30X24XC6/8 SR M4X4 DIN913 HW 2.0* WRENCH C6-8 DRW NUT*
Spare Parts
Designation
BT50 AD 40 SR M6X10 DIN914 HW M16X35 20.9 DIN7984 MT RING M24X12X14
BT50 AD BT/SK40 SR M6X10 DIN914 HW M16X60 20.9 DIN7984 MT RING M24X12X14
BT-MT-DRW
* Optional, should be ordered separately
Spare Parts
Designation
BT40 MT1 DRW SR M6X20 DIN912 HW 5.0* MT RING M16X10X6.5
BT40 MT2 DRW HW M10X25 13.8 DIN7984 HW 3.0* MT RING M16X8X8.5 SR M6X6DIN914 HW 8.0*
BT40 MT3 DRW SR M12X35DIN7984 HW 3.0* MT RING M20X10X12.5 SR M6X6DIN914 HW 8.0*
BT40 MT4 DRW HW M16X40 20.9 DIN7984 HW 3.0* MT RING M24X1.5X7X16.5 SR M6X6DIN914 HW 14.0*
BT50 MT1 DRW SR M6X20 DIN912 HW 5.0* MT RING M24X14X6.5
BT50 MT2 DRW SR M10X25 DIN912 HW 3.0* MT RING M24X18X10 SR M6X10 DIN914 HW 8.0*
BT50 MT3 DRW SR M12X35DIN912 HW 3.0* MT RING M24X16X12 SR M6X10 DIN914 HW 10.0*
BT50 MT4 DRW HW M16X35 20.9 DIN7984 HW 3.0* MT RING M24X7X16.5 SR M6X10 DIN914 HW 14.0*
BT50 MT5 DRW SR M20X55DIN7984 HW 3.0* MT RING M33X13X20.5 SR M6X10 DIN914 HW 14.0*
995
Accessories & Spare Parts
995
SPARE PARTS
Spare Parts
Designation
BT40 ER32 CLICK-IN SR M16-M19.5 CLICK-IN SR M16X10CLICK-IN PIN 3X4MM SR M4X4 DIN913
BT50 ER32 CLICK-IN SR M16-M19.5 CLICK-IN SR M16X10CLICK-IN PIN 3X4MM SR M4X10 DIN913
BT-ER-CLICKIN
* Optional, should be ordered separately
Spare Parts
Designation
DIN2080-FM M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40*
DIN2080-FM
Spare Parts
Designation
DIN2080-AD SR M6X10 DIN914 HW M16X35 20.9 DIN7984 MT RING M24X7X16.5
DIN2080-AD
DIN2080-MT-DRW
Spare Parts
Designation
R-8 ER16X38 NUT ER16 TOP WRENCH ER16* PRESET ER-JET 10X1.5*
R-8 ER32X40 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
R-8 ER40X72 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
R-8 ER
* Optional, should be ordered separately
DIN2080-SEMC
Spare Parts
Designation
BT-CF (CLICKFIT) SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911
BT-CF (CLICKFIT)
* Optional, should be ordered separately
Spare Parts
Designation
DIN2080 40 MT1 DRW SR M6X20 DIN912 HW 3.0* MT RING M16X10X6.5
DIN2080 40 MT2 DRW HW M10X25 13.8 DIN7984 HW 3.0* SR M6X6DIN914 HW 8.0* MT RING M16X8X8.5
DIN2080 40 MT3 DRW SR M12X35DIN7984 HW 3.0* SR M6X6DIN914 HW 10.0* MT RING M20X10X12.5
DIN2080 40 MT4 DRW HW M16X40 20.9 DIN7984 HW 3.0* SR M6X6DIN914 HW 14.0* MT RING M24X1.5X7X16.5
DIN2080 50 MT1 DRW SR M6X20 DIN912 HW 3.0* SR M6X10 DIN914 HW 5.0* MT RING M24X14X6.5
DIN2080 50 MT2 DRW SCREW DIN912 M10X40 HW 3.0* SR M6X10 DIN914 HW 8.0* MT RING M24X18X10
DIN2080 50 MT3 DRW SR M12X35DIN7984 HW 3.0* SR M6X10 DIN914 HW 8.0* MT RING M24X16X12
DIN2080 50 MT4 DRW HW M16X35 20.9 DIN7984 HW 3.0* SR M6X10 DIN914 HW 14.0* MT RING M24X7X16.5
DIN2080 50 MT5 DRW SR M20X55DIN7984 HW 3.0* SR M6X10 DIN914 HW 14.0* MT RING M33X13X20.5
Spare Parts
Designation
DIN2080 30 SEMC 16X 35 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16*
DIN2080 30 SEMC 22X 35 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22*
DIN2080 30 SEMC 27X 35 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27*
DIN2080 30 SEMC 32X 50 32 D.RING SEMC M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32*
DIN2080 40 SEMC 22X 52 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22*
DIN2080 40 SEMC 27X 52 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27*
DIN2080 40 SEMC 32X 52 32 D.RING SEMC M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32*
DIN2080 40 SEMC 40X 52 40 D.RING SEMC M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40*
DIN2080 50 SEMC 16X 55 16 D.RING SEMC M8 CLAMP SCREW SEM16 WRENCH M8 SEMC16*
DIN2080 50 SEMC 22X 55 22 D.RING SEMC M10 CLAMP SCREW SEM22 WRENCH M10 SEMC 22*
DIN2080 50 SEMC 27X 55 27 D.RING SEMC M12 CLAMP SCREW SEM27 WRENCH M12 SEMC 27*
DIN2080 50 SEMC 32X 55 32 D.RING SEMC M16 CLAMP SCREW SEM32 WRENCH M16 SEMC 32*
DIN2080 50 SEMC 40X 55 40 D.RING SEMC M20 CLAMP SCREW SEM40 WRENCH M20 SEMC 40*
DIN2080 50 SEMC 50X 55 50 D.RING SEMC M24 CLAMP SCREW SEM50 WRENCH M24 SEMC 50*
* Optional, should be ordered separately
ISCAR
996
Accessories & Spare Parts
ISCAR
996
SPARE PARTS
Spare Parts
Designation
MT 2 ER20X48.5 NUT ER20 TOP WRENCH ER20* PRESET ER-JET 10X1.5*
MT 2 ER25X52 NUT ER25 TOP WRENCH ER25* PRESET ER-JET 10X1.5*
MT 3 ER32X 69 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
MT 3 ER40X 79 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 12X1.75* PRESET ER-JET 12X1.75L*
MT 4 ER32X 61 NUT ER32 TOP WRENCH ER32* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
MT 4 ER40X 82 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
MT 4 ER50X108 NUT ER50 UM WRENCH ER50* PRESET ER-JET 16X2* PRESET ER-JET 16X2L*
MT 5 ER40X 82 NUT ER40 TOP WRENCH ER40* PRESET ER-JET 28X1.5*
MT 5 ER50X 85 NUT ER50 UM WRENCH ER50* PRESET ER-JET 28X1.5*
MT-ER
* Optional, should be ordered separately
* Optional, should be ordered separately
Spare Parts
Designation
DIN69880 30 HYDRO 20X89 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69880 30 HYDRO 25X100 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
DIN69880 30 HYDRO 32X100 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
DIN69880 40 HYDRO 20X95 TEST BAR HYDRO 20* WRENCH HYDRO HEX 4*
DIN69880 40 HYDRO 25X95 TEST BAR HYDRO 25* WRENCH HYDRO HEX 4*
DIN69880 40 HYDRO 32X95 TEST BAR HYDRO 32* WRENCH HYDRO HEX 4*
DIN69880-HYDRO
Spare Parts
Designation
ST-CF (CLICKFIT) SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911 OR 15X3N WRENCH REAL C.F M8
ST-CF (CLICKFIT)
Spare Parts
Designation
EX CF (CLICKFIT extension) SCREW M16X1.5 FOR CF4 WRENCH HW 8 200X36 DIN911 OR 15X3N WRENCH REAL C.F M8
EX CF (CLICKFIT extension)
* Optional, should be ordered separately
Spare Parts
Designation
ST 16X 38 ER11 MF NUT ER11 MINI WRENCH ER11 MINI* PRESET ER-JET 8X1*
ST 16X 50 ER11 MF NUT ER11 MINI WRENCH ER11 MINI* PRESET ER-JET 8X1.25*
ST 16X140 ER11 MF NUT ER11 MINI WRENCH ER11 MINI* PRESET ER-JET 8X1*
ST 16X 35 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 8X1*
ST 20X 50 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 20X 70 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 20X120 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 20X140 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 22X 38 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 22X 70 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 22X100 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 25X 65 ER16 MF NUT ER16 MINI WRENCH ER16 MINI* PRESET ER-JET 12X1*
ST 22X 80 ER20 MF NUT ER20 MINI WRENCH ER20 MINI* PRESET ER-JET 12X1*
ST 25X100 ER20 MF NUT ER20 MINI WRENCH ER20 MINI* PRESET ER-JET 14X1*
ST 25X154 ER20 MF NUT ER20 MINI WRENCH ER20 MINI* PRESET ER-JET 14X1*
ST 22X 70 ER25 MF NUT ER25 MINI WRENCH ER25 MINI* PRESET ER-JET 12X1*
ST 25X 75 ER25 MF NUT ER25 MINI WRENCH ER25 MINI* PRESET ER-JET 14X1*
ST 25X145 ER25 MF NUT ER25 MINI WRENCH ER25 MINI* PRESET ER-JET 14X1*
ST 32X 70 ER25 MF NUT ER25 MINI WRENCH ER25 MINI* PRESET ER-JET 18X1*
ST-ER-MF (mini flat)
Spare Parts
Designation
CAB M-SEM DR.DOG 8S SR M8X25DIN912
CAB M-SEM
997
Accessories & Spare Parts
997
SPARE PARTS
* (Optional, should be ordered separately)
Spare Parts
Designation
ADJ HYDRO WRENCH HYDRO HEX 4*
ADJ HYDRO
Spare Parts
Designation
ADJ ER NOSE NUT ER32 TOP ADJ ER32 NOSE
ADJ ER NOSE
Spare Parts
Designation
ADJ DIN69871 SR M8X1X16 DIN916
ADJ DIN69871
Spare Parts
Designation
ADJ BT SR M8X1X16 DIN916
ADJ BT
* Optional, should be ordered separately
Spare Parts
Designation
ADJ ST-ER NUT ER32 TOP* ADJUST SPACER 9.5X5 PRESET ER-JET 22X1.5 SR M8X1X16 DIN916 SR M6X30 DIN912 ADJ ER32 NOSE
ADJ ST-ER
* Optional, should be ordered separately
Spare Parts
Designation
GYRO DIN69880 30 ER25 NUT ER25 TOP WRENCH ER25* SR M6X25DIN912 SR M6X20 DIN916 SR NPT1/8"X8DIN906
GYRO DIN69880 30 ER32 NUT ER32 TOP WRENCH ER32* SR M6X25DIN912 SR M6X20 DIN916 SR NPT1/8"X8DIN906
GYRO DIN69880 40 ER32 NUT ER32 TOP WRENCH ER32* SR M6X25DIN912 SR M6X20 DIN916 SR NPT1/8"X8DIN906
GYRO DIN69880 50 ER32 NUT ER32 TOP WRENCH ER32* SR M6X25DIN912 SR M6X20 DIN916 SR NPT1/8"X8DIN906
GYRO DIN69880-ER
* Optional, should be ordered separately
Spare Parts
Designation
GFI MT 2 ER20 NUT ER20 TOP WRENCH ER20*
GFI MT 3 ER32 NUT ER32 TOP WRENCH ER32*
GFI MT-ER
ISCAR
998
Accessories & Spare Parts
ISCAR
998
SPARE PARTS
Spare Parts
Designation
ER20 SRK 3X35 SR M6X10 DIN916
ER20 SRK 3X60 SR M6X10 DIN916
ER20 SRK 4X35 SR M6X10 DIN916
ER20 SRK 4X60 SR M6X10 DIN916
ER20 SRK 5X35 SR M6X10 DIN916
ER20 SRK 5X60 SR M6X10 DIN916
ER20 SRK 6X35 SR M8X12 DIN916
ER20 SRK 6X60 SR M8X12 DIN916
ER25 SRK 3X35 SR M6X10 DIN916
ER25 SRK 3X60 SR M6X10 DIN916
ER25 SRK 4X35 SR M6X10 DIN916
ER25 SRK 4X60 SR M6X10 DIN916
ER25 SRK 5X35 SR M6X10 DIN916
ER25 SRK 5X60 SR M6X10 DIN916
ER25 SRK 6X35 SR M8X12 DIN916
ER25 SRK 6X60 SR M8X12 DIN916
ER25 SRK 8X35 SR M10X10 DIN913
ER25 SRK 8X60 SR M10X10 DIN913
ER32 SRK 3X35 SR M6X10 DIN916
ER32 SRK 3X60 SR M6X10 DIN916
ER32 SRK 3X85 SR M6X10 DIN916
ER32 SRK 4X35 SR M6X10 DIN916
ER32 SRK 4X60 SR M6X10 DIN916
ER32 SRK 4X85 SR M6X10 DIN916
ER32 SRK 5X35 SR M6X10 DIN916
ER32 SRK 5X60 SR M6X10 DIN916
ER32 SRK 5X85 SR M6X10 DIN916
ER32 SRK 6X35 SR M8X12 DIN916
ER32 SRK 6X60 SR M8X12 DIN916
ER32 SRK 6X85 SR M8X12 DIN916
ER32 SRK 8X35 SR M10X10 DIN913
ER32 SRK 8X60 SR M10X10 DIN913
ER32 SRK 8X85 SR M10X10 DIN913
ER32 SRK 10X35 SR M12X10 DIN913
ER32 SRK 10X60 SR M12X10 DIN913
ER32 SRK 10X85 SR M12X10 DIN913
ER32 SRK 12X60 SR M14X12 DIN913
ER32 SRK 12X85 SR M14X12 DIN913
ER-SRK
Spare Parts
Designation
ER20 SRK 3X35 JET2 SR M6X10 DIN916
ER25 SRK 4X35 JET2 SR M6X10 DIN916
ER25 SRK 6X35 JET2 SR M8X12 DIN916
ER25 SRK 8X35 JET2 SR M10X10 DIN913
ER32 SRK 3X35 JET2 SR M6X10 DIN916
ER32 SRK 4X35 JET2 SR M6X10 DIN916
ER32 SRK 4X60 JET2 SR M6X10 DIN916
ER32 SRK 4X85 JET2 SR M6X10 DIN916
ER32 SRK 5X85 JET2 SR M6X10 DIN916
ER32 SRK 6X60 JET2 SR M8X12 DIN916
ER32 SRK 6X85 JET2 SR M8X12 DIN916
ER32 SRK 8X35 JET2 SR M10X10 DIN913
ER32 SRK 8X60 JET2 SR M10X10 DIN913
ER32 SRK 8X85 JET2 SR M10X10 DIN913
ER32 SRK 10X35 JET2 SR M12X10 DIN913
ER32 SRK 10X85 JET2 SR M12X10 DIN913
ER32 SRK 12X60 JET2 SR M14X12 DIN913
ER32 SRK 12X85 JET2 SR M14X12 DIN913
ER-SRK-JET2
999
Accessories & Spare Parts
999
SPARE PARTS
* Optional, should be ordered separately
Spare Parts
Designation
ER32 SRF 3X50 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 3X85 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 4X50 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 4X85 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 5X50 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 5X85 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 6X50 SR M8X12 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 6X85 SR M8X12 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 8X50 SR M10X10 DIN913 WRENCH ER32 CLICKIN 27*
ER32 SRF 8X85 SR M10X10 DIN913 WRENCH ER32 CLICKIN 27*
ER32 SRF 10X50 SR M12X10 DIN913 WRENCH ER32 CLICKIN 27*
ER32 SRF 10X85 SR M12X10 DIN913 WRENCH ER32 CLICKIN 27*
ER32 SRF 12X50 SR M14X12 DIN913 WRENCH ER32 CLICKIN 27*
ER32 SRF 12X85 SR M14X12 DIN913 WRENCH ER32 CLICKIN 27*
ER-SRF
* Optional, should be ordered separately
ER-SRF-JET2
Spare Parts
Designation
PRESET SC CAP 8X1.25L SR M8X25 DIN913
PRESET SC CAP 8X1.25 SR M8X25 DIN913
PRESET SC CAP 10X1.5 L SR M10X30DIN913
PRESET SC CAP 10X1.5 SR M10X30DIN913
PRESET SC CAP
* Optional, should be ordered separately
TJS-ER32/ TJS-BT/ TJS-HSK A63/ TJS-C#/ TJS-ST/ TJS-DIN69871
Spare Parts
NUT ER11 GHS WRENCH ER11 SMS WRENCH DIA3.2X48 TJS TSD DISPLAY* TJS CR2 BATTERY*
Spare Parts
Designation
ER32 SRF 3X50 JET2 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 3X85 JET2 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27
ER32 SRF 4X50 JET2 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 4X85 JET2 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 5X85 JET2 SR M6X10 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 6X50 JET2 SR M8X12 DIN916 WRENCH ER32 CLICKIN 27*
ER32 SRF 6X85 JET2 SR M8X12 DIN916 WRENCH ER32 CLICKIN 27*
ISCAR
1000
Accessories & Spare Parts
ISCAR
1000
MATERIALS AND GRADES
START
Complete Machining Solutions
MATERIALS AND GRADES
ISCAR
1002
MATERIALS AND GRADES
Grades ISO Coating Layers Recommended Applications
IC300
P25-P50
M20-M40
S15-S25
TiN
TiCN
A tough submicron TiN/TiCN PVD coated grade. Suitable for milling heat resistant alloys, austenitic
stainless steel and carbon steel at unfavorable conditions, at low to medium cutting speeds.
S .T.
IC330 IC328
P25-P50
M30-M40
S25-S30
TiN
TiCN
TiN
A TiN/TiCN PVD coated tough grade. Used for milling, grooving, parting and drilling a
wide range of workpiece materials, at low to medium cutting speeds.
S .T.
IC380
P15-P40 M20-M30
K05-K25 H10-H25
AL-TEC
TiAIN
A tough submicron substrate, TiCN PVD coated and a special surface treatment. Designed for
machining titanium and heat resistant alloys, austenitic stainless steel, at medium to high cutting speeds,
interrupted cut and unfavorable conditions. Excellent notch wear and built-up edge resistance. High
resistance to mechanical and thermal shock – therefore milling with coolant may be applied.
IC900
P15-P40 M20-M30
K05-K25 S15-S25
H10-H25
AL-TEC
TiAIN
A tough, submicron PVD TiAlN coated grade. Suitable for milling heat resistant alloys, austenitic
stainless steel, hard alloys and carbon steel at medium to high cutting speeds.
IC903
H01-H10 P05-P15
M10-M20 S10-S20
AL-TEC
TiAIN
Ultra-fine grain carbide with 12% cobalt, TiAlN PVD coated grade. Used for up to 62 HRc hardened steel, titanium,
nickel-based alloys and stainless steel at high speeds and medium feeds. A tough and highly wear resistant grade.
S .T.
IC808 IC908
P15-P30 M20-M30
K20-K40 S05-S20
H05-H15
TIAIN
TiN
A tough submicron substrate, TiAlN PVD coated grade. Designed for machining heat resistant alloys,
austenitic stainless steel, hard alloys and carbon steel at medium to high cutting speeds, interrupted
cut and unfavorable conditions. Excellent notch wear and built-up edge resistance.
S .T.
IC810 IC910
K10-K30
P15-P30
AL-TEC
TIAIN
TiN
A PVD TiAlN coated grade. First choice for milling nodular cast iron at medium to high cutting speeds.
S .T.
IC830 IC928
P20-P50 M20-M30
K15-K40 S15-S40
TIAIN
TiN
A PVD TiAlN coated tough grade. Suitable for milling stainless steel, high temperature alloys and other alloy steels.
Recommended for interrupted cut and heavy operations.
IC950
P10-P35
K10-K40
TiAIN
A PVD TiAlN coated grade. Used for heavy milling alloy steel and cast iron. Features excellent wear resistance.
S .T.
IC5100 IC4100
K05-K20
P10-P25
a-TEC
TiCN
Al203
TiN
A tough substrate with a new MTCVD and TiCN/Al2O3 coating. Recommended for
milling grey cast iron at high cutting speeds, providing extended tool life.
IC520M
P15-P35
M10-M20
K10-K30
TiCN
A TiCN CVD coated grade. Used for milling and drilling steel, malleable cast iron and
stainless steel at medium feeds and medium to high cutting speeds.
IC4050
K20-K40
P20-P50
M20-M30
TiCN
Al203
TiN
A TiCN/TiC/Al2O3 multilayer, CVD coated grade. Used for milling grey and nodular cast
iron, at medium to high cutting speeds. A high wear resistant grade.
S .T.
IC5400
P05-P20
TiCN
Al203
TiN
A tough substrate with a new MTCVD and alpha Al2O3 coating. Recommended for milling steel at high cutting speed providing
excellent tool life.
DT7150
CVD+PVD COATED
K05-K25
DO-TEC
TiCN
Al203
TiN
TiAIN
A tough substrate with a dual MTCVD Al2O3 and TiAlN PVD coating. Recommended for medium to high cutting
speeds for machining of both grey and nodular cast iron. Features high wear and chipping resistance.
ISCAR Milling Grades Chart
S .T.
SUMO TEC PVD COATED CVD COATED CERMET
1003
MATERIALS AND GRADES
ISCAR Milling Grades Chart
Grades ISO Coating Layers Recommended Applications
IC300
P25-P50
M20-M40
S15-S25
TiN
TiCN
A tough submicron TiN/TiCN PVD coated grade. Suitable for milling heat resistant alloys, austenitic
stainless steel and carbon steel at unfavorable conditions, at low to medium cutting speeds.
S .T.
IC330 IC328
P25-P50
M30-M40
S25-S30
TiN
TiCN
TiN
A TiN/TiCN PVD coated tough grade. Used for milling, grooving, parting and drilling a
wide range of workpiece materials, at low to medium cutting speeds.
S .T.
IC380
P15-P40 M20-M30
K05-K25 H10-H25
AL-TEC
TiAIN
A tough submicron substrate, TiCN PVD coated and a special surface treatment. Designed for
machining titanium and heat resistant alloys, austenitic stainless steel, at medium to high cutting speeds,
interrupted cut and unfavorable conditions. Excellent notch wear and built-up edge resistance. High
resistance to mechanical and thermal shock – therefore milling with coolant may be applied.
IC900
P15-P40 M20-M30
K05-K25 S15-S25
H10-H25
AL-TEC
TiAIN
A tough, submicron PVD TiAlN coated grade. Suitable for milling heat resistant alloys, austenitic
stainless steel, hard alloys and carbon steel at medium to high cutting speeds.
IC903
H01-H10 P05-P15
M10-M20 S10-S20
AL-TEC
TiAIN
Ultra-fine grain carbide with 12% cobalt, TiAlN PVD coated grade. Used for up to 62 HRc hardened steel, titanium,
nickel-based alloys and stainless steel at high speeds and medium feeds. A tough and highly wear resistant grade.
S .T.
