317
SLOTTING & SLITTING CUTTERS
SLOTTING & SLITTING CUTTERS
ISCAR
318
USER GUIDE
SLOTTING & SLITTING CUTTERS
Application Range
MM TS/GRIT- pages 321-326
0.7-13.0
ø
7.7-27.7
MM GRIT Dovetail - page 327
5.0-10.1
ø
27.7
DGSM-M/MM-JHP- page 333
2.0-3.0
ø
16.0-22.0
TGSF-M/MM-JHP- pages 365-366
2.0-3.0
ø
50.0
SGSF/A-M/MM-JHP- pages 371-372
2.0-3.0
ø
32.0-40.0
SGSF-W- page 369
1.5-2.7
ø
32.0-40.00
SD-SP- page 328
1.0-12.0
ø
31.7-49.7
319
USER GUIDE
SLOTTING & SLITTING CUTTERS
Application Range
TRIB- pages 331-332
1.2-6.5
ø
32.2-80
ETS T-Slot - pages 334-341
3.0-22
ø
21-63
FDN - pages 342-352
3-25
ø
50-250
FST - page 361
9.0
ø
100-125
SDN - pages 353-361
3-25
ø
63-250
SSB...R/L - page 362
12-24
ø
100-200
ISCAR
320
USER GUIDE
SLOTTING & SLITTING CUTTERS
Application Range
TGSF - pages 364-366 SGSF with Drive Flange
1.6-4 2.4-6.4
ø
50-160
ø
50-425
SGSF - pages 370-372 SGSF with Drive Shank S, SW
1.3-6.5 1.5-6.4
ø
32-425
ø
50-125
SGSA - page 372
2.7-4
ø
32-100
GM-DG - page 374
2.7-4.35
ø
100-200
321
SLOTTING & SLITTING CUTTERS
CDX
CW CHWx45°
MM TS077-N...
15
8.0
4.5
10
RE
DC
CW
THSZMS
Dimensions Tough
1
Hard
Designation
DC DCTOLL CW NOF(1) THSZMS CDX(2) RE CHW
IC328
IC928
IC908
MM TS077-N07A-4T05
7.70 -0.0500 0.70 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS077-N08A-4T05
7.70 -0.0500 0.80 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS077-N09A-4T05
7.70 -0.0500 0.90 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS077-N10A-4T05
7.70 -0.0500 1.00 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS077-N15A-4T05
7.70 -0.0500 1.50 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS077-N20A-4T05
7.70 -0.0500 2.00 4 T05 1.20 0.20 - MM KEY 6X4*
•
MM TS105-N20D-06T04
10.50 -0.0500 2.00 6 T04 2.00 0.40 - T-15/3*
•
MM TS.500-N062P-06T05
12.70 -0.0500 1.58 6 T05 2.25 - 0.15 T-20/3*
• •
MM TS.500-N078P-06T05
12.70 -0.0500 1.98 6 T05 2.25 - 0.15 T-20/3*
• •
MM TS135-N20P-06T05
13.50 -0.0500 2.00 6 T05 2.65 - 0.20 T-20/3*
• •
MM TS135-N25P-06T05
13.50 -0.0500 2.50 6 T05 2.65 - 0.20 T-20/3*
• •
• For shanks, see pages 84-91 • For tightening torques and clamping instructions, see pages 91-92 • Do not apply lubricant to the threaded connection
• For user guide, see pages 377-383
(1) Number of flutes
(2) Cutting depth maximum
* Optional, should be ordered separately
MM TS-N
Interchangeable Solid Carbide
T-Slot Milling Heads
CDX
CW
RE
DC
CW
THSZMS
Dimensions Tough
1
Hard
Designation
DC DCTOLL CW CDX(1) NOF(2) RE THSZMS
IC328
IC908
MM TS135-H30D-06T05
13.50 -0.0500 3.00 2.65 6 0.40 T05 T-20/3*
• •
MM TS135-H40D-06T05
13.50 -0.0500 4.00 2.65 6 0.40 T05 T-20/3*
• •
MM TS165-H40A-06T05
16.50 -0.0500 4.00 4.25 6 0.20 T05 T-20/3*
• •
MM TS160-H20D-06T06
16.00 -0.0500 2.00 3.00 6 0.40 T06 T-20/3*
• •
MM TS160-H30D-06T06
16.00 -0.0500 3.00 3.00 6 0.40 T06 T-25/3*
• •
MM TS160-H40D-06T06
16.00 -0.0500 4.00 3.00 6 0.40 T06 T-25/3*
• •
MM TS165-H20D-06T06
16.50 -0.0500 2.00 3.25 6 0.40 T06 T-20/3*
• •
MM TS165-H30D-06T06
16.50 -0.0500 3.00 3.25 6 0.40 T06 T-25/3*
• •
MM TS165-H40D-06T06
16.50 -0.0500 4.00 3.25 6 0.40 T06 T-25/3*
• •
MM TS195-H60A-06T06
19.50 -0.0500 6.00 4.45 6 0.20 T06 T-25/3*
• •
MM TS225-H60A-06T06
22.50 -0.0500 6.00 5.95 6 0.20 T06 T-25/3*
• •
MM TS195-H40D-06T08
19.50 -0.0500 4.00 3.45 6 0.40 T08 T-30/3 L*
• •
MM TS195-H50D-06T08
19.50 -0.0500 5.00 3.45 6 0.40 T08 T-30/3 L*
• •
MM TS195-H60D-06T08
19.50 -0.0500 6.00 3.45 6 0.40 T08 T-30/3 L*
• •
MM TS225-H40D-06T08
22.50 -0.0500 4.00 4.90 6 0.40 T08 T-40/3 L*
• •
MM TS225-H50D-06T08
22.50 -0.0500 5.00 4.95 6 0.40 T08 T-40/3 L*
• •
MM TS225-H60D-06T08
22.50 -0.0500 6.00 4.95 6 0.40 T08 T-40/3 L*
• •
MM TS225-H80D-06T08
22.50 -0.0500 8.00 4.95 6 0.40 T08 T-40/3 L*
• •
MM TS250-H50D-06T08
25.00 -0.0500 5.00 5.90 6 0.40 T08 T-50/3 L*
• •
MM TS250-H60D-06T08
25.00 -0.0500 6.00 5.90 6 0.40 T08 T-50/3 L*
• •
MM TS250-H80D-06T08
25.00 -0.0500 8.00 5.90 6 0.40 T08 T-50/3 L*
• •
MM TS250-H50D-06T10
25.00 -0.0500 5.00 4.30 6 0.40 T10 T-50/3 L*
• •
MM TS250-H60D-06T10
25.00 -0.0500 6.00 4.30 6 0.40 T10 T-50/3 L*
• •
MM TS250-H80D-06T10
25.00 -0.0500 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 91-92
• Do not apply lubricant to the threaded connection • For shanks, see pages 84-91 • For user guide, see pages 377-383
(1) Cutting depth maximum
(2) Number of flutes
* Optional, should be ordered separately
MM TS-H
Interchangeable Solid Carbide
T-Slot Milling Heads with
Various Corner Radii
ISCAR
322
SLOTTING & SLITTING CUTTERS
CDX
LF
DCONMS
THSZMS
CW ±0.02
DC
LH
THUB OAL
RE
45˚ CDX
t
CW
R0.3
Dimensions
Designation
DC CW CDX LF t RE THUB LH OAL DCONMS NOF(1) THSZMS
IC928
MM TS127C118T035-6T05
12.70 1.18 0.35 2.23 0.27 0.05 3.00 2.7 8.43 7.70 6 T05 T-20/3*
•
MM TS127C118T040-6T05
12.70 1.18 0.40 2.23 0.32 0.05 3.00 2.7 8.43 7.70 6 T05 T-20/3*
•
MM TS127C118T050-6T05
12.70 1.18 0.50 2.23 0.42 0.05 3.00 2.7 8.43 7.70 6 T05 T-20/3*
•
MM TS127C138T050-6T05
12.70 1.38 0.50 2.23 0.42 0.05 3.00 2.7 8.63 7.70 6 T05 T-20/3*
•
MM TS225C138T060-6T08
22.50 1.38 0.60 3.08 0.50 0.05 4.50 4.2 9.48 11.70 6 T08 T-40/3 L*
•
MM TS225C138T070-6T08
22.50 1.38 0.70 3.08 0.60 0.05 4.50 4.2 9.48 11.70 6 T08 T-40/3 L*
•
MM TS225C138T085-6T08
22.50 1.38 0.85 3.08 0.74 0.05 4.50 4.2 9.48 11.70 6 T08 T-40/3 L*
•
MM TS225C168T070-6T08
22.50 1.68 0.70 3.23 0.60 0.10 4.50 4.2 9.78 11.70 6 T08 T-40/3 L*
•
MM TS225C168T085-6T08
22.50 1.68 0.85 3.23 0.74 0.10 4.50 4.2 9.78 11.70 6 T08 T-40/3 L*
•
MM TS225C168T100-6T08
22.50 1.68 1.00 3.23 0.89 0.10 4.50 4.2 9.78 11.70 6 T08 T-40/3 L*
•
MM TS225C193T100-6T08
22.50 1.93 1.00 3.35 0.89 0.10 4.50 4.2 10.03 11.70 6 T08 T-40/3 L*
•
MM TS225C193T125-6T08
22.50 1.93 1.25 3.35 1.13 0.10 4.50 4.2 10.03 11.70 6 T08 T-40/3 L*
•
MM TS225C223T150-6T08
22.50 2.23 1.50 3.50 1.38 0.10 4.50 4.2 10.33 11.70 6 T08 T-40/3 L*
•
MM TS225C273T150-6T08
22.50 2.73 1.50 3.77 1.39 0.20 4.50 4.1 10.83 11.70 6 T08 T-40/3 L*
•
MM TS225C273T175-6T08
22.50 2.73 1.75 3.77 1.64 0.20 4.40 3.9 10.83 11.70 6 T08 T-40/3 L*
•
MM TS225C325T175-6T08
22.50 3.25 1.75 4.40 1.64 0.20 5.10 4.6 11.35 11.70 6 T08
•
• For shanks, see pages 84-91 • For tightening torques and clamping instructions, see pages 91-92 • Do not apply lubricant to the threaded connection
• For user guide, see pages 377-383
(1) Number of flutes
* Optional, should be ordered separately
MM TS-C
Interchangeable Solid Carbide
Circlip Groove Milling Heads
According to DIN 471/472
LF
LDRVS
DC±0.05
RE0.3 Typx4
3
0.45 max.
depth of cut
3
6
0.6
L3
A
DCONMS
A
THSZMS
Dimensions
Designation
DC DCONMS PHD(1) THSZMS NOF(2) LF L3 L DRVS(3)
IC908
MM TS155-04T10-8238
15.50 16.00 15.88 T10 4 34.00 18.10 14.10 10.0 MM KEY 10X7*
•
MM TS185-04T12-8239
18.50 18.45 19.05 T12 4 34.50 18.30 14.50 13.0 MM KEY 13X8*
•
MM TS245-04T15-8240
24.50 23.90 25.40 T15 4 37.40 11.00 14.40 20.0 MM KEY 20*
•
• For shanks, see pages 84-91 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 91-92
• Do not apply lubricant to the threaded connection • For user guide, see pages 377-383
(1) For minimum tube outer diameter
(2) Number of flutes
(3) 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
323
SLOTTING & SLITTING CUTTERS
DC THSZMS
DMIN
CW
CDX
CDX
CW
RE
Dimensions
Designation
DC CW CDX(2) NOF(3) RE DMIN(4) THSZMS
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 • For clamping instructions, see pages 91-92 • For user guide, see pages 377-383
• For shanks, see pages 84-91
• 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) Cutting depth maximum
(3) Number of flutes
(4) 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
324
SLOTTING & SLITTING CUTTERS
DC THSZMS
DMIN
CW
CDX
CDX
CW
RE
Dimensions
Designation
DC CW CDX(1) NOF(2) RE DMIN(3) THSZMS
IC908
MM GRIT16K150-010-3T6
15.70 1.50 2.80 3 0.10 16.00 T06 T-20/3*
•
MM GRIT16P150-010-3T6
15.70 1.50 2.80 3 0.10 16.00 T06 T-20/3*
•
MM GRIT16K157-020-3T6
15.70 1.57 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT16K200-020-3T6
15.70 2.00 2.80 3 0.20 16.00 T06 T-20/3*
•
MM GRIT16P220-110-3T6
15.70 2.20 2.80 3 1.10 16.00 T06 T-20/3*
•
MM GRIT16K239-020-3T6
15.70 2.39 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT16K250-020-3T6
15.70 2.50 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT16K300-020-3T6
15.70 3.00 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT16P300-020-3T6
15.70 3.00 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT16K317-020-3T6
15.70 3.17 2.80 3 0.20 16.00 T06 T-25/3*
•
MM GRIT18K120-005-3T6
17.70 1.20 3.80 3 0.05 18.00 T06 T-20/3*
•
MM GRIT18P120-060-3T6
17.70 1.20 3.80 3 0.60 18.00 T06 T-20/3*
•
MM GRIT18K140-005-3T6
17.70 1.40 3.80 3 0.05 18.00 T06 T-20/3*
•
MM GRIT18K150-010-3T6
17.70 1.50 3.80 3 0.10 18.00 T06 T-20/3*
•
MM GRIT18K157-020-3T6
17.70 1.57 3.80 3 0.20 18.00 T06 T-20/3*
•
MM GRIT18K170-005-3T6
17.70 1.70 3.80 3 0.05 18.00 T06 T-20/3*
•
MM GRIT18K200-020-3T6
17.70 2.00 3.80 3 0.20 18.00 T06 T-20/3*
•
MM GRIT18P200-100-3T6
17.70 2.00 3.80 3 1.00 18.00 T06 T-20/3*
•
MM GRIT18P220-110-3T6
17.70 2.20 3.80 3 1.10 18.00 T06 T-20/3*
•
MM GRIT18K239-020-3T6
17.70 2.39 3.80 3 0.20 18.00 T06 T-20/3*
•
MM GRIT18K250-020-3T6
17.70 2.50 3.80 3 0.20 18.00 T06 T-20/3*
•
MM GRIT18K300-020-3T6
17.70 3.00 3.80 3 0.20 18.00 T06 T-25/3*
•
MM GRIT18P300-150-3T6
17.70 3.00 3.80 3 1.50 18.00 T06 T-25/3*
•
MM GRIT18K317-020-3T6
17.70 3.17 3.80 3 0.20 18.00 T06 T-25/3*
•
• Recommended for O-rings and retaining rings • Modification options on request • Do not apply lubricant to the threaded connection
• For clamping instructions, see pages 91-92 • For user guide, see pages 377-383 • For shanks, see pages 84-91 • K-Type - For general steel machining
• P-Type - Positive geometry for soft and gummy materials
(1) Cutting depth maximum
(2) Number of flutes
(3) Minimum bore diameter
* Optional, should be ordered separately
MM GRIT-16K/P,18K/P 3T6
Interchangeable Solid
Carbide Small Diameter
Groove Milling Heads
325
SLOTTING & SLITTING CUTTERS
DC
DMIN
CW
CDX
CW≤1.2
CDX
THSZMS
CDX
CW
RE
Dimensions
Designation
DC CW CDX(1) NOF(2) RE DMIN(3) THSZMS
IC908
MM GRIT22K076-000-4T8
21.70 0.76 1.50 4 0.00 22.00 T08 T-25/3*
•
MM GRIT22K086-000-4T8
21.70 0.86 1.70 4 0.00 22.00 T08 T-25/3*
•
MM GRIT22K096-000-4T8
21.70 0.96 1.90 4 0.00 22.00 T08 T-25/3*
•
MM GRIT22K100-005-4T8
21.70 1.00 2.00 4 0.05 22.00 T08 T-25/3*
•
MM GRIT22P100-005-4T8
21.70 1.00 2.00 4 0.05 22.00 T08 T-25/3*
•
MM GRIT22K120-005-4T8
21.70 1.20 4.50 4 0.05 22.00 T08 T-25/3*
•
MM GRIT22K140-005-4T8
21.70 1.40 4.50 4 0.05 22.00 T08 T-25/3*
•
MM GRIT22K157-000-4T8
21.70 1.57 4.50 4 0.00 22.00 T08 T-25/3*
•
MM GRIT22K170-010-4T8
21.70 1.70 4.50 4 0.10 22.00 T08 T-25/3*
•
MM GRIT22P170-010-4T8
21.70 1.70 4.50 4 0.10 22.00 T08 T-25/3*
•
MM GRIT22K195-020-4T8
21.70 1.95 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K200-020-4T8
21.70 2.00 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22P200-020-4T8
21.70 2.00 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K225-020-4T8
21.70 2.25 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K239-020-4T8
21.70 2.39 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K250-020-4T8
21.70 2.50 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22P250-020-4T8
21.70 2.50 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K275-020-4T8
21.70 2.75 4.50 4 0.20 22.00 T08 T-25/3*
•
MM GRIT22K300-020-4T8
21.70 3.00 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22P300-020-4T8
21.70 3.00 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K317-020-4T8
21.70 3.17 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K325-020-4T8
21.70 3.25 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22P381-020-4T8
21.70 3.81 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K400-020-4T8
21.70 4.00 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22P400-020-4T8
21.70 4.00 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22P400-200-4T8
21.70 4.00 4.50 4 2.00 22.00 T08 T-30/3 L*
•
MM GRIT22K425-020-4T8
21.70 4.25 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K425-120-4T8
21.70 4.25 4.50 4 1.20 22.00 T08 T-30/3 L*
•
MM GRIT22K475-020-4T8
21.70 4.75 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K525-020-4T8
21.70 5.25 4.50 4 0.20 22.00 T08 T-30/3 L*
•
MM GRIT22K600-300-4T8
21.70 6.00 4.50 4 3.00 22.00 T08 T-30/3 L*
•
MM GRIT28K250-020-6T10
27.70 2.50 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28K525-020-6T10
27.70 5.25 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28P700-350-6T10
27.70 7.00 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28K1000-020-6T10
27.70 10.00 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28K1100-020-6T10
27.70 11.00 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28K1200-020-6T10
27.70 12.00 6.00 6 0.20 28.00 T10 T-40/3 L*
•
MM GRIT28K1300-020-6T10
27.70 13.00 6.00 6 0.20 28.00 T10 T-40/3 L*
•
• Recommended for O rings and retaining rings • 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 91-92
• For user guide, see pages 377-383 • For shanks, see pages 84-91
(1) Cutting depth maximum
(2) Number of flutes
(3) Minimum bore diameter
* Optional, should be ordered separately
MM GRIT-22K/P,28K/P
4T8/6T10
Interchangeable Solid
Carbide Small Diameter
Groove Milling Heads
ISCAR
326
SLOTTING & SLITTING CUTTERS
DC
DMIN
CW
CDX
CW≤1.2
CDX
THSZMS
CDX
CW
RE
Dimensions
Designation
DC CW CDX(2) NOF(3) RE DMIN(4) THSZMS
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-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 • 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 91-92
• For user guide, see pages 377-383 • For shanks, see pages 84-91
(1) For circle clips according to DIN471/472 and ANSI B27.7M
(2) Cutting depth maximum
(3) Number of flutes
(4) 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
327
SLOTTING & SLITTING CUTTERS
DC
RE
CDX
APMX
KAPR
THSZMS
Dimensions Tough
1
Hard
Designation
DC KAPR(1) CDX(2) APMX RE THSZMS NOF(3)
IC528
IC908
MM GRIT 28K-45D-6T10
27.70 135.0 4.00 5.00 0.20 T10 6 T-40/3 L*
• •
MM GRIT 28K-60D-6T10
27.70 120.0 4.00 7.80 0.20 T10 6 T-40/3 L*
• •
MM GRIT 28K-75D-6T10
27.70 105.0 2.20 10.10 0.20 T10 6 T-40/3 L*
• •
• Use carbide shanks for groove milling heads • For user guide, see pages 377-383
(1) Tool cutting edge angle
(2) Cutting depth maximum
(3) Number of flutes
* Optional, should be ordered separately
MM GRIT 28K-45D-6T10 MM GRIT 28K-60D-6T10 MM GRIT 28K-75D-6T10
MM GRIT Dovetail
Interchangeable Solid
Carbide Heads
ISCAR
328
SLOTTING & SLITTING CUTTERS
DCD1
DCONMS
CW
OAL
CDX
RE
Dimensions
Designation
DC CW CDX(2) NOF(3) RE D1 DCONMS OAL
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 D32-4.0-R1.6-SP15
31.70 4.00 8.00 8 1.60 8.40 15.00 8.00
•
SD D32-4.5-R0.4-SP15
31.70 4.50 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 D32-5.5-R0.4-SP15
31.70 5.50 8.00 8 0.40 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 D32-6.0-R1.6-SP15
31.70 6.00 8.00 8 1.60 8.40 15.00 8.00
•
SD D32-6.5-R0.4-SP15
31.70 6.50 8.00 8 0.40 8.40 15.00 8.00
•
SD D32-7.0-R0.4-SP15
31.25 7.00 7.75 8 0.40 8.40 15.00 8.00
•
SD D32-7.0-R1.6-SP15
31.70 7.00 7.75 8 1.60 8.40 15.00 8.00
•
SD D32-7.5-R0.4-SP15
31.25 7.50 7.75 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 D32-8.0-R1.6-SP15
31.70 8.00 7.75 8 1.60 8.40 15.00 8.00
•
SD D32-8.5-R0.4-SP15
31.25 8.50 7.75 8 0.40 8.40 15.00 8.00
•
SD D40-1.0-R0.2SP13
39.70 1.00 13.00 10 0.20 7.50 13.00 7.30
•
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
•
SD D40-7.0-R0.4SP17
39.70 7.00 11.00 10 0.40 9.80 17.00 10.00
•
SD D40-8.0-R0.4SP17
39.70 8.00 11.00 10 0.40 9.80 17.00 10.00
•
SD D40-9.0-R0.4SP17
39.70 9.00 11.00 10 0.40 9.80 17.00 10.00
•
SD D40-10-R0.4SP17
39.70 10.00 11.00 10 0.40 9.80 17.00 10.00
•
SD D50-4.0-R0.4-SP19
49.70 4.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-5.0-R0.4-SP19
49.70 5.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-6.0-R0.4-SP19
49.70 6.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-7.0-R0.4-SP19
49.70 7.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-8.0-R0.4-SP19
49.70 8.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-9.0-R0.4-SP19
49.70 9.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-10-R0.4-SP19
49.70 10.00 15.00 12 0.40 9.80 19.00 14.00
•
SD D50-12-R0.4-SP19
49.70 12.00 15.00 12 0.40 9.80 19.00 14.00
•
• For shanks, see pages 329-331 • For user guide, see pages 377-383
(1) Maximum feed: 0.1 mm/tooth
(2) Cutting depth maximum
(3) Number of flutes
SD-SP
Interchangeable Solid Carbide
T-Slot Milling Heads
329
SLOTTING & SLITTING CUTTERS
OAL
DCONMSh6
LF
LB LDRED
DCONWS THSZWS
Designation
DCONMS DCONWS THSZWS LDRED LB LF OAL Shank m.(1)
kg
SD S-A-L90-C12-SP11
12.00 11.00 M4x0.5 10.50 12.7 90.00 94.00 S 0.08
SD S-A-L100-C16 SP13
16.00 13.00 M4x0.5 13.00 16.6 100.00 104.00 S 0.15
SD S-A-L100-C16-SP15
16.00 15.00 M5x0.5 16.00 18.2 100.00 105.00 S 0.16
SD S-A-L130-C16-SP15
16.00 15.00 M5x0.5 16.00 18.2 130.00 135.00 S 0.20
SD S-A-L130-C16-SP15-C
16.00 15.00 M5x0.5 16.00 18.2 130.00 135.00 C 0.36
SD S-A-L150-C16-SP15-C
16.00 15.00 M5x0.5 16.00 18.2 150.00 155.00 C 0.41
SD S-A-L140-C20 SP17
20.00 17.00 M6x0.5 20.20 23.8 140.00 146.00 S 0.33
SD S-A-L150-C25-SP19
25.00 19.00 M6x0.5 20.00 27.9 150.00 158.50 S 0.55
• 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-L150-C25-SP19
SR M6X0.5-SP17-IP20-HG BLD IP20/S7 SW6-T-SH
* Optional, should be ordered separately
SD S-A-SP
Stepped Cylindrical Shanks
for Interchangeable Solid
Carbide Milling Heads
Cutting Data for SD-SP Milling Heads
ISO
class
DIN/
ISO 513 Description
ISCAR
mat.
group*
Workpiece Material Cutting
Speed
Vc
m/min
Feed for
SP11
Feed for
SP13
Feed for
SP15
Feed for
SP17
Feed for
SP19
Typical Representative
Hardness
HB
fz
mm/tooth
fz
mm/tooth
fz
mm/tooth
fz
mm/tooth
fz
mm/tooth
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1 1020 1.0402 130-180 130-200 0.06-0.12 0.06-0.12 0.07-0.15 0.07-0.15 0.07-0.15
Low alloy steel 8 4340 1.6511 260-300 120-170 0.06-0.12 0.06-0.12 0.07-0.15 0.07-0.15 0.07-0.15
Low alloy steel 9 3135 1.5710 HRC 35-40* 80-120 0.02-0.06 0.02-0.06 0.03-0.12 0.04-0.12 0.04-0.13
High alloy steel 10 H13 1.2344 200-220 100-140 0.04-0.07 0.04-0.07 0.04-0.12 0.04-0.12 0.05-0.13
Martensitic s.s. 12 420 1.4021 200 100-140 0.03-0.06 0.03-0.06 0.04-0.12 0.04-0.12 0.04-0.13
MAustenitic s.s. 14 304L 1.4306 200 80-120 0.02-0.06 0.02-0.06 0.03-0.10 0.03-0.12 0.03-0.12
K
Grey cast iron 16 Class 40 0.6025
(GG25) 250 160-200 0.05-0.12 0.05-0.12 0.05-0.20 0.06-0.20 0.06-0.20
Nodular
cast iron 17 Class
65-45-12
0.7050
(GGG50) 200 140-180 0.05-0.11 0.05-0.11 0.05-0.18 0.06-0.18 0.06-0.20
S
High
temperature
alloys
34 Inconel 718 2.4668 HRC 36-40 20-30 0.02-0.12 0.02-0.12 0.02-0.12 0.02-0.12 0.02-0.13
37 AMS R56400 3.7165
(Ti6Al4V) HRC 40-45 35-45 0.02-0.06 0.02-0.06 0.02-0.12 0.02-0.12 0.02-0.13
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
When machining in unstable conditions, the table values should be reduced by 20-30%.
ISCAR
330
SLOTTING & SLITTING CUTTERS
A
A
OAL
LBX LSCWS
DCONWS
THSZWS
Section view A-A
SS
Designation
SS LBX(1) DCONWS THSZWS LSCWS OAL
kg
SD-S-A-H05-ER16-SP11-C
ER16 5.00 11.00 M4X0.5 3.85 36.35 0.03
SD-S-A-H20-ER16-SP11-C
ER16 20.00 11.00 M4X0.5 3.85 51.35 0.04
SD-S-A-H05-ER20-SP11-C
ER20 5.00 11.00 M4X0.5 3.85 39.85 0.05
SD-S-A-H05-ER20-SP13-C
ER20 5.00 13.00 M4X0.5 4.35 40.35 0.05
SD-S-A-H05-ER20-SP15-C
ER20 5.00 15.00 M5X0.5 4.90 40.90 0.05
SD-S-A-H20-ER20-SP11-C
ER20 20.00 11.00 M4X0.5 3.85 54.85 0.06
SD-S-A-H20-ER20-SP13-C
ER20 20.00 13.00 M4X0.5 4.35 55.35 0.07
SD-S-A-H20-ER20-SP15-C
ER20 20.00 15.00 M5X0.5 4.90 55.90 0.08
SD-S-A-H05-ER25-SP11-C
ER25 5.00 11.00 M4X0.5 3.85 42.85 0.09
SD-S-A-H05-ER25-SP13-C
ER25 5.00 13.00 M4X0.5 4.35 43.35 0.09
SD-S-A-H05-ER25-SP15-C
ER25 5.00 15.00 M5X0.5 4.90 43.90 0.09
SD-S-A-H05-ER25-SP17-C
ER25 5.00 17.00 M6X0.5 6.00 45.00 0.09
SD-S-A-H05-ER25-SP19-C
ER25 5.00 19.00 M6X0.5 8.50 47.50 0.09
SD-S-A-H20-ER25-SP11-C
ER25 20.00 11.00 M4X0.5 3.85 57.85 0.10
SD-S-A-H20-ER25-SP13-C
ER25 20.00 13.00 M4X0.5 4.35 58.35 0.10
SD-S-A-H20-ER25-SP15-C
ER25 20.00 15.00 M5X0.5 4.90 58.90 0.11
SD-S-A-H20-ER25-SP17-C
ER25 20.00 17.00 M6X0.5 6.00 60.00 0.12
SD-S-A-H20-ER25-SP19-C
ER25 20.00 19.00 M6X0.5 8.50 62.50 0.13
SD-S-A-H05-ER32-SP13-C
ER32 5.00 13.00 M4X0.5 4.35 49.35 0.14
SD-S-A-H05-ER32-SP15-C
ER32 5.00 15.00 M5X0.5 4.90 49.90 0.15
SD-S-A-H05-ER32-SP17-C
ER32 5.00 17.00 M6X0.5 6.00 51.00 0.15
SD-S-A-H05-ER32-SP19-C
ER32 5.00 19.00 M6X0.5 8.50 53.50 0.15
SD-S-A-H20-ER32-SP13-C
ER32 20.00 13.00 M4X0.5 4.35 64.35 0.16
SD-S-A-H20-ER32-SP15-C
ER32 20.00 15.00 M5X0.5 4.90 64.90 0.16
SD-S-A-H20-ER32-SP17-C
ER32 20.00 17.00 M6X0.5 6.00 66.00 0.17
SD-S-A-H20-ER32-SP19-C
ER32 20.00 19.00 M6X0.5 8.50 68.50 0.18
SD-S-A-H05-ER40-SP17-C
ER40 5.00 17.00 M6X0.5 6.00 57.00 0.26
SD-S-A-H05-ER40-SP19-C
ER40 5.00 19.00 M6X0.5 8.50 59.20 0.27
SD-S-A-H20-ER40-SP17-C
ER40 20.00 17.00 M6X0.5 6.00 72.00 0.29
SD-S-A-H20-ER40-SP19-C
ER40 20.00 19.00 M6X0.5 8.50 74.50 0.30
(1) After the nut is mounted
Spare Parts
Designation
SD-S-A-H05-ER16-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H20-ER16-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H05-ER20-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H05-ER20-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H05-ER20-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER20-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H20-ER20-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H20-ER20-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER25-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H05-ER25-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H05-ER25-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER25-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER25-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER25-SP11-C
SR M4X0.5-SP11 HG SW6-T-SH BLD T15/S7
SD-S-A-H20-ER25-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H20-ER25-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER25-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER25-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER32-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H05-ER32-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER32-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER32-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER32-SP13-C
SR M4X0.5-SP13-IP15-HG SW6-T-SH BLD IP15/S7
SD-S-A-H20-ER32-SP15-C
SR M5X0.5-SP15-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER32-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER32-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER40-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H05-ER40-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER40-SP17-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-H20-ER40-SP19-C
SR M6X0.5-SP17-IP20-HG SW6-T-SH BLD IP20/S7
SD-S-A-ER-SP
Solid ER Collets with SD
Spline Connection (SP)
331
SLOTTING & SLITTING CUTTERS
DCONMS DCONWS
LDRED
OAL
LF
THSZMS DRVS THSZWS
Designation
THSZWS THSZMS LF LDRED OAL DCONWS DCONMS DRVS(1)
kg
SD CAB T10-14/0.55-SP11
M4x0.5 T10 14.00 3.9 29.15 11.00 15.20 13.0 0.02
SD CAB T12-14/0.55-SP13
M4x0.5 T12 14.00 4.3 31.65 13.00 18.30 16.0 0.04
SD CAB T12-14/0.55-SP15
M5x0.5 T12 14.00 4.9 32.70 15.00 18.30 16.0 0.04
SD CAB T15-14/0.55-SP17
M6x0.5 T15 14.00 6.0 37.00 17.00 23.90 20.0 0.07
SD CAB T15-14/0.55-SP19
M6x0.5 T15 14.00 8.5 39.50 19.00 23.90 20.0 0.07
• Note: Apply lubricant to the MULTI-MASTER threaded connection and 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-SP13
SR M4X0.5-SP13-IP15-HG BLD IP15/S7 SW6-T-SH
SD CAB T12-14/0.55-SP15
SR M5X0.5-SP15-IP20-HG BLD IP20/S7 SW6-T-SH
SD CAB T15-14/0.55-SP17
SR M6X0.5-SP17-IP20-HG BLD IP20/S7 SW6-T-SH
SD CAB T15-14/0.55-SP19
SR M6X0.5-SP17-IP20-HG BLD IP20/S7 SW6-T-SH
* Optional, should be ordered separately
SD CAB
Adapters for Connecting SD Solid
Carbide T-Slot Milling Heads
and MULTI-MASTER Shanks
DCONMS
LH LH
CWN-CWX
TRIB 40... 50.. TRIB 32
L
f
DC
BD
CDX
Designation
DC CWN(2) CWX(3) CDX(4) CICT(5) BD LH L DCONMS Shank(6)
kg
TRIB 32-25W-3Z (1)
32.20 1.20 4.00 4.80 3 21.70 52.3 110.00 25.00 W 0.35
TRIB 32-25W-3Z-B (1)
32.20 4.01 6.50 4.80 3 21.70 52.3 110.00 25.00 W 0.34
TRIB 40-25W-4Z
40.00 1.20 4.00 4.80 4 29.70 30.0 110.00 25.00 W 0.44
TRIB 40-25W-4Z-B
40.00 4.01 6.50 4.80 4 29.70 30.0 110.00 25.00 W 0.44
TRIB 50-32W-6Z
50.00 1.20 4.00 4.80 6 39.70 30.0 110.00 32.00 W 0.75
• 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
(2) Minimum cutting width
(3) Maximum cutting width
(4) Refer to insert data
(5) Number of inserts
(6) W-Weldon
For inserts, see pages: TRI (492)
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
Slitting Shanks Carrying
Triple-Edged Precision
Ground Inserts
ISCAR
332
SLOTTING & SLITTING CUTTERS
D
H
d
DCONMS
DHUB
L
OAL
f
CDX CWN-CWX
LF
f
DC
BD
.
Designation
DC CWN(1) CWX(2) CDX(3) CICT(4) BD DHUB DCONMS L Arbor(5)
kg
OAL
TRIB 50-22SM 6Z
50.00 1.20 4.00 4.80 6 39.70 39.70 22.00 39.00 B 0.24 39.50
TRIB 50-22SM 6Z-B
50.00 4.00 6.50 4.80 6 39.70 39.70 22.00 39.00 B 0.24 41.15
TRIB 63-22SM 8Z
63.00 1.20 4.00 4.80 8 52.70 40.00 22.00 39.00 B 0.40 39.50
TRIB 63-22SM 8Z-B
63.00 4.01 6.50 4.80 8 52.70 40.00 22.00 39.00 B 0.39 41.15
TRIB 80-27SM 11Z
80.00 1.20 4.00 4.80 11 69.70 69.70 27.00 49.00 B 0.92 49.50
TRIB 80-27SM 11Z-B
80.00 4.01 6.50 4.80 11 69.70 69.70 27.00 49.00 B 0.91 51.15
• CWN,CWX, CDX, f, Refer to insert data • For inserts with CW=4.01-6.50 mm, order tools with -B suffix (deeper pockets) for example: TRIB 63-22SM-8Z-B
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation options, see page 548
For inserts, see pages: TRI (492)
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
CW
RE
INSL
Dimensions Recommended
Machining Data
Designation
CW RE INSL
IC1008
f groove
(mm/t)
DGM 2002V
2.00 0.20 6.20
•
0.03-0.10
DGM 3002V
3.00 0.20 6.20
•
0.04-0.15
For tools, see pages: DGSM-M-JHP (333) • DGSM-MM-JHP (333)
DGM-V
Miniature Double-Sided Inserts
with Ridged Positive Chipformer
for Slitting and Grooving a
Wide Range of Materials
333
SLOTTING & SLITTING CUTTERS
LF
DC
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert
DGSM 16-2-M06-3Z-JHP
16.00 2.00 3.70 3 10.00 M06 9.65 24.15 8.0 DGM 2002V ESM 2-3 MM KEY 8X5
DGSM 16-3-M06-3Z-JHP
16.00 3.00 3.70 3 10.00 M06 8.30 22.50 8.0 DGM 3002V ESM 2-3 MM KEY 8X5
DGSM 18-2-M06-3Z-JHP
18.00 2.00 4.70 3 10.00 M06 9.65 24.15 8.0 DGM 2002V ESM 2-3 MM KEY 8X5
DGSM 18-3-M06-3Z-JHP
18.00 3.00 4.70 3 10.00 M06 9.80 24.00 8.0 DGM 3002V
DGSM 22-2-M08-4Z-JHP
22.00 2.00 5.70 4 12.00 M08 8.65 26.15 10.0 DGM 2002V
DGSM 22-3-M08-4Z-JHP
22.00 3.00 5.70 4 12.00 M08 9.30 26.50 10.0 DGM 3002V
(1) Number of inserts
(2) Torque key size
For inserts, see pages: DGM-V (332)
For holders, see pages: BT-ODP (FLEXFIT) (314) • CAB M-M (FLEXFIT) (312) • DIN69871-ODP (315) • ER-ODP (315) • HSK A-ODP (FLEXFIT) (316)
• S M (312)
• S M-C-H (312)
Extraction
Insertion
DGSM-M-JHP
Groove Milling and Slitting
Small Diameter Cutters with
FLEXFIT Threaded Adaptation
LF
DC
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert
DGSM 16-2-MMT06-3Z-JHP
16.00 2.00 3.70 3 10.00 T06 9.65 15.95 8.0 DGM 2002V
DGSM 16-3-MMT06-3Z-JHP
16.00 3.00 3.70 3 10.00 T06 9.70 14.30 8.0 DGM 3002V ESM 2-3 MM KEY 8X5
DGSM 18-2-MMT06-3Z-JHP
18.00 2.00 4.70 3 10.00 T06 9.65 15.95 8.0 DGM 2002V
DGSM 18-3-MMT06-3Z-JHP
18.00 3.00 4.70 3 10.00 T06 9.90 16.25 8.0 DGM 3002V
DGSM 22-2-MMT08-4Z-JHP
22.00 2.00 5.70 4 12.00 T08 8.50 15.80 10.0 DGM 2002V
DGSM 22-3-MMT08-4Z-JHP
22.00 3.00 5.70 4 12.00 T08 9.15 16.40 10.0 DGM 3002V
(1) Number of inserts
(2) Torque key size
For inserts, see pages: DGM-V (332)
For holders, see pages: MM CAB (667) • MM CAB-T-T (91) • MM GRT (shanks) (86) • MM S-A (stepped shanks) (84) • MM S-A (straight shanks) (87)
• MM S-A-C# (86)
• MM S-A-HSK (609) • MM S-A-N (85) • MM S-A-SK (90) • MM S-B (85° conical shanks) (87) • MM S-D (89° conical shanks) (88)
• MM S-ER (89) • MM S-ER-H (89)
• MM TS-A (86)
Extraction
Insertion
DGSM-MM-JHP
Groove Milling and Slitting
Small Diameter Cutters with
MULTI-MASTER
Threaded Adaptation
ISCAR
334
SLOTTING & SLITTING CUTTERS
DRVS
DCONMS
DC
OAL
LF
CDX
CWN-CWX
THSZMS
Designation
DC CWN(1) CWX(2) CDX(3) NOF(4) ZEFP DCONMS THSZMS LF OAL DRVS(5) TQ_3(6)
ETS D032-03-LN08-M08
32.00 3.00 (7) 3.00 (7) 9.30 4 2 13.00 M08 13.00 30.50 10.0 20
ETS D032-04-LN08-M08
32.00 4.00 (8) 4.50 (11) 9.30 4 2 13.00 M08 13.00 30.50 10.0 20
ETS D032-05-LN08-M10
32.00 5.00 (9) 5.50 (12) 7.00 4 2 18.00 M10 13.00 33.00 16.0 29
ETS D032-06-LN08-M10
32.00 6.00 (10) 6.50 (13) 7.00 4 2 18.00 M10 13.00 33.00 16.0 29
ETS D040-03-LN08-M08
40.00 3.00 (7) 3.00 (7) 13.00 6 3 13.00 M08 13.00 30.50 10.0 20
ETS D040-04-LN08-M08
40.00 4.00 (8) 4.50 (11) 13.00 6 3 13.00 M08 13.00 30.50 10.0 20
ETS D040-05-LN08-M10
40.00 5.00 (9) 5.50 (12) 11.00 6 3 18.00 M10 13.00 33.00 16.0 29
ETS D040-06-LN08-M10
40.00 6.00 (10) 6.50 (13) 11.00 6 3 18.00 M10 13.00 33.00 16.0 29
ETS D050-03-LN08-M10
50.00 3.00 (7) 3.00 (7) 15.50 8 4 18.00 M10 13.00 33.00 16.0 29
ETS D050-04-LN08-M10
50.00 4.00 (8) 4.50 (11) 15.50 8 4 18.00 M10 13.00 33.00 16.0 29
ETS D050-05-LN08-M12
50.00 5.00 (9) 5.50 (12) 14.50 8 4 21.00 M12 13.00 35.00 17.0 33
ETS D050-06-LN08-M12
50.00 6.00 (10) 6.50 (13) 14.50 8 4 21.00 M12 13.00 35.00 17.0 33
ETS D063-03-LN08-M10
63.00 3.00 (7) 3.00 (7) 22.00 10 5 18.00 M10 13.00 33.00 16.0 29
ETS D063-04-LN08-M10
63.00 4.00 (8) 4.50 (11) 22.00 10 5 18.00 M10 13.00 33.00 16.0 29
ETS D063-05-LN08-M12
63.00 5.00 (9) 5.50 (12) 21.00 10 5 21.00 M12 13.00 35.00 17.0 33
ETS D063-06-LN08-M12
63.00 6.00 (10) 6.50 (13) 21.00 10 5 21.00 M12 13.00 35.00 17.0 33
• For user guide, see pages 377-383 • When mounting items with FLEXFIT threaded adaptation to their holders, the mating surfaces and threaded areas must be thoroughly
cleaned. Apply appropriate tightening torque to eliminate a gap between the mating faces. Estimated torque values are specified in the TQ_3 parameter
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of flutes
(5) Clamping wrench size
(6) Tool tightening torque Nxm (lbfxin)
(7) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(8) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(9) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(10) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(11) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(12) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(13) Use LNET 0837.. insert with SR 114-018-L5.30
For inserts, see pages: LNET 08 (492)
For holders, see pages: BT-ODP (FLEXFIT) (314) • C#-ODP (FLEXFIT) (314) • CAB M-M (FLEXFIT) (312) • DIN69871-ODP (315) • ER-ODP (315)
• HSK A-ODP (FLEXFIT) (316) • S M (312) • S M-C-H (312) • S M-CF (313)
Cutter Designation
CWN-CWX Inserts
ETS D...-03-..-LN08
3LNET 081804-TN-N
ETS D...-04-..-LN08
4LNET 082604-TN-N
4.5 LNET 082804-TN-N
ETS D...-05-..-LN08
5LNET 0830-TN-N
5.5 LNET 0832-TN-N
ETS D...-06-..-LN08
6LNET 0835-TN-N
6.5 LNET 0837-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
335
SLOTTING & SLITTING CUTTERS
OAL
LF
DC DCONMS
CWN-CWX
DRVS
CDX
THSZMS
Designation
DC CWN(1) CWX(2) CDX(3) NOF(4) ZEFP DCONMS THSZMS LF OAL DRVS(5)
ETS D32/1.26-4-LN08-MMT10
32.00 4.00 (6) 4.50 (7) 8.20 4 2 15.20 T10 13.00 24.30 13.0
ETS D40/1.57-4-LN08-MMT12
40.00 4.00 (6) 4.50 (7) 10.40 6 3 18.20 T12 13.00 26.30 16.0
• For user guide, see pages 377-383
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of flutes
(5) Torque key size
(6) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(7) Use LNET 0828.. insert with SR 114-018-L3.40 screw
For inserts, see pages: LNET 08 (492)
For holders, see pages: MM S-A (stepped shanks) (84) • MM S-A (straight shanks) (87) • MM S-A-C# (86) • MM S-A-HSK (609) • MM S-A-N (85) • MM S-A-SK (90)
• MM S-B (85° conical shanks) (87) • MM S-D (89° conical shanks) (88) • MM S-ER (89) • MM S-ER-H (89) • MM TS-A (86)
Spare Parts
Designation
ETS-LN08-MM
SR 114-018-L3.40 T-6/5 T-6/3-L
ETS-LN08-MM
Grooving and Slitting Cutters
with MULTI-MASTER
Threaded Adaptation
ISCAR
336
SLOTTING & SLITTING CUTTERS
OAL
CWN-CWX
DC
CDX
DCONMS
Designation
DC CWN(2) CWX(3) CDX(4) NOF(5) ZEFP DCONMS Shank(6) OAL
kg
ETS D032-03-W16-LN08
32.00 3.00 (7) 3.00 (7) 7.90 4 2 16.00 W 90.00 0.14
ETS D032-04-W16-LN08
32.00 4.00 (8) 4.50 (12) 7.90 4 2 16.00 W 90.00 0.14
ETS D032-05-W16-LN08
32.00 5.00 (9) 5.50 (13) 7.90 4 2 16.00 W 90.00 0.14
ETS D032-06-W16-LN08
32.00 6.00 (10) 6.50 (14) 7.90 4 2 16.00 W 90.00 0.14
ETS D032-07-W16-LN08 (1)
32.00 7.00 (11) 8.00 (15) 7.90 4 2 16.00 W 90.00 0.14
ETS D040-03-W16-LN08
40.00 3.00 (7) 3.00 (7) 11.90 6 3 16.00 W 104.00 0.16
ETS D040-04-W16-LN08
40.00 4.00 (8) 4.50 (12) 11.90 6 3 16.00 W 104.00 0.16
ETS D040-05-W16-LN08
40.00 5.00 (9) 5.50 (13) 11.90 6 3 16.00 W 104.00 0.16
ETS D040-06-W16-LN08
40.00 6.00 (10) 6.50 (14) 11.90 6 3 16.00 W 104.00 0.17
ETS D040-07-W16-LN08 (1)
40.00 7.00 (11) 8.00 (15) 11.70 6 3 16.00 W 104.00 0.17
ETS D050-03-W20-LN08
50.00 3.00 (7) 3.00 (7) 14.90 8 4 20.00 W 110.00 0.26
ETS D050-04-W20-LN08
50.00 4.00 (8) 4.50 (12) 14.90 8 4 20.00 W 110.00 0.27
ETS D050-05-W20-LN08
50.00 5.00 (9) 5.50 (13) 14.90 8 4 20.00 W 110.00 0.28
ETS D050-06-W20-LN08
50.00 6.00 (10) 6.50 (14) 14.90 8 4 20.00 W 110.00 0.28
ETS D050-07-W20-LN08 (1)
50.00 7.00 (11) 8.00 (15) 14.70 8 4 20.00 W 110.00 0.29
ETS D063-03-W20-LN08
63.00 3.00 (7) 3.00 (7) 21.40 10 5 20.00 W 110.00 0.28
ETS D063-04-W20-LN08
63.00 4.00 (8) 4.50 (12) 21.40 10 5 20.00 W 110.00 0.29
ETS D063-05-W20-LN08
63.00 5.00 (9) 5.50 (13) 21.40 10 5 20.00 W 110.00 0.31
ETS D063-06-W20-LN08
63.00 6.00 (10) 6.50 (14) 21.40 10 5 20.00 W 110.00 0.32
ETS D063-07-W20-LN08 (1)
63.00 7.00 (11) 8.00 (15) 21.20 10 5 20.00 W 110.00 0.34
• Adjustable overhang design • For user guide, see pages 377-383
(1) For ap=7.5 use LNET 084204-TN-N insert with SR 114-018-L5.30-HG screw
(2) Minimum cutting width
(3) Maximum cutting width
(4) Cutting depth maximum
(5) Number of flutes
(6) W-Weldon
(7) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(8) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(9) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(10) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(11) Use LNET 0840.. insert with SR 114-018-L5.30-HG
(12) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(13) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(14) Use LNET 0837.. insert with SR 114-018-L5.30
(15) Use LNET 0845.. insert with SR 114-018-L5.30-HG
For inserts, see pages: LNET 08 (492)
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
Cutter Designation
CWN-CWX Insert
...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
337
USER GUIDE
SLOTTING & SLITTING CUTTERS
1
FDN
ETS
SDN
LNET
2 Setting the Overhang
ETS..- T-type Slotting Cutters
Designation DC
Overhang
OHN (min) OHX (max)
ETS D32 32 20 49
ETS D40 40 34 63
ETS D50 50 27 66
ETS D63 63 27 66
∅DC
Overhang
OHN OHX
3 Lubrication - Important!
For every indexing, lubricate screws before mounting.
Grease should cover the screw’s thread and cone head.
4 Indexing
L -type key is added to the cutter package.
It has a ball shape on the end of its longer side.
Feed Direction:
Down (climb) milling is recommended.
✔
Do not clamp insert with a broken corner
in the outer bottom position.
✗
5 Tightening Torque
60-70 N x cm
6 Tightening
Use the short side for
tightening and initial release
Use the long side for
quick driving and release
Important note: To avoid indexing problems, insert clamping screws
and replace keys on a regular basis according to their wear.
7 Width of Cut
for 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
338
USER GUIDE
SLOTTING & SLITTING CUTTERS
8 Recommended Cutting Speed
Workpiece Material
Insert Grade Coolant
ISO class
DIN/ISO
513 Description
Typical Example ISCAR
mat.
group**
Cutting
speed Vc,
m/min
AISI/SAE/
ASTM DIN W.-Nr.
Hardness
HB
P
Non-alloy steel and cast
steel, free cutting 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
MAustenitic 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
K
Grey 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)
* Quenched and tempered
** ISCAR material group in accordance with VDI 3323 standard
Recommended feed per tooth for MINI-TANGSLOT cutters carrying LN..08... inserts for 3 mm ≤ap<7 mm
50
Redial depth of cut ae, mm
DC=160
DC=125
DC=100
DC=50
DC=40
DC=32
DC=80/63
45
40
35
30
25
20
15
10
5
T
ap
Example
Material - Alloy steel DIN 40NiCrMo6, W.-Nr.16565
D
= 125 mm
D
= 125 mm
ae
= 30 mm
ae
= 20 mm
ap
= 4 mm
ap
= 6 mm
fz
= 0.2x0.75*
fz
= 0.25x1=0.25 mm/tooth
= 0.15 mm/tooth
fz= fz0xK
ap mm K
from 3 to 4 0.60
from 4 up to 5 0.75
over 5 to 7 1
0.17 0.22 0.27 0.32 Non-alloy steel and cast
steel, free cutting 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
Basic feed fz0, mm/tooth
Description AISI / SAE / ASTM (DIN W.-Nr.) ISCAR Mat. Group DIN/
ISOWorkpiece Material
339
USER GUIDE
SLOTTING & SLITTING CUTTERS
9 Recommended feed per tooth for MINI-TANGSLOT cutters carrying LN..08... inserts for ap=7-8 mm
DC=32
DC=40
Redial depth of cut ae, mm
DC=60
DC=50
5
7.5
10
12
15
20 T
ap
Example
Material - Alloy steel DIN 40NiCrMo6, W.-Nr.16565
D
= 40 mm
ae
= 10 mm
ap
= 8 mm
fz
= 0.09x0.8=0.072 mm/tooth
fz= fz0xK
ap mm K
from 7 up to 7.5 1
over 7.5 up to 8 0.80
0.045 0.060 0.090 0.105 0.120 0.135
Non-alloy steel
and cast steel,
free cutting steel
1020 (DIN 1.0402) 1
P
0.045 0.060 0.075 0.090 0.105 0.120 Alloy steel 4340 (DIN 1.6582) 8
0.030 0.045 0.052 0.060 0.068 0.075 Alloy steel 3135 (DIN 1.5710) 9
0.030 0.045 0.052 0.060 0.075 0.090 High alloy steel H13 (DIN 1.2344) 10
0.030 0.052 0.068 0.082 0.090 0.105 Martensitic s.s. 420 (DIN 1.4021) 12
0.030 0.045 0.052 0.068 0.075 0.090 Austenitic s.s. 316L (DIN 1.4404) 14 M
0.068 0.090 0.105 0.120 0.135 0.150 Grey cast iron Class 40 (DIN
0.6025) (GG25) 16
K
0.045 0.075 0.090 0.105 0.120 0.135 Nodular cast iron Class 65-45-12 (DIN
0.7050) (GGG50) 17
0.030 0.045 0.052 0.060 0.075 0.090 High temp. alloys AMS R56400 (DIN 3.7165) 37 S
Basic feed fz0 mm/tooth
Description AISI / SAE / ASTM / DIN
ISCAR mat.
group
DIN/
ISO
Workpiece material
ISCAR
340
SLOTTING & SLITTING CUTTERS
SWM
DC
CW
LU OAL
DN
DCONMS
Designation
DC CICT(1) ZEFP DN SWM CW LU OAL DCONMS Shank
kg
ETS D32-10-W16-XN09
31.70 4 2 15.50 18.00 9.90 35.00 85.00 16.00 W 0.02
ETS D32-11-W20-XN09
31.70 4 2 16.00 18.00 10.80 41.00 95.00 20.00 W 0.27
ETS D32-11-W25-XN09
31.70 4 2 16.00 18.00 10.80 41.00 105.00 25.00 W 0.62
ETS D32-14-W25-XN09
31.70 4 2 16.00 18.00 13.80 41.00 105.00 25.00 W 0.27
ETS D32-14-W32-XN09
31.70 4 2 16.00 18.00 13.80 45.00 110.00 32.00 W 0.88
• For user guide, see pages 377-383
(1) Number of inserts
For inserts, see pages: XNMU 0904PN (514)
Spare Parts
Designation
ETS-XN09
SR 10508600 T-9/51
ETS-XN09
T-SLOT Endmills Carrying XNMU
0904 Square Inserts with 4 Right-
and 4 Left-Hand Cutting Edges
OAL
DCONMS
DC
LU
CW
DN
SWM
Designation
DC NOF(1) ZEFP DN SWM CW LU OAL DCONMS Shank(2)
kg
ETS D40-18-W32-XN13
40.00 2 1 21.00 22.00 18.00 47.0 120.00 32.00 W 0.55
ETS D48-22-W32-XN13
48.00 4 2 27.00 28.00 22.00 58.0 130.00 32.00 W 0.70
• For user guide, see pages 377-383
(1) Number of flutes
(2) W-Weldon
For inserts, see pages: XNMU 13 (514)
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
341
SLOTTING & SLITTING CUTTERS
OAL
DCONMS
DC
LU
CW
DN SWM
Designation
DC NOF(1) ZEFP DN SWM CW LU OAL DCONMS Shank(2)
kg
MIID(3)
ETS D21-9-W16-06
21.10 2 1 10.80 12.00 8.85 26.9 90.00 16.00 W 0.11 XOMT 060204-HQ
ETS D25-11-W16-06
24.80 4 2 12.80 14.00 10.80 23.7 90.00 16.00 W 0.12 XOMT 060204-HQ
ETS D25-11-W25-06
24.80 4 2 12.80 14.00 10.80 24.4 120.00 25.00 W 0.36 XOMT 060204-HQ
ETS D32-14-W32-10
31.70 2 1 16.70 18.00 13.85 40.0 120.00 32.00 W 0.54 XPMT 100408-HQ
ETS D32-14-W16-10
31.70 4 2 16.00 18.00 13.85 52.0 (4) 90.00 16.00 W 0.14 XPMT 100408-HQ
ETS D32-16-W32-A10
31.70 4 2 16.80 18.00 15.85 39.0 110.00 32.00 W 0.48 APKT 1003PDTR/L-RM
ETS D40-18-W32-10
39.70 4 2 20.70 22.00 17.85 50.0 130.00 32.00 W 0.62 XPMT 100408-HQ
ETS D48-22-W32-15
48.50 4 2 26.00 27.00 21.85 51.3 130.00 32.00 W 0.73 ADKT 1505...R/L...
• For user guide, see pages 377-383
(1) Number of flutes
(2) W-Weldon
(3) Master insert identification
(4) Adjustable overhang design: LUmin=19, LUmax=52
For inserts, see pages: ADKR 1505PDR/L-HM (456) • ADKT 1505..R/L-HM (459) • ADKT 1505PDR/L-HM (458) • ADKT 1505PDTR/L-RM (458)
• APKT 1003PDTR/L-RM (452) • QOMT-HQ (494) • XOMT-HQ (494) • XPMT-HQ (496)
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
342
SLOTTING & SLITTING CUTTERS
FDN
Full Slot Flange Type
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 17 18 19 20 23 25.6
3LNET 081804
3LNET 082604
3LNET 082804
3LNET 083004
3LNET 083204
3LNET 083504
3LNET 083704
3LNET 1240
3LNET 1245
3LNET 1248
3LNET 1255
3LNET 1257
3LNET 1265
LNET 12...
3
XNMU 09..
3
3
XNMU 13..
3
3
3
3XOMT 0602..
QOMT 060208
3
3XPMT 1004...
QPMT 1004...
3QPMT 1004...
3
QDMT 1205...
QDCT 1205
3
3
LN…11
LN…13
LN…15
With adjustable cartridges
343
USER GUIDE
SLOTTING & SLITTING CUTTERS
Face and Slot Milling Cutters
Cutter Types for Right and Left-Hand, Top and Bottom Milling
Right-Hand Spindle Rotation Left-Hand Spindle Rotation
Full Side - Flange Type
(Pages 345-352)
FDN...-R
Full Side - Disk Type
(Pages 354-361)
SDN SDN
Half Side - Top Disk Type
(Page 362)
SSB...-R SSB...-R
Half Side - Bottom Disk Type
(Page 362)
SSB...-L SSB...-L
Half Side - Top Flange Type
(Page 361)
FST...-R
Ordering Examples
Integral Pocket Cutter
FDN D125-10-27-LN12
Cutter diameter: 125 mm
Slot width: 10.00 mm
Adjustable Cutter with Cartridges
FDN D100-0810-32-CALN12
Cutter diameter: 100 mm
Slot width range: 8.00-10.5 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)
ISCAR
344
USER GUIDE
SLOTTING & SLITTING CUTTERS
Single or Double-Face Milling Configuration Guide
Configuration Guide for FDN/SDN/SSB/FST/FSB... CALN15 Cutters
Designation
Number of
Cutting Edges(1)
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 Double Face MIlling Stock=0-14
LNMT 1506... 4R+4L Flat 0.65
ap
ap
Stock=0-14
LNAT 1506... 4R+4L Flat 0.4-0.65 Stock=0-14(2)
LNHT 1506...-N(3) 2R+2L Flat Flat Stock=0-14
LNKX 1506... 4R Flat 0.65 Half Side Milling Stock=0-14
LNMT 1506... 4R Flat 0.65
ap
Stock=0-14
LNAT 1506... 4R Flat 0.4-0.65 Stock=0-14(2)
LNHT 1506...-R(4) 4R Flat Flat Stock=0-14(2)
LNKX 1506... 4L Flat 0.65 Half Side Milling Stock=0-14
LNMT 1506... 4L Flat 0.65
ap
ap
7
ap-7
Stock=0-14
LNAT 1506... 4L Flat 0.4-0.65 Stock=0-14(2)
LNHT 1506...-N(3) 4L Flat Flat Stock=0-14(2)
(1) Use of 8 cutting edges (4R+4L) is possible only when ap≤7 mm,
otherwise 4 cutting edges (2R+2L) can be used.
(2) Max ap for radius inserts
LNAT 150616..=12.80
LNAT 150625..=12.25
LNAT 150632..=11.60
LNAT 150640..=14.00
Configuration Guide for Full Slot FDN/SDN... CALN15 Cutters
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
W
WÊ-Ê15.0
R
H
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
LNHT 1506...-N(3) 2R+2L Flat 0.8 W=18.9-25.6
LNHT 1506...-N LNKX 1506...
LNMT 1506...
R.H./L.H.
