ISO
TURNING GROOVING PARTING FACE
GR
OO
VING TOOL
BLOCKS THREADING TOOL
HOLDERS GRADES
www.iscar.com
INSERTS TOOLS GRADES
START
Metric Version Catalog 2017
Complete Machining Solutions
Non-Rotating Tool Lines
Turning • Grooving • Threading • Parting
Quality Standard
ISCAR has been certified by the prestigious Standards Institution,
as being in full compliance to ensure delivery of the finest quality
goods. Quality control facilities include the metallurgical laboratory,
raw metal testing, an online testing procedure and a machining
center for tool performance testing and final product inspection.
Only the finest products are packaged for entry into
ISCAR’s inventory.
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ISO 9001:
2008
SI
OHSAS
18001:2007
THE STANDARDS INSTITUTION OF ISRAEL THE STANDARDS INSTITUTION OF ISRAEL
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ISO
50001
THE STANDARDS INSTITUTION OF ISRAEL
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ISO 14001:
2004
THE STANDARDS INSTITUTION OF ISRAEL
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AS 9100
THE STANDARDS INSTITUTION OF ISRAEL
TABLE OF CONTENTS
TABLE OF CONTENTS
ISOTURN TOOLS AND INSERTS 1
GROOVE-TURN 215
FACE GROOVING 423
TOOLS FOR MINIATURE PARTS 305
BROACHING TOOLS 337
PARTING 363
THREADING TOOLS & INSERTS 485
NON-ROTATING TOOL HOLDERS 547
MATERIALS AND GRADES 553
INDEX 598
ISCAR
ISO
TURNING GROOVING PARTING FACE
GR
OO
VING TOOL
BLOCKS THREADING TOOL
HOLDERS GRADES
www.iscar.com
INSERTS TOOLS GRADES
START
Metric Version Catalog 2017
Complete Machining Solutions
Non-Rotating Tool Lines
Turning • Grooving • Threading • Parting
START
Complete Machining Solutions
MATERIALS AND GRADES
START
Complete Machining Solutions
TURNING TOOL HOLDERS
THREADING
START
Complete Machining Solutions
THREADING TOOLS & INSERTS
START
Complete Machining Solutions
GROOVE-TURN
START
Complete Machining Solutions
ISOTURN TOOLS AND INSERTS
START
Complete Machining Solutions
ISOTURN TOOLS AND INSERTS
ISCAR
2
ISOTURN TOOLS
ISOTURN Tools .................................................................................3
Tool Identification System ....................................................................4
External Tools .......................................................................................6
Tools for Ceramic Inserts ......................................................................72
Boring Bars .........................................................................................77
Cartridges ............................................................................................101
ISOTURN Inserts ..............................................................................103
Insert Identification System ...................................................................104
Selection Guide for Chipformers and Grades .......................................106
Negative Inserts ....................................................................................109
Positive Inserts .....................................................................................153
Inserts for Machining Aluminum ............................................................ 172
Pipe Skiving Inserts ..............................................................................177
CBN, PCD and Ceramic Inserts ...........................................................178
ISOTURN User Guide ......................................................................197