IC808 IC908
P15-P30 M20-M30
K20-K40 S05-S20
H05-H15
TIAIN
TiN
A tough submicron substrate, TiAlN PVD coated grade. Designed for machining heat resistant alloys,
austenitic stainless steel, hard alloys and carbon steel at medium to high cutting speeds, interrupted
cut and unfavorable conditions. Excellent notch wear and built-up edge resistance.
S .T.
IC810 IC910
K10-K30
P15-P30
AL-TEC
TIAIN
TiN
A PVD TiAlN coated grade. First choice for milling nodular cast iron at medium to high cutting speeds.
S .T.
IC830 IC928
P20-P50 M20-M30
K15-K40 S15-S40
TIAIN
TiN
A PVD TiAlN coated tough grade. Suitable for milling stainless steel, high temperature alloys and other alloy steels.
Recommended for interrupted cut and heavy operations.
IC950
P10-P35
K10-K40
TiAIN
A PVD TiAlN coated grade. Used for heavy milling alloy steel and cast iron. Features excellent wear resistance.
S .T.
IC5100 IC4100
K05-K20
P10-P25
a-TEC
TiCN
Al203
TiN
A tough substrate with a new MTCVD and TiCN/Al2O3 coating. Recommended for
milling grey cast iron at high cutting speeds, providing extended tool life.
IC520M
P15-P35
M10-M20
K10-K30
TiCN
A TiCN CVD coated grade. Used for milling and drilling steel, malleable cast iron and
stainless steel at medium feeds and medium to high cutting speeds.
IC4050
K20-K40
P20-P50
M20-M30
TiCN
Al203
TiN
A TiCN/TiC/Al2O3 multilayer, CVD coated grade. Used for milling grey and nodular cast
iron, at medium to high cutting speeds. A high wear resistant grade.
S .T.
IC5400
P05-P20
TiCN
Al203
TiN
A tough substrate with a new MTCVD and alpha Al2O3 coating. Recommended for milling steel at high cutting speed providing
excellent tool life.
DT7150
CVD+PVD COATED
K05-K25
DO-TEC
TiCN
Al203
TiN
TiAIN
A tough substrate with a dual MTCVD Al2O3 and TiAlN PVD coating. Recommended for medium to high cutting
speeds for machining of both grey and nodular cast iron. Features high wear and chipping resistance.
ISCAR
1004
MATERIALS AND GRADES
Grades ISO Coating Layers Recommended Applications
IC30N
P10-P30
M10-M20
H10-H25
A cermet grade. Provides excellent resistance to wear and plastic deformation even at high cutting speeds
and medium feeds. Useful for turning and milling of semi-finishing and finishing applications.
IC07
M10-M30
S10-S30
An uncoated, fine grain carbide grade. Used for high temperature alloys and stainless steel at low to medium cutting speeds.
IC20
M10-M25 K10-K20
N05-N25 S05-S20
H05-H15
An uncoated carbide grade. Used for semi-finishing, finishing and semi-roughing of aluminum, cast iron and stainless steel.
Used at low to medium speeds and feeds.
IC08
M10-M30
N10-N25
S10-S30
An uncoated, fine grain carbide grade. Used for stainless steel and high temperature alloys at low to medium cutting speeds.
IC28
N10-N30 P30-P50
M30-M40
S20-S25
An uncoated carbide grade. Used mainly for machining aluminum at medium cutting speeds with medium to large chip sections.
The inserts usually feature very sharp cutting angles.
IC50M
P20-P30
An uncoated carbide grade. Recommended for semi-finishing to rough steel milling with medium to large chip sections.
IB55
K05-K15 H10-H30
A 55% CBN brazed tip, used for finishing hardened steel (45-65 HRc) in continuous cutting.
IB85
K01-K15
An 85% CBN brazed tip, used for high speed turning of cast iron, cemented tungsten carbide, sintered metals and heavy alloys.
Excellent for interrupted cutting of hardened steel.
ID5
N01-N10
A PCD brazed tip, suitable for machining aluminum (Si < 12%) and copper alloys and general cutting of nonferrous materials.
ID8
N05-N15
A PCD grade for milling applications. Ideal for machining nonferrous metals, such as high silicon (>12%) aluminum alloys and
metal matrix composites. Typical components: engine, gearbox and transmission components, disk brakes, glass epoxy parts, etc.
IS8
SILICON NITRIDE
K01-K20
A silicon nitride grade, used for medium turning and milling applications. Can be used for interrupted cuts.
Cutting speed range: 100-1500 m/min, feed range: 0.1-1.0 mm/rev.
UNCOATED CBN PCD CERAMICS
CERMET
ISCAR Milling Grades Chart
1005
MATERIALS AND GRADES
Semi-StandardStandard
ISCAR Milling Grades Chart
Grades ISO Coating Layers Recommended Applications
IC30N
P10-P30
M10-M20
H10-H25
A cermet grade. Provides excellent resistance to wear and plastic deformation even at high cutting speeds
and medium feeds. Useful for turning and milling of semi-finishing and finishing applications.
IC07
M10-M30
S10-S30
An uncoated, fine grain carbide grade. Used for high temperature alloys and stainless steel at low to medium cutting speeds.
IC20
M10-M25 K10-K20
N05-N25 S05-S20
H05-H15
An uncoated carbide grade. Used for semi-finishing, finishing and semi-roughing of aluminum, cast iron and stainless steel.
Used at low to medium speeds and feeds.
IC08
M10-M30
N10-N25
S10-S30
An uncoated, fine grain carbide grade. Used for stainless steel and high temperature alloys at low to medium cutting speeds.
IC28
N10-N30 P30-P50
M30-M40
S20-S25
An uncoated carbide grade. Used mainly for machining aluminum at medium cutting speeds with medium to large chip sections.
The inserts usually feature very sharp cutting angles.
IC50M
P20-P30
An uncoated carbide grade. Recommended for semi-finishing to rough steel milling with medium to large chip sections.
IB55
K05-K15 H10-H30
A 55% CBN brazed tip, used for finishing hardened steel (45-65 HRc) in continuous cutting.
IB85
K01-K15
An 85% CBN brazed tip, used for high speed turning of cast iron, cemented tungsten carbide, sintered metals and heavy alloys.
Excellent for interrupted cutting of hardened steel.
ID5
N01-N10
A PCD brazed tip, suitable for machining aluminum (Si < 12%) and copper alloys and general cutting of nonferrous materials.
ID8
N05-N15
A PCD grade for milling applications. Ideal for machining nonferrous metals, such as high silicon (>12%) aluminum alloys and
metal matrix composites. Typical components: engine, gearbox and transmission components, disk brakes, glass epoxy parts, etc.
IS8
SILICON NITRIDE
K01-K20
A silicon nitride grade, used for medium turning and milling applications. Can be used for interrupted cuts.
Cutting speed range: 100-1500 m/min, feed range: 0.1-1.0 mm/rev.
ISCAR
1006
MATERIALS AND GRADES
According to DIN / ISO 513 and VDI 3323
Steel Stainless Steel Cast Iron
Hardened SteelHigh Temp. AlloysNonferrous
MATERIAL GROUPS
(1) Specific cutting force for 1 mm2 chip section. (see page 467).
(2) Chip thickness factor. (see page 467).
ISO Material Condition
Tensile
Strength
[N/mm2]
Kc1(1)
[N/mm2] mc(2)
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 1350 0.21 125 1
>= 0.25 %C Annealed 650 1500 0.22 190 2
< 0.55 %C Quenched and
tempered 850 1675 0.24 250 3
>= 0.55 %C Annealed 750 1700 0.24 220 4
Quenched and
tempered 1000 1900 0.24 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 1775 0.24 200 6
Quenched and
tempered
930 1675 0.24 275 7
1000 1725 0.24 300 8
1200 1800 0.24 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 2450 0.23 200 10
Quenched and
tempered 1100 2500 0.23 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 1875 0.21 200 12
Martensitic 820 1875 0.21 240 13
MStainless steel Austenitic 600 2150 0.20 180 14
K
Grey cast iron (GG) Ferritic/pearlitic 1150 0.20 180 15
Pearlitic 1350 0.28 260 16
Cast iron nodular (GGG) Ferritic 1225 0.25 160 17
Pearlitic 1350 0.28 250 18
Malleable cast iron Ferritic 1225 0.25 130 19
Pearlitic 1420 0.3 230 20
N
Aluminum-
wrought alloy
Not cureable 700 0.25 60 21
Cured 800 0.25 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 700 0.25 75 23
Cured 700 0.25 90 24
>12% Si High temperature 750 0.25 130 25
Copper alloys
>1% Pb Free cutting 700 0.27 110 26
Brass 700 0.27 90 27
Electrolitic copper 700 0.27 100 28
Non metallic
Duroplastics, fiber
plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 2600 0.24 200 31
Cured 3100 0.24 280 32
Ni or Co based
Annealed 3300 0.24 250 33
Cured 3300 0.24 350 34
Cast 3300 0.24 320 35
Titanium Ti alloys
RM 400 1700 0.23 36
Alpha+beta alloys
cured RM 1050 2110 0.22 37
H
Hardened steel Hardened 4600 55 HRc 38
Hardened 4700 60 HRc 39
Chilled cast iron Cast 4600 400 40
Cast iron Hardened 4500 55 HRc 41
1007
MATERIALS AND GRADES
1007
USER GUIDE
2240
2100
1960
1820
1680
1540
1400
1260
1120
980
840
700
560
10 20 30 40 50 60 70
320
300
280
260
240
220
200
180
160
140
120
100
80
200
300
400
500
600
700
Hardness Conversion Table
Brinell Hardness (HB)
Tensile Strength
N/mm2
Rockwell “C” Hardness (HRC)
Kpsi
MATERIAL GROUPS
ISCAR
1008
MATERIALS AND GRADES
Mtl. No.
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Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
1
1.0028 Ust 34-2
(S250G1T) A 34-2 Fe 330; Fe 330 B FU SS 330
1
1.0034 RSt 34-2
(S250G2T)
1449 34/20HR;
1449 34/20HS; 1449
34/20CR; 1449
34/20CS
A 34-2 NE Fe 330 B FN St2sp; St2ps
1
1.0035 St185
(Fe 310-0); St 33
Fe 310-0; 1449
15HR; 1449 15HS A 33 1300 Fe 320 Fe 310-0 St0
1
A 570 Gr. 33; A 570
Gr. 36 1.0036 S235JRG1;
(Fe 360 B); Ust 37-2 Fe 360 B; 4360-40 B 1311; 1312 FE37BFU AE 235 B; Fe 360 B 16D; 18kp; St3kp
1
1.0037 S235JR
(Fe 360 B); St 37-2 Fe 360 B; 4360-40 B E 24-2 1311 Fe 360 B; 1449
37/23 HR AE 235 B; Fe 360 B STKM 12 A; STKM
12 AC
1
A 570 Gr. 40 1.0044 S275JR
(Fe 430 B); St44-2
Fe 430 B FN; 1449
43/25 HR; 1449
43/25HS; 4360-43 B
E 28-2 1412 Fe 430 B; Fe 430
B FN
AE 275 B; Fe 430
B FN
SM 400 A; SM 400
B; SM 400 C St4ps; St4sp
1
1.0045 S355JR 4360-50 B E 36-2 2172 Fe 510 B AE 355 B
1
A 570 Gr.50; A 572
Gr.50 1.0050 E295
(Fe 490-2); St 50-2
Fe 490-2 FN; 4360-
50 B A 50-2 1550; 2172 Fe 490 a 490-2; Fe 490-2
FN SS 490 ST5ps; ST5sp
1
A 572 Gr. 65 1.0060 E335
(Fe 590-2); St 60-2
Fe 60-2; 4360-55 E;
4360-55 C A 60-2 1650 Fe 60-2; Fe 590 A 590-2; Fe 590-2
FN SM 570 St6ps; St6sp
1
1.0112 P235S 1501-164-360B LT20 A37AP Fe 360 C AE 235 C
1
1.0114 S235JU; St 37-3 U 4360-40C E 24-3 Fe 360 C AE 235 C
1
1.0130 P265S 1501-164-400B LT
20 A 42 AP SPH 265
1
1.0143 S275J0; St 44-3 U 4360-43C E 28-3 1414-01 Fe 430 D AE 275 D
1
A 573 Gr. 70; A 611
Gr.D 1.0144 S275J2G3
(Fe 430 D 1); St 44-3
Fe 430 D1 FF; 4360-
43 C; 4360-43 D E 28-3; E 28-4 1411; 1412; 1414
Fe 430 B; Fe 430 C
(FN); Fe 430 D
(FF)
AE 275 D; Fe 430
D1 FF
SM 400 A; SM 400
B; SM 400 C St4kp; St4ps; St4sp
1
1.0149 S275JOH; RoSt 44-2 4360-43C 1412-04 Fe 430 C Fe 430 C
1
1.0226 DX51D; St 02 Z Z2 GC 1151 10 FeP 02 G FeP 02 G
1
M 1010 1.0301 C10 040 A 10; 045 M 10;
1449 10 CS AF 34 C 10; XC 10 C 10; 1 C 10 F.1511; F.151.A S 10C 10
1
A 621
(1008)
1.0330 DC 01; St 2; St 12 1449 4 CR; 1449
3 CS TC 1142 FeP 00; FeP 01 AP 11 SPHD 15 kp
1
A 619
(1008)
1.0333 Ust 3
(DC03G1); Ust 13
1449 2 CR;1449 3
CR EFeP 02 AP 02 SPCD
According to VDI 3323 Standard
MATERIAL GROUPS
1009
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
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SS
Italy
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Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
1
1.0028 Ust 34-2
(S250G1T) A 34-2 Fe 330; Fe 330 B FU SS 330
1
1.0034 RSt 34-2
(S250G2T)
1449 34/20HR;
1449 34/20HS; 1449
34/20CR; 1449
34/20CS
A 34-2 NE Fe 330 B FN St2sp; St2ps
1
1.0035 St185
(Fe 310-0); St 33
Fe 310-0; 1449
15HR; 1449 15HS A 33 1300 Fe 320 Fe 310-0 St0
1
A 570 Gr. 33; A 570
Gr. 36 1.0036 S235JRG1;
(Fe 360 B); Ust 37-2 Fe 360 B; 4360-40 B 1311; 1312 FE37BFU AE 235 B; Fe 360 B 16D; 18kp; St3kp
1
1.0037 S235JR
(Fe 360 B); St 37-2 Fe 360 B; 4360-40 B E 24-2 1311 Fe 360 B; 1449
37/23 HR AE 235 B; Fe 360 B STKM 12 A; STKM
12 AC
1
A 570 Gr. 40 1.0044 S275JR
(Fe 430 B); St44-2
Fe 430 B FN; 1449
43/25 HR; 1449
43/25HS; 4360-43 B
E 28-2 1412 Fe 430 B; Fe 430
B FN
AE 275 B; Fe 430
B FN
SM 400 A; SM 400
B; SM 400 C St4ps; St4sp
1
1.0045 S355JR 4360-50 B E 36-2 2172 Fe 510 B AE 355 B
1
A 570 Gr.50; A 572
Gr.50 1.0050 E295
(Fe 490-2); St 50-2
Fe 490-2 FN; 4360-
50 B A 50-2 1550; 2172 Fe 490 a 490-2; Fe 490-2
FN SS 490 ST5ps; ST5sp
1
A 572 Gr. 65 1.0060 E335
(Fe 590-2); St 60-2
Fe 60-2; 4360-55 E;
4360-55 C A 60-2 1650 Fe 60-2; Fe 590 A 590-2; Fe 590-2
FN SM 570 St6ps; St6sp
1
1.0112 P235S 1501-164-360B LT20 A37AP Fe 360 C AE 235 C
1
1.0114 S235JU; St 37-3 U 4360-40C E 24-3 Fe 360 C AE 235 C
1
1.0130 P265S 1501-164-400B LT
20 A 42 AP SPH 265
1
1.0143 S275J0; St 44-3 U 4360-43C E 28-3 1414-01 Fe 430 D AE 275 D
1
A 573 Gr. 70; A 611
Gr.D 1.0144 S275J2G3
(Fe 430 D 1); St 44-3
Fe 430 D1 FF; 4360-
43 C; 4360-43 D E 28-3; E 28-4 1411; 1412; 1414
Fe 430 B; Fe 430 C
(FN); Fe 430 D
(FF)
AE 275 D; Fe 430
D1 FF
SM 400 A; SM 400
B; SM 400 C St4kp; St4ps; St4sp
1
1.0149 S275JOH; RoSt 44-2 4360-43C 1412-04 Fe 430 C Fe 430 C
1
1.0226 DX51D; St 02 Z Z2 GC 1151 10 FeP 02 G FeP 02 G
1
M 1010 1.0301 C10 040 A 10; 045 M 10;
1449 10 CS AF 34 C 10; XC 10 C 10; 1 C 10 F.1511; F.151.A S 10C 10
1
A 621
(1008)
1.0330 DC 01; St 2; St 12 1449 4 CR; 1449
3 CS TC 1142 FeP 00; FeP 01 AP 11 SPHD 15 kp
1
A 619
(1008)
1.0333 Ust 3
(DC03G1); Ust 13
1449 2 CR;1449 3
CR EFeP 02 AP 02 SPCD
ISCAR
1010
MATERIALS AND GRADES
Mtl. No.
USA
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GERMANY Great Britain
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GOST
Werkstoff DIN BS EN
1
A 621
(1008)
1.0334 UStW 23
(DD12G1) S C FeP 12 AP 12 SPHE 10kp
1
A 622
(1008)
1.0335 DD13; StW 24 1449 1 HR 3 C FeP 13 AP 13 SPHE 08kp
1
A 620
(1008)
1.0338 DC04; St 4; St 14 1449 1 CR; 1449
2 CR ES 1147 FeP 04 AP 04 SPCE 08Ju; JuA
1
A 516 Gr. 65; 55 A
515 Gr. 65; 55 A 414
Gr. C; A 442 Gr.55
1.0345 P235GH/H I
1501 Gr. 141-360;
1501 Gr. 161-360;
151-360 1501 Gr.
161-400; 154-360
1501 Gr. 164-360;
161-360
A 37 CP; A 37 AP 1331; 1330
FeE235; Fe 360 1
KW; Fe 360 1KG; Fe
360 2 KW; Fe 360
2 KG
A 37 RC I; RA II
SGV 410; SGV 450;
SGV 480; SPV 450;
SPV 480
1
(M) 1020; M 1023 1.0402 C22
055 M 15; 070 M 20;
1499 22 HS; 1499
22 CS
2C/2D AF 42 C 20; XC 25;
1 C 22 1450 C 20; C 21; C 25 1 C 22; F.112 S20C 20
1
1020 1.0402 C22 050A20 2C/2D CC20 1450 C20; C21 F.112 S22 C 20
1
1020; 1023 1.0402 C22 055 M 15; 070 M 20 2C AF 42 C 20; XC 25;
1 C 22 1450 C 20;C 21;C 25 1 C 22F.112 S 20 C; S 22 C
1
1.0425 P265GH/H ll
1501 Gr. 161-400;
151-400 1501 Gr.
164-360; 161-400
1501 Gr. 164-400;
154-400
A 42 CP; A 42 AP 1431; 1430; 1432
Fe 410 1KW; Fe 410
1KG; Fe 410 1KT;
Fe 410 2KW; Fe 410
2KG
A 42 RC I; A 42
RC II
SPV 315; SPV 355;
SG 295; SGV 410;
SGV 450; SGV 480
16K; 20K
1
A27 65-35 1.0443 GS-45 A1 E 23-45 M 1305
1
1.0539 S355NH;StE 335 TSE 355-4 2134-04 Fe 510 B Fe 355 KGN
1
1.0545 S355N; StE 355 4360-50E E 355 R 2334-01 FeE 355 KG AE 355 KG
1
1.0546 S355NL;TStE 355 4360-50EE E 355 FP 2135-01 FeE 355 KT AE 355 KT
1
1.0547 S355JOH 4360-50C TSE 355-3 2172-04 Fe 510 C Fe 510 C
1
1.0549 S355 NLH;TStE 355 2135 Fe 510 D FeE 355 KTM
1
1.0553 S355JO;St 52-3U 4360-50C E 36-3 Fe 510 C
1
A 633 Gr.C; A 588 1.0562 P355N; StE 355 1501 Gr.225-490A
LT 20
FeE 355 KG N; E
355 R/FP; A 510 AP 2106 FeE 355 KG; FeE
355 KW
AEE 355 KG; AEE
355 DD
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
15GF
1
1.0565 P355NH; WStE 355 1501-225-490B LT
20 A 510 AP 2106 FeE 355-2
1
1.0566 P355NL1; TStE 355 1501-225-490A LT
50 A 510 FP 2107-01 FeE 355-3
1
1 1.0570 S355J2G3; St 52-3
Fe 510 D1 FF; 1449
50/35 HR›HS; 4360-
50 D
E 36-3; E 36-4 2132; 2133; 2134;
2174 17GS; 17G1S AE 355 D; Fe 510
D1 FF
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
17GS; 17G1S
1
1213 1.0715 9 SMn 28
(1SMn30) 230 M 07 S 250 1912 CF SMn 28 F.2111 - 11 SMn 28 SUM 22
According to VDI 3323 Standard
MATERIAL GROUPS
1011
MATERIALS AND GRADES
Mtl. No.
USA
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GERMANY Great Britain
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UNE
Japan
JIS
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GOST
Werkstoff DIN BS EN
1
A 621
(1008)
1.0334 UStW 23
(DD12G1) S C FeP 12 AP 12 SPHE 10kp
1
A 622
(1008)
1.0335 DD13; StW 24 1449 1 HR 3 C FeP 13 AP 13 SPHE 08kp
1
A 620
(1008)
1.0338 DC04; St 4; St 14 1449 1 CR; 1449
2 CR ES 1147 FeP 04 AP 04 SPCE 08Ju; JuA
1
A 516 Gr. 65; 55 A
515 Gr. 65; 55 A 414
Gr. C; A 442 Gr.55
1.0345 P235GH/H I
1501 Gr. 141-360;
1501 Gr. 161-360;
151-360 1501 Gr.
161-400; 154-360
1501 Gr. 164-360;
161-360
A 37 CP; A 37 AP 1331; 1330
FeE235; Fe 360 1
KW; Fe 360 1KG; Fe
360 2 KW; Fe 360
2 KG
A 37 RC I; RA II
SGV 410; SGV 450;
SGV 480; SPV 450;
SPV 480
1
(M) 1020; M 1023 1.0402 C22
055 M 15; 070 M 20;
1499 22 HS; 1499
22 CS
2C/2D AF 42 C 20; XC 25;
1 C 22 1450 C 20; C 21; C 25 1 C 22; F.112 S20C 20
1
1020 1.0402 C22 050A20 2C/2D CC20 1450 C20; C21 F.112 S22 C 20
1
1020; 1023 1.0402 C22 055 M 15; 070 M 20 2C AF 42 C 20; XC 25;
1 C 22 1450 C 20;C 21;C 25 1 C 22F.112 S 20 C; S 22 C
1
1.0425 P265GH/H ll
1501 Gr. 161-400;
151-400 1501 Gr.