LNHT 1506...-R
R.H. only
R.H./L.H
Page 487 Pages 486-488 Page 487
345
SLOTTING & SLITTING CUTTERS
DC
DHUB
DCONMS
LU
OAL
CWN-CWX
CDX
Designation
DC CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DHUB DCONMS LU OAL Arbor(5)
kg
MIID(6)
FDN D063-03-16-LN08
63.00 3.00 (7) 3.00 (7) 14.50 8 4 38.40 16.00 25.0 35.00 A 0.22 LNET 081804-TN-N
FDN D063-04-16-LN08
63.00 4.00 (8) 4.50 (11) 14.50 8 4 38.40 16.00 25.0 35.00 A 0.23 LNET 082604-TN-N
FDN D063-05-16-LN08
63.00 5.00 (9) 5.50 (12) 14.50 8 4 38.40 16.00 25.0 35.00 A 0.25 LNET 083004-TN-N
FDN D063-06-16-LN08
63.00 6.00 (10) 6.50 (13) 14.50 8 4 38.40 16.00 25.0 35.00 A 0.26 LNET 083504-TN-N
FDN D080-03-22-LN08
80.00 3.00 (7) 3.00 (7) 22.50 10 5 45.00 22.00 28.0 40.00 A 0.28 LNET 081804-TN-N
FDN D080-04-22-LN08
80.00 4.00 (8) 4.50 (11) 22.50 10 5 45.00 22.00 28.0 40.00 A 0.31 LNET 082604-TN-N
FDN D080-05-22-LN08
80.00 5.00 (9) 5.50 (12) 22.50 10 5 45.00 22.00 28.0 40.00 A 0.33 LNET 083004-TN-N
FDN D080-06-22-LN08
80.00 6.00 (10) 6.50 (13) 22.50 10 5 45.00 22.00 28.0 40.00 A 0.36 LNET 083504-TN-N
FDN D100-03-27-LN08
100.00 3.00 (7) 3.00 (7) 26.00 12 6 55.00 27.00 28.5 40.00 B 0.43 LNET 081804-TN-N
FDN D100-04-27-LN08
100.00 4.00 (8) 4.50 (11) 26.00 12 6 55.00 27.00 28.5 40.00 B 0.47 LNET 082604-TN-N
FDN D100-05-27-LN08
100.00 5.00 (9) 5.50 (12) 26.00 12 6 55.00 27.00 28.5 40.00 B 0.50 LNET 083004-TN-N
FDN D100-06-27-LN08
100.00 6.00 (10) 6.50 (13) 26.00 12 6 55.00 27.00 28.5 40.00 B 0.54 LNET 083504-TN-N
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation options, see page 548
(6) Master insert identification
(7) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(8) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(9) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(10) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(11) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(12) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(13) Use LNET 0837.. insert with SR 114-018-L5.30 screw
For inserts, see pages: LNET 08 (492)
Cutter Designation
CWN-CWX Inserts
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
346
SLOTTING & SLITTING CUTTERS
CW
OAL
DCONMS
DHUB
LU
DC
CDX
FDN-LN12
Full Slot Cutters Carrying LNET
12... Tangentially Mounted Inserts
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
Designation
DC CICT(4) ZEFP DCONMS DHUB CDX LU OAL Arbor(5)
kg
CW Inserts
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...
• 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
(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
(5) Number of inserts
(6) For adaptation options, see page 548
For inserts, see pages: LNET 12-TN (493) • LNET 12-TN-MM (493)
347
SLOTTING & SLITTING CUTTERS
DHUB
DCONMS
CW
LU
OAL
DC
CDX
Designation
DC CW CDX(1) CICT(2) ZEFP DHUB DCONMS LU OAL Arbor(3)
kg
MIID(4)
FDN D080-08-22-R06
80.00 8.00 22.70 14 7 45.00 22.00 28.1 40.00 A 0.34 XOMT 060204-HQ
FDN D100-08-27-R06
100.00 8.00 26.40 16 8 55.00 27.00 28.8 40.00 B 0.53 XOMT 060204-HQ
FDN D100-10-27-R06
100.00 10.00 26.50 16 8 55.00 27.00 29.5 40.00 B 0.59 XOMT 060204-HQ
FDN D125-10-32-R06
125.00 10.00 35.50 20 10 65.00 32.00 32.0 45.00 B 0.94 XOMT 060204-HQ
FDN D125-12-32-R10
125.00 12.00 35.50 14 7 65.00 32.00 32.0 45.00 B 1.00 XPMT 100408-HQ
FDN D125-16-32-R10
125.00 16.00 34.00 14 7 65.00 32.00 37.0 50.00 B 1.25 XPMT 100408-HQ
FDN D160-12-40-R10
160.00 12.00 46.90 16 8 80.00 40.00 33.5 50.00 B 1.77 XPMT 100408-HQ
FDN D160-16-40-R10
160.00 16.00 46.50 16 8 80.00 40.00 43.5 60.00 B 2.13 XPMT 100408-HQ
FDN D160-16-40-R12
160.00 16.00 46.90 14 7 80.00 40.00 43.5 60.00 B 2.08 QDMT 1205PDN-RM
FDN D200-20-40-R12
200.00 20.00 62.00 16 8 92.00 40.00 41.0 63.00 E 3.57 QDMT 1205PDN-RM
FDN D250-20-60-R12
250.00 20.00 60.00 18 9 130.00 60.00 50.0 63.00 C 7.13 QDMT 1205PDN-RM
• For user guide, see pages 377-383
(1) Cutting depth maximum
(2) Number of inserts
(3) For adaptation options, see page 548
(4) Master insert identification
For inserts, see pages: QDCT-PDN (497) • QDMT 1205..PDTN-M (498) • QOMT-HQ (494) • QPMT 100408PDTN (495) • XOMT-HQ (494)
• XPMT-HQ (496)
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 D200-20-40-R12
SR 34-510 BLD T15/L7 SW6-T PN 3-4
FDN D250-20-60-R12
SR 34-510 BLD T15/L7 SW6-T PN 3-4
FDN
Full Slot Flange-Type
Slotting Cutters
CW
LF
OAL
LU
CDX
DCONMS
Shank
DC
Designation
DC CICT(1) CW CDX(2) OAL LF LU DCONMS Shank
kg
FDN D050-08-CF4-06
50.00 8 8.00 13.90 90.00 48.00 32.0 44.00 CF4 0.44 SR 34-514 T-7/51
FDN D063-08-CF4-06
63.00 10 8.00 18.90 90.00 48.00 33.0 44.00 CF4 0.51 SR 34-514 T-7/51
• For user guide, see pages 377-383
(1) Number of inserts
(2) Cutting depth maximum
For inserts, see pages: QOMT-HQ (494) • XOMT-HQ (494)
FDN-CF4
Full Slot Flange-Type Slotting
Cutters with CLICKFIT Adaptation
ISCAR
348
SLOTTING & SLITTING CUTTERS
DHUB
DCONMS
CW
LU
OAL
CDX
DC
FDN-CALN12
Full Slot Adjustable Slotting
Cutters with Cartridges
Carrying LNET 12 Inserts
Spare Parts
Designation
FDN D100-0608-27R-CALN12
CA 0608-R/L-LNET12
FDN D100-0810-27R-CALN12
CA 0810-R/L-LNET12
FDN D100-1014-27R-CALN12
CA 1014-R/L-LNET12
FDN D125-0608-32R-CALN12
CA 0608-R/L-LNET12
FDN D125-0810-32R-CALN12
CA 0810-R/L-LNET12
FDN D160-0608-40R-CALN12
CA 0608-R/L-LNET12
FDN D160-0810-40R-CALN12
CA 0810-R/L-LNET12
FDN D160-1014-40R-CALN12
CA 1014-R/L-LNET12
Designation
DC CICT(4) ZEFP DCONMS DHUB CDX LUmin LUmax OALmin OALmax
kg
Inserts Width of Range [ap]
FDN D100-0608-27R-CALN12(1)
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(2)
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(3)
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(1)
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(2)
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 D160-0608-40R-CALN12(1)
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(2)
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(3)
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
10.5-12.2
11.9-14.6
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
• Slot width depends on the selected insert width; verify use of correct screw for the insert being used • For adaptation options, see page 548
• For cartridges see page 363
(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
(4) Number of inserts
For inserts, see pages: LNET 12-TN (493) • LNET 12-TN-MM (493)
349
SLOTTING & SLITTING CUTTERS
DHUB
DCONMS
CW
OAL
DC
DC=200, 250DC=100, 125, 160
CDX
LU
Designation
CWN(1) CWX(2) CDX(3) OAL LU DC DHUB DCONMS CICT(4) ZEFP Arbor(5)
kg
FDN D100-1419-27R-CALN11
14.00 19.50 27.00 40.00 23.4 100.00 55.00 27.00 6 3 B 0.83
FDN D125-1419-32R-CALN11
14.00 19.50 34.00 40.00 28.2 125.00 65.00 32.00 8 4 B 1.18
FDN D160-1419-40R-CALN11
14.00 19.50 44.00 50.00 28.9 160.00 80.00 40.00 10 5 B 2.14
FDN D200-1419-40R-CALN11
14.00 19.50 54.00 50.00 - 200.00 92.00 40.00 14 7 C 3.39
FDN D250-1419-60R-CALN11
14.00 19.50 58.00 50.00 - 250.00 132.00 60.00 16 8 C 5.85
• 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 363
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation, see page 548
For inserts, see pages: LNAR 1106 (482) • LNHT 1106 PN-N HT (482) • LNHT 1106 PN-R HT (481) • LNKX/LNMT 1106 (481)
Spare Parts
Designation
FDN-CALN11
CA90 1419-R/L-LN11
FDN-CALN11
Full Slot Flange Type Slotting
Cutters with Cartridges
Carrying Tangentially Mounted
LN.. 1106.. Inserts
OAL
LU
CW
DHUB
DCONMS
CDX
DC
Designation
DC CW CICT(1) ZEFP CDX(2) DHUB DCONMS LU OAL Arbor(3)
kg
FDN D080-10-22-XN09
80.00 10.00 10 10 22.50 48.00 22.00 27.0 40.00 A 0.40
FDN D080-12-22-XN09
80.00 12.00 10 5 22.50 48.00 22.00 27.0 40.00 A 0.43
FDN D100-10-27-XN09
100.00 10.00 12 12 26.00 60.00 27.00 25.0 40.00 B 0.64
FDN D100-12-27-XN09
100.00 12.00 12 6 26.00 60.00 27.00 25.0 40.00 B 0.92
FDN D125-10-32-XN09
125.00 10.00 14 14 33.00 65.00 32.00 31.0 45.00 B 1.19
FDN D125-12-32-XN09
125.00 12.00 14 7 33.00 65.00 32.00 31.0 45.00 B 1.08
FDN D160-10-40-XN09
160.00 10.00 18 18 45.00 80.00 40.00 35.0 50.00 B 1.45
FDN D160-12-40-XN09
160.00 12.00 18 9 45.00 80.00 40.00 35.0 50.00 B 1.78
• For user guide, see pages 377-383
(1) Number of inserts
(2) Cutting depth maximum
(3) For adaptation options, see page 548
For inserts, see pages: XNMU 0904PN (514)
Spare Parts
Designation
FDN-XN09
SR 10508600 T-9/51
FDN-XN09
Full Slot Flange Type Slotting
Cutters Carrying XNMU 0904
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
ISCAR
350
SLOTTING & SLITTING CUTTERS
DHUB
DCONMS
DC
OAL
LU
CDX
CW
Designation
DC CW CICT(1) ZEFP CDX(2) DHUB DCONMS LU OAL Arbor(3)
kg
FDN D100-14-27-XN13
100.00 14.00 10 10 26.00 55.00 27.00 26.5 40.00 B 0.61
FDN D125-14-32-XN13
125.00 14.00 12 12 33.00 65.00 32.00 30.5 45.00 B 1.04
FDN D125-16-32-XN13
125.00 16.00 12 6 33.00 65.00 32.00 30.5 45.00 B 1.13
FDN D160-18-40-XN13
160.00 18.00 14 7 45.00 80.00 40.00 44.0 60.00 B 2.24
FDN D200-20-40-XN13
200.00 20.00 16 8 53.00 92.00 40.00 - 63.00 C 3.81
• For user guide, see pages 377-383
(1) Number of inserts
(2) Cutting depth maximum
(3) For adaptation options, see page 548
For inserts, see pages: XNMU 13 (514)
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
DCONMS
DHUB
CW
OAL
CDX
DC
Designation
CWN(1) CWX(2) CDX(3) DC DHUB DCONMS CICT(4) ZEFP OAL Arbor(5)
kg
FDN D125-1723-32R-CALN13
17.50 23.00 30.00 126.00 65.00 32.00 8 4 39.25 B 1.43
FDN D160-1723-40R-CALN13
17.50 23.00 39.00 161.00 80.00 40.00 10 5 49.25 B 2.61
FDN D200-1723-40R-CALN13
17.50 23.00 53.00 201.00 92.00 40.00 14 7 49.25 C 3.82
FDN D250-1723-60R-CALN13
17.50 23.00 59.00 251.00 132.00 60.00 16 8 49.25 C 6.55
• Half of the inserts are used on right-hand cartridges and half on left-hand cartridges • For cartridge details, see page 363
• The cutter will be set to the minimum width range unless a specific width is requested by the user
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation options, see page 548
For inserts, see pages: T490 LNMT/LNHT/LNAR 1306 (478)
Spare Parts
Designation
FDN-CALN13
CA90 1723-R/L-T490-13
FDN-CALN13
Full Slot Adjustable Slotting
Cutters with Cartridges Carrying
T490 LNHT 1306PNTR/L Inserts
(17.5-23.0 mm width range)
351
SLOTTING & SLITTING CUTTERS
DCONMS
DHUB
CW
OAL
CDX
DC
Designation
CWN(1) CWX(2) CDX(3) DC DHUB DCONMS CICT(4) ZEFP OAL Arbor(5)
kg
FDN D125-1925-32R-CAPM15
18.90 25.60 29.00 125.00 65.00 32.00 8 4 40.00 B 1.42
FDN D160-1925-40R-CAPM15
18.90 25.60 39.00 160.00 80.00 40.00 10 5 50.00 B 2.59
FDN D200-1925-40R-CAPM15
18.90 25.60 53.00 200.00 92.00 40.00 14 7 50.00 C 3.79
FDN D250-1925-60R-CAPM15
18.90 25.60 58.00 250.00 132.00 60.00 16 8 50.00 C 6.55
• 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 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation options, see page 548
For inserts, see pages: LNAT 1506-PM (490)
Spare Parts
Designation
FDN-CAPM15
CA90 1928-R/L-PM15-A CA90 1928-R/L-PM15-B* CA90 1928-R/L-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)
DHUB
DCONMS
CW
OAL
DC
CDX
Designation
CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DC DHUB DCONMS Arbor(5) OAL
kg
FDN D125-1925-32R-CALN15
18.90 25.60 30.00 8 4 125.00 65.00 32.00 B 40.00 1.43
FDN D160-1925-40R-CALN15
18.90 25.60 40.00 10 5 160.00 80.00 40.00 B 50.00 2.61
FDN D200-1925-40R-CALN15
18.90 25.60 54.00 14 7 200.00 92.00 40.00 C 50.00 0.38
FDN D250-1925-60R-CALN15
18.90 25.60 59.00 16 8 250.00 132.00 60.00 C 50.00 6.56
• Each cutter body can be changed into full slot, bottom or top milling configuration by mounting the cartridges accordingly
• For cartridge details, see page 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) For adaptation options, see page 548
For inserts, see pages: LNKX 1506PN-N PL (486) • LNKX/LNMT 1506PNTN/PN-N MM (486) • LNMT/LNHT 1506...-N HT (488) • LNMW 1506 PNTN (486)
Spare Parts
Designation
FDN-CALN15
CA90 1928-R/L-LN15
FDN-CALN15
Full Slot Adjustable Slotting
Cutters with Cartridges
Carrying LN.. 1506... Inserts
(18.9-25.6 mm width range)
ISCAR
352
SLOTTING & SLITTING CUTTERS
CW
OAL
LU
DC
DCX
CDX
DCONMS
DHUB
FDN-CM
Flange Type Full Width Slotting
Cutters Carrying Round
and Octagonal Inserts
Spare Parts
Designation
FDN-CM
SR 14-544/S BLD T15/M7 SW6-T
Designation
Dimensions
Arbor(3)
kg
CICT(2) ZEFP DCX DC CW CDX DCONMS DHUB LU OAL
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
(1) Fully effective cutter
(4) Number of inserts
(5) For adaptation options, see page 548
353
SLOTTING & SLITTING CUTTERS
SDN
Full Slot Disk Type
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 17 18 19 20 23 25.6
3LNET 081804
3LNET 082604
3LNET 082804
3LNET 083004
3LNET 083204
3LNET 083504
3LNET 083704
3LNET 1240
3LNET 1245
3LNET 1248
3LNET 1255
3LNET 1257
3LNET 1265
LNET 12...
3
XNMU 09..
3
3
XNMU 13..
3
3
3
3XOMT 0602..
QOMT 060208
3
3XPMT 1004...
QPMT 1004...
3QPMT 1004...
3
QDMT 1205...
QDCT 1205
3
3
LN…11
LN…13
LN…15
With adjustable cartridges
ISCAR
354
SLOTTING & SLITTING CUTTERS
DHUB
DC
OAL
DCONMS
CDX
CWN-CWX
Designation
DC CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DHUB DCONMS THUB
SDN D063-03-22-LN08
63.00 3.00 (5) 3.00 (5) 14.80 8 4 32.00 22.00 6.00
SDN D063-04-22-LN08
63.00 4.00 (6) 4.50 (9) 14.80 8 4 32.00 22.00 6.00
SDN D063-05-22-LN08
63.00 5.00 (7) 5.50 (10) 14.80 8 4 32.00 22.00 7.00
SDN D063-06-22-LN08
63.00 6.00 (8) 6.50 (11) 14.80 8 4 32.00 22.00 7.00
SDN D080-04-22-LN08
80.00 4.00 (6) 4.50 (9) 22.00 10 5 34.00 22.00 6.00
SDN D080-05-22-LN08
80.00 5.00 (7) 5.50 (10) 22.00 10 5 34.00 22.00 7.00
SDN D080-06-22-LN08
80.00 6.00 (8) 6.50 (11) 22.00 10 5 34.00 22.00 7.00
SDN D100-03-27-LN08
100.00 3.00 (5) 3.00 (5) 27.00 12 6 42.00 27.00 8.00
SDN D100-04-27-LN08
100.00 4.00 (6) 4.50 (9) 27.00 12 6 42.00 27.00 8.00
SDN D100-05-27-LN08
100.00 5.00 (7) 5.50 (10) 26.50 12 6 42.00 27.00 10.00
SDN D125-03-32-LN08
125.00 3.00 (5) 3.00 (5) 36.50 16 8 48.00 32.00 8.00
SDN D125-04-32-LN08
125.00 4.00 (6) 4.50 (9) 36.00 16 8 48.00 32.00 8.00
SDN D125-05-32-LN08
125.00 5.00 (7) 5.50 (10) 36.00 16 8 48.00 32.00 10.00
SDN D160-04-40-LN08
160.00 4.00 (6) 4.50 (9) 48.60 20 10 56.00 40.00 10.00
• For user guide, see pages 377-383
(1) Minimum cutting width
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
(5) Use LNET 0818.. insert with SR 114-018-L2.50 screw
(6) Use LNET 0826.. insert with SR 114-018-L3.40 screw
(7) Use LNET 0830.. insert with SR 114-018-L4.40 screw
(8) Use LNET 0835.. insert with SR 114-018-L5.30 screw
(9) Use LNET 0828.. insert with SR 114-018-L3.40 screw
(10) Use LNET 0832.. insert with SR 114-018-L4.40 screw
(11) Use LNET 0837.. insert with SR 114-018-L5.30 screw
For inserts, see pages: LNET 08 (492)
SDN-LN08
Cutter Designation
CWN-CWX Insert
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 D...-06...-LN08
6.0 LNET 083504-TN-N SR 114-018-L5.30 T-6/3-L T-6/51
6.5 LNET 083704-TN-N SR 114-018-L5.30 T-6/3-L T-6/51
Spare Parts
Designation
SDN D063-03-22-LN08
SR 114-018-L2.50 T-6/3-L T-6/51
SDN D063-04-22-LN08
SR 114-018-L3.40 T-6/3-L T-6/51
SDN D063-05-22-LN08
SR 114-018-L4.40 T-6/3-L T-6/51
SDN D063-06-22-LN08
SR 114-018-L5.30 T-6/3-L T-6/51
SDN D080-04-22-LN08
SR 114-018-L3.40 T-6/3-L T-6/51
SDN D080-05-22-LN08
SR 114-018-L4.40 T-6/3-L T-6/51
SDN D080-06-22-LN08
SR 114-018-L5.30 T-6/3-L T-6/51
SDN D100-03-27-LN08
SR 114-018-L2.50 T-6/3-L T-6/51
SDN D100-04-27-LN08
SR 114-018-L3.40 T-6/3-L T-6/51
SDN D100-05-27-LN08
SR 114-018-L4.40 T-6/3-L T-6/51
SDN D125-03-32-LN08
SR 114-018-L2.50 T-6/3-L T-6/51
SDN D125-04-32-LN08
SR 114-018-L3.40 T-6/3-L T-6/51
SDN D125-05-32-LN08
SR 114-018-L4.40 T-6/3-L T-6/51
SDN D160-04-40-LN08
SR 114-018-L3.40 T-6/3-L T-6/51
SDN-LN08
Disk Type Grooving and
Slitting Cutters
355
SLOTTING & SLITTING CUTTERS
CDX
DHUB
DCONMS
CW
DC
OAL
SDN-LN12
Full Slot Disk Type Slotting
Cutters Carrying LNET 12
Tangentially Mounted Inserts
Designation
CICT(4) ZEFP DC DCONMS CDX DHUB CW
kg
OAL Inserts
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
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)
Designation
CICT(4) ZEFP DC DCONMS CDX DHUB CW
kg
OAL Inserts
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
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)
• 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 377-383
(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
(5) Number of inserts
For inserts, see pages: LNET 12-TN (493) • LNET 12-TN-MM (493)
ISCAR
356
SLOTTING & SLITTING CUTTERS
CDX
DHUB
DCONMS
CW
DC
OAL
SDN-CALN12
Full Slot Disk Type Slotting Cutters
with Cartridges Carrying LNET
12... Tangentially Mounted Inserts
SDN D200-0608-50-CALN12(1)
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(2)
200.00 16 8 50.00 70.0 63.00 14.0 1.70
LNET 1248...
LNET 1250...
LNET 1255...
Designation
DC CICT(4) ZEFP DCONMS DHUB CDX OAL
kg
Inserts Width of Range [CW]
SDN D100-0608-27-CALN12(1)
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(2)
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(3)
100.00 6 3 27.00 42.0 25.00 20.0 0.48 LNET 1265...
LNET 1277...
SDN D125-0608-40-CALN12(1)
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(2)
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(3)
125.00 8 4 40.00 55.0 32.00 18.0 0.48 LNET 1265...
LNET 1277...
SDN D160-0608-40-CALN12(1)
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(2)
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(3)
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
10.5-12.2
11.9-14.6
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
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
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
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 D200-0608-50-CALN12(1)
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(2)
200.00 16 8 50.00 70.0 63.00 14.0 1.70
LNET 1248...
LNET 1250...
LNET 1255...
Designation
DC CICT(4) ZEFP DCONMS DHUB CDX OAL
kg
Inserts Width of Range [CW]
SDN D100-0608-27-CALN12(1)
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(2)
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(3)
100.00 6 3 27.00 42.0 25.00 20.0 0.48 LNET 1265...
LNET 1277...
SDN D125-0608-40-CALN12(1)
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(2)
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(3)
125.00 8 4 40.00 55.0 32.00 18.0 0.48 LNET 1265...
LNET 1277...
SDN D160-0608-40-CALN12(1)
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(2)
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(3)
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
10.5-12.2
11.9-14.6
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
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
6.0-6.5
6.5-7.2
7.0-8.2
8.0-8.7
8.4-9.2
8.9-10.5
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
• For user guide, see page 377-383 • For cartridge details, see page 363
(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
(6) Number of inserts
For inserts, see pages: LNET 12-TN (493) • LNET 12-TN-MM (493)
357
SLOTTING & SLITTING CUTTERS
DCONMS
DHUB
CW
OAL
DC CDX
Designation
DC CW CICT(1) ZEFP CDX DHUB DCONMS OAL
kg
SDN D080-10-27-XN09
80.00 10.00 10 10 20.00 38.00 27.00 14.00 0.20
SDN D080-12-27-XN09
80.00 12.00 10 5 20.00 38.00 27.00 16.00 0.24
SDN D100-10-32-XN09
100.00 10.00 12 12 25.00 47.00 32.00 14.00 0.34
SDN D100-12-32-XN09
100.00 12.00 12 6 25.00 47.00 32.00 16.00 0.42
SDN D125-10-40-XN09
125.00 10.00 14 14 34.00 55.00 40.00 14.00 0.61
SDN D125-12-40-XN09
125.00 12.00 14 7 34.00 55.00 40.00 16.00 0.69
SDN D160-10-40-XN09
160.00 10.00 18 18 51.00 55.00 40.00 14.00 0.61
SDN D160-12-40-XN09
160.00 12.00 18 9 51.00 55.00 40.00 16.00 1.10
• For user guide, see pages 377-383
(1) Number of inserts
For inserts, see pages: XNMU 0904PN (514)
Spare Parts
Designation
SDN-XN09
SR 10508600 T-9/51
SDN-XN09
Full Slot Disk Type Slotting
Cutters Carrying XNMU 0904
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
DHUB
DCON
OAL
DC
CW
CDX
Designation
DC CICT(1) ZEFP CW CDX(2) DHUB DCONMS OAL
kg
SDN D100-14-32-XN13
100.00 10 10 14.00 23.00 47.00 32.00 18.00 0.42 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 18.00 0.66 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 20.00 0.79 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 20.00 1.44 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 26.00 2.61 SR M4-L15-D4.5 BLD IP15/S7 SW6-T-SH
• For user guide, see pages 377-383
(1) Number of inserts
(2) Cutting depth maximum
For inserts, see pages: XNMU 13 (514)
SDN-XN13
Full Slot Disk Type Slotting
Cutters Carrying XNMU 1306
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
ISCAR
358
USER GUIDE
SLOTTING & SLITTING CUTTERS
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.
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 Double Face MIlling Stock=0-10
LNMT 1106... 4R+4L Flat 0.45
ap
ap
Stock=0-10
LNHT 1106 - N(1) 2R+2L Flat Flat Stock=0-10
LNKX 1106... 4R Flat 0.45 Half side Milling Stock=0-10
LNMT 1106... 4R Flat 0.45
ap
Stock=0-10
LNHT 1106 - R(2) 4R Flat Flat Stock=0-10
LNKX 1106... 4L Flat 0.45 Half side milling Stock=0-10
LNMT 1106... 4L Flat 0.45
ap
ap
7
ap-7
Stock=0-10
LNHT 1106 - N(1) 2L Flat Flat Stock=0-10
(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
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
W
WÊ-Ê11.0
R
H
W=14-19.5
LNMT 1106... 2R+2L 0.45 0.8 W=14-19.5
LNHT 1106 - N(1) 2R+2L Flat 0.8 W=14-19.5
LNHT 1106... - N LNKX 1106...
LNMT 1106...
R.H./L.H.
(LNHT 1106... - R
R.H. only
R.H./L.H.
Page 482 Page 481 Page 481
359
SLOTTING & SLITTING CUTTERS
DCON
DHUB
CW OAL
CDX
DC
Designation
DC OAL CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DHUB DCON
kg
SDN D125-1723-40-CALN13
126.00 26.00 17.50 23.00 32.00 8 4 56.00 40.00 1.13
SDN D160-1723-40-CALN13
161.00 26.00 17.50 23.00 49.50 10 5 56.00 40.00 1.90
SDN D200-1723-50-CALN13
201.00 26.00 17.50 23.00 61.00 14 7 70.00 50.00 3.01
SDN D250-1723-50-CALN13
251.00 26.00 17.50 23.00 86.00 16 8 70.00 50.00 4.82
SDN D250-1723-60-CALN13
251.00 26.00 17.50 23.00 78.00 16 8 85.00 60.00 4.83
• 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 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
For inserts, see pages: T490 LNMT/LNHT/LNAR 1306 (478)
Cartridge Screw
Right Hand Cartridge
Nut
T490 LNHT 1306...Insert
Insert Screw
Spare Parts
Designation
SDN-CALN13
CA90 1723-R/L-T490-13
SDN-CALN13
Full Slot Adjustable Slotting
Cutters with Cartridges Carrying
T490 LNHT 1306PNTR/L Inserts
CW
CDX
DC
OAL
DHUB
DCONMS
Designation
CWN(1) CWX(2) CDX(3) DC DHUB DCONMS CICT(4) ZEFP OAL
kg
SDN D100-1419-27-CALN11
14.00 19.50 26.80 100.00 42.00 27.00 6 3 20.00 0.58
SDN D125-1419-40-CALN11
14.00 19.50 31.50 125.00 56.00 40.00 8 4 20.00 0.90
SDN D160-1419-40-CALN11
14.00 19.50 48.00 160.00 56.00 40.00 10 5 22.00 1.51
SDN D200-1419-50-CALN11
14.00 19.50 61.00 200.00 70.00 50.00 14 7 22.00 2.38
SDN D250-1419-60-CALN11
14.00 19.50 78.00 250.00 85.00 60.00 16 8 26.00 3.88
• 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 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
For inserts, see pages: LNAR 1106 (482) • LNHT 1106 PN-N HT (482) • LNHT 1106 PN-R HT (481) • LNKX/LNMT 1106 (481)
Spare Parts
Designation
SDN-CALN11
CA90 1419-R/L-LN11
SDN-CALN11
Full Slot Disk Type Slotting
Cutters with Cartridges
Carrying Tangentially Mounted
LN.. 1106.. Inserts
ISCAR
360
SLOTTING & SLITTING CUTTERS
DCON
DHUB
CW
OAL
DC
CDX
Designation
DC OAL CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DHUB DCON
kg
SDN D125-1925-40-CAPM15
125.00 26.00 18.90 25.60 32.50 8 4 56.00 40.00 1.30
SDN D160-1925-40-CAPM15
160.00 26.00 18.90 25.60 48.50 10 5 56.00 40.00 1.90
SDN D250-1925-60-CAPM15
250.00 26.00 18.90 25.60 79.00 16 8 85.00 60.00 4.81
• 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 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
For inserts, see pages: LNAT 1506-PM (490)
Spare Parts
Designation
SDN-CAPM15
CA90 1928-R/L-PM15-A CA90 1928-R/L-PM15-B* CA90 1928-R/L-PM15-C*
* Optional, should be ordered separately
SDN-CAPM15
Full Slot Adjustable Slotting
Cutters with Cartridges Carrying
LNAT 1506...-PM Inserts
DHUB
DCONMS
CDX
CW
DC
OAL
Designation
DC CW CICT(1) ZEFP CDX(2) DHUB DCONMS OAL
SDN D080-08-27-06
80.00 8.00 12 6 17.00 41.00 27.00 12.00
SDN D100-08-32-06
100.00 8.00 14 7 24.00 47.00 32.00 12.00
SDN D100-10-32-06
100.00 10.00 14 7 24.00 47.00 32.00 14.00
SDN D125-12-40-10
125.00 12.00 12 6 33.00 55.00 40.00 16.00
SDN D160-12-40-10
160.00 12.00 14 7 50.00 55.00 40.00 16.00
SDN D160-16-40-10
160.00 16.00 14 7 50.00 55.00 40.00 20.00
SDN D160-16-40-12
160.00 16.00 12 6 50.00 55.00 40.00 20.00
SDN D200-18-50-12
200.00 18.00 14 7 50.00 69.00 50.00 24.00
SDN D200-20-50-12
200.00 20.00 14 7 63.00 69.00 50.00 26.00
• For user guide, see pages 377-383
(1) Number of inserts
(2) Cutting depth maximum
For inserts, see pages: QDCT-PDN (497) • QDMT 1205..PDTN-M (498) • QOMT-HQ (494) • QPMT 100408PDTN (495) • XOMT-HQ (494)
• XPMT-HQ (496)
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 D200-18-50-12
SR 34-510 PN 3-4 BLD T15/M7 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
361
SLOTTING & SLITTING CUTTERS
CW
CDX
DC
OAL
DHUB
DCONMS
Designation
CWN(1) CWX(2) CDX(3) CICT(4) ZEFP DC DHUB DCONMS OAL
kg
SDN D125-1925-40-CALN15
18.90 25.60 32.50 8 4 125.00 56.00 40.00 26.00 0.39
SDN D160-1925-40-CALN15
18.90 25.60 48.50 10 5 160.00 56.00 40.00 26.00 0.00
SDN D200-1925-50-CALN15
18.90 25.60 61.50 14 7 200.00 70.00 50.00 26.00 3.03
SDN D250-1925-60-CALN15
18.90 25.60 79.00 16 8 250.00 85.00 60.00 26.00 4.80
• 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 363
(1) Minimum cutting width • The cutter will be set to the minimum width range, unless a specific width is requested by the user
(2) Maximum cutting width
(3) Cutting depth maximum
(4) Number of inserts
For inserts, see pages: LNKX 1506PN-N PL (486) • LNKX/LNMT 1506PNTN/PN-N MM (486) • LNMT/LNHT 1506...-N HT (488) • LNMW 1506 PNTN (486)
SDN-CALN
Spare Parts
Designation
SDN-CALN15
CA90 1928-R/L-LN15
SDN-CALN15
Full Slot Disk Type Slotting
Cutters with Cartridges
Carrying Tangentially Mounted
LN.. 1506.. Inserts
DCONMS
DHUB
OAL
LU_2
LU
APMX
CDX
DC
Designation
DC APMX CICT(1) CDX(2) DHUB DCONMS LU_2 LU OAL Arbor(3)
FST D100-12-27-R10
100.00 9.00 11 25.00 55.00 27.00 17.5 12.00 40.00 B SR 14-544/S T-15/51
FST D125-12-32-R10
125.00 9.00 13 34.00 65.00 32.00 20.0 12.00 45.00 B SR 14-544/S T-15/51
(1) Number of inserts
(2) Cutting depth maximum
(3) For adaptation options, see page 548
For inserts, see pages: ADKR 1505PDR/L-HM (456) • ADKT 1505..R/L-HM (459) • ADKT 1505PDR/L-HM (458) • ADKT 1505PDTR/L-RM (458)
• QDCT-PDN (497) • QDMT 1205..PDTN-M (498) • QPMT 100408PDTN (495) • XPMT-HQ (496)
FST
Top-Side Cutting, Flanged
Type Slotting Cutters
ISCAR
362
SLOTTING & SLITTING CUTTERS
DCON
DHUB
OAL
APMX
DC
LU
CDX
Designation
APMX DC CICT(1) CDX(2) DHUB DCONMS LU OAL
SSB D100-12-32-R/L10
9.00 100.00 9 26.00 47.00 32.00 12.00 16.00 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 16.00 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 20.00 SR 14-544/S T-15/51
(1) Number of inserts
(2) Cutting depth maximum
For inserts, see pages: QDCT-PDN (497) • QDMT 1205..PDTN-M (498) • QPMT 100408PDTN (495) • SPCT/SPMR PDR (496) • SPMT-HQ (495)
• XPMT-HQ (496)
SSB
Single-Side Cutting, Disk
Type Slotting Cutters
OAL
DC
CDX
DHUB
DCONMS
LU
APMX
Designation
DC APMX NOF(1) CDX(2) DHUB DCONMS LU OAL
kg
S890 SSB D125-20-40-R/L13
125.00 9.00 14 33.00 56.00 40.00 20.00 24.00 1.20 SR 11800745 BLD IP15/S7 SW6-T-SH
(1) Number of flutes
(2) Cutting depth maximum
For inserts, see pages: S890 SNMU 1305PN... (504)
S890 SSB-13
Half Side / Face Disk Milling
Cutters Carrying HELIDO
S890 SNMU 1305 Inserts
OAL
DCONMS
DHUB
CDX
LU
APMX
DC
Designation
DC CICT(1) CDX(2) APMX DHUB DCONMS LU OAL
kg
SSB D080-22-27-LN15-R/L
80.00 10 18.00 14.00 42.00 27.00 22.00 24.00 0.56 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 26.00 0.95 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 26.00 1.51 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 26.00 2.64 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 28.00 4.66 SR 34-535 BLD T15/M7 SW6-T-SH
• Note: Left-hand cutters are designated by a yellow groove
(1) Number of inserts
(2) Cutting depth maximum
For inserts, see pages: LNAT 1506-W (489) • LNAT 1506..PN-N MM (489) • LNAW-15 (CBN) (485) • LNHW 1506 PNTN (ceramic) (488)
• LNKX 1506 1.5X45 PN-N (487) • LNKX 1506PN-N PL (486) • LNKX/LNMT 1506PNTN/PN-N MM (486) • LNMT/LNHT 1506...-N HT (488)
• LNMT/LNHT 1506PN-R HT (487) • LNMW 1506 PNTN (486)
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.
14 7
a°
90º lead angle cutter
For DC=80 lead angle cutter a=6º
For DC≥100 lead angle cutter a=4.5º
SSB-LN15-R/L
Single-Side Cutting, Disk
Type Slotting Cutters
363
SLOTTING & SLITTING CUTTERS
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..
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 Locking Screw
Insert Locking Screw
LNET 12... Insert
Nut
Right-Hand Cartridge
(1)
CA-R/L-LNET 12
Adjustable Cartridge for FDN/
SDN-CALN 12 Full Slot
Adjustable Slotting Cutters
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
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 NUT M5-4.5
CA90-R/L-LN11/15
Adjustable Cartridge for SDN
and FDN-CALN11/CALN15
ISCAR
364
SLOTTING & SLITTING 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
a°
CDX
DCONMS
DC
DHUB THUB
CW
A type KR type K type
WB
Drive Flange
R (CSI)
for K type
Drive Shank
SW/S (SS)
for K+KR types
BD
BD
Designation
DC CICT(2) CWN(3) CWX(4) WB BD DCONMS CDX(5) RPMX(6) a°(7) MIID(8)
TGSF 50-3-8K
50.00 4 3.00 3.05 2.50 - 8.00 10.00 6300 90 TAG N3C ETG 3-4-SH*
TGSF 50-1.6-8KR
50.00 5 1.60 1.65 1.30 28.00 8.00 10.00 1600 90 TAG N1.6C ETG 2-SH-T*
TGSF 50-2-8KR
50.00 5 2.00 2.05 1.65 28.00 8.00 10.00 1600 90 TAG N2C ETG 2-SH-T*
TGSF 63-3-10K
63.00 5 3.00 3.05 2.50 - 10.00 14.50 5000 90 TAG N3C ETG 3-4-SH*
TGSF 63-4-10K
63.00 5 4.00 4.05 3.30 - 10.00 14.50 5000 90 TAG N4C ETG 3-4-SH*
TGSF 63-1.6-10KR
63.00 6 1.60 1.65 1.30 32.00 10.00 15.00 1200 90 TAG N1.6C ETG 1.4/1.6*
TGSF 63-2-10KR
63.00 6 2.00 2.05 1.65 32.00 10.00 14.50 1260 90 TAG N2C ETG 2*
TGSF 76-1.6-22A
76.00 8 1.60 1.65 1.30 39.00 22.00 18.00 1050 90 TAG N1.6C ETG 1.4/1.6*
TGSF 80-3-22K
80.00 7 3.00 3.05 2.50 - 22.00 19.00 3900 90 TAG N3C ETG 3-4-SH*
TGSF 80-4-22K
80.00 7 4.00 4.05 3.30 - 22.00 19.00 3900 90 TAG N4C ETG 3-4-SH*
TGSF 80-2-22KR
80.00 8 2.00 2.05 1.65 40.00 22.00 19.00 1000 90 TAG N2C ETG 2*
TGSF 100-3-22K (1)
100.00 8 3.00 3.05 2.50 - 22.00 29.00 4770 90 TAG N3C ETG 3-4-SH*
TGSF 100-4-22K (1)
100.00 8 4.00 4.05 3.30 - 22.00 29.00 4770 90 TAG N4C ETG 3-4-SH*
TGSF 100-1.6-22A
100.00 10 1.60 1.65 1.30 39.00 22.00 30.00 800 90 TAG N1.6C ETG 1.4/1.6*
TGSF 100-2-22KR
100.00 11 2.00 2.05 1.65 40.00 22.00 29.00 800 90 TAG N2C ETG 2*
TGSF 125-3-32K
125.00 10 3.00 3.05 2.50 - 32.00 34.00 3820 90 TAG N3C ETG 3-4-SH*
TGSF 125-4-32K
125.00 10 4.00 4.05 3.30 - 32.00 34.00 3820 90 TAG N4C ETG 3-4-SH*
TGSF 125-1.6-27A
125.00 12 1.60 1.65 1.30 64.00 27.00 30.00 640 90 TAG N1.6C ETG 1.4/1.6*
TGSF 125-2-32KR
125.00 13 2.00 2.05 1.65 55.00 32.00 34.00 640 90 TAG N2C ETG 2*
TGSF 160-3-32K
160.00 12 3.00 3.05 2.50 - 32.00 52.00 2980 90 TAG N3C ETG 3-4-SH*
TGSF 160-4-40K
160.00 12 4.00 4.05 3.30 - 40.00 39.00 2980 90 TAG N4C ETG 3-4-SH*
• ETG extractor should be ordered separately • For drive flange set dimensions, refer to Drive Flange R
(1) CDX=26 and BD=46 when used with drive flange
(2) Number of inserts
(3) Minimum cutting width
(4) Maximum cutting width
(5) Cutting depth maximum
(6) Maximum RPM
(7) Angle between the key slots
(8) Master insert identification
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (367) • TAG N-C/W/M (366) • TAG N-J/JS/JT (367)
For holders, see pages: BT-SEMC (647) • C#-SEMC (623) • DIN2080-SEMC (655) • DIN69871-SEMC (578) • HSK A-SEMC (605) • SW/S (371)
Insert
Insertion
Insert
Extraction
TGSF
Slitting Cutters Carrying
TANG-GRIP Inserts
365
SLOTTING & SLITTING CUTTERS
DHUB
WB
CW
DCONMS
DC
CDX
Screw
Bar Max
Designation
CW DC CICT(1) WB DHUB DCONMS CDX RPMX(2) MIID(3)
TGSF 63-3-10K-JHP
3.00 63.00 6 2.50 32.00 10.00 14.00 5000 TAG N3C ETG 3-4-SH*
TGSF 80-3-22K-JHP
3.00 80.00 6 2.50 40.00 22.00 19.00 3900 TAG N3C ETG 3-4-SH*
TGSF 100-3-22K-JHP
3.00 100.00 6 2.50 40.00 22.00 29.00 3820 TAG N3C ETG 3-4-SH*
TGSF 125-3-32K-JHP
3.00 125.00 8 2.50 55.00 32.00 34.00 3820 TAG N3C ETG 3-4-SH*
TGSF 63-4-10K-JHP
4.00 63.00 6 3.30 32.00 10.00 14.00 5000 TAG N4C ETG 3-4-SH*
TGSF 80-4-22K-JHP
4.00 80.00 6 3.30 40.00 22.00 19.00 3900 TAG N4C ETG 3-4-SH*
TGSF 100-4-22K-JHP
4.00 100.00 6 3.30 40.00 22.00 29.00 3820 TAG N4C ETG 3-4-SH*
TGSF 125-4-32K-JHP
4.00 125.00 8 3.30 55.00 32.00 34.00 3820 TAG N4C ETG 3-4-SH*
• ETG extractor should be ordered separately
(1) Number of inserts
(2) Maximum RPM
(3) Master insert identification
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (367) • TAG N-C/W/M (366) • TAG N-J/JS/JT (367)
For holders, see pages: SW/S-JHP (365)
TGSF-JHP
Slitting Cutters with
Coolant Channels Carrying
TANG-GRIP Inserts
DCONMS BD
DCONWS
DCONWS DCONMS DBC
DBC
LB
LF
SW--JHP Type S--JHP Type
LF
BD
Screw
Pin
Bar Max
Designation
DCONMS BD DBC DCONWS LB LF
kg
SW 25-32-JHP
25.00 32.00 25.40 10.00 25.00 110.00 0.43 SR 76-961 T-15/5
SW 32-40-JHP
32.00 40.00 32.50 22.00 30.00 120.00 0.77 SR 76-963 T-15/5
S 32-55-JHP
32.00 55.00 45.00 32.00 - 60.00 0.83 SR 76-943 SR M16X40-JHP T-20/5
For tools, see pages: TGSF-JHP (365)
SW/S-JHP
Drive Shanks with Coolant
Channels for TANG-GRIP
Slitting Cutters
LF
DC
CDX
CW
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert TQ_3(3)
TGSF 50-2-M12 5Z-JHP
50.00 2.00 13.00 5 21.00 M12 10.80 24.00 17.0 TAG 2 33 ETG 2*
TGSF 50-3-M12 5Z-JHP
50.00 3.00 13.00 5 21.00 M12 10.70 24.70 17.0 TAG 3 33 ETG 3-4-SH*
• For best performance use internal coolant with "CH" type shanks • When mounting items with FLEXFIT threaded adaptation to their holders, the mating surfaces and
threaded areas must be thoroughly cleaned. Apply appropriate tightening torque to eliminate a gap between the mating faces. Estimated torque values are specified in the
TQ_3 parameter
(1) Number of inserts
(2) Torque key size
(3) Tool tightening torque Nxm (lbfxin)
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (367) • TAG N-C/W/M (366) • TAG N-J/JS/JT (367)
For holders, see pages: BT-ODP (FLEXFIT) (314) • C#-ODP (FLEXFIT) (314) • CAB M-M (FLEXFIT) (312) • DIN69871-ODP (315) • ER-ODP (315)
• HSK A-ODP (FLEXFIT) (316) • S M (312) • S M-C-H (312) • S M-CF (313)
TGSF-M-JHP
Grooving and Slitting Small
Diameter Cutters with FLEXFIT
Threaded Adaptation
ISCAR
366
SLOTTING & SLITTING CUTTERS
LF CW
DC
CDX
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert
TGSF 50-2-MMT12-5Z-JHP
50.00 2.00 14.00 5 19.00 T12 10.70 24.00 16.0 TAG 2 ETG 2*
TGSF 50-3-MMT12-5Z-JHP
50.00 3.00 14.00 5 19.00 T12 11.50 24.70 16.0 TAG 3 ETG 3-4-SH*
• For best performance use internal coolant with "CH" type shanks
(1) Number of inserts
(2) Torque key size
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (367) • TAG N-C/W/M (366) • TAG N-J/JS/JT (367)
For holders, see pages: MM CAB-T-T (91) • MM S-A (stepped shanks) (84) • MM S-A (straight shanks) (87) • MM S-A-C# (86) • MM S-A-HSK (609)
• MM S-A-SK (90)
• MM S-B (85° conical shanks) (87) • MM S-D (89° conical shanks) (88) • MM S-ER (89) • MM S-ER-H (89) • MM TS-A (86)
TGSF-MM-JHP
Grooving and Slitting Small
Diameter Cutters with
MULTI-MASTER
Threaded Adaptation
CW
7º
CW RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW CWTOL(3) RE
IC830
IC928
IC1030
IC5400
IC1010
IC808
IC908
IC30N
IC20
IC807
f groove
(mm/rev)
TAG N1.4C
1.40 0.04 0.16
•
0.04-0.10
TAG N1.6C
1.60 0.04 0.16
• •
0.04-0.14
TAG N2C
2.00 0.04 0.20
• •••• ••
0.05-0.16
TAG N2.4C
2.40 0.04 0.16
• •
0.06-0.18
TAG N3CB (1)
3.00 0.04 0.35
• •
0.12-0.30
TAG N3C
3.05 0.04 0.20
••••••••••
0.10-0.25
TAG N3M (2)
3.05 0.04 0.20
• •
0.06-0.18
TAG N3W
3.05 0.04 0.20
• •
0.10-0.25
TAG N4C
4.00 0.04 0.24
••••••• ••
0.10-0.30
TAG N4CB (1)
4.00 0.04 0.40
• •
0.10-0.33
TAG N4M (2)
4.00 0.04 0.24
• •
0.06-0.20
TAG N4W
4.00 0.04 0.24
• •
0.10-0.30
• Feed values for grade IC20 should be decreased by 50% • For cutting speed recommendations and user guide, see pages 542-547
(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
(3) Cutting width tolerance (+/-)
For tools, see pages: • TGSF (364) • TGSF-JHP (365) • TGSF-M-JHP (365) • TGSF-MM-JHP (366)
TAG N-C/W/M
Single-Ended Inserts for Parting,
Grooving and Slitting Bars, Hard
Materials and Tough Applications
367
SLOTTING & SLITTING CUTTERS
CW
JT J
7º
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW RE CWTOL(2) RETOL(3)
IC830
IC928
IC1030
IC5400
IC1010
IC808
IC908
IC20
IC807
f groove
(mm/rev)
TAG N1.4J
1.40 0.16 0.04 0.030
• • •
0.03-0.10
TAG N1.6J
1.60 0.16 0.04 0.030
• •
0.03-0.12
TAG N2JS (1)
2.00 0.02 0.04 0.020
• •
0.03-0.08
TAG N2J
2.00 0.20 0.04 0.040
• • • • • •
0.04-0.12
TAG N2JT
2.00 0.20 0.04 0.040
• • • • •
0.04-0.14
TAG N3JS (1)
3.05 0.02 0.04 0.020
• •
0.04-0.10
TAG N3J
3.05 0.20 0.04 0.030
•••••••••
0.04-0.16
TAG N3JT
3.05 0.20 0.04 0.030
• • • •
0.05-0.18
TAG N3.2JT
3.25 0.20 0.04 0.030
• •
0.05-0.18
TAG N4J
4.00 0.24 0.04 0.030
••••••• •
0.04-0.18
TAG N4JT
4.05 0.24 0.04 0.030
• • • •
0.06-0.20
• 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 542-547
(1) Sharp corners cannot be used on TGSF slitting cutters
(2) Cutting width tolerance (+/-)
(3) Corner radius tolerance (+/-)
For tools, see pages: TGSF (364) • TGSF-JHP (365) • TGSF-M-JHP (365) • TGSF-MM-JHP (366)
TAG N-J/JS/JT
Single-Ended Inserts for
Parting, Grooving and
Slitting Soft Materials
10°
7°
CW RE
Dimensions Recommended
Machining Data
Designation
CW RE CWTOL(1) RETOL(2)
IC20
f groove
(mm/rev)
TAG N2A
2.00 0.20 0.04 0.040
•
0.02-0.10
TAG N3A
3.00 0.20 0.04 0.040
•
0.03-0.14
TAG N4A
4.00 0.24 0.04 0.030
•
0.03-0.16
• For cutting speed recommendations and user guide, see pages 542-547
(1) Cutting width tolerance (+/-)
(2) Corner radius tolerance (+/-)
For tools, see pages: • TGSF (364) • TGSF-JHP (365) • TGSF-M-JHP (365) • TGSF-MM-JHP (366) • TGSF (364)
TAG N-A
Single-Ended Inserts for Parting,
Grooving and Slitting Aluminum
ISCAR
368
SLOTTING & SLITTING CUTTERS
DC
CDX
DCONMS
SGST...-06-.Z
DHUB
THUB
CW
WB
WB
Designation
DC CW CICT(1) WB DCONMS CDX RPMX(2) DHUB THUB Insert MIID(3)
SGST 32-8-0.6-4Z
32.00 0.60 4 0.50 8.00 6.00 2490 19.00 1.06 GFT 0.6 ESG-SLM*
SGST 32-8-0.8-4Z
32.00 0.80 4 0.69 8.00 8.00 2490 - - GFT 0.8J-0.1 GFT 0.8J-0.1 ESG-SLM*
SGST 32-8-1.0-4Z
32.00 1.00 4 0.90 8.00 8.00 2490 - - GFT 1.0J-0.1 GFT 1.0J-0.1 ESG-SLM*
SGST 32-8-1.2-4Z
32.00 1.20 4 1.06 8.00 8.00 2490 - - GFT 1.2J-0.14 GFT 1.2J-0.14 ESG-SLM*
SGST 40-10-0.6-6Z
40.00 0.60 6 0.50 10.00 6.00 1990 27.00 1.06 GFT 0.6 ESG-SLM*
SGST 40-10-0.8-6Z
40.00 0.80 6 0.69 10.00 12.00 1990 - - GFT 0.8J-0.1 GFT 0.8J-0.1 ESG-SLM*
SGST 40-10-1.0-6Z
40.00 1.00 6 0.90 10.00 12.00 1990 - - GFT 1.0J-0.1 GFT 1.0J-0.1 ESG-SLM*
SGST 40-10-1.2-6Z
40.00 1.20 6 1.06 10.00 12.00 1990 - - GFT 1.2J-0.14 GFT 1.2J-0.14 ESG-SLM*
SGST 50-13-0.6-9Z
50.00 0.60 9 0.50 13.00 6.00 1590 37.00 1.06 GFT 0.6 ESG-SLM*
SGST 50-13-0.8-9Z
50.00 0.80 9 0.69 13.00 12.50 1590 - - GFT 0.8J-0.1 GFT 0.8J-0.1 ESG-SLM*
SGST 50-13-1.0-9Z
50.00 1.00 9 0.90 13.00 12.50 1590 - - GFT 1.0J-0.1 GFT 1.0J-0.1 ESG-SLM*
SGST 50-13-1.2-9Z
50.00 1.20 9 1.06 13.00 12.50 1590 - - GFT 1.2J-0.14 GFT 1.2J-0.14 ESG-SLM*
SGST 63-16-1.0-12Z
63.00 1.00 12 0.90 16.00 19.00 1260 - - GFT 1.0J-0.1 GFT 1.0J-0.1 ESG-SLM*
SGST 63-16-1.2-12Z
63.00 1.20 12 1.06 16.00 19.00 1260 - - GFT 1.2J-0.14 GFT 1.2J-0.14 ESG-SLM*
(1) Number of inserts
(2) Maximum RPM
(3) Master insert identification
* Optional, should be ordered separately
For inserts, see pages: GFT-J (369)
For holders, see pages: SW-C-D-JHP (368)
SGST Disk Cutter
Washer
Clamping Screw SW-C-D-JHP Shank
SGST
Thin Slitting Cutters Carrying
SLIMGRIP Inserts
DRVS
DCONMS
OAL
LB
BD
L
8
Bar Max
Designation
DCONMS BD LB OAL L8 DRVS(1)
SW 16C-D32-JHP
16.00 15.00 25.00 104.00 4.00 13.0 SCREW CLAMP-D32-JHP MM KEY 13X8* WASHER 8X14.5-D32
SW 20C-D40-JHP
20.00 16.00 25.00 104.00 4.00 13.0 SCREW CLAMP-D40-JHP MM KEY 13X8* WASHER 10X15-D40
SW 25C-D50-JHP
25.00 25.00 - 115.00 5.00 20.0 SCREW CLAMP-D50-JHP WASHER 13X24-D50
SW 25C-D63-JHP
25.00 25.00 - 115.00 5.00 20.0 SCREW CLAMP-D63-JHP MM KEY 20* WASHER 16X24-D63
(1) Clamping wrench size
* Optional, should be ordered separately
For tools, see pages: SGST (368)
SW-C-D-JHP
Shanks for SGST Slim Slot
Milling Disk Cutters
369
SLOTTING & SLITTING CUTTERS
CW
RE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
CW RE
IC1028
IC1008
f groove
(mm/rev)
GFT 0.6J-0.1
0.60 0.10
• •
0.03-0.05
GFT 0.8J-0.1
0.80 0.10
• •
0.03-0.07
GFT 1.0J-0.1
1.00 0.10
• •
0.03-0.09
GFT 1.2J-0.14
1.20 0.14
• •
0.03-0.10
GFT 1.6J-0.16
1.60 0.16
• •
0.03-0.12
For tools, see pages: • SGST (368)
GFT-J
Thin Parting, Grooving
and Slitting Single-Ended
Inserts for Soft Materials
OAL
DCONMS
DC
CW
THUB
OHX
CDX
LH
Designation
CWN(2) CWX(3) DC DCONMS CDX(4) NOF(5) THUB LH(6) OHX(7) OAL MIID(8)
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 1.6 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 2 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 1.6 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 2 ESG 1.4-2
• For user guide, see pages 377-383
(1) Standard GSFN 2.4 mm inserts are not suitable for this tool; for suitable tool, see specific pocket size.
(2) Minimum cutting width
(3) Maximum cutting width
(4) Cutting depth maximum
(5) Number of flutes
(6) Minimum overhang range
(7) Maximum overhang range
(8) Master insert identification
For inserts, see pages: GSFN (373) • GSFU (373)
SGSF-W
Grooving and Slitting Cutters
with Integral Weldon Shanks
ISCAR
370
SLOTTING & SLITTING CUTTERS
DCONMS
DC
a°
CDX
DHUB THUB
CW
A type KR type K type
WB
Drive Flange
R (CSI)
for K type
Drive Shank
SW/S (SS)
for K+KR types
BD
BD
Designation
DC CWN(4) CWX(5) CDX(6) CICT(7) WB THUB DHUB DCONMS RPMX(8) a° MIID(9)
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 GSFU 1.4 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 GSFU 1.4 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 GSFU 1.4 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 - GSFN 1.6 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 - GSFN 1.6 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 GSFN 1.6 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 GSFN 1.6 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 GSFN 1.6 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 - GSFN 2 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 - GSFN 2 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 GSFN 2 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 - GSFN 2 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 GSFN 2 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 - GSFN 2 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 GSFN 2 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 - GSFN 2 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 GSFN 2.4 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 GSFN 2.4 ESG 11
SGSF 125-2.4-32K
125.00 2.38 2.42 34.00 8 1.90 2.4 55.00 32.00 640 - GSFN 2.4 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 GSFN 2.4 ESG 11
SGSF 50-3-8K
50.00 2.70 3.53 10.00 4 2.40 2.4 28.00 8.00 1600 - GSFN 3 ESG 11
SGSF 63-3-10K
63.00 2.70 3.53 15.00 5 2.40 2.4 32.00 10.00 1260 - GSFN 3 ESG 11
SGSF 80-3-22K (2)
80.00 2.70 3.53 19.00 6 2.40 2.4 40.00 22.00 1000 - GSFN 3 ESG 11
SGSF 100-3-22K (3)
100.00 2.70 3.53 29.00 6 2.40 2.4 40.00 22.00 800 90 GSFN 3 ESG 11
SGSF 125-3-27K
125.00 2.70 3.53 34.00 8 2.40 2.4 0.00 27.00 640 - GSFN 3 ESG 11
SGSF 125-3-32K
125.00 2.70 3.53 34.00 8 2.40 2.4 55.00 32.00 640 - GSFN 3 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 GSFN 3 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 GSFN 3 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 GSFN 3 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 GSFN 3 ESG 11
SGSF 50-4-8K
50.00 3.54 4.52 10.00 4 3.20 3.2 28.00 8.00 1600 - GSFN 4 ESG 11
SGSF 63-4-10K
63.00 3.54 4.52 15.00 5 3.20 3.2 32.00 10.00 1260 - GSFN 4 ESG 11
SGSF 80-4-22K (2)
80.00 3.54 4.52 19.00 6 3.20 3.2 40.00 22.00 1000 - GSFN 4 ESG 11
SGSF 100-4-22K (3)
100.00 3.54 4.52 26.00 6 3.20 3.2 40.00 22.00 800 90 GSFN 4 ESG 11
SGSF 125-4-32K
125.00 3.54 4.52 34.00 8 3.20 3.2 55.00 32.00 640 - GSFN 4 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 GSFN 4 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 GSFN 4 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 GSFN 4 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 GSFN 4 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 GSFN 4 ESG 11
SGSF 80-5-22K (2)
80.00 4.53 5.50 19.00 6 4.00 4.0 40.00 22.00 1000 90 GSFN 5 ESG 11
SGSF 100-5-22K (3)
100.00 4.53 5.50 29.00 6 4.00 5.0 40.00 22.00 800 90 GSFN 5 ESG 11
SGSF 125-5-32K
125.00 4.53 5.50 34.00 8 4.00 4.0 55.00 32.00 640 - GSFN 5 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 GSFN 5 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 GSFN 5 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 GSFN 5 ESG 11
SGSF 125-6-32K
125.00 5.51 6.50 34.00 8 5.20 5.2 55.00 32.00 640 - GSFN 6C 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 GSFN 6C 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 GSFN 6C 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 GSFN 6C 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 GSFN 6C SET ESG 1
SGSF 350-6-50K
350.00 5.51 6.50 119.00 26 5.20 5.2 110.00 50.00 230 90 GSFN 6 ESG 1
• Only the K 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 377-383
(1) Standard GSFN 2.4 inserts are not suitable for this tool; for suitable tool, see specific pocket size.