Jet High Pressure Tools ........................................................................64
ISOTURN Chipformer and Grades ........................................................197
Cutting Speed Recommendations ........................................................ 210
TABLE OF CONTENTS
3
ISOTURN TOOLS
ISOTURN TOOLS
ISCAR
4
ISO TURN TOOLSISO TURN TOOLS
ISCAR
4
ISCAR
4
USER GUIDE
Toolholder Identification System
Steel Shank
S
Coolant through
Steel Shank
A
Solid Carbide
Shank
C
Coolant through
Carbide Shank
E
1. Boring Bar
W
Toolholder
Boring
Bar
4
M
5
L
6
N
7
R
8
M
4
S
1
25
2
S
3
W
5
L
6
N
7
R
8
2. Bar Diameter
d
3. Tool Length
A = 32
B = 40
C = 50
D = 60
E = 70
F = 80
G = 90
H = 100
J = 110
K = 125
L = 140
M = 150
N = 160
P = 170
Q = 180
R = 200
S = 250
T = 300
U = 350
V = 400
W = 450
Y = 500
X = Special
I1
I1
90° 75° 45°
60°
91°
93°
75°
75°
A B D E
90°
F G J K
95°
95°
L
62.5°
N R
45°
S
93°
U
72.5°
V
107.5˚
Q
6. Approach Angle 7. Insert Clearance Angle
N
O
0º
B
5º
D
15º
C
7º
P
11º
13º
Special
X
5
ISO TURN TOOLS
55
USER GUIDE
60˚
80˚ 55˚
80˚
35˚
5. Insert Shape
C
W V
D
T S R
K Q
–25
9
25
10
M
3
08
11
W
12
08
11
W
12
–
55˚
80˚
L
L
8. Hand of Tool
12. Wedge Lock
R
N
L
R N L
γr
-
+
γa
-
+
γr
-
+
-
γa
+
Axial γa and Radial γr Rake angles
Boring BarToolholder
S- for Swiss-type machines
9. Shank
Height
h h
10. Shank
Width
b
Cutting edge length
11. Insert Size
ll
l
l
l
TR
CD
EV
W
S
MW-Multi-wedgeW-Top wedge
Lever Lock
SC - Screw Clamping Top Wedge Lock
C P
S
4. Clamping System
Rigid Clamp
M...W
D
Top Clamp
Iscadex
ISCAR
6
ISOTURN TOOLS
l1
l2
b
h
f
h
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
PLANR/L 2525M-15 TANG 25.0 25.0 150.00 25.0 30.0 -6 -6 LNMX 1506..R/L
PLANR/L 3232P-15 TANG 32.0 32.0 170.00 32.0 37.0 -6 -6 LNMX 1506..R/L
PLANR/L 3232P-22 TANG 32.0 32.0 170.00 32.0 37.0 -6 -6 LNMX 2210..R/L
PLANR/L 4040R-22 TANG 40.0 40.0 200.00 40.0 47.0 -6 -6 LNMX 2210..R/L
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
Spare Parts
Designation
PLANL 2525M-15 TANG TLN 15L-HT SR RS4 T-6/5 LR T15 SR TL-15 HW 3.5
PLANR 2525M-15 TANG TLN 15R-HT SR RS4 T-6/5 LR T15 SR TL-15 HW 3.5
PLANL 3232P-15 TANG TLN 15L-HT SR RS4 T-6/5 LR T15 SR TL-15 HW 3.5
PLANR 3232P-15 TANG TLN 15R-HT SR RS4 T-6/5 LR T15 SR TL-15 HW 3.5
PLANL 3232P-22 TANG TLN 22L-HT SR 10500401 T-7/5 LR T22 SR TL22 HW 5.0
PLANR 3232P-22 TANG TLN 22R-HT SR 10500401 T-7/5 LR T22 SR TL22 HW 5.0
PLANL 4040R-22 TANG TLN 22L-HT SR 10500401 T-7/5 LR T22 SR TL22 HW 5.0
PLANR 4040R-22 TANG TLN 22R-HT SR 10500401 T-7/5 LR T22 SR TL22 HW 5.0
PLANR/L-TANG
Lever Lock Tools Carrying LNMX..
Tangentially Clamped Inserts
7
ISOTURN TOOLS
3.7°
b
l2
l1
l2
f
h
hh
f
4 Ref.
SLANR/L 1616M-11S
16 mm Shank Configuration
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
SLANR/L 1616H-11 TANG 16.0 16.0 100.00 20.0 20.0 -6 -6 LNMX 1104..
SLANR/L 1616M-11S TANG 16.0 16.0 150.00 20.0 16.2 -6 -6 LNMX 1104..
SLANR/L 2020K-11 TANG 20.0 20.0 125.00 20.0 25.0 -6 -6 LNMX 1104..
SLANR/L 2525M-11 TANG 25.0 25.0 150.00 25.0 30.0 -6 -6 LNMX 1104..
SLANR/L 2020K-15 TANG 20.0 20.0 100.00 25.0 25.0 -6 -6 LNMX 1506..
SLANR/L 2525M-15 TANG 25.0 25.0 150.00 25.0 30.0 -6 -6 LNMX 1506..
SLANR/L 3232P-15 TANG 32.0 32.0 170.00 35.0 37.0 -6 -6 LNMX 1506..
SLANR/L 4040R-15 TANG 40.0 40.0 200.00 35.0 45.0 -6 -6 LNMX 1506..
SLANR/L 3232P-22 TANG 32.0 32.0 170.00 35.0 38.0 -6 -6 LNMX 2210..
SLANR/L 4040R-22 TANG 40.0 40.0 200.00 40.0 47.0 -6 -6 LNMX 2210..
SLANR/L 5050S-22 TANG 50.0 50.0 250.00 35.0 57.0 -6 -6 LNMX 2210..