164-360; 161-400
1501 Gr. 164-400;
154-400
A 42 CP; A 42 AP 1431; 1430; 1432
Fe 410 1KW; Fe 410
1KG; Fe 410 1KT;
Fe 410 2KW; Fe 410
2KG
A 42 RC I; A 42
RC II
SPV 315; SPV 355;
SG 295; SGV 410;
SGV 450; SGV 480
16K; 20K
1
A27 65-35 1.0443 GS-45 A1 E 23-45 M 1305
1
1.0539 S355NH;StE 335 TSE 355-4 2134-04 Fe 510 B Fe 355 KGN
1
1.0545 S355N; StE 355 4360-50E E 355 R 2334-01 FeE 355 KG AE 355 KG
1
1.0546 S355NL;TStE 355 4360-50EE E 355 FP 2135-01 FeE 355 KT AE 355 KT
1
1.0547 S355JOH 4360-50C TSE 355-3 2172-04 Fe 510 C Fe 510 C
1
1.0549 S355 NLH;TStE 355 2135 Fe 510 D FeE 355 KTM
1
1.0553 S355JO;St 52-3U 4360-50C E 36-3 Fe 510 C
1
A 633 Gr.C; A 588 1.0562 P355N; StE 355 1501 Gr.225-490A
LT 20
FeE 355 KG N; E
355 R/FP; A 510 AP 2106 FeE 355 KG; FeE
355 KW
AEE 355 KG; AEE
355 DD
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
15GF
1
1.0565 P355NH; WStE 355 1501-225-490B LT
20 A 510 AP 2106 FeE 355-2
1
1.0566 P355NL1; TStE 355 1501-225-490A LT
50 A 510 FP 2107-01 FeE 355-3
1
1 1.0570 S355J2G3; St 52-3
Fe 510 D1 FF; 1449
50/35 HR›HS; 4360-
50 D
E 36-3; E 36-4 2132; 2133; 2134;
2174 17GS; 17G1S AE 355 D; Fe 510
D1 FF
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
17GS; 17G1S
1
1213 1.0715 9 SMn 28
(1SMn30) 230 M 07 S 250 1912 CF SMn 28 F.2111 - 11 SMn 28 SUM 22
ISCAR
1012
MATERIALS AND GRADES
Mtl. No.
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Werkstoff DIN BS EN
1
1213 1.0715 9 SMn 28 230 M 07 S 250 1912 CF 9 SMn 28 11 SMn 28 SUM 22
1
12 L 13 1.0718 9 SMnPb 28
(11SMnPb30) S 250 Pb 1914 CF 9 SMnPb 28 F.2112-11 SMnPb
28
SUM 22 L; SUM 23
L; SUM 24 L
1
1108; 1109 1.0721 10 S 20 10S20 10S20; 10 F 2 CF 10 S 20 F. 2121 - 10 S 20
1
11 L 08 1.0722 10 SPb 20 10PbF 2 CF 10 SPb 20 F.2122-10 SPb 20
1
11 L 08 1.0722 10 SPb 20 10 PbF 2 CF 10 SPb 20 10 SPb 20
1
1215 1.0736 9 SMn 36 11SMn37) S 300 CF 9 Mn 36 F.2113 - 12 SMn 35 SUM 25
1
12 L 14 1.0737 9 SMnPb 36
(11SMnPb37) S 300 Pb 1926 CF 9 SMnPb 36 F.2114- 12 SMnPb
35
1
1.0972 S315MC; QStE 300 TM 1501-40F30 E 315 D
1
1.0976 S355MC; QStE 360 TM 1501-43F35 E 355 D 2642 FeE 355TM
1
1.0982 S460MC; QStE 460 TM 1501-50F45
1
1.0984 S500MC; QStE 500 TM E 490 D 2662 FeE 490 TM
1
1.0986 S500MC; QStE 500 TM 1501 - 60F55 E 560 D FeE 560 TM
1
1010 1.1121 CK 10;
(C10E) 040 A 10 XC 10 1265 C 10; 2 C 10; 2 C 15 F-1510-C 10 K S 9 CK; S 10 C 08;10
1
1.1121 St 37-1 4360 40 A 1300
1
1015 1.1141 CK 15;
(C15E) 040 A 15; 080 M 15 32C XC 12; XC 15; XC 18 1370 C 15; C 16 F.1110-C 15 K;
F.1511-C 16 K S 15; S 15 CK 15
1
1020; 1023 1.1151 C22E; CK 22 055 M 15;
(070 M 20)
2 C 22; XC 18; XC
25 1450 C 20; C 25 F.1120-C 25 K S 20 C; S 20 CK; S
22 C 20
1
1.2083 2314
1
A572-60 1.8900 StE 380 4360 55 E 2145 FeE390KG S25C
1
A36 St 44-2 4360 43 A NFA 35-501 E 28 1411
1
StE 320-3Z 1 501 160 1421
2
(M) 1025 1.0406 C 25 070 M 26 1 C 25 C 25; 1 C 25
2
1.0416 GS-38 20-400 M 1306
2
A 537 CI.1; A 414 Gr.
G; A 612 1.0473 P355GH; 19 Mn 6 A 52 CP 2101; 2102 Fe E 355-2 A 52 RC I, RA II SGV 410; SGV 450;
SGV 480
2
1035 1.0501 C35
080 A 32; 080 A 35;
080 M 36; 1449 40
CS
1 C 35; AF 55 C 35;
XC 38 1572; 1550 C 35; 1 C 35 F.113 S 35 C 35
2
1045 1.0503 CF 45;
(C45G) 060 A 47; 080 M 46 XC 42 H 1 TS 1672 C 43; C 46 S 45 C 45
According to VDI 3323 Standard
MATERIAL GROUPS
1013
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
1
1213 1.0715 9 SMn 28 230 M 07 S 250 1912 CF 9 SMn 28 11 SMn 28 SUM 22
1
12 L 13 1.0718 9 SMnPb 28
(11SMnPb30) S 250 Pb 1914 CF 9 SMnPb 28 F.2112-11 SMnPb
28
SUM 22 L; SUM 23
L; SUM 24 L
1
1108; 1109 1.0721 10 S 20 10S20 10S20; 10 F 2 CF 10 S 20 F. 2121 - 10 S 20
1
11 L 08 1.0722 10 SPb 20 10PbF 2 CF 10 SPb 20 F.2122-10 SPb 20
1
11 L 08 1.0722 10 SPb 20 10 PbF 2 CF 10 SPb 20 10 SPb 20
1
1215 1.0736 9 SMn 36 11SMn37) S 300 CF 9 Mn 36 F.2113 - 12 SMn 35 SUM 25
1
12 L 14 1.0737 9 SMnPb 36
(11SMnPb37) S 300 Pb 1926 CF 9 SMnPb 36 F.2114- 12 SMnPb
35
1
1.0972 S315MC; QStE 300 TM 1501-40F30 E 315 D
1
1.0976 S355MC; QStE 360 TM 1501-43F35 E 355 D 2642 FeE 355TM
1
1.0982 S460MC; QStE 460 TM 1501-50F45
1
1.0984 S500MC; QStE 500 TM E 490 D 2662 FeE 490 TM
1
1.0986 S500MC; QStE 500 TM 1501 - 60F55 E 560 D FeE 560 TM
1
1010 1.1121 CK 10;
(C10E) 040 A 10 XC 10 1265 C 10; 2 C 10; 2 C 15 F-1510-C 10 K S 9 CK; S 10 C 08;10
1
1.1121 St 37-1 4360 40 A 1300
1
1015 1.1141 CK 15;
(C15E) 040 A 15; 080 M 15 32C XC 12; XC 15; XC 18 1370 C 15; C 16 F.1110-C 15 K;
F.1511-C 16 K S 15; S 15 CK 15
1
1020; 1023 1.1151 C22E; CK 22 055 M 15;
(070 M 20)
2 C 22; XC 18; XC
25 1450 C 20; C 25 F.1120-C 25 K S 20 C; S 20 CK; S
22 C 20
1
1.2083 2314
1
A572-60 1.8900 StE 380 4360 55 E 2145 FeE390KG S25C
1
A36 St 44-2 4360 43 A NFA 35-501 E 28 1411
1
StE 320-3Z 1 501 160 1421
2
(M) 1025 1.0406 C 25 070 M 26 1 C 25 C 25; 1 C 25
2
1.0416 GS-38 20-400 M 1306
2
A 537 CI.1; A 414 Gr.
G; A 612 1.0473 P355GH; 19 Mn 6 A 52 CP 2101; 2102 Fe E 355-2 A 52 RC I, RA II SGV 410; SGV 450;
SGV 480
2
1035 1.0501 C35
080 A 32; 080 A 35;
080 M 36; 1449 40
CS
1 C 35; AF 55 C 35;
XC 38 1572; 1550 C 35; 1 C 35 F.113 S 35 C 35
2
1045 1.0503 CF 45;
(C45G) 060 A 47; 080 M 46 XC 42 H 1 TS 1672 C 43; C 46 S 45 C 45
ISCAR
1014
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
2
1040 1.0511 C40 080 M 40 1 C 40; AF 60 C 40 C40; 1 C 40 F.114.A
2
1.0540 C 50 1674 C 50 1 C 50
2
A27 70-36 1.0551 GS-52 A2 280-480 M 1505
2
A148 80-40 1.0553 GS-60 A3 320-560 M 1606
2
A738 1.0577 S355J2G4
(Fe 510 D 2)
Fe 510 D2 FF; 1501
Gr.224-460; 1501 Gr.
224-490
A 52 FP 2107 A 52 RB II; AE 355 D
2
1140 1.0726 35 S 20 212 M 36 8M 35MF 6 1957 F.210.G
2
1146 1.0727 45 S 20
(46S20) 45 MF 4 1973
2
1035; 1041 1.1157 40Mn4 150 M 36 15 35 M 5; 40 M 5 40G
2
1025 1.1158 C25E; CK 25 (070 M 25) 2 C 25; XC 25 C25 F.1120 - C 25 K S 25 C; S 28 C 25
2
1536 1.1166 34Mn5 TO.B SMn 433 H
2
1330 1.1170 28Mn6 (150 M 28);
(150 M 18) 14A 20 M 5; 28 Mn 6 C 28 Mn 28 Mn 6 SCMn 1 30G
2
1.1178 C30E; CK 30 080M30 XC 32 C 30 2 C 30
2
1035 1.1180 C35R; Cm 35 080 A 35 3 C 35; XC 32 1572 F.1135-C 35 K-1
2
1035; 1038 1.1181 C35E; CK 35 080 A 35;
(080 M 36)
2 C 35; XC 32; XC
38 H 1 1550; 1572 C 35 F.1130-C 35 K S 35 C 35
2
1035 1.1181 C35E; CK 35 080 A 35;
(080 M 36) XC 38 1572 C36 S35C
2
1035 1.1183 Cf 35
(C35G) 080 A 35 XC 38 H 1 TS 1572 C 36; C 38 S 35 C 35
2
1042 1.1191 GS- Ck 45 080 A 46 XC 45 1660 C45 F-1140
2
1049; 1050 1.1206 C50E; CK 50 080 M 50 2 C 50; XC 48 H 1;
XC 50 H1 1674 C 50 50
2
1050; 1055 1.1213 Cf 53;
(C53G) 070 M 55 XC 48 H TS 1674 C 53 S 50 C 50
2
4520 1.5423 22Mo4 1503-245-420 16 Mo 5 KG; 16 Mo
5 KW F.2602- 16 Mo 5 SB 450 M; SB 480
M
3
A 516 Gr.70; A 515
Gr. 70; A 414 Gr.F; A
414 Gr.G
1.0481 P295GH; 17 Mn 4 1501 Gr. 224 A 48 CP; A 48 AP
Fe 510 KG; Fe 510
KT; Fe 510 KW; Fe
510-2 KG; Fe 510-
2KT; Fe 510-2KW;
FeE 295
A 47 RC I; RA II SG 365; SGV 410;
SGV 450; SGV 480 14G2
According to VDI 3323 Standard
MATERIAL GROUPS
1015
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
2
1040 1.0511 C40 080 M 40 1 C 40; AF 60 C 40 C40; 1 C 40 F.114.A
2
1.0540 C 50 1674 C 50 1 C 50
2
A27 70-36 1.0551 GS-52 A2 280-480 M 1505
2
A148 80-40 1.0553 GS-60 A3 320-560 M 1606
2
A738 1.0577 S355J2G4
(Fe 510 D 2)
Fe 510 D2 FF; 1501
Gr.224-460; 1501 Gr.
224-490
A 52 FP 2107 A 52 RB II; AE 355 D
2
1140 1.0726 35 S 20 212 M 36 8M 35MF 6 1957 F.210.G
2
1146 1.0727 45 S 20
(46S20) 45 MF 4 1973
2
1035; 1041 1.1157 40Mn4 150 M 36 15 35 M 5; 40 M 5 40G
2
1025 1.1158 C25E; CK 25 (070 M 25) 2 C 25; XC 25 C25 F.1120 - C 25 K S 25 C; S 28 C 25
2
1536 1.1166 34Mn5 TO.B SMn 433 H
2
1330 1.1170 28Mn6 (150 M 28);
(150 M 18) 14A 20 M 5; 28 Mn 6 C 28 Mn 28 Mn 6 SCMn 1 30G
2
1.1178 C30E; CK 30 080M30 XC 32 C 30 2 C 30
2
1035 1.1180 C35R; Cm 35 080 A 35 3 C 35; XC 32 1572 F.1135-C 35 K-1
2
1035; 1038 1.1181 C35E; CK 35 080 A 35;
(080 M 36)
2 C 35; XC 32; XC
38 H 1 1550; 1572 C 35 F.1130-C 35 K S 35 C 35
2
1035 1.1181 C35E; CK 35 080 A 35;
(080 M 36) XC 38 1572 C36 S35C
2
1035 1.1183 Cf 35
(C35G) 080 A 35 XC 38 H 1 TS 1572 C 36; C 38 S 35 C 35
2
1042 1.1191 GS- Ck 45 080 A 46 XC 45 1660 C45 F-1140
2
1049; 1050 1.1206 C50E; CK 50 080 M 50 2 C 50; XC 48 H 1;
XC 50 H1 1674 C 50 50
2
1050; 1055 1.1213 Cf 53;
(C53G) 070 M 55 XC 48 H TS 1674 C 53 S 50 C 50
2
4520 1.5423 22Mo4 1503-245-420 16 Mo 5 KG; 16 Mo
5 KW F.2602- 16 Mo 5 SB 450 M; SB 480
M
3
A 516 Gr.70; A 515
Gr. 70; A 414 Gr.F; A
414 Gr.G
1.0481 P295GH; 17 Mn 4 1501 Gr. 224 A 48 CP; A 48 AP
Fe 510 KG; Fe 510
KT; Fe 510 KW; Fe
510-2 KG; Fe 510-
2KT; Fe 510-2KW;
FeE 295
A 47 RC I; RA II SG 365; SGV 410;
SGV 450; SGV 480 14G2
ISCAR
1016
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
3
1043 1.0503 C35
060 A 47; 080 M 46;
1449 50 HS, 1449
50 CS
1 C 45; AF 65 C 45 1672; 1650 C 45; 1 C 45 F.114 S 45 C 45
3
1074 1.0614 C 76 D; D 75-2 XC 75
3
1086 1.0616 C 86 D; D 85-2 XC 80 C 85
3
1095 1.0618 C 92 D; D 95-2 XC 90
3
1036; 1330 1.1165 30Mn5 120 M 36;
(150 M 28) 35 M 5 F.8211-30 Mn 5;
f.8311-AM 30 Mn 5 SMn 433 H; SCMn 2 27ChGSNMDTL
30GSL
3
1335 1.1167 36Mn5 150 M 36 40 M 5 2120 F. 1203-36 Mn 6; F.
8212-36 Mn 5
ssmN 438
(H); SCMn 3 35G2; 35GL
3
1040 1.1186 C40E; CK 40 060 A 40; 080 A 40;
080 M 40 2 C 40; XC 42 H 1 C 40 S 40 C
3
1045 1.1191 C45E; CK 45 080 M 46; 060 A 47 2 C 45; XC 42 H 1;
XC 45; XC 48 H 1 1672 C 45; C 46 F.1140-C 45 K;
F.1142-C48 K S 45 C; S 48 C 45
3
1049 1.1201 C45R; Cm 45 080 M 46 3 C 45; XC 42 H 1;
XC 48 H 1 1660 C 45 F.1145-C 45K-1;
F.1147C 48 K-1 S 50 C
3
1.7242 18 CrMo 4
3
A 387 Gr. 12 CI 1.7337 16 CrMo 4 4 A 18 CrMo 4 5 KW 15ChM
3
1.7362 12 CrMo 19 5 3606-625 Z 10 CD 5.05 16 CrMo 20 5
3
A572-60 17 MnV 6 436055 E NFA 35-501 E 36 2142
4
1055 1.0535 C55 070 M 55 1 C 55; AF 70 C 55 1655 C 55; 1 C 55 S 55 C 55
4
1060 1.0601 C60 060 A 62; 1449 HS;
1449 CS 43D 1 C 60; AF 70 C 55 C 60; 1 C 60 S 58 C 60(G)
4
107 1.0603 C67 080 A 67; 1449 70
HS XC 65 C 67
4
1074; 1075 1.0605 C75 1449 80 HS C 75 75
4
1055 1.1203 C55E; CK 55 060 A 57; 070 M 55 2 C 55; XC 55 H 1 1655 C 55 F.1150-C 55 K S 55 C 55
4
1055 1.1209 C55R; Cm 55 070 M 55 3 C 55; XC 55 H 1 C 55 F.1155-C 55K-1
4
1060; 1064 1.1221 C60E; CK 60 060 A 62 43D 2 C 60; XC 60 H 1 1665; 1678 C 60 S 58 C 60; 60G; 60GA
4
1070 1.1231 Ck 67;
(C67E) 060 A 67 XC 68 1770 C70 65GA; 68GA; 70
4
1074; 1075; 1078 1.1248 CK 75;
(C75E) 060 A 78 XC 75 1774 C 75 75(A)
4
1086 1.1269 CK 85
(C85E) XC 90 C 90 85(A)
According to VDI 3323 Standard
MATERIAL GROUPS
1017
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
3
1043 1.0503 C35
060 A 47; 080 M 46;
1449 50 HS, 1449
50 CS
1 C 45; AF 65 C 45 1672; 1650 C 45; 1 C 45 F.114 S 45 C 45
3
1074 1.0614 C 76 D; D 75-2 XC 75
3
1086 1.0616 C 86 D; D 85-2 XC 80 C 85
3
1095 1.0618 C 92 D; D 95-2 XC 90
3
1036; 1330 1.1165 30Mn5 120 M 36;
(150 M 28) 35 M 5 F.8211-30 Mn 5;
f.8311-AM 30 Mn 5 SMn 433 H; SCMn 2 27ChGSNMDTL
30GSL
3
1335 1.1167 36Mn5 150 M 36 40 M 5 2120 F. 1203-36 Mn 6; F.