(2) CDX=16, DHUB=46 when used with drive flange
(3) CDX=26, DHUB=46 when used with drive flange
(4) Minimum cutting width
(5) Maximum cutting width
(6) Cutting depth maximum
(7) Number of inserts
(8) Maximum RPM
(9) Master insert identification
For inserts, see pages: GSFN (373) • GSFU (373)
For holders, see pages: BT-SEMC (647) • C#-SEMC (623) • DIN2080-SEMC (655) • DIN69871-SEMC (578) • HSK A-SEMC (605) • SW/S (371)
SGSF
Slitting Cutters Carrying
Self-Clamped Inserts
371
SLOTTING & SLITTING CUTTERS
Screw
SW-Type S-Type
3 Typ.
SW20
DCONWS
DCONWS
DCONMS DCONMS
DBC DBC
BD BD
LPR LF
LF
Designation
DCONMS BD DBC DCONWS LPR LF
kg
SW 20
20.00 20.00 14.40 8.00 - 100.00 0.24
SW 25-23
25.00 23.00 13.60 6.00 25.0 110.00 0.00
SW 25-28
25.00 28.00 18.00 8.00 25.0 110.00 0.43
SW 25-32
25.00 32.00 22.00 10.00 25.0 110.00 0.51
SW 32-40
32.00 40.00 32.00 22.00 30.0 120.00 0.60
S 32-55
32.00 55.00 45.00 32.00 - 60.00 0.84
S 40-80
40.00 80.00 63.00 40.00 - 60.00 1.78
For tools, see pages: GM-DG (374) • SGSA (372) • SGSF (370) • TGSF (364)
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 T-15/5
SW 32-40
SR 76-963 T-15/5
S 32-55
SR 76-943 BLD T20/M7 SW6-T
S 40-80
SR 76-944 HW 6.0
SW/S
Drive Shanks for SELF-GRIP
Slitting Cutters
D
4
DBC
LB
BD
DCONMS
Designation
DCONMS BD DBC D4 LB
R 22-46
22.00 46.00 32.00 5.00 10.00
R 32-55
32.00 55.00 45.00 6.00 10.00
R 40-80
40.00 80.00 63.00 11.00 12.00
R 50-110
50.00 110.00 80.00 14.00 14.00
R (drive flange set)
Drive Flange Set for
Slitting Cutters
LF
CW
DC
CDX
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert TQ_3(3)
SGSF 32-2-M08-3Z-JHP
32.00 2.00 7.80 3 13.00 M08 12.00 29.50 9.6 GSFN 2/GSFU 2.2 20 ESG 1.4-2*
SGSA 32-3-M08-4Z-JHP
32.00 3.00 7.80 4 13.00 M08 12.87 30.37 9.6 GSAN 3... 20 ESG 1.4-2*
SGSF 40-2-M10-4Z-JHP
40.00 2.00 11.80 4 18.00 M10 12.00 29.50 15.0 GSFN 2/GSFU 2.2 29 ESG 1.4-2*
SGSA 40-3-M10-6Z-JHP
40.00 3.00 11.80 6 18.00 M10 12.10 32.10 15.0 GSAN 3... 29 ESG 1.4-2*
• For best performance use internal coolant with "CH" type shanks • When mounting items with FLEXFIT threaded adaptation to their holders, the mating surfaces and
threaded areas must be thoroughly cleaned. Apply appropriate tightening torque to eliminate a gap between the mating faces. Estimated torque values are specified in the
TQ_3 parameter
(1) Number of inserts
(2) Torque key size
(3) Tool tightening torque Nxm (lbfxin)
* Optional, should be ordered separately
For inserts, see pages: GSAN (372) • GSFN (373) • GSFU (373)
For holders, see pages: BT-ODP (FLEXFIT) (314) • C#-ODP (FLEXFIT) (314) • CAB M-M (FLEXFIT) (312) • DIN69871-ODP (315) • ER-ODP (315)
• HSK A-ODP (FLEXFIT) (316) • S M (312) • S M-C-H (312)
SGSF/A-M-JHP
Grooving and Slitting Small
Diameter Cutters with FLEXFIT
Threaded Adaptation
ISCAR
372
SLOTTING & SLITTING CUTTERS
LF
DC
CDX
CW
DRVS
DCONMS
THSZMS
OAL
Bar Max
Designation
DC CW CDX CICT(1) DCONMS THSZMS LF OAL DRVS(2) Insert
SGSF 32-2-MMT08-3Z-JHP
32.00 2.00 9.00 3 11.70 T08 10.60 18.10 10.0 GSFN 2... ESG 1.4-2*
SGSA 32-3-MMT08-4Z-JHP
32.00 3.00 9.00 4 11.70 T08 11.60 19.20 10.0 GSAN 3... ESG 1.4-2*
SGSF 40-2-MMT10-4Z-JHP
40.00 2.00 11.30 4 15.30 T10 10.60 21.90 13.0 GSFN 2... ESG 1.4-2*
SGSA 40-3-MMT10-6Z-JHP
40.00 3.00 11.30 6 15.30 T10 11.40 22.70 13.0 GSAN 3... ESG 1.4-2*
• For best performance use internal coolant with "CH" type shanks
(1) Number of inserts
(2) Torque key size
* Optional, should be ordered separately
For inserts, see pages: GSAN (372) • GSFN (373) • GSFU (373)
For holders, see pages: MM CAB (667) • MM CAB-T-T (91) • MM GRT (shanks) (86) • MM S-A (stepped shanks) (84) • MM S-A (straight shanks) (87)
• MM S-A-C# (86)
• MM S-A-HSK (609) • MM S-A-N (85) • MM S-A-SK (90) • MM S-B (85° conical shanks) (87) • MM S-D (89° conical shanks) (88)
• MM S-ER (89) • MM S-ER-H (89)
• MM TS-A (86)
SGSF/A-MM-JHP
Grooving and Slitting Small
Diameter Cutters with
MULTI-MASTER
Threaded Adaptation
DC
Screw
Shank Drive
Flange Drive R
DCONMS
OAL DC
CDX
THUB
CW
DHUB
D4
LB
DBS
THUB
CW
Designation
CWN(1) CWX(2) DC CICT(3) DHUB DCONMS OAL THUB CDX(4) RPMX(5) MIID(6)
SGSA 32-3
2.70 3.53 32.00 4 18.20 8.00 4.0 2.40 5.50 2400 GSAN 3 ESG 1.4-2
SGSA 40-3-6K
2.70 3.53 40.00 5 21.00 6.00 3.2 2.40 8.00 2000 GSAN 3 ESG 1.4-2
SGSA 50-3-8K
2.70 3.53 50.00 7 27.00 8.00 3.2 2.40 10.50 1600 GSAN 3 ESG 1.4-2
SGSA 80-3-22K-10Z-FP
2.70 3.53 80.00 10 - 22.00 2.4 2.40 16.00 995 GSAN 3 ESG 1.4-2
SGSA 100-3-22K-12Z-FP
2.70 3.53 100.00 12 - 22.00 2.4 2.40 20.00 795 GSAN 3 ESG 1.4-2
SGSA 125-3-32K-16Z-FP
2.70 3.53 125.00 16 - 32.00 2.4 2.40 25.00 635 GSAN 3 ESG 1.4-2
SGSA 32-4
3.54 4.52 32.00 4 18.20 8.00 4.0 3.20 5.50 2400 GSAN 4 ESG 1.4-2
SGSA 40-4-6K
3.54 4.52 40.00 5 21.00 6.00 3.2 3.20 8.00 2000 GSAN 4 ESG 1.4-2
SGSA 50-4-8K
3.54 4.52 50.00 7 - 8.00 3.2 3.20 10.50 1600 GSAN 4 ESG 1.4-2
SGSA 80-4-22K-10Z-FP
3.54 4.52 80.00 10 - 22.00 3.2 3.20 16.00 995 GSAN 4 ESG 1.4-2
SGSA 100-4-22K-12Z-FP
3.54 4.52 100.00 12 - 22.00 3.2 3.20 20.00 795 GSAN 4 ESG 1.4-2
• For LB,DBS,D4 refer to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 377-383
(1) Minimum cutting width
(2) Maximum cutting width
(3) Number of inserts
(4) Cutting depth maximum
(5) Maximum RPM
(6) Master insert identification
For inserts, see pages: GSAN (372)
For holders, see pages: SW/S (371)
SGSA
Slitting Cutters Carrying GSAN
Self-Clamped Inserts
7°
12°
CW
RE
Dimensions Tough
1
Hard
Designation
CW RE
IC328
IC908
GSAN 3
3.00 0.20
• •
GSAN 4
4.00 0.24
•
For tools, see pages: SGSA (372) • SGSF/A-M-JHP (371) • SGSF/A-MM-JHP (372)
GSAN
SELF-GRIP Slitting Inserts
373
SLOTTING & SLITTING CUTTERS
7°
CW
RE JC
Dimensions Tough
1
Hard
Designation CW RE
IC328
IC928
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
4.80 1.52
•
GSFN 5
4.98 0.26
• • • •
GSFN 5J
5.00 0.25
•
GSFN 5.2-1.5
5.22 1.50
•
GSFN 5.78
5.77 0.40
•
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 (370) • SGSF-W (369) • SGSF/A-M-JHP (371) • SGSF/A-MM-JHP (372)
GSFN
SELF-GRIP Slitting Inserts
7°
RE
CW
Dimensions Tough
1
Hard
Designation
CW RE
IC328
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 (370) • SGSF-W (369) • SGSF/A-M-JHP (371) • SGSF/A-MM-JHP (372)
GSFU
Slitting and Grooving
Full Radius Inserts
ISCAR
374
SLOTTING & SLITTING CUTTERS
RE GSHT GSHT-K
CWCW
Dimensions Tough
1
Hard
Designation
CW RE
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:
425-810 mm. GSHT-6K chamfered inserts, 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
CW
DC DHUB
THUB
Flange Drive
R (CSI)
Shank Drive
(SS)
S/SW-Shank
Screw
DCONMS
a°
CDX
GM-DG
Slitting Cutters Carrying
Self-Clamped Inserts
* Optional, should be ordered separately
Spare Parts
Designation
GM-DG
EDG 44A*
Designation
CWN
(2)
CWX
(3)
DC CICT
(4)
DCONMS THUB CDX RPMX
(5)
a° SS CSI Inserts
GM D100-3DG-22K
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(1)
2.70 3.35 125.00 8 32.00 2.40 34.00 640 - 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
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(1)
3.36 4.35 125.00 8 32.00 3.20 34.00 640 - 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
• DHUB refers to SW/S drive shanks and R drive flange set • Maximum RPM may not be exceeded • For user guide, see pages 377-383
(1) Only one key slot
(2) Minimum cutting width
(3) Maximum cutting width
(4) Number of inserts
(5) Cutting depth maximum
(6) Maximum RPM
For inserts, see pages: GIM-C (375) • GIM-J (375) • GIM-UT () • GIM-W (375)
For holders, see pages: BT-SEMC (647) • C#-SEMC (623) • DIN2080-SEMC (655) • DIN69871-SEMC (578) • HSK A-SEMC (605) • SW/S (371)
375
SLOTTING & SLITTING CUTTERS
CW BW
5
15.3 Ref.
7°
±0.1
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW RE CWTOL(1) BW
IC328
IC830
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.2J
2.20 0.17 0.05 1.70
•••••
0.06-0.13
GIM 3J
3.00 0.25 0.05 2.40
•••••
0.08-0.15
GIM 4J
4.00 0.25 0.05 3.20
•••••
0.08-0.18
• For cutting speed recommendations and user guide, see pages 542-547
(1) Cutting width tolerance (+/-)
For tools, see pages: GM-DG (374)
GIM-J
Utility Single-Sided Inserts
for Parting and Grooving
Soft Materials, Tubes
and Small Diameters
15.3 Ref.
CW BW
7°
5
RE
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW RE CWTOL(1) BW
IC328
IC830
IC354
IC908
IC20
f groove
(mm/rev)
GIM 3C
3.00 0.22 0.05 2.40
•••••
0.15-0.25
GIM 4C
4.00 0.25 0.05 3.40
•
0.15-0.25
GIM 5C
5.00 0.40 0.05 4.00
•••••
0.15-0.30
GIM 6C
6.00 0.40 0.05 4.80
• • • •
0.15-0.30
• For cutting speed recommendations and user guide, see pages 542-547
(1) Cutting width tolerance (+/-)
For tools, see pages: GM-DG (374)
GIM-C
Parting and Grooving Single-Sided
Inserts for Parting Bars, Hard
Materials and Tough Applications
CW BW
5
7°
RE
15.3 Ref.
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW RE CWTOL(1) BW
IC328
IC830
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.4
2.40 0.18 0.05 2.40
•••
0.10-0.18
GIM 3
3.00 0.22 0.05 2.40
•••••
0.10-0.18
GIM 3.2
3.20 0.22 0.05 2.40
•••••
0.10-0.20
GIM 4
4.00 0.25 0.05 3.20
•••••
0.15-0.20
• For cutting speed recommendations and user guide, see pages 542-547
(1) Cutting width tolerance (+/-)
For tools, see pages: GM-DG (374)
GIM-W
Single-Sided Inserts with
Central Ridged Chipformer and
Reinforced Edge for Parting
and Grooving Alloy Steel
ISCAR
376
SLOTTING & SLITTING CUTTERS
DC
CDX
D1
OAL
CW
PDX
DCONMS
Dimensions
Designation
Module T range(1) DC PDX CW CDX CEDC(2) DCONMS D1 OAL
IC908
SD D32-M1.00-NO1-SP15
1.00 12-13 32.00 2.20 4.40 2.50 8 15.00 8.40 7.70
•
SD D32-M1.00-NO2-SP15
1.00 14-16 32.00 2.20 4.40 2.50 8 15.00 8.40 7.70
•
SD D32-M1.25-NO3-SP15
1.25 17-20 32.00 2.20 4.40 3.00 8 15.00 8.40 7.70
•
SD D32-M1.25-NO4-SP15
1.25 21-25 32.00 2.20 4.40 3.00 8 15.00 8.40 7.70
•
SD D32-M1.50-NO5-SP15
1.50 26-34 32.00 2.20 4.40 3.50 8 15.00 8.40 7.70
•
SD D32-M1.50-NO6-SP15
1.50 35-54 32.00 2.20 4.40 3.50 8 15.00 8.40 7.70
•
SD D32-M1.75-NO7-SP15
1.75 55-134 32.00 2.70 5.40 4.25 8 15.00 8.40 7.70
•
SD D32-M1.75-NO8-SP15
1.75 >134 32.00 2.70 5.40 4.25 8 15.00 8.40 7.70
•
SD D32-M2.00-NO4-SP15
2.00 21-25 32.00 3.20 6.40 4.50 8 15.00 8.40 7.70
•
SD D32-M2.00-NO5-SP15
2.00 26-34 32.00 3.20 6.40 4.50 8 15.00 8.40 7.70
•
SD D32-M2.25-NO6-SP15
2.25 35-54 32.00 3.20 6.40 5.00 8 15.00 8.40 7.70
•
SD D32-M2.25-NO7-SP15
2.25 55-134 32.00 3.20 6.40 5.00 8 15.00 8.40 7.70
•
• Tightening torque 4 Nxm • For user guide, see pages 377-383 • For shanks, see pages 329-331
(1) Gear teeth range
(2) Number of cutting edges
SD-M-N-SP
Interchangeable Solid Carbide
Heads for Involute Gear
Profile Milling According to
DIN 3972 Basic Profile ll
INSL
CW
CDX
S
Dimensions
Designation
Module T range(1) CW CDX INSL S
IC908
LNET 18-M1.50-NO3-C-CL10
1.50 17-20 6.00 4.00 18.00 8.50
•
• Other gear profiles within module 1.0-1.75 mm range can be provided on request
(1) Gear teeth range
For tools, see pages: ETS Gear Mill (376)
LNET 18-M
Indexable Inserts for Involute
Gear Profile Milling According
to DIN 3972 Basic Profile ||
DCONMS
OAL
BD
DC
PDX
CW H5
Designation
DC PDX CW BD CICT(1) H5 DCONMS OAL MIID(2)
ETS D63-M1-1.75-W25-C
63.00 3.00 6.00 53.50 10 12.00 25.00 120.00 LNET 18
• Other cutter diameters with alternative connection options (shank or arbor-type) can be provided on request
(1) Number of inserts
(2) Master insert identification
For inserts, see pages: LNET 18-M (376)
Spare Parts
Designation
ETS Gear Mill
SR 14-500-L11.5 BLD T15/S7 SW6-T
ETS Gear Mill
Tools for Milling Gear
Profile Carrying Tangentially
Clamped Inserts
377
USER GUIDE
SLOTTING & SLITTING CUTTERS
Specially Tailored Inserts for Grooving
Possible Insert Width for Each Cutter’s Seat Size
Possible Insert Width for Each Cutter’s Seat Size
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
GIPI GSFP
Repeatability ±0.025 Repeatability ±0.025
7˚
W±0.02
R
M
W
5
7˚
W
±0.02
R
M
W
5
Designation for Specially Tailored Inserts
GSFP
-
1.98
-
0.30 0.05
-
2.5T
-
IC328
. ±0.02 Rectified
Carbide
Grade
. ±0.1 Blank
Width Left-hand
side or
both sides
Right-hand
side (If
different)
Corner Specification Additional Code Letters
ISCAR
378
USER GUIDE
SLOTTING & SLITTING CUTTERS
Specially Tailored Inserts for Grooving
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 Lefthand
RA –Lead angle Righthand
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
When ordering inserts, include carbide grade with designation.
379
USER GUIDE
SLOTTING & SLITTING CUTTERS
Machining Data for MULTI-MASTER Groove Milling Heads
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Group
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)
P
Non-alloy
steel and cast
steel, free
cutting steel
< 0.25 %C Annealed 420 125 1 110-140 0.08 0.20 110-160 0.05 0.15 - - -
>= 0.25 %C Annealed 650 190 2 100-120 0.08 0.18 100-150 0.05 0.15 - - -
< 0.55 %C Quenched
and tempered 850 250 3 70-100 0.08 0.15 80-100 0.05 0.15 - - -
>= 0.55 %C Annealed 750 220 4 70-100 0.08 0.15 80-100 0.05 0.15 - - -
Quenched
and tempered 1000 300 5 60-80 0.08 0.15 60-80 0.05 0.15 - - -
Low alloy and cast
steel (less than 5% of
alloying elements)
Annealed 600 200 6 100-120 0.08 0.15 110-150 0.05 0.15 - - -
Quenched
and tempered
930 275 7 90-120 0.08 0.15 100-120 0.05 0.15 - - -
1000 300 8 80-110 0.08 0.15 70-110 0.05 0.15 - - -
1200 350 9 70-100 0.05 0.12 70-100 0.05 0.15 - - -
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 60-80 0.05 0.18 60-80 0.05 0.15 - - -
Quenched
and tempered 1100 325 11 55-70 0.08 0.15 55-70 0.05 0.15 - - -
Stainless steel
and cast steel
Ferritic/
martensitic 680 200 12 100-130 0.06 0.12 100-130 0.03 0.15 100-130 0.03 0.10
Martensitic 820 240 13 100-120 0.08 0.15 100-130 0.03 0.15 100-130 0.03 0.10
MStainless steel Austenitic 600 180 14 80-120 0.05 0.10 90-120 0.03 0.12 90-120 0.03 0.10
K
Grey cast iron (GG)
Ferritic/
pearlitic 180 15 160-220 0.10 0.20 160-220 0.03 0.12 - - -
Pearlitic 260 16 120-200 0.10 0.15 120-200 0.03 0.12 - - -
Cast iron nodular (GGG) Ferritic 160 17 100-140 0.10 0.20 - - - - - -
Pearlitic 250 18 80-100 0.10 0.15 - - - - - -
Malleable cast iron Ferritic 130 19 180-250 0.10 0.20 180-250 0.03 0.15 - - -
Pearlitic 230 20 160-220 0.10 0.15 160-220 0.03 0.15 - - -
N
Aluminum-wrought alloy Not cureable 60 21 800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
Cured 100 22 800-1200 0.10 0.20 - - - 800-1200 0.05 0.15
Aluminum-
cast alloys
<=12% Si Not cureable 75 23 - - - - - - 600-1000 0.05 0.15
Cured 90 24 - - - - - - 500-1000 0.05 0.15
>12% Si High
temperature 130 25 - - - - - - 200-400 0.05 0.15
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 - - - 30-40 0.02 0.12 - - -
Cured 280 32 25-35 0.05 0.12 25-40 0.02 0.12 - - -
Ni or Co
based
Annealed 250 33 25-35 0.05 0.12 25-40 - - - 0.01 0.12
Cured 350 34 25-35 0.05 0.12 25-40 - - - 0.01 0.12
Cast 320 35 40-60 0.05 0.12 25-40 - - - 0.01 0.12
Titanium Ti alloys
RM 400 36 40-60 0.05 0.12 40-60 - - - 0.05 0.12
Alpha+beta
alloys cured RM 1050 37 40-60 0.05 0.10 40-60 - - - 0.05 0.10
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
ISCAR
380
USER GUIDE
SLOTTING & SLITTING CUTTERS
Feed Direction
Down (climb) milling is recommended.
Up milling or plunging are possible.
(In down milling or plunging, backlash should be eliminated.)
Defining Actual Feed
Chip thickness decreases as the depth of cut
decreases. Therefore, recommended feed (fz)
can be increased as shown in the table.
T/D Increase 1/6 1/8 1/10 1/20
recommended
feed by 15% 30% 45% 100%
Chip Formation in Slot Milling
Chip shape is a function of the depth of cut.
Down milling starts with large chip selection and exits with
reduced chip selection. Down milling is recommended
for improved tool life under stable conditions.
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
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
∆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
Milling Wider Slots with
Stacked, Double Cutters
(1) Only cutters with 160-250 diameter sizes can be stacked.
381
USER GUIDE
SLOTTING & SLITTING CUTTERS
Stacked Cutters(1)
Requires modification of the 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.
Feed Range per Insert Size
Feed per Tooth - fz (mm/tooth)
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
Insert Width - W (mm)
The recommended values refer to C-type
chipformer. For J-type, reduce feed by 30%.
W
A
Single cutter, standard
WA=WB-(ΔA1+ΔA2)
A1
W1W2
A=ΔA1+ΔA2
A2
WA
A - Double cutters with
modified body thicknesses
stacked for smaller widths
WB=0.5x(W1+W2+A1+A2)
A
1
W1
A
2
W2
WB
B - Unmodified,
stacked double cutters
of nominal width
WC=WB+(ΔS1+ΔS2)
S=ΔS1+ΔS2
W1W2
WC
C - Stacked, double cutters
with spacer for larger widths
Table 1: Effective Width of Cut
W1 W2 WA WB Wc(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
(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
ISCAR
382
USER GUIDE
SLOTTING & SLITTING CUTTERS
Machining Data for Slitting with SELF-GRIP and TANGSLIT Cutters &
Recommended Cutting Speed (m/min)
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Group
No.(1)
Coated Uncoated
IC328
IC928 /
IC830
IC908 /
IC808 IC20
P
Non-alloy steel
and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1 A 80-150 A 80-160 B 120-220
>= 0.25 %C Annealed 650 190 2 A 80-130 A 80-180 B 120-200
< 0.55 %C Quenched and
tempered 850 250 3 A 80-130 A 80-180 B 120-200
>= 0.55 %C Annealed 750 220 4 A 60-110 A 70-150 B 100-170
Quenched and
tempered 1000 300 5 A 60-100 A 70-160 B 100-180
Low alloy and cast steel (less
than 5% of alloying elements)
Annealed 600 200 6 A 80-140 A 70-160 B 120-190
Quenched and
tempered
930 275 7 A 60-120 A 70-140 B 100-180
1000 300 8 A 60-120 A 70-140 B 100-180
1200 350 9 A 60-110 A 70-110 B 80-120
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 A 60-80 A 70-90 B 80-120
Quenched and
tempered 1100 325 11 A 50-70 A 50-80 B 60-100
Stainless steel and cast steel Ferritic/martensitic 680 200 12 50-110 60-140 70-180
Martensitic 820 240 13 50-100 60-120 60-160
MStainless steel Austenitic 600 180 14 50-100 60-120 60-160
K
Grey cast iron (GG) Ferritic/pearlitic 180 15 115-140 95-110
Pearlitic 260 16 90-120 70-100
Cast iron nodular (GGG) Ferritic 160 17 90-140 70-110
Pearlitic 250 18 70-100 55-80
Malleable cast iron Ferritic 130 19 115-140 95-110
Pearlitic 230 20 90-120 70-100
N
Aluminum-wrought alloys Not cureable 60 21 250max
Cured 100 22 250max
Aluminum-
cast alloys
<=12% Si Not cureable 75 23 250max
Cured 90 24 250max
>12% Si High temperature 130 25 250max
Copper alloys
>1% Pb Free cutting 110 26 250max
Brass 90 27 250max
Electrolitic copper 100 28 250max
Non-metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31 40-50 30-40
Cured 280 32 30-40 20-30
Ni or Co
based
Annealed 250 33 30-40 20-30
Cured 350 34 30-40 20-30
Cast 320 35 20-30 15-25
Titanium Ti alloys
RM 400 36 30-40 15-25
Alpha+beta
alloys cured RM 1050 37 30-40 20-30
H
Hardened steel Hardened 55 HRC 38 25-50
Hardened 60 HRC 39 30-40
Chilled cast iron Cast 400 40 50-60 10-20
Cast iron Hardened 55 HRC 41 30-50
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 728-757
383
USER GUIDE
SLOTTING & SLITTING CUTTERS
Slot Milling Cutters
Arbor Hole Styles and Dimensions
Style A d [DCONMS] E d1 a b
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 [DCONMS] E d1 a b
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 [DCONMS] E d1 d2 a b
b
d
a
E
d1
d2
40 33 55 66.7 16.4 9.0
60 45 90 101.6 25.7 14.0
Style D d [DCONMS] E d1 d3 a b
b
d
a
E
d2
d3
60 45 101.6 177.8 25.7 14.0
Style E d [DCONMS] E d1 d3 a b
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
ISCAR
384
CUTTERS FOR ALUMINUM
CUTTERS FOR ALUMINUM
385
CUTTERS FOR ALUMINUM
DCONMS
DC
OAL
LH
APMX
Rd°
Designation
DC APMX(1) CICT(2) LH OAL DCONMS RPMX(3) RMPX°(4)
kg
HSM90S EAL-D32-2-C32-14
32.00 13.50 2 80.0 200.00 32.00 37500 10.0 1.02 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)
(1) D.O.C. changes according to insert radius. APMX 13.5 is the value for HSM90S APCR 140550R-P insert
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
OAL
DC
DHUB
DCONMS
APMX
Rd°
Designation
DC CICT(1) APMX(2) OAL DHUB DCONMS Arbor(3) RMPX°(4) RPMX(5)
kg
HSM90S FAL-D050-2-22-14
50.00 2 13.50 57.00 47.00 22.00 A 8.0 38000 0.43
HSM90S FAL-D050-3-22-14
50.00 3 13.50 57.00 47.00 22.00 A 8.0 38000 0.42
HSM90S FAL-D050-4-22-14
50.00 4 13.50 57.00 47.00 22.00 A 7.0 33000 0.43
• 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) Number of inserts
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-14
SR M5X0.8IP20-1 BLD IP20/M7 SW6-T-SH SR M10X40DIN912
HSM90S FAL-14
90° Face Mills Carrying Super
Positive and Polished Rake
Inserts for Machining Aluminum
at High Rotation Speeds
ISCAR
386
CUTTERS FOR ALUMINUM
DCONMS
LH
APMX
OAL
DC
Rd°
Designation
DC CICT(1) APMX(2) LH OAL DCONMS Shank(3) RPMX(4) RMPX°(5)
kg
HM90 EAL-D25-C24L180-16
25.00 1 15.50 - 180.00 24.00 C 7000 25.9 0.56
HM90 EAL-D25-C25L125-16
25.00 1 15.50 69.0 125.00 25.00 C 7000 25.9 0.38
HM90 EAL-D25-C25L200-16
25.00 1 15.50 65.0 200.00 25.00 C 7000 25.9 0.62
HM90 EAL-D32-C32L150-16
32.00 2 15.50 90.0 150.00 32.00 C 45643 22.4 0.74
HM90 EAL-D32-C32L200-16
32.00 2 15.50 80.0 200.00 32.00 C 45643 22.4 1.02
HM90 EAL-D40-C32L220-16
40.00 2 15.50 45.0 220.00 32.00 C 36809 16.9 1.28
• 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 542-547
(1) Number of inserts
(2) D.O.C. changes according to insert radius. APMX 15.5 is the value for HM90 APCR 160520R-P insert
(3) C-Cylindrical
(4) Maximum RPM
(5) Maximum ramping angle
For inserts, see pages: HM90 APCR 1605..R-P (466)
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-C32L150-16
SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D32-C32L200-16
SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-D40-C32L220-16
SR 14-0180 BLD T20/M7 SW6-T
HM90 EAL-16
Long Reach Endmills Carrying
HM90 APCR 1605 Inserts
for Machining Aluminum
LH
LU
APMX
DC
LF
DCONMS
Shank
4xM6 threaded holes for balancing screws
Rd°
G2.5
Max. RPM
U<1.0 gmm
Designation
DC APMX(1) LU LH LF ZEFP RPMX(2) RMPX°(3) DCONMS Shank CDI
kg
HM90 EAL32-L100-HSK63A-16
32.00 15.50 97.0 100.00 126.00 2 45600 22.0 63.00 HSK A 63 1 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) • Kit balancing screws should be ordered separately
• For user guide, see pages 542-547
(1) D.O.C. changes according to insert radius. APMX 15.5 is the value for HM90 APCR 160520R-P insert
(2) Maximum RPM
(3) Maximum ramping angle
For inserts, see pages: HM90 APCR 1605..R-P (466)
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
387
CUTTERS FOR ALUMINUM
OAL
APMX
DC
DCONMS
DHUB
Rd°
Designation
DC CICT(1) APMX(2) OAL DHUB DCONMS RPMX(3) RMPX°(4) Arbor(5)
kg
HM90 FAL-D050-22-16
50.00 3 15.50 45.00 47.00 22.00 30500 10.0 A 0.26
HM90 FAL-D063-27-16
63.00 3 15.50 50.00 58.00 27.00 22990 7.0 A 0.55
HM90 FAL-D080-27-16
80.00 3 15.50 50.00 60.00 27.00 18125 6.0 A 0.89
HM90 FAL-D100-32-16
100.00 4 15.50 55.00 70.00 32.00 14500 4.0 B 1.44
HM90 FAL-D125-40-16
125.00 5 15.50 63.00 84.00 40.00 11600 3.0 B 2.36
• 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 542-547
(1) Number of inserts
(2) D.O.C. changes according to insert radius. APMX 15.5 is the value for HM90 APCR 160520R-P insert
(3) Maximum RPM
(4) Maximum ramping angle
(5) For adaptation options, see page 548
For inserts, see pages: HM90 APCR 1605..R-P (466)
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 DIN 912 M12X25
HM90 FAL-D080-27-16
SR 14-0180 BLD T20/M7 SW6-T SR DIN 912 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
DCONMS
DHUB
OAL
APMX
DC
Rd°
Designation
DC CICT(1) APMX OAL DHUB DCONMS RPMX(2) RMPX°(3) Arbor(4)
kg
HM90 FAL-D050-22-16BR
50.00 3 15.50 45.00 49.00 22.00 30500 11.0 A 0.28
• 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) Number of inserts
(2) Maximum RPM
(3) Maximum ramping angle
(4) For adaptation options, see page 548
For inserts, see pages: HM90 APCR 1605..R-P (466)
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 To or Larger Than
5 mm for Machining Aluminum
ISCAR
388
CUTTERS FOR ALUMINUM
DCONMS
OAL
LH
APMX
DC
Rd°
Designation
DC CICT(1) APMX LH OAL DCONMS Shank(2) RPMX(3) RMPX°(4)
kg
HM90 EAL-D25-C25-L140-15
25.00 2 14.00 60.0 140.00 25.00 C 37500 21.0 0.44 SR 14-562 SW6-SD BLD T10/S7
HM90 EAL-D32-C32-L150-15
32.00 3 14.00 70.0 150.00 32.00 C 31250 13.0 0.75 SR 14-562 SW6-SD BLD T10/S7
HM90 EAL-D40-C32-L160-15
40.00 3 14.00 70.0 160.00 32.00 C 26040 9.0 0.99 SR 14-562 T-10/51
(1) Number of inserts
(2) C-Cylindrical
(3) Maximum RPM
(4) Maximum ramping angle
For inserts, see pages: HM90 AXCR 1505 (465)
HM90 EAL-15
Long Reach Endmills Carrying
HM90 AXCR 1505... Inserts
for Machining Aluminum
DCONMS
LU
LH
APMX
LF
DC
Shank
M6 threaded holes for balancing screws*
* Except HM90 EAL25...
Rd°
G2.5
Max. RPM
U<1.0 gmm
Designation
DC LDRED ZEFP APMX LH LF RPMX(2) RMPX°(3) DCONMS Shank
kg
CDI
HM90 EAL25-L75-HSK63A-15 (1)
25.00 70.0 2 14.00 75.00 101.00 31250 21.0 63.00 HSK 63A 0.82 1 SR 14-562 T-10/51
HM90 EAL32-L65-HSK63A-15
32.00 60.0 3 14.00 65.00 91.00 31250 13.0 63.00 HSK 63A 0.90 1 SR 14-562 T-10/51
HM90 EAL32-L100-HSK63A-15
32.00 95.0 3 14.00 100.00 126.00 31250 13.0 63.00 HSK 63A 1.08 1 SR 14-562 SW6-SD BLD T10/S7
HM90 EAL40-L80-HSK63A-15
40.00 75.0 3 14.00 80.00 106.00 26040 9.0 63.00 HSK 63A 1.17 1 SR 14-562 T-10/51
HM90 EAL40-L120-HSK63A-15
40.00 115.0 3 14.00 120.00 146.00 26040 9.0 63.00 HSK 63A 1.52 1 SR 14-562 T-10/51
• 32 and 40 mm diameter tools feature balancing adjustment screws • A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately)
• Kit balancing screws should be ordered separately • Insert tightening torque: 3.2 Nxm
(1) Without threaded holes for balancing screws
(2) Maximum RPM
(3) Maximum ramping angle
For inserts, see pages: HM90 AXCR 1505 (465)
HM90 EAL...15
For indexable inserts with a corner radius larger than 4.0 mm,
the basic body of the tool must be modified according to the drawing above (can be done by
ISCAR).
R body=R insert+0.5
F - The cutting force in ramping applications
HM90 EAL...15
HM90 EAL-HSK63A-15
Long Reach Endmills with
Integral HSK Adaptation Carrying
HM90 AXCR 1505... Inserts
for Machining Aluminum
389
CUTTERS FOR ALUMINUM
DCONMS
DHUB
OAL
APMX
DC
Rd°
Designation
DC CICT(1) APMX OAL DHUB DCONMS Arbor(2) RPMX(3) RMPX°(4)
kg
HM90 FAL-D050-4-22-15
50.00 4 14.00 45.00 49.00 22.00 A 23000 6.5 0.30
(1) Number of inserts
(2) For adaptation options, see page 548
(3) Maximum RPM
(4) Maximum ramping angle
For inserts, see pages: HM90 AXCR 1505 (465)
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
OAL
DC
DCONMS
DHUB
APMX
Rd°
Designation
DC APMX CICT(1) OAL DHUB DCONMS Arbor(2) RMPX°(3) RPMX(4) MIID(5)
kg
HM90 FAL-D063-27-22
63.00 22.00 3 50.00 62.00 27.00 A 7.0 16000 HM90 APCR 220605R-P 0.48
HM90 FAL-D080-27-22
80.00 22.00 3 50.00 70.00 27.00 A 5.0 14000 HM90 APCR 220605R-P 0.81
• D.O.C. changes according to insert radius • APMX 20.5 is the value for HM90 APCR220650 • Insert tightening torque: 6 Nxm
• When using this cutter with a 6.4 mm radius insert, the seat must be changed to assure the insert's compatibility with the tool
• For user guide, see pages 542-547
(1) Number of inserts
(2) For adaptation options, see page 548
(3) Maximum ramping angle
(4) Maximum RPM
(5) Master insert identification
For inserts, see pages: HM90 APCR 2206..R-P (467) • HM90 APCR 220605-CS (467)
Spare Parts
Designation
HM90 FAL-22
SR 14-0180 BLD T20/M7 SW6-T SR DIN 912 M12X25
HM90 FAL-22
Face Mills Carrying HM90
APCR 2206... Inserts for
Machining Aluminum
DCONMS
OAL
DC
APMX
DHUB
Rd°
Designation
DC APMX CICT(1) DCONMS DHUB OAL Arbor(2) RMPX°(3) RPMX(4) MIID(5)
kg
HSM90S FAL-D050-3-22-22
50.00 22.00 3 22.00 48.00 57.00 A 7.0 31000 HSM90S APCR 2207 0.40
HSM90S FAL-D050-4-22-22
50.00 22.00 4 22.00 48.00 57.00 A 7.0 31000 HSM90S APCR 2207 0.41
• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screws
• Insert tightening torque: 9 (Nxm)
(1) Number of inserts
(2) For adaptation options, see page 548
(3) Maximum ramping angle
(4) Maximum RPM
(5) Master insert identification
For inserts, see pages: HSM90S APCR 2207 (467)
Spare Parts
Designation
HSM90S FAL-22
SR M5x0.8 20IP-13343 BLD IP20/M7 SW6-T-SH SR M10X40DIN912
HSM90S FAL-22
90° Face Mills Carrying Super
Positive and Polished Rake
Inserts for Machining Aluminum
at High Rotation Speeds
ISCAR
390
CUTTERS FOR ALUMINUM
DCONMS
LF
LH
LU
DC
APMX
6 x M6 threaded holes for balancing screws
Rd°
G2.5
31,000 RPM
U<1.0 gmm
Designation
DC APMX LU LH LF CICT(1) DCONMS Shank RMPX°(2) RPMX(3) CDI(4)
kg
HSM90SFD50-3-63A/80MQL-22
50.00 22.00 73.10 84.0 110.00 3 80.00 HSK A63/80 7.0 31000 1 0.50
HSM90SFD50-4-63A/80MQL-22
50.00 22.00 73.10 84.0 110.00 4 80.00 HSK A63/80 7.0 31000 1 0.50
• A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately)
• Important: When machining at very high cutting speeds and the insert needs replacing, it is also recommended to replace the screws
• Kit balancing screws should be ordered separately • Insert tightening torque: 9 (Nxm)
(1) Number of inserts
(2) Maximum ramping angle
(3) Maximum RPM
(4) 1 - Hole for data chip, 0 - Without hole for data chip
For inserts, see pages: HSM90S APCR 2207 (467)
Spare Parts
Designation
HSM90SFD-HSK A63/80-22
SR M5x0.8 20IP-13343 BLD IP20/M7 SW6-T-SH COOLING TUBE HSK A63
HSM90SFD-HSK A63/80-22
90° Endmills with Integral
HSK Adaptation Carrying
Super Positive Inserts for
Machining Aluminum at
High Rotation Speeds
391
USER GUIDE
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 444 HP E90AN HP F90AN
HP ANK
17-18
195
235
HM90 ADCR 1505PDFR-P
ADCR 1505PDFR 456 E90AC HM90 F90A
HM90 E90AD SM
36 210
31-32 250
HM90 APCR 100304PDFR-P/DP
APCR 1505PDFR-P
449
450
APK HM90 F90AP
HM90 E90A
239 200
24-28
HP ADCR 1906
HP ADCR 2207
464
465 HP E90AT HP F90AT 35 215
HM390 TDCR 1505 448 HM390 ETD-15
HM390FTD-15
30-31
209
LNAR 1106 482
483 F90LN-R/L-N11 203
LNAR 1506 488
489 F90LN-R/L-N15 208
T490 LNAR-P 480 T490 ELN T490 FLN
T490 LNK T490 SM
30 196
201 207
212 236-238
243-247
OECR 060405AER-P 505 HOE-R06
HOF-R06 218
OFCR 07T3-AEN
OFCR 07T3-AEN-P
OFCR 07T3-RW-P
507
508 HOF-R07 219
SEHT-AFN 511 F45ST 225
SDMR 1205 PDR-HQ-M 497 F90SD 204
RCMT ...-FW-F20
RCCT 1206 MO
529
528 ERW, FRW 279-281
MULTI-MASTER and Solid Carbide Endmills for Machining Aluminum
MM EA MM EA-CF
MM EBA 81 82 72
MM S... MM TS-A
MM GRT TS CAB MM CAB
MM S-ER...
84-91
Solid Carbide Endmills for Aluminum
ECA-H3-CF ECA-B-2
ECA-B-3 ECA-F-2 154 159 160
ERC-E-3 ECR-B3-R 157 158
ISCAR
392
USER GUIDE
CUTTERS FOR ALUMINUM
Milling and Plunging, Stroke Pattern
A
APMX
B
Maximum Plunging Capability
Inserts APMX
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
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 is replaced as well. Packages with 5
HM90 APCR 1605..R-P IC28 or HM90 AXCR 1505..R-P
IC28 inserts and 5 matching screws are available. 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.
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
HM90 SET APCR-P
Set Designation
=
5 Included Inserts
+
5 Included Screws
HM90 Set APCR 160502RP IC28 HM90 APCR 160502R-P IC28 SR 14-0180
HM90 Set APCR 160504RP IC28 HM90 APCR 160504R-P IC28 SR 14-0180
HM90 Set APCR 160508RP IC28 HM90 APCR 160508R-P IC28 SR 14-0180
HM90 Set APCR 160516RP IC28 HM90 APCR 160516R-P IC28 SR 14-0180
HM90 Set APCR 160520RP IC28 HM90 APCR 160520R-P IC28 SR 14-0180
HM90 Set APCR 160525RP IC28 HM90 APCR 160525R-P IC28 SR 14-0180
HM90 Set APCR 160532RP IC28 HM90 APCR 160532R-P IC28 SR 14-0180
HM90 Set APCR 160540RP IC28 HM90 APCR 160540R-P IC28 SR 14-0180
HM90 Set APCR 160564RP IC28 HM90 APCR 160564R-P IC28 SR 14-0180
HM90 SET AXCR-P
Set Designation
=
5 Included Inserts
+
5 Included Screws
HM90 Set AXCR 150504RP IC28 HM90 AXCR 150504R-P IC28 SR 14-562
HM90 Set AXCR 150520RP IC28 HM90 AXCR 150520R-P IC28 SR 14-562
E90AL - Details of Application
393
THREAD MILLING TOOLS
THREAD MILLING TOOLS
ISCAR
394
THREAD MILLING TOOLS
PICTORIAL TOOL
REFERENCE
ISCAR Thread
MTEC, MTECB MTECZ, MTECQ
pages 395-397,400-401,404,406-408
MTECS, MTECD, MTECSH
pages 398-399,402-403,405
MTECI
pages 408-409
MM TRD
page 412
MM TRF
pages 410-411
MT-…-MM
pages 413-414
SD TRD
page 409
endmill endmill endmill
MTE
pages 415-416
MTSRH
page 418
MTSR M.I. S.P
page 419
endmill endmill
MTSR M.I. S.P.-U
page 419
MTET
page 419
shell mill shell mill shell mill
MTF-MULTI
page 417
MTSRH
page 418
MTFLE
page 417
395
THREAD MILLING TOOLS
DCONMS
OAL
15°
APMX
DC
TP
Application: General engineering
Dimensions
Designation
TP(1) M Coarse M Fine DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTEC 06022C5 0.5ISO
0.500 M3 ≥4 6.00 2.20 3 5.30 58.00 C
•
MTEC 06038C10 0.5ISO
0.500 - ≥5 6.00 3.80 3 10.30 58.00 C
•
MTEC 06031C7 0.7ISO
0.700 M4 ≥5 6.00 3.10 3 7.40 58.00 C
•
MTEC 06045C10 0.75ISO
0.750 - ≥6 6.00 4.50 3 10.00 58.00 C
•
MTEC 06036C9 0.8ISO
0.800 M5 ≥6 6.00 3.60 3 9.20 58.00 C
•
MTEC 0604C10 1.0ISO
1.000 M6 ≥7 6.00 4.00 3 10.50 58.00 C
•
MTEC 0604C14 1.0ISO
1.000 M6 ≥7 6.00 4.00 3 14.50 58.00 C
•
MTEC 0606C12 1.0ISO
1.000 - ≥9 6.00 6.00 3 12.50 58.00 C
•
MTEC 0808D16 1.0ISO
1.000 - ≥10 8.00 8.00 4 16.50 64.00 C
•
MTEC 0605C14 1.25ISO
1.250 M8 ≥10 6.00 5.00 3 14.40 58.00 C
•
MTEC 0605C19 1.25ISO
1.250 M8 ≥10 6.00 5.00 3 19.40 58.00 C
•
MTEC 0807C17 1.5ISO
1.500 M10 ≥12 8.00 7.00 3 17.30 64.00 C
•
MTEC 0807C24 1.5ISO
1.500 M10 ≥12 8.00 7.00 3 24.80 76.00 C
•
MTEC 1010D21 1.5ISO
1.500 - ≥14 10.00 10.00 4 21.80 73.00 C
•
MTEC 1616F33 1.5ISO
1.500 - ≥20 16.00 16.00 6 33.80 100.00 C
•
MTEC 0808C20 1.75ISO
1.750 M12 ≥14 8.00 8.00 3 20.10 64.00 C
•
MTEC 0808C28 1.75ISO
1.750 M12 ≥14 8.00 8.00 3 28.90 76.00 C
•
MTEC 1010C27 2.0ISO
2.000 M14 ≥15 10.00 10.00 3 27.00 73.00 C
•
MTEC 1010C39 2.0ISO
2.000 M14 ≥15 10.00 10.00 3 39.00 100.00 C
•
MTEC 1212D27 2.0ISO
2.000 - ≥18 12.00 12.00 4 27.00 84.00 C
•
MTEC 2020F41 2.0ISO
2.000 - ≥26 20.00 20.00 6 41.00 105.00 C
•
MTEC 1414D33 2.5ISO
2.500 M20 ≥22 14.00 14.00 4 33.80 84.00 C
•
MTEC 1414D48 2.5ISO
2.500 M20 ≥22 14.00 14.00 4 48.80 107.00 C
•
MTEC 1616C40 3.0ISO
3.000 M24 ≥25 16.00 16.00 3 40.50 100.00 C
•
MTEC 1616C58 3.0ISO
3.000 M24 ≥25 16.00 16.00 3 58.50 120.00 C
•
• For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTEC-ISO
Solid Carbide Internal Threading
Endmills for ISO Thread Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
06
Shank
Diameter
04
Cutting
Diameter
14
APMX
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
MTEC
Mill Thread
Endmill
Carbide
-Without coolant hole
B - Central coolant hole
Z - Coolant holes in flutes
Q - Central coolant hole and reduced neck diameter
S - For small internal threads for general use
SH - For small internal threads in hard materials
I - Single point design of cutting head
ISCAR THREAD - Solid Carbide Endmills Designation Code Key
ISCAR
396
THREAD MILLING TOOLS
DCONMS
OAL
LU
APMX
DC
TP
Dimensions
Designation
TP(1) TDZ DCONMS DC NOF(2) APMX LU OAL Shank(3)
IC908
MTECQ 1010D32 1.0ISO
1.000 ≥12 10.00 10.00 4 18.00 32.0 73.00 C
•
MTECQ 1212D38 1.0ISO
1.000 ≥14 12.00 12.00 4 21.00 38.0 84.00 C
•
MTECQ 1010D30 1.5ISO
1.500 ≥13 10.00 10.00 4 18.00 30.0 73.00 C
•
MTECQ 2020F60 1.5ISO
1.500 ≥24 20.00 20.00 6 36.00 60.0 105.00 C
•
MTECQ 1212D42 2.0ISO
2.000 ≥16 12.00 12.00 4 24.00 42.0 84.00 C
•
MTECQ 2020F56 2.0ISO
2.000 ≥24 20.00 20.00 6 34.00 56.0 105.00 C
•
MTECQ 2020D45 3.5ISO
3.500 ≥26 20.00 20.00 4 28.00 45.5 105.00 C
•
• For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTECQ-ISO
Solid Carbide Threading Endmills
with Internal Coolant Hole and
a Reduced Diameter Neck for
Deep Internal ISO Profile
TP/8
TP/4
60˚
TP NUT
SCREW
DC
TP
APMX
OAL
15°
DCONMS
Application: General engineering
Dimensions
Designation
TP(1) M Coarse M Fine DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTECB 06038C10 0.5ISO
0.500 - ≥5 6.00 3.80 3 10.30 58.00 C
•
MTECB 06031C7 0.7ISO
0.700 M4 ≥5 6.00 3.10 3 7.40 58.00 C
•
MTECB 06045C10 0.75ISO
0.750 - ≥6 6.00 4.50 3 10.10 58.00 C
•
MTECB 1010D24 0.75ISO
0.750 - ≥12 10.00 10.00 4 24.40 73.00 C
•
MTECB 06038C9 0.8ISO
0.800 M5 ≥6 6.00 3.80 3 9.20 58.00 C
•
MTECB 06046C10 1.0ISO
1.000 M6 ≥7 6.00 4.60 3 10.50 58.00 C
•
MTECB 06046C14 1.0ISO
1.000 M6 ≥6 6.00 4.60 3 14.50 58.00 C
•
MTECB 0606C12 1.0ISO
1.000 - ≥9 6.00 6.00 3 12.50 58.00 C
•
MTECB 0808D16 1.0ISO
1.000 - ≥10 8.00 8.00 4 16.50 64.00 C
•
MTECB 1010D24 1.0ISO
1.000 - ≥12 10.00 10.00 4 24.50 73.00 C
•
MTECB 0606C14 1.25ISO
1.250 M8 ≥10 6.00 6.00 3 14.40 58.00 C
•
MTECB 0606C19 1.25ISO
1.250 M8 ≥10 6.00 6.00 3 19.40 58.00 C
•
MTECB 1212D26 1.5ISO
1.500 ≥16 12.00 12.00 4 26.30 84.00 C
•
MTECB 08078C17 1.5ISO
1.500 M10 ≥12 8.00 7.80 3 17.00 64.00 C
•
MTECB 08078C24 1.5ISO
1.500 M10 ≥12 8.00 7.80 3 24.80 76.00 C
•
MTECB 1010D21 1.5ISO
1.500 - ≥14 10.00 10.00 4 21.80 73.00 C
•
MTECB 1616F33 1.5ISO
1.500 - ≥20 16.00 16.00 6 33.80 105.00 C
•
MTECB 1009C20 1.75ISO
1.750 M12 ≥12 10.00 9.00 3 20.10 73.00 C
•
MTECB 1009C28 1.75ISO
1.750 M12 ≥12 10.00 9.00 3 28.90 73.00 C
•
MTECB 1010C27 2.0ISO
2.000 M14 ≥15 10.00 10.00 3 27.00 73.00 C
•
MTECB 12118D27 2.0ISO
2.000 M16 ≥17 12.00 11.80 4 27.00 84.00 C
•
MTECB 12118D39 2.0ISO
2.000 M16 ≥17 12.00 11.80 4 39.00 105.00 C
•
MTECB 1615E33 2.5ISO
2.500 M20 ≥22 16.00 15.00 5 33.80 105.00 C
•
MTECB 1615E48 2.5ISO
2.500 M20 ≥22 16.00 15.00 5 48.80 105.00 C
•
MTECB 2018D58 3.0ISO
3.000 M24 ≥25 20.00 18.00 4 58.50 120.00 C
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTECB-ISO
Solid Carbide Internal Threading
Endmills with Coolant Hole
for ISO Thread Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
397
THREAD MILLING TOOLS
DC
OAL
15°
DCONMS
TP
APMX
Application: General engineering
Dimensions
Designation
TP(1) M Coarse M Fine DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTECZ 06048C10 1.0ISO
1.000 M6 ≥7 6.00 4.80 3 10.50 58.00 C
•
MTECZ 0606C12 1.0ISO
1.000 - ≥9 6.00 6.00 3 12.50 58.00 C
•
MTECZ 0808D16 1.0ISO
1.000 - ≥10 8.00 8.00 4 16.50 64.00 C
•
MTECZ 0606C14 1.25ISO
1.250 M8 ≥10 6.00 6.00 3 14.40 58.00 C
•
MTECZ 0606C19 1.25ISO
1.250 M8 ≥10 6.00 6.00 3 19.40 58.00 C
•
MTECZ 08078C17 1.5ISO
1.500 M10 ≥12 8.00 7.80 3 17.00 64.00 C
•
MTECZ 1010D21 1.5ISO
1.500 - ≥14 10.00 10.00 4 21.80 73.00 C
•
MTECZ 1212D26 1.5ISO
1.500 - ≥16 12.00 12.00 4 26.30 84.00 C
•
MTECZ 1616E33 1.5ISO
1.500 - ≥20 16.00 16.00 5 33.80 101.00 C
•
MTECZ 1009C20 1.75ISO
1.750 M12 ≥12 10.00 9.00 3 20.10 73.00 C
•
MTECZ 1009C28 1.75ISO
1.750 M12 ≥12 10.00 9.00 3 28.90 73.00 C
•
MTECZ 1010C27 2.0ISO
2.000 M14 ≥15 10.00 10.00 3 27.00 73.00 C
•
MTECZ 12118D27 2.0ISO
2.000 M16 ≥17 12.00 11.80 4 27.00 84.00 C
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTECZ-ISO
Solid Carbide Internal Threading
Endmills with Coolant Holes
Located in the Flutes
TP/8
TP/4
60˚
TP NUT
SCREW
APMX
DC
OAL
TP
DCONMS
Application: General engineering
Dimensions
Designation
TP(1) DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTEC E 1010D16 1.0ISO
1.000 10.00 10.00 4 16.50 73.00 C
•
MTEC E 1010D16 1.25ISO
1.250 10.00 10.00 4 16.90 73.00 C
•
MTEC E 1010D15 1.5ISO
1.500 10.00 10.00 4 15.80 73.00 C
•
MTEC E 1212D20 1.5ISO
1.500 12.00 12.00 4 20.30 84.00 C
•
MTEC E 1212D20 1.75ISO
1.750 12.00 12.00 4 20.10 84.00 C
•
MTEC E 1010C17 2.0ISO
2.000 10.00 10.00 3 17.00 73.00 C
•
MTEC E 1212D21 2.0ISO
2.000 12.00 12.00 4 21.00 84.00 C
•
• For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTEC E-ISO
Solid Carbide External Threading
Endmills for ISO Thread Profile
TP/8
TP/4
60˚
TP NUT
SCREW
ISCAR
398
THREAD MILLING TOOLS
60°
TDZ
TP
DC
TP
LU
OAL
DCONMS
Application: General engineering
Dimensions
Designation
DC TP(2) LU OAL DCONMS TDZ NOF(3) Shank(4)
IC908
MTECS 03007C2 0.25ISO
0.72 0.250 2.5 39.00 3.00 M1 3 C
•
MTECS 03009C3 0.25ISO
0.90 0.250 3.0 39.00 3.00 M1.2 3 C
•
MTECS 03011C4 0.3ISO (1)
1.05 0.300 4.0 39.00 3.00 M1.4 3 C
•
MTECS 03012C5 0.35ISO (1)
1.20 0.350 4.8 39.00 3.00 M1.6 3 C
•
MTECS 03016C6 0.4ISO (1)
1.53 0.400 6.0 39.00 3.00 M2 3 C
•
MTECS 06016C4 0.4ISO
1.53 0.400 4.5 58.00 6.00 M2 3 C
•
MTECS 03017C7 0.45ISO (1)
1.65 0.450 7.0 39.00 3.00 M2.2 3 C
•
MTECS 06017C5 0.45ISO
1.65 0.450 5.0 58.00 6.00 M2.2 3 C
•
MTECS 0602C5 0.45ISO
1.95 0.450 5.5 58.00 6.00 M2.5 3 C
•
MTECS 0602C5 0.45ISO-L
1.95 0.450 5.5 100.00 6.00 M2.5 3 C
•
MTECS 0602C7 0.45ISO
1.95 0.450 7.5 58.00 6.00 M2.5 3 C
•
MTECS 06024C6 0.5ISO
2.37 0.500 6.5 58.00 6.00 M3 3 C
•
MTECS 06024C9 0.5ISO
2.37 0.500 9.5 58.00 6.00 M3 3 C
•
MTECS 06024C9 0.5ISO-L
2.37 0.500 9.5 100.00 6.00 M3 3 C
•
MTECS 03024C12 0.5ISO
2.40 0.500 12.5 39.00 3.00 M3 3 C
•
MTECS 03024C15 0.5ISO
2.40 0.500 15.5 39.00 3.00 M3 3 C
•
MTECS 06028C10 0.6ISO
2.75 0.600 10.5 58.00 6.00 M3.5 3 C
•
MTECS 06028C7 0.6ISO
2.75 0.600 7.5 58.00 6.00 M3.5 3 C
•
MTECS 06031C12 0.7ISO
3.10 0.700 12.5 58.00 6.00 M4 3 C
•
MTECS 06031C120.7ISO-L
3.10 0.700 12.5 100.00 6.00 M4 3 C
•
MTECS 06031C16 0.7ISO
3.10 0.700 16.7 58.00 6.00 M4 3 C
•
MTECS 06031C9 0.7ISO
3.10 0.700 9.0 58.00 6.00 M4 3 C
•
MTECS 06038C12 0.8ISO
3.80 0.800 12.5 58.00 6.00 M5 3 C
•
MTECS 06038C16 0.8ISO
3.80 0.800 16.0 58.00 6.00 M5 3 C
•
MTECS 06038C160.8ISO-L
3.80 0.800 16.0 100.00 6.00 M5 3 C
•
MTECS 0604C20 0.8ISO
4.00 0.800 20.8 58.00 6.00 M5 3 C
•
MTECS 06047C14 1.0ISO
4.65 1.000 14.0 58.00 6.00 M6 3 C
•
MTECS 06047C20 1.0ISO
4.65 1.000 20.0 58.00 6.00 M6 3 C
•
MTECS 06047C201.0ISO-L
4.65 1.000 20.0 100.00 6.00 M6 3 C
•
MTECS 06048C25 1.0ISO
4.80 1.000 25.0 58.00 6.00 M6 3 C
•
MTECS 06054D20 0.5ISO
5.35 0.500 20.0 58.00 6.00 M6 4 C
•
MTECS 0606C18 1.25ISO
6.00 1.250 18.0 58.00 6.00 M8 3 C
•
MTECS 0606C24 1.25ISO
6.00 1.250 24.0 58.00 6.00 M8 3 C
•
MTECS0606C24 1.25ISO-L
6.00 1.250 24.6 100.00 6.00 M8 3 C
•
MTECS 08078C23 1.5ISO
7.80 1.500 23.0 64.00 8.00 M10 3 C
•
MTECS 08078C31 1.5ISO
7.80 1.500 31.5 64.00 8.00 M10 3 C
•
MTECS 0808D25 0.75ISO
8.00 0.750 25.0 64.00 8.00 M10 4 C
•
MTECS 1009C26 1.75ISO
9.00 1.750 26.0 73.00 10.00 M12 3 C
•
MTECS 1009C37 1.75ISO
9.00 1.750 37.8 73.00 10.00 M12 3 C
•
MTECS 12118D35 2.0ISO
11.80 2.000 35.0 84.00 12.00 M16 4 C
•
MTECS 12118D50 2.0ISO
11.80 2.000 50.0 100.00 12.00 M16 4 C
•
MTECS 1615E43 2.5ISO
15.00 2.500 43.0 100.00 16.00 M20 5 C
•
• For user guide, see pages 435-442
(1) Specially designed for the production of dental implants
(2) Thread pitch
(3) Number of flutes
(4) C-Cylindrical
MTECS-ISO
Small Diameter Solid
Carbide Threading Endmills
for Internal ISO Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
399
THREAD MILLING TOOLS
60°
TDZ
TP
DC
TP
LU
OAL
DCONMS
Left-hand tools (CNC code M04) • Application: General engineering
Dimensions
Designation
DC TP(1) LU OAL DCONMS TDZ NOF(2) Shank(3)
IC903
MTECSH 03011C4 0.3ISO
1.05 0.300 4.0 39.00 3.00 M1.4 3 C
•
MTECSH 03012C5 0.35ISO
1.20 0.350 4.8 39.00 3.00 M1.6, M1.8 3 C
•
MTECSH 03016C6 0.4ISO
1.55 0.400 6.0 39.00 3.00 M2 3 C
•
MTECSH 06016C4 0.4ISO
1.55 0.400 4.5 58.00 6.00 M2 3 C
•
MTECSH 06017C5 0.45ISO
1.65 0.450 5.0 58.00 6.00 M2.2 3 C
•
MTECSH 0602C5 0.45ISO
1.95 0.450 5.5 58.00 6.00 M2.5 3 C
•
MTECSH 0602C7 0.45ISO
1.95 0.450 7.5 58.00 6.00 M2.5 3 C
•
MTECSH 06024C6 0.5ISO
2.35 0.500 6.5 58.00 6.00 M3 3 C
•
MTECSH 06024C9 0.5ISO
2.35 0.500 9.5 58.00 6.00 M3 3 C
•
MTECSH 06028C7 0.6ISO
2.75 0.600 7.5 58.00 6.00 M3.5 3 C
•
MTECSH06028C10 0.6ISO
2.75 0.600 10.0 58.00 6.00 M3.5 3 C
•
MTECSH 06031C9 0.7ISO
3.10 0.700 9.0 58.00 6.00 M4 3 C
•
MTECSH 06031C12 0.7ISO
3.10 0.700 12.5 58.00 6.00 M4 3 C
•
MTECSH 06038C12 0.8ISO
3.80 0.800 12.5 58.00 6.00 M5 3 C
•
MTECSH 06038C16 0.8ISO
3.80 0.800 16.0 58.00 6.00 M5 3 C
•
MTECSH 06047C14 1.0ISO
4.65 1.000 14.0 58.00 6.00 M6 3 C
•
MTECSH 06047C20 1.0ISO
4.65 1.000 20.0 58.00 6.00 M6 3 C
•
MTECSH 0606C18 1.25ISO
5.95 1.250 18.0 58.00 6.00 M8 3 C
•
MTECSH 0606C24 1.25ISO
5.95 1.250 24.0 58.00 6.00 M8 3 C
•
MTECSH 08078C23 1.5ISO
7.80 1.500 23.0 64.00 8.00 M10 3 C
•
MTECSH 1009C26 1.75ISO
9.00 1.750 26.0 73.00 10.00 M12 3 C
•
MTECSH 12118D35 2.0ISO
11.80 2.000 35.0 84.00 12.00 M16 4 C
•
• For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTECSH-ISO
Small Diameter Short Left-Hand
Cut Solid Carbide Internal ISO
Profile Threading Endmills
for Hardened Steel
TP/8
TP/4
60˚
TP NUT
SCREW
DCONMS
OAL
LU
DC
TP
LU_2
CHW
Left-hand tools (CNC code M04) • Application: General engineering • Coolant holes only in 1.0-2.0 pitch tools
Dimensions
Designation
TP(1) TDZ DCONMS DC NOF(2) LU OAL CHW LU_2 Shank(3) CSP(4)
IC908
MTECD 06032C11 0.7ISO
0.700 M4 6.00 3.15 3 11.6 58.00 0.20 0.7 C 0
•
MTECD 0604C14 0.8ISO
0.800 M5 6.00 4.00 3 14.4 58.00 0.30 0.8 C 0
•
MTECD 08047C14 1.0ISO
1.000 M6-M9 8.00 4.70 3 14.0 64.00 0.40 1.0 C 1
•
MTECD 08061D18 1.25ISO
1.250 M8-M12 8.00 6.10 4 18.0 64.00 0.50 1.3 C 1
•
MTECD 08078D23 1.5ISO
1.500 M10-M15 8.00 7.80 4 23.0 64.00 0.60 1.5 C 1
•
MTECD 1009D26 1.75ISO
1.750 M12 10.00 9.00 4 26.0 73.00 0.60 1.8 C 1
•
MTECD 12118D35 2.0ISO
2.000 M16-M23 12.00 11.80 4 35.0 84.00 0.60 2.0 C 1
•
• Thread hole, thread and chamfer are made by circular interpolation • For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
(4) 0 - Without coolant supply, 1 - With coolant supply
MTECD-ISO
Small Diameter Short Left-Hand
Cut Solid Carbide Endmills
for Internal ISO Profile Drilling,
Threading and Chamfering
TP/8
TP/4
60˚
TP NUT
SCREW
ISCAR
400
THREAD MILLING TOOLS
DCONMS
OAL
15°
TP APMX
DC
Application: General engineering
Dimensions
Designation