• ap max for facing: LNMX 11-2.8 mm, LNMX 15-3.8 mm, LNMX 22-5.8 mm
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
The HELITURN system features a unique, double-sided insert
with 4 cutting edges for
Fast Metal Removal (FMR) turning.
HELITURN
is a tangentially clamped insert with a
unique helical shaped cutting edge, useful for large
depths of cut and higher than normal feed rates.
The
LNMX...-HT HELITURN insert is a screw clamped into
the
SLANR toolholder and supported by the TLN ..-HT carbide
seat. This seat has ground surfaces on the top and bottom
to ensure perfect contact of the insert with the toolholder.
The upper rake face of this insert is mounted level with the
top of the toolholder to enable chips to flow across the insert
without being disturbed by clamps or the toolholder body.
The 4 curved helical cutting edges ensure positive radial rake
angles and soft penetration into the material being cut.
The lower forces and smaller loads ensure better
tool life, higher stability and the ability to use very
large depths of cut and higher feeds.
The chipformer (with small bumps), deforms and
breaks the chip into rib type curved segments which
can easily be removed from the cutting area.
The insert has a frontal clearance angle of 3.7° with a 6° side
clearance angle to enable machining at a 90° shoulder.
Depths of cut up to 8 mm and facing depths up to 3.2 mm
and up to 1.2 mm/rev are achievable with HELITURN.
The high positive rake angle of these tools allows 10-15% less
power usage than conventional tools with the same parameters.
By using HELITURN tools, huge cost savings and
profitability in lathe operations are guaranteed.
Spare Parts
Designation
SLANL 1616H-11 TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANL 1616M-11S TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANR 1616H-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANR 1616M-11S TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANL 2020K-11 TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANR 2020K-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANL 2525M-11 TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANR 2525M-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
SLANL 2020K-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANR 2020K-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANL 2525M-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANR 2525M-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANL 3232P-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANR 3232P-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANL 4040R-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANR 4040R-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLANL 3232P-22 TANG TLN 22L-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANR 3232P-22 TANG TLN 22R-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANL 4040R-22 TANG TLN 22L-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANR 4040R-22 TANG TLN 22R-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANL 5050S-22 TANG TLN 22L-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANR 5050S-22 TANG TLN 22R-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLANR/L-TANG
Screw-Lock Tools Carrying LNMX..
Tangentially Clamped Inserts
ISCAR
8
ISOTURN TOOLS
h
Gr°
G 1/8"-28
Ga°
h
b
l2l1
f
93°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
SLANR/L 3232P-15 TANG-JHP 32.0 32.0 170.00 30.0 40.0 -6 -6 LNMX 1506
• ap max for facing 3.8 mm • For user guide, see pages 64-71
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
The tools with LNMX 1506…
inserts feature fixed coolant holes
Fixed Coolant
Holes
Spare Parts
Designation
SLANL 3232P-15 TANG-JHP TLN 15L-HT SR RS4 SR 34-535-SN BLD T15/S7 SW6-T-SH T-6/5
SLANR 3232P-15 TANG-JHP TLN 15R-HT SR RS4 SR 34-535-SN BLD T15/S7 SW6-T-SH T-6/5
SLANR/L-15-TANG-JHP
Screw-Lock Tools with Channels
for High Pressure Coolant Carrying
LNMX Tangentially Clamped Inserts
SS
(1)
(1)
6°
l1
f
Right-hand shown
93°
Designation SS l1f Ga° Gr° Insert
C4 SLANR/L-27050-11 TANG 40 50.00 27.0 -6 -6 LNMX 1104..
C5 SLANR-35060-11 TANG 50 60.00 35.0 -6 -6 LNMX 1104..
C6 SLANR/L 25110-11 TANG (1) 63 110.00 25.0 -6 -6 LNMX 1104..
C4 SLANR/L-27050-15 TANG 40 50.00 27.0 -6 -6 LNMX 1506..
C5 SLANR/L-35060-15 TANG 50 60.00 35.0 -6 -6 LNMX 1506..
C6 SLANR/L 25110-15 TANG (1) 63 110.00 25.0 -6 -6 LNMX 1506..
C6 SLANR/L-45065-15 TANG 63 65.00 45.0 -6 -6 LNMX 1506..
C6 SLANR/L-45065-22 TANG 63 65.00 45.0 -6 -6 LNMX 2210..