8212-36 Mn 5
ssmN 438
(H); SCMn 3 35G2; 35GL
3
1040 1.1186 C40E; CK 40 060 A 40; 080 A 40;
080 M 40 2 C 40; XC 42 H 1 C 40 S 40 C
3
1045 1.1191 C45E; CK 45 080 M 46; 060 A 47 2 C 45; XC 42 H 1;
XC 45; XC 48 H 1 1672 C 45; C 46 F.1140-C 45 K;
F.1142-C48 K S 45 C; S 48 C 45
3
1049 1.1201 C45R; Cm 45 080 M 46 3 C 45; XC 42 H 1;
XC 48 H 1 1660 C 45 F.1145-C 45K-1;
F.1147C 48 K-1 S 50 C
3
1.7242 18 CrMo 4
3
A 387 Gr. 12 CI 1.7337 16 CrMo 4 4 A 18 CrMo 4 5 KW 15ChM
3
1.7362 12 CrMo 19 5 3606-625 Z 10 CD 5.05 16 CrMo 20 5
3
A572-60 17 MnV 6 436055 E NFA 35-501 E 36 2142
4
1055 1.0535 C55 070 M 55 1 C 55; AF 70 C 55 1655 C 55; 1 C 55 S 55 C 55
4
1060 1.0601 C60 060 A 62; 1449 HS;
1449 CS 43D 1 C 60; AF 70 C 55 C 60; 1 C 60 S 58 C 60(G)
4
107 1.0603 C67 080 A 67; 1449 70
HS XC 65 C 67
4
1074; 1075 1.0605 C75 1449 80 HS C 75 75
4
1055 1.1203 C55E; CK 55 060 A 57; 070 M 55 2 C 55; XC 55 H 1 1655 C 55 F.1150-C 55 K S 55 C 55
4
1055 1.1209 C55R; Cm 55 070 M 55 3 C 55; XC 55 H 1 C 55 F.1155-C 55K-1
4
1060; 1064 1.1221 C60E; CK 60 060 A 62 43D 2 C 60; XC 60 H 1 1665; 1678 C 60 S 58 C 60; 60G; 60GA
4
1070 1.1231 Ck 67;
(C67E) 060 A 67 XC 68 1770 C70 65GA; 68GA; 70
4
1074; 1075; 1078 1.1248 CK 75;
(C75E) 060 A 78 XC 75 1774 C 75 75(A)
4
1086 1.1269 CK 85
(C85E) XC 90 C 90 85(A)
ISCAR
1018
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
4
1095 1.1274 Ck 101
(C101E) XC 100 1870 C 100 F-5117 SUP 4
4
W 112 1.1663 C 125 W Y2 120
4
2223
5
1.0070 E360
(Fe 690-2); St 70-2 Fe 690-2 FN A 70-2 1655 Fe 70-2; Fe 690 A 690-2; Fe 690-2
FN
5
1.7238 49 CrMo 4
5
1.7701 51 CrMoV 4 51 CrMoV 4
6
A 284 Gr.D; A 573
Gr.58; A 570 Gr 36;
A 570 Gr C; A 611
Gr. C
1.0116 S235J2G3
(Fe 360 D 1); St 37-3
Fe 360 D1 FF; 1449
37/23 CR; 4360-
40 D
E 24-3; E 24-4 1312; 1313
Fe 360 D1 FF; Fe
360 C FN; Fe 360 D
FF; Fe 37-2
AE 235 D; Fe 360
D1 FF
St3kp; St3ps; St3sp;
16D
6
5120 1.0841 St 52-3 150 M 19 20 MC 5 2172 Fe 52 F-431
6
9255 1.0904 55 Si 7 250A53 45 55S7 2085 55Si8 56Si7
6
9254 1.0904 55 Si 7 250 A 53 55 S 7 2090
6
9262 1.0961 60SiCr7 60SC6 60SiCr8 60SiCr8
6
L3 1.2067 100Cr6 BL3 Y100C6 100Cr6
6
L1 1.2108 90 CrSi 5 2092 105WCR 5
6
L2 1.2210 115CrV3 100C3 107CrV3KU
6
1.2241 51CrV4
6
1.2311 40 CrMnMo 7 35 cRmO 8 KU
6
4135 1.2330 35 CrMo 4 708 A 37 34 CD 4 2234 35CrMo4 34CrMo4 SCM435TK
6
1.2419 105WCr6 105WC 13 105WC13 2140 10WCr6 105WCr5 ChWG
6
0 1 1.2510 100 MnCrW 4 BO1 8 MO 8 2140 10WCr6 105WCr5 SKS31
6
S1 1.2542 45 WCrV7 BS1 2710 45 WCrV8 KU 45WCrSi8 5ChW25F
6
S1 1.2550 60WCrV7 55WC20 2710 58WCr9KU
6
L6 1.2713 55NiCrMoV6 55NCDV7 F.520.S SKT4 5ChNM
6
L 6 1.2721 50NiCr13 55 NCV 6 2550 f-528
6
O2 1.2842 90MnCrV8 BO2 90 MV8
6
E 50100 1.3501 100 Cr 2
6
52100 1.3505 100Cr6 2 S 135; 535 A 99 31 100 C 6 2258 100Cr6 F.1310 - 100 Cr 6 SUJ2 SchCh 15
6
1.5024 46Si7 45 S 7; Y 46 7; 46
SI 7 F. 1451 - 46 SI 7
6
9255 1.5025 51Si7 51 S 7; 51 Si 7 2090 48 Si 7; 50 Si 7 F.1450-50 Si 7
6
9255 1.5026 55Si7 251 a 58 55 S 7 2085; 2090 55 Si 7 F.1440 - 56 Si 7 55S2
According to VDI 3323 Standard
MATERIAL GROUPS
1019
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
4
1095 1.1274 Ck 101
(C101E) XC 100 1870 C 100 F-5117 SUP 4
4
W 112 1.1663 C 125 W Y2 120
4
2223
5
1.0070 E360
(Fe 690-2); St 70-2 Fe 690-2 FN A 70-2 1655 Fe 70-2; Fe 690 A 690-2; Fe 690-2
FN
5
1.7238 49 CrMo 4
5
1.7701 51 CrMoV 4 51 CrMoV 4
6
A 284 Gr.D; A 573
Gr.58; A 570 Gr 36;
A 570 Gr C; A 611
Gr. C
1.0116 S235J2G3
(Fe 360 D 1); St 37-3
Fe 360 D1 FF; 1449
37/23 CR; 4360-
40 D
E 24-3; E 24-4 1312; 1313
Fe 360 D1 FF; Fe
360 C FN; Fe 360 D
FF; Fe 37-2
AE 235 D; Fe 360
D1 FF
St3kp; St3ps; St3sp;
16D
6
5120 1.0841 St 52-3 150 M 19 20 MC 5 2172 Fe 52 F-431
6
9255 1.0904 55 Si 7 250A53 45 55S7 2085 55Si8 56Si7
6
9254 1.0904 55 Si 7 250 A 53 55 S 7 2090
6
9262 1.0961 60SiCr7 60SC6 60SiCr8 60SiCr8
6
L3 1.2067 100Cr6 BL3 Y100C6 100Cr6
6
L1 1.2108 90 CrSi 5 2092 105WCR 5
6
L2 1.2210 115CrV3 100C3 107CrV3KU
6
1.2241 51CrV4
6
1.2311 40 CrMnMo 7 35 cRmO 8 KU
6
4135 1.2330 35 CrMo 4 708 A 37 34 CD 4 2234 35CrMo4 34CrMo4 SCM435TK
6
1.2419 105WCr6 105WC 13 105WC13 2140 10WCr6 105WCr5 ChWG
6
0 1 1.2510 100 MnCrW 4 BO1 8 MO 8 2140 10WCr6 105WCr5 SKS31
6
S1 1.2542 45 WCrV7 BS1 2710 45 WCrV8 KU 45WCrSi8 5ChW25F
6
S1 1.2550 60WCrV7 55WC20 2710 58WCr9KU
6
L6 1.2713 55NiCrMoV6 55NCDV7 F.520.S SKT4 5ChNM
6
L 6 1.2721 50NiCr13 55 NCV 6 2550 f-528
6
O2 1.2842 90MnCrV8 BO2 90 MV8
6
E 50100 1.3501 100 Cr 2
6
52100 1.3505 100Cr6 2 S 135; 535 A 99 31 100 C 6 2258 100Cr6 F.1310 - 100 Cr 6 SUJ2 SchCh 15
6
1.5024 46Si7 45 S 7; Y 46 7; 46
SI 7 F. 1451 - 46 SI 7
6
9255 1.5025 51Si7 51 S 7; 51 Si 7 2090 48 Si 7; 50 Si 7 F.1450-50 Si 7
6
9255 1.5026 55Si7 251 a 58 55 S 7 2085; 2090 55 Si 7 F.1440 - 56 Si 7 55S2
ISCAR
1020
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
6
9260 1.5027 60Si7 251 A 60; 251 H 60 60 S 7 60 Si 7 F. 1441 - 60 Si 7 60S2
6
9260 H 1.5028 65Si7 60 S 7 50 P 7; SUP 6
6
1.5120 38 MnSi 4
6
A 204 Gr.A; 4017 1.5415 16Mo3; 15 Mo 3 1503-243 B 15 D 3 2912 16Mo3 KG;
16Mo3KW F. 2601 - 16 Mo 3
6
4419 1.5419 20Mo4 1503-243-430 2512 G 20 Mo 5; G 22
Mo5 SCPH 11
6
A 350-LF 5 1.5622 14Ni6 16N6 14 Ni 6 KG; 14 Ni
6 KT F.2641 - 15 Ni 6
6
3415 1.5732 1 NiICr10 14 NC 11 16NiCr11 15NiCr11 SNC415(H)
6
3310; 3314 1.5752 14NiICr14 655M13 36A 12NC15 SNC815(H)
6
1.6587 17CrNiMo6 820A16 18NCD6 14NiCrMo13
6
1.6657 14NiCrMo134 14NiCrMo131
6
5015 1.7015 15 Cr 3 523 M 15 12 C 3 SCr415(H) 15Ch
6
5132 1.7033 34Cr4 530A32 18B 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
6
5140 1.7035 41C r4 530M40 18 42C4 41Cr4 42Cr4 SCr440(H)
6
5140 1.7045 42Cr41 530 A 40 42 C 4 TS 2245 41Cr4 42Cr4 SCr440
6
5115 1.7131 16MnCr5 527 M 17 16 MC 5 2511 16MnCr5 16MnCr5
6
1.7139 16MnCr5 2127
6
5155 1.7176 55Cr3 527 A 60 48 55 C 3 2253 SUP9(A) 50ChGA
6
4135; 4137 1.7220 34CrMo4 708 Aa 37 35 CD 4 2234 35ChM
6
4142 1.7223 41CrMo4 41CrMo4 42CrMo4 SNB 22-1 40ChFA
6
4140 1.7225 42CrMo4 708 M 0 42 CD 4 2244
6
1.7228 55NiCrMoV6G 823M30 33 2512 653M31
6
1.7262 15CrMo5 12 CD 4 2216 12CrMo4
6
1.7321 20 mOcR 4 2625
6
ASTM A182 F12 1.7335 13CrMo4 4 1501-620Gr27 14CrMo4 5 14CrMo45
6
A 182-F11; A 182-
F12 1.7335 13 CrMo 4 4 1 501 620 Gr. 27 15 CD 4.5 2216 12CrMo4 SCM415(H) 12ChM; 15ChM
6
ASTM A 182 F22 1.7380 10CrMo9 10 1501-622gR31;
1501-622gR45
6
A182 F22 1.7380 10 CrMo 9 10 1501-622 12 CD 9.10 2218 12CrMo9,
12CrMo10 TU.H
6
1.7715 14MoV6 3 1503-660-440 13MoCrV6
According to VDI 3323 Standard
MATERIAL GROUPS
1021
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
6
9260 1.5027 60Si7 251 A 60; 251 H 60 60 S 7 60 Si 7 F. 1441 - 60 Si 7 60S2
6
9260 H 1.5028 65Si7 60 S 7 50 P 7; SUP 6
6
1.5120 38 MnSi 4
6
A 204 Gr.A; 4017 1.5415 16Mo3; 15 Mo 3 1503-243 B 15 D 3 2912 16Mo3 KG;
16Mo3KW F. 2601 - 16 Mo 3
6
4419 1.5419 20Mo4 1503-243-430 2512 G 20 Mo 5; G 22
Mo5 SCPH 11
6
A 350-LF 5 1.5622 14Ni6 16N6 14 Ni 6 KG; 14 Ni
6 KT F.2641 - 15 Ni 6
6
3415 1.5732 1 NiICr10 14 NC 11 16NiCr11 15NiCr11 SNC415(H)
6
3310; 3314 1.5752 14NiICr14 655M13 36A 12NC15 SNC815(H)
6
1.6587 17CrNiMo6 820A16 18NCD6 14NiCrMo13
6
1.6657 14NiCrMo134 14NiCrMo131
6
5015 1.7015 15 Cr 3 523 M 15 12 C 3 SCr415(H) 15Ch
6
5132 1.7033 34Cr4 530A32 18B 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
6
5140 1.7035 41C r4 530M40 18 42C4 41Cr4 42Cr4 SCr440(H)
6
5140 1.7045 42Cr41 530 A 40 42 C 4 TS 2245 41Cr4 42Cr4 SCr440
6
5115 1.7131 16MnCr5 527 M 17 16 MC 5 2511 16MnCr5 16MnCr5
6
1.7139 16MnCr5 2127
6
5155 1.7176 55Cr3 527 A 60 48 55 C 3 2253 SUP9(A) 50ChGA
6
4135; 4137 1.7220 34CrMo4 708 Aa 37 35 CD 4 2234 35ChM
6
4142 1.7223 41CrMo4 41CrMo4 42CrMo4 SNB 22-1 40ChFA
6
4140 1.7225 42CrMo4 708 M 0 42 CD 4 2244
6
1.7228 55NiCrMoV6G 823M30 33 2512 653M31
6
1.7262 15CrMo5 12 CD 4 2216 12CrMo4
6
1.7321 20 mOcR 4 2625
6
ASTM A182 F12 1.7335 13CrMo4 4 1501-620Gr27 14CrMo4 5 14CrMo45
6
A 182-F11; A 182-
F12 1.7335 13 CrMo 4 4 1 501 620 Gr. 27 15 CD 4.5 2216 12CrMo4 SCM415(H) 12ChM; 15ChM
6
ASTM A 182 F22 1.7380 10CrMo9 10 1501-622gR31;
1501-622gR45
6
A182 F22 1.7380 10 CrMo 9 10 1501-622 12 CD 9.10 2218 12CrMo9,
12CrMo10 TU.H
6
1.7715 14MoV6 3 1503-660-440 13MoCrV6
ISCAR
1022
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
6
A355A 1.8509 41CrAlMo 7 905 M 39 41B 40 CAD 6.12 2940 41CrAlMo7 41CrAlMo7
7
A570.36 1.0038 S235JRG2
(Fe 360 B); RSt 37-2
Fe 360 B FU; 1449
27/23 CR; 4360-
40 B
E 24-2NE 1312 Fe 360 B FN
AE 235 B FN; AE
235 B FU; Fe 360 B
FN; Fe 360 B FU
St3ps; St3sp
7
3135 1.5710 36NiCr6 640A35 111A 35NC6 SNC236
7
1.5755 31 NiCr 14 653 M 31 18 NC 13
7
8620 1.6523 2 NiCrMo2 805M20 362 20 NCD 2 2506 20NiCrMo2 20NiCrMo2 SNCM220(H) 20ChGNM
7
8740 1.6546 40 NiCrMo 22 311-Tyre 7 40NiCrMo2(KB) 40NiCrMo2 SNCM240 38ChGNM
7
4340 1.6565 40NiCrMo6 817 M 40 24 35 NCD 6 2541 35NiCrMo6(KB) SNCM 447 38Ch2N2MA
7
4130 1.7218 25CrMo4 CDS 110 25 CD 4 2225 25CrMo4(KB) 55Cr3 SCM420; SCM430 20ChM; 30ChM
7
1.7733 24 CrMoV 5 5 20 CDV 6 21 CrMoV 5 11
7
1.7755 GS-45 CrMOV 10 4
7
1.8070 21 CrMoV 5 11 35 NiCr 9
8
C 45 W 1.173 C 45 W3 XC 48
8
4142 1.2332 47 CrMo 4 708 M 40 19A 42 CD 4 2244 42CrMo4 42CrMo4 SCM
(440)
8
A128
(A) 1.3401 G-X120 Mn 12 Z 120 M 12 2183 GX120Mn12 F.
8251-AM-X120Mn12
SCMnH 1; SCMn
H 11 110G13L
8
3435 1.5736 36 NiCr 10 30 NC 11
8
9840 1.6511 36CrNiMo4 816M40 110 40NCD3 36nIcRmO4(KB) 35NiCrMo4 SUP10 40ChN2MA
8
1.7361 32 CeMo12 722 M 24 40B 30 CD 12 2240 30CrMo12 F.124.A
8
6150 1.8159 50 CrV 4 735 A 50 47 50CrV4 2230 50CrV4 51CrV4 50ChGFA
8
1.8161 58 CrV 4
8
1.8515 32 CrMo 12 722 M 24 40B 30 CD 12 2240 32CrMo12 F.124.A
8
1.8523 39CrMoV13 9 897M39 40C 36CrMoV12
9
1.4882 X 50 CrMnNiNbN 21 9 Z 50 CMNNb 21.09
9
1.5864 35 niCr 18
9
31 NiCrMo 13 4 830 m 31 2534 f-1270
10
A 619 1.0347 DCO3; RRSt; RRSt 13 1449 3 CR; 1449
2 CR EFep 02 AP 02 08JU
10
M 1015; M 1016; M
1017 1.0401 C15 080 M 15; 080 M 15;
1449 17 CS AF 37 C12; XC 18 1350 C15; C16; 1 C 15 F.111 S 15 C
10
1.0723 15 S22; 15 S 20 210 A 15; 210 M 15 1922 F.210.F SUM 32
According to VDI 3323 Standard
MATERIAL GROUPS
1023
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
6
A355A 1.8509 41CrAlMo 7 905 M 39 41B 40 CAD 6.12 2940 41CrAlMo7 41CrAlMo7
7
A570.36 1.0038 S235JRG2
(Fe 360 B); RSt 37-2
Fe 360 B FU; 1449
27/23 CR; 4360-
40 B
E 24-2NE 1312 Fe 360 B FN
AE 235 B FN; AE
235 B FU; Fe 360 B
FN; Fe 360 B FU
St3ps; St3sp
7
3135 1.5710 36NiCr6 640A35 111A 35NC6 SNC236
7
1.5755 31 NiCr 14 653 M 31 18 NC 13
7
8620 1.6523 2 NiCrMo2 805M20 362 20 NCD 2 2506 20NiCrMo2 20NiCrMo2 SNCM220(H) 20ChGNM
7
8740 1.6546 40 NiCrMo 22 311-Tyre 7 40NiCrMo2(KB) 40NiCrMo2 SNCM240 38ChGNM
7
4340 1.6565 40NiCrMo6 817 M 40 24 35 NCD 6 2541 35NiCrMo6(KB) SNCM 447 38Ch2N2MA
7
4130 1.7218 25CrMo4 CDS 110 25 CD 4 2225 25CrMo4(KB) 55Cr3 SCM420; SCM430 20ChM; 30ChM
7
1.7733 24 CrMoV 5 5 20 CDV 6 21 CrMoV 5 11
7
1.7755 GS-45 CrMOV 10 4
7
1.8070 21 CrMoV 5 11 35 NiCr 9
8
C 45 W 1.173 C 45 W3 XC 48
8
4142 1.2332 47 CrMo 4 708 M 40 19A 42 CD 4 2244 42CrMo4 42CrMo4 SCM
(440)
8
A128
(A) 1.3401 G-X120 Mn 12 Z 120 M 12 2183 GX120Mn12 F.
8251-AM-X120Mn12
SCMnH 1; SCMn
H 11 110G13L
8
3435 1.5736 36 NiCr 10 30 NC 11
8
9840 1.6511 36CrNiMo4 816M40 110 40NCD3 36nIcRmO4(KB) 35NiCrMo4 SUP10 40ChN2MA
8
1.7361 32 CeMo12 722 M 24 40B 30 CD 12 2240 30CrMo12 F.124.A
8
6150 1.8159 50 CrV 4 735 A 50 47 50CrV4 2230 50CrV4 51CrV4 50ChGFA
8
1.8161 58 CrV 4
8
1.8515 32 CrMo 12 722 M 24 40B 30 CD 12 2240 32CrMo12 F.124.A
8
1.8523 39CrMoV13 9 897M39 40C 36CrMoV12
9
1.4882 X 50 CrMnNiNbN 21 9 Z 50 CMNNb 21.09
9
1.5864 35 niCr 18
9
31 NiCrMo 13 4 830 m 31 2534 f-1270
10
A 619 1.0347 DCO3; RRSt; RRSt 13 1449 3 CR; 1449
2 CR EFep 02 AP 02 08JU
10
M 1015; M 1016; M
1017 1.0401 C15 080 M 15; 080 M 15;
1449 17 CS AF 37 C12; XC 18 1350 C15; C16; 1 C 15 F.111 S 15 C
10
1.0723 15 S22; 15 S 20 210 A 15; 210 M 15 1922 F.210.F SUM 32
ISCAR
1024
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
10
D 3 1.2080 X 210 Cr 12 BD 3 Z 200 C 12
10
420 1.2083 X 42 Cr 13 Z40 C14 2314 SUS 420 J 2
10
1.2085 X 33 CrS 16 Z35V CD 17.S
10
1.2162 21 MnCr 5 20 MC 5
10
L2 1.2210 115 Cr V3 100 C3 107 CrV3 KU F.520 L
10
1.2311 40 CrMnMo7 40 CMD 8 35 cRmO 8 KU
10
P20+S 1.2312 40CrMnMoS 8.6 40CMD8S
10
1.2316 X36CrMo17 X38CrMo16
10
H 11 1.2343 x 38 CrMoV 5 1 BH 11 Z 38 CDV 5 X 37 CrMoV 5 1 KU 4Ch5MFS
10
1.234 X 38 CrMoV 5 1 Z 38 CDV 5 X 37 CrMoV 51 KU
10
H 13 1.2344 X 40 CrMoV 5 1 BH 13 Z 40 CDV 5 2242 X40CrMoV511KU F-5318 SKD61 4Ch5MF1S
10
A 2 1.2363 X100 CrMoV 5 1 BA 2 Z 100 CDV 5 2260 X100CrMoV51KU F-5227 SKD12
10
1.236 X 100 CrMo V5-1
10
D 2 1.2379 X 155 CrVMo 12 1 BD2 Z 160 CDV 12 2310 X165CrMoW12KU X160CrMoW12KU SKD11
10
1.238 X 155 CrVMo 12 1 Z 160 CDV 12 X 155 CrVMo 12
1 KU
10
HNV3 1.2379 X210Cr12G BD2 Z160CDV12 2736
10
D 4
(D 6) 1.2436 X 210 CrW 12 BD6 Z 200 CD 12 2312 X215CrW 12 1 KU F-5213
10
1.244 X 210 CrW 12
10
O1 1.251 100 MnCrW 4 B0 1 90 MnWRrV5 95MnWCr 5 KU 95 MnCrW 5
10
H 21 1.2581 X 30 WCrV 9 3 BH 21 Z 30 WCV 9 X30WCrV 9 3 KU F-526 SKD5 3Ch2W8F
10
1.2601 X 165 CrMoV 12 2310
10
H 12 1.2606 X 37 CrMoW 5 1 BH 12 Z 35 CWDV 5 X 35 CrMoW 05 KU F.537 5ChNM
10
1.277 X 45 NiCrMo 4 45 NCD 16 40 NiCrMoV 8 KU
10
O2 1.284 90 MnCrV 8 B0 2 90 MV 8 90 MnVCr 8 KU
10
D3 1.3343 S 6-5-2 BM2 Z200C12 2715 X210Cr13KU X210Cr12 SUH3 R6M5
10
ASTM A353 1.5662 X8Ni9 1501-509; 1501-510 14 Ni 6 KG; 14 Ni
6 KT XBNiO9
10
ASM A353 1.5662 X8Ni9 502-650 9 Ni X10Ni9 F-2645 SL9N60
(53)
10
2517 1.568 12Ni19 12Ni19 Z18N5
10
2515 1.5680 12 Ni 19 Z 18 N 5
10
1.713 16 MnCr 5 16 MC 5
10