TPI(1) UNC UNF UNEF DCONMS DC NOF(2) APMX OAL Shank(3) TP(4)
IC908
MTEC 06025C6 40UN
40.0 5 - - 6.00 2.50 3 6.00 57.00 C 0.635
•
MTEC 06032C6 32UN
32.0 8 10 12 6.00 3.20 3 6.80 57.00 C 0.794
•
MTEC 0604C11 28UN
28.0 - 1/4 - 6.00 4.00 3 11.30 57.00 C 0.907
•
MTEC 0606C14 28UN
28.0 - - 7/16,1/2 6.00 6.00 3 14.50 57.00 C 0.907
•
MTEC 0605C14 24UN
24.0 - 5/16 - 6.00 5.00 3 14.30 57.00 C 1.058
•
MTEC 0807C21 24UN
24.0 - 3/8 9/16,5/8 8.00 7.00 3 20.00 63.00 C 1.058
•
MTEC 06045C12 20UN
20.0 1/4 - - 6.00 4.50 3 12.10 57.00 C 1.270
•
MTEC 0807C21 20UN
20.0 - 7/16,1/2 - 8.00 7.00 3 20.00 63.00 C 1.270
•
MTEC 1212E27 20UN
20.0 - - 3/4,1 12.00 12.00 5 27.30 83.00 C 1.270
•
MTEC 0605C14 18UN
18.0 5/16 - - 6.00 5.00 3 14.80 57.00 C 1.411
•
MTEC 1010D26 18UN
18.0 - 9/16,5/8 1-1/8,1-5/8 10.00 10.00 4 26.10 72.00 C 1.411
•
MTEC 0606C16 16UN
16.0 3/8 - - 6.00 6.00 3 16.70 57.00 C 1.588
•
MTEC 1212D31 16UN
16.0 - 3/4 - 12.00 12.00 4 30.00 83.00 C 1.588
•
MTEC 1615E37 14UN
14.0 - 7/8 - 16.00 15.00 5 37.20 100.00 C 1.814
•
MTEC 0808C22 13UN
13.0 1/2 - - 8.00 8.00 3 22.50 63.00 C 1.954
•
MTEC 1010C26 12UN
12.0 9/16 - - 10.00 10.00 3 26.50 72.00 C 2.117
•
MTEC 1616E41 12UN
12.0 - 1,1-1/2 - 16.00 16.00 5 41.30 100.00 C 2.117
•
MTEC 1010C28 11UN
11.0 5/8 - - 10.00 10.00 3 28.90 72.00 C 2.309
•
MTEC 1212C34 10UN
10.0 3/4 - - 12.00 12.00 3 34.30 83.00 C 2.540
•
MTEC 1615C38 9UN
9.0 7/8 - - 16.00 15.00 3 38.10 100.00 C 2.822
•
MTEC 1616C42 8UN
8.0 1.0 - - 16.00 16.00 3 42.90 100.00 C 3.175
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
MTEC-UN
Solid Carbide Threading Endmills
for Internal UN Thread Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
DC
TP
APMX
OAL
15°
DCONMS
Application: General engineering
Dimensions
Designation
TPI(1) UNC UNF UNEF DCONMS DC NOF(2) APMX OAL Shank(3) TP(4)
IC908
MTECB 06032C6 32UN
32.0 8 10 12 6.00 3.20 3 6.80 58.00 C 0.794
•
MTECB 0606C14 32UN
32.0 - - 7/16-1/2 6.00 6.00 3 16.00 58.00 C 0.794
•
MTECB 0808D18 32UN
32.0 - - 3/8 8.00 8.00 4 18.70 64.00 C 0.794
•
MTECB 0605C11 28UN
28.0 - 1/4 - 6.00 5.00 3 11.30 58.00 C 0.907
•
MTECB 08066C14 24UN
24.0 - 5/16 - 8.00 6.60 3 14.30 64.00 C 1.058
•
MTECB 0808D21 24UN
24.0 - - 9/16-5/8 8.00 8.00 4 20.60 64.00 C 1.058
•
MTECB 0808C21 20UN
20.0 - 7/16 - 8.00 8.00 3 21.00 64.00 C 1.270
•
MTECB 1010D22 20UN
20.0 - 1/2 - 10.00 10.00 4 22.30 73.00 C 1.270
•
MTECB 06056C14 18UN
18.0 5/16 - - 6.00 5.60 3 14.80 58.00 C 1.411
•
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 1.411
•
MTECB 08067C16 16UN
16.0 3/8 - - 8.00 6.70 3 16.70 64.00 C 1.588
•
MTECB 1212D31 16UN
16.0 - 3/4 - 12.00 12.00 4 31.00 84.00 C 1.588
•
MTECB 08077C20 14UN
14.0 7/16 - - 8.00 7.70 3 20.90 64.00 C 1.814
•
MTECB 1616E37 14UN
14.0 - 7/8 - 16.00 16.00 5 37.20 105.00 C 1.814
•
MTECB 10092C22 13UN
13.0 1/2 - - 10.00 9.20 3 22.50 73.00 C 1.954
•
MTECB 12114C28 11UN
11.0 5/8 - - 12.00 11.40 3 28.90 84.00 C 2.309
•
MTECB 16144D34 10UN
10.0 3/4 - - 16.00 14.40 4 34.30 105.00 C 2.540
•
MTECB 20195D42 8UN
8.0 1 - - 20.00 19.50 4 42.90 105.00 C 3.175
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
MTECB-UN
Solid Carbide Threading
Endmills with Coolant Hole for
Internal UN Thread Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
401
THREAD MILLING TOOLS
APMX
DC
OAL
TP
DCONMS
Application: General engineering
Dimensions
Designation
TPI(1) DCONMS DC NOF(2) APMX OAL Shank(3)
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
•
MTEC E 1212D20 12UN
12.0 12.00 12.00 4 20.10 84.00 C
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTEC E-UN
Solid Carbide Threading
Endmills with UN Form
for External Threading
TP/8
TP/4
60˚
TP NUT
SCREW
DCONMS
OAL
DC
TP
APMX
15°
Application: General engineering
Dimensions
Designation
TPI(1) UNC UNF UNEF DCONMS DC NOF(2) APMX OAL Shank(3) TP(4)
IC908
MTECZ 1010D22 20UN
20.0 - 1/2 - 10.00 10.00 4 22.30 73.00 C 1.270
•
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 1.411
•
MTECZ 08067C16 16UN
16.0 3/8 - - 8.00 6.70 3 16.70 64.00 C 1.588
•
MTECZ 16144D34 10UN
10.0 3/4 - - 16.00 14.40 4 34.30 101.00
C
2.540
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
MTECZ-UN
Solid Carbide Threading
Endmills with Coolant Holes
Located in the Flutes for
Internal UN Thread Profile
TP/8
TP/4
60˚
TP NUT
SCREW
ISCAR
402
THREAD MILLING TOOLS
60°
TP
DC
TP
LU
OAL
DCONMS
Application: General engineering
Dimensions
Designation
DC TPI(2) TP(3) LU OAL DCONMS UNC UNF NOF(4) Shank(5)
IC908
MTECS 03012C8 80UN
1.15 80.0 0.318 8.0 39.00 3.00 - 0 3 C
•
MTECS 03015C6 72UN (1)
1.45 72.0 0.353 6.0 39.00 3.00 - 1 3 C
•
MTECS 03016C6 56UN
1.65 56.0 0.454 6.6 39.00 3.00 2 3 3 C
•
MTECS 03016C9 56UN
1.65 56.0 0.454 9.2 39.00 3.00 2 3 3 C
•
MTECS 03016C11 56UN
1.65 56.0 0.454 11.4 39.00 3.00 2 3 3 C
•
MTECS 06016C4 56UN
1.65 56.0 0.454 4.4 58.00 6.00 2 3 3 C
•
MTECS 06016C6 56UN
1.65 56.0 0.454 6.6 58.00 6.00 2 3 3 C
•
MTECS 06019C5 48UN
1.90 48.0 0.529 5.2 58.00 6.00 3 4 3 C
•
MTECS 03021C8 40UN
2.10 40.0 0.635 8.0 39.00 3.00 4 - 3 C
•
MTECS 03021C12 40UN
2.10 40.0 0.635 12.0 39.00 3.00 4 - 3 C
•
MTECS 06021C8 40UN
2.10 40.0 0.635 8.0 58.00 6.00 4 - 3 C
•
MTECS 06024C9 40UN
2.45 40.0 0.635 9.6 58.00 6.00 5 6 3 C
•
MTECS 06021C6 40UN
2.10 40.0 0.635 6.3 58.00 6.00 4 - 3 C
•
MTECS 06021C6 40UN-L
2.10 40.0 0.635 6.3 100.00 6.00 4 - 3 C
•
MTECS 06033C9 36UN
3.30 36.0 0.706 9.0 58.00 6.00 - 8 3 C
•
MTECS 03025C14 32UN
2.55 32.0 0.794 14.8 39.00 3.00 6 - 3 C
•
MTECS 06025C7 32UN
2.55 32.0 0.794 7.1 58.00 6.00 6 - 3 C
•
MTECS 06025C10 32UN
2.55 32.0 0.794 10.5 58.00 6.00 6 - 3 C
•
MTECS 06025C10 32UN-L
2.55 32.0 0.794 10.5 105.00 6.00 6 - 3 C
•
MTECS 06032C9 32UN
3.20 32.0 0.794 9.5 58.00 6.00 8 10 3 C
•
MTECS 06032C12 32UN
3.20 32.0 0.794 12.5 58.00 6.00 8 10 3 C
•
MTECS 06037C10 32UN
3.70 32.0 0.794 10.5 58.00 6.00 - 10 3 C
•
MTECS 06037C15 32UN
3.70 32.0 0.794 15.0 58.00 6.00 - 10 3 C
•
MTECS 06037C15 32UN-L
3.70 32.0 0.794 15.0 100.00 6.00 - 10 3 C
•
MTECS 06042C11 28UN
4.20 28.0 0.907 11.0 58.00 6.00 - 12 3 C
•
MTECS 0605C14 28UN
5.00 28.0 0.907 14.5 58.00 6.00 - 1/4 3 C
•
MTECS 0605C19 28UN
5.00 28.0 0.907 19.0 58.00 6.00 - 1/4 3 C
•
MTECS 06035C10 24UN
3.50 24.0 1.058 10.6 58.00 6.00 10,12 - 3 C
•
MTECS 06035C15 24UN
3.50 24.0 1.058 15.5 58.00 6.00 10,12 - 3 C
•
MTECS 08066C17 24UN
6.60 24.0 1.058 17.0 64.00 8.00 - 5/16 3 C
•
MTECS 08066C24 24UN
6.60 24.0 1.058 24.0 64.00 8.00 - 5/16 3 C
•
MTECS 06047C14 20UN
4.75 20.0 1.270 14.0 58.00 6.00 1/4 - 3 C
•
MTECS 06047C19 20UN
4.75 20.0 1.270 19.0 58.00 6.00 1/4 - 3 C
•
MTECS 06047C19 20UN-L
4.75 20.0 1.270 19.0 100.00 6.00 1/4 - 3 C
•
MTECS 0808C25 20UN
8.00 20.0 1.270 25.0 64.00 8.00 - 7/16 3 C
•
MTECS 0808C34 20UN
8.00 20.0 1.270 34.6 64.00 8.00 - 7/16 3 C
•
MTECS 0606C17 18UN
6.00 18.0 1.411 17.0 58.00 6.00 5/16 - 3 C
•
MTECS 0606C23 18UN
6.00 18.0 1.411 23.0 58.00 6.00 5/16 - 3 C
•
MTECS 1212D35 18UN
12.00 18.0 1.411 35.0 84.00 12.00 - 5/8 4 C
•
MTECS 08067C22 16UN
6.70 16.0 1.588 22.0 64.00 8.00 3/8 - 3 C
•
MTECS 08067C30 16UN
6.70 16.0 1.588 30.2 64.00 8.00 3/8 - 3 C
•
MTECS 08077C25 14UN
7.70 14.0 1.814 25.0 64.00 8.00 7/16 - 3 C
•
MTECS 08077C35 14UN
7.70 14.0 1.814 35.2 64.00 8.00 7/16 - 3 C
•
MTECS 10092C27 13UN
9.20 13.0 1.954 27.5 73.00 10.00 1/2 - 3 C
•
MTECS 12114C34 11UN
11.40 11.0 2.309 34.5 84.00 12.00 5/8 - 3 C
•
MTECS 12114C50 11UN
11.40 11.0 2.309 50.0 101.00 12.00 5/8 - 3 C
•
• For user guide, see pages 435-442
(1) Specially designed for the production of dental implants
(2) Threads per inch
(3) Thread pitch
(4) Number of flutes
(5) C-Cylindrical
MTECS-UN
Small Diameter Solid
Carbide UN Profile Threading
Endmills for Steel
TP/8
TP/4
60˚
TP
NUT
SCREW
403
THREAD MILLING TOOLS
60°
TP
LU
DC
TP
DCONMS
OAL
Left-hand tools (CNC code M04) • Application: General engineering
Dimensions
Designation
DC TPI(1) UNC UNF LU OAL DCONMS NOF(2) Shank(3) TP(4)
IC903
MTECSH 03015C6 72UN
1.45 72.0 - 1 6.0 39.00 3.00 3 C 0.353
•
MTECSH 06012C4 80UN
1.15 80.0 - 0 4.0 58.00 6.00 3 C 0.318
•
MTECSH 06016C6 56UN
1.65 56.0 2 3 6.6 58.00 6.00 3 C 0.454
•
MTECSH 06019C5 48UN
1.90 48.0 3 4 5.2 58.00 6.00 3 C 0.529
•
MTECSH 06021C6 40UN
2.10 40.0 4 - 6.3 58.00 6.00 3 C 0.635
•
MTECSH 06024C7 40UN
2.45 40.0 5 6 7.0 58.00 6.00 3 C 0.635
•
MTECSH 06021C8 40UN
2.10 40.0 4 - 8.0 58.00 6.00 3 C 0.635
•
MTECSH 06024C9 40UN
2.45 40.0 5 6 9.6 58.00 6.00 3 C 0.635
•
MTECSH 06025C7 32UN
2.55 32.0 6 - 7.1 58.00 6.00 3 C 0.794
•
MTECSH 06025C10 32UN
2.55 32.0 6 - 10.5 58.00 6.00 3 C 0.794
•
MTECSH 06032C9 32UN
3.20 32.0 8 - 9.5 58.00 6.00 3 C 0.794
•
MTECSH 06037C10 32UN
3.70 32.0 - 10 10.5 58.00 6.00 3 C 0.794
•
MTECSH 06032C12 32UN
3.20 32.0 8 - 12.5 58.00 6.00 3 C 0.794
•
MTECSH 06037C15 32UN
3.70 32.0 - 10 15.0 58.00 6.00 3 C 0.794
•
MTECSH 06042C11 28UN
4.20 28.0 - 12 11.0 58.00 6.00 3 C 0.907
•
MTECSH 0605C14 28UN
5.00 28.0 - 1/4 14.5 58.00 6.00 3 C 0.907
•
MTECSH 0605C19 28UN
5.00 28.0 - 1/4 19.0 58.00 6.00 3 C 0.907
•
MTECSH 06035C10 24UN
3.50 24.0 10,12 - 10.6 58.00 6.00 3 C 1.058
•
MTECSH 08066C17 24UN
6.60 24.0 - 5/16 17.0 64.00 8.00 3 C 1.058
•
MTECSH 08066C24 24UN
6.60 24.0 - 5/16 24.0 64.00 8.00 3 C 1.058
•
MTECSH 06047C14 20UN
4.75 20.0 1/4 - 14.0 58.00 6.00 3 C 1.270
•
MTECSH 06047C19 20UN
4.75 20.0 1/4 - 19.0 58.00 6.00 3 C 1.270
•
MTECSH 0808C25 20UN
8.00 20.0 - 7/16 25.0 64.00 8.00 3 C 1.270
•
MTECSH 0606C17 18UN
6.00 18.0 5/16 - 17.0 58.00 6.00 3 C 1.411
•
MTECSH 0606C23 18UN
6.00 18.0 5/16 - 23.0 58.00 6.00 3 C 1.411
•
MTECSH 08067C22 16UN
6.70 16.0 3/8 - 22.0 64.00 8.00 3 C 1.588
•
MTECSH 08077C25 14UN
7.70 14.0 7/16 - 25.0 64.00 8.00 3 C 1.814
•
MTECSH 10092C27 13UN
9.20 13.0 1/2 - 27.5 73.00 10.00 3 C 1.954
•
MTECSH 12114C34 11UN
11.40 11.0 5/8 - 34.5 84.00 12.00 3 C 2.309
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
Cutting Data for Hardened Steel
ISO Material Hardness HRc Cutting Speed
m/min
Feed (mm/tooth) for Cutting Diameter (mm)
1.523456789
HHardened 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
TP/8
TP/4
60˚
TP NUT
SCREW
DC
TP
LU
OAL
DCONMS
Application: General engineering fittings and pipe couplings
Dimensions
Designation
DC TPI(1) LU OAL DCONMS TDZ NOF(2) Shank(3)
IC908
MTECS 08078C19 28W
7.80 28.0 19.5 64.00 8.00 G 1/8 3 C
•
MTECS 1010D30 19W
10.00 19.0 30.0 73.00 10.00 G 1/4-3/8 4 C
•
MTECS 1212D37 14W
12.00 14.0 37.0 84.00 12.00 G 1/2-7/8 4 C
•
MTECS 1616D44 11W
16.00 11.0 44.0 105.00 16.00 G>1 4 C
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTECS-W
Short Solid Carbide Threading
Endmills for Internal or External
BSP and BSF Thread Profiles
RE=0.137TP
55˚
TP
NUT
SCREW
ISCAR
404
THREAD MILLING TOOLS
DCONMS
OAL
15°
DC
TPAPMX
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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 38.10 101.00 C
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTEC-W
Solid Carbide Threading
Endmills for Internal or External
BSF/BSP Thread Profile
RE=0.137TP
55˚
TP
NUT
SCREW
DC
OAL
TP
APMX
DCONMS
15°
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTECB-W
Solid Carbide Internal or External
Threading Endmills with Coolant
Hole for BSF/BSP Thread Profile
RE=0.137TP
55˚
TP
NUT
SCREW
DC
TP
APMX
OAL
15°
DCONMS
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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
•
MTECZ 1616D38 11W
11.0 G>1 16.00 16.00 4 38.10 101.00 C
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTECZ-BSF/BSP
Solid Carbide Threading Endmills
with Coolant Holes Located
in the Flutes for Internal or
External BSF/BSP Thread
NUT
RE=0.137TP
55˚
TP
SCREW
405
THREAD MILLING TOOLS
DCONMS
OAL
LU
DC
TP
60°
TP
TDZ
Aerospace and automotive industries, for applications requiring high fatigue strength
Dimensions
Designation
DC TP(2) LU OAL DCONMS TDZ NOF(3) Shank(4) CSP(5)
IC908
MTECS 06032C10 0.7MJ (1)
3.20 0.700 10.0 58.00 6.00 MJ4 3 C 0
•
MTECS 06039C12 0.8MJ (1)
3.90 0.800 12.5 58.00 6.00 MJ5 3 C 0
•
MTECS 06048C15 1.0MJ (1)
4.80 1.000 15.0 58.00 6.00 MJ6 3 C 0
•
MTECS 08061C20 1.25MJ
6.10 1.250 20.0 64.00 8.00 MJ8 3 C 1
•
MTECS 0808C25 1.5MJ
8.00 1.500 25.0 64.00 8.00 MJ10 3 C 1
•
MTECS 10092C30 1.75MJ
9.20 1.750 30.0 73.00 10.00 MJ12 3 C 1
•
MTECS 1010C35 2.0MJ
10.00 2.000 35.0 73.00 10.00 MJ14, MJ16 3C1
•
• For user guide, see pages 435-442
(1) Without coolant holes
(2) Thread pitch
(3) Number of flutes
(4) C-Cylindrical
(5) 0 - Without coolant supply, 1 - With coolant supply
MTECS-MJ
Small Diameter Short Solid
Carbide MJ-Type Profile
Threading Endmills
REmax 0.18042TP
REmin 0.15011TP
5/16 TP 60°
SCREW
NUT
DCONMS
OAL
LU
DC
TP
60°
TP
Aerospace and automotive industries, for applications requiring high fatigue strength
Dimensions
Designation
DC TPI(2) UNJC UNJF LU OAL DCONMS NOF(3) Shank(4) CSP(5)
IC908
MTECS 06033C10 32UNJ (1)
3.30 32.0 8 10 10.5 58.00 6.00 3 C 0
•
MTECS 08051C16 28UNJ
5.10 28.0 - 1/4 16.0 64.00 8.00 3 C 1
•
MTECS 08067C20 24UNJ
6.70 24.0 - 5/16, 3/8 20.0 64.00 8.00 3 C 1
•
MTECS 06049C16 20UNJ (1)
4.90 20.0 1/4 - 16.0 58.00 6.00 3 C 0
•
MTECS 0808C28 20UNJ
8.00 20.0 - 7/16 28.0 64.00 8.00 3 C 1
•
MTECS 08061C20 18UNJ
6.15 18.0 5/16 9/16 20.0 64.00 8.00 3 C 1
•
MTECS 08069C24 16UNJ
6.90 16.0 3/8 - 24.0 64.00 8.00 3 C 1
•
MTECS 08079C25 14UNJ
7.90 14.0 7/16 - 25.0 64.00 8.00 3 C 1
•
MTECS 10094C27 13UNJ
9.40 13.0 1/2 - 27.5 73.00 10.00 3 C 1
•
• For user guide, see pages 435-442
(1) Without coolant holes
(2) Threads per inch
(3) Number of flutes
(4) C-Cylindrical
(5) 0 - Without coolant supply, 1 - With coolant supply
MTECS-UNJ
Small Diameter Short Solid
Carbide UNJ-Type Profile
Threading Endmills
REmax 0.18042TP
REmin 0.15011TP
5/16 TP 60°
SCREW
NUT
ISCAR
406
THREAD MILLING TOOLS
DCONMS
OAL
15°
TP APMX
DC
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTEC 0606C9 28BSPT
28.0 RC1/8 6.00 5.40 3 8.16 57.00 C
•
MTEC 0808C14 19BSPT
19.0 RC1/4,RC3/8 8.00 7.16 3 12.03 64.00 C
•
MTEC 1212D19 14BSPT
14.0 RC1/2,RC7/8 12.00 10.88 4 16.33 84.00 C
•
MTEC 1616D28 11BSPT
11.0 RC1,RC2 16.00 14.17 4 25.40 101.00 C
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTEC-BSPT
Solid Carbide Threading
Endmills for External or Internal
BSPT Thread Profile
Taper 1:16
RE=0.137TP
TP
27.5˚
90˚
27.5˚
NUT
SCREW
DC
OAL
TP
DCONMS
15°
APMX
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) BSPT DCONMS DC NOF(2) APMX OAL Shank(3) TP(4)
IC908
MTECZ 08078C14 28BSPT
28.0 RC1/8 8.00 7.80 3 14.10 64.00 C 0.907
•
MTECZ 1010D16 19BSPT
19.0 RC1/4-3/8 10.00 10.00 4 16.70 73.00 C 1.337
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
MTECZ-BSPT
Solid Carbide Threading Endmills
with Coolant Holes Located
in the Flutes for Internal or
External BSPT Thread Profile
Taper 1:16
RE=0.137TP
27.5˚
90˚
27.5˚
NUT
SCREW
TP
DCONMS
OAL
15°
TPAPMX
DC
Application: Steam, gas and water pipes
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
IC908
MTEC 0606C9 27NPT
27.0 1/16,1/8 6.00 5.36 3 9.90 58.00 C
•
MTEC 0808C14 18NPT
18.0 1/4,3/8 8.00 7.12 3 14.80 64.00 C
•
MTEC 1212D20 14NPT
14.0 1/2,3/4 12.00 10.77 4 20.90 84.00 C
•
MTEC 1616D27 11.5NPT
11.5 1,2 16.00 14.24 4 27.60 101.00 C
•
MTEC 2020D39 8NPT
8.0 ≥2-1/2 20.00 20.00 4 39.70 105.00 C
•
• For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTEC-NPT
Solid Carbide Threading
Endmills for External or
Internal NPT Thread Profile
Taper 1:16
TP
30˚
90˚
30˚
NUT
SCREW
407
THREAD MILLING TOOLS
DC
TPAPMX
OAL
DCONMS
15°
Application: Steam, gas and water pipes
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTECB-NPT
Solid Carbide Threading Endmills
with Coolant Hole for External
or Internal NPT Thread Profile
Taper 1:16
TP
30˚
90˚
30˚
NUT
SCREW
DC
OAL
TP
DCONMS
APMX
Application: Electrical connectors
Dimensions
Designation
TPI(1) THOD DCONMS DC NOF(2) APMX OAL Shank(3) TP(4)
IC908
MTECB 1212D20 18PG
18.0 Pg 9, 11, 13.5, 16 12.00 12.00 4 20.50 84.00 C 1.411
•
MTECB 1212D23 16PG
16.0 Pg 21, 29,36, 42, 48 12.00 12.00 4 23.00 84.00 C 1.588
•
• With internal coolant hole • For user guide, see pages 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
(4) Thread pitch
MTECB-PG
Solid Carbide Threading
Endmills with Coolant Hole
for External and Internal PG
Full Profile (DIN 40430)
Used for electrical connectors
TP
80˚
SCREW
NUT
DCONMS
OAL
15°
TP APMX
DC
Application: Steam, gas and water pipes
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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 435-442
(1) Threads per inch
(2) Number of flutes
(3) C-Cylindrical
MTEC-NPTF
Solid Carbide Threading
Endmills for External or
Internal NPTF Thread Profile
Taper 1:16
TP
30˚
90˚
30˚
NUT
SCREW
ISCAR
408
THREAD MILLING TOOLS
DC
OAL
TP
DCONMS
15°
APMX
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DCONMS DC NOF(2) APMX OAL Shank(3)
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 435-442
(1) Threads per inch
(2) Number of flutes
(3) 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
TP
30˚
90˚
30˚
NUT
SCREW
60°
OAL
DCONMS
LU
DC
Application: General engineering
Dimensions Tough
1
Hard
Designation
TPN(1) TPX(2)
TPN_
DF2(3)
TPX_
DF2(4) TPIN(5) TPIX(6)
TPIN_
DF2(7)
TPIX_
DF2(8) Th DCONMS DC NOF(9) LU OAL Shank(10) CSP(11)
IC908
IC902
MTECI 03019C5 A60
0.350 0.600 0.350 0.600 40.00 72.00 40.00 72.00 (a) 3.00 1.90 3 5.2 39.00 C 0
•
MTECI 03024C7 A60
0.500 0.800 0.500 0.800 32.00 48.00 32.00 48.00 (a) 3.00 2.40 3 7.1 38.00 C 0
•
MTECI 06032C9 A60
0.500 1.000 0.500 1.000 24.00 48.00 24.00 48.00 (a) 6.00 3.20 3 9.5 57.00 C 0
•
MTECI 0604C12 A60
0.500 1.000 0.500 1.000 24.00 48.00 24.00 48.00 (a) 6.00 4.00 3 12.5 58.00 C 0
•
MTECI 0605D20 A60
0.500 0.800 0.400 0.800 28.00 56.00 32.00 64.00 ≥6 6.00 5.00 4 20.0 58.00 C 1
•
MTECI 0808D28 A60
0.500 0.800 0.400 0.800 28.00 56.00 32.00 64.00 ≥9 8.00 8.00 4 28.0 64.00 C 1
•
MTECI 0808D30 A60
1.000 1.750 0.800 1.500 14.00 28.00 16.00 32.00 ≥10 8.00 8.00 4 30.0 64.00 C 1
•
MTECI 1010D35 A60
1.000 1.750 0.800 1.500 14.00 28.00 16.00 32.00 ≥12 10.00 10.00 4 35.0 73.00 C 1
•
MTECI 1212E39 A60
1.000 1.750 0.800 1.500 14.00 28.00 16.00 32.00 ≥14 12.00 12.00 5 39.0 84.00 C 1
•
MTECI 1212E40 A60
2.000 3.000 1.750 2.500 8.00 13.00 10.00 15.00 ≥16 12.00 12.00 5 40.0 84.00 C 1
•
MTECI 1614E45 A60
2.000 3.000 1.750 2.500 8.00 13.00 10.00 15.00 ≥18 16.00 14.00 5 45.0 101.00 C 1
•
MTECI 1616E50 A60
2.000 3.000 1.750 2.500 8.00 13.00 10.00 15.00 ≥20 16.00 16.00 5 50.0 101.00 C 1
•
• (a)See table below • For user guide, see pages 435-442
(1) Internal thread pitch minimum
(10) C-Cylindrical
(11) 0 - Without coolant supply, 1 - With coolant supply
(2) Internal thread pitch maximum
(3) External thread pitch minimum
(4) External thread pitch maximum
(5) Internal threads per inch minimum
(6) Internal threads per inch maximum
(7) External threads per inch minimum
(8) External threads per inch maximum
(9) Number of flutes
Possible Thread Sizes
Designation
M Coarse M Fine UN, UNC, UNS,UNF, UNEF
MTECI 03019C5 A60
M2.5x0.45 M2.5x0.35, M3x0.35, 3-48UNC, 3-56UNF, 4-40UNC, 4-48UNF
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
409
THREAD MILLING TOOLS
60°
DCONMS
OAL
LU
DC
Application: General engineering
Dimensions
Designation
TP(1) M Coarse M Fine DCONMS DC NOF(2) LU OAL Shank(3)
IC902
MTECI 03009C4 0.25ISO
0.250 M1.2X0.25 M1.4X0.25, M1.6X0.25 3.00 0.90 3 4.3 39.00 C
•
MTECI 03007C3 0.25ISO
0.250 M1X0.25 - 3.00 0.72 3 3.6 39.00 C
•
MTECI 03011C5 0.3ISO
0.300 M1.4X0.3 - 3.00 1.05 3 5.0 39.00 C
•
MTECI 03012C6 0.35ISO
0.350 M1.6X0.35 M2X0.35, M2.2X0.35 3.00 1.20 3 5.7 39.00 C
•
MTECI 03016C7 0.4ISO
0.400 M2X0.4 - 3.00 1.55 3 7.1 39.00 C
•
MTECI 03024C10 0.5ISO
0.500 M3X0.5 M3.5X0.5, M4X0.5 3.00 2.37 3 10.6 39.00 C
•
• For user guide, see pages 435-442
(1) Thread pitch
(2) Number of flutes
(3) C-Cylindrical
MTECI-ISO
Small Diameter Single Point
Internal ISO Profile Solid
Carbide Thread Mills
TP/8
TP/4
60˚
TP NUT
SCREW
D1
RE
THFT
DCONMS
CDX
OAL
PDX
DC
Dimensions
Designation
DC DMIN DIOUT(1) THFT(2) TPN(3) TPX(4) TPIN(5) TPIX(6) PDX RE D1 CDX OAL ZEFP(7) DCONMS
IC908
SD TRD32-M60-6P-SP15
31.70 42.00 36.00 VP60 4.000 6.000 4.00 6.00 3.70 0.30 8.40 4.70 7.70 8 15.00
•
SD TRD40-M60-8P-SP17
39.70 57.00 64.00 VP60 6.000 8.000 3.00 4.00 4.50 0.40 9.80 6.20 9.50 10 17.00
•
• For shanks, see pages 329-331 • For user guide, see pages 435-442
(1) Minimum diameter for external threading
(2) VP60=60° partial thread form
(3) Thread pitch minimum (mm)
(4) Thread pitch maximum (mm)
(5) Threads per inch minimum
(6) Threads per inch maximum
(7) Num. of cutting edges
SD TRD-M-SP
Interchangeable Solid
Carbide Heads for 60° Partial
Profile Thread Milling
60°
NUT
SCREW
D1
RE
THFT
DCONMS
CDX
OAL
PDX
DC
Dimensions
Designation
DC DMIN DIOUT(1) THFT(2) THFT_2 TPIN(3) TPIX(4) PDX D1 CDX OAL ZEFP(5) RE DCONMS
IC908
SD TRD32-W55-4T-SP15
31.70 46.00 35.00 VP55 WH55 4.00 6.00 3.70 8.40 4.70 7.70 8 0.50 15.00
•
SD TRD40-W55-3T-SP17
39.70 57.00 57.00 VP55 WH55 3.00 4.00 4.50 9.80 6.20 9.50 10 0.80 17.00
•
• For shanks, see pages 329-331 • For user guide, see pages ..
(1) Minimum diameter for external threading
(2) VP55=55° partial thread forms
(3) Threads per inch minimum
(4) Threads per inch maximum
(5) Num. of cutting edges
SD TRD-W-SP
Interchangeable Solid
Carbide Heads for 55° Partial
Profile Thread Milling
60°
NUT
SCREW
ISCAR
410
THREAD MILLING TOOLS
DC RE
55˚
PDX
THSZMS
Dimensions
Designation
DC NOF(1) TPIN(2) TPIX(3) RE PDX THSZMS TDZ(4) DMIN TQ(5)
IC908
MM TRF12-W55-P11-5T05
11.94 5 11.00 14.00 0.23 1.15 T05 15.875 13.60 7.0
•
MM TRF12-W55-P19-5T05
11.94 5 19.00 28.00 0.11 0.75 T05 14.287 13.10 10.0
•
MM TRF16-W55-P8-5T06
15.94 5 8.00 14.00 0.23 1.55 T06 20.637 18.30 15.0
•
MM TRF20-W55-P6-6T08
19.94 6 6.00 8.00 0.40 1.95 T08 25.4 21.30 28.0
•
• For ISO metric thread (ISO 68, DIN13, ANSI B 1.13M-1983) • For shanks, see pages 84-91 • For clamping instructions, see pages 91-92 • Do not apply lubricant to
the threaded connection.
(1) Number of flutes
(2) Threads per inch minimum
(3) Threads per inch maximum
(4) Smallest possible thread
(5) Tightening torque
Thread Size Tightening Torque (Nxcm)
T05 700
T06 1000
T08 1500
T10 2800
(1)
Order separately
Spare Parts
Designation
MM TRF12-W55-P11-5T05
BIT SOCKET T20 3/8" DRIVE*
MM TRF12-W55-P19-5T05
BIT SOCKET T20 3/8" DRIVE*
MM TRF16-W55-P8-5T06
BIT SOCKET T25 3/8" DRIVE*
MM TRF20-W55-P6-6T08
BIT SOCKET T40 3/8" DRIVE*
* Optional, should be ordered separately
MM TRF 55°
Interchangeable Solid Carbide
Milling Heads for 55° Partial
Profile Thread Milling
411
THREAD MILLING TOOLS
DC
PDX
60˚
CF
THSZMS
Dimensions
Designation
DC NOF(1) TPN(2) TPX(3)
TPN_
DF2(4)
TPX_
DF2(5) TPIN(6) TPIX(7)
TPIN_
DF2(8)
TPIX_
DF2(9) CF PDX THSZMS TDZ(10) TQ DMIN
IC908
MM TRF12A60-P080-5T05
11.94 5 0.500 0.800 0.400 0.800 28.00 56.00 32.00 64.00 0.05 0.55 T05 M14 7.0 13.50
•
MM TRF12A60-P175-5T05
11.94 5 1.000 1.750 0.800 1.500 14.00 28.00 16.00 32.00 0.11 0.96 T05 M14 7.0 13.00
•
MM TRF12A60-P250-5T05
11.94 5 2.000 2.500 1.750 2.000 10.00 13.00 11.00 15.00 0.22 1.21 T05 M16 7.0 14.00
•
MM TRF16A60-P080-5T06
15.94 5 0.500 0.800 0.400 0.800 28.00 56.00 32.00 64.00 0.05 0.55 T06 M18 10.0 17.50
•
MM TRF16A60-P175-5T06
15.94 5 1.000 1.750 0.800 1.500 14.00 28.00 16.00 32.00 0.10 1.00 T06 M18 10.0 17.00
•
MM TRF16A60-P300-5T06
15.94 5 2.000 3.000 1.750 2.500 8.00 13.00 10.00 15.00 0.22 1.41 T06 M20 10.0 18.00
•
MM TRF20A60-P200-6T08
19.94 6 1.000 2.000 0.800 1.750 13.00 28.00 15.00 32.00 0.11 0.95 T08 M24 10.0 23.00
•
MM TRF20A60-P300-6T08
19.94 6 2.000 3.000 1.750 2.500 8.00 13.00 10.00 15.00 0.22 1.41 T08 M24 15.0 22.00
•
MM TRF20A60-P400-6T08
19.94 6 3.000 4.000 2.500 3.500 6.00 9.00 7.00 10.00 0.31 1.86 T08 M25 15.0 22.00
•
MM TRF28A60-P600-5T10
27.70 5 5.000 6.000 4.500 5.000 4.00 5.00 5.00 6.00 0.57 2.49 T10 M38 28.0 33.00
•
MM TRF28A60-P500-6T10
27.70 6 3.000 5.000 2.500 4.500 6.00 8.00 6.00 10.00 0.34 2.17 T10 M33 28.0 30.00
•
• For ISO metric thread (ISO 68, DIN13, ANSI B 1.13M-1983) • For shanks, see pages 84-91 • For clamping instructions, see pages 91-92 • Do not apply lubricant to
the threaded connection.
(1) Number of flutes
(10) Smallest possible thread
(2) Thread pitch minimum (mm)-internal
(3) Thread pitch maximum (mm)-internal
(4) Thread pitch minimum (mm)-external
(5) Thread pitch maximum (mm)-external
(6) Threads per inch minimum-internal
(7) Threads per inch maximum-internal
(8) Threads per inch minimum-external
(9) Threads per inch maximum-external
Spare Parts
Designation
MM TRF12A60-P080-5T05
BIT SOCKET T20 3/8" DRIVE*
MM TRF12A60-P175-5T05
BIT SOCKET T20 3/8" DRIVE*
MM TRF12A60-P250-5T05
BIT SOCKET T20 3/8" DRIVE*
MM TRF16A60-P080-5T06
BIT SOCKET T20 3/8" DRIVE*
MM TRF16A60-P175-5T06
BIT SOCKET T25 3/8" DRIVE*
MM TRF16A60-P300-5T06
BIT SOCKET T25 3/8" DRIVE*
MM TRF20A60-P200-6T08
BIT SOCKET T25 3/8" DRIVE*
MM TRF20A60-P300-6T08
BIT SOCKET T40 3/8" DRIVE*
MM TRF20A60-P400-6T08
BIT SOCKET T25 3/8" DRIVE*
MM TRF28A60-P600-5T10
BIT SOCKET T40 3/8" DRIVE*
MM TRF28A60-P500-6T10
BIT SOCKET T40 3/8" DRIVE*
* Optional, should be ordered separately
MM TRF 60°
Interchangeable Solid Carbide
Milling Heads for 60° Partial
Profile Thread Milling
ISCAR
412
THREAD MILLING TOOLS
DC
TRD16 TRD22
RE
60
CF
TS TS
RE
DC PDX
PDX
60
Dimensions
Designation
DC NOF(1) TPN(2) TPX(3)
TPN_
DF2(4)
TPX_
DF2(5) TPIN(6) TPIX(7)
TPIN_
DF2(8)
TPIX_
DF2(9) RE CF PDX THSZMS TDZ(10) DMIN Standard
IC528
MM TRD16-M60-05P-3T06
15.70 3 0.500 2.000 0.400 2.000 13.00 48.00 16.00 56.00 - (11) 0.05 1.4 T06 M20 19.05 ISO 68, DIN 13 MM EGR 16-18*
•
MM TRD16-M60-15P-3T06
15.70 3 1.500 2.000 1.000 1.500 13.00 16.00 16.00 28.00 0.05 - 1.4 T06 M22 19.05 ISO 68, DIN 13 MM EGR 16-18*
•
MM TRD22-M60-30P-4T08
21.70 4 3.000 4.500 2.500 4.000 6.00 9.00 7.00 10.00 0.20 - 2.4 T08 M36 31.00 ISO 68, DIN 13 MM EGR 20-22*
•
• For ISO metric thread (ISO 68, DIN13, ANSI B 1.13M-1983) • For shanks, see pages 84-91 • For clamping instructions, see pages 91-92 • Do not apply lubricant to
the threaded connection.
(1) Number of flutes
(2) Thread pitch minimum (mm)-internal
(3) Thread pitch maximum (mm)-internal
(4) Thread pitch minimum (mm)-external
(5) Thread pitch maximum (mm)-external
(6) Threads per inch minimum-internal
(7) Threads per inch maximum-internal
(8) Threads per inch minimum-external
(9) Threads per inch maximum-external
(10) Smallest possible thread (11) Flat
* Optional, should be ordered separately
MM TRD-M
Interchangeable Solid Carbide
Milling Heads for 60° Partial
Profile Thread Milling
60°
NUT
SCREW
RE
55
DC
PDX
THSZMS
Dimensions
Designation
DC NOF(1) RE PDX TPIN(2) TPIX(3)
TPIN_
DF2(4)
TPIX_
DF2(5) THSZMS TDZ(6) DMIN Standard
IC528
MM TRD22-W55-14P-4T08
21.70 4 0.20 2.0 11.00 14.00 11.50 16.00 T08 G3/4 24.20 DIN ISO 228, B.S. 84 MM EGR 20-22*
•
• For shanks, see pages 84-91 • For clamping instructions, see pages 91-92 • Do not apply lubricant to the threaded connection.
(1) Number of flutes
(2) Threads per inch minimum-internal
(3) Threads per inch maximum-internal
(4) Threads per inch minimum-external
(5) Threads per inch maximum-external
(6) Thread diameter size
* Optional, should be ordered separately
MM TRD-W
Interchangeable Solid Carbide
Milling Heads for 55° Partial
Profile Thread Milling
55°
NUT
SCREW
413
THREAD MILLING TOOLS
TP
DC
LF
APMX
THSZMS
Application: General engineering
Dimensions
Designation
TP(1) M Coarse M Fine DC NOF(2) APMX LF THSZMS
IC908
MT10D7.5 0.5ISO-MMT05
0.500 - ≥14 10.00 4 7.50 12.75 T05 MM KEY 6X4*
•
MT 10D6 0.75ISO-MMT05
0.750 - ≥12 10.00 4 6.00 12.75 T05 MM KEY 6X4*
•
MT 10D6 1.0ISO-MMT05
1.000 - ≥12 10.00 4 6.00 12.75 T05 MM KEY 6X4*
•
MT 10D5 1.25ISO-MMT05
1.250 - ≥14 10.00 4 5.00 12.75 T05 MM KEY 6X4*
•
MT 10D6 1.5ISO-MMT05
1.500 - ≥14 10.00 4 6.00 12.75 T05 MM KEY 6X4*
•
MT 12D8 0.5ISO-MMT06
0.500 - ≥16 12.00 4 8.00 14.30 T06 MM KEY 8X5*
•
MT 12E8 0.75ISO-MMT06
0.750 - ≥16 12.00 5 8.30 14.30 T06 MM KEY 8X5*
•
MT 12E8 1.0ISO-MMT06
1.000 - ≥16 12.00 5 8.00 14.30 T06 MM KEY 8X5*
•
MT 12D8 1.25ISO-MMT06
1.250 - ≥16 12.00 4 7.50 14.30 T06 MM KEY 8X5*
•
MT 12D7 1.5ISO-MMT06
1.500 - ≥16 12.00 4 7.60 14.30 T06 MM KEY 8X5*
•
MT 12D7 1.75ISO-MMT06
1.750 - ≥16 12.00 4 7.10 14.30 T06 MM KEY 8X5*
•
MT12D8 2.0ISO-MMT06
2.000 M16 ≥17 12.00 4 8.00 14.30 T06 MM KEY 8X5*
•
MT 16F12 1.0ISO-MMT08
1.000 - ≥22 16.00 6 12.00 20.00 T08 MM KEY 10X7*
•
MT 16F12 1.5ISO-MMT08
1.500 - ≥20 16.00 6 12.00 20.00 T08 MM KEY 10X7*
•
MT 16E12 2.0ISO-MMT08
2.000 - ≥19 16.00 5 12.00 20.00 T08 MM KEY 10X7*
•
MT15.4E13 2.5ISO-MMT08
2.500 M20 ≥22 15.40 5 12.70 20.00 T08 MM KEY 10X7*
•
MT 16C12 3.0ISO-MMT08
3.000 M24 ≥25 16.00 3 12.10 20.00 T08 MM KEY 10X7*
•
MT20F14 2.0ISO-MMTT10
2.000 - ≥27 20.00 6 12.00 21.00 T10 BIT SOCKET T30 3/8" DRIVE* T-40/3 L*
•
MT20D12 3.0ISO-MMTT10
3.000 - ≥27 20.00 4 12.20 21.00 T10 BIT SOCKET T40 3/8" DRIVE* T-40/3 L*
•
MT20D14 3.5ISO-MMTT10
3.500 - ≥30 20.00 4 10.60 21.00 T10 BIT SOCKET T40 3/8" DRIVE* T-40/3 L*
•
• Note: Description and dimensions relate to the new products with clamping flats. There is a possibility that the customer will receive the old item (with TORX) until the stock is
depleted. • For shanks, see pages 84-91 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 91-92
• Do not apply lubricant to the threaded connection
(1) Thread pitch
(2) Number of flutes
* Optional, should be ordered separately
MT-ISO-MM
Carbide Milling Heads with
a Threaded Connection for
Internal ISO Metric Thread
TP/8
TP/4
60˚
TP NUT
SCREW
Thread
Profile
ISO
UN
G (55°)
MT
MULTI-
MASTER
Thread Mill
10
Cutting
Dia.
D
No. of
Flutes
0.75
Pitch
6
Cutting
Length
ISO MMT/MMTT
Connection
Size
Identification Code
ISCAR
414
THREAD MILLING TOOLS
TP
DC
APMX
LF
THSZMS
Application: General engineering
Dimensions
Designation
TPI(1) UNC UNF UNEF DC NOF(2) APMX LF THSZMS TP(3)
IC908
MT 10D7 32UN-MMT05
32.0 - - - 10.00 4 6.40 12.75 T05 0.794
•
MT 10D6 28UN-MMT05
28.0 - 1/2 - 10.00 4 5.50 12.75 T05 0.907
•
MT 10D6 24UN-MMT05
24.0 - - 9/16-5/8 10.00 4 5.30 12.75 T05 1.058
•
MT 10D6 20UN-MMT05
20.0 - 1/2 - 10.00 4 5.10 12.75 T05 1.270
•
MT 10D5 18UN-MMT05
18.0 - 9/16-5/8 1 1/8-1 5/8 10.00 4 5.60 12.75 T05 1.411
•
MT 10D7 16UN-MMT05
16.0 - 3/4 - 10.00 4 6.40 12.75 T05 1.588
•
MT 12D8 24UN-MMT06
24.0 - - 5/8- 11/16 12.00 4 7.40 14.30 T06 1.058
•
MT 12D8 20UN-MMT06
20.0 - - 3/4 - 1 12.00 4 7.70 14.30 T06 1.270
•
MT 12D8 18UN-MMT06
18.0 - 5/8 ≥1 11/16 12.00 4 7.10 14.30 T06 1.411
•
MT 12D8 16UN-MMT06
16.0 - 3/4 - 12.00 4 8.00 14.30 T06 1.588
•
MT 12D8 14UN-MMT06
14.0 - 7/8 - 12.00 4 7.30 14.30 T06 1.814
•
MT 16E11 18UN-MMT08
18.0 - 5/8 ≥1 11/16 16.00 5 11.30 20.00 T08 1.411
•
MT 16E13 14UN-MMT08
14.0 - 7/8 - 16.00 5 12.70 20.00 T08 1.814
•
MT 16E13 12UN-MMT08
12.0 - 1-1 1/2 - 16.00 5 12.70 20.00 T08 2.117
•
MT 15.3D13 10UN-MMT08
10.0 3/4 - - 15.30 4 12.70 20.00 T08 2.540
•
MT 16C11 9UN-MMT08
9.0 7/8 - - 16.00 3 11.30 20.00 T08 2.822
•
MT 16C13 8UN-MMT08
8.0 1.0 - - 16.00 3 12.70 20.00 T08 3.175
•
MT20F13 12UN-MMTT10
12.0 - ≥1 - 20.00 6 12.70 21.00 T10 2.117
•
MT20D13 8UN-MMTT10
8.0 1 - 20.00 4 12.70 21.00 T10 3.175
•
MT20D15 7UN-MMTT10
7.0 - 1 1/8 - 1 1/4 - 20.00 4 10.90 21.00 T10 3.629
•
• Note: Description and dimensions relate to the new products with clamping flats. There is a possibility that the customer will receive the old item (with TORX) until the stock
is depleted. • For shanks, see pages 84-91 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see page 91-92 • Do not
apply lubricant to the threaded connection
(1) Threads per inch
(2) Number of flutes
(3) Thread pitch
MT-UN-MM
Carbide Milling Heads with
a Threaded Connection for
Internal UN Thread Profile
TP
60˚
TP/4
TP/8
NUT
SCREW
TP
DC
APMX
LF
THSZMS
Application: General engineering fittings and pipe couplings
Dimensions
Designation
TPI(1) TDZ DC NOF(2) APMX LF THSZMS TP(3)
IC908
MT 10D6 19W-MMT05
19.0 G1/4-3/8 10.00 4 5.30 12.75 T05 1.337
•
MT 16D13 14W-MMT08
14.0 G1/2-7/8 16.00 4 12.70 20.00 T08 1.814
•
MT 16D11 11W-MMT08
11.0 G≥1 16.00 4 11.50 20.00 T08 2.309
•
MT20F15 14W-MMTT10
14.0 G3/4-7/8 20.00 6 12.70 21.00 T10 1.814
•
MT20F14 11W-MMTT10
11.0 G≥1 20.00 6 11.50 21.00 T10 2.309
•
• Note: Description and dimensions relate to the new products with clamping flats. There is a possibility that the customer will receive the old item (with TORX) until the stock
is depleted. • For shanks, see pages 84-91 • For clamping keys (should be ordered separately), tightening torques and clamping instructions, see pages 91-92 • Do not
apply lubricant to the threaded connection
(1) Threads per inch
(2) Number of flutes
(3) Thread pitch
Thread Size Key (1) Torque Wrench (1) Wrench (1) Tightening Torque (Nxcm)
T05 MM KEY 6x4 TORQUE WRENCH 5-50Nm 9X12 MM WRENCH 6-05 700
T06 MM KEY 8x5 TORQUE WRENCH 5-50Nm 9X12 MM WRENCH 8-06 1000
T08 MM KEY 10x7 TORQUE WRENCH 5-50Nm 9X12 MM WRENCH 10-08 1500
T10 MM KEY 13x8 TORQUE WRENCH 5-50Nm 9X12 MM WRENCH 13-10 2800
(1) Order separately
MT-W-MM
Carbide Milling Heads with
a Threaded Connection for
Internal and External 55°
BSW Thread Profile
RE=0.137TP
55˚
TP
NUT
SCREW
415
THREAD MILLING TOOLS
DCONMS
OAL
LF
APMX
DC
DRVS THSZMS
Designation
DC APMX CICT(1) LF THSZMS DCONMS OAL DRVS(2) TQ(3)
kg
MTE D13.7-1-MMT06-14
13.70 14.00 1 17.00 T06 9.60 23.30 8.0 1.2 0.03
MTE D15.8-1-MMT08-14
15.80 14.00 1 17.00 T08 11.70 24.50 10.0 1.2 0.02
MTE D20/D0.79-2-MMT10-14
20.00 14.00 2 18.00 T10 15.30 29.30 13.0 1.2 0.03
MTE D20/D0.79-3-MMT10-14
20.00 14.00 3 24.00 T10 15.30 35.30 13.0 1.2 0.02
MTE D21/D0.82-1-MMT10-21
21.00 21.00 1 25.00 T10 15.30 36.30 13.0 4.8 0.12
MTE D30.4/D1.2-2-MMT15-21
30.40 21.00 2 25.00 T15 23.90 42.00 20.0 4.8 0.13
MTE D30.4/D1.2-3-MMT15-21
30.40 21.00 3 34.00 T15 23.90 51.00 20.0 4.8 0.13
MTE D27-1-MMT12-30
27.00 30.00 1 38.20 T12 18.30 52.00 16.0 9.0 0.10
• Tool cutting diameter should not exceed 2/3 of thread bore diameter • For user guide, see pages 435-442
(1) Number of inserts
(2) Torque key size
(3) Recommended clamping torque
For inserts, see pages: MT LNH#-ACME (Internal) (427) • MT LNH#-ISO (Internal) (420) • MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-UN (Internal) (422) • MT
LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT
LNHU-UN (External) (423)
For holders, see pages: MM CAB (667) • MM GRT (shanks) (86) • MM S-A (stepped shanks) (84) • MM S-A (straight shanks) (87) • MM S-A-C# (86) • MM S-A-HSK (609)
• MM S-A-N (85) • MM S-A-SK (90) • MM S-B (85° conical shanks) (87) • MM S-D (89° conical shanks) (88) • MM S-ER (89) • MM S-ER-H (89) • MM TS-A (86)
Spare Parts
Designation
MTE D13.7-1-MMT06-14
SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD MM KEY 8X5*
MTE D15.8-1-MMT08-14
SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD MM KEY 10X7*
MTE D20/D0.79-2-MMT10-14
SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD MM KEY 13X8*
MTE D20/D0.79-3-MMT10-14
SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD MM KEY 13X8*
MTE D21/D0.82-1-MMT10-21
SR M4-IP15-MT BLD IP15/S7 SW6-SD MM KEY 13X8*
MTE D30.4/D1.2-2-MMT15-21
SR M4-IP15-MT BLD IP15/S7 SW6-SD MM KEY 20*
MTE D30.4/D1.2-3-MMT15-21
SR M4-IP15-MT BLD IP15/S7 SW6-SD MM KEY 20*
MTE D27-1-MMT12-30
SR M5-IP25-MT-S BLD IP25/S7 SW6-T MM KEY 16X9*
* Optional, should be ordered separately
MTE-MM
Indexable Threading Endmills
with a MULTI-MASTER
Shank Connection
OAL
LU
BD
DC
APMX
DCONMS
Designation
APMX DC NOF(4) DCONMS BD LU OAL Shank(5) TQ(6)
kg
MTE D09.5-1-W20-12 (1)
12.00 9.50 1 20.00 7.50 15.5 85.00 W 1.2 0.16 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D09.9-1-W20-12
12.00 9.90 1 20.00 7.50 16.0 85.00 W 1.2 0.16 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D12.2-1-W20-14
14.00 12.20 1 20.00 8.75 20.0 75.00 W 1.2 0.15 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D14.5-1-W20-14
14.00 14.50 1 20.00 10.80 27.1 85.00 W 1.2 0.16 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D17.0-1-W20-14
14.00 17.00 1 20.00 12.80 30.0 85.00 W 1.2 0.23 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D18-1-W20-21 (2)
21.00 18.50 1 20.00 14.20 30.0 85.00 W 4.8 0.20 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D21-1-W20-21
21.00 21.00 1 20.00 15.90 40.0 94.00 W 4.8 0.23 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D25-1-W20-21
21.00 25.00 1 20.00 20.00 61.0 115.00 W 4.8 0.24 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D29-1-W25-30 (3)
30.00 29.00 1 25.00 22.20 50.0 110.00 W 9.0 0.32 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D31-1-W25-30
30.00 31.00 1 25.00 25.00 90.0 150.00 W 9.0 0.60 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D38-1-W32-30
30.00 38.00 1 32.00 32.00 86.0 150.00 W 9.0 0.90 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D48-1-W40-40
40.00 48.00 1 40.00 35.00 78.0 153.00 W 9.0 1.30 SR M5-IP25-MT BLD IP25/S7 SW6-T
MTE D48-1-W40-40-B
40.00 48.00 1 40.00 36.50 138.0 210.00 W 9.0 1.50 SR M5-IP25-MT BLD IP25/S7 SW6-T
• Tool cutting diameter should not exceed 2/3 of thread bore diameter • All endmills are equipped with a bore for internal coolant • For user guide, see pages 435-442
(1) Not suitable for inserts: MT LNHT 1202 18NPTF, MT LNHT 1202 18NPT, MT LNHT 1202 19BSPT, MT LNHT 1202 I1.75ISO
(2) Not suitable for inserts:MT LNHT 2104 11.5NPT, 11.5NPTF, 8ABUT and MT LNHU 2104 I3.50ISO, I7UN
(3) Not suitable for MT LNHT 3005 4ABUT inserts
(4) Number of flutes
(5) W-Weldon
(6) Recommended clamping torque
For inserts, see pages: MT LNH#-ACME (Internal) (427) • MT LNH#-ISO (Internal) (420) • MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-UN (Internal) (422) • MT
LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT
LNHU-UN (External) (423)
MTE D
Indexable Threading Endmills
ISCAR
416
THREAD MILLING TOOLS
DCONMS
OAL
LU
DC
APMX
Designation
APMX DC DCONMS LU OAL Shank(1) TQ(2)
kg
MTE D09.9-1-C08C-12
12.00 9.90 8.00 94.00 127.00 C 1.2 0.07 SR M2.5-T8-MT BLD T08/M7 SW4-SD
MTE D13.7-1-C10C-14
14.00 13.70 10.00 77.00 110.00 C 1.2 0.10 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D13.7-1-C10C-14-B
14.00 13.70 10.00 120.00 153.50 C 1.2 0.12 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D15.2-1-C12C-14
14.00 15.20 12.00 139.00 182.30 C 1.2 0.12 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D21-1-C16C-21
21.00 21.00 16.00 86.60 130.00 C 4.8 0.01 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D21-1-C16C-21-B
21.00 21.00 16.00 163.00 206.30 C 4.8 0.60 SR M4-IP15-MT BLD IP15/S7 SW6-SD
MTE D27-1-C20C-30
30.00 27.00 20.00 204.00 263.00 C 9.0 0.99 SR M5-IP25-MT-S BLD IP25/S7 SW6-T
• 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 435-442
(1) C-Cylindrical
(2) Recommended clamping torque
For inserts, see pages: MT LNH#-ACME (Internal) (427) • MT LNH#-ISO (Internal) (420) • MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-UN (Internal) (422) • MT
LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT
LNHU-UN (External) (423)
For holders, see pages: BT-HYDRO HD (634) • C#-HYDRO HD (617) • DIN69871-HYDRO HD (569) • ER-SEAL-AA (687) • ER-SEAL-AA-JET (688) • HSK A-HYDRO HD
(592)
MTE D-C
Indexable Threading Endmills
with Cylindrical Carbide Shanks
APMX
DCONMS
OAL
LU
BD
DC
Designation
APMX DC DCONMS BD LU OAL Shank(1) TQ(2)
kg
MTE D20.0-2-W20-14
14.00 20.00 20.00 16.00 41.0 93.00 W 1.2 0.20 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D20.0-3-W20-14
14.00 20.00 20.00 16.00 41.0 93.00 W 1.2 0.15 SR M2.6-L6.7-S11 BLD T08/M7 SW4-SD
MTE D30-2-W25-21
21.00 30.00 25.00 - - 108.00 W 4.8 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 9.0 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 9.0 0.80 SR M5-IP25-MT BLD IP25/S7 SW6-T
• Tool cutting diameter should not exceed 2/3 of thread bore diameter • All endmills are equipped with a bore for internal coolant • For user guide, see pages 435-442
(1) W-Weldon
(2) Recommended clamping torque
For inserts, see pages: MT LNH#-ACME (Internal) (427) • MT LNH#-ISO (Internal) (420) • MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-UN (Internal) (422) • MT
LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT
LNHU-UN (External) (423)
MTE D (Multi Insert)
Double Insert Threading
Endmills with Weldon Shanks
417
THREAD MILLING TOOLS
DHUB
DC
DCONMS
OAL
APMX
Designation
DC APMX CICT(1) DHUB DCONMS OAL TQ(2)
kg
MTF D063-5-22-21
63.00 21.00 5 40.00 22.00 50.00 4.8 0.70
MTF D063-4-22-30
63.00 30.00 4 48.00 22.00 50.00 9.0 0.56
MTF D080-4-27-30
80.00 30.00 4 60.00 27.00 50.00 9.0 0.10
MTF D080-4-27-40
80.00 40.00 4 60.00 27.00 60.00 9.0 1.04
MTF D100-4-32-30
100.00 30.00 4 78.00 32.00 50.00 9.0 1.89
MTF D100-8-32-30
100.00 30.00 8 78.00 32.00 50.00 9.0 0.15
MTF D100-4-32-40
100.00 40.00 4 78.00 32.00 60.00 9.0 0.20
• For user guide, see pages 435-442
(1) Number of inserts
(2) Recommended clamping moment
For inserts, see pages: MT LNH#-ACME (Internal) (427) • MT LNH#-ISO (Internal) (420) • MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-UN (Internal) (422) • MT
LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT
LNHU-UN (External) (423)
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 DIN 912 M12X25 BLD IP25/S7 SW6-T
MTF D080-4-27-40
SR M5-IP25-MT SR DIN 912 M12X25 BLD IP25/S7 SW6-T
MTF D100-4-32-30
SR M5-IP25-MT SR M16X30 DIN912 BLD IP25/S7 SW6-T
MTF D100-8-32-30
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
DCONMS
DHUB
DC
BD
OAL
APMX
LUX
Designation
DC BD DHUB DCONMS OAL LUX APMX CICT(1) TQ(2)
kg
MTFLE D20-3-22-21
20.00 58.20 48.00 22.00 63.00 27.0 21.00 3 4.8 0.70
MTFLE D20-4-22-21
20.00 58.20 48.00 22.00 63.00 27.0 21.00 4 4.8 0.70
MTFLE D30-3-22-21
30.00 68.20 48.00 22.00 63.00 27.0 21.00 3 4.8 0.90
MTFLE D45-4-27-21
45.00 83.20 60.00 27.00 67.00 27.0 21.00 4 4.8 1.40
• For user guide, see pages 435-442
(1) Number of inserts
(2) Recommended clamping torque
For inserts, see pages: MT LNH#-NPS (426) • MT LNH#-NPSF (426) • MT LNH#-W (424) • MT LNHT-ABUT (427) • MT LNHT-BSPT (425) • MT LNHT-NPT (424) • MT
LNHT-NPTF (425) • MT LNHU-ISO (External) (421) • MT LNHU-PG (428) • MT LNHU-UN (External) (423)
Spare Parts
Designation
MTFLE D20-3-22-21
SR M10X25 DIN912 BLD IP15/S7 SW6-SD SR M4-IP15-MT
MTFLE D20-4-22-21
SR M10X25 DIN912 BLD IP15/S7 SW6-SD SR M4-IP15-MT
MTFLE D30-3-22-21
SR M10X25 DIN912 BLD IP15/S7 SW6-SD SR M4-IP15-MT
MTFLE D45-4-27-21
SR DIN 912 M12X25 BLD IP15/S7 SW6-SD SR M4-IP15-MT
MTFLE
External Multi-Tooth
Threading Shell Mills
ISCAR
418
THREAD MILLING TOOLS
OAL
LU
APMX
DCONMS
DC
Designation
DC APMX DCONMS OAL LU NOF(1) Shank(2)
kg
MIID(3)
MTSRH 23-2
23.00 27.00 25.00 110.00 50.0 2 W 0.30 MTH 23 I 4.0 ISO S23 K21
MTSRH 32-5
32.00 32.00 32.00 130.00 60.0 5 W 0.65 MTH 32 E 1.5 ISO S32
MTSRH 45-6
45.00 37.00 32.00 130.00 - 6 W 0.88 MTH 45 E 1.5 ISO S45X K40
• Note: ISCAR can provide special contour inserts on request
(1) Number of flutes
(2) W-Weldon
(3) Master insert identification
For inserts, see pages: MTH-BSPT (int. & ext.) (432) • MTH-F (433) • MTH-ISO (external) (428) • MTH-ISO (internal) (429) • MTH-NPT (int. & ext.) (432) • MTH-NPTF (int. &
ext.) (432) • MTH-UN (external) (430) • MTH-UN (internal) (431) • MTH-W (int. & ext.) (431)
MTH-F
MTH
MTSRH with MTH-F
Finishing Inserts
MTSRH (endmills)
Endmills with Coolant Holes
for Helical Threading Inserts
OAL
APMX
DCONMS
DHUB
DC
Designation
DC APMX DHUB DCONMS OAL NOF(1)
kg
MIID(2)
MTSRH 32-5M
32.00 32.00 26.00 16.00 52.00 5 0.00 MTH 32 E 1.5 ISO S32S
MTSRH 45-6M
45.00 37.00 38.00 22.00 60.00 6 0.30 MTH 45 E 1.5 ISO S45S K40
MTSRH 63-9
63.00 38.00 51.70 22.00 50.00 9 0.66 MTH 63 11 W K40
• Note: ISCAR can provide special contour inserts on request • For user guide, see pages 435-442
(1) Number of flutes
(2) Master insert identification
MTH-F
MTH
MTSRH (helical shell mill)
Shell Mills with Coolant Holes
for Helical Threading Inserts
419
THREAD MILLING TOOLS
DCONMS
OAL
DC
Dimensions
Designation
TPN(2) TPX(3) TPIX(4) TPIN(5) DC DCONMS OAL Shank(6)
Shank
m.(7) Insert CSP(8)
kg
fz
(mm/rev)
MTET D7.0-1-C5C-06
0.500 1.250 48.00 20.00 7.00 5.00 63.00 C C 06IR/EL 0 0.06 0.05-0.15
MTET D8.8-1-C6C-08
0.500 1.750 48.00 14.00 8.80 6.00 100.00 C C 08IR/EL 1 0.06 0.05-0.15
MTET D13.2-1-C10C-11 (1)
0.500 2.000 48.00 11.00 13.20 10.00 150.00 C C 11IR/EL 1 0.13 0.05-0.15
• For user guide, see pages 435-442 • For inserts, refer to ISCAR Turning and Threading Tools catalog • Tool cutting diameter should not exceed 2/3 of thread bore diameter
(1) For internal threading use internal R.H insert, for external threading use external L.H insert
(2) Thread pitch minimum (mm)
(3) Thread pitch maximum (mm)
(4) Threads per inch maximum
(5) Threads per inch minimum
(6) C-Cylindrical
(7) Shank material C-carbide
(8) 0 - Without coolant supply, 1 - With coolant supply
Spare Parts
Designation
MTET D7.0-1-C5C-06
SR 14-552 T-6/5
MTET D8.8-1-C6C-08
SR 14-558-S T-6/5
MTET D13.2-1-C10C-11
SR M2.6-L6.7-S11 T-8/5
MTET Single Point
Indexable Threading Endmills
with Cylindrical Shanks
for Single Point Inserts
DCONMS
OAL
DC
PDX
Designation
DC PDX NOF(1) DCONMS OAL Shank(2) Shank m.(3) Insert
kg
MTSR 0023 Q11
23.50 1.0 3 20.00 190.00 W S MT3 11..D 0.41 SR M2.6-L6.7-S11 T-8/5
MTSR 0031 R16
31.00 1.8 3 25.00 225.00 W S MT3 16..D 0.76 SR 5-40-L9.7-S16S
• Minimum bore should be one-third larger than D • For user guide, see pages 435-442
(1) Number of flutes
(2) W-Weldon
(3) S-Steel shanks
For inserts, see pages: MT3-55D (434) • MT3-60D (433)
MTSR M.I. S.P.