• ap max for facing: LNMX 11-2.8 mm, LNMX 15-3.8 mm
(1) Designed for mill-turn machines
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
Spare Parts
Designation
C4 SLANL-27050-11 TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD EZ 83
C4 SLANR-27050-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD EZ 83
C5 SLANR-35060-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD EZ 104
C6 SLANL 25110-11 TANG TLN 11L-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD EZ 146
C6 SLANR 25110-11 TANG TLN 11R-HT SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD EZ 146
C4 SLANL-27050-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C4 SLANR-27050-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C5 SLANL-35060-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C5 SLANR-35060-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C6 SLANL 25110-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535 T-15/5 EZ 146
C6 SLANR 25110-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535 T-15/5 EZ 146
C6 SLANL-45065-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C6 SLANR-45065-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH EZ 104
C6 SLANL-45065-22 TANG TLN 22L-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH EZ 104
C6 SLANR-45065-22 TANG TLN 22R-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH EZ 104
C#-SLANR/L-TANG
Tools with CAMFIX Shanks Carrying
LNMX-HT Tangentially Screw Clamped
Inserts for High Production Cutting
9
ISOTURN TOOLS
h
f
l1
l2
b
h
Right-hand shown
9 1°
93°
Designation h b l1l2f Ga° Gr° Insert(1)
SLFNR/L 2525M-15 TANG 25.0 25.0 150.00 20.0 30.0 -6 -6 LNMX 1506..L/R
SLFNR/L 3232P-15 TANG 32.0 32.0 170.00 20.0 37.0 -6 -6 LNMX 1506..L/R
• ap max for longitudinal turning is 5.8 mm
(1) Right-hand insert for left-hand holder, left-hand insert for right-hand holder
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
Spare Parts
Designation
SLFNL 2525M-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLFNR 2525M-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLFNL 3232P-15 TANG TLN 15R-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLFNR 3232P-15 TANG TLN 15L-HT SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
SLFNR/L-TANG
Tools Carrying LNMX
Tangentially Clamped Inserts
h
f
l1
l2
h
b
75°
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
SLBNR/L 4040R-22 TANG 40.0 40.0 200.00 35.0 35.0 -7 -4 LNMX 2210..R/L
For inserts, see pages: LNMX-HT (152)
Spare Parts
Designation
SLBNL 4040R-22 TANG TLN 22L-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLBNR 4040R-22 TANG TLN 22R-HT SR 10500401 T-7/5 SR 14-591/L-SN BLD T20/S7 SW6-T-SH
SLBNR/L-TANG
External 75° Lead Tools Carrying
Tangentially Screw Clamped Inserts
ISCAR
10
ISOTURN TOOLS
f
h
l2
b
h
l1
75˚ Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PLBOR/L 5050T-40 50.0 50.0 300.00 60.0 50.0 -6 -6 LOMX 4022
PLBOR/L 6060V-40 60.0 60.0 400.00 60.0 60.0 -6 -6 LOMX 4022
For inserts, see pages: LOMX-H6P (151)
ISCAR’s tangential LOMX 402224-H6P insert for very heavy turning applications.
This tangentially clamped insert with 4 cutting edges is made from the tough grade IC8250. It can machine at up to 35 mm
depth of cut and up to 2 mm/rev feed. The insert is clamped on a very rigid lever lock pocket equipped with a protective seat.
Tangentially Clamped Insert Protective SeatClamping Surfaces
Lever Lock Accessible from
Both Tool Sides
Double-sided
with 4 cutting
edges
2
3
1
4
Application Range H6P Chipformer
10
1 2
20
30
35
45
40
ap
mm
F (mm/rev)
15
25
Spare Parts
Designation
PLBOR/L TLN 40 SR 10402265 LR 8 SR 10643960 SP D7.5XL23 T-20/5 HW 6.0
PLBOR/L
Lever Lock Tools Carrying
LOMX Tangentially Clamped
Super Heavy Turning Inserts
l2
l1
h1fb
lRight-hand shown
Designation h1b l1l2f Insert