1.276 X 19 NiCrMo 4
11
1.3202 S 12-1-4-5 BT 15 HS 12-1-5-5 12-1-5-5
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1025
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
10
D 3 1.2080 X 210 Cr 12 BD 3 Z 200 C 12
10
420 1.2083 X 42 Cr 13 Z40 C14 2314 SUS 420 J 2
10
1.2085 X 33 CrS 16 Z35V CD 17.S
10
1.2162 21 MnCr 5 20 MC 5
10
L2 1.2210 115 Cr V3 100 C3 107 CrV3 KU F.520 L
10
1.2311 40 CrMnMo7 40 CMD 8 35 cRmO 8 KU
10
P20+S 1.2312 40CrMnMoS 8.6 40CMD8S
10
1.2316 X36CrMo17 X38CrMo16
10
H 11 1.2343 x 38 CrMoV 5 1 BH 11 Z 38 CDV 5 X 37 CrMoV 5 1 KU 4Ch5MFS
10
1.234 X 38 CrMoV 5 1 Z 38 CDV 5 X 37 CrMoV 51 KU
10
H 13 1.2344 X 40 CrMoV 5 1 BH 13 Z 40 CDV 5 2242 X40CrMoV511KU F-5318 SKD61 4Ch5MF1S
10
A 2 1.2363 X100 CrMoV 5 1 BA 2 Z 100 CDV 5 2260 X100CrMoV51KU F-5227 SKD12
10
1.236 X 100 CrMo V5-1
10
D 2 1.2379 X 155 CrVMo 12 1 BD2 Z 160 CDV 12 2310 X165CrMoW12KU X160CrMoW12KU SKD11
10
1.238 X 155 CrVMo 12 1 Z 160 CDV 12 X 155 CrVMo 12
1 KU
10
HNV3 1.2379 X210Cr12G BD2 Z160CDV12 2736
10
D 4
(D 6) 1.2436 X 210 CrW 12 BD6 Z 200 CD 12 2312 X215CrW 12 1 KU F-5213
10
1.244 X 210 CrW 12
10
O1 1.251 100 MnCrW 4 B0 1 90 MnWRrV5 95MnWCr 5 KU 95 MnCrW 5
10
H 21 1.2581 X 30 WCrV 9 3 BH 21 Z 30 WCV 9 X30WCrV 9 3 KU F-526 SKD5 3Ch2W8F
10
1.2601 X 165 CrMoV 12 2310
10
H 12 1.2606 X 37 CrMoW 5 1 BH 12 Z 35 CWDV 5 X 35 CrMoW 05 KU F.537 5ChNM
10
1.277 X 45 NiCrMo 4 45 NCD 16 40 NiCrMoV 8 KU
10
O2 1.284 90 MnCrV 8 B0 2 90 MV 8 90 MnVCr 8 KU
10
D3 1.3343 S 6-5-2 BM2 Z200C12 2715 X210Cr13KU X210Cr12 SUH3 R6M5
10
ASTM A353 1.5662 X8Ni9 1501-509; 1501-510 14 Ni 6 KG; 14 Ni
6 KT XBNiO9
10
ASM A353 1.5662 X8Ni9 502-650 9 Ni X10Ni9 F-2645 SL9N60
(53)
10
2517 1.568 12Ni19 12Ni19 Z18N5
10
2515 1.5680 12 Ni 19 Z 18 N 5
10
1.713 16 MnCr 5 16 MC 5
10
1.276 X 19 NiCrMo 4
11
1.3202 S 12-1-4-5 BT 15 HS 12-1-5-5 12-1-5-5
ISCAR
1026
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
11
1.3207 S 10-4-3-10 BT42 Z130WKCDV
11
T 15 1.3243 S 6-5-2-5 KCV 06-05-05-04-
02 2723 HS 6-5-2-5 6-5-2-5 SKH55 R6M5K5
11
1.3246 S 7-4-2-5 Z110 WKCDV
07-05-04 7-4-2-5 HS 7-4-2-5 M 35
11
1.3247 S 2-10-1-8 BM 42 Z110 DKCWV
09-08-04 2-10-1-8 HS 2-9-1-8 M 41
11
M 42 1.3249 S 2-9-2-8 BM 34 2-9-2-8 R6M5
11
T 4 1.3255 S 18-1-2-5 BT 4 Z 80 WKCV 18-05-
04-0
11
M 2 1.3343 S6-5-2 BM2 Z 85 WDCV 2722 HS 6 5 2 F-5604 SKH 51
11
M 7 1.3348 S2-9-2 Z 100 DCWV 09-04-
02- 2782 HS 2 9 2 F-5607
11
T 1 1.3355 S 18-0-1 BT 1 Z 80 WCV 18-4-01 R18
11
HNV 3 1.4718 X45CrSi 9 3 401S45 52 Z45CS9 X45CrSi8 F322 SUH1 40Ch9S2
11
422 1.4935 x20 CrMoWV 12 1
12
403 1.4000 X6Cr13 403 S 17 Z 6 C 13 2301 X6Cr13 F.3110 SUS403 08Ch13
12
1.4001 X6Cr14 F8401 08Ch13
12
(410S) 1.4001 X7 Cr 13 (403 S 7) Z 8 C 13 2301 08Ch13
12
405 1.4002 X6CrA12 405S17 Z8CA12 X6CrAI13
12
405 1.4002 X6 CrAl 13 405 S 17 Z6CA13 2302 X6CrAI13
12
416 1.4005 X12CrS 13 416 S 21 Z11 CF 13 2380 X12 CrSC13 F-3411 SUS 416
12
410; CA-15 1.4006 (G-)X10 Cr 13 410S21 56A Z10 C 13 2302 X12Cr13 F.3401 SUS410 12Ch13
12
430 1.4016 X8Cr17 Z8C17 430S15 2320 X8Cr17 F.3113 12Ch17
12
430 1.4016 X6 Cr 17 430 S 15 60 Z 8 C 17 2320 X8Cr17 F3113 SUS430 12Ch17
12
1.4027 G-X20Cr14 420C29 Z20C13M 20Ch13L
12
420 1.4028 X30 Cr 13 420 S 45 Z 30 C 13 2304 20Ch13
12
1.4086 G-X120Cr29 452C11
12
430 F 1.4104 X12CrMoS17 420 S 37 Z 10 CF 17 2383 X10CrS17 F.3117 SUS430F
12
440B 1.4112 X90 CrMoV 18
12
434 1.4113 X6CrMo 17 434 S 17 Z 8 CD 17.01 2325 X8CrMo17 SUS434
12
1.4340 G-X40CrNi27 4
12
S31500 1.4417 X2CrNiM0Si19 5 2376
12
S31500 1.4417 X2 CrNoMoSi 18 5 3 2376
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1027
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
11
1.3207 S 10-4-3-10 BT42 Z130WKCDV
11
T 15 1.3243 S 6-5-2-5 KCV 06-05-05-04-
02 2723 HS 6-5-2-5 6-5-2-5 SKH55 R6M5K5
11
1.3246 S 7-4-2-5 Z110 WKCDV
07-05-04 7-4-2-5 HS 7-4-2-5 M 35
11
1.3247 S 2-10-1-8 BM 42 Z110 DKCWV
09-08-04 2-10-1-8 HS 2-9-1-8 M 41
11
M 42 1.3249 S 2-9-2-8 BM 34 2-9-2-8 R6M5
11
T 4 1.3255 S 18-1-2-5 BT 4 Z 80 WKCV 18-05-
04-0
11
M 2 1.3343 S6-5-2 BM2 Z 85 WDCV 2722 HS 6 5 2 F-5604 SKH 51
11
M 7 1.3348 S2-9-2 Z 100 DCWV 09-04-
02- 2782 HS 2 9 2 F-5607
11
T 1 1.3355 S 18-0-1 BT 1 Z 80 WCV 18-4-01 R18
11
HNV 3 1.4718 X45CrSi 9 3 401S45 52 Z45CS9 X45CrSi8 F322 SUH1 40Ch9S2
11
422 1.4935 x20 CrMoWV 12 1
12
403 1.4000 X6Cr13 403 S 17 Z 6 C 13 2301 X6Cr13 F.3110 SUS403 08Ch13
12
1.4001 X6Cr14 F8401 08Ch13
12
(410S) 1.4001 X7 Cr 13 (403 S 7) Z 8 C 13 2301 08Ch13
12
405 1.4002 X6CrA12 405S17 Z8CA12 X6CrAI13
12
405 1.4002 X6 CrAl 13 405 S 17 Z6CA13 2302 X6CrAI13
12
416 1.4005 X12CrS 13 416 S 21 Z11 CF 13 2380 X12 CrSC13 F-3411 SUS 416
12
410; CA-15 1.4006 (G-)X10 Cr 13 410S21 56A Z10 C 13 2302 X12Cr13 F.3401 SUS410 12Ch13
12
430 1.4016 X8Cr17 Z8C17 430S15 2320 X8Cr17 F.3113 12Ch17
12
430 1.4016 X6 Cr 17 430 S 15 60 Z 8 C 17 2320 X8Cr17 F3113 SUS430 12Ch17
12
1.4027 G-X20Cr14 420C29 Z20C13M 20Ch13L
12
420 1.4028 X30 Cr 13 420 S 45 Z 30 C 13 2304 20Ch13
12
1.4086 G-X120Cr29 452C11
12
430 F 1.4104 X12CrMoS17 420 S 37 Z 10 CF 17 2383 X10CrS17 F.3117 SUS430F
12
440B 1.4112 X90 CrMoV 18
12
434 1.4113 X6CrMo 17 434 S 17 Z 8 CD 17.01 2325 X8CrMo17 SUS434
12
1.4340 G-X40CrNi27 4
12
S31500 1.4417 X2CrNiM0Si19 5 2376
12
S31500 1.4417 X2 CrNoMoSi 18 5 3 2376
ISCAR
1028
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
12
1.4418 X4 CrNiMo16 5 Z6CND16-04-01 2387
12
XM 8; 430 Ti; 439 1.4510 Z 4 CT 17 X 6 CrTi 17 F.3115 -X 5 CrTi 17 SUS 430 LX 08 Ch17T
12
430tI 1.4510 X6 CrTi 17 Z 4 CT 17 08Ch17T
12
1.4511 X 6 CrNb 17 Z 4 CNb 17 X 6 CrNb 17 F.3122-X 5 CrNb 17 SUS 430 LK
12
409 1.4512 X 6 CrTi 12;
(X2CrTi12) LW 19; 409 S 19 Z 3 CT 12 X 6 CrTi 12 SUH 409
12
1.4720 X20CrMo13
12
405 1.4724 X10CrA113 403S17 Z10C13 X10CrA112 F.311 10Ch13SJu
12
430 1.4742 X10CrA118 439S15 60 Z10CAS18 X8Cr17 F.3113 SUS430 15Ch13SJu
12
HNV6 1.4747 X80CrNiSi20 443S65 59 Z80CSN20.02 X80CrSiNi20 F.320B SUH4
12
446 1.4749 x18 cRn 28
12
446 1.4762 X10CrA124 Z10CAS24 2322 X16Cr26 SUH446
12
EV 8 1.4871 X 53 CrMnNiN 21 9 349 S 54 Z 52 CMN 21.09 X53CrMnNiN21 9 SUH35, SUH36 55Ch20G9AN4
12
302 x12 CrNi 18 9 302 S 31 Z 10 CN 18-09 2330
12
429 X10 CrNi 15
13
420 1.4021 X20Cr13 420S37 Z 20 C 13 2303 14210 20Ch13
13
420 1.4031 X40 Cr 13 Z 40 C 14 2304 40Ch13
13
1.4034 X46Cr13 420 S 45 Z40 C 14 X40Cr14 F.3405 SUS420J2
13
431 1.4057 X20CrNi172 431 S 29 57 Z 15 CN 16.02 2321 X16CrNi16 F.3427 SUS431 20Ch17N2
13
CA6-NM 1.4313 G-X4 CrNi 13 4 425 C 11 Z 4 CND 13-04 M 2385 (G)X6CrNi304 SCS5
13
1.4544 S. 524; S. 526 X 6 CrNiTi 18 11 08Ch 18N12T
13
348 1.4546 X5CrNiNb 18-10
347 S 31; 2 S. 130;
2 S. 143; 2 S. 144; 2
S. 145; S.525; S.527
X 6 CrNiNb 18 11
13
1.4922 x20cRmV12-1 2317 x20cRmOnI 12 01
13
1.4923 X22 CrMoV12 1
14
304 1.4301 X 5 CrNi 18 9 304 S 15 Z 5 CN 18.09 2332; 2333 08Ch18N10
14
303 1.4305 X10 CrNiS 18 9 303 S 21 58M Z 8 CNF 18-09 2346 X10CrNiS18.09 F.3508 SUS303 30Ch18N11
14
304L 1.4306 X2CrNi18 9 304S12 Z2CrNi18 10 2352 x2cRnI18 11 F.3503 SCS19
14
304L 1.4306 X2 CrNi 18 10 304 S 11 Z 3 CN 19-11 2352 X2CrNi18 11
14
CF-8 1.4308 X6 CrNi 18 9 304 C 15 58E Z 6 CN 18-10 M 2333 SUS304L
14
301 1.4310 X12CrN i17 7 301 S 21 Z 12 CN 17.07 2331 X2CrNi18 07 F.3517
14
304 LN 1.4311 X2 CrNiN 18 10 304 S 62 Z 2 CN18.10 2371 X2CrNiN18 10 SUS304LN
14
1.4312 G-X10CrNi18 8 302C25 Z10CN18.9M 10Ch18N9L
14
305 1.4312 X8 CrNi 18 12 305 s 19 10Ch18N9L
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1029
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
12
1.4418 X4 CrNiMo16 5 Z6CND16-04-01 2387
12
XM 8; 430 Ti; 439 1.4510 Z 4 CT 17 X 6 CrTi 17 F.3115 -X 5 CrTi 17 SUS 430 LX 08 Ch17T
12
430tI 1.4510 X6 CrTi 17 Z 4 CT 17 08Ch17T
12
1.4511 X 6 CrNb 17 Z 4 CNb 17 X 6 CrNb 17 F.3122-X 5 CrNb 17 SUS 430 LK
12
409 1.4512 X 6 CrTi 12;
(X2CrTi12) LW 19; 409 S 19 Z 3 CT 12 X 6 CrTi 12 SUH 409
12
1.4720 X20CrMo13
12
405 1.4724 X10CrA113 403S17 Z10C13 X10CrA112 F.311 10Ch13SJu
12
430 1.4742 X10CrA118 439S15 60 Z10CAS18 X8Cr17 F.3113 SUS430 15Ch13SJu
12
HNV6 1.4747 X80CrNiSi20 443S65 59 Z80CSN20.02 X80CrSiNi20 F.320B SUH4
12
446 1.4749 x18 cRn 28
12
446 1.4762 X10CrA124 Z10CAS24 2322 X16Cr26 SUH446
12
EV 8 1.4871 X 53 CrMnNiN 21 9 349 S 54 Z 52 CMN 21.09 X53CrMnNiN21 9 SUH35, SUH36 55Ch20G9AN4
12
302 x12 CrNi 18 9 302 S 31 Z 10 CN 18-09 2330
12
429 X10 CrNi 15
13
420 1.4021 X20Cr13 420S37 Z 20 C 13 2303 14210 20Ch13
13
420 1.4031 X40 Cr 13 Z 40 C 14 2304 40Ch13
13
1.4034 X46Cr13 420 S 45 Z40 C 14 X40Cr14 F.3405 SUS420J2
13
431 1.4057 X20CrNi172 431 S 29 57 Z 15 CN 16.02 2321 X16CrNi16 F.3427 SUS431 20Ch17N2
13
CA6-NM 1.4313 G-X4 CrNi 13 4 425 C 11 Z 4 CND 13-04 M 2385 (G)X6CrNi304 SCS5
13
1.4544 S. 524; S. 526 X 6 CrNiTi 18 11 08Ch 18N12T
13
348 1.4546 X5CrNiNb 18-10
347 S 31; 2 S. 130;
2 S. 143; 2 S. 144; 2
S. 145; S.525; S.527
X 6 CrNiNb 18 11
13
1.4922 x20cRmV12-1 2317 x20cRmOnI 12 01
13
1.4923 X22 CrMoV12 1
14
304 1.4301 X 5 CrNi 18 9 304 S 15 Z 5 CN 18.09 2332; 2333 08Ch18N10
14
303 1.4305 X10 CrNiS 18 9 303 S 21 58M Z 8 CNF 18-09 2346 X10CrNiS18.09 F.3508 SUS303 30Ch18N11
14
304L 1.4306 X2CrNi18 9 304S12 Z2CrNi18 10 2352 x2cRnI18 11 F.3503 SCS19
14
304L 1.4306 X2 CrNi 18 10 304 S 11 Z 3 CN 19-11 2352 X2CrNi18 11
14
CF-8 1.4308 X6 CrNi 18 9 304 C 15 58E Z 6 CN 18-10 M 2333 SUS304L
14
301 1.4310 X12CrN i17 7 301 S 21 Z 12 CN 17.07 2331 X2CrNi18 07 F.3517
14
304 LN 1.4311 X2 CrNiN 18 10 304 S 62 Z 2 CN18.10 2371 X2CrNiN18 10 SUS304LN
14
1.4312 G-X10CrNi18 8 302C25 Z10CN18.9M 10Ch18N9L
14
305 1.4312 X8 CrNi 18 12 305 s 19 10Ch18N9L
ISCAR
1030
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
304 1.4350 X5CrNi18 9 304S15 58E Z6CN18.09 2332 X5CrNi18 10 F.3551 SUS304
14
S32304 1.4362 X2 CrNiN 23 4 Z 2 CN 23-04 AZ 2327
14
202 1.4371 X3 CrMnNiN 188 8 7 284 S 16 Z 8 CMN 18- 08-05
14
316 1.4401 X 5 CrNiMo 17 12 2;
(X4 CrNiMo 17 -12-2)
316 S 13; 316 S 17;
316 S 19; 316 S 31;
316 S 33
Z 3 CND 17 -11-01;
Z 6 CND 17-11; Z 6
CND 17-11-02; Z 7
CND 17-11-02; Z 7
CND 17-12-02
2347 X 5 CrNiMo 17 12 F.3534-X 5 CrNiMo
17 12 2 SUS 316
14
316L 1.4404
X2 CrNiMo 17 13 2;
(X2 CrNiMo 17-12-2); GX
2 CrNiMoN 18-10
316 S 11; 316 S 13;
316 S 14; 316 S 31;
316 S 42; S.537; 316
C 12; T.75; S. 161
Z 2 CND 17-12; Z
2 CND 18-13; Z 3
CND 17-11-02; Z 3
CND 17-12-02 FF; Z
3 CND 18-12-03; Z
3 CND 19.10 M
2348 X 2 CrNiMo 17 12;
G-X 2 CrNiMo 19 11
F.3533 - X 2 CrNiMo
17 13 2; F.3537 - X
2 CrNiMo 17 13 3
SUS 316 L
14
316LN 1.4406 X2 CrNiMoN 17 12 2;
(X2CrNiMoN 18-10) 316 S 61; 316 S 63 Z2 CND 17-12 AZ X 2 CrNiMoN 17 12 F.3542-X 2 CrNiMoN
17 12 2 SUS316LN 07 Ch 18N
14
CF-8M 1.4408 GX 5 CrNiMoN 7 12 2;
G-X 6 CrNiMo 18 10
316 C 16
(LT 196); ANC 4 B 2343 F.8414-AM-X 7
CrNiMo 20 10 SCS 14 10G2S2MSL
14
1.4410 G-X10CrNiMo18 9 Z5CND20.12M 2328
14
316 Ln 1.4429 X2 CrNiMo 17 -13-3 316 S 62 Z 2 CND 17-13 Az 2375 X 2 CrNiMoN 17 13 F.3543-X 2 CrNiMoN
17 13 3 SUS 316 LN
14
316L 1.4435 X2 CrNiMo18 14 3
316 S 11; 316 S 13;
316 S 14; 316 S 31;
LW 22; LWCF 22
Z 3 CND 17-12-03;
Z 3 CND 18-14-03 2375 X2CrNiMoN 17 13 F.3533-X 2 CrNiMo
17 13 2 SUS 316 L O3 Ch 17N14M3
14
316 1.4436 X 5 CrNiMo 17 13 3;
(X4CRNIMO 17-13-3
316 S 19; 316 S 31;
316 S 33; LW 23;
LWCF 23
Z 6 CND 18-12-03;
Z 7 CND 18-12-03 2343 X 5 CrNiMo 117 13;
X 8 cRnImO 17 13
F.3543-X 5 CrNiMo
17 12 2 F.3538-X 5
CrNiMo 17 13 3
SUS 316
14
317L 1.4438 X2 CrNiMo 18 16 4;
(X2CrNiMo 18-15-4) 317 S 12 Z 2 CND 19-15-04;
z 3 cnd 19-15-04 2367 X2CrNiMo18 16 f.3539-x 2 cRnImO
18 16 4 SUS317L
14
(s31726) 1.4439 X2 CrNiMoN 17 13 5 Z 3 CND 18-14-06
AZ
14
1.444 X 2 CrNiMo 18 13
14
317 1.4449 X5 CrNiMo 17 13 3 317 S 16 X 5 CrNiMo 18 15 SUS 317
14
329 1.4460 X 4 CrNiMo 27 5 2;
(X3CrNiMo27-5-2)
(Z 3 CND 25-07 Az);
Z 5 CND 27-05 Az 2324
F.3309-X 8 CrNiMo
17 12 2; F.3552-X 8
CrNiMo 18 16 4
SUS 329 J 1
14
329 1.4460 X8CrNiMo27 5 2324
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1031
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
304 1.4350 X5CrNi18 9 304S15 58E Z6CN18.09 2332 X5CrNi18 10 F.3551 SUS304
14
S32304 1.4362 X2 CrNiN 23 4 Z 2 CN 23-04 AZ 2327
14
202 1.4371 X3 CrMnNiN 188 8 7 284 S 16 Z 8 CMN 18- 08-05
14
316 1.4401 X 5 CrNiMo 17 12 2;
(X4 CrNiMo 17 -12-2)
316 S 13; 316 S 17;
316 S 19; 316 S 31;
316 S 33
Z 3 CND 17 -11-01;
Z 6 CND 17-11; Z 6
CND 17-11-02; Z 7
CND 17-11-02; Z 7
CND 17-12-02
2347 X 5 CrNiMo 17 12 F.3534-X 5 CrNiMo
17 12 2 SUS 316
14
316L 1.4404
X2 CrNiMo 17 13 2;
(X2 CrNiMo 17-12-2); GX
2 CrNiMoN 18-10
316 S 11; 316 S 13;
316 S 14; 316 S 31;
316 S 42; S.537; 316
C 12; T.75; S. 161
Z 2 CND 17-12; Z
2 CND 18-13; Z 3
CND 17-11-02; Z 3
CND 17-12-02 FF; Z
3 CND 18-12-03; Z
3 CND 19.10 M
2348 X 2 CrNiMo 17 12;
G-X 2 CrNiMo 19 11
F.3533 - X 2 CrNiMo
17 13 2; F.3537 - X
2 CrNiMo 17 13 3
SUS 316 L
14
316LN 1.4406 X2 CrNiMoN 17 12 2;
(X2CrNiMoN 18-10) 316 S 61; 316 S 63 Z2 CND 17-12 AZ X 2 CrNiMoN 17 12 F.3542-X 2 CrNiMoN
17 12 2 SUS316LN 07 Ch 18N
14
CF-8M 1.4408 GX 5 CrNiMoN 7 12 2;
G-X 6 CrNiMo 18 10
316 C 16
(LT 196); ANC 4 B 2343 F.8414-AM-X 7
CrNiMo 20 10 SCS 14 10G2S2MSL
14
1.4410 G-X10CrNiMo18 9 Z5CND20.12M 2328
14
316 Ln 1.4429 X2 CrNiMo 17 -13-3 316 S 62 Z 2 CND 17-13 Az 2375 X 2 CrNiMoN 17 13 F.3543-X 2 CrNiMoN
17 13 3 SUS 316 LN
14
316L 1.4435 X2 CrNiMo18 14 3
316 S 11; 316 S 13;
316 S 14; 316 S 31;
LW 22; LWCF 22
Z 3 CND 17-12-03;
Z 3 CND 18-14-03 2375 X2CrNiMoN 17 13 F.3533-X 2 CrNiMo
17 13 2 SUS 316 L O3 Ch 17N14M3
14
316 1.4436 X 5 CrNiMo 17 13 3;
(X4CRNIMO 17-13-3
316 S 19; 316 S 31;
316 S 33; LW 23;
LWCF 23
Z 6 CND 18-12-03;