Indexable Multi-Insert Threading
Endmills with Weldon Shanks
for Single Point Inserts
DCONMS
OAL
LU
PDX
DC
Designation
DC PDX NOF(1) DCONMS LU OAL Shank(2) Shank m.(3) Insert
kg
MTSR 0023 M11U
23.00 5.0 3 25.00 88.0 150.00 W S MT3 11U..D 0.32 SR M2.6-L6.7-S11 T-8/5
MTSR 0035 R16U
35.50 7.6 4 32.00 155.0 220.00 W S MT3 16U..D 0.95 SR 5-40-L9.7-S16S
• Minimum bore should be one-third larger than D • For user guide, see pages 435-442
(1) Number of flutes
(2) W-Weldon
(3) S-Steel shanks
For inserts, see pages: MT3-U55D (434) • MT3-U60D (434)
MTSR M.I. S.P.-U
Indexable Multi-Insert Threading
Endmills with Weldon Shanks
for Single Point U-Type Inserts
ISCAR
420
THREAD MILLING TOOLS
S1INSL
W1
TP MT LNHU MT LNHT
Dimensions
Designation
TP(1) INSL W1 S1
IC908
MT LNHT 1202 I0.50ISO
0.500 12.00 6.50 2.90
•
MT LNHU 1403 I0.50ISO
0.500 14.00 7.90 3.20
•
MT LNHT 1202 I0.75ISO
0.750 12.00 6.50 2.90
•
MT LNHU 1403 I0.75ISO
0.750 14.00 7.90 3.20
•
MT LNHT 1202 I1.00ISO
1.000 12.00 6.50 2.90
•
MT LNHU 1403 I1.00ISO
1.000 14.00 7.90 3.20
•
MT LNHU 2104 I1.00ISO
1.000 21.00 12.60 4.80
•
MT LNHT 1202 I1.25ISO
1.250 12.00 6.50 2.90
•
MT LNHU 1403 I1.25ISO
1.250 14.00 7.90 3.20
•
MT LNHT 1202 I1.50ISO
1.500 12.00 6.50 2.90
•
MT LNHU 1403 I1.50ISO
1.500 14.00 7.90 3.20
•
MT LNHU 2104 I1.50ISO
1.500 21.00 12.60 4.80
•
MT LNHU 3005 I1.50ISO
1.500 30.00 16.70 5.60
•
MT LNHU 4006 I1.50ISO
1.500 40.00 20.80 6.40
•
MT LNHT 1202 I1.75ISO
1.750 12.00 6.50 2.90
•
MT LNHU 1403 I1.75ISO
1.750 14.00 7.90 3.20
•
MT LNHU 2104 I1.75ISO
1.750 21.00 12.60 4.80
•
MT LNHU 1403 I2.00ISO
2.000 14.00 7.90 3.20
•
MT LNHU 2104 I2.00ISO
2.000 21.00 12.60 4.80
•
MT LNHU 3005 I2.00ISO
2.000 30.00 16.70 5.60
•
MT LNHU 4006 I2.00ISO
2.000 40.00 20.80 6.40
•
MT LNHU 1403 I2.50ISO
2.500 14.00 7.90 3.20
•
MT LNHU 2104 I2.50ISO
2.500 21.00 12.60 4.80
•
MT LNHU 2104 I3.00ISO
3.000 21.00 12.60 4.80
•
MT LNHU 3005 I3.00ISO
3.000 30.00 16.70 5.60
•
MT LNHU 4006 I3.00ISO
3.000 40.00 20.80 6.40
•
MT LNHU 2104 I3.50ISO
3.500 21.00 12.60 4.80
•
MT LNHU 3005 I3.50ISO
3.500 30.00 16.70 5.60
•
MT LNHU 4006 I3.50ISO
3.500 40.00 20.80 6.40
•
MT LNHU 3005 I4.00ISO
4.000 30.00 16.70 5.60
•
MT LNHU 4006 I4.00ISO
4.000 40.00 20.80 6.40
•
MT LNHU 3005 I4.50ISO
4.500 30.00 16.70 5.60
•
MT LNHU 4006 I4.50ISO
4.500 40.00 20.80 6.40
•
MT LNHU 3005 I5.00ISO
5.000 30.00 16.70 5.60
•
MT LNHU 4006 I5.00ISO
5t.000 40.00 20.80 6.40
•
MT LNHU 4006 I5.50ISO
5.500 40.00 20.80 6.40
•
MT LNHU 4006 I6.00ISO
6.000 40.00 20.80 6.40
•
• For cutting speed recommendations, see page 435
(1) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417)
MT LNH#-ISO (Internal)
Thread Milling Inserts for
Internal ISO Metric Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
421
THREAD MILLING TOOLS
S1INSL
W1
TP
Dimensions
Designation
TP(1) INSL W1 S1
IC908
MT LNHU 1403 E0.75ISO
0.750 14.00 7.90 3.20
•
MT LNHU 1403 E1.00ISO
1.000 14.00 7.90 3.20
•
MT LNHU 2104 E1.00ISO
1.000 21.00 12.60 4.80
•
MT LNHU 1403 E1.25ISO
1.250 14.00 7.90 3.20
•
MT LNHU 1403 E1.50ISO
1.500 14.00 7.90 3.20
•
MT LNHU 2104 E1.50ISO
1.500 21.00 12.60 4.80
•
MT LNHU 3005 E1.50ISO
1.500 30.00 16.70 5.60
•
MT LNHU 4006 E1.50ISO
1.500 40.00 20.80 6.40
•
MT LNHU 1403 E1.75ISO
1.750 14.00 7.90 3.20
•
MT LNHU 1403 E2.00ISO
2.000 14.00 7.90 3.20
•
MT LNHU 2104 E2.00ISO
2.000 21.00 12.60 4.80
•
MT LNHU 3005 E2.00ISO
2.000 30.00 16.70 5.60
•
MT LNHU 4006 E2.00ISO
2.000 40.00 20.80 6.40
•
MT LNHU 1403 E2.50ISO
2.500 14.00 7.90 3.20
•
MT LNHU 2104 E2.50ISO
2.500 21.00 12.80 4.80
•
MT LNHU 2104 E3.00ISO
3.000 21.00 12.80 4.80
•
MT LNHU 3005 E3.00ISO
3.000 30.00 16.70 5.60
•
MT LNHU 4006 E3.00ISO
3.000 40.00 20.80 6.40
•
MT LNHU 3005 E3.50ISO
3.500 30.00 16.70 5.60
•
MT LNHU 3005 E4.00ISO
4.000 30.00 16.70 5.60
•
MT LNHU 4006 E4.00ISO
4.000 40.00 20.80 6.40
•
MT LNHU 4006 E5.00ISO
5.000 40.00 20.80 6.40
•
MT LNHU 4006 E6.00ISO
6.000 40.00 20.80 6.40
•
• For cutting speed recommendations, see page 435
(1) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHU-ISO (External)
Thread Milling Inserts for
External ISO Metric Profile
TP/8
TP/4
60˚
TP
NUT
SCREW
ISCAR
422
THREAD MILLING TOOLS
S1INSL
W1
TP MT LNHU MT LNHT
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 I32UN
32.0 12.00 6.50 2.90 0.794
•
MT LNHT 1202 I28UN
28.0 12.00 6.50 2.90 0.907
•
MT LNHT 1202 I24UN
24.0 12.00 6.50 2.90 1.058
•
MT LNHT 1202 I20UN
20.0 12.00 6.50 2.90 1.270
•
MT LNHT 1202 I18UN
18.0 12.00 6.50 2.90 1.411
•
MT LNHT 1202 I16UN
16.0 12.00 6.50 2.90 1.588
•
MT LNHU 1403 I32UN
32.0 14.00 7.90 3.20 0.794
•
MT LNHU 1403 I28UN
28.0 14.00 7.90 3.20 0.907
•
MT LNHU 1403 I27UN
27.0 14.00 7.90 3.20 0.941
•
MT LNHU 1403 I24UN
24.0 14.00 7.90 3.20 1.058
•
MT LNHU 1403 I20UN
20.0 14.00 7.90 3.20 1.270
•
MT LNHU 1403 I18UN
18.0 14.00 7.90 3.20 1.411
•
MT LNHU 1403 I16UN
16.0 14.00 7.90 3.20 1.588
•
MT LNHU 1403 I14UN
14.0 14.00 7.90 3.20 1.814
•
MT LNHU 1403 I12UN
12.0 14.00 7.90 3.20 2.117
•
MT LNHU 1403 I11UN
11.0 14.00 7.90 3.20 2.309
•
MT LNHU 1403 I10UN
10.0 14.00 7.90 3.20 2.540
•
MT LNHU 2104 I24UN
24.0 21.00 12.60 4.80 1.058
•
MT LNHU 2104 I20UN
20.0 21.00 12.60 4.80 1.270
•
MT LNHU 2104 I18UN
18.0 21.00 12.60 4.80 1.411
•
MT LNHU 2104 I16UN
16.0 21.00 12.60 4.80 1.588
•
MT LNHU 2104 I14UN
14.0 21.00 12.60 4.80 1.814
•
MT LNHU 2104 I12UN
12.0 21.00 12.60 4.80 2.117
•
MT LNHU 2104 I10UN
10.0 21.00 12.60 4.80 2.540
•
MT LNHU 2104 I8UN
8.0 21.00 12.60 4.80 3.175
•
MT LNHU 2104 I7UN
7.0 21.00 12.60 4.80 3.629
•
MT LNHU 3005 I20UN
20.0 30.00 16.70 5.60 1.270
•
MT LNHU 3005 I18UN
18.0 30.00 16.70 5.60 1.411
•
MT LNHU 3005 I16UN
16.0 30.00 16.70 5.60 1.588
•
MT LNHU 3005 I14UN
14.0 30.00 16.70 5.60 1.814
•
MT LNHU 3005 I12UN
12.0 30.00 16.70 5.60 2.117
•
MT LNHU 3005 I10UN
10.0 30.00 16.70 5.60 2.540
•
MT LNHU 3005 I8UN
8.0 30.00 16.70 5.60 3.175
•
MT LNHU 3005 I6UN
6.0 30.00 16.70 5.60 4.233
•
MT LNHU 3005 I5UN
5.0 30.00 16.70 5.60 5.080
•
MT LNHU 4006 I16UN
16.0 40.00 20.80 6.40 1.588
•
MT LNHU 4006 I14UN
14.0 40.00 20.80 6.40 1.814
•
MT LNHU 4006 I12UN
12.0 40.00 20.80 6.40 2.117
•
MT LNHU 4006 I10UN
10.0 40.00 20.80 6.40 2.540
•
MT LNHU 4006 I8UN
8.0 40.00 20.80 6.40 3.175
•
MT LNHU 4006 I6UN
6.0 40.00 20.80 6.40 4.233
•
MT LNHU 4006 I4.5UN
4.5 40.00 20.80 6.40 5.644
•
MT LNHU 4006 I4UN
4.0 40.00 20.80 6.40 6.350
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417)
MT LNH#-UN (Internal)
Thread Milling Inserts for
American (UN, UNC, UNF,
UNEF, UNS) Full Profile Threads
for General Applications
TP/8
TP/4
60˚
TP
NUT
SCREW
423
THREAD MILLING TOOLS
S1
INSL
W1
TP
Dimensions
Designation
TPI(1) INSL W1 S1
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 page 435
(1) Threads per inch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHU-UN (External)
External (UN, UNC, UNF, UNEF,
UNS) Full Profile Thread Milling
Inserts for General Industries
TP/8
TP/4
60˚
TP
NUT
SCREW
ISCAR
424
THREAD MILLING TOOLS
S1INSL
W1
TP MT LNHU MT LNHT
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 19W
19.0 12.00 6.50 2.90 1.337
•
MT LNHU 1403 24W
24.0 14.00 7.90 3.20 1.058
•
MT LNHU 1403 20W
20.0 14.00 7.90 3.20 1.270
•
MT LNHU 1403 19W
19.0 14.00 7.90 3.20 1.337
•
MT LNHU 1403 16W
16.0 14.00 7.90 3.20 1.588
•
MT LNHU 1403 14W
14.0 14.00 7.90 3.20 1.814
•
MT LNHU 2104 20W
20.0 21.00 12.60 4.80 1.270
•
MT LNHU 2104 19W
19.0 21.00 12.60 4.80 1.337
•
MT LNHU 2104 16W
16.0 21.00 12.60 4.80 1.588
•
MT LNHU 2104 14W
14.0 21.00 12.60 4.80 1.814
•
MT LNHU 2104 11W
11.0 21.00 12.60 4.80 2.309
•
MT LNHU 3005 16W
16.0 30.00 16.70 5.60 1.588
•
MT LNHU 3005 14W
14.0 30.00 16.70 5.60 1.814
•
MT LNHU 3005 11W
11.0 30.00 16.70 5.60 2.309
•
MT LNHU 4006 11W
11.0 40.00 20.80 6.40 2.309
•
MT LNHU 4006 8W
8.0 40.00 20.80 6.40 3.175
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNH#-W
External & Internal Whitworth
(BSW, BSF, BSP) Full Profile
Thread Milling Inserts for
Fittings and Pipe Couplings
RE=0.137TP
55˚
TP
NUT
SCREW
TP
W1
INSL S1
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 18NPT
18.0 12.00 6.50 2.90 1.411
•
MT LNHT 1403 18NPT
18.0 14.00 7.90 3.20 1.411
•
MT LNHT 1403 14NPT
14.0 14.00 7.90 3.20 1.814
•
MT LNHT 2104 14NPT
14.0 21.00 12.60 4.80 1.814
•
MT LNHT 2104 11.5NPT
11.5 21.00 12.60 4.80 2.209
•
MT LNHT 3005 11.5NPT
11.5 30.00 16.70 5.60 2.209
•
MT LNHT 3005 8NPT
8.0 30.00 16.70 5.60 3.175
•
MT LNHT 4006 11.5NPT
11.5 40.00 20.80 6.40 2.209
•
MT LNHT 4006 8NPT
8.0 40.00 20.80 6.40 3.175
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHT-NPT
External and Internal NPT Full
Profile Thread Milling Inserts for
Steam, Gas and Water Pipes
Taper 1:16
TP
30˚
90˚
30˚
NUT
SCREW
425
THREAD MILLING TOOLS
TP
W1
INSL S1
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 18NPTF
18.0 12.00 6.50 2.90 1.411
•
MT LNHT 1403 18NPTF
18.0 14.00 7.90 3.20 1.411
•
MT LNHT 1403 14NPTF
14.0 14.00 7.90 3.20 1.814
•
MT LNHT 2104 14NPTF
14.0 21.00 12.60 4.80 1.814
•
MT LNHT 2104 11.5NPTF
11.5 21.00 12.60 4.80 2.209
•
MT LNHT 3005 11.5NPTF
11.5 30.00 16.70 5.60 2.209
•
MT LNHT 3005 8NPTF
8.0 30.00 16.70 5.60 3.175
•
MT LNHT 4006 11.5NPTF
11.5 40.00 20.80 6.40 2.209
•
MT LNHT 4006 8NPTF
8.0 40.00 20.80 6.40 3.175
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHT-NPTF
External and Internal NPTF Full
Profile Thread Milling Inserts for
Steam, Gas and Water Pipes
Taper 1:16
TP
30˚
90˚
30˚
NUT
SCREW
TP
W1
INSL S1
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 19BSPT
19.0 12.00 6.50 2.90 1.337
•
MT LNHT 1403 19BSPT
19.0 14.00 7.90 3.20 1.337
•
MT LNHT 1403 14BSPT
14.0 14.00 7.90 3.20 1.814
•
MT LNHT 2104 14BSPT
14.0 21.00 12.60 4.80 1.814
•
MT LNHT 2104 11BSPT
11.0 21.00 12.60 4.80 2.309
•
MT LNHT 3005 11BSPT
11.0 30.00 16.70 5.60 2.309
•
MT LNHT 4006 11BSPT
11.0 40.00 20.80 6.40 2.309
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHT-BSPT
External and Internal Thread
Milling Inserts for BSPT Full Profile
Taper 1:16
RE=0.137TP
TP
27.5˚
90˚
27.5˚
NUT
SCREW
ISCAR
426
THREAD MILLING TOOLS
S1INSL
W1
TP MT LNHU MT LNHT
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 18NPS
18.0 12.00 6.30 2.90 1.411
•
MT LNHU 1403 18NPS
18.0 14.00 7.50 3.10 1.411
•
MT LNHU 1403 14NPS
14.0 14.00 7.50 3.10 1.814
•
MT LNHU 2104 14NPS
14.0 21.00 12.00 4.70 1.814
•
MT LNHU 2104 11.5NPS
11.5 21.00 12.00 4.70 2.209
•
MT LNHU 3005 11.5NPS
11.5 30.00 16.70 5.60 2.209
•
MT LNHU 3005 8NPS
8.0 30.00 16.70 5.60 3.175
•
MT LNHU 4006 11.5NPS
11.5 40.00 20.00 6.30 2.209
•
MT LNHU 4006 8NPS
8.0 40.00 20.00 6.30 3.175
•
• The same insert for external & internal thread. • For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNH#-NPS
External and Internal NPS
Full Profile Thread Milling
Inserts for Mechanical
Joining and Pipe Fittings
NUT
SCREW
60°
S1INSL
W1
TP MT LNHU MT LNHT
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHT 1202 18NPSF
18.0 12.00 6.50 2.90 1.411
•
MT LNHU 1403 18NPSF
18.0 14.00 7.90 3.20 1.411
•
MT LNHU 1403 14NPSF
14.0 14.00 7.90 3.20 1.814
•
MT LNHU 2104 14NPSF
14.0 21.00 12.60 4.75 1.814
•
MT LNHU 2104 11.5NPSF
11.5 21.00 12.60 4.75 2.209
•
MT LNHU 3005 11.5NPSF
11.5 30.00 16.70 5.60 2.209
•
MT LNHU 3005 8NPSF
8.0 30.00 16.70 5.60 3.175
•
MT LNHU 4006 11.5NPSF
11.5 40.00 20.80 6.35 2.209
•
MT LNHU 4006 8NPSF
8.0 40.00 20.80 6.35 3.175
•
• The same insert for external & internal thread. • For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNH#-NPSF
External and Internal NPSF Full
Profile Thread Milling Inserts
NUT
SCREW
60°
427
THREAD MILLING TOOLS
INSL
W1
TP
S1
Dimensions
Designation
TPI(2) INSL W1 S1 TP(3)
IC908
MT LNHT 2104 16ABUT
16.0 21.00 12.00 4.70 1.588
•
MT LNHT 2104 12ABUT
12.0 21.00 12.00 4.70 2.117
•
MT LNHT 2104 10ABUT
10.0 21.00 12.00 4.70 2.540
•
MT LNHT 2104 8ABUT
8.0 21.00 12.00 4.70 3.175
•
MT LNHT 3005 16ABUT
16.0 30.00 16.70 5.60 1.588
•
MT LNHT 3005 12ABUT
12.0 30.00 16.70 5.60 2.117
•
MT LNHT 3005 10ABUT
10.0 30.00 16.70 5.60 2.540
•
MT LNHT 3005 8ABUT
8.0 30.00 16.70 5.60 3.175
•
MT LNHT 3005 6ABUT
6.0 30.00 16.70 5.60 4.233
•
MT LNHT 3005 4ABUT (1)
4.0 30.00 16.70 5.60 6.350
•
MT LNHT 4006 4ABUT
4.0 40.00 20.00 6.30 6.350
•
• For cutting speed recommendations, see page 435
(1) Due to deep thread profile, the tool should be modified
(2) Threads per inch
(3) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHT-ABUT
External & Internal Single-Sided
American Buttress
Thread Milling Inserts
45°
TP
0.16316TP
7°
NUT
SCREW
INSL
W1
S1
TP MT LNHU MT LNHT
Dimensions
Designation
TPI(1) INSL W1 S1 TP(2)
IC908
MT LNHU 2104 I12ACME
12.0 21.00 12.00 4.70 2.117
•
MT LNHU 2104 I10ACME
10.0 21.00 12.00 4.70 2.540
•
MT LNHU 3005 I12ACME
12.0 30.00 16.70 5.60 2.117
•
MT LNHU 3005 I10ACME
10.0 30.00 16.70 5.60 2.540
•
MT LNHU 3005 I8ACME
8.0 30.00 16.70 5.60 3.175
•
MT LNHU 3005 I6ACME
6.0 30.00 16.70 5.60 4.233
•
MT LNHU 3005 I5ACME
5.0 30.00 16.70 5.60 5.080
•
MT LNHU 3005 I4ACME
4.0 30.00 16.70 5.60 6.350
•
MT LNHU 4006 I4ACME
4.0 40.00 20.00 6.30 6.350
•
MT LNHT 4006 I3.5ACME
3.5 40.00 20.00 6.30 7.257
•
MT LNHT 4006 I3ACME
3.0 40.00 20.00 6.30 8.467
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417)
MT LNH#-ACME (Internal)
Internal ACME Profile Thread
Milling Inserts for Feed Screws
29°
NUT
SCREW
ISCAR
428
THREAD MILLING TOOLS
S1
INSL
W1
TP
Dimensions
Designation
TPI(1) INSL W1 S1 PG TP(2)
IC908
MT LNHU 1403 18PG
18.0 14.00 7.90 3.20 PG9,11,13.5,16 1.411
•
MT LNHU 2104 18PG
18.0 21.00 12.60 4.80 PG16 1.411
•
MT LNHU 2104 16PG
16.0 21.00 12.60 4.80 PG21,29,36,42,48 1.588
•
MT LNHU 3005 16PG
16.0 30.00 16.70 5.60 PG36,42,48 1.588
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Thread pitch
For tools, see pages: MTE D (415) • MTE D(Multi Insert) (416) • MTE D-C (416) • MTE-MM (415) • MTF D(Shell Mill) (417) • MTFLE (417)
MT LNHU-PG
External and Internal PG Full
Profile Thread Milling Inserts (DIN
40430) for Electrical Connectors
Used for electrical connectors
TP
80˚
SCREW
NUT
W
1
lNSL
TP
S
1
Dimensions
Designation
TP(1) INSL W1 S1
IC908
MTH 23 E 1.0 ISO
1.000 27.00 8.00 3.50
•
MTH 23 E 1.5 ISO
1.500 27.00 8.00 3.50
•
MTH 32 E 1.5 ISO
1.500 32.00 9.00 4.00
•
MTH 45 E 1.5 ISO
1.500 37.00 11.90 5.00
•
MTH 23 E 2.0 ISO
2.000 27.00 8.00 3.50
•
MTH 32 E 2.0 ISO
2.000 32.00 9.00 4.00
•
MTH 45 E 2.0 ISO
2.000 37.00 11.90 5.00
•
MTH 23 E 3.0 ISO
3.000 27.00 8.00 3.50
•
MTH 32 E 3.0 ISO
3.000 32.00 9.00 4.00
•
MTH 32 E 4.0 ISO
4.000 32.00 9.00 4.00
•
• For cutting speed recommendations, see page 435
(1) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-ISO (external)
Helical Thread Milling Inserts for
ISO Metric External Threads
TP/8
TP/4
TP
60˚
NUT
SCREW
429
THREAD MILLING TOOLS
W
1
lNSL
TP
S
1
Dimensions
Designation
TP(1) INSL W1 S1 THID(2)
IC908
MTH 23 I 1.0 ISO
1.000 27.00 8.00 3.50 ≥M26
•
MTH 32 I 1.0 ISO
1.000 32.00 9.00 4.00 ≥M34
•
MTH 23 I 1.5 ISO
1.500 27.00 8.00 3.50 ≥M27
•
MTH 32 I 1.5 ISO
1.500 32.00 9.00 4.00 ≥M35
•
MTH 45 I 1.5 ISO
1.500 37.00 11.90 5.00 ≥M50
•
MTH 63 I 1.5 ISO
1.500 38.00 11.90 5.00 ≥M70
•
MTH 23 I 2.0 ISO
2.000 27.00 8.00 3.50 ≥M28
•
MTH 32 I 2.0 ISO
2.000 32.00 9.00 4.00 ≥M36
•
MTH 45 I 2.0 ISO
2.000 37.00 11.90 5.00 ≥M50
•
MTH 63 I 2.0 ISO
2.000 38.00 11.90 5.00 ≥M70
•
MTH 23 I 3.0 ISO
3.000 27.00 8.00 3.50 ≥M30
•
MTH 32 I 3.0 ISO
3.000 32.00 9.00 4.00 ≥M38
•
MTH 45 I 3.0 ISO
3.000 37.00 11.90 5.00 ≥M56
•
MTH 63 I 3.0 ISO
3.000 38.00 11.90 5.00 ≥M75
•
MTH 23 I 3.5 ISO
3.500 27.00 8.00 3.50 ≥M33
•
MTH 32 I 3.5 ISO
3.500 32.00 9.00 4.00 -
•
MTH 45 I 3.5 ISO
3.500 37.00 11.90 5.00 -
•
MTH 23 I 4.0 ISO
4.000 27.00 8.00 3.50 ≥M36
•
MTH 32 I 4.0 ISO
4.000 32.00 9.00 4.00 ≥M40
•
MTH 45 I 4.0 ISO
4.000 37.00 11.90 5.00 ≥M56
•
MTH 63 I 4.0 ISO
4.000 38.00 11.90 5.00 ≥M75
•
MTH 32 I 4.5 ISO
4.500 32.00 9.00 4.00 ≥M42
•
MTH 45 I 4.5 ISO
4.500 37.00 11.90 5.00 -
•
MTH 32 I 5.0 ISO
5.000 32.00 9.00 4.00 ≥M48
•
MTH 45 I 5.0 ISO
5.000 37.00 11.90 5.00 -
•
MTH 45 I 5.5 ISO
5.500 37.00 11.90 5.00 ≥M56
•
MTH 45 I 6.0 ISO
6.000 37.00 11.90 5.00 ≥M64
•
MTH 63 I 6.0 ISO
6.000 38.00 11.90 5.00 ≥M78
•
• For cutting speed recommendations, see page 435
(1) Thread pitch
(2) Internal thread designation
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-ISO (internal)
Helical Thread Milling Inserts for
ISO Metric Internal Threads
TP/8
TP/4
TP
60˚
NUT
SCREW
ISCAR
430
THREAD MILLING TOOLS
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1
IC908
MTH 23 E 20 UN
20.0 27.00 8.00 3.50
•
MTH 23 E 18 UN
18.0 27.00 8.00 3.50
•
MTH 23 E 16 UN
16.0 27.00 8.00 3.50
•
MTH 23 E 14 UN
14.0 27.00 8.00 3.50
•
MTH 23 E 12 UN
12.0 27.00 8.00 3.50
•
MTH 23 E 10 UN
10.0 27.00 8.00 3.50
•
MTH 23 E 8 UN
8.0 27.00 8.00 3.50
•
MTH 23 E 7 UN
7.0 27.00 8.00 3.50
•
MTH 32 E 24 UN
24.0 32.00 9.00 4.00
•
MTH 32 E 20 UN
20.0 32.00 9.00 4.00
•
MTH 32 E 18 UN
18.0 32.00 9.00 4.00
•
MTH 32 E 16 UN
16.0 32.00 9.00 4.00
•
MTH 32 E 12 UN
12.0 32.00 9.00 4.00
•
MTH 32 E 8 UN
8.0 32.00 9.00 4.00
•
MTH 32 E 6 UN
6.0 32.00 9.00 4.00
•
• Used for UN, UNC, UNF, UNEF and UNS thread profiles • For cutting speed recommendations, see page 435
(1) Threads per inch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-UN (external)
Helical Thread Milling Inserts for
American Full Profile External
Threads for General Applications
TP/8
TP/4
60°
TP
NUT
SCREW
431
THREAD MILLING TOOLS
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1 THID(2) TP(3)
IC908
MTH 23 I 32 UN
32.0 27.00 8.00 3.50 ≥1" 0.794
•
MTH 23 I 24 UN
24.0 27.00 8.00 3.50 ≥1" 1.058
•
MTH 23 I 20 UN
20.0 27.00 8.00 3.50 ≥1" 1.270
•
MTH 23 I 18 UN
18.0 27.00 8.00 3.50 ≥1_1/16" 1.411
•
MTH 23 I 16 UN
16.0 27.00 8.00 3.50 ≥1_1/16" 1.588
•
MTH 23 I 14 UN
14.0 27.00 8.00 3.50 ≥1_1/8" 1.814
•
MTH 23 I 12 UN
12.0 27.00 8.00 3.50 ≥1_1/8" 2.117
•
MTH 23 I 10 UN
10.0 27.00 8.00 3.50 ≥1_1/8" 2.540
•
MTH 23 I 8 UN
8.0 27.00 8.00 3.50 ≥1_3/16" 3.175
•
MTH 23 I 7 UN
7.0 27.00 8.00 3.50 ≥1_1/4" 3.629
•
MTH 32 I 20 UN
20.0 32.00 9.00 4.00 ≥1_3/8" 1.270
•
MTH 32 I 18 UN
18.0 32.00 9.00 4.00 ≥1_3/8" 1.411
•
MTH 32 I 16 UN
16.0 32.00 9.00 4.00 ≥1_3/8" 1.588
•
MTH 32 I 12 UN
12.0 32.00 9.00 4.00 ≥1_7/16" 2.117
•
MTH 32 I 8 UN
8.0 32.00 9.00 4.00 ≥1_1/2" 3.175
•
MTH 32 I 6 UN
6.0 32.00 9.00 4.00 ≥1_5/8" 4.233
•
MTH 32 I 5 UN
5.0 32.00 9.00 4.00 ≥1_3/4" 5.080
•
MTH 45 I 16 UN
16.0 37.00 11.90 5.00 ≥2" 1.588
•
MTH 45 I 12 UN
12.0 37.00 11.90 5.00 ≥2" 2.117
•
MTH 45 I 8 UN
8.0 37.00 11.90 5.00 ≥2_1/4" 3.175
•
MTH 45 I 6 UN
6.0 37.00 11.90 5.00 ≥2_1/4" 4.233
•
MTH 45 I 4.5 UN
4.5 37.00 11.90 5.00 ≥2_1/4" 5.644
•
MTH 45 I 4 UN
4.0 37.00 11.90 5.00 ≥2_1/2" 6.350
•
MTH 63 I 16 UN
16.0 38.00 11.90 5.00 ≥2_3/4" 1.588
•
MTH 63 I 12 UN
12.0 38.00 11.90 5.00 ≥2_3/4" 2.117
•
MTH 63 I 8 UN
8.0 38.00 11.90 5.00 ≥3" 3.175
•
MTH 63 I 6 UN
6.0 38.00 11.90 5.00 ≥3" 4.233
•
MTH 63 I 4 UN
4.0 38.00 11.90 5.00 ≥3" 6.350
•
• Used for UN, UNC, UNF, UNEF and UNS thread profiles • For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Internal thread designation
(3) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-UN (internal)
Helical Thread Milling Inserts
for American Full Profile Internal
Threads for General Applications
TP/8
TP/4
60°
TP
NUT
SCREW
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1 THID(2) THOD(3) TP(4)
IC908
MTH 23 14 W
14.0 27.00 8.00 3.50 ≥G7/8" >G1/2" 1.814
•
MTH 23 11 W
11.0 27.00 8.00 3.50 ≥G1" >G1" 2.309
•
MTH 32 14 W
14.0 32.00 9.00 4.00 - ≥G1/2" 1.814
•
MTH 32 11 W
11.0 32.00 9.00 4.00 ≥G1_1/8" >G1" 2.309
•
MTH 45 11 W
11.0 37.00 11.90 5.00 ≥G1_3/4" >G1" 2.309
•
MTH 63 11 W
11.0 38.00 11.90 5.00 ≥G2_1/2" >G1" 2.309
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Internal thread designation
(3) External thread designation
(4) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-W (int. & ext.)
External & Internal Whitworth
(BSW, BSF, BSP) Helical
Thread Milling Inserts for
Fittings and Pipe Couplings
TP
RE=0.137TP
55°
NUT
SCREW
ISCAR
432
THREAD MILLING TOOLS
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1 THID(2) THOD(3) TP(4)
IC908
MTH 23 11 BSPT
11.0 27.00 8.00 3.50 >1" BSPT >1" BSPT 2.309
•
MTH 32 11 BSPT
11.0 32.00 9.00 4.00 >1_1/8" BSPT >1" BSPT 2.309
•
MTH 45 11 BSPT
11.0 37.00 11.90 5.00 >1_3/4" BSPT >1" BSPT 2.309
•
MTH 63 11 BSPT
11.0 38.00 11.90 5.00 >2_1/2 BSPT >1" BSPT 2.309
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Internal thread designation
(3) External thread designation
(4) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-BSPT (int. & ext.)
Helical External & Internal Thread
Milling Inserts for BSPT Thread
for Steam, Gas and Water Pipes
BSPT
TP
27.5° 27.5°
90°
Taper 1:16
RE=0.137TP
NUT
SCREW
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1 THID(2) THOD(3) TP(4)
IC908
MTH 23 11.5 NPT
11.5 27.00 8.00 3.50 1-2" NPT 1-2" NPT 2.209
•
MTH 32 11.5 NPT
11.5 32.00 9.00 4.00 1_1/4"-2" NPT 1-2" NPT 2.209
•
MTH 45 11.5 NPT
11.5 37.00 11.90 5.00 2" NPT 1-2" NPT 2.209
•
MTH 45 8 NPT
8.0 37.00 11.90 5.00 2_1/2"-3" NPT - 3.175
•
MTH 63 11.5 NPT
11.5 38.00 11.90 5.00 - 1-2" NPT 2.209
•
MTH 63 8 NPT
8.0 38.00 11.90 5.00 2_1/2"-3" NPT - 3.175
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Internal thread designation
(3) External thread designation
(4) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-NPT (int. & ext.)
External & Internal NPT Helical
Thread Milling Inserts for
Steam, Gas and Water Pipes
TP
30° 30°
Taper 1:16
90°
NUT
SCREW
W
1
lNSL
TP
S
1
Dimensions
Designation
TPI(1) INSL W1 S1 THID(2) THOD(3) TP(4)
IC908
MTH 23 11.5 NPTF
11.5 27.00 8.00 3.50 1"-2" NPTF 1"-2" NPTF 2.209
•
MTH 32 11.5 NPTF
11.5 32.00 9.00 4.00 1_1/4"-2" NPTF 1"-2" NPTF 2.209
•
• For cutting speed recommendations, see page 435
(1) Threads per inch
(2) Internal thread designation
(3) External thread designation
(4) Thread pitch
For tools, see pages: MTSRH (endmills) (418) • MTSRH (helical shell mill) (418)
MTH-NPTF (int. & ext.)
External & Internal NPTF Helical
Thread Milling Inserts for
Steam, Gas and Water Pipes
TP
RE=0.137TP
55°
NUT
SCREW
433
THREAD MILLING TOOLS
W
1
INSL
RE
S
1
Dimensions
Designation
L W1 S RE
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) (418) • MTSRH (helical shell mill) (418)
MTH-F
Helical Long Edge
Finishing Inserts
TP
RE=0.137TP
55°
NUT
SCREW
PDX
INSL
IC
Dimensions
Designation
IC TPN(1) TPX(2)
TPN_
DF2(3)
TPX_
DF2(4) TPIN(5) TPIX(6)
TPIN_
DF2(7)
TPIX_
DF2(8) INSL PDX
IC908
MT3 1160D
6.35 1.000 2.000 0.750 1.500 12.00 24.00 14.00 32.00 11.00 1.0
•
MT3 1660D
9.52 2.500 3.500 2.000 3.000 7.00 10.00 8.00 12.00 16.49 1.8
•
• For technical information and detailed cutting data, see pages 435-442
(1) Internal thread pitch minimum
(2) Internal thread pitch maximum
(3) External thread pitch minimum
(4) External thread pitch maximum
(5) Internal threads per inch minimum
(6) Internal threads per inch maximum
(7) External threads per inch minimum
(8) External threads per inch maximum
For tools, see pages: MTSR M.I. S.P. (419)
MT3-60D
60° Partial Profile Laydown
Thread Milling Inserts
for General Industry
TP
RE=0.137TP
55°
NUT
SCREW
ISCAR
434
THREAD MILLING TOOLS
PDX
INSL
IC
Dimensions
Designation
IC TPN(1) TPX(2)
TPN_
DF2(3)
TPX_
DF2(4) TPIN(5) TPIX(6)
TPIN_
DF2(7)
TPIX_
DF2(8) INSL PDX
IC908
MT3 11U60D
6.35 2.500 4.000 2.000 3.000 6.00 10.00 8.00 12.00 11.00 5.0
•
MT3 16U60D
9.52 4.000 6.000 3.000 5.000 4.00 6.00 5.00 8.00 16.49 7.6
•
• For technical information and detailed cutting data, see pages 435-442
(1) Internal thread pitch minimum
(2) Internal thread pitch maximum
(3) External thread pitch minimum
(4) External thread pitch maximum
(5) Internal threads per inch minimum
(6) Internal threads per inch maximum
(7) External threads per inch minimum
(8) External threads per inch maximum
For tools, see pages: MTSR M.I. S.P.-U (419)
MT3-U60D
60° Partial Profile Laydown
U-Type Thread Milling Inserts
for General Industry
TP
RE=0.137TP
55°
NUT
SCREW
PDX
INSL
IC
Dimensions
Designation
IC TPIX(1) TPIN(2) INSL PDX
IC908
MT3 1155D
6.35 24.00 14.00 11.00 1.0
•
MT3 1655D
9.52 12.00 8.00 16.49 1.8
•
• For detailed cutting data, see pages 435-442
(1) Threads per inch maximum
(2) Threads per inch minimum
For tools, see pages: MTSR M.I. S.P. (419)
MT3-55D
55° Partial Profile Laydown
Thread Milling Inserts
for General Industry
TP
RE=0.137TP
55°
NUT
SCREW
PDX
INSL
IC
Dimensions
Designation
IC TPIX(1) TPIN(2) INSL PDX
IC908
MT3 11U55D
6.35 12.00 7.00 11.00 5.0
•
MT3 16U55D
9.52 6.00 4.50 16.49 7.6
•
• For detailed cutting data, see pages 435-442
(1) Threads per inch maximum
(2) Threads per inch minimum
For tools, see pages: MTSR M.I. S.P.-U (419)
MT3-U55D
55° Partial Profile Laydown
U-Type Thread Milling Inserts
for General Industry
TP
RE=0.137TP
55°
NUT
SCREW
435
THREAD MILLING TOOLS
USER GUIDE
Machining Data for Indexable Insert Threading Tools
ISO
Material Condition
Tensile Strength
[N/mm2]
Hardness
HB
Material
No.
Indexable Cutting
Speed for IC908
m/min
P
Non-alloy steel
and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1 100-200
≥ 0.25 %C Annealed 650 190 2 95-190
< 0.55 %C Quenched and tempered 850 250 3 90-180
≥ 0.55 %C Annealed 750 220 4 90-170
Quenched and tempered 1000 300 5 80-150
Low alloy and cast steel (less
than 5% of alloying elements)
Annealed 600 200 6 120-170
Quenched and tempered
930 275 7 115-160
1000 300 8 105-150
1200 350 9 90-140
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 90-170
Quenched and tempered 1100 325 11 75-145
Stainless steel and cast steel Ferritic/martensitic 680 200 12 110-170
Martensitic 820 240 13 100-160
MStainless steel Austenitic, duplex 600 180 14 90-145
K
Grey cast iron (GG) Ferritic/pearlitic 160 17 65-135
Pearlitic /martensitic 250 18 65-110
Cast iron nodular (GGG) Ferritic 180 15 65-135
Pearlitic 260 16 60-100
Malleable cast iron Ferritic 130 19 65-135
Pearlitic 230 20 60-120
N
Aluminum- wrought alloy Not hardenable 60 21 110-260
Hardenable 100 22 110-200
Aluminum-
cast, alloyed
=<12% Si Not hardenable 75 23 145-350
Hardenable 90 24 145-275
>12% Si High temperature 130 25 95-225
Copper alloys
>1% Pb Free cutting 110 26 145-350
Brass 90 27 145-350
Electrolytic copper 100 28 145-350
Non-metallic Duroplastics, fiber plastics 29 90-370
Hard rubber 30 80-330
S
High temperature
alloys
Fe based Annealed 200 31 20-60
Hardened 280 32 20-50
Ni or Co based
Annealed 250 33 20-30
Hardened 350 34 10-20
Cast 320 35 15-25
Titanium alloys 400 36 30-90
Alpha+beta alloys, hardened 1050 37 20-70
H
Hardened steel Hardened 55 HRC 38 25-60
Hardened 60 HRC 39 20-40
Chilled cast iron Cast 400 40 25-60
Cast iron Hardened 55 HRC 41 20-50
Calculating RPM:
Metric Example: V=120 m/min, D=30 mm
n = Vc x 1000
πxD = 120 x 1000
3.14x30 = 1274 RPM
Inch Example: V= 410 SFM, D=1.5 inch
n = Vc x 12
πxD = 410 x 12
3.14x1.5 = 1045 RPM
Feed: 0.05-0.15 mm/tooth
0.002-0.006 inch/tooth
D
Vc
n
ISCAR
436
THREAD MILLING TOOLS
USER GUIDE
Machining Data for Solid Carbide Threading Endmills
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
Cutting
Speed
(m/min)
Cutting Diameter
Feed mm/tooth
IC908 2 3 4 6 8 10 12 14 16 20 25 30
P
Non-alloy
steel and
cast steel,
free cutting
steel
< 0.25 %C Annealed 420 125 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
≥ 0.25 %C Annealed 650 190 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
< 0.55 %C Quenched and
tempered 850 250 3 65-170
≥ 0.55 %C Annealed 750 220 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
Quenched and
tempered 1000 300 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
Low alloy and cast
steel (less than 5% of
alloying elements)
Annealed 600 200 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
Quenched and
tempered
930 275 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
1000 300 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
1200 350 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
High alloyed steel, cast
steel and tool steel
Annealed 680 200 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
Quenched and
tempered 1100 325 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
Stainless steel
and cast steel
Ferritic/
martensitic 680 200 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
Martensitic 820 240 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
MStainless steel Austenitic,
duplex 600 180 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
K
Grey cast iron (GG)
Ferritic/
pearlitic 160 17 120-160 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
Pearlitic /
martensitic 250 18 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
Cast iron nodular (GGG) Ferritic 180 15 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
Pearlitic 260 16 110-140 0.03 0.04 0.04 0.06 0.07 0.08 0.09 0.11 0.12 0.15 0.18 0.21
Malleable cast iron Ferritic 130 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
Pearlitic 230 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
N
Aluminum- wrought alloy
Not
hardenable 60 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
Hardenable 100 22
Aluminum-
cast, alloyed
=<12% Si Not
hardenable 75 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
Hardenable 90 24
>12% Si High
temperature 130 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
Copper
alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolytic
copper 100 28
Non-metallic
Duroplastics,
fiber plastics 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
Hard rubber 30
S
High
temperature
alloys
Fe based Annealed 200 31
Hardened 280 32
Ni or Co
based
Annealed 250 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
Hardened 350 34
Cast 320 35
Titanium Ti alloys
400 36
Alpha+beta
alloys,
hardened
1050 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
H
Hardened steel Hardened 55 HRC 38 55-65
Hardened 60 HRC 39 45-55
Chilled cast iron Cast 400 40 90-105
Cast iron Hardened 55 HRC 41 55-65
* For cutters with long cutting flute, reduce feed rate by 40%.
437
THREAD MILLING TOOLS
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.
A = Do – D
2
A
=Radius of tool path
Do
=Major thread diameter
D
=Cutting diameter
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
Major thread Dia.
A
D
DO
Tool Path
A/2
A/2
Y+
Y-
X+
X-
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
%
Number of Radial Passes
In order to produce a thread, in some cases
one radial pass is sufficient but other times a
number of radial passes are required.
The table below presents ISCAR's
recommendations for the number of radial
passes depending on the material and lead.
ISCAR
438
THREAD MILLING TOOLS
USER GUIDE
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
Lead (mm)
0.25-1.00 1.25-1.50 1.75-2.00 2.50-6.00
Number of passes
P
Non-alloy steel
and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
1 1 2 3
>= 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 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, duplex 600 180 14 1 1 2 3
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
1 1 2 3
Pearlitic /martensitic 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 hardenable 60 21
1 1 1 1
Hardenable 100 22
Aluminum-
cast, alloyed
<=12% Si Not hardenable 75 23
Hardenable 90 24
>12% Si High temperature 130 25 1 1 2 3
Copper alloys
>1% Pb Free cutting 110 26
1 1 1 1
Brass 90 27
Electrolytic copper 100 28
Non metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High temperature
alloys
Fe based Annealed 200 31
2 2 2 3
Hardened 280 32
Ni or Co
based
Annealed 250 33
Hardened 350 34
Cast 320 35
Titanium alloys Pure 400 36
Alpha+ beta
alloys, hardened 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40 3 3 3 3
Cast iron Hardened 55 HRC 41 2 2 2 3
Rm - ultimate tensile strength, MPa
Number of Radial Passes
439
THREAD MILLING TOOLS
USER GUIDE
Internal External
Right-hand threading Left-hand threading Right-hand threading Left-hand threading
Climb milling * Climb milling
Conventional milling Conventional milling
* First choice
Thread Milling Methods
There are several methods used for thread milling
operations. The cutter usually rotates clockwise, except
in special cases where the tool rotates counterclockwise.
The spiral movement of the cutter can be clockwise
or counterclockwise, and the tool can produce a
thread by top-down or bottom-up. The combination
of these movements depends on the type of thread
required to produce, left-hand or right-hand threads.
ISCAR
440
THREAD MILLING TOOLS
USER GUIDE
A sudden load is applied to the cutter when it enters the
workpiece and as a result the cutter may be broken, or a
mark will remain. If entering is smooth, then the load on
the tool will increase gradually and the surface will remain
“clean”.
There are three ways to initially enter the
workpiece: radial entering, tangential entering
by arc, tangential entering by line.
Radial entering
The cutter enters the workpiece in a straight
line to the center workpiece axis.
This is the simplest method, but also
the least recommended because the
angle of the hugging is too large.
Internal Threading
1
4
DCDW 2
3
External Threading
DC
DW
1
4
2
3
DW - Workpiece diameter
DC - Cutter Diameter
1-2: Straight line entry
2-3: Helical movement during one full orbit (360°)
3-4: Straight line exit
Depth Per Pass
Based on the number of passes, the table below
presents ISCAR's recommendations for depth per
pass, which is expressed as a percentage according
to the total depth that is required to be removed.
Number of radial passes
Depth per pass
1 pass 2 passes 3 passes
100% 100%
75%
100%
75%
65%
Entering the workpiece
441
THREAD MILLING TOOLS
USER GUIDE
The tool enters the material in an arc movement.
At the end of the thread, the tool also extends in
an arc movement from the material. This method is
recommended because the cutter gradually enters the
material and the load on the tool increases gradually.
Internal Threading
1
6
DCDW 3
4
2
5
External Threading
DC
DW
2
1
5
3
4
DW - Workpiece diameter
DC - Cutter Diameter
1-2: Rapid approach
2-3: Tangential entry by arc
3-4: Helical movement during one full orbit (360°)
4-5: Tangential exit by arc
5-6: Rapid return
Tangential entering by arc (recommended)
ISCAR
442
THREAD MILLING TOOLS
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.
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.
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
• 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
MTECS Small Diameter, Short Solid Carbide Thread Mills
443
MILLING INSERTS
MILLING INSERTS
ISCAR
444
MILLING INSERTS
RE
lNSL
APMX
BS
W1S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 APMX BS RE INSL 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
•
0.60-7.70 0.05-0.10
HP ANCT 070204PN-R
4.50 7.70 1.40 0.40 8.70 2.60
• • •
0.80-7.70 0.05-0.10
HP ANKT 0702 PN-R
4.50 7.70 1.30 0.50 8.70 2.60
•••• •• ••
0.90-7.70 0.06-0.10
HP ANKT 070202PNTR
4.50 7.70 1.60 0.20 8.70 2.60
• •
0.70-7.70 0.08-0.15
HP ANKT 0702PNTR
4.50 7.70 1.30 0.50 8.70 2.60
• • • • • • • •
0.90-7.70 0.08-0.12
HP ANKT 070208PNTR
4.50 7.70 1.00 0.80 8.70 2.60
• • • •
1.20-7.70 0.08-0.15
HP ANKT 070212PNTR
4.50 7.70 0.70 1.20 8.70 2.60
• •
1.60-7.70 0.08-0.15
HP ANKT 070216PNTR
4.50 7.70 0.20 1.60 8.70 2.60
• •
2.00-7.70 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HP ANK-07 (235) • HP E90AN-07 (17) • HP E90AN-M-07 (17) • HP E90AN-MM-07 (18) • HP F90AN-07 (195)
PN-R
PNTR
HP ANKT/ANCT 0702..