Z 7 CND 18-12-03 2343 X 5 CrNiMo 117 13;
X 8 cRnImO 17 13
F.3543-X 5 CrNiMo
17 12 2 F.3538-X 5
CrNiMo 17 13 3
SUS 316
14
317L 1.4438 X2 CrNiMo 18 16 4;
(X2CrNiMo 18-15-4) 317 S 12 Z 2 CND 19-15-04;
z 3 cnd 19-15-04 2367 X2CrNiMo18 16 f.3539-x 2 cRnImO
18 16 4 SUS317L
14
(s31726) 1.4439 X2 CrNiMoN 17 13 5 Z 3 CND 18-14-06
AZ
14
1.444 X 2 CrNiMo 18 13
14
317 1.4449 X5 CrNiMo 17 13 3 317 S 16 X 5 CrNiMo 18 15 SUS 317
14
329 1.4460 X 4 CrNiMo 27 5 2;
(X3CrNiMo27-5-2)
(Z 3 CND 25-07 Az);
Z 5 CND 27-05 Az 2324
F.3309-X 8 CrNiMo
17 12 2; F.3552-X 8
CrNiMo 18 16 4
SUS 329 J 1
14
329 1.4460 X8CrNiMo27 5 2324
ISCAR
1032
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
1.4462 X2CrNiMoN22 5 3 318 S 13
Z 3 CND 22-05 Az;
(Z 2 CND 24 -08 Az);
(Z 3 CND 25-06-03
Az)
2377 SUS 329 J3L
14
1.4500 G-X7NiCrMoCuNb25 20 23NCDU25.20M
14
17-7PH 1.4504 316S111 Z8CNA17-07 X2CrNiMo1712
14
443 444 1.4521 X2CrMoTi18-2 2326 F.3123-X 2
CrMoTiNb 18 2 SUS 444
14
UNS N 08904 1.4539 X1NiCrMoCuN25-20-5 Z 2 NCDU 25-20 2562
14
CN-7M 1.4539 (G-)X1 NiCrMoCu 25 20 5 Z1 NCDU 25-02 M 2564
14
321 1.4541 Z 6 CrNiTi 18-10
321 S 31; 321 S 51
(1010; 1105); LW 24;
LWCF 24
Z 6 CNT 18-10 2337 X 6 CrNiTi 18 11 F.3523 - X 6 CrNiTi
18 10 SUS 321
06Ch18N10T;
08Ch18N10T;
09Ch18N10T;
12Ch18N10T
14
630 1.4542 X5 CrNiCuNb 17 4;
(X5 CrNiChNb 16-4)
Z 7 CNU 15-05; Z 7
CNU 17-04 SCS 24; SUS 630
14
15-5PH 1.4545 Z7 CNU15.05
14
S31254 1.4547 X1 CrNiMoN 20 18 7 2378
14
347 1.4550 X6 CrNiNb 18 10 347 S 17 58F Z 6 CNNb 18.10 2338 X6CrNiNb18 11 F.3552 SUS347 08Ch18N12B
14
1.4552 G-X7CrNiNb18 9 Z4CNNb19.10M
14
17-7PH 1.4568 316S111 Z8CNA17-07 X2CrNiMo1712 09Ch17NJu1
14
316tTi 1.4571 X6 CrNiMoTi 17 12 2 320 S 31 Z 6 CNDT 17-12002 2350 10Ch17N13M2T
14
316 Ti 1.4571 x 6 CrNiMoTi 17 12 2 320 S 31 58J Z 6 NDT 17.12 2350 X6CrNiMoTi17 12 F.3535 10Ch17N13M2T
14
1.4581 G-X 5 CrNiMoNb 318 C 17 Z 4 CNDNb 18.12 M
14
318 1.4583 X 10CrNiMoNb 18 12 303 S 21 Z15CNS20.12 x15cRnIsI2 12
14
1.4585 G-X7CrNiMoCuNb18 18 X6CrNiMoTi17 12
14
1.4821 X20CrNiSi25 4 Z20CNS25.04
14
1.4823 G-X40CrNiSi27 4
14
309 1.4828 X15CrNiSi20 12 309 S 24 58C Z15CNS20.12 F.8414 SCS17 20Ch20N14S2
14
309S 1.4833 X6 CrNi 22 13 309 S 13 Z 15 CN 24-13
14
310 S 1.4845 X12 CrNi 25 21 310S24 Z 12 CN 25-20 2361 X6CrNi25 20 F.331 SUH310 20Ch23N18
14
321 1.4878 X6 CrNiTi 18 9 32 1 S 20 58B Z 6 CNT 18-12
(B) 2337 X6CrNiTi18 11 F.3553 SUS321
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1033
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
1.4462 X2CrNiMoN22 5 3 318 S 13
Z 3 CND 22-05 Az;
(Z 2 CND 24 -08 Az);
(Z 3 CND 25-06-03
Az)
2377 SUS 329 J3L
14
1.4500 G-X7NiCrMoCuNb25 20 23NCDU25.20M
14
17-7PH 1.4504 316S111 Z8CNA17-07 X2CrNiMo1712
14
443 444 1.4521 X2CrMoTi18-2 2326 F.3123-X 2
CrMoTiNb 18 2 SUS 444
14
UNS N 08904 1.4539 X1NiCrMoCuN25-20-5 Z 2 NCDU 25-20 2562
14
CN-7M 1.4539 (G-)X1 NiCrMoCu 25 20 5 Z1 NCDU 25-02 M 2564
14
321 1.4541 Z 6 CrNiTi 18-10
321 S 31; 321 S 51
(1010; 1105); LW 24;
LWCF 24
Z 6 CNT 18-10 2337 X 6 CrNiTi 18 11 F.3523 - X 6 CrNiTi
18 10 SUS 321
06Ch18N10T;
08Ch18N10T;
09Ch18N10T;
12Ch18N10T
14
630 1.4542 X5 CrNiCuNb 17 4;
(X5 CrNiChNb 16-4)
Z 7 CNU 15-05; Z 7
CNU 17-04 SCS 24; SUS 630
14
15-5PH 1.4545 Z7 CNU15.05
14
S31254 1.4547 X1 CrNiMoN 20 18 7 2378
14
347 1.4550 X6 CrNiNb 18 10 347 S 17 58F Z 6 CNNb 18.10 2338 X6CrNiNb18 11 F.3552 SUS347 08Ch18N12B
14
1.4552 G-X7CrNiNb18 9 Z4CNNb19.10M
14
17-7PH 1.4568 316S111 Z8CNA17-07 X2CrNiMo1712 09Ch17NJu1
14
316tTi 1.4571 X6 CrNiMoTi 17 12 2 320 S 31 Z 6 CNDT 17-12002 2350 10Ch17N13M2T
14
316 Ti 1.4571 x 6 CrNiMoTi 17 12 2 320 S 31 58J Z 6 NDT 17.12 2350 X6CrNiMoTi17 12 F.3535 10Ch17N13M2T
14
1.4581 G-X 5 CrNiMoNb 318 C 17 Z 4 CNDNb 18.12 M
14
318 1.4583 X 10CrNiMoNb 18 12 303 S 21 Z15CNS20.12 x15cRnIsI2 12
14
1.4585 G-X7CrNiMoCuNb18 18 X6CrNiMoTi17 12
14
1.4821 X20CrNiSi25 4 Z20CNS25.04
14
1.4823 G-X40CrNiSi27 4
14
309 1.4828 X15CrNiSi20 12 309 S 24 58C Z15CNS20.12 F.8414 SCS17 20Ch20N14S2
14
309S 1.4833 X6 CrNi 22 13 309 S 13 Z 15 CN 24-13
14
310 S 1.4845 X12 CrNi 25 21 310S24 Z 12 CN 25-20 2361 X6CrNi25 20 F.331 SUH310 20Ch23N18
14
321 1.4878 X6 CrNiTi 18 9 32 1 S 20 58B Z 6 CNT 18-12
(B) 2337 X6CrNiTi18 11 F.3553 SUS321
ISCAR
1034
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
Ss30415 1.4891 X5 CrNiNb 18 10 2372
14
S30815 1.4893 X8 CrNiNb 11 2368
14
304H 1.4948 X6 CrNi 18 11 304 S 51 Z 5 CN 18-09 2333
14
660 1.4980 X5 NiCrTi 25 15 Zz 8 nctv 25-15 b ff 2570
14
X5 NiCrN 35 25
14
S31753 X2 CrNiMoN 18 13 4
14
X2 CrNiMoN 25 22 7
15
CLASS20 0.6010 GG10 Ft10D 110 G10 SCh10
15
A48-20B 0.6010 GG-10 FT 10 D 0110-00 SCh10
15
NO 25 B 0.6015 GG 15 Grade 150 FT 15 D 0115-00 G 15 FG 15 FC150 SCh15
15
CLASS25 0.6015 GG15 GRADE150 Ft15D 115 G 15 FG 15 SCh15
15
A48 25 B 0.6015 GG 15 Grade 150 Ft 15 D 01 15-00 G14 FG15 SCh15
15
A48-30B 0.6020 GG-20 Grade 220 Ft 20 D 0120-00 SCh20
15
NO 30 B 0.6020 GG 20 Grade 220 Ft 20 D 120 G 20 FC200 SCh20
15
A436 Type 2 0.6660 GGL-NiCr202 L-NiCuCr202 L-NC 202 0523-00
15
60-40-18 0.7040 GGG 40 SNG 420/12 FCS 400-12 0717-02 GS 370-17 FGE 38-17 FCD400 VCh42-12
15
No 20 B GG 10 Ft 10 D 110 FC100
16
CLASS30 0.6020 GG20 GRADE220 Ft20D 120 G 20 FG 20
16
A48-40 B 0.6025 EN- GJL-250
(GG25) Grade260 Ft 25 D 125 G 25 FG 25 FC250 VCh60-2
16
CLASS45 0.6030 GG30 GRADE300 Ft30D 130 G 30 FG 30 FC300 SCh20
16
A48-45 B 0.6030 Grade 300 Ft 30 D 01 30-00 SCh30
16
A48-50 0.6035 GG-35 GRADE 350 Ft35D 135 G 35 FG 35 FC350 SCh30
16
A48-60 B 0.6040 GG40 GRADE400 Ft 40 D 140 SCh40
16
1.4829 X 12 CrNi 22 12
16
16
SCh25
17
0.7033 GGG-35.3 350/22 L 40 FGS 370/17 0717-15 VCh42-12
17
60/40/18 0.7043 GGG-40.3 370/7 FGS 370/17 0717-15 VCh50-2
17
80-55-06 0.7050 EN- GJS-800-7
(GGG50) SNG500/7 FGS 500/7 0727-02 GGG 50 FCD500 VCh50-2
17
65-45-12 0.7050 GGG-50 SNG 500/7 FGS 500-7 0727-02
17
0.7652 GGG-NiMn 13 7 S-NiMn 137 S-Mn 137 0772-00
17
A43D2 0.7660 GGG-NiCr 20 2 Grade S6 S-NC 202 0776-00
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1035
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
14
Ss30415 1.4891 X5 CrNiNb 18 10 2372
14
S30815 1.4893 X8 CrNiNb 11 2368
14
304H 1.4948 X6 CrNi 18 11 304 S 51 Z 5 CN 18-09 2333
14
660 1.4980 X5 NiCrTi 25 15 Zz 8 nctv 25-15 b ff 2570
14
X5 NiCrN 35 25
14
S31753 X2 CrNiMoN 18 13 4
14
X2 CrNiMoN 25 22 7
15
CLASS20 0.6010 GG10 Ft10D 110 G10 SCh10
15
A48-20B 0.6010 GG-10 FT 10 D 0110-00 SCh10
15
NO 25 B 0.6015 GG 15 Grade 150 FT 15 D 0115-00 G 15 FG 15 FC150 SCh15
15
CLASS25 0.6015 GG15 GRADE150 Ft15D 115 G 15 FG 15 SCh15
15
A48 25 B 0.6015 GG 15 Grade 150 Ft 15 D 01 15-00 G14 FG15 SCh15
15
A48-30B 0.6020 GG-20 Grade 220 Ft 20 D 0120-00 SCh20
15
NO 30 B 0.6020 GG 20 Grade 220 Ft 20 D 120 G 20 FC200 SCh20
15
A436 Type 2 0.6660 GGL-NiCr202 L-NiCuCr202 L-NC 202 0523-00
15
60-40-18 0.7040 GGG 40 SNG 420/12 FCS 400-12 0717-02 GS 370-17 FGE 38-17 FCD400 VCh42-12
15
No 20 B GG 10 Ft 10 D 110 FC100
16
CLASS30 0.6020 GG20 GRADE220 Ft20D 120 G 20 FG 20
16
A48-40 B 0.6025 EN- GJL-250
(GG25) Grade260 Ft 25 D 125 G 25 FG 25 FC250 VCh60-2
16
CLASS45 0.6030 GG30 GRADE300 Ft30D 130 G 30 FG 30 FC300 SCh20
16
A48-45 B 0.6030 Grade 300 Ft 30 D 01 30-00 SCh30
16
A48-50 0.6035 GG-35 GRADE 350 Ft35D 135 G 35 FG 35 FC350 SCh30
16
A48-60 B 0.6040 GG40 GRADE400 Ft 40 D 140 SCh40
16
1.4829 X 12 CrNi 22 12
16
16
SCh25
17
0.7033 GGG-35.3 350/22 L 40 FGS 370/17 0717-15 VCh42-12
17
60/40/18 0.7043 GGG-40.3 370/7 FGS 370/17 0717-15 VCh50-2
17
80-55-06 0.7050 EN- GJS-800-7
(GGG50) SNG500/7 FGS 500/7 0727-02 GGG 50 FCD500 VCh50-2
17
65-45-12 0.7050 GGG-50 SNG 500/7 FGS 500-7 0727-02
17
0.7652 GGG-NiMn 13 7 S-NiMn 137 S-Mn 137 0772-00
17
A43D2 0.7660 GGG-NiCr 20 2 Grade S6 S-NC 202 0776-00
ISCAR
1036
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
17
GGG 40.3 SNG 370/17 FGS 370-17 0717-12 FC250
18
0.7060 GGG60 SNG600/3 FGS600-3 07 32-03 GGG 60 GGG 60
18
80/55/06 0.7060 GGG-60 600/3 FGS 600/3 0727-03 FCD600
18
100/70/03 0.7070 GGG-70 SNG700/2 FGS 700-2 07 37-01 GGG 70 GGG 70 FCD700
18
A48 40 B
19
0.8055 GTW55 GTW 55
19
32510 0.8135 GTS-35-10 B 340/12 MN35-10 810 GTS 35 KCh35-10
19
A47-32510 0.8135 GTS-35-10 B 340/2 Mn 35-10 0815-00 KCh35-10
19
A220-40010 0.8145 GTS-45-06 P 440/7 Mn 450-6 0852-00 GMN 45 FCMW370
19
GTS-35 B 340/12 0810-00
19
8 290/6 MN 32-8 814 AC4A
19
32510 GTS-35 B340/12 MN 35-10 08 15 FCMW330
20
0.8035 GTM-35 W340/3 MB35-7 852 GTM 35
20
0.8040 GTW-40 W410/4 MB40-10 GMB40 GTM 40
20
0.8045 GMB45 GTM 45 KCh55-4
20
0.8065 GTMW-65 GTW 65 KCh55-4
20
A220-50005 0.8155 GTS-55-04 P 510/4 Mn 550-4 0854-00 KCh60-3
20
50005 0.8155 GTS-55-04 P510/4 MP 50-5 854 GMN 55 FCMP490 KCh70-2
20
70003 0.8165 GTS-65-02 P 570/3 Mn 650-3 0856-00 GMN 65 FCMP590 KCh70-2
20
90001 0.8170 GTS-70-02 P 690/2 Mn 700-2 0862-00 GMN 70 FCMP690 KCh70-2
20
A220-90001 0.8170 GTS-70-02 Mn 700-2 0864-00 20G
20
1022; 1518 1.1133 20Mn5 120 M 19 20 M 5 2132 G 22 Mn 3; 20 Mn 7 F.1515-20 Mn 6 SMnC 420
20
400 10 GTS-45 P440/7 08 52
20
70003 GTS-65 P 570/3 MP 60-3 858 FCMP540 AD0
21
Al99 3.0205
21
1000 3.0255 AI99.5 L31; L34; L36 A59050C D1
21
3.3315 AIMg1
22
3.1325 AlCuMg 1 AD35
22
3.1655 AICuSiPb
22
3.2315 AlMgSi1 AK9
22
7050 3.4345 AIZnMgCuO,5 L 86 AZ 4 GU/9051 811-04
22
3.437 AlZnMgCu 1,5
23
3.2381 G-AISi 10 Mg AK12
23
3.2382 GD-AISi10Mg
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1037
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
17
GGG 40.3 SNG 370/17 FGS 370-17 0717-12 FC250
18
0.7060 GGG60 SNG600/3 FGS600-3 07 32-03 GGG 60 GGG 60
18
80/55/06 0.7060 GGG-60 600/3 FGS 600/3 0727-03 FCD600
18
100/70/03 0.7070 GGG-70 SNG700/2 FGS 700-2 07 37-01 GGG 70 GGG 70 FCD700
18
A48 40 B
19
0.8055 GTW55 GTW 55
19
32510 0.8135 GTS-35-10 B 340/12 MN35-10 810 GTS 35 KCh35-10
19
A47-32510 0.8135 GTS-35-10 B 340/2 Mn 35-10 0815-00 KCh35-10
19
A220-40010 0.8145 GTS-45-06 P 440/7 Mn 450-6 0852-00 GMN 45 FCMW370
19
GTS-35 B 340/12 0810-00
19
8 290/6 MN 32-8 814 AC4A
19
32510 GTS-35 B340/12 MN 35-10 08 15 FCMW330
20
0.8035 GTM-35 W340/3 MB35-7 852 GTM 35
20
0.8040 GTW-40 W410/4 MB40-10 GMB40 GTM 40
20
0.8045 GMB45 GTM 45 KCh55-4
20
0.8065 GTMW-65 GTW 65 KCh55-4
20
A220-50005 0.8155 GTS-55-04 P 510/4 Mn 550-4 0854-00 KCh60-3
20
50005 0.8155 GTS-55-04 P510/4 MP 50-5 854 GMN 55 FCMP490 KCh70-2
20
70003 0.8165 GTS-65-02 P 570/3 Mn 650-3 0856-00 GMN 65 FCMP590 KCh70-2
20
90001 0.8170 GTS-70-02 P 690/2 Mn 700-2 0862-00 GMN 70 FCMP690 KCh70-2
20
A220-90001 0.8170 GTS-70-02 Mn 700-2 0864-00 20G
20
1022; 1518 1.1133 20Mn5 120 M 19 20 M 5 2132 G 22 Mn 3; 20 Mn 7 F.1515-20 Mn 6 SMnC 420
20
400 10 GTS-45 P440/7 08 52
20
70003 GTS-65 P 570/3 MP 60-3 858 FCMP540 AD0
21
Al99 3.0205
21
1000 3.0255 AI99.5 L31; L34; L36 A59050C D1
21
3.3315 AIMg1
22
3.1325 AlCuMg 1 AD35
22
3.1655 AICuSiPb
22
3.2315 AlMgSi1 AK9
22
7050 3.4345 AIZnMgCuO,5 L 86 AZ 4 GU/9051 811-04
22
3.437 AlZnMgCu 1,5
23
3.2381 G-AISi 10 Mg AK12
23
3.2382 GD-AISi10Mg
ISCAR
1038
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
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SS
Italy
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Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
23
A360.2 3.2383 G-AISi0Mg(Cu) LM9 4253
23
3.2581 G-AISi12
23
3.3561 G-AIMg 5
23
ZE 41 3.5101 G-MgZn4sE1Zr1 MAG 5
23
EZ 33 3.5103 MgSE3Zn27r1 MAG 6 G-TR3Z2
23
AZ 81 3.5812 G-MgAI8Zn1 NMAG 1
23
AZ 91 3.5912 G-MgAI9Zn1 MAG 7
23
A356-72 2789; 1973 NF A32-201
23
356,1 LM25 4244 A5052 AK7
23
A413.2 G-AlSi12 LM 6 4261
23
A413.1 G-AlSi 12
(Cu) LM 20 4260 ADC12 AK12
23
A413.0 GD-AlSi12 4247 A6061
23
A380.1 GD-AlSi8Cu3 LM24 4250 A7075
24
2.1871 G-AICu 4 TiMg
24
3.1754 G-AICu5Ni1,5
24
3.2163 G-AISi9Cu3 VAL 8
24
4218 B 3.2371 G-AISi 7 Mg AK8
24
SC64D 3.2373 G-AISI9MGWA A-S7G 4251 C4BS AK9
24
3.2373 G-AISi 9 Mg
24
QE 22 3.5106 G-MgAg3SE2Zr1 mag 12
24
GD-AISI12 G-ALMG5 LM5 A-SU12 4252
26
C93200 2.1090 G-CuSn 7 5 pb U-E 7 Z 5 pb 4
26
c 83600 2.1096 G-CuSn5ZnPb LG 2
26
C 83600 2.1098 G-CuSn 2 Znpb
26
C23000 2.1182 G-CuPb15Sn LB1 U-pb 15 E 8
26
C 93800 2.1182 G-CuPb15Sn Uu-PB 15e 8
27
2.0240 CuZn 15
27
C27200 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C 2700 L 63
27
C27700 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C2720 L 63
27
2.0590 G-CuZn40Fe
27
C 86500 2.0592 G-CuZn 35 AI 1 U-Z 36 N 3 HTB 1
27
C 86200 2.0596 G-CuZn 34 AI 2 HTB 1 U-Z 36 N 3 LTs23AD; ZMts
27
C 18200 2.1293 CuCrZr CC 102 U-Cr 0.8 Zr
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1039
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
23
A360.2 3.2383 G-AISi0Mg(Cu) LM9 4253
23
3.2581 G-AISi12
23
3.3561 G-AIMg 5
23
ZE 41 3.5101 G-MgZn4sE1Zr1 MAG 5
23
EZ 33 3.5103 MgSE3Zn27r1 MAG 6 G-TR3Z2
23
AZ 81 3.5812 G-MgAI8Zn1 NMAG 1
23
AZ 91 3.5912 G-MgAI9Zn1 MAG 7
23
A356-72 2789; 1973 NF A32-201
23
356,1 LM25 4244 A5052 AK7
23
A413.2 G-AlSi12 LM 6 4261
23
A413.1 G-AlSi 12
(Cu) LM 20 4260 ADC12 AK12
23
A413.0 GD-AlSi12 4247 A6061
23
A380.1 GD-AlSi8Cu3 LM24 4250 A7075
24
2.1871 G-AICu 4 TiMg
24
3.1754 G-AICu5Ni1,5
24
3.2163 G-AISi9Cu3 VAL 8
24
4218 B 3.2371 G-AISi 7 Mg AK8
24
SC64D 3.2373 G-AISI9MGWA A-S7G 4251 C4BS AK9
24
3.2373 G-AISi 9 Mg
24
QE 22 3.5106 G-MgAg3SE2Zr1 mag 12
24
GD-AISI12 G-ALMG5 LM5 A-SU12 4252
26
C93200 2.1090 G-CuSn 7 5 pb U-E 7 Z 5 pb 4
26
c 83600 2.1096 G-CuSn5ZnPb LG 2
26
C 83600 2.1098 G-CuSn 2 Znpb
26
C23000 2.1182 G-CuPb15Sn LB1 U-pb 15 E 8
26
C 93800 2.1182 G-CuPb15Sn Uu-PB 15e 8
27
2.0240 CuZn 15
27
C27200 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C 2700 L 63