PN-R/PNTR
Inserts with a 7 mm Helical
Edge and Various Corner
Radii for General Use
BS
W1S
lNSL
APMX
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL APMX S RE BS W1
IC928
IC910
ap
(mm)
fz
(mm/t)
HP ANKW 070204PNTR
8.70 7.70 2.60 0.40 1.20 4.50
• •
0.80-7.70 0.08-0.15
• Reinforced flat rake for machining cast iron. For cutting speed recommendations, see pages 542-547
For tools, see pages: HP ANK-07 (235) • HP E90AN-07 (17) • HP E90AN-M-07 (17) • HP E90AN-MM-07 (18) • HP F90AN-07 (195)
HP ANKW 070204PNTR
Insert with a 7 mm Helical
Edge and Flat Rake for Rough
Machining and Hardened Steel
RE
lNSL
APMX
BS
W1S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL APMX S RE BS W1
IC28
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
HP ANCR 070204PNFR
8.70 7.70 2.60 0.40 1.20 4.50
•••
0.80-7.70 0.07-0.20
HP ANCR 070204PNFR-P (1)
8.70 7.70 2.60 0.40 1.20 4.50
•
0.80-7.70 0.07-0.20
• For cutting speed recommendations, see pages 542-547
(1) Polished rake
For tools, see pages: HP ANK-07 (235) • HP E90AN-07 (17) • HP E90AN-M-07 (17) • HP E90AN-MM-07 (18) • HP F90AN-07 (195)
HP ANCR 0702PNFR
Peripherally Ground Inserts with
a Super Positive Chipformer
for Machining Aluminum,
Titanium and Magnesium
445
MILLING INSERTS
RE
INSL
IC
S1
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
INSL IC RE S S1
IC830
IC808
ap
(mm)
fz
(mm/t)
FFT3 TXMT 020105T
3.66 2.00 0.50 1.10 1.56
• •
0.20-0.60 0.20-0.45
• For side plunging, the initial cutting feed is 0.06 mm/t • For cutting speed recommendations, see pages 542-547
For tools, see pages: FFT3 EFM-02 (292) • FFT3 EFM-MM 02 (292)
Application Range FFT3-02
0.2
0.4
0.6
0.8
0.2 0.4 0.6 0.8 1.0 fz (mm/t)
ap
(mm)
0.2
0.4
0.6
0.8
0.2 0.4 0.6 0.8 1.0
fz (mm/t)
ap
(mm)
Face and profile milling Pocket milling
FFT3 TXMT 02
Triangular Miniature Inserts
for Fast Feed Milling at
Small Depths of Cut
INSL
AE
APMX
W1
RE
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE S INSL APMX AE
IC830
IC808
fz
(mm/t)
HP ANKT 0702R12T-FF
4.40 1.20 2.60 8.55 0.70 1.9
• •
0.70-1.00
HP ANKT 0702R12GTFF (1)
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 542-547
(1) Reinforced cutting-edge geometry for Fast Feed (FF) hardened materials up to 64 HRc
For tools, see pages: HP E90AN-07 (17) • HP E90AN-M-07 (17) • HP E90AN-MM-07 (18) • HP F90AN-07 (195)
RE 1.2
APMX
HP ANKT 0702...-FF
Inserts for Fast Feed Milling
ISCAR
446
MILLING INSERTS
INSL
IC
RE
BS
S
LE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S LE RE BS
IC830
IC808
ap
(mm)
fz
(mm/t)
HM390 TPKR 0401-PCTR
4.00 2.80 1.60 3.00 0.40 0.40
• •
0.80-3.00 0.04-0.10
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HM390 ETP-04 (13) • HM390 ETP-MM-04 (13)
HM390 TPKR 0401
Triangular Miniature Inserts
with 3 Helical Cutting Edges
for 90° Shoulders
INSL
APMX
IC
BS
SRE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
HM390 TPCT 0502PDR
5.26 3.94 2.10 3.50 0.40 1.00
•
0.80-3.50 0.05-0.10
HM390 TPKT 0502PDR
5.26 3.94 2.10 3.50 0.40 1.00
•••
0.80-3.50 0.05-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HM390 ETP-05 (14) • HM390 ETP-MM-05 (14)
HM390 TPKT/CT 0502
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
S
INSL
BS RE
IC
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC330
IC845
IC830
IC5400
IC380
IC808
IC810
ap
(mm)
fz
(mm/t)
HM390 TCCT 0703PCR
7.80 5.80 3.15 5.00 0.50 0.80
•••
0.90-5.00 0.08-0.15
HM390 TCKT 0703PCTR
7.80 5.80 3.15 5.00 0.50 0.80
•••• ••
0.90-5.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HM390 E10-80-07 (39) • HM390 ETC-07 (18) • HM390 ETC-MM (18) • HM390 FTC-07 (193)
HM390 TCKT/CT 0703
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
447
MILLING INSERTS
S
INSL
BS RE
IC
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC28
IC882
IC330
IC845
IC830
IC5400
IC380
IC808
IC30N
IC810
ap
(mm)
fz
(mm/t)
HM390 TPCR1003PDFR-P
10.90 7.50 4.00 8.00 0.80 1.00
•
1.20-8.00 0.08-0.25
HM390 TPCT 1003PDR
10.90 7.50 4.00 8.00 0.80 1.10
• • •
1.20-8.00 0.08-0.12
HM390 TPKR 100304PDRHM (1)
10.90 7.50 4.00 8.00 0.40 1.50
•
1.20-8.00 0.08-0.15
HM390 TPKT 1003PDR
10.90 7.50 3.85 8.00 0.80 0.70
••••••• •
1.20-8.00 0.08-0.15
HM390 TPKT 1003PDR-FW (2)
10.90 7.50 4.00 8.00 0.80 1.50
•
1.20-8.00 0.08-0.15
HM390 TPKT 1003PDR-HS
10.90 7.50 4.00 8.00 0.80 1.00
•
1.20-8.00 0.08-0.12
HM390 TPKT 1003PDR-MP
10.90 7.50 4.10 8.00 0.80 1.20
•
1.20-8.00 0.08-0.12
HM390 TPKT 100304PDR
10.90 7.50 3.85 8.00 0.40 1.00
• • •
0.80-8.00 0.08-0.15
HM390 TPKT 100304R-GW (3)
10.90 7.50 3.85 8.00 0.40 1.25
•
0.80-8.00 0.08-0.15
HM390 TPKT 100310PDR
10.90 7.50 3.85 8.00 1.00 0.90
• • •
1.40-8.00 0.08-0.15
HM390 TPKT 100312PDR
10.90 7.50 3.85 8.00 1.20 0.70
• • •
1.60-8.00 0.08-0.15
HM390 TPKT 100316PDR
10.90 7.50 3.85 8.00 1.60 0.60
• • •
2.00-8.00 0.08-0.15
HM390 TPKT 100320PDR (4)
10.90 7.50 3.85 8.00 2.00 0.60
• • •
2.40-8.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
(1) Super positive insert for machining aluminum, stainless steel and high temperature alloys
(2) Insert with a serrated wavy cutting edge crushes chips into small segments
(3) A ground wiper
(4) Tool's pocket corners should be rounded to 1.5 mm radius
For tools, see pages: HM390 ETP-10 (22) • HM390 ETP-C#-10 (23) • HM390 ETP-M (22) • HM390 FTP-10 (199) • HM390 SM-10 (236) • HM390 TPK-10 (235)
HM390 TPKT/CT 1003
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
S
INSL
BS RE
IC
-FW
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC882
IC330
IC845
IC830
IC5400
IC380
IC808
IC30N
IC810
ap
(mm)
fz
(mm/t)
HM390 TDKT 1505PDR-MP (1)
15.97 11.40 6.45 13.00 0.80 2.90
•
1.20-13.00 0.08-0.15
HM390 TDKT 1505PDR-HS (2)
16.70 11.40 6.24 13.00 0.80 1.35
•
1.20-13.00 0.08-0.15
HM390 TDKT 1505PDR
16.71 11.39 5.85 13.00 0.80 1.40
••••••• •
1.20-13.00 0.08-0.15
HM390 TDKT 1505PDR-GW
16.50 11.40 5.80 13.00 0.80 1.70
•
1.20-13.00 0.08-0.15
HM390 TDKT 1505PDR-FW (3)
17.06 12.30 6.42 11.00 1.40 1.40
•
1.80-11.00 0.10-0.15
HM390 TDKT 150504PDR
16.34 11.40 5.77 13.00 0.40 1.40
•
1.20-13.00 0.08-0.15
HM390 TDKT 150512-PDR
16.20 11.40 5.85 12.70 1.20 1.00
• • •
1.60-13.00 0.08-0.15
HM390 TDKT 150516-PDR
16.40 11.40 5.85 12.50 1.60 1.00
• • •
2.00-12.50 0.08-0.15
HM390 TDKT 150520-PDR
16.20 11.50 5.85 12.50 2.00 0.70
• • •
2.40-12.50 0.08-0.15
HM390 TDKT 150524-PDR
15.90 11.40 5.85 12.00 2.40 0.60
• • •
2.80-12.00 0.08-0.15
HM390 TDKT 150532-PDR (4)
15.20 11.40 5.85 12.00 3.20 0.60
• • •
3.60-12.00 0.08-0.15
HM390 TDKT 150540-PDR (5)
14.25 11.40 5.75 11.00 4.00 0.60
• • •
4.40-11.00 0.08-0.15
HM390 TDKR 150508PDRHM (6)
16.70 11.40 5.85 13.00 0.80 1.70
•
1.20-13.00 0.08-0.15
HM390 TDCT 1505PDR (7)
16.80 11.40 6.08 12.00 0.80 1.70
• • • • •
1.20-12.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
(1) General-duty inserts with new medium positive cutting geometry
(2) Insert with a serrated chip splitting for roughing applications and for long overhang
(3) Chip splitting cutting edge, enlarges tool diameter by 1 mm
(4) Tools should be modified by rounding the insert pocket corners to 2.0 mm
(5) Tools should be modified by rounding the pocket corners to 4.0 mm
(6) Super positive inserts for machining aluminum, stainless steel and high temperature alloys
(7) Peripherally ground
For tools, see pages: HM390 ETD-15 (30) • HM390 ETD-M (31) • HM390 FTD-15 (209)
HM390 TDKT/CT 1505
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
ISCAR
448
MILLING INSERTS
S
INSL
BS RE
IC
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC330
IC845
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
HM390 TDKT 1907PDTR
21.00 14.00 7.00 16.00 0.80 2.50
••••••
1.20-16.00 0.10-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HM390 ETD-19 (33) • HM390 FTD-19 (212)
HM390 TDKT 1907
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
W1
RE
BS
INSL
APMX
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE INSL S BS APMX
IC28
IC328
IC928
IC380
IC808
ap
(mm)
fz
(mm/t)
HM90 APCT 100302R-PDR
6.96 0.20 11.66 3.53 1.90 8.00
• • • •
0.60-8.00 0.06-0.12
HM90 APCT 100308-HP (1)
6.80 0.80 11.46 3.53 1.40 8.00
• •
1.20-8.00 0.06-0.12
• For cutting speed recommendations, see pages 542-547
(1) Sharp cutting edges, high positive rake angle, excellent for milling PH high temperature alloys
For tools, see pages: HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200) • HM90
F90AP-10-JHP (200)
HM90 APCT 1003
Inserts with a Sharp Cutting Edge
for Semi-Finish and Finishing
APMX
IC
INSL
RE
BS
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL IC S APMX RE BS
IC28
IC4
ap
(mm)
fz
(mm/t)
HM390 TDCR 1505PDFR-P (1)
16.70 11.40 6.00 13.00 0.80 1.60
• •
1.20-13.00 0.08-0.20
HM390 TDCR 150520PDFR-P (1)
16.00 11.40 6.00 13.00 2.00 1.00
•
2.40-13.00 0.08-0.15
HM390 TDCR 150532PDFR-P (1)
15.00 11.40 6.00 13.00 3.20 0.50
•
3.60-13.00 0.08-0.15
HM390 TDCR 150540PDFR-P (1)
14.00 11.40 6.00 13.00 4.00 0.70
•
4.40-13.00 0.08-0.15
HM390 TDCR 150508 FW-P (2)
17.10 12.30 6.40 13.00 0.80 2.30
•
13.00-13.00 (3) 0.08-0.22
HM390 TDCR 150532 FW-P (2)
17.10 12.30 6.40 13.00 3.20 0.50
•
13.00-13.00 (3) 0.08-0.22
• For cutting speed recommendations, see pages 542-547
(1) Peripherally ground flank, super positive polished rake for milling aluminum, titanium and magnesium
(2) Super positive polished rake for milling aluminum, titanium and magnesium with serrated cutting edge
(3) Machine with maximum depth of cut
For tools, see pages: HM390 ETD-15 (30) • HM390 ETD-M (31) • HM390 FTD-15 (209)
HM390 TDCR 1505
Triangular Inserts with 3
Helical Cutting Edges for
90° Shoulder Accuracy
449
MILLING INSERTS
BS BS
S
INSL INSL
APMX
APMX
W1W1
RE RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC882
IC330
IC328
IC830
IC928
IC5400
IC950
IC380
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
HM90 APKT 1003PDR
6.76 11.45 8.00 3.53 0.80 1.40
••••••••••••
1.20-8.00 0.08-0.15
HM90 APKT 1003PDR-SC
6.80 11.60 8.00 4.00 0.40 1.80
•
0.80-8.00 0.08-0.15
HM90 APKT 1003PDR-MM
6.70 11.50 8.00 3.50 0.80 1.60
•
1.20-8.00 0.08-0.15
HM90 APKT 1003PDTR-8M
6.76 11.45 8.00 3.53 0.80 1.40
• •
1.20-8.00 0.08-0.20
HM90 APKT 100304PDR
6.76 11.45 8.00 3.53 0.40 1.78
• • • •
0.80-8.00 0.08-0.15
HM90 APKT 100308R
6.76 11.45 8.00 3.53 0.80 1.00
•
1.20-8.00 0.08-0.15
HM90 APKT 100312PDR
6.76 11.45 8.00 3.53 1.20 1.00
• • •
1.60-8.00 0.08-0.15
HM90 APKT 100316PDR
6.76 11.45 8.00 3.53 1.60 0.58
• • •
2.00-8.00 0.08-0.15
HM90 APKT 100325PDR
6.76 10.40 8.00 3.53 2.50 -
• • •
2.90-8.00 0.08-0.15
HM90 APKT 100330PDR
6.76 10.40 8.00 3.53 3.00 -
• • •
3.40-8.00 0.08-0.15
• For inserts with corner radii larger than 1.5 mm, the cutter body should be modified • For cutting speed recommendations, see pages 542-547
For tools, see pages: HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200) • HM90
F90AP-10-JHP (200)
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 with low
mismatch 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
lNSL
APMX
RE
BS S
W1
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC928
IC08
IC908
ap
(mm)
fz
(mm/t)
HM90 APCR 100304PDFR-P
6.52 11.25 8.00 3.85 0.40 1.52
••••
0.80-8.00 0.07-0.25
HM90 APCR 100304PDFRDP
6.52 11.25 8.00 3.85 0.40 1.52
•
0.80-8.00 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 542-547
For tools, see pages: HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200) • HM90
F90AP-10-JHP (200)
HM90 APCR
100304PDFR-P/DP
Inserts with Positive Helical
Cutting Edges and Polished
Rake for Machining Aluminum
and High Temperature Alloys
ISCAR
450
MILLING INSERTS
W1
APMX
RE
INSL
BS S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE INSL S APMX BS
IC28
IC328
IC250
ap
(mm)
fz
(mm/t)
APCT 100302R-HM
6.70 0.25 10.95 3.51 8.00 1.20
•
0.70-8.00 0.06-0.12
APCT 100304R-HM
6.70 0.45 10.95 3.51 8.00 1.20
•
0.90-8.00 0.07-0.12
APCT 1003PDR-HM
6.70 0.50 10.95 3.51 8.00 1.20
• •
0.90-8.00 0.07-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
APCT 1003PDR-HM
Inserts with 2 Helical Precision
Ground Cutting Edges for
High Accuracy Finishing
RE
4.4
APMX
lNSL
S
W1
BS
Rd°
Dimensions Tough
1
Hard
Designation
W1 INSL APMX S RE BS
ID8
ID5
APKW 100304 PDR (1)
6.76 11.47 2.00 3.50 0.40 1.52
• •
• Use ID5 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 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
Grade D.O.C. (ap) 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 and plastics 2000-3000
<2.0 Copper alloys and brass 500-1500
NID8
<2.0 Aluminum>12% silicon 250-1000
<2.0 Aluminum<12% silicon 300-3000
<2.0 Chipboard, fiberboard and plastics
MMC
2000-3000
200-600
PCD
Recommended Machining Conditions
APKW 100304 PDR (PCD)
Single R.H. PCD Tipped
Insert for Milling Aluminum
W1
LE/APMX
BS RE
INSL
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S RE BS APMX
IC28
IC928
ap
(mm)
fz
(mm/t)
APCR 1003PDFR-P
6.70 11.20 3.76 0.50 1.20 8.00
• •
0.90-8.00 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 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
APCR 1003PDFR-P
Super Positive Insert
with a Polished Rake for
Machining Aluminum
451
MILLING INSERTS
W1
APMX
BS RE S
INSL
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC330
IC328
IC928
ap
(mm)
fz
(mm/t)
APKR 1003PDR-HM
6.70 11.20 8.00 3.76 0.50 1.20
••••
0.90-8.00 0.07-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
APKR 1003PDR-HM
Super Positive Inserts for
Aluminum, Stainless Steel and
High Temperature Alloys
W1
APMX
RE
INSL
S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S APMX RE BS
IC28
IC330
IC328
IC830
IC928
IC950
IC30N
IC910
IC20
ap
(mm)
fz
(mm/t)
APKT 1003PDR-HM
6.70 10.95 3.55 8.00 0.50 1.20
•••••••••
0.90-8.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: APK-FE (239) • E90AC (36) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27)
• HM90 F90AP-10 (200) • HM90 F90AP-10-JHP (200)
APKT 1003PDR-HM
Inserts with 2 Helical Cutting
Edges for General Use
RE
BS
INSL
APMX
W1
S
Rd°
Dimensions Recommended
Machining Data
Designation
W1 INSL S APMX RE BS
IC830
ap
(mm)
fz
(mm/t)
APKT 1003PDR-HM-CS
6.70 10.95 3.55 8.00 0.80 1.20
•
8.00-8.00 (1) 0.08-0.15
• For cutting speed recommendations, see pages 542-547
(1) Machine with maximum depth of cut
For tools, see pages: APK-FE (239) • E90AC (36) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27)
• HM90 F90AP-10 (200) • HM90 F90AP-10-JHP (200)
APKT 1003PDR-HM-CS
Chip Splitting Insert for
Rough Milling of Steel,
Specially to be mounted with
an Extended Flute Cutter
ISCAR
452
MILLING INSERTS
APMX
RE
INSL
W1
BS S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC328
IC928
IC250
IC950
IC910
IC4100
ap
(mm)
fz
(mm/t)
APKT 1003PDTL-RM (1)
6.70 11.00 8.00 3.47 0.50 1.20
•
0.90-8.00 0.10-0.20
APKT 1003PDTR-RM
6.70 11.00 8.00 3.47 0.50 1.20
•••••••
0.90-8.00 0.10-0.20
• APKT...L should be used only on left-hand tools. • For cutting speed recommendations, see pages 542-547
(1) PDTL-Left-hand inserts are used only for special tools.
For tools, see pages: APK-FE (239) • ETS (341) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27)
• HM90 F90AP-10 (200) • HM90 F90AP-10-JHP (200)
APKT 1003PDTR/L-RM
Inserts with Reinforced Helical
Cutting Edge for Interrupted
Cut and Heavy Machining
APMX
RE
INSL
W1
BS S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC330
IC328
IC830
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
APKT 1003PDTR-76
6.70 11.00 8.00 3.47 0.50 1.20
••••••
0.90-8.00 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 542-547
For tools, see pages: APK-FE (239) • E90AC (36) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90
F90AP-10 (200) • HM90 F90AP-10-JHP (200)
APKT 1003PDTR-76
Inserts with 2 Helical Cutting
Edges with Ribs Along
Edge for Interrupted Cut
W
1
APMX
RE
INSL
S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
RE INSL W1 APMX S BS
IC28
IC330
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
APKT 100308PDTR-RM
0.80 11.00 6.70 8.00 3.47 0.90
• • • •
1.20-8.00 0.08-0.15
APKT 100310PDR-RM
1.00 10.75 6.70 8.00 3.47 0.60
• •
1.40-8.00 0.08-0.15
APKT 100312TR-RM
1.20 10.50 6.70 8.00 3.47 -
• • • •
1.60-8.00 0.08-0.15
APKT 100316PDTR-RM
1.60 10.90 6.70 8.00 3.47 0.80
• •
2.00-8.00 0.08-0.15
APKT 100320PDTR-RM
2.00 10.90 6.70 8.00 3.47 0.80
•••
2.40-8.00 0.08-0.15
APKT 100332TR-RM
3.20 10.70 6.70 8.00 3.47 -
• •
3.60-8.00 0.08-0.15
APKT 100340TR-RM
4.00 10.55 6.70 8.00 3.47 -
•
4.40-8.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
APKT 1003…TR-RM APKT 1003….PDTR
APKT 1003..TR-RM
Inserts with Various Corner
Radii and a Reinforced
Cutting Edge for Interrupted
Cut and Heavy Machining
453
MILLING INSERTS
INSL
S
W
1
RE
Rd°
Dimensions Recommended Machining Data
Designation
W1 INSL S RE
IC328
ap
(mm)
fz
(mm/t)
APKT 100325R
6.70 10.10 3.50 2.50
•
2.90-8.00 0.08-0.15
APKT 100330R
6.70 10.10 3.50 3.00
•
3.40-8.00 0.08-0.15
APKT 100340R
6.75 10.65 3.40 4.00
•
4.40-8.00 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 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
APKT 1003..R
Inserts with Ground
Large Corner Radii
1
2
BS RE S
lNSL
APMX
W1
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S RE BS APMX
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
HM90 APKW 1003PDR
6.76 11.47 3.50 0.80 1.40 8.00
•••
1.20-8.00 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 542-547
For tools, see pages: APK-FE (239) • HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
HM90 APKW 1003PDR
Inserts with a Reinforced
Edge and Flat Rake for
Hardened Steel and Milling
at Heavy Interrupted Cut
W
W
M90
APMX INSL
RE
BS
RE820
S
W1
Dimensions Recommended
Machining Data
Designation
W1 INSL S RE BS APMX
IC908
ap
(mm)
fz
(mm/t)
HM90 APKT 1003PD-W
6.69 11.65 3.55 0.80 4.40 8.00
•
0.10-1.00 0.15-0.30
• Must be used together with HM90 APKT 1003PDR inserts • For cutting speed recommendations, see pages 542-547
For tools, see pages: HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
HM90 APKT 1003PD-W
Wiper Insert
ISCAR
454
MILLING INSERTS
RE
APMX INSL
BS S
W1
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC882
IC330
IC328
IC830
IC928
IC5400
IC950
IC380
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
HM90 ADKT 1505PDR
9.65 16.18 12.00 5.85 0.80 2.16
••••••••••••
1.20-12.00 0.08-0.15
HM90 ADKT 1505PDR-MM
9.60 16.00 12.00 5.80 0.80 2.70
•
1.20-12.00 0.08-0.15
HM90 ADKT 150516-PDR
9.65 15.60 12.00 5.92 1.60 1.37
•
2.00-12.00 0.08-0.15
HM90 ADKT 150520-PDR
9.65 15.60 12.00 5.90 2.00 0.79
•
2.40-12.00 0.08-0.15
HM90 ADKT 150524-PDR
9.65 15.60 12.00 5.80 2.40 0.52
•
2.80-12.00 0.08-0.15
HM90 ADKT 150532-PDR
9.65 15.20 12.00 5.85 3.20 -
•
3.60-12.00 0.08-0.15
HM90 ADKT 150540-PDR
9.65 14.83 12.00 5.80 4.00 -
•
4.40-12.00 0.08-0.15
HM90 ADKT 150550-PDR
9.65 14.85 12.00 5.75 5.00 -
•
5.40-12.00 0.08-0.15
HM90 ADKT 150564-PDR
9.65 14.85 12.00 5.65 6.40 -
•
6.80-12.00 0.08-0.15
• For inserts with corner radii larger than 2.0 mm, the cutter body and seats should be modified • 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 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
• 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
INSL
RE RE9.9
APMX
AE
W1
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX AE S RE(2)
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
APKT 1003R8GT-FF (1)
6.60 10.80 0.70 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 2.0 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 542-547
(1) Reinforced cutting-edge geometry for Fast Feed (FF) hardened materials up to 64 HRc
(2) Radius for CNC programming is considered as 1.8 mm
For tools, see pages: HM90 E90A-10 (24) • HM90 E90A-M-10 (28) • HM90 E90A-MM-10 (27) • HM90 E90A-MM-10-JHP (27) • HM90 F90AP-10 (200)
• HM90 F90AP-10-JHP (200)
3°
DC+0.1
Standard Tool
Tool with a
Modified Corner
Tool corner
should
bemodified
by rounding
to 2 mm
APKT 1003R8T-FF
Insert for Fast Feed Milling
455
MILLING INSERTS
W1
W1
RE
RE
INSL
INSL
APMX
APMX
BS
BS S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC882
IC330
IC830
IC380
IC808
ap
(mm)
fz
(mm/t)
HM90 ADCT 150508 PDTR
9.50 15.70 12.00 6.40 0.80 4.10
• •
1.20-12.00 0.08-0.15
HM90 ADCT 1505PDR-PL
9.65 16.18 12.00 5.85 0.80 2.16
• •
1.20-12.00 0.08-0.12
HM90 ADCT 150508R-T
9.65 16.18 12.00 5.85 0.80 2.16
• •
1.20-12.00 0.08-0.10
HM90 ADCT 150516R-T
9.65 16.18 12.00 5.85 1.60 1.37
•
2.00-12.00 0.08-0.10
HM90 ADCT 150520R-T
9.65 16.18 12.00 5.85 2.00 0.79
•
2.40-12.00 0.08-0.10
HM90 ADCT 150532R-T
9.65 16.18 12.00 5.85 3.20 -
•
3.60-12.00 0.08-0.10
HM90 ADCT 150540R-T
9.65 16.18 12.00 5.85 4.00 -
•
4.40-12.00 0.08-0.10
HM90 ADCT 150550R-T
9.65 16.18 12.00 5.85 5.00 -
•
5.40-12.00 0.08-0.10
• For inserts with corner radii larger than 2.0 mm, the cutter body and seats should be modified • 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 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
• 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
W1
lNSL
BS S
RE
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC830
IC380
ap
(mm)
fz
(mm/t)
HM90 ADCT 1505PDR-CF
9.30 15.70 14.00 6.40 0.80 4.20
• •
1.20-14.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
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
456
MILLING INSERTS
BS RE S
INSL
W1
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 ADCR 1505PDFR-P
9.55 16.50 12.00 6.90 0.80 4.00
• •
1.20-12.00 0.07-0.25
• Super positive chipformer peripherally ground (P - Polished rake) • Used for machining aluminum, titanium and magnesium
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210) • HM90 F90A-15-JHP (210)
HM90 ADCR 1505PDFR-P
Peripherally Ground Insert with
a Super Positive Polished Rake
for Machining Aluminum and
High Temperature Alloys
RE S
INSL
APMX
W1
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC928
ap
(mm)
fz
(mm/t)
ADCR 1505PDFR
9.50 15.95 12.00 5.64 0.80 1.60
•
1.20-12.00 0.15-0.25
ADCR 1505PDFR-P (1)
9.50 15.95 12.00 5.64 0.80 1.60
•
1.20-12.00 0.07-0.25
• For cutting speed recommendations, see pages 542-547
(1) Polished rake, used on titanium magnesium and aluminum
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
ADCR 1505PDFR
Super Positive Precision Inserts
for Aluminum, Stainless Steel
and High Temperature Alloys
INSL
RE
APMX
BS
W1
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC328
IC928
IC950
ap
(mm)
fz
(mm/t)
ADKR 1505PDL-HM (1)
9.60 15.95 12.00 6.00 0.80 1.60
•
1.20-12.00 0.07-0.15
ADKR 1505PDR-HM
9.60 15.95 12.00 6.00 0.80 1.60
•••
1.20-12.00 0.07-0.15
ADKR 150504PDR-HM
9.92 16.30 12.00 5.63 0.40 1.60
• • •
0.80-12.00 0.07-0.15
• For cutting speed recommendations, see pages 542-547
(1) PDL - Left-hand inserts are used only for special tools.
For tools, see pages: ETS (341) • F90AD-SFR (211) • FST (361) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
ADKR 1505PDR/L-HM
Super Positive Inserts for
Machining Aluminum, Stainless
Steel and High Temperature Alloys
457
MILLING INSERTS
S
INSL
RE
APMX
W1
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC328
IC928
ap
(mm)
fz
(mm/t)
ADCT 1505PDFR-HM
9.57 15.65 12.00 5.64 0.80 1.60
•••
1.20-12.00 0.06-0.12
For tools, see pages: E90AC (36) • F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
ADCT 1505PDFR-HM
Peripherally Ground Milling Inserts
for Finishing and General Use
RE0.8
APMX
INSL
S
5.0
W1
BS
Rd°
Dimensions Recommended Machining Data
Designation
W1 INSL S BS APMX
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
• Inserts are supplied with spare screws. • For cutting speed recommendations, see pages 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210)
ADKW (CBN)
Single Corner R.H. Inserts with
an IB85 PCBN Brazed Tip for
Machining Hard Materials
RE0.8
5.0
2.0
APMX
0.15x45°
15º
0.2x45°
INSL
W1
BS
S
150502x45PDR 1505-75RM PDR 150508PDR
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 INSL S APMX BS
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 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210)
Grade D.O.C. (ap) 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 and plastics 2000-3000
<2.0 Copper alloys and brass 500-1500
NID8
<2.0 Aluminum>12% silicon 250-1000
<2.0 Aluminum<12% silicon 300-3000
<2.0 Chipboard, fiberboard and plastics
MMC
2000-3000
200-600
PCD
Recommended Machining Conditions
ADKW (PCD)
Single Corner R.H. PCD Tipped
Inserts for Milling Aluminum
ISCAR
458
MILLING INSERTS
INSL
RE
APMX
W1
BS S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC28
IC328
IC928
IC250
IC950
IC908
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
ADKT 1505PDR-HM
9.57 15.65 12.00 5.64 0.80 1.60
••• ••••••
1.20-12.00 0.08-0.15
ADKT 1505PDL-HM (1)
9.57 15.70 12.00 5.64 0.80 1.60
• •
1.20-12.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
(1) PDL - Left-hand inserts are used only for special tools.
For tools, see pages: E90AC (36) • ETS (341) • F90AD-SFR (211) • FST (361) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32)
• HM90 F90A-15 (210) • HM90 F90A-15-JHP (210) • SM (250)
ADKT 1505PDR/L-HM
Inserts with 2 Helical Cutting
Edges for General Use
W1
APMX
BS RE S
INSL
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S BS RE APMX
IC328
IC928
IC250
IC950
IC910
IC520M
DT7150
ap
(mm)
fz
(mm/t)
ADKT 1505PDTR-RM
9.54 15.75 5.63 1.60 1.00 12.00
•••••••
1.40-12.00 0.10-0.20
ADKT 1505PDTL-RM (1)
9.54 15.80 5.63 1.60 1.00 12.00
•
1.40-12.00 0.10-0.20
• For cutting speed recommendations, see pages 542-547
(1) PDTL-Left-hand inserts are used only for special tools.
For tools, see pages: ETS (341) • F90AD-SFR (211) • FST (361) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32)
• HM90 F90A-15 (210) • HM90 F90A-15-JHP (210) • SM (250)
ADKT 1505PDTR/L-RM
Inserts with Reinforced Helical
Cutting Edge for Interrupted
Cut and Heavy Machining
SBS
APMX
RE
W1
INSL
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC328
IC928
IC250
IC950
ap
(mm)
fz
(mm/t)
ADMT 1505PDR-HS
9.60 15.85 12.00 5.92 0.80 2.00
••••
12.00-12.00 (1) 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 542-547
(1) Machine with maximum depth of cut
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
ADMT 1505PDR-HS
Inserts with a Chip
Splitting Serrated Cutting
Edge for Roughing
459
MILLING INSERTS
INSL
APMX
RE
W1
S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S RE BS APMX
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 12.00
•••••••
2.00-12.00 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 542-547
For tools, see pages: E90AC (36) • F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
ADKT 1505PDTR-76
Insert with 2 Helical Cutting
Edges with Ribs Along
Edge for Interrupted Cut
INSL
RE
APMX
S
BS
W1
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
RE W1 BS INSL APMX S
IC28
IC328
IC830
IC928
IC950
IC908
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
ADKT 150516L-HM (1)
1.60 9.57 1.37 15.60 12.00 5.60
•
2.00-12.00 0.08-0.15
ADKT 150516R-HM
1.60 9.57 1.37 15.60 12.00 5.60
•••••• ••
2.00-12.00 0.08-0.15
ADKT 150520R-HM
2.00 9.57 - 14.80 12.00 5.20
•
2.40-12.00 0.08-0.15
ADKT 150524L-HM (1)
2.50 9.57 0.52 15.60 12.00 5.60
•
3.00-12.00 0.08-0.15
ADKT 150524R-HM
2.50 9.57 0.52 15.60 12.00 5.60
• • • •
3.00-12.00 0.08-0.15
ADKT 150532L-HM (1)
3.20 9.57 - 15.50 12.00 5.60
•
3.00-12.00 0.08-0.15
ADKT 150532R-HM
3.20 9.57 - 15.50 12.00 5.60
••••••••••
3.50-12.00 0.08-0.15
ADKT 150540L-HM (1)
4.00 9.57 - 15.40 12.00 5.60
•
4.40-12.00 0.08-0.15
ADKT 150540R-HM
4.00 9.57 - 15.40 12.00 5.60
• •
4.40-12.00 0.08-0.15
ADKT 150550L-HM (1)
5.00 9.57 - 15.10 12.00 5.30
•
5.40-12.00 0.08-0.15
ADKT 150550R-HM
5.00 9.57 - 15.10 12.00 5.30
• • • •
5.40-12.00 0.08-0.15
ADKT 150564L-HM (1)
6.20 9.57 - 14.80 12.00 5.30
•
6.50-12.00 0.08-0.15
ADKT 150564R-HM
6.20 9.57 - 14.80 12.00 5.30
•••
6.50-12.00 0.08-0.15
• For inserts with corner radii larger than 2.0 mm, the cutter body and seats should be modified • 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 542-547
(1) L - Left-hand inserts are used only for special tools.
For tools, see pages: E90AC (36) • ETS (341) • F90AD-SFR (211) • FST (361) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32)
• HM90 F90A-15 (210) • HM90 F90A-15-JHP (210) • SM (250)
ADKT 1505..R/L-HM
Inserts with 2 Helical Cutting
Edges and Various Corner
Radii for General Use
INSL
RE R12.7
APMX
AE
W1S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX AE S RE Rg(1)
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) Radius for programming
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210)
ADKT 1505-FF
Inserts for Fast Feed Milling
ISCAR
460
MILLING INSERTS
W
W
M90
S
W1
RE
lNSL
APMX
RE820
BS
Dimensions Recommended
Machining Data
Designation
W1 INSL APMX S BS RE
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 542-547.
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210)
HM90 ADKT 1505PD-W
Wiper Insert for High
Surface Finish
W
M90
RE
INSL
APMX
BS
RE820
W1
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S BS RE
IC328
IC928
ap
(mm)
fz
(mm/t)
ADKT 1505PD-W
9.57 16.00 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 542-547.
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210)
ADKT 1505PD-W
Wiper Insert for High
Surface Finish
RE
APMX INSL
W1
BS S
RE RE
HM 76
25˚
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
RE W1 INSL S BS APMX
IC328
IC928
IC250
IC950
IC30N
IC910
IC520M
IC20
ap
(mm)
fz
(mm/t)
APKT 1604PDL-HM
0.80 9.45 17.20 5.25 1.70 14.00
•
1.20-14.00 0.08-0.15
APKT 1604PDR-HM
0.80 9.45 17.20 5.25 1.78 14.00
•••••
1.20-14.00 0.08-0.15
APKT 1604PDR-76
0.80 9.45 17.30 5.30 1.80 14.00
• • •
1.20-14.00 0.10-0.20
APKT 160416R-HM
1.60 9.45 16.70 5.30 0.00 14.00
• •
2.00-14.00 0.08-0.15
APKT 160424R-HM
2.40 9.45 16.70 5.30 0.00 14.00
•
2.80-14.00 0.08-0.15
APKT 160432L-HM
3.10 9.45 16.60 5.30 0.00 14.00
•
3.60-14.00 0.08-0.15
APKT 160432R-HM
3.20 9.45 16.60 5.30 0.00 14.00
•
3.60-14.00 0.08-0.15
APKT 160448R-HM
4.80 9.45 16.40 5.20 0.00 14.00
•
5.20-14.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
APKT 1604...-HM
APKT 1604-76
APKT 1604
Milling Inserts with a 16 mm
Cutting Edge Length and Positive
Rake Angle for General Use
461
MILLING INSERTS
RE
APMX INSL
S
BS
W1
Rd°
Dimensions Recommended
Machining Data
Designation
INSL APMX W1 RE BS S
IC28
ap
(mm)
fz
(mm/t)
APCR 1604PDFR-P
17.92 14.00 9.45 0.80 1.80 5.70
•
1.20-14.00 0.15-0.25
• For cutting speed recommendations, see pages 542-547
APCR 1604
Super Positive and Polished Rake
Insert for Machining Aluminum
and High Temperature Alloys
lNSL
W1
RE S
BS
BS
P290 ACKT 1806PDR-FWR
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S RE(5) BS
IC28
IC882
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
• • • •
3.00-12.00 0.08-0.12
P290 ACKT 1204PDR-FWP
8.20 12.80 4.40 0.90 1.50
•
3.00-12.00 0.08-0.12
P290 ACKT 1806PDR-FW
10.70 18.50 6.00 1.20 2.00
•••••
5.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWE (1)
10.70 18.50 6.00 1.20 2.00
• • •
5.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWE-P (2)
10.70 18.50 6.00 1.20 2.00
•
5.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWP (3)
10.70 18.50 6.00 1.20 2.00
•
5.00-18.00 0.08-0.12
P290 ACKT 1806PDR-FWR (4)
10.70 20.20 6.00 3.80 1.90
• •
5.00-18.00 0.08-0.12
• For cutting speed recommendations, see pages 542-547
(1) A sharp edged insert, for long overhang applications or when machine power is limited
(2) Polished rake, used for rough milling of aluminum
(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: P290 ACK (241) • P290 ACK-C#-18 (242) • P290 ACK-M (240) • P290 EPW (34) • P290 EPW-M (35) • P290 FPW/FCT (215) • P290 SM (242)
P290 ACKT
Single-Sided Rectangular Inserts
with 2 Serrated Cutting Edges
lNSL
RE
W1S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL S RE BS
IC28
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
P290 ACCT 1204PDR-TL
8.20 12.90 4.80 0.90 1.50
•
1.00-12.00 0.06-0.10
P290 ACCT 1204PDR-HL
8.20 13.00 4.80 0.40 2.20
•
1.00-12.00 0.06-0.10
P290 ACCT 1806PDR-HL
10.75 19.40 6.50 0.80 2.50
•••
5.00-18.00 0.08-0.12
P290 ACCT 1806PDR-HL-P
10.75 19.40 6.50 0.80 2.50
•
5.00-18.00 0.08-0.12
P290 ACCT 1806PDR-TL
10.75 19.40 6.50 1.20 2.00
• •
5.00-18.00 0.08-0.12
P290 ACKT 1806PDR-HL (1)
10.75 19.40 6.50 0.80 2.50
•
5.00-18.00 0.08-0.12
• HL - For finishing applications (ae max=1 mm) • HL-P - Polished rake, used for aluminum • TL- Reinforced straight cutting edges, designed for rough and semi-finishmilling
• For cutting speed recommendations, see pages 542-547
(1) Economic insert
For tools, see pages: P290 ACK (241) • P290 ACK-C#-18 (242) • P290 ACK-M (240) • P290 EPW (34) • P290 EPW-M (35) • P290 FPW/FCT (215) • P290 SM (242)
P290 ACCT/KT
Single-Sided Rectangular
Inserts with Two 12 and 18
mm Straight Cutting Edges
ISCAR
462
MILLING INSERTS
12
RE
lNSL
APMX
BS
W
1
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC928
IC908
IC910
ap
(mm)
fz
(mm/t)
HM90 ADKW 1505PDR
9.59 16.15 12.00 5.83 0.80 2.45
•••
1.20-12.00 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 542-547
For tools, see pages: F90AD-SFR (211) • HM90 E90AD-15 (31) • HM90 E90AD-M-15 (32) • HM90 E90AD-M-15-JHP (32) • HM90 F90A-15 (210)
• HM90 F90A-15-JHP (210) • SM (250)
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 MILL2000
HM90 ADKW 1505PDR
Milling Inserts for Unfavorable
Conditions and Heavy Interrupted
Cut on Hardened Steel
APMX
RE
INSL
BS S
W1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC330
IC328
IC830
IC928
IC950
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
3M AXKT 1304PDR
8.40 14.12 12.00 4.55 0.60 2.10
••• ••••
1.00-12.00 0.15-0.35
3M AXKT 1304PDR-MM
8.40 14.12 12.00 4.55 0.60 2.10
•••••
1.00-12.00 0.10-0.22
• For cutting speed recommendations, see pages 542-547
PDR
PDR-MM
3M AXKT 1304
High Durability Inserts
for Heavy Milling
463
MILLING INSERTS
APMX
RE
INSL
BS S
W1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE INSL APMX S BS
IC328
IC928
ap
(mm)
fz
(mm/t)
3M AXKT 130408R-PDRMM
8.40 0.80 14.12 12.00 4.54 1.40
• •
1.20-12.00 0.10-0.22
3M AXKT 130412R-PDRMM
8.40 1.20 13.50 12.00 4.42 1.20
• •
1.60-12.00 0.15-0.30
3M AXKT 130416R-PDRMM
8.40 1.60 13.50 12.00 4.36 0.80
• •
2.00-12.00 0.15-0.30
3M AXKT 130424R-PDRMM
8.40 2.40 13.50 12.00 4.18 -
•
2.80-12.00 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 542-547.
3M AXKT 1304..R-PDRMM
High Durability Inserts
with a Variety of Corner
Radii for Heavy Milling
APMX
RE
INSL
BS S
W1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE INSL APMX S BS
IC328
IC928
ap
(mm)
fz
(mm/t)
3M AXKT 200612R-PDR
13.50 1.20 22.00 20.00 6.75 2.20
• •
1.60-20.00 0.15-0.30
3M AXKT 200616R-PDR
13.50 1.60 21.80 20.00 6.62 2.00
•
2.00-20.00 0.15-0.30
3M AXKT 200624R-PDR
13.50 2.40 22.00 20.00 6.55 1.55
•
2.80-20.00 0.15-0.30
3M AXKT 200632R-PDR
13.50 3.20 22.00 20.00 6.46 0.90
•
3.60-20.00 0.15-0.30
3M AXKT 200640R-PDR
13.50 4.00 21.90 20.00 6.26 -
• •
4.40-20.00 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 542-547
3M AXKT 2006..R-PDR
High Durability Inserts
with a Variety of Corner
Radii for Heavy Milling
W1
APMX
RE
INSL
BS S
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL APMX S RE BS
IC330
IC328
IC830
IC928
IC950
IC808
IC908
IC810
IC910
IC4100
ap
(mm)
fz
(mm/t)
3M AXKT 2006PDTR-RM
13.50 22.40 20.00 6.80 1.00 3.34
• • •
1.40-20.00 0.20-0.40
3M AXKT 2006PDTR
13.50 22.50 20.00 6.80 1.00 3.05
••••••••••
1.40-20.00 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 542-547
PDTR-RM PDTR
3M AXKT-2006
High Durability Inserts for
Heavy Milling Applications
ISCAR
464
MILLING INSERTS
RE S
BS
INSL
APMX
Rd°
Dimensions Recommended Machining Data
Designation
RE INSL APMX S BS
IC28
ap
(mm)
fz
(mm/t)
HP ADCR 190604PDFR-P
0.40 22.50 19.50 7.40 3.50
•
0.80-19.50 0.15-0.25
• Super positive rake angle, polished sharp cutting edge • For aluminum and high temperature alloys • For cutting speed recommendations, see pages 542-547
For tools, see pages: HP E90AT-19 (35) • HP F90AT-19 (215)
HP ADCR 1906
Milling Inserts with 19 mm Cutting
Edge for Machining Aluminum
RE
INSL
APMX
S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL APMX S RE BS
IC328
IC928
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
HP ADCT 2207PDR
25.73 22.60 7.50 1.00 3.43
• • •
1.40-22.60 0.07-0.15
HP ADKT 2207PDTR
25.73 22.60 7.50 0.80 3.43
•••••
1.20-22.60 0.10-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HP F90AT-22 (216)
ADKT ADCT
For general
applications
For general finishing
and high temp. alloys
HP ADKT/ADCT 2207
Inserts with Two 22 mm Long
Cutting Edges for General
High Shoulder Milling
RE
lNSL
APMX
S
BS
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL APMX RE S BS
IC328
IC928
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
HP ADCT 1906PDR
22.30 18.10 1.00 6.83 2.70
• • •
1.40-18.10 0.08-0.15
HP ADKT 190608PDTR
22.30 18.10 0.80 6.85 2.60
• • • •
1.20-18.10 0.08-0.15
HP ADKT 190610PDTR
22.30 18.10 1.00 6.85 2.50
• • •
1.40-18.10 0.08-0.15
HP ADKT 190612PDTR
22.30 18.10 1.20 6.87 2.20
• • •
1.60-18.10 0.08-0.15
HP ADKT 190616PDTR
22.30 18.10 1.60 6.87 1.80
• • •
2.00-18.10 0.08-0.15
HP ADKT 190624PDTR
22.20 18.10 2.40 6.87 1.00
• • • •
2.80-18.10 0.08-0.15
HP ADKT 190631PDTR
22.10 18.10 3.10 6.90 0.60
•
3.50-18.10 0.08-0.18
HP ADKT 190640PDTR
20.40 17.30 4.00 6.89 0.50
• • •
4.40-17.30 0.08-0.18
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HP E90AT-19 (35) • HP F90AT-19 (215)
ADKT ADCT
For general
applications
For general finishing
and high temp. alloys
HP ADKT/ADCT 1906
Milling Inserts with 19 mm
Cutting Edge for General Use
465
MILLING INSERTS
RE
INSL
APMX
S
BS
Rd°
Dimensions Recommended Machining Data
Designation
INSL RE APMX S BS
IC28
ap
(mm)
fz
(mm/t)
HP ADCR 220704PDFR-P
27.70 0.40 22.00 9.60 4.88
•
0.80-22.00 0.08-0.25
HP ADCR 220704PDFR-P LM
26.14 0.40 22.00 7.52 3.81
•
0.80-22.00 0.08-0.25
HP ADCR 220720PDFR-P LM
25.90 2.00 22.00 7.40 2.50
•
2.40-22.00 0.08-0.25
HP ADCR 220732PDFR-P LM
25.70 3.20 22.00 7.49 1.20
•
3.60-22.00 0.08-0.25
HP ADCR 220750PDFR-P LM
24.30 5.00 22.00 7.49 0.47
•
5.40-22.00 0.08-0.25
• LM insert provides high 90° shoulder accuracy, especially when using the 32-50 mm cutters • For cutting speed recommendations, see pages 542-547
For tools, see pages: HP F90AT-22 (216)
HP ADCR 2207
Milling Inserts with a Very
Positive and Polished Rake
for Machining Aluminum
lNSL
APMX
RE
S
W1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 S APMX INSL RE
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 AXCR 150502R-P
10.00 5.00 14.00 19.20 0.20
• •
0.60-14.00 0.10-0.20
HM90 AXCR 150504R-P
10.00 5.00 14.00 19.20 0.40
• •
0.80-14.00 0.10-0.20
HM90 AXCR 150508R-P
10.00 5.00 14.00 19.20 0.80
• •
1.20-14.00 0.10-0.20
HM90 AXCR 150520R-P
10.00 5.00 14.00 19.20 2.00
• •
2.40-14.00 0.10-0.20
HM90 AXCR 150525R-P
10.00 5.00 14.00 19.20 2.50
• •
2.90-14.00 0.10-0.20
HM90 AXCR 150530R-P
10.00 5.00 14.00 19.20 3.00
• •
3.40-14.00 0.10-0.20
HM90 AXCR 150532R-P
10.00 5.00 14.00 19.20 3.20
• •
3.60-14.00 0.10-0.20
HM90 AXCR 150540R-P
10.00 5.00 14.00 19.20 4.00
• •
4.40-14.00 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 542-547
For tools, see pages: HM90 EAL-15 (388) • HM90 EAL-HSK63A-15 (388) • HM90 FAL-15 (389)
HM90 AXCR 1505
Super Positive Inserts
with a Polished Rake for
Machining Aluminum
W1S
lNSL
APMX
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE(2) APMX INSL S
IC28
IC08
ap
(mm)
fz
(mm/t)
HSM90S APCR 140508R-P
12.50 0.80 13.50 25.00 6.05
•
1.20-13.50 0.10-0.30
HSM90S APCR 140508R-P
12.50 0.80 13.50 25.00 6.05
•
1.20-13.50 0.10-0.30
HSM90S APCR 140516R-P
12.50 1.60 13.50 25.00 6.00
•
2.00-13.50 0.10-0.30
HSM90S APCR 140520R-P
12.50 2.00 13.50 25.00 5.95
• •
2.40-13.50 0.10-0.30
HSM90S APCR 140530R-P
12.50 3.00 13.50 25.00 5.85
• •
3.40-13.50 0.10-0.30
HSM90S APCR 140532R-P
12.50 3.20 13.50 25.00 5.80
• •
3.60-13.50 0.10-0.30
HSM90S APCR 140540R-P
12.50 4.00 13.50 25.00 5.70
• •
4.40-13.50 0.10-0.30
HSM90S APCR 140550R-P (1)
12.50 5.00 13.50 25.00 5.50
• •
5.40-13.50 0.10-0.30
HSM90S APCR 140564R-P (1)
12.50 6.40 11.00 25.00 5.50
•
6.80-11.00 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 542-547
(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 (385) • HSM90S FAL-14 (385)
HSM90S APCR 1405
Super Positive Inserts with a
Polished Rake for Machining
Aluminum at High Rotation Speed
ISCAR
466
MILLING INSERTS
RE=5.0-6.4
APMX
INSL
RE=0.2-4.0 W1
S
INSL
APMX
SW1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 RE(2) APMX INSL S
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 APCR 160502R-P
12.80 0.20 15.50 25.50 4.80
• •
0.60-15.50 0.15-0.25
HM90 APCR 160504R-P
12.80 0.40 15.50 25.50 4.80
• •
0.80-15.50 0.15-0.25
HM90 APCR 160505R-P
12.80 0.50 15.50 25.50 4.80
• •
0.90-15.50 0.15-0.25
HM90 APCR 160508R-P
12.80 0.80 15.50 25.50 4.80
• •
1.20-15.50 0.15-0.25
HM90 APCR 160516R-P
12.80 1.60 15.50 25.50 4.80
• •
2.00-15.50 0.15-0.25
HM90 APCR 160520R-P
12.80 2.00 15.50 25.40 4.80
• •
2.40-15.50 0.15-0.25
HM90 APCR 160525R-P
12.80 2.50 15.50 25.40 4.80
• •
2.90-15.50 0.15-0.25
HM90 APCR 160530R-P
12.80 3.00 15.50 24.40 4.80
• •
3.40-15.50 0.15-0.25
HM90 APCR 160532R-P
12.80 3.20 15.50 24.40 4.80
• •
3.60-15.50 0.15-0.25
HM90 APCR 160540R-P
12.80 4.00 15.50 23.40 4.80
• •
4.40-15.50 0.15-0.25
HM90 APCR 160550R-P (1)
12.70 5.00 16.00 22.70 4.80
• •
5.40-16.00 0.15-0.25
HM90 APCR 160560R-P (1)
12.70 6.00 16.00 22.70 4.80
•
6.40-16.00 0.15-0.25
HM90 APCR 160564R-P (1)
12.70 6.40 16.00 22.70 4.80
•
6.80-16.00 0.15-0.25
• It is recommended to use the insert and screw set when machining at very high cutting speeds. • For cutting speed recommendations, see pages 542-547
(1) Use with HM90 ....16BR tools only.
(2) Measured on the cutter
For tools, see pages: HM90 EAL-16 (386) • HM90 EAL-HSK63A-16 (386) • HM90 FAL-16 (387) • HM90 FAL-16BR (387)
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 with 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
467
MILLING INSERTS
W
1
APMX
lNSL
RE
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 RE APMX INSL S
IC28
IC08
ap
(mm)
fz
(mm/t)
HM90 APCR 220605R-P
13.90 0.50 22.00 30.50 6.90
• •
0.90-22.00 0.07-0.30
HM90 APCR 220608R-P
13.72 0.80 22.00 29.70 6.90
• •
1.20-22.00 0.07-0.30
HM90 APCR 220616R-P
13.72 1.60 22.00 29.70 6.90
• •
2.00-22.00 0.07-0.30
HM90 APCR 220620R-P
13.72 2.00 22.00 29.70 6.60
•
2.40-22.00 0.07-0.30
HM90 APCR 220623R-P
13.72 2.30 22.00 29.70 6.60
• •
2.70-22.00 0.07-0.30
HM90 APCR 220632R-P
13.72 3.20 22.00 29.40 6.60
• •
3.60-22.00 0.07-0.30
HM90 APCR 220640R-P
13.72 4.00 22.00 29.00 6.60
• •
4.40-22.00 0.07-0.30
HM90 APCR 220650R-P
13.72 5.00 22.00 28.20 6.10
• •
5.40-22.00 0.07-0.30
HM90 APCR 220664R-P
13.72 6.40 22.00 26.80 6.00
• •
6.80-22.00 0.07-0.30
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HM90 FAL-22 (389)
HM90 APCR 2206..R-P
Super Positive Inserts
with a Polished Rake for
Machining Aluminum
S
W1
BS
INSL APMX
RE
Rd°
Dimensions Recommended
Machining Data
Designation
W1 RE(1) APMX BS INSL S
IC08
ap
(mm)
fz
(mm/t)
HSM90S APCR 220708R-P
13.10 0.80 22.00 5.00 29.20 6.90
•
1.20-22.00 0.15-0.30
HSM90S APCR 220716R-P
13.10 1.60 22.00 4.20 29.10 6.90
•
2.00-22.00 0.15-0.30
HSM90S APCR 220720R-P
13.10 2.00 22.00 3.90 29.10 6.80
•
2.40-22.00 0.15-0.30
HSM90S APCR 220730R-P
13.10 3.00 22.00 2.90 29.00 6.70
•
3.40-22.00 0.15-0.30
HSM90S APCR 220732R-P
13.10 3.20 22.00 2.70 29.00 6.70
•
3.50-22.00 0.15-0.30
HSM90S APCR 220740R-P
13.10 4.00 22.00 1.90 29.00 6.60
•
4.40-22.00 0.15-0.30
HSM90S APCR 220750R-P
13.10 5.00 22.00 0.90 28.90 6.50
•
5.40-22.00 0.15-0.30
• 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 542-547
(1) Measured on the cutter
For tools, see pages: HSM90S FAL-22 (389) • HSM90SFD-HSK A63/80-22 (390)
HSM90S APCR 2207
Super Positive Inserts with a
Polished Rake for Machining
Aluminum at High Rotation Speed
lNSL
RE
APMX
W1S
Rd°
Dimensions Recommended Machining Data
Designation
W1 RE APMX INSL S
IC28
ap
(mm)
fz
(mm/t)
HM90 APCR 220605-CS
14.60 0.50 22.00 30.90 6.90
•
22.00-22.00 (1) 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 542-547
(1) Machine with maximum depth of cut
For tools, see pages: HM90 FAL-22 (389)
HM90 APCR 220605-CS
Chip Splitting Insert for
Rough Milling of Aluminum
ISCAR
468
MILLING INSERTS
IC
60°
RE
L
D1
11°
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L IC S RE D1
IC830
IC635
IC50M
IC8350
IC8250
IC8150
IC520M
IC20
IC806
IC807
IC907
ap
(mm)(1)
f
(mm/
rev)(2)
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 542-547
(1) For turning
(2) For turning
For tools, see pages: E30 / T230 (36) • E45 / T245 (38) • E60 / T260 (39)
TPMT
Triangular 11° Positive Inserts
with a Positive Chipformer
Exerting Low Cutting Forces
for Internal Finish Turning
L
BS
BS
BS
PP-R PP-N
S
IC
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC L S BS
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 542-547
For tools, see pages: F90 (214)
TPKN/TPKR
11° Positive Triangular Milling
Inserts for General Use
SRE
BS
L
APMX
IC
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L APMX IC S RE BS
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H690 WNMU 0403-PNTR
4.20 4.00 6.70 3.50 0.40 0.80
• •
0.80-4.00 0.08-0.18
H690 WNMU 0403PNR-MM
4.20 4.00 6.70 3.50 0.40 0.80
• •
0.80-4.00 0.08-0.15
H690 WNMU040308PNR-MM
4.20 4.00 6.70 3.50 0.80 0.40
•••
1.20-4.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: H690 EWN-04 (12) • H690 EWN-MM-04 (12) • H690 FWN-04 (193)
PNTR PNR-MM
H690 WNMU 0403
Trigonal Inserts with 6
Helical Cutting Edges for
90° Shoulder Milling
469
MILLING INSERTS
SRE
BS
L
APMX
IC
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L APMX IC S RE BS
IC330
IC845
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H690 WNHU 0705PNTR (1)
7.30 7.00 11.50 5.80 0.80 1.20
•
1.20-7.00 0.10-0.20
H690 WNMU 0705-PNTR (2)
7.30 7.00 11.50 5.90 0.80 1.20
• •
1.20-7.00 0.10-0.35
H690 WNMU 070512PNTR
7.30 7.00 11.50 5.80 1.20 1.00
•
1.60-7.00 0.10-0.35
H690 WNMU 070516PNTR
7.30 7.00 11.50 5.80 1.60 0.60
•
2.00-7.00 0.10-0.35
H690 WNMU 070520PNTR
7.30 7.00 11.50 5.70 2.00 -
•
2.40-7.00 0.10-0.35
H690 WNMU 0705PNN-MM (3)
7.30 7.00 11.50 5.90 0.80 -
• • •
1.20-7.00 0.10-0.25
H690 WNMU070512PNN-MM (3)
7.30 7.00 11.50 5.80 1.20 -
•
1.60-7.00 0.10-0.25
H690 WNMU070516PNN-MM (3)
7.30 7.00 11.50 5.70 1.60 -
•
2.00-7.00 0.10-0.25
H690 WNMU070520PNN-MM (3)
7.30 7.00 11.50 5.70 2.00 -
•
2.40-7.00 0.10-0.25
H690 WNMU 0705PNR-MM (4)
7.30 7.00 11.50 5.90 0.80 1.20
• • •
1.20-7.00 0.10-0.25
H690 WNMU 0705PNR-RM (5)
7.30 7.00 11.50 5.80 0.80 1.20
•
1.20-7.00 0.15-0.40
• For cutting speed recommendations, see pages 542-547
(1) Peripherally ground
(2) General use insert with 6 right-hand cutting edges for milling a variety of cast iron and steel grades.
(3) 6 neutral cutting edges, for machining steel, can be used also for left-hand specially tailored milling tools.
(4) 6 right-hand cutting edges, used mainly for milling steel
(5) For heavy roughing applications
For tools, see pages: H690 EWN-07 (16) • H690 FWN-07 (195)
PNTRPNN-MM PNR-MM PNR-RM
H690 WNHU/WNMU 0705
Trigonal Inserts with 6
Helical Cutting Edges for
90° Shoulder Milling
L
W1
S
1
3
BS RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE BS
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
• •
0.80-8.00 0.08-0.15
H490 ANCX 090408PDR
6.50 8.52 5.20 0.80 4.40
•• •••
1.20-8.00 0.08-0.15
H490 ANCX 090412PDR
6.50 8.52 4.80 1.20 4.20
• • •
1.60-8.00 0.08-0.15
H490 ANCX 090416PDR
6.50 8.52 4.70 1.60 3.60
• • •
2.00-8.00 0.08-0.15
H490 ANKX 090408PNTR
6.50 8.52 5.20 0.80 5.00
••• •••
1.20-8.00 0.10-0.18
• ANKX-Utility inserts, ANCX-Precision inserts • For cutting speed recommendations, see pages 542-547
For tools, see pages: H490 ANK-09 (235) • H490 E90AX-09 (20) • H490 E90AX-M (20) • H490 E90AX-MM (21) • H490 F90AX-09 (197)
H490 ANKX/ANCX-09
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
ISCAR
470
MILLING INSERTS
REN
RE
INSL
BS
3°30’
W1S
APMX
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 BS APMX(1) INSL S RE Rg(2) REN
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 APMX, regular insert feed should be applied
• Enables ramping down at 1° maximum on 16 to 40 tool diameters
(1) For fast feed
(2) Radius for programming
For tools, see pages: H490 E90AX-09 (20) • H490 E90AX-M (20) • H490 E90AX-MM (21) • H490 F90AX-09 (197)
H490 ANKX 0904-FF
Double-Sided Rectangular
Inserts with 4 Helical Cutting
Edges for Fast Feed Milling
at Small Depths of Cut
L
W1
S
1
3
BS RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 RE S L BS
IC330
IC830
IC380
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H490 ANCX 120508PDR
10.00 0.80 9.45 13.67 3.50
• •
1.20-11.00 0.08-0.15
H490 ANKX 120504PNTR
10.00 0.40 9.15 13.70 3.80
•
0.80-11.00 0.10-0.30
H490 ANKX 120508PNTR
10.00 0.80 9.15 13.67 3.50
••••••
1.20-11.00 0.10-0.30
H490 ANKX 120510PNTR
10.00 1.00 8.90 13.70 3.40
•
1.40-11.00 0.10-0.30
H490 ANKX 120512PNTR
10.00 1.20 8.90 13.70 3.20
•
1.60-11.00 0.10-0.30
H490 ANKX 120516PNTR
10.00 1.60 8.60 13.70 2.80
•
2.00-11.00 0.10-0.30
H490 ANKX 120520PNTR
10.00 2.00 8.70 13.60 2.80
•
2.40-11.00 0.10-0.30
H490 ANKX 120524PNTR
10.00 2.40 8.60 13.70 2.80
•
2.80-11.00 0.10-0.30
H490 ANKX 1205PNTR-CS (1)
10.00 0.80 9.15 13.70 3.50
•
1.20-11.00 0.15-0.20
H490 ANKX 1205PNTR-RM
10.00 0.80 9.15 13.70 3.50
• •
1.20-11.00 0.20-0.30
• ANKX-utility inserts, ANCX-precision inserts • For cutting speed recommendations, see pages 542-547
(1) The maximum feed per tooth for chip splitting effect is up to 0.20 mm/t.
For tools, see pages: H490 E90AX-12 (30) • H490 F90AX-12 (206) • H490 SM-12 (243)
H490 ANKX/ANCX-12
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
471
MILLING INSERTS
S
W1
RE
REN
BS AE
4°
lNSL
APMX
Rd°
Dimensions Recommended
Machining Data
Designation
INSL S W1 BS RE Rg(1) REN APMX AE
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
• At D.O.C. larger than APMX, regular insert feed should be applied. • For cutting speed recommendations, see pages 542-547
(1) Radius for programming
For tools, see pages: H490 E90AX-12 (30) • H490 F90AX-12 (206)
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 1205-FF
Single-Sided Rectangular
Inserts with 2 Helical Cutting
Edges for Fast Feed Milling
at Small Depths of Cut
ISCAR
472
MILLING INSERTS
L
W1
S
1
3
BS RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L RE S W1 BS
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
•
0.80-15.00 0.15-0.30
H490 ANCX 170608PDR
16.70 0.80 10.40 11.20 4.70
• • • • •
1.20-15.00 0.10-0.18
H490 ANKX 1706PNTR-CS (1)
16.70 0.80 10.40 11.20 4.70
•
1.20-15.00 0.15-0.22
H490 ANKX 1706PNTR-RM
16.70 0.80 10.40 11.20 4.70
• • •
1.20-15.00 0.20-0.40
H490 ANKX 170608PNTR
16.70 0.80 10.40 11.20 4.70
•••• ••••
1.20-15.00 0.15-0.30
H490 ANKX 170612PNTR
16.90 1.20 10.50 11.00 3.50
• •
1.60-15.00 0.15-0.30
H490 ANKX 170616PNTR
16.90 1.60 10.50 11.00 3.10
• •
2.00-15.00 0.15-0.30
H490 ANKX 170620PNTR
16.90 2.00 10.50 11.00 2.70
• •
2.40-15.00 0.15-0.30
H490 ANKX 170624PNTR
16.90 2.40 10.50 11.00 2.30
• •
2.80-15.00 0.15-0.30
• ANKX-utility inserts. ANCX-precision inserts • For cutting speed recommendations, see pages 542-547
(1) The maximum feed per tooth for chip splitting effect is up to 0.22 mm/t.
For tools, see pages: H490 E90AX-17 (33) • H490 F90AX-17 (213) • H490 SM-17 (249)
H490 ANKX/ANCX-17
Double-Sided Rectangular Inserts
with 4 Helical Cutting Edges
lNSL
S
W1
RE
REN
APMX
BS AE
3º30’
Rd°
Dimensions Recommended
Machining Data
Designation
INSL S W1 BS RE Rg(1) REN APMX AE
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 • No tool radius modifications is required • At D.O.C. larger than APMX,
regular insert feed should be applied • For cutting speed recommendations, see pages 542-547
(1) Radius for programming
For tools, see pages: H490 E90AX-17 (33) • H490 F90AX-17 (213)
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
SBS RE
INSL
IC
APMX
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL APMX IC S RE BS
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
•••••
0.80-8.00 0.08-0.15
H690 TNCX 100504 PDR (1)
8.60 8.00 6.20 4.70 0.40 0.70
• • •
0.80-8.00 0.08-0.13
H690 TNKX 100508PNTR
8.60 8.00 6.20 4.70 0.80 0.40
• • •
1.20-8.00 0.08-0.15
• For cutting speed recommendations, see page 473
(1) Peripherally ground
For tools, see pages: H690 E90AX-10 (28) • H690 F90AX-10 (201)
H690 TNKX/TNCX 1005
Triangular Inserts with 6
Helical Cutting Edges for
90° Shoulder Accuracy
473
MILLING INSERTS
USER GUIDE
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
ISO Class
DIN/ISO
513
Workpiece Material Vc, m/min, for Grades
Description
Typical Representative
Hardness
HB
ISCAR
Mat.
Group*** IC330 IC830 IC5400 IC808 IC810AISI/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
** Quenched and tempered
*** ISCAR material group in accordance with VDI 3323 standard
Feed Recommendations for H690 TNKX 100504PNTR Inserts
ISO Class
DIN/ISO
513
Workpiece Material Fz, mm/tooth, for Grades
Description
Typical Representative
Hardness
HB
ISCAR
Mat.
Group** IC808 IC5400 IC810 IC830 IC330AISI/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* 90.08-
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
M
Austenitic 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
K
Grey 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
H
Hard 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
ISCAR
474
MILLING INSERTS
1
3
2
SBS RE
L
IC
APMX
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L APMX IC S RE BS
IC330
IC845
IC830
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
H690 TNKX 1606PNTR-CS (1)
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
••••••
1.40-13.50 0.15-0.30
• For cutting speed recommendations, see pages 542-547 ..