27
C27700 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C2720 L 63
27
2.0590 G-CuZn40Fe
27
C 86500 2.0592 G-CuZn 35 AI 1 U-Z 36 N 3 HTB 1
27
C 86200 2.0596 G-CuZn 34 AI 2 HTB 1 U-Z 36 N 3 LTs23AD; ZMts
27
C 18200 2.1293 CuCrZr CC 102 U-Cr 0.8 Zr
ISCAR
1040
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
28
2.0060 E-Cu57
28
2.0375 CuZn36Pb3 LS60-2
28
C 63000 2.0966 CuAI 10 Ni 5 Fe 4 Ca 104 U-A 10 N BrAD; N10-4-4
28
B-148-52 2.0975 G-CuAI 10 Ni
28
c 90700 2.1050 G-CuSn 10 CT1
28
C 90800 2.1052 G-CuSn 12 pb 2 UE 12 P
28
C 81500 2.1292 G-CuCrF 35 CC1-FF
28
2.4764 CoCr20W15Ni
31
N 08800 1.4558 X 2 NiCrAITi 32 20 NA 15
31
N 08031 1.4562 X 1 NiCrMoCu 32 28 7
31
N 08028 1.4563 X 1 NiCrMoCuN 31 27 4 Z1NCDU31-27-03 2584 EK 77
31
N 08330 1.4864 X 12 NiCrSi 36 16 NA 17 Z 12 NCS 35.16
31
330 1.4864 X12 NiCrSi 36 16 NA 17 Z 12 NCS 37.18 SUH330
31
1.4865 G-X40NiCrSi38 18 330 C 40 XG50NiCr39 19 SCH15
31
1.4958 X 5 NiCrAITi 31 20
31
AMS 5544 2.4668 NiCr19NbMo NC20K14
32
1.4977 X 40 CoCrNi 20 20 Z 42 CNKDWNb
33
Monel 400 2.4360 NiCu30Fe NA 13 NU 30
33
5390A 2.4603 NC22FeD
33
Hastelloy C-4 2.4610 NiMo16cR16Ti
33
Nimonic 75 2.4630 NiCr20Ti HR 5,203-4 NC 20 T
33
2.4630 NiCr20Ti HR5,203-4 NC20T
33
lnconel 690 2.4642 NiC29Fe Nnc 30 Fe
33
lnconel 625 2.4856 NiCr22Mo9Nb NA 21 NC 22 FeDNb
33
5666 2.4856 NiCr22Mo9Nb Inconel 625
33
lncoloy 825 2.4858 NiCr21Mo NA 16 NC 21 Fe DU KhN38VT
34
Monel k-500 2.4375 NiCu30 Al NA 18 NU 30 AT
34
4676 2.4375 NiCu30Al 3072-76
34
2.4631 NiCr20TiAI Hr40; 601 NC20TA KhN77TYuR
34
lnconel 718 2.4668 NiCr19FeNbMo NC 19 Fe Nb
34
lnconel 751 2.4694 NiCr16fE7TiAl
34
2.4955 NiFe25Cr20NbTi
34
5383 2.4668 NiCr19Fe19NbMo HR8 NC19eNB
34
5391 2 4670 S-NiCr13A16MoNb 3146-3 NC12AD
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1041
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
28
2.0060 E-Cu57
28
2.0375 CuZn36Pb3 LS60-2
28
C 63000 2.0966 CuAI 10 Ni 5 Fe 4 Ca 104 U-A 10 N BrAD; N10-4-4
28
B-148-52 2.0975 G-CuAI 10 Ni
28
c 90700 2.1050 G-CuSn 10 CT1
28
C 90800 2.1052 G-CuSn 12 pb 2 UE 12 P
28
C 81500 2.1292 G-CuCrF 35 CC1-FF
28
2.4764 CoCr20W15Ni
31
N 08800 1.4558 X 2 NiCrAITi 32 20 NA 15
31
N 08031 1.4562 X 1 NiCrMoCu 32 28 7
31
N 08028 1.4563 X 1 NiCrMoCuN 31 27 4 Z1NCDU31-27-03 2584 EK 77
31
N 08330 1.4864 X 12 NiCrSi 36 16 NA 17 Z 12 NCS 35.16
31
330 1.4864 X12 NiCrSi 36 16 NA 17 Z 12 NCS 37.18 SUH330
31
1.4865 G-X40NiCrSi38 18 330 C 40 XG50NiCr39 19 SCH15
31
1.4958 X 5 NiCrAITi 31 20
31
AMS 5544 2.4668 NiCr19NbMo NC20K14
32
1.4977 X 40 CoCrNi 20 20 Z 42 CNKDWNb
33
Monel 400 2.4360 NiCu30Fe NA 13 NU 30
33
5390A 2.4603 NC22FeD
33
Hastelloy C-4 2.4610 NiMo16cR16Ti
33
Nimonic 75 2.4630 NiCr20Ti HR 5,203-4 NC 20 T
33
2.4630 NiCr20Ti HR5,203-4 NC20T
33
lnconel 690 2.4642 NiC29Fe Nnc 30 Fe
33
lnconel 625 2.4856 NiCr22Mo9Nb NA 21 NC 22 FeDNb
33
5666 2.4856 NiCr22Mo9Nb Inconel 625
33
lncoloy 825 2.4858 NiCr21Mo NA 16 NC 21 Fe DU KhN38VT
34
Monel k-500 2.4375 NiCu30 Al NA 18 NU 30 AT
34
4676 2.4375 NiCu30Al 3072-76
34
2.4631 NiCr20TiAI Hr40; 601 NC20TA KhN77TYuR
34
lnconel 718 2.4668 NiCr19FeNbMo NC 19 Fe Nb
34
lnconel 751 2.4694 NiCr16fE7TiAl
34
2.4955 NiFe25Cr20NbTi
34
5383 2.4668 NiCr19Fe19NbMo HR8 NC19eNB
34
5391 2 4670 S-NiCr13A16MoNb 3146-3 NC12AD
ISCAR
1042
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
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Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
34
5660 2.4662 NiFe35Cr14MoTi ZSNCDT42
34
5537C 2.4964 CoCr20W15Ni KC20WN
34
AMS 5772 C0Cr22W14Ni KC22WN
35
lnconel X-750 2.4669 NiCr15Fe7TiAl NC 15 TNb A
35
Hastelloy B 2.4685 G-NiMo28
35
Hastelloy C 2.4810 G-NiMo30
35
AMS 5399 2.4973 NiCr19Co11MoTi NC19KDT VT5-1
35
3.7115 TiAl5Sn2 VT1-00
36
R 50250 3.7025 Ti 1 2 TA 1
36
R 52250 3.7225 Ti 1 pd TP 1
36
AMS 5397 2.4674 NiCo15Cr10MoAITi
37
3.7124 TiCu2 2 TA 21-24
37
R 54620 3.7145 TiAl6Sn2Zr4Mo2Si
37
3.7165 TiAl6V4 TA 10-13; TA 28 T-A 6 V VT6
37
3.7185 TiAl4Mo4Sn2 TA 45-51; TA 57
37
3.7195 TiAl 3 V 2.5
37
TiAl4Mo4Sn4Si0.5
37
AMS R54520 TiAl5Sn2.5 TA14/17 T-A5E
37
AMS R56400 TiAl6V4 TA10-13/TA28 T-A6V
37
AMS R56401 TiAl6V4ELI TA11
38
W 1 1.1545 C 105 W1 BW 1A Y1 105 1880 C 100 KU F-5118 SK 3
38
W210 1.1545 C105W1 BW2 Y120 2900 C120KU CF.515 SUP4 U10A
38
1.2762 75 CrMoNiW 6 7
38
440C 1.4125 X105 CrMo 17 Z 100 CD 17 X 105 CrMo 17 95Ch18
38
1.6746 32 nIcRmO 14 5 832 M 31 35 NCD 14
40
Ni- Hard 2 0.9620 G-X 260 NiCr 4 2 Grade 2 A 0512-00
40
Ni- Hard 1 0.9625 G-X 330 Ni Cr 4 2 Grade 2 B 0513-00
40
Ni-Hard 4 0.9630 G-X 300 CrNiSi 9 5 2
40
0.9640 G-X 300 CrMoNi 15 2 1
40
A 532 lll A 25% Cr 0.9650 G-X 260 Cr 27 Grade 3 D 0466-00 ChWG
40
A 532 lll A 25% Cr 0.9655 G-X 300 CrNMo 27 1 Grade 3 E 20Ch25N20S2
40
310 1.4841 X15 CrNiSi 25 20 314 S31 Z 15 CNS 25-20
41
0.9635 G-X 300 CrMo 15 3
41
0.9645 G-X 260 CrMoNi 20 2 1
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
1043
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY Great Britain
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
Werkstoff DIN BS EN
34
5660 2.4662 NiFe35Cr14MoTi ZSNCDT42
34
5537C 2.4964 CoCr20W15Ni KC20WN
34
AMS 5772 C0Cr22W14Ni KC22WN
35
lnconel X-750 2.4669 NiCr15Fe7TiAl NC 15 TNb A
35
Hastelloy B 2.4685 G-NiMo28
35
Hastelloy C 2.4810 G-NiMo30
35
AMS 5399 2.4973 NiCr19Co11MoTi NC19KDT VT5-1
35
3.7115 TiAl5Sn2 VT1-00
36
R 50250 3.7025 Ti 1 2 TA 1
36
R 52250 3.7225 Ti 1 pd TP 1
36
AMS 5397 2.4674 NiCo15Cr10MoAITi
37
3.7124 TiCu2 2 TA 21-24
37
R 54620 3.7145 TiAl6Sn2Zr4Mo2Si
37
3.7165 TiAl6V4 TA 10-13; TA 28 T-A 6 V VT6
37
3.7185 TiAl4Mo4Sn2 TA 45-51; TA 57
37
3.7195 TiAl 3 V 2.5
37
TiAl4Mo4Sn4Si0.5
37
AMS R54520 TiAl5Sn2.5 TA14/17 T-A5E
37
AMS R56400 TiAl6V4 TA10-13/TA28 T-A6V
37
AMS R56401 TiAl6V4ELI TA11
38
W 1 1.1545 C 105 W1 BW 1A Y1 105 1880 C 100 KU F-5118 SK 3
38
W210 1.1545 C105W1 BW2 Y120 2900 C120KU CF.515 SUP4 U10A
38
1.2762 75 CrMoNiW 6 7
38
440C 1.4125 X105 CrMo 17 Z 100 CD 17 X 105 CrMo 17 95Ch18
38
1.6746 32 nIcRmO 14 5 832 M 31 35 NCD 14
40
Ni- Hard 2 0.9620 G-X 260 NiCr 4 2 Grade 2 A 0512-00
40
Ni- Hard 1 0.9625 G-X 330 Ni Cr 4 2 Grade 2 B 0513-00
40
Ni-Hard 4 0.9630 G-X 300 CrNiSi 9 5 2
40
0.9640 G-X 300 CrMoNi 15 2 1
40
A 532 lll A 25% Cr 0.9650 G-X 260 Cr 27 Grade 3 D 0466-00 ChWG
40
A 532 lll A 25% Cr 0.9655 G-X 300 CrNMo 27 1 Grade 3 E 20Ch25N20S2
40
310 1.4841 X15 CrNiSi 25 20 314 S31 Z 15 CNS 25-20
41
0.9635 G-X 300 CrMo 15 3
41
0.9645 G-X 260 CrMoNi 20 2 1
ISCAR
1044
ALPHABETICAL INDEX
3M AXK-13 209
3M AXK-CF-13 210
3M AXKT 1304 396
3M AXKT 1304..R-PDRMM 397
3M AXKT-2006 397
3M AXKT 2006..R-PDR 397
3M E90AX 24
3M F90AX-20 185
3M SM 219
59705IC 682
59805 683
ADBH 786
ADCR 1505PDFR 390
ADCT 1505PDFR-HM 391
ADJ BT 933
ADJ BT-ER 910
ADJ C-ER 891
ADJ DIN69871 933
ADJ DIN69871-ER 858
ADJ ER NOSE 932
ADJ HSK A 933
ADJ HSK A-ER 877
ADJ HYDRO 932
ADJ ST 933
ADJ ST-ER 934
ADK 210
ADKR 1505PDR/L-HM 390
ADKT 1505-FF 393
ADKT 1505PDR/L-HM 392
ADKT 1505PDTR-76 393
ADKT 1505PDTR/L-RM 392
ADKT 1505PD-W 394
ADKT 1505..R/L-HM 393
ADKW (CBN) 391
ADKW (PCD) 391
ADMT 1505PDR-HS 392
AMT MB-MT 759
A
Alphabetical Index
1045
ALPHABETICAL INDEX
AOMT 527
AOMT-Chamfering 543
APCR 1003PDFR-P 384
APCR 1604 395
APCT 1003PDR-HM 384
APK-22 336
APK-FE 208
APKR 1003PDR-HM 385
APKT 1003PDR-HM 385
APKT 1003PDTR-76 385
APKT 1003PDTR/L-RM 385
APKT 1003..R 386
APKT 1003R8T-FF 387
APKT 1003..TR-RM 386
APKT 1604 394
APKW 100304 PDR (PCD) 384
BBH 30/40 785
BBH 63 786
BBH D16 785
BCM 233
BCM-M 233
BCM-MM 234
BCR 455
BHC MB 765
BHD 50 L200 787
BHD MB 766
BHEH 786
BHE MB 770
BHE MB-H 770
BHFH 785
BHF L200 787
BHF MB16-MB50 Dia. 2.5-108 774
BHF MB50-MB80 Dia. 77-500 783
BHF MB-BL 781
BHR MB 760
BLANK MB 759
BLP Endmills 231
BLPK 232
BLP-M 231
BLP Shell Mill 232
BLR 455
BT-AD 909
BTB-MB 750
BT-C# 908
BT-CF (CLICKFIT) 912
A
B
ISCAR
1046
ALPHABETICAL INDEX
BT-DC-B 909
BT-EM (DIN 1835 Form B) 901
BT-EM (DIN 1835 Form E) 902
BT-EM (Short) 900
BT-ER 896
BT-ER-BIN (BALANCIN) 897
BT-ER-CLICKIN 912
BT-ER-SHORT 897
BT-FC-EM 902
BT-FC-ER 897
BT-FC-FM 907
BT-FC-MAXIN 898
BT-FC-MB 750
BT-FC-SEM-C 906
BT-FC-SRKIN 903
BT-FM 907
BT-HYDRO 899
BT-HYDRO (heavy duty) 900
BT-MAXIN 898
BT-MAXIN-BIN (BALANCIN) 899
BT-MB 750
BT-MT 909
BT-MT-DRW 910
BT-ODP (FLEXFIT) 248
BT-SEM 905
BT-SEM 993
BT-SEM-C 906
BT-SEMC 908
BT-SRK 904
BT-SRKIN 903
CA90 1723-R/L-T490-13 312
CA90 1928-R/L-PM15 311
CA90-R/L-LN11/15CAB M-M (FLEXFIT) 245
CAB M-M (FLEXFIT) 927
CAB M-SEM 927
CAID 622
CAOD 622
CAORC 623
CA-R/L-LNET 12 cartridges 311
CA-SPM 337
CATM-MB 748
C#-B4340 (blank) 893
CCET-WF 802
C#-CF4 (CLICKFIT) 885
CCGT-AF 804
B
C
1047
ALPHABETICAL INDEX
CCGT-AS 803
CC MB-ER 756
CCMT-14 801
CCMT (CBN) 803
CCMT/CCGT 802
CCMT/CCGT-SM 801
CCMT (PCD) 803
CCMT-PF 801
CCMT-WG 802
CDP ER-M 246
CDP M-SRK 928
C#-EM 886
C#-EM-E 887
C#-ER 884
C#-ER-M 885
C#-FM 890
CHA 760
CHAMRING 548
CHR MB 756
CHS MB-R 756
C#-MAXIN 885
C#-MB 749
CNHT/MT 07 459
C#-ODP (FLEXFIT) 248
COOLANT SET 164
COOLING TUBE C# 984
COOLING TUBE HSK-A 983
C#-SEM 889
C#-SEMC 890
C#-SRKIN 888
CW32 786
CW200 787
DCGT-AS 805
DCM-3.5D (7.5-20.9 mm) 511
DCM-3D (7.5-25.9 mm) 511
DCM-5D (7.5-25.9 mm) 512
DCM-8D (10-25.9 mm) 512
DC MB 757
DCMT-14 804
DCMT/DCGT 805
DCMT/DCGT-SM 804
DCMT-PF 805
DCN A-1.5D 472
DCN A-3D 474
DCN A-5D 478
C
D
ISCAR
1048
ALPHABETICAL INDEX
DCN A-8D 480
DCN R-1.5D 473
DCN R-3D 475
DCN R-5D 479
DCN R-8D 481
DCN R-12D 482
DCNS-3D 476
DCNS-5D 477
DCNT (M8-M24) 545
DCT (M8-M24) 543
DDC-E1 614
DDD-E3 612
DDD-EC 614
DDD-EF-FB 613
DDD-EF-FT 613
DDT-E1 615
DFN A-1.5D-IQ 505
DFN A-3D-IQ 505
DFN A-5D-IQ 505
DFN A-8D-IQ 506
DIN2079-MB 754
DIN2080-AD 916
DIN2080-CP (centering plug) 917
DIN2080-EM 915
DIN2080-ER 914
DIN2080-FM 916
DIN2080-MT 917
DIN2080-MT-DRW 917
DIN2080-SEM 915
DIN2080-SEMC 916
DIN69871-AD 857
DIN69871-C# 856
DIN69871-CF 859
DIN69871-DC-B (Form A) 856
DIN69871-EM (DIN 6359-HB) 852
DIN69871-EM (DIN 6359-HE) 853
DIN69871-EM (DIN 6359 short) 852
DIN69871-ER-BIN 850
DIN69871-ER-CLICKIN 859
DIN69871-ER (form AD) 849
DIN69871-ER-SHORT 849
DIN69871-FM 855
DIN69871-HYDRO 851
DIN69871-HYDRO (heavy duty) 851
DIN69871-MAXIN 850
D
1049
ALPHABETICAL INDEX
DIN69871-MT 857
DIN69871-MT-DRW 857
DIN69871-ODP 249
DIN69871-ODP 860
DIN69871-SEM 854
DIN69871-SEM-C 855
DIN69871-SEMC 856
DIN69871-SRK 853
DIN69871-SRKIN 854
DIN69880-HYDRO 923
DIN 69893 Form ADIN 69893 Form E 862
DIN 69893 Form F (1)DR-2D-N 520
DR-2D-N 521
DR-3D-N 522
DR-4D-N 523
DR-4D-T 525
DR-5D-N 524
DR-CA 526
DRG-MF 551
Drilling Eccenter Sleeves 537
Driving Ring-SEMC 982
DSC-E1 605
DSC-EA 606
DSC-EC 607
DSC-I1 610
DSC-IA 611
DSC-IC 612
DSD-E0 602
DSD-E1 602
DSD-E3 603
DSD-EC 604
DSD-EF-FB 605
DSD-EF-FT 604
DSD-I1 607
DSD-IC 609
DSD-IF-FB 608
DSD-IF-FT 608
DST-E1 606
DST-I1 611
E30 / T230 30
E45 / T245 32
E45X 30
E60 / T260 32
E90AC 29
E90CN 10
D
E
ISCAR
1050
ALPHABETICAL INDEX
E90CN-M 10
E90SP 16
E90X 11
E90XC 29
E93CN 234
E93CN-M 235
E93CN-MM 235
EB-A-2 137
EB-A2 (economical) 138
EB-A2(economical-extra long) 139
EB-A2 (extra long) 143
EB-A2-H (rib processing) 141
EB-A2 (long with neck) 143
EB-A2 (precision stub cut) 144
EB-A2 (rib processing) 142
EB-A2 (stub cut length) 138
EB-A2 (tapered flute & neck) 144
EB-A-3 139
EB-A4 (economical-short) 139
EB-A-4 (medium length) 140
EB-A-4 (short length) 140
EB-E4L-CF 137
EB-H-CF 137
EBL-A-4 140
EBM-A-2 145
EBRF-T 105
EC-A-2 107
EC-A2(economical-extra long) 109
EC-A2 (economical-medium) 108
EC-A2 (economical-short) 107
EC-A2-H (rib processing) 121
EC-A2 (medium length) 124
EC-A2-M (rib processing) 122
EC-A2-R (rib processing) 119
EC-A3/E3 (economical-medium) 110
EC-A3/E3 (economical-short) 110
EC-A-4 116
EC-A4 125
EC-A4(economical-extra long) 118
EC-A4 (economical-medium) 117
EC-A-4R 117
ECA-B-2 134
ECA-B-3 134
ECA-F-2 135
ECA-H3-CF 129
E
1051
ALPHABETICAL INDEX
ECA-H3-CF-C 131
ECA-H4-CF 131
ECAP-H3-CF 132
EC-B-3 114
EC-B3 (economical-medium) 113
EC-B3 (economical-short) 111
EC-B-3R 114
EC-B-4 115
EC-B-4R 115
EC-B4-R 126
EC-B6 128
EC-B6-H 128
ECC-A-2 108
ECC-A-4 118
ECC-E-3 112
EC-D6 127
ECD-S2 146
EC-E-3 111
EC-E4L-CF 100
EC-E5L-CF 100
EC-E7/H7-CF 95
ECF../45 146
EC-H4L-CFR (relieved neck) 93
EC-H4M-CF-E 92
EC-H4M-CFR 93
EC-H4S-CF 92
EC-H4XL-CFR (relieved neck) 94
EC-H5M-CFR 95
ECH-B-6 126
EC-H-CF 97
ECK-H4M-CFR 96
ECK-H7/9-CFR 97
ECL-B-4/6 127
EC-E7/H7-CF 95
ECP-E3L 103
ECP-E4L 104
ECP-H4L-CFR 94
ECR-B3-R 133
ECR-B3-R-C 133
ECR-B-L 102
ECR-B-M/ECR-B-M...R 101
ECR-B-MF 103
ECR-B-S 101
ECR-B-X 102
ECR-T-M 105
E
ISCAR
1052
ALPHABETICAL INDEX
ECS/ECCS-E-3 109
ECU-E-3 112
ECU-E-3-R 113
ECXL-B-4/6 127
EFF-S 106
EFP-E4,5CF 106
EFS-B44 99
EFS-E44 98
EMH MB 756
ENHT 460
EPNC 135
EPND 136
EPN-F 135
EPX 136
ER 236
ERC-E-3 132
ER-CF (CLICKFIT) 930
ER Collet Type DIN 6499 945
ERF-A/E-3,4,6 104
ER-M 237
ER-ODP 249, 929
ER-SEAL 949
ER-SEAL-JET2 950
ER-SPR 947
ER-SPR-AA 948
ER-SRF 959
ER-SRF-JET2 959
ER-SRK 954
ER-SRK-JET2 955
ERW 237
ERW-M 238
ESB-A2 145
ESB-A4 145
ETR-A2 106
ETS 291
ETS-LN08 288
ETS-LN08-M 287
ETS-XN13 291
EX C# (CAMFIX extension) 892
EX CF (CLICKFIT extension) 930
EX-MB 754
F45E 196
F45NM 192
F45ST 196
F45WG 192
E
F
1053
ALPHABETICAL INDEX
F86LNX-11 187
F90 184
F90AD-SFR 179
F90LN-FR CA11 336
F90LN-N11 172
F90LN-N15 176
F90SD-12 172
F90SP-10 169
F93CN 236
FCP 486
FDN 297
FDN-CALN11 299
FDN-CALN12 298
FDN-CALN13 299
FDN-CALN15 300
FDN-CAPM15 300
FDN-CF4 297
FDN-CM 301
FDN-LN08 295
FDN-LN12 296
FDN-XN13 299
FF EW 258
FF EW-CF 259
FF EW-M 259
FF EWX 256