(1) The maximum feed per tooth for chip splitting effect is up to 0.22 mm/t
For tools, see pages: H690 F90AX-16 (214)
H690 TNKX 1606
Triangular Inserts with 6 Helical
Cutting Edges for 90° Shoulders
W1
APMX
SBS RE
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX S BS RE
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 542-547
For tools, see pages: E30 / T230 (36) • E45 / T245 (38) • E60 / T260 (39) • T290 ELN-05 (15) • T290 ELN-MM-05 (15)
T290 LNMT/LNHT 0502
Tangential Inserts with
2 Cutting Edges
BS RE
S
APMX
W1
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX S BS RE
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 542-547
For tools, see pages: T290 ELN-10 (21) • T290 FLN-10 (198)
T290 LNMT/LNHT 1004
Tangential Insert with
2 Cutting Edges
475
MILLING INSERTS
BS
APMX
W1
RE
S
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX S BS RE
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 • For cutting speed recommendations, see pages 542-547
For tools, see pages: T290 FLN-15 (207)
T290 LNMT 1506
Tangential Insert with
2 Cutting Edges
APMX
INSL
Fig. 2Fig. 1
W1RE BS RE
CHWx45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
APMX INSL W1 BS RE CHW CEDC(2) Fig.
IC845
IC830
IC5400
IC5500
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
T890 LNHT 1306PNTR
9.50 13.78 6.00 - 0.80 - 8 1
•••••••
1.00-9.50 0.10-0.20
T890 LNMT 1306PNTR
9.50 13.75 6.00 - 0.80 - 8 1
• • • •
1.00-9.50 0.10-0.20
T890 LNAT 1306PN-W (1)
9.50 13.92 5.90 4.30 0.60 0.60 4 2
•
0.50-1.00 0.10-0.20
(1) A wiper insert for finishing only
(2) Cutting edge count
For tools, see pages: T890HT ELN-R13 (29) • T890HT FLN-R13 (202)
Machining Recommendations for T890HT-13 Cutters
Workpiece Material
Carbide
grade
Depth of
cut [mm]
Cutting
speed
[m/min]
Feed per
tooth
mm/tooth] Coolant
ISO class
DIN/ISO 513 Description
ISCAR mat.
group*
Hardness
HB
Typical Representative
AISI/SAE/ASTM DIN W.-Nr.
P
Non-alloyed steel 1-5 130-180 1020 1.0402
IC830
1.0-9.5
140-170 0.12-0.20 Dry/Wet
IC5400 140-180 0.12-0.18 Dry
IC808 150-180 0.12-0.18 Dry
Low alloy steel
6-8 260-300 4340 1.6565
IC830
1.0-9.5
120-150 0.12-0.16 Dry/Wet
IC808 130-160 0.10-0.14 Dry
IC5400 150-170 0.10-0.13 Dry
IC845 1.0-4.5 120-150 0.12-0.18 Dry/Wet
9HRC 35-42** 3135 1.5710
IC830
1.0-9.5
100-130 0.12-0.15 Dry/Wet
IC808 120-150 0.10-0.13 Dry
IC5400 130-160 0.10-0.12 Dry
IC845 1.0-4.5 120-150 0.12-0.15 Dry/Wet
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021
IC830 1.0-9.5 100-120 0.10-0.15 Dry/Wet
IC808 100-130 0.10-0.13 Dry
IC5500 1.0-4.5 110-150 0.10-0.15 Dry
KGrey cast iron 15-16 250 Class 40 0.6025 (GG25) IC810 1.0-9.5 200-250 0.10-0.20 Dry
Nodular cast iron 17-18 200 Class 65-45-12 0.7050 (GGG50) IC810 180-200 0.10-0.20
* 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%
IC830 is a general purpose grade and it may be considered as the first-choice grade
IC845 is recommended for milling at relatively small depths of cut and for interrupted cutting applications
IC5500 is intended mainly for milling ferritic and martensitic stainless steel at increased speed
T890 LN.. 1306
Tangentially Clamped Inserts
with 4 or 8 Cutting Edges
ISCAR
476
MILLING INSERTS
LAPMX
S
W1RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX RE(4) S
IC330
IC845
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 7.32
• • • •
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 7.24
• • • •
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 LNMT 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 542-547
(1) Chip splitting cutting edge
(2) Used for ramping down applications on 16-40 mm diameter tools
(3) Positive rake angle for soft and gummy materials
(4) Radius obtained on workpiece
For tools, see pages: T490 ELN-08 (19) • T490 ELN-M-08 (19) • T490 ELN-MM-08 (20) • T490 FLN-08 (196) • T490 FLN-C#-08 (196) • T490 LNM-08 (236)
• T490 LNM-M-08 (237) • T490 SM-08 (243)
Tool Diameter
Rampdown
LNHT LNMT
16 2° 1.10°
18 1.85° 0.95°
20 1.70° 0.80°
25 - 0.55°
32 - 0.40°
40 - 0.30°
T490 LN... 080404PNR-RD
T490 LNMT/LNHT 0804
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
477
MILLING INSERTS
LAPMX
S
W1RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX RE(8) 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 (1)
6.00 10.50 9.00 0.80 11.30
• • •
1.50-9.00 0.10-0.20
T490 LNMT 1106PNR-PLS (2)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
T490 LNHT 1106PNR-PL (3)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
T490 LNHT 1106PNR-PLS (4)
6.00 10.50 9.00 0.80 11.30
• • •
1.50-9.00 0.10-0.20
T490 LNMT 1106PNTR-FW (5)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
T490 LNHT 1106PNTR-RD (6)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
T490 LNMT 1106PNTR-CS (7)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
T490 LNMT 1106PNTR-CSG (7)
6.00 10.50 9.00 0.80 11.30
•
1.50-9.00 0.10-0.20
• For cutting speed recommendations, see pages 542-547
(1) Mounting this insert increases tool diameter up to 0.2 mm
(2) Positive rake angle for soft and gummy materials, mounting this insert increases tool diameter up to 0.2 mm
(3) Positive rake face, for stainless steel and high temperaturealloys
(4) Positive rake angle for soft and gummy materials
(5) Chip splitting serrated cutting edge
(6) Used for ramping down applications with 25 mm and larger tools, see table below
(7) Chip splitting cutting edge
(8) Chip splitting cutting edges
For tools, see pages: T490 ELN-11 (29) • T490 FLN-11 (201) • T490 LNK-11 (237) • T490 SM-11 (243)
Tool Diameter a - Rampdown
25 1.7°
32 1.5°
40 1.4°
50 1.1°
63 0.7°
T490 LNHT 1106PNTR-RD
Special chamfer for
ramping down applications
T490 LNMT/LNHT 1106
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
ISCAR
478
MILLING INSERTS
RE RE
W1W1
L
S
APMX
12
Right-hand shown
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX RE(12) S Fig.
IC882
IC330
IC845
IC840
IC830
IC5820
IC5400
IC5500
IC380
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
T490 LNAT 1306 PN-W (1)
6.65 14.20 0.50 1.00 13.10 1.
•
0.50-0.50 0.12-0.18
T490 LNAR 1306PN-R (2)
6.65 13.81 12.77 0.80 13.00 1.
•
4.00-12.00 0.08-0.20
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
6.65 13.80 12.50 0.85 13.05 1.
• • • • • •
4.00-12.00 0.10-0.20
T490 LNHT 1306PNTL (3)
6.65 13.81 12.50 0.85 13.05 1.
• • •
4.00-12.00 0.10-0.20
T490 LNMT 1306PNTL (3)
6.65 13.80 12.50 0.85 13.05 1.
•
4.00-12.00 0.10-0.20
T490 LNMT 1306PNTR-CS (4)
6.65 13.74 12.50 0.85 13.05 1.
• • • •
4.00-12.00 0.10-0.20
T490 LNHT 1306PN-R-PL (5)
6.65 13.81 12.50 0.85 13.05 1.
• • • • •
4.00-12.00 0.10-0.20
T490 LNHT 1306PNR-PLS (6)
6.65 13.81 12.50 0.85 13.05 1.
•
4.00-12.00 0.10-0.20
T490 LNHT 1306PNTR-RD (7)
6.65 13.81 12.50 0.85 13.05 1.
• •
4.00-12.00 0.10-0.20
T490 LNMT1306PNR-RD-CS (8)
6.65 13.74 12.50 0.85 13.05 1.
•
4.00-12.00 0.10-0.20
T490 LNMT1306PNR-RDPCS (9)
6.65 13.75 12.50 0.85 13.05 1.
•
4.00-12.00 0.10-0.20
T490 LNMT1306PNR-RDPL (10)
6.44 13.74 12.50 0.85 13.05 1.
•
1.00-12.50 0.10-0.20
T490 LNHT 130604PNTR
6.65 13.81 12.50 0.40 12.88 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 130616PNTL (3)
6.65 13.81 12.50 1.60 12.88 1.
•
4.00-12.00 0.10-0.20
T490 LNHT 130616PNTR
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 130624PNTL (3)
6.65 13.80 12.50 2.40 12.50 1.
•
4.00-12.00 0.10-0.20
T490 LNHT 130624PNTR
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 130631PNTL (3)
6.65 13.81 12.50 3.10 12.37 1.
•
4.00-12.00 0.10-0.20
T490 LNHT 130631PNTR
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 (11)
6.65 13.63 12.50 4.00 12.60 2.
• • •
4.00-12.00 0.10-0.20
T490 LNMT 130640PNTR (11)
6.65 13.63 12.50 4.00 12.60 2.
•
4.00-12.00 0.10-0.20
T490 LNHT 130650PNTR (11)
6.65 13.63 12.50 5.00 12.45 2.
• • •
4.00-12.00 0.10-0.20
T490 LNMT 130650PNTR (11)
6.65 13.63 12.50 5.00 12.36 2.
•
4.00-12.00 0.10-0.20
T490 LNHT 130660PNTR (11)
6.65 13.63 12.50 6.00 12.30 2.
• •
4.00-12.00 0.10-0.25
T490 LNHT 130664PNTR (11)
6.65 13.63 12.50 6.35 12.28 2.
• • •
4.00-12.00 0.10-0.20
T490 LNMT 130664PNTR (11)
6.65 13.63 12.50 6.40 12.28 2.
•
4.00-12.00 0.10-0.20
• LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 542-547
(1) A wiper insert with 2 cutting edges, for finishing only.
(2) For low carbon steel (ISO P, ISCAR mat. Group No. 1 and 2)
(3) Left-hand insert used on left-hand cartridges or on special left-hand cutters
(4) Chip splitting insert
(5) Positive rake face, for stainless steel and high temperature alloys.
(6) Positive rake angle for soft and gummy materials
(7) Used for ramping down applications with 32 mm and larger tools, see table below
(8) Used for ramping down and chip splitting applications with 40 mm and larger tools, see table below
(9) Positive rake face, for stainless steel and high temp. alloys; used for ramping down and chip splitting applications.
(10) Positive rake face, for stainless steel and high temperature alloys with limited ramp down capability
(11) With 2 cutting edges
(12) Radius obtained on workpiece
For tools, see pages: FDN-CALN13 (350) • SDN-CALN13 (359) • T4..-SM Conical Shell Mills (247) • T490 CAP-13FT (245) • T490 ELN-13 (30) • T490 FLN-13 (207) •
T490 LNK-13 (237) • T490 LNK-13-BT (238) • T490 LNK-13-CF (238) • T490 LNK-13-INT (238) • T490 LNK-BT-FT (247) • T490 LNK-INT50-FT (246) • T490 LNK-M-13
(238) • T490 SM-13 (244) • T490 SM-13FT (244)
Special chamfer for
ramping down applications
Tool Diameter a - Rampdown
32 2.8°
40 2.0°
50 1.5°
63 1.1°
80 0.9°
100 0.7°
125 0.5°
T490 LNHT 1306PNTR-RD
Tool Diameter a - Rampdown
40 0.9°
50 0.7°
63 0.5°
T490 LNMT1306PNR-RD-CS
T490 LNMT1306PNR-RDPCS
T490 LNMT1306PNR-RDPL
T490 LNMT/LNHT/LNAR
1306
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
479
MILLING INSERTS
W1
APMX
L
S
Rd°
Dimensions Recommended
Machining Data
Designation
W1 L APMX Rg(1) S RMPX°(2)
IC830
ap
(mm)
fz
(mm/t)
T490 LNMT 1306PNR-FF
6.65 13.68 1.00 1.95 11.56 -
•
0.60-1.00 0.50-1.50
• You can machine also at up to 12 mm D.O.C. but in this case a regular corner radius insert feed recommendations should be applied.
• For cutting speed recommendations, see pages 542-547
(1) Corner radius for CNC programming
(2) For possible ramping angle vs. tool diameter, see table below.
For tools, see pages: T490 ELN-13 (30) • T490 FLN-13 (207)
Ramp Down Application as
Function of Cutter Diameter
Tool Diameter a° - Rampdown
25 4.8°
32 3.3°
40 2.5°
50 1.8°
63 1.3°
80 1.0°
100 0.8°
T490 LNMT 1306PNR-FF
Tangentially Clamped
Inserts with 2 Cutting Edges
for Fast Feed Milling
SW1
RE
L
APMX
Right-hand shown
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX RE(2) S
IC840
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
T490 LNMT1306PNR-RDPFW (1)
6.65 13.73 12.70 0.80 13.06
•
4.00-12.00 0.10-0.18
• T490 LNMT 1306PNTR-FW cannot be used for ramping down and on full slot cutters • T490 LNMT1306PNR-RDPFW can be used for ramping down
• For cutting speed recommendations, see pages 542-547
(1) Positive rake face, to be used in long overhang applications and low power machines
(2) Radius obtained on workpiece
For tools, see pages: T4..-SM Conical Shell Mills (247) • T490 CAP-13FT (245) • T490 ELN-13 (30) • T490 FLN-13 (207) • T490 LNK-13 (237) • T490 LNK-13-BT (238) •
T490 LNK-13-CF (238) • T490 LNK-13-INT (238) • T490 LNK-BT-FT (247) • T490 LNK-INT50-FT (246) • T490 LNK-M-13 (238) • T490 SM-13 (244) • T490 SM-13FT (244)
T490 LNMT 1306PNTR-FW
Tangentially Clamped
Inserts with 4 Serrated and
Helical Cutting Edges
ISCAR
480
MILLING INSERTS
APMX L
SW1
RE
Dimensions Recommended Machining Data
Designation
W1 L APMX RE S
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-P
6.65 13.81 12.50 0.80 13.00
•
4.00-12.00 0.08-0.20
T490 LNAR 1306PNR-P-RD (1)
6.65 13.75 12.50 0.80 13.05
•
4.00-12.00 0.10-0.20
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 542-547
(1) Used for ramping down applications on aluminum with 32 mm and larger tools, see table below
For tools, see pages: T4..-SM Conical Shell Mills (247) • T490 CAP-13FT (245) • T490 ELN-08 (19) • T490 ELN-13 (30) • T490 ELN-16 (33) • T490 ELN-M-08 (19) •
T490 ELN-MM-08 (20) • T490 FLN-08 (196) • T490 FLN-13 (207) • T490 FLN-16 (212) • T490 FLN-C#-08 (196) • T490 LNK-13 (237) • T490 LNK-13-BT (238) • T490
LNK-13-CF (238) • T490 LNK-13-INT (238) • T490 LNK-BT-FT (247) • T490 LNK-INT50-FT (246) • T490 LNK-M-13 (238) • T490 LNM-08 (236) • T490 LNM-M-08 (237) •
T490 SM-08 (243) • T490 SM-13 (244) • T490 SM-13FT (244) • T490 SM-16 (248)
Tool Diameter a - Rampdown
32 2.8°
40 2.0°
50 1.5°
63 1.1°
80 0.9°
100 0.7°
T490 LNAR 1306PNR-P-RD
T490 LNAR-P
Tangentially Clamped
Precision Ground Inserts
with a Super Positive Rake
for Machining Aluminum
APMX
RE
SW1
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L APMX RE 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
• LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 542-547
(1) Chip splitting insert
For tools, see pages: T490 ELN-16 (33) • T490 FLN-16 (212) • T490 SM-16 (248)
T490 LNMT/LNHT 1607
Tangentially Clamped Inserts
with 4 Helical Cutting Edges
481
MILLING INSERTS
APMX
SW1
L
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) DOC when the insert is on the cutter
For tools, see pages: F90LN-N11 (203) • FDN-CALN11 (349) • SDN-CALN11 (359)
PN-N-MM PNTN MM
LNKX/LNMT 1106
Tangentially Clamped Inserts
with a Very Positive Chipformer
and Reinforced Cutting Edge
SW1
LAPMX
RE RE
10° Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) APMX=10 mm for cast iron applications (for each pass), APMX=8 mm for steel applications
For tools, see pages: F90LN-N11 (203) • FDN-CALN11 (349) • SDN-CALN11 (359)
∆W
40 0.12
50 0.06
63 0.03
80 0.04
100 0.01
125 0.02
LNHT 11..
∆h=8
∆W
8
Dtool
Mismatch as a function
of tool diameter
LNHT 1106 PN-R HT
Tangentially Clamped Inserts
with 4 Straight Right-Hand
Cutting Edges
ISCAR
482
MILLING INSERTS
W1
SR.H
L
L.H
BS
Dimensions Recommended Machining Data
Designation
W1 L S BS
IC908
ap
(mm)
fz
(mm/t)
LNAT 1106PN-W (1)
5.97 11.38 10.94 4.90
•
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 542-547
(1) Wiper insert with two right- and two left-hand cutting edges, for 90° lead angle in F90LN cutters.
For tools, see pages: F90LN-N11 (203)
LNAT 1106-W
Tangentially Clamped
Wiper Inserts
LAPMX
W1
SRE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) APMX=10 mm for cast iron applications (for each pass), APMX=8 mm for steel applications
For tools, see pages: F90LN-N11 (203) • FDN-CALN11 (349) • SDN-CALN11 (359)
∆W
40 0.12
50 0.06
63 0.03
80 0.04
100 0.01
125 0.02
LNHT 11..
∆h=8
∆W
8
Dtool
Mismatch as a function
of tool diameter
LNHT 1106 PN-N HT
Tangentially Clamped Inserts
with Straight, Right- and
Left-Hand Cutting Edges
APMX
W1
S
RE
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) D.O.C. when the insert is on the cutter
For tools, see pages: F90LN-N11 (203) • FDN-CALN11 (349) • SDN-CALN11 (359)
LNAR 1106
Tangentially Clamped Inserts
with Positive Polished Rake
483
MILLING INSERTS
L
RE
2.6 0.4
S
1.75
X45PN-R-S X75PN-R-S
PN-R-S W1
APMX 45°
15°
2.0
Chxa°
Single R.H. cutting edge PCD insert
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE Ch a° APMX
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 542-547
For tools, see pages: F90LN-N11 (203)
Regular Insert
0.25 Ref
0.01 Ref
D (cutter)
Wiper Length 4.6 Ref
Wiper Insert
LNAR 1106 (PCD)
Tangentially Clamped Milling
Inserts with a Brazed PCD Tip
for Machining Aluminum
L
SW1
30º
A single R.H. cutting edge PCD insert
Dimensions Recommended
Machining Data
Designation
W1 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 542-547
For tools, see pages: F90LN-N11 (203)
Regular Insert
0.25 Ref
0.01 Ref
D (cutter)
Wiper Length 4.6 Ref
Wiper Insert
LNAR 1106PN-R-S-W (PCD)
Tangentially Clamped Wiper
Milling Inserts with a Brazed PCD
Tip for Machining Aluminum
ISCAR
484
MILLING INSERTS
RE
L
APMX
W1
lt
BS
S
Single R.H. cutting edge insert
Dimensions Recommended
Machining Data
Designation
W1 S RE L APMX BS 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.
• The inserts are supplied with spare screws.
For tools, see pages: F90LN-N11 (203)
CBN Recommended Machining Conditions
Grade IB85
DOC
mm Material
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
<2 Hard cast iron Ni hard 80-200 0.1-0.15 Chamfer
P
<2 Bearing steel 180-220 0.05-0.25 Chamfer
<2 Ferrous powder metal 150-300 0.1-0.15 Chamfer
ff
v
Important:
Up-Milling
Recommended for
Hardened Materials
LNAW-11 (CBN)
Tangentially Clamped Inserts
with a PCBN Brazed Tip for
Machining Hard Materials
485
MILLING INSERTS
RE
L
APMX
W1
lt
BS
SSingle R.H. cutting edge insert
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 S RE L APMX BS lt
IB85
IB55
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.
• The inserts are supplied with spare screws.
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
CBN
Recommended Machining Conditions
Grade DOC mm Material
IB85 IB55
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
Recommended for
Hardened Materials
PNTR-SPN-R-S
LNAW-15 (CBN)
Tangentially Clamped Inserts
with a PCBN Brazed Tip for
Machining Hard Materials
L
APMX
W1
S
RE
10° Ref.
RE
For R.H. tools
Dimensions Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) apmax=8 mm for steel and 12 mm for cast iron
For tools, see pages: F90LN-N15 (208)
LNMT 1506PN-R-TS
Tangentially Clamped Inserts
with a Serrated Cutting
Edge for Chip Splitting
ISCAR
486
MILLING INSERTS
W1LNMT
S
APMX
RE
L10° Ref.
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) D.O.C. when the insert is on the cutter.
For tools, see pages: F90LN-N15 (208) • FDN-CALN15 (351) • SDN-CALN15 (361) • SSB-LN15-R/L (362)
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
W1
S
RE
L
APMX
10° Ref.
RE
Dimensions Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) DOC when the insert is on the cutter.
For tools, see pages: F90LN-N15 (208) • FDN-CALN15 (351) • SDN-CALN15 (361) • SSB-LN15-R/L (362)
LNMW 1506 PNTN
Tangentially Clamped
Insert for Machining Grey
and Nodular Cast Iron
APMX
W1
S
RE
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) D.O.C. when the insert is on the cutter.
For tools, see pages: F90LN-N15 (208) • FDN-CALN15 (351) • SDN-CALN15 (361) • SSB-LN15-R/L (362)
LNKX 1506PN-N PL
Tangentially Clamped Inserts with
a Positive Land for Alloyed and
Stainless Steel and Cast Iron
487
MILLING INSERTS
CHW1.5
APMX
SW1
L
RE
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX
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 542-547
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
LNKX 1506 1.5X45 PN-N
Tangentially Clamped Chamfered
Insert for 90° Cutters
SW1LNMT
APMX L
10° Ref.
RE
The radius is not tangent to the cutting edge on the LNMT insert.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) APMX=9 mm for steel and 12 mm for cast iron
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
LNMT 15..
Δh=8
∆W
63 0.07
80 0.04
100 0.01
125 0.015
∆W
8
Cutting Dia.
Mismatch as a function
of tool diameter
LNMT/LNHT 1506PN-R HT
Tangentially Clamped Inserts
with 4 Straight Right-Hand
Cutting Edges
ISCAR
488
MILLING INSERTS
S W1
L
APMX
RE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) APMX=9 mm for steel and 14 mm for cast iron
For tools, see pages: F90LN-N15 (208) • FDN-CALN15 (351) • SDN-CALN15 (361) • SSB-LN15-R/L (362)
LNMT 15..
Δh=8
∆W
63 0.07
80 0.04
100 0.01
125 0.015
∆W
8
Cutting Dia.
Mismatch as a function
of tool diameter
LNMT/LNHT 1506...-N HT
Tangentially Clamped Inserts
with 4 Straight Cutting
Edges: 2 L.H. and 2 R.H.
W1
S
RE
L
APMX
Dimensions Recommended Machining Data
Designation
W1 L S RE APMX
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 542-547
For tools, see pages: F90LN-N15 (208)
LNAR 1506
Tangentially Clamped Insert
with a Positive Polished Land
and Sharp Cutting Edge
W1
S
L
APMX
RE
Dimensions Recommended Machining Data
Designation
W1 L S RE APMX(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 542-547
(1) D.O.C. when the insert is on the cutter
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
LNHW 1506 PNTN
(ceramic)
Tangentially Clamped Ceramic
Insert for High Speed Machining
of Grey and Nodular Cast Iron
489
MILLING INSERTS
L
S2.0
4.5
RE
APMX
W1
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX
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 ..
For tools, see pages: F90LN-N15 (208)
LNAR 1506 PN-R-S (PCD)
Tangentially Clamped Insert
with a Brazed PCD Tip for
Machining Aluminum
W1BS
RE
APMX
RE
L
S
BS
RE=4
RE4.0
W1
150640PN-N MM
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L BS S RE APMX
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 0.00 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 542-547
(1) Insert has 2 R.H. and 2 L.H. cutting edges.
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
LNAT 1506..PN-N MM
Tangentially Clamped Precision
Ground Inserts with Various
Corner Radii for Corner Rounding
SBS
R.H
W1
L.H
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S BS
IC908
IC910
IC4100
ap
(mm)
fz
(mm/t)
LNAT 1506PN-W
5.97 15.18 13.85 4.80
•••
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 542-547
For tools, see pages: F90LN-N15 (208) • SSB-LN15-R/L (362)
LNAT 1506-W
Tangentially Clamped
Wiper Inserts
ISCAR
490
MILLING INSERTS
L
SW1
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE
IC830
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 542-547
For tools, see pages: FDN-CAPM15 (351) • SDN-CAPM15 (360)
LNAT 1506-PM
Tangentially Clamped
Inserts with 4 Cutting Edges
for Slotting Cutters
S
RE
2.0
APMX
L
W1
Dimensions Tough
1
Hard Recommended Machining Data
Designation
W1 L S RE APMX(1)
IC328
IC908
IC910
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 542-547
(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
RE
L
APMX
2.0
W1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE APMX(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 542-547
(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
491
MILLING INSERTS
RE
APMX
W1
S
L
Dimensions Recommended Machining Data
Designation
W1 L S RE APMX
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 542-547
LNHW 1506 ANTN
(ceramic)
Tangentially Clamped Ceramic
Inserts for High Speed
Machining of Cast Iron
S
W1
7.2
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S W1
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 542-547
LNAT 1506AN-W
Tangentially Clamped Wiper
Inserts for 45° Lead Angle
on F45LN Cutters
S
L12.55
W1
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE
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 542-547
For tools, see pages: FIN LNK-BT (240) • FIN LNK-INT (239)
FIN LNAT 1607PN-R
Tangentially Clamped
Peripherally Ground Inserts with
2 Positive Rake Cutting Edges
for Finishing Applications
ISCAR
492
MILLING INSERTS
D
H
d
L
f
15.9 CW RE
CDX
Dimensions Recommended
Machining Data
Designation
CW RE CDX(1) 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-1.4-0.1
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-1.7-0.1
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 542-547
(1) Cutting depth maximum
For tools, see pages: TRIB (331) • TRIB-SM (332)
TRI
Triple-Edged Groove
Milling Inserts
SCW
INSL
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL S CW RE
IC928
IC910
fz
(mm/t)
LNET 081804-TN-N
8.40 6.85 1.80 0.40
• •
0.08-0.12
LNET 082604-TN-N
8.40 6.85 2.60 0.40
• •
0.08-0.12
LNET 082804-TN-N
8.40 6.85 2.85 0.40
•
0.08-0.12
LNET 083004-TN-N
8.40 6.85 3.00 0.40
• •
0.08-0.12
LNET 083204-TN-N
8.40 6.85 3.25 0.40
•
0.08-0.12
LNET 083504-TN-N
8.40 6.85 3.50 0.40
• •
0.08-0.12
LNET 083704-TN-N
8.40 6.85 3.75 0.40
•
0.08-0.12
LNET 084004-TN-N
8.40 6.85 4.00 0.40
•
0.08-0.12
LNET 084204-TN-N
8.40 6.85 4.20 0.40
•
0.08-0.12
LNET 084504-TN-N
8.40 6.85 4.50 0.40
• •
0.08-0.12
• The insert has 2 right- and 2 left-hand cutting edges • For cutting speed recommendations, see pages 542-547
For tools, see pages: ETS-LN08 (336) • ETS-LN08-M (334) • ETS-LN08-MM (335) • FDN-LN08 (345) • SDN-LN08 (354)
LNET 08
Tangentially Clamped Inserts
with 4 Cutting Edges for
Slotting and Grooving Cutters
493
MILLING INSERTS
SCW RE
INSL
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CW RE S INSL
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
4.76 0.40 9.52 12.70
•••
0.06-0.15
LNET 124808-TN
4.76 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 126508-TN
6.50 0.80 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 542-547
For tools, see pages: FDN-CALN12 (348) • FDN-LN12 (346) • SDN-CALN12 (356) • SDN-LN12 (355)
LNET 12-TN
Tangentially Clamped
Inserts with 4 Cutting Edges
for Slotting Cutters
SCW
INSL
2.5
Dimensions Recommended
Machining Data
Designation
CW S INSL
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 542-547
For tools, see pages: FDN-CALN12 (348) • FDN-LN12 (346) • SDN-CALN12 (356) • SDN-LN12 (355)
LNET 12-TN-MM
Tangentially Clamped Inserts
with 4 Cutting Edges for Milling
Deep and Long Steel Slots
ISCAR
494
MILLING INSERTS
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC28
IC328
IC928
IC250
IC950
IC908
IC30N
IC910
ap
(mm)
fz
(mm/t)
SOMT 060204-HQ
6.16 2.56 0.40
••••••
0.80-5.80 0.07-0.10
SOMT 060204TR-HQ
6.16 2.56 0.40
• •
0.80-5.80 0.08-0.12
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E45X (38) • E90X (16) • E90XC (36)
SOMT 060204-HQ SOMT 060204TR-HQ
SOMT-HQ
Square Milling Inserts
for General Use
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
QOMT 060208TN-HQ
6.16 2.56 0.80
••••
1.20-5.80 0.08-0.12
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E45X (38) • E90X (16) • ETS (341) • FDN (342) • FDN-CF4 (347) • SDN (353)
QOMT-HQ
Insert with 4 Right- or Left-Hand
Cutting Edges for General Use
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC28
IC328
IC928
IC250
IC950
IC908
IC910
ap
(mm)
fz
(mm/t)
XOMT 060204-HQ
6.16 2.56 0.40
••••••
0.80-5.80 0.07-0.10
XOMT 060204T-HQ
6.16 2.56 0.40
•
0.80-5.80 0.10-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E45X (38) • E90X (16) • E90XC (36) • ETS (341) • FDN (342) • FDN-CF4 (347) • SDN (353)
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
495
MILLING INSERTS
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC28
IC330
IC328
IC830
IC928
ap
(mm)
fz
(mm/t)
QPMR 100404PDN-HQ-M
10.35 4.48 0.40
•••••
0.80-9.60 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E90SP (21) • FF90SP-10 (198) • SPK (239)
QPMR 1004-HQ-M
Super Positive Square
Milling Inserts for Machining
Aluminum, Stainless Steel and
High Temperature Alloys
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC330
IC328
IC830
IC928
IC5400
IC950
IC810
IC910
ap
(mm)
fz
(mm/t)
QPMT 100408PDTN-M
10.35 4.12 0.70
••••••••
1.10-9.60 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E90SP (21) • FF90SP-10 (198) • FDN (342) • FST (361) • SDN (353) • SPK (239) • SSB (362)
QPMT 100408PDTN
Neutral Insert with Reinforced
Land for Slotting
RE
L/IC
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
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
•••• ••
0.80-9.60 0.08-0.15
SPMT 100408R-HQ-M
10.20 4.23 0.60
•••• • ••
1.00-9.60 0.08-0.15
SPMT 100408TR-HQ-M
10.20 4.23 0.80
• • • • • • • •
1.20-9.60 0.10-0.20
SPMT 100416R-HQ-M
10.20 4.23 1.60
• •
2.00-9.60 0.10-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E90SP (21) • F90SP-10 (198) • SPK (239) • SSB (362)
...TR-HQ-M ...R-HQ-M
SPMT-HQ
Square Positive Inserts for
Right-Hand Tools for General Use
ISCAR
496
MILLING INSERTS
HQ
HQ
L/IC
RE S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC28
IC328
IC928
IC950
IC910
ap
(mm)
fz
(mm/t)
XPMT 100408-HQ
10.20 4.12 0.60
•••
1.00-9.60 0.07-0.12
XPMT 100408T-HQ
10.20 4.12 0.60
• •
1.00-9.60 0.08-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E90AC (36) • E90SP (21) • ETS (341) • F90SP-10 (198) • FDN (342) • FST (361) • SDN (353) • SPK (239) • SSB (362)
XPMT 100408-HQ XPMT 100408T-HQ
XPMT-HQ
Insert with 2 Right- or
Left-Hand Cutting Edges with
Positive or Reinforced Land
RE
L/IC
S
BS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE BS
IC28
IC330
IC328
IC845
IC830
IC928
IC5400
IC5500
IC950
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
SDMT 1205PDR-HQ-HS
12.60 5.40 0.60 0.80
•
1.00-11.80 0.08-0.15
SDMT 1205PDR-HQ-M
12.70 5.00 0.80 1.60
••••••••••••
1.20-11.80 0.08-0.15
SDMT 1205PDR-HQ-MM
12.75 5.00 0.80 0.80
• • • • • •
1.20-11.80 0.07-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F90SD-12 (204)
SDMT-PDR-HQ
General Use Inserts with
Four Helical Cutting Edges
for 90° Shoulder Milling
RE
L/IC
S
Dimensions Recommended
Machining Data
Designation
L S RE
IC808
ap
(mm)
fz
(mm/t)
SPCT 100408PDR
10.20 4.13 0.80
•
1.20-9.60 0.08-0.12
SPMR 100408PDR
10.20 4.13 0.80
•
1.20-9.60 0.05-0.10
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E90SP (21) • F90SP-10 (198) • SPK (239) • SSB (362)
SPCT/SPMR PDR
Precision Ground Insert
Used for Semi-Finish and
Finishing Applications
497
MILLING INSERTS
1
4
2
3
RE
L/IC
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE
IC330
IC328
ap
(mm)
fz
(mm/t)
QDCT 120508-PDN
12.70 4.92 0.80
•
1.20-11.80 0.08-0.12
QDCT 120516-PDN
12.70 4.92 1.60
•
2.00-11.80 0.08-0.12
QDCT 120524-PDN
12.70 4.92 2.40
•
2.80-11.80 0.08-0.12
QDCT 120532-PDN
12.70 4.92 3.20
•
3.60-11.80 0.08-0.12
QDCT 120508-PDN-F
12.70 4.92 0.80
•
1.20-11.80 0.08-0.12
QDCT 120516-PDN-F
12.70 4.92 1.60
•
2.00-11.80 0.08-0.12
QDCT 120524-PDN-F
12.70 4.92 2.40
•
2.80-11.80 0.08-0.12
QDCT 120532-PDN-F
12.70 4.92 3.20
•
3.60-11.80 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 542-547
For tools, see pages: F90SD-12 (204) • FDN (342) • FST (361) • SDK-12-C/HP (250) • SDN (353) • SSB (362)
QDCT-PDN
Precision Ground Neutral
insert for General Use
RE
L/IC
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
IC28
IC330
IC328
IC840
IC830
IC928
ap
(mm)
fz
(mm/t)
SDMR 1205PDR-HQ-M
12.70 5.10 1.00
••••••
1.40-11.80 0.07-0.12
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F90SD-12 (204)
SDMR-HQ
Super Positive Square Insert
for Aluminum, Stainless Steel
and High Temperature Alloys
L/IC
RE
BS S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE BS
IC328
IC830
IC928
IC5400
IC808
IC910
ap
(mm)
fz
(mm/t)
SDMT 1205PDN-RM-M
12.70 5.00 0.80 1.60
• • •
1.20-11.80 0.08-0.15
SDMT 1205PDR-RM-MM
12.75 5.00 0.80 1.60
• • •
1.20-11.80 0.07-0.20
SDMT 120516PDR-RM-MM
12.75 5.00 1.60 0.80
• •
2.00-11.80 0.07-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F90SD-12 (204)
SDMT-PDR-RM
Insert with Helical Cutting Edges
for 90° Shoulder Milling
ISCAR
498
MILLING INSERTS
3
2
1
4
RE
L/IC
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
IC330
IC328
IC830
IC928
IC950
IC808
IC908
IC810
IC910
ap
(mm)
fz
(mm/t)
QDMT 1205PDTN-M
12.70 5.00 0.80
•••• ••••
1.20-11.80 0.07-0.20
QDMT 120516PDTN-M
12.70 5.00 1.60
••••• • •
2.00-11.80 0.07-0.20
QDMT 120520PDTN-M
12.70 5.00 2.00
•••••••••
2.40-11.80 0.07-0.20
QDMT 120524PDTN-M
12.70 5.00 2.40
••••• • •
2.80-11.80 0.07-0.20
QDMT 120532PDTN-M
12.70 5.00 3.20
•••• •••
3.60-11.80 0.07-0.20
• 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 542-547
For tools, see pages: F90SD-12 (204) • FDN (342) • FST (361) • SDK-12-C/HP (250) • SDN (353) • SSB (362)
QDMT 1205..PDTN-M
Neutral Inserts for Slotting
RE
SDHT SDHW
LS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
IC882
IC5820
IC380
fz
(mm/t)
SDHT 100408-PDEN (1)
10.00 4.50 0.80
• •
0.05-0.10
SDHW 100408-TN (2)
10.00 4.50 0.80
•••
0.05-0.12
SDHW 100408-TN-CS (3)
10.00 4.50 0.80
•
0.05-0.12
• For cutting speed recommendations, see pages 542-547
(1) First choice for machining stainless steel
(2) First choice for machining titanium.
(3) Chip splitting cutting edge
For tools, see pages: SDK-10-C/HP (249)
SDHT/W 100408
Square Inserts for Machining
Titanium, High Temperature
Alloys and Stainless Steel
RE
SDHT SDHX
LS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
IC882
IC5820
fz
(mm/t)
SDHT 120508-PDEN (1)
12.70 4.90 0.80
•
0.05-0.15
SDHX 120508-PD-N (2)
12.70 4.94 0.80
• •
0.05-0.15
• For cutting speed recommendations, see pages 542-547
(1) First choice for machining stainless steel
(2) First choice for machining titanium
For tools, see pages: SDK-12-C/HP (250)
SDHT/X 120508
Square Inserts for Machining
Titanium, High Temperature
Alloys and Stainless Steel
499
MILLING INSERTS
IC RE
BS
APMX
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
APMX BS RE IC S
IC882
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 0.80 13.80 4.20
•
0.20-2.00 0.10-0.20
IQ845 SYHU 070400AD
4.60 3.40 0.80 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 cutting recommendations, see pages 542-547
(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 (226) • IQ845 FSY-R07 (226)
IQ845 SYHU-07
Square Inserts with 8
Cutting Edges
IC RE
BS
APMX
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
APMX BS RE IC 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 cutting recommendations, see pages 542-547
(1) For soft non-alloy and low-alloy steel
(2) For general applications
(3) For cast iron
For tools, see pages: IQ845 ESY-R05 (219) • IQ845 FSY-R05 (220)
IQ845 SYHU-05
Square Inserts with 8
Cutting Edges
ISCAR
500
MILLING INSERTS
APMX
IC
BS
S
A
RE / A
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L APMX S BS RE KCH
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 2.20 - 45.0 (3)
• •
2.00-6.00 0.15-0.30
• S845 SNHU - Precision ground • S845 SNMU - Utility • For cutting speed recommendations, see pages 542-547
(1) For cast iron
(2) For high temperature alloys and stainless steel
(3) See drawing A
For tools, see pages: FF SOF (310) • SOE45 8/16 (38) • SOF45 (222)
ANTR
ANR-MM ANR-PL
For cast iron
For general
applications
For stainless steel and
high temperature alloys
S845 SNMU/SNHU-13
Double-Sided Square Inserts
with 8 Cutting Edges
S
IC
APMX
RE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC APMX RE Rg(1) S
IC830
IC808
ap
(mm)
fz
(mm/t)
SOMT 040208 PNR-FF
4.08 0.50 0.80 1.10 2.20
• •
0.20-0.50 0.10-0.50
• For cutting speed recommendations, see pages 542-547
(1) Radius for programming
For tools, see pages: E90SO-04 (11) • E90SO-MM-04 (11)
SOMT 0402-FF
Square Milling Inserts
for Fast Feed Milling
S
APMX
IC
RE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
APMX RE IC S
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
SOCT 040204 PNR
3.50 0.40 4.07 2.20
• •
0.80-3.50 0.04-0.10
SOMT 040204 PNTR
3.50 0.40 4.07 2.20
•••
0.80-3.50 0.04-0.10
SOMT 040208 PNTR
3.50 0.80 4.07 2.20
•
1.20-3.50 0.04-0.10
SOMT 040212 PNTR
3.50 1.20 4.07 2.20
•
1.60-3.50 0.04-0.10
• For cutting speed recommendations, see pages 542-547 • For left or right hand machining
For tools, see pages: E90SO-04 (11) • E90SO-MM-04 (11)
SOMT/CT 0402
Square Milling Inserts
for General Use
501
MILLING INSERTS
S
BS
APMX
IC
A
RE
A-A
A
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S BS RE APMX
IC330
IC328
IC830
IC928
IC5400
IC808
IC908
IC810
IC910
DT7150
IC5100
IC4100
ap
(mm)
fz
(mm/t)
S845 SXMU 1606ADTR-MM
16.35 7.45 2.84 0.80 7.15
•••••••••••
3.00-7.00 0.30-0.50
S845 SXMU 1606ADTR-RM
16.35 7.45 2.84 0.80 7.15
• •
3.00-7.00 0.30-0.50
S845 SXCU 160608AD-RMM
16.35 7.45 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 542-547
For tools, see pages: S845 F45SX-16 (227)
S845 SXMU/SXCU-16
Square Thick Inserts with 8
Helical Right-Hand Cutting Edges
BS S
IC
21
Dimensions Recommended Machining Data
Designation
IC S BS APMX
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 542-547
For tools, see pages: S845 F45SX-16 (227)
S845 SXHU 1606-W
HELIDO Wiper Insert with
a Single Cutting Edge
5.35
S
IC
BS
17.3
22.5°
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S BS
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 542-547
For tools, see pages: SOE45 8/16 (38) • SOF45 (222)
S845 SNHU 1305-W
Double-Sided Wiper Inserts
with 4 Cutting Edges
ISCAR
502
MILLING INSERTS
L
IC
APMX
BS RE
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC BS CW RE APMX S
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 542-547
For tools, see pages: SOF45-R18 (229)
S845 SNMU/SNHU 1806
Square Inserts with 8 Helical
Right-Hand Cutting Edges
BS
APMX
RE
s
IC
Dimensions Recommended Machining Data
Designation
IC S BS APMX
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
For tools, see pages: SOF45-R18 (229)
S845 SNHU 1806AN-N-W
Wiper Insert with 2 R.H. and
2 L.H. Cutting Edges
APMX
BS
IC
S
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC BS RE APMX S
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 542-547
For tools, see pages: SOF45-26 (228) • SOF45WG-R26 (228)
S845 SNMU 2608
Heavy Duty Thick Square Inserts
with 8 Helical Right-Hand
Cutting Edges
503
MILLING INSERTS
L
BS
EPSR
RE
IC
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC S L APMX BS RE EPSR
IC845
IC5400
IC808
IC810
IC5100
fz
(mm/t)
S890 SZMU 080412PNTR
8.20 4.00 5.20 5.00 1.20 1.20 88.4
• •
0.12-0.25
S890 SZMU 080412PNRMM
8.20 4.00 5.20 5.00 1.20 1.20 88.4
•••
0.08-0.25
• For cutting speed recommendations, see pages 542-547
For tools, see pages: S890 FSZ-R08 (194)
When stepdown milling is performed by use of passes, the depth of cut per pass should
not exceed the depth of cut as recommended in the ISCAR catalog.
Fig. 1-
Generated profile for a depth of cut of up to 5 mm
Fig. 2-
Generated profile for a depth of
cut in stepdown milling
90˚
5
90˚
0.28
0.28
93˚
5
10
15
S890 SZMU-0804PN
Double-Sided Square Inserts
with 8 Cutting Edges
6.15
S
APMX
38°
65°
IC
BS RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S APMX BS RE
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 542-547
For tools, see pages: S865 FSN-13 (217)
ZNTR ZNTR-MM
S865 SNMU 1305ZNTR
Double-Sided Square Inserts
with 8 Cutting Edges
ISCAR
504
MILLING INSERTS
S
APMX
IC
RE / A
BS
45°
A
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
BS IC APMX S RE
IC330
IC830
IC5400
IC808
IC810
DT7150
IC5100
ap
(mm)
fz
(mm/t)
ONHU 050500-PL (1)
4.50 13.00 3.50 5.08 -
• •
1.50-3.00 0.15-0.20
ONHU 050500-R-HP
4.50 13.00 3.50 5.08 -
•
1.50-3.00 0.20-0.25
ONHU 050505-TN (2)
5.00 13.00 3.50 5.08 0.50
• • • •
1.50-3.00 0.15-0.30
ONHU 050505-TN-MM (3)
5.00 13.00 3.50 5.08 0.50
• • •
1.50-3.00 0.20-0.30
ONMU 050505-TN (2)
5.00 13.00 3.50 5.08 0.50
•••
1.50-3.00 0.20-0.30
ONMU 050505-TN-MM (3)
5.00 13.00 3.50 5.08 0.50
••••
1.50-3.00 0.20-0.30
• ONHU - Precision ground • ONMU - Utility • For cutting speed recommendations, see pages 542-547
(1) For stainless steel and high temperature alloys
(2) For cast iron
(3) For general applications
For tools, see pages: FF SOF (310) • SOE45 8/16 (38) • SOF45 (222)
TN
TN-MM
PL
For cast iron For general applications For stainless steel and
high temperature alloys
ONHU/ONMU-05
Double-Sided Octagonal Inserts
with 16 Cutting Edges
S
APMX
L/IC
RE
BS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S APMX BS RE(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 542-547
(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 (205) • S890 SSB-13 (362)
PN-R-W
(4)
PNTN
(2)
PNTR
(1)
PNR-MM
(3)
S890 SNMU 1305PN...
Double-Sided Square Inserts
with 8 Cutting Edges
505
MILLING INSERTS
22.5°
45°
A
S
A
BS
APMX
IC
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC APMX S BS
IC808
IC810
ap
(mm)
fz
(mm/t)
ONHU 0505AN-N-W (1)
13.00 2.00 4.90 4.70
•
0.50-2.00 0.15-0.30
ONHU 0505AN-R-W (2)
13.00 2.00 4.90 4.50
• •
0.50-2.00 0.15-0.30
• To be used with ONMU/ONHU 05 inserts • For cutting speed recommendations, see pages 542-547
(1) Wiper insert with 4 right- and 4 left-hand cutting edges
(2) Wiper insert with 8 right-hand cutting edges
For tools, see pages: SOE45 8/16 (38) • SOF45 (222)
ONHU 0505-W
Double-Sided Octagonal Wiper
Inserts with 4 or 8 Cutting Edges
S
OXMT 0507R08-FF OXMT 050705-R-HP
IC
L
BS
15°
APMX BS
IC
L
APMX
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
APMX IC BS 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 542-547
(1) For high feed milling
(2) 45° edges for austenitic stainless steel and high temperature alloys
For tools, see pages: FF SOF (310) • SOE45 8/16 (38) • SOF45 (222)
-HP
-FF
OXMT 0507
Octagonal High Feed 45° Inserts
45°
IC
APMX
RE
BS S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC APMX BS RE 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 542-547
(1) Polished rake used for aluminum and titanium
For tools, see pages: HOE-R06 (218) • HOF-R06 (218)
OECR
Octagonal Milling Inserts
with Positive Rake and
Sharp Cutting Edges
ISCAR
506
MILLING INSERTS
IC
RE
BS S
APMX
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC APMX BS RE 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 542-547
For tools, see pages: HOE-R06 (218) • HOF-R06 (218)
OEMT/OEKT 060405
Octagonal Milling Inserts
for General Use
RE
BS
S45°
IC
APMX
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC APMX BS RE 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 542-547
For tools, see pages: HOE-R06 (218) • HOF-R06 (218)
OEMW-AETN
Octagonal Flat Rake
Inserts for Cast Iron
IC
APMX
S
BS
RE
Economical solution
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC APMX BS RE 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 542-547
(1) Reinforced cutting edge
For tools, see pages: HOF-R07 (219)
OFMT 07...-AER-76
OFMT 07T3-AEN/AETN
For general use For general use
Reinforced cutting edge
OFMT 07
Octagonal Milling Inserts
for General Use
507
MILLING INSERTS
IC
APMX
RE S
Economical solution
Rd°
Dimensions Recommended Machining Data
Designation
IC APMX RE 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 542-547
For tools, see pages: HOF-R07 (219)
OFMW-AETN
Octagonal Milling Inserts for
Heavy Duty Applications
4
3
2
1
8
7
6
5
IC S
RE
BS
APMX
Economical solution
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC APMX BS RE 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 542-547
(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 (219)
OFCR 07T3-AEN-P OFCT 07T3-AETN-16
Aluminum, titanium
and stainless steel
Hardened and
molded steel
OFCR/OFCT-AEN/AETN
Octagonal Milling Inserts
with Positive Rake and
Sharp Cutting Edges
ISCAR
508
MILLING INSERTS
RE
RE S
BS
BS
IC IC
OFCT 07T3-RW-16
OFCR 07T3-RW-P
OFCT 07T3-AER
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC BS S RE
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 4.58 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 542-547
For tools, see pages: HOF-R07 (219)
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 a
p=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:
V
c (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
IC
APMX S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
APMX IC 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 542-547
For tools, see pages: HOF-R07 (219)
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
509
MILLING INSERTS
IC
APMX
L
BS RE
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC BS L APMX S RE
IC330
IC845
IC830
IC5400
IC808
IC810
IC5100
ap
(mm)
fz
(mm/t)
ONHU 070600-PL-R
18.80 1.30 7.00 5.00 6.50 0.00
•
1.50-5.00 0.15-0.30
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 AR-HP
18.80 1.00 7.00 5.00 6.80 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 542-547
(1) For cast iron (left-hand)
(2) For cast iron
(3) Reinforced land for heavy machining
For tools, see pages: SOF45-R18 (229)
ONMU/ONHU 0706
Double-Sided Octagonal Inserts
with 16 Cutting Edges
IC
BS
RE
S
APMX
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC BS APMX S RE
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 542-547
For tools, see pages: SOF45-26 (228) • SOF45WG-R26 (228)
ONMU 1008
Double-Sided Heavy Duty
Octagonal Inserts with
16 Cutting Edges
IC
S
BS
APMX
Dimensions Recommended Machining Data
Designation
IC S BS APMX
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
• Note : this insert is not intended for mounting on a cutter carrying inserts ONHU 070600-PL-R • For cutting speed recommendations, see pages 542-547
For tools, see pages: SOF45-R18 (229)
ONHU 0706AN-R-W
Double-Sided Octagonal Wiper
Inserts with 8 Right-Hand
Cutting Edges
ISCAR
510
MILLING INSERTS
S
L
BS
45° APMX
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
S BS APMX L
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 542-547
For tools, see pages: F45ST (225)
SEKT-AF-R
Super Positive Square Milling
Inserts for 45° Finishing
and Medium Machining
of Soft Materials
S
L/IC
BS
APMX
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45ST (225)
SEMT 1204AF-R-HS
Square Milling Inserts with
Chip Splitting Serrated Cutting
Edge for 45° Roughing
BS
S
APMX
L
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45ST (225)
SEHW-AFTN
Precision Ground Sharp
Cutting Edge Milling
Inserts for General Use
BS
S
APMX
IC=L
45°
Dimensions Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45ST (225)
SEKT-AFTN
Square Screw-Clamped Inserts
for Medium Machining
511
MILLING INSERTS
BS
S
APMX
45˚
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45ST (225)
SEMT 12..AFTN-76
Milling Inserts with Ribs Along
Edges for Heavy Machining
BS
S
APMX
L
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45ST (225)
SEHT-AFN
Precision Ground Sharp Cutting
Edged General Use Milling
Inserts for 45° Milling Cutters
APMX
BS
S
45°
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45E (225)
SEKN-AF..
Flat Rake Face Milling
Inserts for General Use
ISCAR
512
MILLING INSERTS
APMX
BS
S
45°
L
Dimensions Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45E (225)
SEKR-AF-N-42
Super Positive Square Milling
Inserts for 45° Finishing
and Medium Machining
on Soft Materials
APMX
BS
S
45°
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F45E (225)
SEKR-AF..-76
Square Milling Inserts with
Ribs Along Edges for 45°
Roughing Applications
APMX
BS
S
45°
L
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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
12.63 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 542-547
For tools, see pages: F45E (225)
SEKR-AFTR-HS
Square Milling Inserts with Chip
Splitting Serrated Cutting Edge
for 45° Roughing Applications
S
L/IC
APMX
RE
BS
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S BS APMX RE
IC330
IC840
IC830
IC5400
IC808
IC810
ap
(mm)
fz
(mm/t)
SECT 140420AR
14.04 4.50 3.70 5.50 2.00
• •
2.00-5.50 0.12-0.20
SEMT 140405ATR
14.20 4.95 2.75 5.50 0.50
• ••••
2.00-5.50 0.12-0.20
• SECT - Precision ground insert • SEMT - Utility insert • For cutting speed recommendations, see pages 542-547
For tools, see pages: HOE-R06 (218) • HOF-R06 (218)
SECT/SEMT 1404
Positive Square Inserts for
General Soft and Clean Cutting
513
MILLING INSERTS
BS
APMX
L
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S BS APMX
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 1203EDTR
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 1203EDTL
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 542-547
For tools, see pages: F75-M (216)
SPKN ED..
Flat Rake Milling Inserts
for General Use
0.5
BS
APMX
IC=L
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
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 542-547
For tools, see pages: F75-M (216)
SPKR EDTR-HS
Square Positive Inserts with Chip
Splitting Serrated Cutting Edges
BS
APMX
L
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S BS APMX
IC328
IC950
ap
(mm)
fz
(mm/t)
SPKR 1203EDL-76
12.70 3.18 1.80 9.50
•
3.00-9.00 0.08-0.15
SPKR 1203EDR-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 542-547
For tools, see pages: F75-M (216)
SPKR ED..-76
Square Milling Inserts with Ribs
Along Edges for 45° Roughing
S
L/IC
45° APMX
BS
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S APMX BS
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 542-547
For tools, see pages: E45 / T245 (38)
SDMT-AD-N
Inserts for General Use
on 45° Endmills
ISCAR
514
MILLING INSERTS
7°
S
D1
90°
IC=L
RE
75º
45º
45º
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
L S RE D1
IC830
IC20
IC5005
IC807
IC907
ap
(mm)
fz
(mm/rev)
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 542-547
For tools, see pages: E45 / T245 (38)
SCMT-19
Square Inserts with a 7° Positive
Flank for Semi-Roughing at
Medium to High Feeds
LS
RE
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
L S RE
IC330
IC845
IC830
IC5400
IC380
IC808
IC810
IC5100
fz
(mm/t)
XNMU 130608PNN-MM
13.00 8.50 0.80
• ••••
0.08-0.20
XNHU 130608PNN-PL
13.00 8.80 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 542-547
For tools, see pages: ETS-XN13 (340) • FDN-XN13 (350) • SDN-XN13 (357) • SM-XN13 (246) • XNK-XN13 (239)
XNMU 13
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
L
APMX
RE S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
APMX L S RE
IC830
IC5400
IC808
fz
(mm/t)
XNMU 090408-PNTN
8.20 9.10 5.95 0.80
•••
0.05-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: ETS-XN09 (340) • FDN-XN09 (349) • SDN-XN09 (357)
XNMU 0904PN
Square Inserts with 4 Right- and
4 Left-Hand Cutting Edges
515
MILLING INSERTS
S
IC
45°
APMX
RE
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC RE S APMX
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 542-547
(1) For FEEDMILL tools, see the feed conditions for the FF NM tools
For tools, see pages: F45NM (221) • F45WG (220) • FF NM (309)
TN HL
ONHU/ONMU-08-TN/HL
Double-Sided Octagonal Face
Milling Inserts for Cast Iron
and Rough Applications
S
45°
APMX
RE
IC
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC RE S APMX
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 542-547
(1) For FEEDMILL tools, see the feed conditions for the FF NM tools
For tools, see pages: F45NM (221) • F45WG (220) • FF NM (309)
ONHU/ONMU-08-TN-MM
Double-Sided Octagonal
Face Milling Inserts for
General Steel Machining
22.5˚
45˚
APMX
IC
S
Dimensions Recommended
Machining Data
Designation
IC S APMX
IS8
ap
(mm)
ONHQ 0806-TN
20.20 6.00 5.50
•
2.00-5.50
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F45NM (221) • F45WG (220)
ONHQ-TN
16MILL Octagonal Double-Sided
Ceramic Face Milling Inserts
ISCAR
516
MILLING INSERTS
45°
APMX
S
RE
1.3
IC
RE
Dimensions Recommended Machining Data
Designation
IC RE S APMX
IC910
ap
(mm)
fz
(mm/t)
ONHU 080600-N-PL
20.20 0.40 6.00 5.50
•
2.00-5.50 0.25-0.40
• For cutting speed recommendations, see pages 542-547
For tools, see pages: F45NM (221) • F45WG (220)
ONHU 0806-N-PL
Octagonal Inserts with a
Sharp Edge and Positive
Land for Cast Iron
...-R-W ...-N-W ...-14R-W
R
L
S
IC
APMX
RE RE
BS BS
S
IC
45˚
APMX
IC
BS
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC RE S APMX BS
IC910
IC4100
ap
(mm)
fz
(mm/t)
ONHU 0806AN-N-W (1)
20.30 0.50 6.00 3.50 7.40
• •
1.50-3.50 0.08-0.25
ONHU 0806AN-14R-W (2)
20.35 0.50 5.50 3.50 13.20
•
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 542-547
(1) Wiper insert with 4 cutting edges, 2 right- and 2 left-hand
(2) Wiper insert with 4 cutting edges, recommended for fine pitch cutters; cutter diameters >160 mm
(3) Wiper insert with 4 cutting edges, recommended for fine pitch cutters; cutter diameters <125 mm
For tools, see pages: F45NM (221) • F45WG (220)
ONHU 0806AN-W
Double-Sided Octagonal
Wiper Inserts
S
45°
APMX
IC
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC RE S APMX
IC328
IC928
ap
(mm)
fz
(mm/t)
ONHU 080608 AN-N-HP
20.20 0.80 6.00 5.50
•
2.00-5.50 0.25-0.40
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 542-547
For tools, see pages: F45NM (221) • F45WG (220)
ONHU/ONMU 080608
AN-N-HP
16MILL Double-Sided
Octagonal Face Milling Inserts
for High Temperature Alloys,
Stainless Steel and Steels
517
MILLING INSERTS
RE
LS
Rd°
Dimensions Tough
1
Hard
Designation
L S RE
IC882
IC830
IC5820
IC808
IC810
FFQ4 SOMT 090412T
8.50 3.90 1.20
• • •
FFQ4 SOMT 0904RM-T
8.60 3.80 1.20
•
FFQ4 SOMT 0904RM-HP
8.60 3.80 1.20
•
FFQ4 SOMT 090412HP
8.50 3.80 1.20
••••
FFQ4 SOMW 090420T
8.80 3.90 2.00
•
• For side plunging, the initial cutting feed is 0.1 mm/t • T type for steel, ferritic and martensitic stainless steel, cast iron • RM-.. reinforced radius type for machining near
straight shoulders wall • HP type for austenitic stainless steel and high temperature alloys • SOMW-T flat insert for interrupted and hard material up to 60 HRC
For tools, see pages: FFQ4 D-09 (301) • FFQ4 D-M-09 (301) • FFQ4 D-W-09 (300)
SOMT..-HP SOMT..-T SOMT..-RM SOMW..T
Averaged Cutting Data for FFQ4-09 Fast Feed Cutters
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
Recom-
mended Range
Recom-
mended Range
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloysteel 1-5 130-180 1020 1.0402
T /
RM-T
IC808
1.0 0.4-1.2
150-220 1.2 0.5-1.5 Dry
IC830 140-200 1.3 0.5-1.5 Dry/Wet
Low alloysteel 6-8 260-300 4340 1.6582 IC808 140-200 1.2 0.5-1.5 Dry
IC830 120-180 1.3 0.5-1.5 Dry/Wet
9HRC 35-42 3135 1.5710 IC808 130-180 1.2 0.5-1.4 Dry
IC830 120-160 1.2 0.5-1.4 Dry/Wet
High alloysteel 10-11 200-220 H13 1.2344 IC808 120-170 1.2 0.5-1.4 Dry
IC830 100-150 1.3 0.5-1.4 Dry/Wet
Ferritic/martensitic
stainless steel 12-13 200 420 1.4021 IC808 110-160 1.2 0.5-1.4 Dry
IC830 100-150 1.3 0.5-1.4 Dry/Wet
MAustenitic
stainless steel 14 200 304L 1.4306 HP
IC830
1.0 0.4-1.2
80-140 1.0 0.5-1.2
Wet
IC808 100-160 1.0 0.5-1.2
IC5820 100-160 1.0 0.5-1.3
IC882 80-130 1.0 0.5-1.4
K
Grey cast iron 15-16 250 Class 40 0.6025
(GG25) T20 /
RM-T
IC810
1.2 0.4-1.2
150-220 1.2 0.5-1.5
Dry
Nodular cast iron 17-18 200 Class
65-45-12
0.7050
(GGG50) IC810 120-200 1.2 0.5-1.5
SHigh temperature
alloys and titanium
33-35 340 Inconel 718 2.4668
HP
IC830
1.0 0.4-1.2
25-35 0.5 0.5-1.0
Wet
IC808 25-36 0.5 0.5-1.0
IC5820 25-40 0.5 0.5-1.0
IC882 25-35 0.5 0.5-1.0
36-37 HRC 35-40 AMS
R56400
3.7165
(Ti6Al4V ELI)
IC830 40-55 0.6 0.5-1.0
IC808 40-55 0.6 0.5-1.0
IC5820 30-60 0.6 0.5-1.0
IC882 35-55 0.6 0.5-1.0
HHardened steel 38 HRC 45-49 HARDOX 450 plate SOMW IC808 1 0.3-1.0 55-75 0.5 0.3-1.0 Dry
HRC 58-62 D2 1.2379 0.3** 0.3-1.0 50-70 0.3 0.3-0.5
* ISCAR material group in accordance with VDI 3323 standard
** For better performance it recommended to machine with a width of cut up to 0.4*DC
For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%
FFQ4 SOMT/W 0904
Single-Sided Square Inserts
with 4 Cutting Edges for
Fast Feed Milling
ISCAR
518
MILLING INSERTS
RE
LS
Rd°
Dimensions Tough
1
Hard
Designation
L S RE
IC882
IC830
IC5820
IC808
IC810
FFQ4 SOMT 1205RM-HP
12.70 5.20 1.60
• •
FFQ4 SOMT 1205RM-T
12.70 5.20 1.60
•
FFQ4 SOMT 120516HP
12.70 5.20 1.60
••••
FFQ4 SOMT 120516T
12.70 5.20 1.60
• •
FFQ4 SOMT 120516T20
12.70 5.20 1.60
•
FFQ4 SOMW 120530T
13.00 5.30 3.00
•
• For side plunging, the initial cutting feed is 0.1 mm/t • T- for steel, ferritic and martensitic stainless steel, cast iron and hardened steel • RM-.. type for interrupted cut
and machining near straight shoulders wall • HP- for austenitic stainless steel and high temperature alloys • T20- for grey and nodular cast iron • SOMW-T flat insert for
interrupted and hard material up to 60 HRC
For tools, see pages: FFQ4 D-12 (302)
HP TRM SOMW..T
Averaged Cutting Data for FFQ4-12 Fast Feed Cutters
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
Recom-
mended Range
Recom-
mended Range
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloysteel 1-5 130-180 1020 1.0402
T /
RM-T
IC808
1.2 0.4-1.5
150-220 1.5 0.5-2.0 Dry
IC830 140-200 1.6 0.5-2.0 Dry/Wet
Low alloysteel
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 alloysteel 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
MAustenitic
stainless steel 14 200 304L 1.4306 HP
IC830
1.0 0.4-1.5
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 15-16 250 Class 40 0.6025
(GG25) T20 /
RM-T
IC810
1.5 0.4-1.5
150-220 1.5 0.5-2.0
Dry
Nodular cast iron 17-18 200 Class
65-45-12
0.7050
(GGG50) IC810 120-200 1.5 0.5-2.0
S
High temperature
alloys and
titanium
33-35 340 Inconel 718 2.4668
HP
IC830
1.0 0.4-1.5
25-35 0.5 0.5-1.0
Wet
IC808 25-36 0.5 0.5-1.0
IC5820 25-40 0.5 0.5-1.0
IC882 25-35 0.5 0.5-1.0
36-37 HRC 35-40 AMS R56400 3.7165
(Ti6Al4V ELI)
IC830 40-55 0.6 0.5-1.0
IC808 40-55 0.6 0.5-1.0
IC5820 30-60 0.6 0.5-1.0
IC882 35-55 0.6 0.5-1.0
HHardened steel 38 HRC 45-49 HARDOX 450 plate SOMW IC808 1.0 0.3-1.2 55-75 0.5 0.3-1.0 Dry
HRC 58-62 D2 1.2379 0.5** 0.3-1.2 50-70 0.3 0.3-0.5
* ISCAR material group in accordance with VDI 3323 standard
** For better performance it recommended to machine with a width of cut up to 0.4*DC
For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%
FFQ4 SOMT/W 1205
Single-Sided Square Inserts
with 4 Cutting Edges for
Fast Feed Milling
519
MILLING INSERTS
RE
LS
Rd°
Dimensions Tough
1
Hard
Designation
L S RE
IC882
IC830
IC808
IC810
FFQ4 SOMT 1706RM-HP
17.50 6.00 2.50
•
FFQ4 SOMT 1706RM-T
17.50 6.00 2.50
•
FFQ4 SOMT 170625HP
17.50 6.00 2.50
•••
FFQ4 SOMT 170625T
17.50 6.00 2.50
• • •
FFQ4 SOMW 170640T
18.00 6.10 4.00
•
• For side plunging, the initial cutting feed is 0.1 mm/t • T type for steel, ferritic and martensitic stainless steel, cast iron and hardened steel • RM-.. type for interrupted cut
and machining near straight shoulders wall • HP type for austenitic stainless steel and high temperature alloys
•SOMW-T flat insert for interrupted and hard material up to 60 HRC
For tools, see pages: FFQ4 D-17 (303)
SOMT..-HP SOMT..-T SOMT..-RM SOMW..T
Averaged Cutting Data for FFQ4-17 Fast Feed Cutters
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
Recom-
mended Range
Recom-
mended Range
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloysteel 1-5 130-180 1020 1.0402
T /
RM-T
IC808
2.5 0.4-3.0
150-220 1.5 0.5-2.0 Dry
IC830 140-200 1.6 0.5-2.0 Dry/Wet
Low alloysteel 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 alloysteel 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
MAustenitic
stainless steel 14 200 304L 1.4306 HP
IC830
2.0 0.4-3.0
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 15-16 250 Class 40 0.6025
(GG25) T20 /
RM-T
IC810
3.0 0.4-3.0
150-220 1.5 0.5-2.0
Dry
Nodular
cast iron 17-18 200 Class
65-45-12
0.7050
(GGG50) IC810 120-200 1.5 0.5-2.0
S
High
temperature
alloys and
titanium
33-35 340 Inconel 718 2.4668
HP
IC830
1.5 0.4-3.0
25-35 0.5 0.5-1.0
Wet
IC808 25-36 0.5 0.5-1.0
IC5820 25-40 0.5 0.5-1.0
IC882 25-35 0.5 0.5-1.0
36-37 HRC 35-40 AMS R56400 3.7165
(Ti6Al4V ELI)
IC830 40-55 0.6 0.5-1.0
IC808 40-55 0.6 0.5-1.0
IC5820 30-60 0.6 0.5-1.0
IC882 35-55 0.6 0.5-1.0
HHardened steel 38 HRC 45-49 HARDOX 450 plate SOMW IC808 1 0.3-2.5 55-75 0.5 0.3-1.0 Dry
HRC 58-62 D2 1.2379 0.5** 0.3-2.5 50-70 0.3 0.3-0.5
* ISCAR material group in accordance with VDI 3323 standard
** For better performance it recommended to machine with a width of cut up to 0.4*DC
For machining in unstable conditions, the recommended cutting data should be reduced by 20-30%
FFQ4 SOMT/W 1706
Single-Sided Square Inserts
with 4 Cutting Edges for
Fast Feed Milling
ISCAR
520
MILLING INSERTS
L/IC
RE
S
S1
Rd°
Dimensions Tough
1
Hard
Designation
L S S1 RE
IC882
IC830
IC808
IC810
FFQ8 SZMU 120520HP
12.00 5.85 6.50 2.00
•••
FFQ8 SZMU 120520T
12.00 5.85 6.50 2.00
• • •
• For side plunging, the initial cutting feed is 0.1 mm/t • T- for steel, ferritic and martensitic stainless steel, cast iron and hardened steel
• HP - for austenitic stainless steel and high temperature alloys
For tools, see pages: FFQ8-12 (303) • MFQ8-12 (304)
Averaged Cutting Data for FFQ8 Fast Feed Cutters
Workpiece material
Insert
type
Carbide
grade
Cutting
speed
vc
[m/min]
Fast feed
cutters (FF) Moderate feed (MF)
Coolant
ISO class
DIN/
ISO 513 Description
ISCAR
mat.
group*
Hardness
HB
Typical
representstive D.O.C
ap
[mm]
Feed
fz
[mm/tooth]
D.O.C
ap
[mm]
Feed
fz
[mm/tooth]
AISI/SAE/
ASTM
DIN
W.-Nr.