FF EWX-M 257
FF EWX-MM 257
FF FW 263
FF FWX 260
FF NM 264
FFQ4 D-12 265
FFQ4 SOMT 1205 445
FF SOF 266
FF WOMT/WOCT 445
FIN LNAT 1607PN-R 421
FIN LNK-BT 210
FIN LNK-INT 210
FITBORE BT-EM 911
FITBORE DIN69871-EM 858
FITBORE HSK A-EM 878
FRW 239
FST 309
FTP-LN10 262
FTP LNHT 1006 458
F
ISCAR
1054
ALPHABETICAL INDEX
GD-DH 649
GDV 656
GFI MT-ER 940
GFIS ER-ER 940
GFI ST-ER 940
GIM-C 318
GIM-J 317
GIM-W 318
GM-DG 314
GP/GPB 625
GPP 624
GPS 625
GSAN 318
GSFN 319
GSFU 319
GSHT 319
GTI BT-ER (tapping) 911
GTI DIN69871-ER (tapping) 859
GTI ER-ST (tapping) 939
GTIN ER-DIN (tapping) 942
GTIN ER-ISO (tapping) 942
GTIN ER-JIS (tapping) 942
GYRO DIN69880-ER 935
GYRO ST-ER 934
H400 ER-10 240
H400 ER-12 240
H400 ER-M 241
H400 FR-10 241
H400 FR-12 242
H400 FR-16 243
H400 RNHU 451
H490 ANK-09C 205
H490 ANKX 0904-FF 403
H490 ANKX 1706-FF 405
H490 ANKX/ANCX-09 402
H490 ANKX/ANCX-12 403
H490 ANKX/ANCX-17 404
H490 ANKX/ANCX 1205-FF 404
H490 E90AX-09 15
H490 E90AX-12 23
H490 E90AX-17 26
H490 E90AX-C#-17 27
H490 E90AX-M 16
H490 E90AX-MM 16
H490 F90AX-09 168
G
H
1055
ALPHABETICAL INDEX
H490 F90AX-12 174
H490 F90AX-17 182
H490 SM-09 213
H490 SM-17 218
H600 WXCU 446
H606 ER-M 244
H606 FR-12 244
H606 RXCU 1206 452
H690 E90AX-10 22
H690 EWN 11
H690 F90AX-10 171
H690 F90AX-16 183
H690 FWN 166
H690 TNCX/TNKX 1606 405
H690 TNKX 1005 405
H690 WNMU 0705 402
H1200 HXCU 0606 447
HBF-QF 452
HBR-QF 452
HCC-QF 454
HCD-QF 453
HCE 9
HCE-MM 9
HCM D10 228
HCM D12 228
HCM D16 229
HCM D20 229
HCM D25 230
HCM-M 230
HCM-MM 230
HCP-IQ 483
HCR 453
HFP-IQ 506
HM90 ADCR 1505PDFR-P 390
HM90 ADCT 1505 388
HM90 ADCT 1505PDR-CF 389
HM90 ADKT 1505 388
HM90 ADKT 1505PD-W 394
HM90 ADKW 1505PDR 396
HM90 APCR 1605..R-P 400
HM90 APCR 2206..R-P 401
HM90 APCR 100304PDFR-P/DP 383
HM90 APCR 220605-CS 401
HM90 APCT 1003 382
HM90 APKT 1003 383
H
ISCAR
1056
ALPHABETICAL INDEX
HM90 APKT 1003PD-W 387
HM90 APKW 1003PDR 386
HM90 AXCR 1505 399
HM90 E90A-10 19
HM90 E90A-CF-10 21
HM90 E90AD-15 25
HM90 E90AD-CF-15 25
HM90 E90AD-M-15 26
HM90 E90A-M-10 21
HM90 E90A-MM-10 21
HM90 EAL-15 334
HM90 EAL-16 331
HM90 EAL-16BR 334
HM90 EAL-CF4-16 331
HM90 EAL-HSK63A-15 335
HM90 EAL-HSK63A-16 332
HM90 F90A-15 178
HM90 F90AP-10 170
HM90 FAL-15 335
HM90 FAL-16 332
HM90 FAL-16BR 334
HM90 FAL-22 335
HM390 ETC-07 13
HM390 ETC-C#-07 14
HM390 ETC-MM 14
HM390 ETD-15 24
HM390 ETD-19 26
HM390 ETD-M 24
HM390 ETP-10 17
HM390 ETP-C#-10 18
HM390 ETP-M 18
HM390 ETP-MM 18
HM390 FTC-07 165
HM390 FTD-15 177
HM390 FTD-19 181
HM390 FTP-10 169
HM390 TCKT 0703 381
HM390 TDKT 1907 382
HM390 TDKT/CT 1505 382
HM390 TPKT 1003 381
HOE-R06 189
HOF-R06 190
HOF-R07 190
HP ADCR 1906 398
HP ADCR 2207 399
H
1057
ALPHABETICAL INDEX
HP ADKT 1906 398
HP ADKT/ADCT 2207 398
HP ANCR 0702PNFR 380
HP ANK-07 205
HP ANKT 0702...-FF 381
HP ANKT/ANCT 0702..PN-R/PNTR 380
HP ANKW 070204PNTR 380
HP E90AN-07 12
HP E90AN-M-07 12
HP E90AN-MM-07 13
HP E90AT-19 28
HP E90AT-22 28
HP F90AN-07 165
HP F90AT-19 185
HP F90AT-22 186
HSK A-B-MN (blanks) 880
HSK A-CF (CLICKFIT) 878
HSK A-EM (DIN 1835 Form B) 869
HSK A-EM (DIN 1835 Form E) 870
HSK A-ER 864
HSK A-ER-BIN (BALANCIN) 865
HSK A-ER-CLICKIN 878
HSK A-ER-M (mini) 863
HSK A-ER-SHORT 865
HSK A-FM 875
HSK A-HYDRO 867
HSK A-HYDRO (long) 868
HSK A-MAXIN 866
HSK A-MAXIN-BIN (BALANCIN) 866
HSK A-MB 748
HSK A-MT 876
HSK A-ODP (FLEXFIT) 250, 879
HSK A-SEM 875
HSK A-SEM-C 877
HSK A-SEMC 876
HSK A-SRK 874
HSK A-SRKIN 871
HSK-C# 876
HSK E-ER 863
HSK E-MB 749
HSK E-ODP (FLEXFIT) 251, 880
HSK E-SEM 874
HSK E-SRK 873
HSK F-MB 749
HSK FM-ER 865
H
ISCAR
1058
ALPHABETICAL INDEX
HSK FM-SEM 875
HSK FM-SRKIN 872
HSM90S APCR 1405 399
HSM90S EAL-14 330
HSM90S FAL-14 330
HTP-LN06 268
HTP-LN10 269
HTP LN.. 0604 456
HTP LN.. 1006 457
HTP LN.. 1606 458
HTP-M-LN06 268
HTP-M-LN10 269
HTP-R-LN10 269
HTP-R-LN16 270
HTR-QF 454
ICG 487
ICP-2M\ICK-2M 485
ICP\ICM\ICK 484
IDI-SG/IDI-SK 513
IHAXF 783
IHAXF-AVI 784
IHAXF-E 784
IHBR 764
IHCR 763
IHFF 786
IHFF-C 765
IHPR 763
IHRF 787
IHRF-BW 789
IHRF-C 765
IHRF-CH 790
IHSR 763
IHSR-BW 764
IHSR-C 766
IHSR-CH 764
IHWF 787
IND ER11 TOOL ADAPTER 974
IQ845 ESY-R05 191
IQ845 FSY-C#-R07 197
IQ845 FSY-R05 191
IQ845 FSY-R07 197
IQ845 SYHU-05 428
IQ845 SYHU-07 428
ISO-MB 751
ISOM-MB 751
H
I
1059
ALPHABETICAL INDEX
KIT BHD-MB 791
KIT BHE MB 793
KIT BHFH-MB 800
KIT BHF-MB 797
KIT BHF MB-BL 796
KIT BT-HYDRO 964
KIT BT-MAXIN 898
KIT DIN2080-ER 914
KIT DIN69871-HYDRO 964
KIT GTI ER-ST 939
KIT GYRO-DIN69880-ER 936
KIT GYRO-ST-ER 935
KIT HSK A-HYDRO 964
KIT HSK A-MAXIN 866
KIT SK-MAXIN 850
KIT ST-ER 921
KIT ST-ER-M/MF 920
LNAR 1106 412
LNAR 1106 (PCD) 413
LNAR 1106PN-R-S-W (PCD) 413
LNAR 1506 418
LNAR 1506 PN-R-S (PCD) 419
LNAT 1106-W 412
LNAT 1506AN-W 421
LNAT 1506-PM 420
LNAT 1506..PN-N MM 419
LNAT 1506-W 419
LNAW-11 (CBN) 414
LNAW-15 (CBN) 415
LNET 08 423
LNET 12-TN 423
LNET 12-TN-MM 424
LNHT 1106 PN-N HT 412
LNHT 1106 PN-R HT 411
LNHW 1506 ANTN (ceramic) 421
LNHW 1506 PNTN (ceramic) 418
LNKX 1506 1.5X45 PN-N 417
LNKX 1506PN-N PL 416
LNKX 150608AN-N PL 420
LNKX/LNMT 1106 411
LNKX/LNMT 1506PNTN/PN-N MM 416
LNKX/LNMT 150608ANTN MM 420
LNMT 1506PN-R-TS 415
LNMT/LNHT 1506...-N HT 418
LNMT/LNHT 1506PN-R HT 417
K
L
ISCAR
1060
ALPHABETICAL INDEX
LNMW 1506 PNTN 416
MB-BL-RING 754
MF EWX 257
MF EWX-M 258
MF FHX-R06 262
MF FWX 261
MM Adjustable Torque Keys 35
MM CAB 69, 928
MM CAB-T-T 69
MM EA 61
MM EA-CF 62
MM EB 54
MM EBA 54
MM EBC 54
MM EC-3 55
MM EC-4 56
MM EC-6 57
MM EC-8/MM EC-10 58
MM EC-CF 58
MM EC-D 57
MM ECD 43
MM ECF 39
MM EC-H-4 59
MM EC-H-5 59
MM ECS 43
MM ECU 55
MM EDF 40
MM EFCB 43
MM EFF 50
MM EFS 59
MM EFS-CF 60
MM EPG 42
MM EPNC 62
MM EPX 62
MM ER 42
MM ERA 60
MM ERS 60
MM ET 52
MM ETR 52
MM FF 49
MM GRIT-16K/P,18K/P 45, 282
MM GRIT-22K/P,28K/P 46, 283
MM GRIT 28P-DR 41
MM GRIT Back Chamfer 41
MM GRIT-K/P-45A 41
L
M
1061
ALPHABETICAL INDEX
MM GRT (shanks) 65
MM HBR 53
MM HC 55
MM HCD 39
MM HCR 53
MM HDF 40
MM HR 42
MM HRF 53
MM HT 51
MM HT-NCSR 51
MM HT-NWFR 52
MM S-A-C# 68
MM S-A-HSK 68, 879
MM S-A-N 64
MM S-A-SK 68, 860
MM S-A (stepped shanks) 63
MM S-A (straight shanks) 65
MM S-B (85° conical shanks) 65
MM S-D (89° conical shanks) 66
MM S-ER 67
MM S-ER-H 67
MM SS 47
MM TRD-M 47, 356
MM TRD-W 47, 356
MM TS-45 40
MM TS-A 64
MM TS-DG 45, 281
MM TS-H 44, 281
MM TS-N 44, 280
MNC 488
MNCNT-T2 655
MTD-MB 753
MTECB-ISO 344
MTECB-NPT 354
MTEC-BSPT 353
MTECB-UN 348
MTECB-W 352
MTECD-ISO 347
MTEC E-ISO 345
MTEC E-UN 349
MTECI-A60 355
MTEC-ISO 343
MTEC-NPT 354
MTEC-NPTF 354
MTECQ-ISO 345
M
ISCAR
1062
ALPHABETICAL INDEX
MTECSH-ISO 347
MTECSH-UN 351
MTECS-ISO 346
MTECS-MJ 353
MTECS-UN 350
MTECS-UNJ 353
MTECS-W 351
MTEC-UN 348
MTEC-W 352
MTECZ-BSF/BSP 352
MTECZ-ISO 345
MTECZ-NPTF 355
MTECZ-UN 349
MTE D 359
MTE D-C 359
MTE D (Double Insert) 359
MTE-MM 358
MT-ER 918
MTF D(Shell Mill) 360
MTFL 360
MTH-BSPT (int. & ext.) 370
MTH-F 371
MTH-ISO (external) 368
MTH-ISO (internal) 368
MTH-NPTF (int. & ext.) 371
MTH-NPT (int. & ext.) 370
MTH-UN (external) 369
MTH-UN (internal) 369
MTH-W (int. & ext.) 370
MT-ISO-MM 48, 357
MT LNH#-ISO (Internal) 361
MT LNH#-NPS 366
MT LNH#-NPSF 366
MT LNHT-ABUT 367
MT LNHT-BSPT 365
MT LNHT-NPT 365
MT LNHT-NPTF 365
MT LNHU-ACME (Internal) 367
MT LNHU-ISO (External) 362
MT LNH#-UN (Internal) 363
MT LNHU-PG 367
MT LNHU-UN (External) 364
MT LNH#-W 364
MTSRH (endmills) 360
MTSRH (helical shell mill) 361
M
1063
ALPHABETICAL INDEX
MTT-MB 753
MT-UN-MM 48, 357
MT-W-MM 49, 358
MULTI CLAMP C# 974
MULTI CLAMP HSK (A/C, E/F) 974
NPHT-RG 622
NPMT-L2/R2 621
NPMT-L/R-DT 621
NPMT-R1 620
NPMT-R1/2-DT 620
NPMX 0802 RG 619
NPMX 0803 RB/RG 621
NUT ER-BIN 980
NUT ER-MINI/UM 980
NUT ER-SHORT 980
NUT ER-TOP 979
OECR 434
OEMT 060405 434
OEMW-AETN 434
OFCR/OFCT-AEN/AETN 435
OFCR/OFCT-RW/AER (wiper) 436
OFMT 07 435
OFMW-AETN 435
OFMW-FF 436
ONHQ-TN 444
ONHU 0505-W 432
ONHU 0706AN-R-W 433
ONHU 0806AN-W 445
ONHU 0806-N-PL 444
ONHU/ONMU-05 432
ONHU/ONMU-08-TN/HL 443
ONHU/ONMU-08-TN-MM 443
ONHU/ONMU 080608 AN-N-HP 444
ONMU 1008 437
ONMU/ONHU 0706 433
OXMT 0507 433
P290 ACCT 395
P290 ACK 211
P290 ACK-C#-18 212
P290 ACK-M 211
P290 ACKT 395
P290 EPW 27
P290 EPW-M 28
P290 FPW 184
P290 SM 212
M
N
O
P
ISCAR
1064
ALPHABETICAL INDEX
PH 270
PICCO ACE-BH 784
PICCO-MF 555
PICCO-MFT 555
PICCO R 050.20 810
PICCO R 050 (CBN) 812
PICCO R/L 047 811
PICCO R/L 050, 053, 055 809
PICCO R/L 050-C 811
PICCO R/L 090 812
PICCO R/L 520 813
PICCO R/LHD 050 812
PICCO R/LX050 808
PLHT 456
PLT 813
PLX 271
PLX-M 271
PRESET ER-JET 980
PRESET MAXIN 981
PRESET SC CAP 962
PRESET SCREW HYDRO 965
PS BT-JIS (pull stud) 978
PS BT-MAS (pull stud) 978
PS BT-MAZAK (pull stud) 978
PS CAT-ISO (pull stud) 979
PS OTT-BT (pull stud) 979
PS OTT-SK (pull stud) 979
PS SK-DIN (pull stud) 979
QDCT-PDN 427
QDMT 1205..PDTN-M 427
QOMT-HQ 424
QPMR 1004..-HQ-M 425
QPMT 100408PDTN 425
R-8 ER 918
R8-MB 753
R90CW 449
RCMT/RCCT-MO 450
RCMT/RCMW/RCCW-FW 450
RCMW/RCCW-MO 449
R (drive flange set) 317
RE-C# 892
RE MB-AVI 755
RE MB-MB 755
RE MB-ODP 246, 926
REMT-76 449
P
Q
R
1065
ALPHABETICAL INDEX
RFMT 1905-76 451
RGP 624
RING DCM 546
RM-BN-H7LB 677
RM-BN-H7SA 677
RM-BNT (Shanks) 676
RM-SEI-A 694
RM-SEI-B 694
RM-SEI-C 695
RM-SET-B-B 693
RM-SET-T-B 692
RM SETTING DEVICE 695
RM-SHR-H7N-CS 683
RM-SHR-H7N-MT 685
RM-SHR-H7S-CS 682
RM-SHR-H7S-MT 684
RM-SR-H7S 686
RM-SRH-Q-MT 686
RXCR 448
RXCW 447
RXMT 10 448
RXMT 1607 448
S845 F45SX-16 198
S845 SNHU 1305-W 429
S845 SNHU 1806AN-N-W 430
S845 SNMU 2608 437
S845 SNMU/SNHU-13 429
S845 SNMU/SNHU 1806 430
S845 SXHU 1606-W 430
S845 SXMU/SXCU-16 429
S865 FSN-13 188
S865 SNMU 1305ZNTR 431
S890 FSN-13 173
S890 SNMU 1305PN... 442
S890 SSB-13 310
SCCD-AP5 575
SC Collet Extraction Hook 983
SCD-ACG8 (8xD) 578
SCD-ACP3N (3XD) 564
SCD-ACP5 (5xD) 572
SCD-ACP5N (5xD) 570
SCD-ACP8 (8xD) 579
SCD-ACP20 (20xD) 580
SCD-ACP-CS (20xD) 580
SCD-AH5 (5xD) 577
R
S
ISCAR
1066
ALPHABETICAL INDEX
SCD-AP3 (3xD) 562
SCD-AP3N (3xD) 560
SCD-AP4 (4xD) 559
SCD-AP5 (5xD) 568
SCD-AP5N (5xD) 566
SCD-AP6 (6xD) 559
SCDT 549
SCGT-AS 806
SC-HYDRO 965
SCMT-14 806
SCMT-19 442, 806
SCMT-SM 806
SCREW-EMSC-SEAL 962
SC-SPR 961
SD CAB 285
SDK BT-FT/B 222
SDK D63-FT/A 220
SDK D63-FT/B (modular) 220
SDK D80-FT/B (modular) 221
SDK D100-FT/B (modular) 221
SDK Shell Mill-FT/A 221
SDMR-HQ 427
SDMT-AD-N 442
SDMT-PDN-RM 426
SDMT-PDR-HQ 431
SDN 302
SDN 308
SDN-CALN11 307
SDN-CALN12 305
SDN-CALN13 307
SDN-CALN15 309
SDN-CAPM15 308
SDN-LN08 303
SDN-LN12 304
SDN-XN13 307
SD S-A-SP 284
SD-SP 284
SD TRD-M-SP 356
SD TRD-W-SP 356
SE-FT 222
SEHT-AFN 439
SEHW-AFTN 438
SEKN-AF.. 439
SEKR-AF..-76 440
SEKR-AF-N-42 439
S
1067
ALPHABETICAL INDEX
SEKR-AFTR-HS 440
SEKT-AF-R 437
SEKT-AFTN 438
SEM CF (CLICKFIT) 930
SEM Clamping Screws 981
SEMT 12..AFTN-76 438
SEMT 1204AF-R-HS 438
SEMT 1404 440
SET ER-SEAL 960
SET ER-SEAL-EM 961
SET ER-SEAL-EM JET2 961
SET ER-SEAL-JET2 960
SET ER-SPR 960
SET ER-SPR-AA 960
SET ER-SPR-EM 961
SET SC-SEAL 962
SET SC-SPR 962
SGP 624
SGSA 315
SGSF 316
SGSF-W 314
SKA-FC-MB 747
SKA-MB 747
SKB-MB 748
SLEEVE 785
S M 245, 926
SM 219
SM-16 333
S M-CF 246, 927
S M-C-H 245, 926
SM-FT 222
SMH MB 757
SOE45 8/16 30
SOF45 193
SOF45-26 200
SOF45-R18 199
SOGT-W 489
SOGX/T-AL 528
SOGX-W 489
SOMT-DT 528
SOMT-GF 528
SOMT-HD 528
SOMT-HQ 424
SOMX-DT 527
SOMX-GF 527
S
ISCAR
1068
ALPHABETICAL INDEX
SOMX-HD 527
SPK 209
SPKN ED.. 441
SPKR ED..-76 441
SPKR EDTR-HS 441
SPM-D-CA 337
SPMT-HQ 426
SSB 310
SSB-LN15-R/L 310
ST-CF (CLICKFIT) 929
ST-CF (CLICKFIT) 996
ST-ER 921
ST-ER-MF-D (double-ended) 922
ST-ER-MF (mini flat) 922
ST-ER-M (mini) 920
ST-MB 752
ST-MB-E 753
ST-SRK 923
STUB MB 758
SW/S 317
T4..-SM Conical Shell Mills 217
T290 ELN-05 9
T290 ELN-10 17
T290 ELN-MM-05 10
T290 FLN-10 168
T290 FLN-15 175
T290 LNMT 1506 407
T290 LNMT/LNHT 0502 407
T290 LNMT/LNHT 1004 407
T465 FLN-22ST 189
T465 LNHT/LNMT 2212 422
T490 CAP-13FT 215
T490 ELN-08 14
T490 ELN-11 22
T490 ELN-13 23
T490 ELN-16 26
T490 ELN-C#-13 23
T490 ELN/LNK-M-13 207
T490 ELN-M 15
T490 ELN-MM..-08 15
T490 FLN-08 167
T490 FLN-11 171
T490 FLN-13 175
T490 FLN-16 180
T490 FLN-22ST 186
S
T
1069
ALPHABETICAL INDEX
T490 FLN-C#-08 167
T490 LNAR 410
T490 LNHT 2212 422
T490 LNK-13 207
T490 LNK-13-BT 208
T490 LNK-13-C# 207
T490 LNK-13-CF 207
T490 LNK-13-INT 208
T490 LNK-BT-FT 217
T490 LNK-INT50-FT 216
T490 LNM-08 206
T490 LNM-M-08 206
T490 LNMT 1306PNTR-FW 410
T490 LNMT/LNHT 0804 408
T490 LNMT/LNHT 1106 408
T490 LNMT/LNHT 1306 409
T490 LNMT/LNHT 1607 410
T490 SM-08 213
T490 SM-13 214
T490 SM-13FT 214
T490 SM-16 218
TAG N-A 312
TAG N-C/W/M 313
TAG N-J/JS/JT 313
TAG N-UT 314
TCC-DIN 759
TCH AL 762, 788
TCHH EX 789
TCMT-19 807
TCMT-SM 807
TCS-DIN 758
TDO-I (D18.41-65.00) 629
TDO-I (D65.00-171.99) 629
TEST BAR HYDRO 965
TGSF 312
TJS-BT 971
TJS-C# 972
TJS-DIN69871 972
TJS-ER32 971
TJS-HSK A63 971
TJS-ST 972
TJS TSD DISPLAY 972
TOGT 650
TOOL CLAMP 974
TPF M-F (HSS) 715
T
ISCAR
1070
ALPHABETICAL INDEX
TPG MF (HSS) 709
TPG M-H (HSS) 713
TPG M (HSS) 708
TPG M-S (HSS) 712
TPG UNC (HSS) 709
TPG UNF (HSS) 710
TPGX 807
TPGX (CBN) 808
TPGX (PCD) 808
TPH M-W (HSS) 708
TPKN/TPKR 402
TP MB-M 758
TPMT 401
TPMX 619
TPS MF (HSS) 711
TPS M-H (HSS) 714
TPS M (HSS) 710
TPS M-N (HSS) 713
TPST MF-G (HSS) 715
TPST M-G (HSS) 714
TPS UNC (HSS) 711
TPS UNF (HSS) 712
TRI 422
TRIB 285
TRIB-SM 286
TS*** 625
TS-I** 626
TS-O** 627
WCGT 807
WRENCH COOL TUBE C# 984
WRENCH-ER 981
XCGT-DT 549
XCMT-MF 551
XCMT-MG 551
XCMT-TR 456
XNMU 13 443
XOGX-DT 546
XOMT-HQ 425
XPMT-45 620
XPMT-HQ 426
XPMT-UB 619
T
W
X