P
Non-alloy steel 1-5 130-180 1020 1.0402
T
IC808 150-220
0.5-1.5
0.40-1.5
0.5-3.0
0.20-1.0 Dry
IC830 140-200 0.40-1.5 0.20-1.0 Dry/Wet
Low alloy steel 6-8 260-300 4340 1.6582 IC808 140-200 0.40-1.5 0.20-1.0 Dry/Wet
IC830 120-180 0.40-1.5 0.20-1.0 Dry/Wet
935-42** HRC 3135 1.5710 IC808 130-180 0.40-1.5 0.20-1.0 Dry
IC830 120-160 0.40-1.5 0.20-1.0 Dry/Wet
High alloy steel 10-11 200-220 H13 1.2344 IC808 120-170 0.40-1.5 0.20-1.0 Dry
IC830 100-150 0.40-1.5 0.20-1.0 Dry/Wet
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021
IC808 110-160 0.40-1.5 0.20-1.0 Dry
IC830 100-150 0.40-1.5 0.20-1.0 Dry/Wet
M Austenitic
stainless steel 14 200 304L 1.4306 HP IC882 70-130 0.5-1.5 0.20-0.8 0.5-3.0 0.20-0.5 Wet IC808 100-160 0.20-0.8 0.20-0.5
IC830 80-140 0.20-0.8 0.20-0.5
K
Grey cast iron 15-16 250 Class 40 0.6025
(GG25) T
IC810 150-220
0.5-1.5
0.40-1.5
0.5-3.0
0.40-1.0
Dry
Nodular
cast iron 17-18 200 Class
65-45-12
0.7050
(GGG50) IC810 120-200 0.40-1.5 0.40-1.0
S
High
temperature
alloys and
titanium alloys
31-32 220 330 1.4864
HP
IC882 40-60
0.5-1.5
0.20-0.8
0.5-3.0
0.20-0.5
Wet
IC808 40-80 0.20-0.8 0.20-0.5
IC830 40-75 0.20-0.8 0.20-0.5
33-35 340 Inconel 718 2.4668 IC882 20-30 0.20-0.8 0.20-0.5
IC808 25-40 0.20-0.8 0.20-0.5
IC830 25-35 0.20-0.8 0.20-0.5
36-37 30-32
HRC
AMS
R56400 3.7165 IC882 30-50 0.20-0.8 0.20-0.5
IC808 40-60 0.20-0.8 0.20-0.5
IC830 35-55 0.20-0.8 0.20-0.5
HHardened steel 38 45-49 HRC HARDOX 450 plate T IC808 50-75 0.5-1.5 0.20-0.50 0.5-3.0 0.20-0.50 Dry
* 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%
FFQ8 SZMU
Double-Sided Square
Inserts with 8 Cutting Edges
for High Feed Milling
521
MILLING INSERTS
IC
RE ...CS
S1
APMX
INSBD
S
L
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
IC L S S1 INSBD RE Rg(3) APMX
IC882
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 WOMW 060212T-M (1)
9.86 7.00 2.70 4.70 5.60 2.00 3.00 1.00
•
0.50-1.00 0.50-3.50
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 09T320-CS (2)
14.50 10.60 3.95 6.50 9.30 2.00 4.20 2.00
•
1.50-2.00 0.70-1.20
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
FF WOMW 09T320T (1)
14.50 10.60 4.00 6.50 9.30 2.00 4.00 1.50
•
0.80-1.50 0.50-3.50
• For cutting speed recommendations, see pages 542-547
(1) Used for heavy machining, interrupted cuts and for hardened steel.
(2) Chip splitting insert - effective at depths of cut larger than 0.75 mm.
(3) Radius for programming
For tools, see pages: FF EW (304) • FF EW-CF (305) • FF EW-M (305) • FF FW (309)
FF WOCT FF WOMW
FF WOMT
For general applications For high temperature alloys
and stainless steel
For hard material and
interrupted cut
FF WOCT/WOMT/WOMW
Arc Cutting Edge Inserts
for Fast Feed Machining
at Small Depths of Cut
S
IC
RE
APMX
17˚
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S RE APMX
IC882
IC830
IC5820
IC808
ap
(mm)
fz
(mm/t)
FFT3 WXMT 030206T
4.20 2.20 0.60 0.60
••••
0.20-0.60 0.20-0.80
• For side plunging, the initial cutting feed is 0.08 mm/t • For cutting speed recommendations, see pages 542-547
For tools, see pages: FFT3 EFM-03 (293) • FFT3 EFM-MM 03 (293)
FFT3 WXMT 03
Single-Sided Small Trigon
Inserts for Fast Feed Milling
ISCAR
522
MILLING INSERTS
S
RE
IC
L
Rd°
Dimensions Tough
1
Hard
Designation
IC L S RE(4)
IC882
IC330
IC830
IC5820
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
• •
(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 (297) • FF EWX-M (298) • FF EWX-MM (299) • FF FWX (306) • MF EWX (299) • MF EWX-M (300) • MF FWX (307)
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
523
MILLING INSERTS
W1
S1
INSL
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
INSL S1 RE W1
IC882
IC840
IC830
IC5820
IC808
IC810
ap
(mm)
fz
(mm/t)
FFX4 XNMU 040310HP
9.58 3.97 1.00 7.16
••••
0.20-0.80 0.20-0.90
FFX4 XNMU 040310RM-HP
9.58 3.97 1.00 7.16
• •
0.20-0.80 0.20-0.90
FFX4 XNMU 040310T
9.58 3.95 1.00 7.16
• • •
0.20-0.80 0.40-1.20
FFX4 XNMU 040310RM-T
9.58 3.95 1.00 7.16
•
0.20-0.80 0.40-1.20
• For side plunging, the initial cutting feed is 0.1 mm/t • HP- for austenitic stainless steel, titanium and high temperature alloys • T- for steel, ferritic and martensitic stainless
steel, cast iron and hardened steel • RM-reinforced type insert
For tools, see pages: FFX4 ED (294) • FFX4 ED-M (294) • FFX4 ED-MM (295) • FFX4 FD-04 (295)
Averaged Cutting Data for FFX4 Fast Feed Cutters Size 04
ISO
class
DIN/
ISO 513 Description
Workpiece material
Insert
type
Carbide
grade
D.O.C.
ap [mm]
Cutting Speed & Feed
Coolant
ISCAR mat.
group*
Hardness
HB
Typical materials
Vc [m/min]
fz
[mm/tooth]
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1-5 130-180 1020 1.0402
T
IC808
0.2-0.8
150-220 0.2-1.0 Dry
IC830 140-200 0.2-1.2 Dry/Wet
Low alloy steel
6-8 260-300 4340 1.6582 IC808 140-200 0.2-0.9 Dry/Wet
IC830 120-180 0.2-1.1 Dry/Wet
9HRC 35-42** 3135 1.5710 IC808 130-180 0.2-0.8 Dry
IC830 120-160 0.2-1.0 Dry/Wet
High alloy steel 10-11 200-220 H13 1.2344 IC808 120-170 0.2-0.8 Dry
IC830 100-150 0.2-0.9 Dry/Wet
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021
IC808 110-160 0.2-0.8 Dry
IC830 100-150 0.2-0.9 Dry/Wet
M Austenitic
stainless steel 14 200 304L 1.4306 HP
IC830
0.2-0.8
80-120 0.2-0.9
Wet
IC840 80-140 0.2-0.8
IC5820 100-160 0.2-0.7
IC882 80-130 0.2-0.8
KGrey cast iron 15-16 250 Class 40 0.6025 (GG25) TIC810 0.2-0.8 150-220 0.4-1.2 Dry
Nodular cast iron 17-18 200 Class 65-45-12 0.7050 (GGG50) IC810 120-200 0.4-1.2
SHigh temperature
alloys
33-35 340 Inconel 718 2.4668
HP
IC882
0.2-0.8
20-30 0.2-0.7
Wet
IC5820 25-35 0.2-0.6
IC840 25-35 0.2-0.6
IC830 25-30 0.2-0.7
36-37 HRC 30-32 AMS R56400 3.7165
(Ti6AI4V ELI)
IC882 25-35 0.2-0.7
IC5820 25-40 0.2-0.6
IC840 25-35 0.2-0.6
IC830 20-30 0.2-0.7
HHardened steel 38 HRC 45-49 HARDOX 450 plate T IC808 0.2-0.8 50-75 0.2-0.5 Dry
* 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%
FFX4 XNMU-04
"Bone Shaped" Inserts
with 4 Cutting Edges for
Fast Feed Milling
ISCAR
524
MILLING INSERTS
BS
RE
L
IC
APMX
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
APMX L BS RE IC S
IC845
IC840
IC830
IC5500
IC808
IC810
ap
(mm)
fz
(mm/t)
H1200 HXCU 0606-HPR (1)
3.00 6.43 1.06 1.60 14.88 7.15
• •
0.20-3.00 0.08-0.40
H1200 HXCU 0606-TR (2)
3.00 6.43 1.06 1.60 14.88 7.15
• ••••
0.20-3.00 0.25-0.65
• For cutting speed recommendations, see pages 542-547
(1) HPR - for stainless steel and high temperature alloys
(2) TR - for steel and cast iron
For tools, see pages: MF FHX-R06 (308)
TR
HPR
H1200 HXCU 0606
Double-Sided Hexagonal
Inserts with 12 Cutting Edges
W1
S1
INSL
RE
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
INSL S1 RE W1
IC882
IC830
IC808
IC810
ap
(mm)
fz
(mm/t)
FFX4 XNMU 080620HP
17.90 7.80 2.00 15.60
•••
0.20-2.00 0.20-0.60
FFX4 XNMU 080620T
17.90 7.80 2.00 15.60
•••
0.20-2.00 0.40-1.20
• For side plunging, the initial cutting feed is 0.1 mm/t • T-for steel, ferritic and martensitic stainless steel, cast iron and hardened steel
• HP-for austenitic stainless steel and high temperature alloys
For tools, see pages: FFX4 FD-08 (296)
Averaged Cutting Data for FFX4 Fast Feed Cutters Size 08
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
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1-5 130-180 1020 1.0402
T
IC808
0.50-2.0
150-180 0.40-1.20 Dry
IC830 150-180 0.40-1.20 Dry/Wet
Low alloy steel 6-8 260-300 4340 1.6582 IC808 150-180 0.40-1.20 Dry/Wet
IC830 120-180 0.40-1.10 Dry/Wet
9HRC
35-42** 3135 1.5710 IC808 130-180 0.40-1.10 Dry
IC830 120-160 0.40-1.00 Dry/Wet
High alloy steel 10-11 200-220 H13 1.2344 IC808 120-170 0.40-0.80 Dry
IC830 100-150 0.40-0.90 Dry/Wet
Ferritic/martensitic
stainless steel 12-13 200 420 1.4021 IC808 110-160 0.40-0.80 Dry
IC830 100-150 0.40-0.90 Dry/Wet
M Austenitic
stainless steel 14 200 304L 1.4306 HP IC830 0.50-2.0 70-130 0.20-0.80 Wet IC808 100-160 0.20-0.80
IC882 80-140 0.20-0.80
KGrey cast iron 15-16 250 Class 40 0.6025 (GG25) TIC810 0.50-2.0 150-220 0.40-1.20 Dry
Nodular cast iron 17-18 200 Class 65-45-12 0.7050 (GGG50) IC810 120-200 0.40-1.20
SHigh temperature
alloys
31-32 220 330 1.4864
HP
IC882
0.50-2.0
40-60 0.20-0.70
Wet
IC808 40-80 0.20-0.70
IC830 40-75 0.20-0.70
33-35 340 Inconel 718 2.4668 IC882 20-30 0.20-0.70
IC808 25-40 0.20-0.70
IC830 25-35 0.20-0.70
36-37 30-32 AMS R56400 (Ti6AI4V ELI) IC882 30-50 0.20-0.70
IC808 40-60 0.20-0.70
IC830 35-55 0.20-0.70
HHardened steel 38 HRC 45-49 HARDOX 450 plate T IC808 0.50-2.0 50-75 0.20-0.50 Dry
* 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%
FFX4 XNMU-08
"Bone Shaped" Inserts
with 4 Cutting Edges for
Fast Feed Milling
525
MILLING INSERTS
INSL
W1
RE
S
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 INSL RE S
IC882
IC845
IC840
IC830
IC5820
IC5400
IC5500
IC808
IC810
ap
(mm)
fz
(mm/t)
FF VNMT 0706ZN-ER (1)
6.40 15.00 1.00 9.05
•••••• ••
0.50-1.50 0.40-1.80
FF VNMT 0706ZN-ETR (2)
6.40 15.00 1.00 9.05
• • • •
0.50-1.50 0.40-1.80
• For side plunging, the initial cutting feed is 0.1 mm/t
(1) For general applications
(2) Reinforced cutting edges for interrupted cut and unfavorable conditions
For tools, see pages: FFV-D-R-VN07 (308)
Averaged Cutting Data for FFV-07 Fast Feed Cutters
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 material
AISI/SAE/
ASTM DIN W.-Nr.
P
Non-alloy steel 1-5 130-180 1020 1.0402
ER / ETR
IC808
0.5-1.5
150-220 0.50-1.30 Dry
IC830 140-200 0.60-1.60 Dry/Wet
IC845 130-180 0.70-1.80 Dry/Wet
IC5400 150-250 0.50-1.10 Dry
Low alloy steel
6-8 260-300 4340 1.6582
IC808 140-200 0.50-1.20 Dry
IC830 120-180 0.50-1.50 Dry/Wet
IC845 100-160 0.60-1.60 Dry/Wet
IC5400 140-220 0.50-1.30 Dry
9HRC 35-42** 3135 1.5710
IC808 130-180 0.50-1.20 Dry
IC830 120-160 0.50-1.40 Dry/Wet
IC845 100-150 0.50-1.50 Dry/Wet
IC5400 130-190 0.50-1.10 Dry
High alloy steel 10-11 200-220 H13 1.2344
IC808 120-170 0.50-1.20 Dry
IC830 100-150 0.50-1.30 Dry/Wet
IC845 90-140 0.50-1.40 Dry/Wet
IC5400 120-180 0.50-1.10 Dry
Ferritic/
martensitic
stainless steel
12-13 200 420 1.4021
IC808 110-160 0.50-1.20 Dry
IC830 100-150 0.50-1.30 Dry/Wet
IC845 100-140 0.50-1.40 Dry/Wet
IC5400 110-160 0.50-1.10 Dry
M Austenitic
stainless steel 14 200 304L 1.4306 ER
IC840
0.5-1.5
80-140 0.40-0.60
Wet
IC830 80-120 0.40-0.70
IC882 80-130 0.40-0.90
IC5820 100-160 0.40-0.80
IC808 100-160 0.40-0.70
KGrey cast iron
Nodular cast iron
15-16 250 Class 40 Class
65-45-12
0.6025 (GG25) ER / ETR IC810 0.5-1.5 150-220 0.50-1.80 Dry
17-18 200 0.7050 (GGG50) IC810 120-200 0.50-1.80
SHigh temperature
alloys
33-35 340 Inconel 718 2.4668
ER
IC808
0.5-1.5
25-40 0.40-0.60
Wet
IC840 25-35 0.40-0.50
IC882 20-30 0.50-0.80
IC5820 25-35 0.50-0.70
IC830 20-30 0.40-0.60
36-37 HRC30-32 AMS R56400 3.7165(Ti6AI4V
ELI)
IC808 30-60 0.40-0.70
IC840 25-35 0.40-0.60
IC882 25-35 0.40-0.90
IC5820 20-30 0.40-0.80
IC830 20-30 0.40-0.70
HHardened steel 38.1 HRC 45-49 HARDOX 450 plate ETR IC808 0.5-1.5 75-90 0.40-0.80 Dry
* 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%
FF VNMT 0706
Tangentially Clamped
Inserts with 4 Cutting Edges
for Fast Feed Milling
ISCAR
526
MILLING INSERTS
S
IC IC
S
RXCW 07/ 08 RXCW 10
15°
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S
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
•
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
•
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
•
1.00-5.00 0.10-0.25
• For cutting speed recommendations, see pages 542-547
For tools, see pages: ER (277) • ER-M (277)
RXCW-T
RXCW
RXCW
Precision Ground Flat Rake
Round Milling Inserts
S
15°
IC
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC 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 542-547
For tools, see pages: ER (277) • ER-M (277)
RXCR
Precision Ground Positive
Rake Round Milling Inserts
S
IC
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC 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 542-547
For tools, see pages: ER (277) • ER-M (277)
RXMT 10
Positive Rake Round Milling
Inserts for Rough Operations
527
MILLING INSERTS
S
IC
Rd°
Dimensions Recommended Machining Data
Designation
IC S
IC830
ap
(mm)
fz
(mm/t)
RXMT 1607N
16.00 7.00
•
0.50-8.00 0.08-0.30
RXMT 1607NPL
16.00 7.00
•
0.50-8.00 0.08-0.30
• For cutting speed recommendations, see pages 542-547
For tools, see pages: SOE45 8/16 (38) • SOF45 (222)
RXMT...N RXMT...NPL
RXMT 1607
Round Milling Inserts
S
IC
Dimensions Recommended Machining Data
Designation
IC 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 542-547
For tools, see pages: ER-M (277)
R90CW
Round Flat Rake Inserts
for Profile Milling
R90CW..-T
1
8
7
6
5
4
3
2
IC
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S
IC330
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 542-547
For tools, see pages: HOE-R06 (218) • HOF-R06 (218)
REMT-76
Round Milling Inserts with
Ribs on the Rake Face
ISCAR
528
MILLING INSERTS
IC
S
7°
S1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S S1
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 542-547
For tools, see pages: ERW (279) • ERW-M (280) • FRW (281)
RCMW/RCCW-MO
Round Flat Rake Milling Inserts
IC
S
7°
S1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S S1
IC882
IC328
IC928
IC908
ap
(mm)
fz
(mm/t)
RCCT 1206MO
12.00 4.00 6.40
••••
2.50-5.00 0.15-0.40
RCCT 1206MO-T
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 542-547
For tools, see pages: ERW (279) • ERW-M (280) • FRW (281)
RCMTRCCT
RCMT/RCCT-MO
Round Positive Rake
Milling Inserts
529
MILLING INSERTS
IC
7˚
S1
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S S1
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 542-547
(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 (279) • ERW-M (280) • FRW (281)
RCMT ...-FW-T20
RCMW ...-T-FPW RCMT ...-FW-F20
RCMW ...-T-FW RCMT ...-FW
RCMT/RCMW/RCCW-FW
Fully Effective Serrated
Inserts with Four Indexing
Orientation Options
4
3
2
1
8
7
6
5
S
IC
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC 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 542-547
For tools, see pages: HOF-R07 (219)
RFMT 1905-76
Round Milling Inserts
ISCAR
530
MILLING INSERTS
S
11˚
IC
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S
IC5820
IC5500
ap
(mm)
fz
(mm/t)
RPHX 1003M0-MT5
10.00 3.30
•
0.50-3.10 0.15-0.35
RPMX 1003M0-MT5
10.00 3.30
•
0.50-3.10 0.15-0.25
RPMX 1003M0-HT5
10.00 3.30
•
0.50-3.10 0.15-0.25
RPHX 1204M0-MT5
12.00 4.78
•
0.50-3.80 0.20-0.45
RPHX 1204M0-HT5
12.00 4.78
• •
0.50-3.80 0.15-0.40
For tools, see pages: FRMT (278)
RPHX...-HT RPHX...-MT
RPHX/RPMX
Round Milling Inserts
with Specially Shaped
Indexing Grooves
531
MILLING INSERTS
IC
S
CH
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC S
IW7
IS35
IS25
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
RNGN 090300T
9.52 3.18
• •
0.10-2.00 0.07-0.20
RNGN 090400T
9.52 4.76
•
0.10-2.00 0.07-0.20
RNGN 120400T
12.70 4.76
• • •
0.10-3.50 0.07-0.50
RNGN 120700 S6 (1)
12.70 7.94
•
0.10-2.00 ---
RNGN 120700E
12.70 7.94
•••
0.10-2.00 0.07-0.20
RNGN 120700E-CH (2)
12.70 7.94
• •
0.10-2.00 0.07-0.20
RNGN 120700T
12.70 7.94
••••••
0.10-4.50 0.07-0.50
RNGN 120700T-CH (2)
12.70 7.94
• •
0.10-4.50 0.07-0.50
RNGN 120700TE
12.70 7.94
• •
0.10-4.50 0.07-0.50
RNGN 120700T02020
12.70 7.94
•
0.10-2.00 0.07-0.20
RNGN 150700T
15.88 7.94
•
0.10-3.00 0.07-0.20
RNGN 190700T
19.05 7.94
•
0.10-3.00 0.07-0.20
RNGN 190700TE
19.05 7.94
• •
0.10-3.00 0.07-0.20
(1) For milling nickel based superalloys; reference recommendations for milling Inconel 718: 0.12 mm/t 900-1000 m/min
(2) Insert with a dimple
For tools, see pages: FRN (278)
Recommended Ceramic Grade and Machining Data for Milling
ISO class
DIN/ISO 513
Workpiece material Grade Cutting Speed & Feed
Description ISCAR mat group Cutting speed Vc (m/min) Feed per tooth fz (mm/t) Coolant
PSteel 1-13 IN23 300-600 0.05-0.15 Dry
KCast iron 15-18 IN22 700-1200 0.05-0.15 Dry
SNi or Co high
temperature alloys 33-35
IS35 400-1000 0.05-0.2 Dry
IS25 600-1300 0.05-0.2 Dry
IW7 1000-1500 0.05-0.2 Dry
*According to VDI 3323 standard.
Recommended range of depth of cut is 0.5-3 mm.
The attached table provides recommended machining data. For milling is unstable conditions the limit values in the table data should be reduced by 20-30%.
Edge preparation types
Type Figure
Cutting Condition
Normal Unfavorable
E
R0.03
T
0.1
20˚
TE
0.1 R0.015
20˚
- Most recommended
- Second choice
- May be used
RNGN-Ceramic
Double-Sided Round Ceramic
Inserts for Machining Cast
Iron, Nickel Based Alloys
and Hardened Steel
ISCAR
532
MILLING INSERTS
L
APMX
RE
S
W1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
RE L W1 APMX S
IC330
IC830
IC808
ap
(mm)
fz
(mm/t)
H400 RNHU 1004-AX (1)
5.00 9.20 9.30 7.50 4.70
• •
1.00-5.00 0.10-0.30
H400 RNHU 1004-HP (2)
5.00 9.20 9.30 7.50 4.05
•
1.00-5.00 0.10-0.30
H400 RNHU 1004-ML (3)
5.00 9.20 9.30 7.50 4.05
• •
1.00-5.00 0.10-0.30
H400 RNHU 1205-AX (1)
6.00 11.00 11.20 8.70 5.20
• •
2.00-6.00 0.15-0.30
H400 RNHU 1205-HP (2)
6.00 11.00 11.20 8.70 4.75
• •
2.00-6.00 0.15-0.30
H400 RNHU 1205-ML (3)
6.00 11.00 11.20 8.70 4.75
• •
2.00-6.00 0.15-0.30
H400 RNHU 1606-AX (1)
8.00 14.70 13.90 12.00 7.80
•••
3.00-8.00 0.15-0.40
H400 RNHU 1606-HP (2)
8.00 14.70 13.90 12.00 7.80
•
3.00-8.00 0.15-0.40
H400 RNHU 1606-ML (3)
8.00 14.70 13.90 12.00 7.80
• •
3.00-8.00 0.15-0.40
• For cutting speed recommendations, see pages 542-547
(1) First priority for austenitic stainless steel, second priority for steel, ferritic and martensitic stainless
(2) First priority for titanium and high temperature alloys, second priority for austenitic stainless steel
(3) First priority for steel, ferritic and martensitic stainless steel, second priority for austenitic stainless steel
For tools, see pages: H400 ER-10 (282) • H400 ER-12 (282) • H400 ER-M (283) • H400 FR-10 (283) • H400 FR-12 (284) • H400 FR-16 (285)
ML HP AX
H400 RNHU
Double-Sided Inserts with Four
5, 6 and 8 mm Radii Cutting
Edges for Profile Milling
IC
RE
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC RE S
IC330
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 542-547
(1) For stainless steel and high temperature alloys
(2) For steel and cast iron applications
For tools, see pages: H606 ER-M (285) • H606 FR-12 (286)
AXT
AXMP
H606 RXCU 1206
Double-Sided Inserts with
Six 6 mm Radius Cutting
Edges for Profile Milling
533
MILLING INSERTS
RE
APMX
20°
DC S1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
DC APMX RE S1
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 8.00 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 542-547
For tools, see pages: HCM D10 (262) • HCM D12 (262) • HCM D16 (262) • HCM D20 (263) • HCM D25 (263) • HCM-M (264) • HCM-MM (265)
HBR-QF
220° Spherical Profile Inserts for
Roughing and Semi-Finishing,
Up and Down Ramping
and Undercutting
RE
APMX
20°
DC S1
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
DC APMX RE S1
IC928
IC908
ap
(mm)
fz
(mm/t)
HBF D120-QF
12.00 8.00 6.00 2.60
• •
2.00-6.00 0.03-0.15
HBF D160-QF
16.00 10.30 8.00 3.37
•
2.50-8.00 0.03-0.15
HBF D200-QF
20.00 13.40 10.00 4.65
• •
3.00-10.00 0.03-0.15
HBF D250-QF
25.00 17.00 12.50 5.40
• •
4.00-12.50 0.03-0.15
• For cutting speed recommendations, see pages 542-547
For tools, see pages: HCM D12 (262) • HCM D16 (262) • HCM D20 (263) • HCM D25 (263) • HCM-M (264) • HCM-MM (265)
HBF-QF
220° Spherical Profile Inserts for
Accurate Finishing, Up and Down
Ramping and Undercutting
S1
DC RE
APMX
Dimensions Tough
1
Hard Recommended Machining Data
Designation
DC APMX RE S1
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-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 542-547
For tools, see pages: HCM D10 (262) • HCM D12 (262) • HCM D16 (262) • HCM D20 (263) • HCM D25 (263) • HCM-M (264) • HCM-MM (265)
HCR
Ball Nose Inserts with 2
Straight Tangent Cutting Edges
(Fully Effective) for Cavity
Profiling and Shouldering
ISCAR
534
MILLING INSERTS
DC
KRINS
S1
APMX
H5
Dimensions Recommended Machining Data
Designation
DC APMX KRINS(1) S1 H5
IC908
ap
(mm)
fz
(mm/t)
HCD D120-090-QF
12.00 5.00 45.0 2.60 4.00
•
1.50-4.00 0.08-0.15
HCD D124-090-QF
12.40 5.10 45.0 2.60 4.00
•
1.50-4.00 0.08-0.15
HCD D160-090-QF
16.00 7.50 45.0 3.37 4.50
•
2.00-6.00 0.08-0.15
HCD D205-090-QF
20.50 9.50 45.0 4.65 6.00
•
2.50-7.00 0.08-0.15
HCD D250-090-QF
25.00 12.00 45.0 5.40 7.00
•
3.00-9.00 0.08-0.15
• For cutting speed recommendations, see pages 542-547
(1) Edge angle related to the wiper
For tools, see pages: HCM D12 (262) • HCM D16 (262) • HCM D20 (263) • HCM D25 (263) • HCM-M (264) • HCM-MM (265)
Countersinking
Chamfering and
Deburring
HCD-QF
90° V-Shaped Inserts with 2
Cutting Edges for Chamfering,
Countersinking and Spot Drilling
DC S1
RE
APMX/LE
Dimensions Recommended Machining Data
Designation
DC APMX RE S1
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 542-547
For tools, see pages: HCE (23) • HCE-MM (23) • HCM D12 (262) • HCM D16 (262) • HCM D20 (263) • HCM D25 (263) • HCM-M (264) • HCM-MM (265)
HCC-QF
Inserts with 2 Cutting Edges (Fully
Effective) for Shouldering, Slotting,
Drilling and Countersinking
535
MILLING INSERTS
QT
S
L
W1
QCSMFW
RE
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
RE(1) L W1 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 542-547
(1) Radius generated on workpiece
For tools, see pages: BLP Endmills (265) • BLP Shell Mill (266) • BLP-M (266)
BLR
Round Segment Double-Sided
Inserts for Ball Nose
Milling Cutters
QT, CC CS
lNSL
W1
S
S1
CEMR
Rd°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
CEMR(3) INSL W1 S1 S
IC328
IC928
IC808
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-CC (1)
10.00 17.00 9.60 4.70 3.60
•
2.00-7.00 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 (2)
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 (2)
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 (2)
25.00 44.00 24.00 11.70 9.00
•
5.00-17.50 0.20-0.25
• For cutting speed recommendations, see pages 542-547
(1) Center Cutting
(2) Not recommended for stainless steel and high temperature alloys
(3) Radius generated on workpiece
For tools, see pages: BCM (267) • BCM-M (268) • BCM-MM (268)
BCR
Ball Nose Inserts with a
Straight Cutting Edge Tangent
to a Round Corner
ISCAR
536
MILLING INSERTS
L
S
W1
3.94
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 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 542-547
PLHT
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
W1
L
RE
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE
IC330
IC830
IC808
IC810
IC07
fz
(mm/t)
HTP LNAR 0604 FR-P
4.06 6.50 6.77 0.80
•
0.05-0.15
HTP LNHT 0604 ER
4.06 6.50 6.77 1.00
••••
0.08-0.12
HTP LNHT 0604 ETR
4.06 6.50 6.77 1.00
•••
0.08-0.12
HTP LNMT 0604 ER (1)
4.06 6.50 6.84 0.60
• •
0.08-0.15
• FR-P-For machining aluminum, ER- For general applications, ETR- First priority for hardened steel • For cutting speed recommendations, see pages 542-547
(1) Mounting this insert increases tool diameter by 0.2 mm
For tools, see pages: HTP-LN06 (252) • HTP-M-LN06 (252)
ETR
ER
ER- For general
applications
ETR- First priority
for hardened steel
HTP LN.. 0604
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
537
MILLING INSERTS
W1
L
RE
S
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE
IC330
IC830
IC808
IC810
IC07
fz
(mm/t)
HTP LNAR 1006 FR (1)
6.50 10.50 10.13 1.00
•
0.05-0.15
HTP LNAR 1006 FR-P
6.50 10.50 10.13 1.00
•
0.05-0.15
HTP LNHT 1006 ER
6.50 10.50 9.93 1.00
••••
0.10-0.15
HTP LNHT 1006 ETR
6.50 10.50 9.93 1.00
•••
0.12-0.20
HTP LNMT 1006 ER (2)
6.50 10.50 9.96 1.00
•••
0.08-0.15
• FR-P - For machining aluminum, ER- For general applications, ETR- First priority for hardened steel • For cutting speed recommendations, see pages 542-547
(1) FR - Sharp cutting edge for unstable conditions and for ISO S material
(2) Mounting this insert increases tool diameter by 0.1 mm
For tools, see pages: HTF-R-LN10 (197) • HTP-LN10 (253) • HTP-M-LN10 (253) • HTP-R-LN10 (254)
ETR
ER FR, FR-P
ER- For general
applications
ETR- First priority
for hardened steel
FR-P- For machining
aluminum
HTP LN.. 1006
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
SW1
L
RE 45ER
1.2
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation
W1 L S RE
IC328
IC928
IC908
IC810
IC910
IC07
fz
(mm/t)
HTP LNAR 1606 FR-P
6.50 16.50 12.28 1.20
•
0.05-0.15
HTP LNHT 1606 ER
6.50 16.50 12.07 1.20
• • • •
0.10-0.20
HTP LNHT 1606 ETR
6.50 16.50 12.03 1.20
• •
0.10-0.20
HTP LNHT 16061.2X45ER
6.50 16.50 12.04 -
•
0.10-0.20
HTP LNMT 1606 ETR
6.50 16.50 12.04 1.20
•
0.08-0.15
• FR-P-For machining aluminum, ER- For general applications, ETR- First priority for hardened steel • For cutting speed recommendations, see pages 542-547
For tools, see pages: HTP-R-LN16 (254)
ETR
ER
ER- For general
applications
ETR- First priority for
hardened steel
HTP LN.. 1606
Tangentially Clamped Inserts with
4 Cutting Edges for Plungers
ISCAR
538
MILLING INSERTS
IC
EPSR
RE
S
Rd°
Dimensions Tough
1
Hard Recommended Machining Data
Designation
IC RE S EPSR
IC808
IC908
ap
(mm)
fz
(mm/t)
CNMT 070308-MM (1)
7.00 0.80 4.00 80.0
•
0.80-4.00 0.12-0.30
CNHT 070305
7.00 0.50 3.60 80.0
•
0.10-1.50 0.10-0.25
CNHT 070310
7.00 1.00 3.60 80.0
•
0.10-1.50 0.10-0.25
CNHT 070315
7.00 1.50 3.60 80.0
•
0.10-1.50 0.10-0.25
• For cutting speed recommendations, see pages 542-547
(1) Do not use on E93CN tools
For tools, see pages: E90CN (16) • E90CN-M (15) • E93CN-07 (269) • E93CN-M-07 (269) • E93CN-MM-07 (270)
CNHT/MT 07
Toroidal Bull Nose
Peripherally Ground Inserts
with 4 Cutting Edges
IC
EPSR
RE
S
Rd°
Dimensions Recommended Machining Data
Designation
IC RE S EPSR
IC908
ap
(mm)
fz
(mm/t)
ENHT 100408
10.50 0.80 4.20 75.0
•
0.10-1.50 0.10-0.25
ENHT 100410
10.50 1.00 4.20 75.0
•
0.10-1.50 0.10-0.25
ENHT 100415
10.50 1.50 4.20 75.0
•
0.10-1.50 0.10-0.25
ENHT 100420
10.50 2.00 4.20 75.0
•
0.10-1.50 0.10-0.25
ENHT 100425
10.50 2.50 4.20 75.0
•
0.10-1.50 0.10-0.25
ENHT 100430
10.50 3.00 4.20 75.0
•
0.10-1.50 0.10-0.25
• For cutting speed recommendations, see pages 542-547
For tools, see pages: E93CN-10 (269) • E93CN-M-10 (270) • F93CN-10 (271)
Light Medium Heavy
ap0.1 0.5 1-1.5
f mm/t 0.25 0.15 0.1
Light Medium Heavy
ap0.1 0.5 1-2
ae0.1 0.5 1-2
f mm/t 0.25 0.15 0.1
Light Medium Heavy
aeCNHT 1 3 4.5
ENHT 1 4 8.5
f mm/t 0.12 0.1 0.08
Light Medium Heavy
ap0.1 0.5 2
ae0.1 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
ap246
ae0.1 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
539
MILLING INSERTS
IC
S
RE
APMX
Dimensions
Tough
1
Hard Recommended Machining Data
Designation
RE APMX IC S
IC882
IC830
IC808
IC908
ap
(mm)
fz
(mm/t)
TR6 TNCU 070205
0.50 0.50 5.30 2.50
• •
0.20-0.50 0.10-0.30
TR6 TNCU 070210
1.00 1.00 5.30 2.50
• •
0.20-1.00 0.10-0.30
TR6 TNMU 070215
1.50 1.50 5.30 2.50
• •
0.20-1.50 0.10-0.30
TR6 TNCU 100405
0.50 0.50 7.30 4.20
•••
0.20-0.50 0.10-0.30
TR6 TNCU 100410
1.00 1.00 7.30 4.20
•••
0.20-1.00 0.10-0.30
TR6 TNCU 100415
1.50 1.50 7.30 4.20
•••
0.20-1.50 0.10-0.30
TR6 TNMU 100415
1.50 1.50 7.30 4.20
• •
0.20-1.50 0.10-0.30
TR6 TNCU 100420
2.00 2.00 7.30 4.20
•••
0.20-2.00 0.10-0.30
TR6 TNCU 100425
2.50 2.50 7.30 4.20
••••
0.20-2.50 0.10-0.30
TR6 TNCU 100430
3.00 3.00 7.30 4.20
•••
0.20-3.00 0.10-0.30
• For cutting speed recommendations, see pages 542-547
For tools, see pages: TR6 ER (272) • TR6 ER-M (273) • TR6 FR (275)
TR6 TNCU/MU
Double-Sided Inserts with Six
Round Cutting Edges, Available
in 0.5 up to 3.0 mm Corner Radii
APMX
IC
RE
S
Rd°
Dimensions
Tough
1
Hard Recommended Machining Data
Designation
APMX RE IC S
IC830
IC808
ap
(mm)
fz
(mm/t)
TR90 TXMT 070204
2.50 0.40 5.30 2.40
• •
0.50-2.50 0.10-0.20
TR90 TXMT 100408
4.00 0.80 7.30 3.90
• •
0.90-4.00 0.10-0.20
• For cutting speed recommendations, see pages 542-547
For tools, see pages: TR6 ER (272) • TR6 ER-M (273) • TR6 FR (275)
TR90 TXMT
Single-Sided Inserts with
Three Cutting Edges for 90°
Shoulder and Face Milling
RE
KRINS
APMX
S
IC
Rd°
Dimensions
Tough
1
Hard Recommended
Machining Data
Designation
APMX RE Rg(1) IC S KRINS(2)
IC830
IC808
ap
(mm)
fz
(mm/t)
TRFF TXMT 0702
0.60 0.50 1.00 5.30 2.40 18.0
• •
0.20-0.60 0.50-0.80
TRFF TXMT 1004
0.80 0.70 1.40 7.30 3.90 17.0
• •
0.20-0.80 0.70-1.20
(1) Radius for programming
(2) Edge angle related to the wiper
For tools, see pages: TR6 ER (272) • TR6 ER-M (273) • TR6 FR (275)
TRFF TXMT
Single-Sided Inserts with
Three Cutting Edges for
High Feed Machining
ISCAR
540
MILLING INSERTS
S
APMX
IC
45°
RE
Rd°
Dimensions
Tough
1
Hard Recommended Machining Data
Designation
APMX RE IC S
IC830
IC808
ap
(mm)
fz
(mm/t)
TR45 TXMT 1004
3.00 0.40 7.30 3.90
• •
1.00-3.00 0.20-0.40
For tools, see pages: TR6 ER (272) • TR6 ER-M (273) • TR6 FR (275)
TR45 TXMT
Single-Sided Inserts with
Three Cutting Edges for 45°
Chamfering and Face Milling
S
IC
Ø2.9
Ø8.36
RE
L
Dimensions Recommended
Machining Data
Designation
L RE IC S
IC830
fz
(mm/t)
PNMT 0602-TN
2.30 0.20 6.00 2.10
•
0.07-0.12
• For cutting speed recommendations, see pages 542-547
For tools, see pages: CH45-MM-PN06 (37) • CH45-PN06 (37)
PNMT 0602-TN
Pentagonal Inserts for Upper
and Bottom Chamfering
541
MILLING INSERTS
1 2
Designation
Range(1) SSC(2) Fig.
HSA 4 0.8-2NM
0.8-2 4.0 1.
HSA 4 1-5NM
1-5 4.0 1.
TSA 6 5-14NM
5-14 6.0 2.
(1) Torque range N*m
(2) Blade's hexagonal driving size
Adjustable Torque Handles
Adjustable Torque Handles
for Screw Drivers
Designation
TQ(1) SSC(2) Key(3)
BLD 4 HEX4
8.0 4.0 HEX4
BLD 6 T20
10.0 6.0 T20
BLD 6 T20IP
13.0 6.0 IP20
BLD 6 HEX4
15.0 6.0 HEX4
BLD 6 HEX5
15.0 6.0 HEX5
BLD 6 HEX6
15.0 6.0 HEX6
BLD 6 T25
15.0 6.0 T25
BLD 6 T25IP
15.0 6.0 IP25
(1) Maximum tightening torque
(2) Blade's hexagonal driving size
(3) IP-TORX PLUS Tip
Torx/Hex Blades
Blades for Adjustable
Torque Handles
Designation
TQ(1) Color
HSD 4-0.65NM
0.6 Orange
HSD 4-0.9NM
0.9 Black
HSD 4-1.2NM
1.2 Green
HSD 4-2.0NM
2.0 Blue
HSD 4-3.2NM
3.2 Yellow
HSD 4-4.8NM
4.8 Grey
• For tightening torque of insert clamping screws, refer to a table on page 547
(1) Torque N*m
HSD Fixed Torque Handles
Fixed Torque Handles
for Screw Drivers
Designation
TQ(1) Color
BLD 4 T06-0.65NM
0.7 Orange
BLD 4 IP06-0.65NM
0.7 Orange
BLD 4 IP07-0.9NM
0.9 Black
BLD 4 T07-0.9NM
0.9 Black
BLD 4 IP07-1.2NM
1.2 Green
BLD 4 IP08-1.2NM
1.2 Green
BLD 4 T08-1.2NM
1.2 Green
BLD 4 IP09-2.0NM
2.0 Blue
BLD 4 T09-2.0NM
2.0 Blue
BLD 4 IP10-3.2NM
3.2 Yellow
BLD 4 T10-3.2NM
3.2 Yellow
BLD 4 IP15-4.8NM
4.8 Grey
BLD 4 T15-4.8NM
4.8 Grey
• For tightening torque of insert clamping screws, refer to a table on page 457
(1) Maximum tightening torque
Key Blades
Key Blades for Fixed
Torque Handles
ISCAR
542
MILLING INSERTS
USER GUIDE
Cutting Speed Recommendations for Indexable Milling Cutters
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
Group
No. (1)
CUTTING SPEED Vc (m/min)
COATED
IC330/
328 IC380
IC808/
908
IC810/
910
IC830/
928 IC840 IC845 IC882
P
Non-alloy
steel and
cast steel,
free cutting
steel
< 0.25 %C Annealed 420 125 1 140-200 210-300 190-260 150-240 130-220
>= 0.25 %C Annealed 650 190 2 130-190 200-280 170-240 140-230 120-200
< 0.55 %C Quenched
and tempered 850 250 3 130-190 200-260 160-230 140-230 120-190
>= 0.55 %C
Annealed 750 220 4 120-180 180-250 140-220 130-220 120-180
Quenched
and tempered 1000 300 5 120-170 180-240 140-210 130-200 110-180
Low alloy and cast
steel (less than 5% of
alloying elements)
Annealed 600 200 6 120-160 170-240 130-210 120-190 100-170
Quenched
and tempered
930 275 7 110-150 160-230 120-200 120-170 100-160
1000 300 8 100-140 150-230 110-200 110-170 100-150
1200 350 9 90-150 140-220 100-190 100-160 90-150
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 80-130 120-210 90-180 90-150 80-140
Quenched
and tempered 1100 325 11 80-120 110-170 80-160 90-140 80-130
Stainless steel
and cast steel
Ferritic/
martensitic 680 200 12 100-140 150-230 110-160 110-160
Martensitic 820 240 13 90-130 140-220 100-150 100-150
MStainless steel
and cast steel
Austenitic,
duplex 600 180 14 80-120 100-160 100-150 90-160 70-140
K
Grey cast iron (GG)
Ferritic/
pearlitic 180 15 220-320
Pearlitic /
martensitic 260 16 200-300
Cast iron nodular (GGG) Ferritic 160 17 180-250
Pearlitic 250 18 160-220
Malleable cast iron Ferritic 130 19 200-300
Pearlitic 230 20 170-280
N
Aluminum
wrought alloys
Not cureable 60 21
Cured 100 22
Aluminum
cast alloys
<=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
Electrolytic
copper 100 28
Non metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High temp.
alloys
Fe based Annealed 200 31 35-50 45-55 50-60 35-55 40-55 35-50
Cured 280 32 30-40 35-45 40-50 30-45 30-45 30-40
Ni or Co
based
Annealed 250 33 25-35 30-45 35-50 30-45 30-40 25-35
Cured 350 34 20-25 25-35 25-35 25-35 25-30 20-25
Cast 320 35 25-30 30-35 30-40 30-35 30-35 25-30
Titanium alloys
Pure Rm = 400 36 45-80 55-100 65-110 50-90 50-90 45-80
Alpha+beta
alloys cured Rm = 1050 37 30-65 35-65 35-70 30-65 30-60 30-65
H
Hardened steel Hardened 55 HRC 38 60-80 55-75
Hardened 60 HRC 39 50-70 45-65
Chilled cast iron Cast 400 40 100-110 90-105
Cast iron Hardened 55 HRC 41 60-80 55-75
Rm - ultimate tensile strength, MPa
(1) For ISCAR material group numbers and workpiece material list, see pages 728-757
543
MILLING INSERTS
USER GUIDE
CUTTING SPEED Vc (m/min)
COATED CERMET UNCOATED CBN PCD CERAMIC
IC950
IC5100
a-TEC IC5400 IC5500 IC5820
DT7150
DO-TEC IC30N IC08 IC28 IB55 IB85 ID5 ID8 IS8
180-230 230-320 180-280 250-350
160-190 210-300 160-260 200-300
130-160 200-280 150-240 150-250
120-140 200-260 130-240 135-200
100-130 180-260 130-220 120-180
160-210 170-250 130-210 180-240
120-180 160-240 110-210 135-210
100-160 150-240 110-200 120-200
90-140 150-230 100-200 110-220
80-100 120-220 100-190 110-160
70-160 110-180 90-160 80-100
150-240 150-280 120-200
140-230 140-270 100-160
100-160
70-180 230-350 140-270 500-900 500-1500 350-800
120-170 210-320 125-220 500-700 500-1200 250-600
130-240 200-300 190-330 500-700 500-1200 400-900
80-240 170-250 160-300 400-600 400-1000 250-600
130-240 220-320 180-350 500-900 500-1500 360-540
120-210 180-300 160-330 500-700 500-1200 300-440
800-900 480-640 600-3000 500-2500
700-800 400-560 600-2500 500-2200
800-900 480-640 600-3000 500-2500
750-850 400-560 600-2800 500-2300
400-450 240-320 500-1200 400-1000
500-550 240-320 600-1500 500-1100
500-550 240-320 500-1000 400-800
350-380 160-240 700-2000 600-1800
1800-3000 1500-2500
1800-3000 1500-2500
45-55 150-200
35-45 120-150
35-45 70-120
25-35 60-90
30-35 70-100
55-95
30-65
50 -75 60-70 90-170 110-200
40-65 50-60 80-140 90-170
80-105 90-110 100-190 120-220
50-75 60-70 90-170 110-200
ISCAR
544
MILLING INSERTS
USER GUIDE
PCD Recommended Machining Conditions
ISO
Grade D.O.C. 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
CBN Recommended Machining Conditions
ISO
D.O.C. mm Material
Grade
IB85 IB55
Vc m/min
Feed mm/
tooth
Cutting
Edge Vc m/min
Feed mm/
tooth
Cutting
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
and cast steel,
free cutting 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 and
cast steel
(less than 5%
of alloying
elements)
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 alloyed
steel, cast steel
and tool 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
MAustenitic
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
S
High
temperature
alloys
34 Inconel 718 2.4668 340 IC928 0.5-1 20-30 0.1-0.2 Wet
(emulsion)
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×DC and a cutter overhang to 2×DC, where DC - the cutter diameter
545
MILLING INSERTS
USER GUIDE
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No. (1)
ƒz0 for Insrt SIze/Geometry
SDMT
1205…
PDR…-MM
SDMT
1205PDR-
HQ-M
SDMT
1205PDN-
RM-M
SDMT
1205PDR-
HQ-HS
SDMR
1205…
HQ-M
QDMT
1205…
PDTN-M
QDCT
1205…
PDN/-F
P
Non-alloy
steel
and cast
steel, free
cutting
steel
< 0.25 %C Annealed 420 125 1
0.2 0.15 - 0.15 0.12 0.2 0.12
>= 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
Annealed 600 200 6
0.2 0.15 - 0.15 0.10 0.2 0.10
Quenched and
tempered
930 275 7
(less than 5% of
alloying elements)
1000 300 8
1200 350 9
0.18 0.13 -0.13 0.10 0.18 0.10
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
and cast steel Austenitic 600 180 14 - - - - 0.10 - 0.10
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
- 0.15 0.15 - - 0.2 -
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 alloys
Not cureable 60 21
- - - - 0.15 - 0.15
Cured 100 22
Aluminum
cast
alloys
<=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
Electrolytic
copper 100 28
Non metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High
temp.
alloys
Fe based Annealed 200 31
- - - -
0.07
-
0.07
Cured 280 32
Ni or Co
based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium alloys
Pure Rm =
400 (2) 36
0.09 0.09
Alpha+beta
alloys cured
Rm =
1050 37
H
Hardened steel Hardened 55 HRC 38 0.07 - - - - 0.07 -
Chilled cast iron Cast 400 40 0.07 - - - - 0.07 -
Cast iron Hardened 55 HRC 41 0.07 - - - - 0.07 -
(1) in accordance with VDI3323 standard
(2) Rm - ultimate tensile strength, MPa
• The table below defines initial feed rates
• For initial cutting speeds, refer to ISCAR’s recommendations for carbide grades
Calculating cutting feed rate:
ƒz=ƒz0×Kef×Ks where
fz0 - Basic feed (Table 1),
Kef - Engagement factor ( Table 2),
Ks - Stability factor (Table 3)
Table 1 - Basic feed, ƒz0, mm/tooth
Cutting Recommendations for the HELIQUAD-12 Complete Line
Table 2 - Engagement Factor Kef
ae/D 0.5…10.25 up to 0.5 less than 0.25
Ke 1 1.1 1.3
ae - Width of cut
D - cutting diameter
Table 3 - Stability Factor Ks
Stability High Moderate Poor
Ks 1 0.9 0.7
ISCAR
546
MILLING INSERTS
USER GUIDE
GRADES for APPLICATIONS and MATERIALS
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
MILLING
Indexable
Harder IC5400 IC808 (908) IC808 (908) IS8 ID5 IC808 (908) IB55
IC30N IC840 IB85
IC808
(908) IC5500 IC840 IC5100
(4100) IC380 IC30N
IC810
(910)* IC830 (928) DT7150 IC04 IC5820** IC808 (908)
IC830
(928) IC830 (928) IC330 (328) IC810
(910) IC08 IC882 DT7150
IC845 IC330 (328) IC882 IC28 IC330 (328)
Coolant Tougher N N Y N Y Y N
First choice
* for steel castings
** for milling with high pressure coolant (HPC) supply
Milling Calculations
ap
fz
κ
D
Vf
N
b
fz
n
Vf
hm
N
Calculations
Cutting 4
Vc = π D N
1000min [m/min]
Spindle speed
N = Vc 1000
π D [rev/min]
Feed speed
Vf = fz Z N [mm/min]
Feed per tooth
fz = Vn
N Z [mm/tooth]
Feed per revolution
fN = fz Z [mm/rev]
Metal removal rate
Q = ap b Vf
1000 [cm3/min]
Machining time
Th = Lw
Vf [min]
Specific cutting
force
Kc = Kc1 hm-mc [N/mm2]
Average chip
thickness in
shoulder milling
for b/D≤0.1
hm ≈ fz √ b D [mm]
Average chip
thickness in
shoulder milling
for b/D>0.1
hm = (sink 180 b fz)
π D arcsin (b ⁄ D) [mm]
Machining power
P = ( ap b Vf kc )
6 107 h [kW]
Vc[m/min] Cutting speed
D [mm] Tool diameter
N [rev/min] 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 726
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
547
MILLING INSERTS
USER GUIDE
Screw Thread
Overall
Length
[mm]
TORX
Recess
Tightening
Torque
[Nxm]
[lbfxin]
TS 18041I/HG M1.8 4.1 IP 6 0.5 4.4
SR M2X0.4-2.9 T6-HG M2 2.9 T 6 0.5 4.4
SR M2X0.4-3 T6 M2 2.9 T 6 0.5 4.4
SR M2X0.4-3.5 T6 M2 3.55 T 6 0.5 4.4
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 M2.5X5-T7-60 M2.5 5 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 M2.5-T8-MT 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 M2.5X0.45-L6 IP7 M2.5 6 IP 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 M2.6-L6.7-S11 M2.6x0.45 6.7 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 M3×0.5-L7.4 IP9 M3 7.4 IP 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 M3.5X0.6-L8.5 IP10 M3.5 8.5 IP15 3.2 28.36
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 M4X0.7-L9.5 IP15 M4 9.5 IP15 4.8 42.5
SR M4X0.7-L9.6 IP15 M4 9.65 IP15 4.8 42.5
SR M4X0.7-L11.5 IP15 M4 11.5 IP15 4.8 42.5
Screw Thread
Overall
Length
[mm]
TORX
Recess
Tightening
Torque
[Nxm]
[lbfxin]
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 M4-IP15-MT M4 10.5 IP15 4.8 42.5
SR 14-536/M M4 14.1 T20 6 53
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 10513105 M5 13 IP20 8 70.8
SR 10513105-L10.5 M5 10.5 IP20 8 70.8
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 M5X0.8 16 IP20 M5 16 IP20 9 80
SR M5-IP25-MT M5 16.5 IP25 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
* For T490…-11 cutters only
Tightening Torque by Screw
ISCAR
548
MILLING INSERTS
USER GUIDE
Endmill Shank Styles
Shank Diameter DCONMS LSCMS min. Recommended
Cylindrical
10 1.5xd
LCSMS
DCONMS
16 1.5xd
20 1.5xd
25 1.5xd
32 1.5xd
40 1.5xd
Weldon
12 45
LCSMS
DCONMS
16 48
20 50
25 56
32 60
40 70
50 80
Morse
CM 2 64.0
LCSMS
CM 3 81.0
CM 4 102.5
Face Mill Arbor Hole Styles
DCONMS E d1 d2 d3 a b
Style A
16 19 13.5 — — 8.4 5.6
b
E
a
d1
DCONMS
22 20 18 10.4 6.5
27 23 38 12.4 7.0
Style B
a
b
E
d1
DCONMS
22 20 31
— —
10.9 6.5
27 25 38 12.4 7.0
32 25 46 14.4 8.0
40 33 56 16.4 9.0
Style C
40 33 65 66.7
—
16.4 9.0
a
d2
b
E
d1
DCONMS
60 38 —101.6 25.7 14.0
Style D
60 38 —101.6 177.8 25.7 14.0
a
b
E
d2d3DCONMS