PRWR/L 175-CA-19 32.0 22.6 43.00 35.0 23.0 LNMX 191940 SR LCS 5 LR 5 HW 3.0
PRWR/L 175-CA-30 32.0 22.6 43.00 35.0 23.0 LNMX 301940 SR LCS 5 LR 5 HW 3.0
For inserts, see pages: LNMX 19/30 (153)
For holders, see pages: PRWR/L (10)
PRWR/L 175-CA
Cartridges for PRWR/L 50-55
Railroad Wheel Re-Turning Tools
6°
87°
84°
b
h
l1
h1
f
Right-hand shown
Designation h h1b l1f
PRWR/L 50-55 50.0 44.0 55.0 210.00 55.0 SR M6X1X16 HW 3.0
• Cartridges should be ordered separately
For tools, see pages: PRWR/L 175-CA (10) • PRWR/L 177-CA (11)
PRWR/L
Toolholders with Cartridges for Under
Floor Railroad Wheel Re-turning Lathes
(Model 106 Thread Profile Machine)
11
ISOTURN TOOLS
h1
l2
l1
fb
Right-hand shown
Designation h1b l1l2f Insert
PRWR/L 177-CA-19 32.0 18.6 43.00 35.0 19.1 LNMX 191940 SR LCS 5 LR 5 HW 3.0
For inserts, see pages: LNMX 19/30 (153)
For holders, see pages: PRWR/L (10)
PRWR/L 177-CA
Cartridges for PRWR/L 50-55
Railroad Wheel Re-Turning Tools
l2
h
f
l1
b
h
TRight-hand shown
95°
Designation h b l1l2f T(2) Ga° Gr° Insert
PQLNR/L 1616H-09 16.0 16.0 100.00 21.0 20.0 8 -6 -6 QNMG 0904
PQLNR/L 2020K-09 20.0 20.0 125.00 26.6 25.0 8 -6 -6 QNMG 0904
PQLNR/L 2525M-09 25.0 25.0 150.00 26.6 32.0 8 -6 -6 QNMG 0904
PQLNR/L 2020K-12 20.0 20.0 125.00 26.6 25.0 10 -6 -6 QNMG 1204
PQLNR 2020-12-AD (1) 20.0 20.0 67.00 26.6 25.0 10 -6 -6 QNMG 1204
PQLNR/L 2525M-12 25.0 25.0 150.00 26.6 32.0 10 -6 -6 QNMG 1204
(1) AD - short tools for adapter holders
(2) T for r 0.8
For inserts, see pages: QNMG-GN (110) • QNMG-NF (109) • QNMG-PP (109) • QNMG-TF (109)
Spare Parts
Designation
PQLNR/L 1616H-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
PQLNR/L 2020K-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
PQLNR/L 2525M-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
PQLNR/L 2020K-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PQLNR 2020-12-AD TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0/5
PQLNR/L 2525M-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PQLNR/L
Lever Lock Tools Carrying Negative
Inserts with Four 80° Corners
l2
h
f
l1
h
bT
Right-hand shown
95°
Designation h b l1l2f T(1) Ga° Gr° Insert
PQFNR/L 2020K-09 20.0 20.0 125.00 26.0 25.0 8 -6 -6 QNMG 0904
PQFNR/L 2020K-12 20.0 20.0 125.00 26.0 25.0 10 -6 -6 QNMG 1204
PQFNR/L 2525M-12 25.0 25.0 150.00 26.0 25.0 10 -6 -6 QNMG 1204
(1) T for r 0.8
For inserts, see pages: QNMG-GN (110) • QNMG-NF (109) • QNMG-PP (109) • QNMG-TF (109)
Spare Parts
Designation
PQFNR/L 2020K-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
PQFNR/L 2020K-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PQFNR/L 2525M-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PQFNR/L
Lever Lock Face Turning Tools Carrying
Negative Inserts with Four 80° Corners
ISCAR
12
ISOTURN TOOLS
l2
h
f
l1
45°
b
h
Right-hand shown
45°
45°
Designation h b l1l2f Ga° Gr° Insert
PQSNR/L 2525M-12 25.0 25.0 150.00 30.0 32.0 -4.5 -5.5 QNMG 1204
For inserts, see pages: QNMG-GN (110) • QNMG-NF (109) • QNMG-PP (109) • QNMG-TF (109)
Spare Parts
Designation
PQSNR/L TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PQSNR/L
External 45° Lead Tools Carrying
Negative Inserts with Four 80° Corners
95°
l2
l1
h h
fb
Right-hand shown
95°
95°
Designation h b l1l2f Insert
PWLNR/L 1010X-04S 10.0 10.0 120.00 11.0 10.0 WNGP 04 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PWLNR/L 1212F-04S 12.0 12.0 80.00 11.0 12.0 WNGP 04 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PWLNR/L 1212X-04S 12.0 12.0 120.00 11.0 12.0 WNGP 04 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PWLNR/L 1616X-04S 16.0 16.0 120.00 13.0 16.0 WNGP 04 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
• Use a left-hand insert on a right-hand tool and vice versa.
For inserts, see pages: WNGP-F2M (112) • WNGP-F2P (110)
PWLNR/L-S
Lever Lock External Turning
Tools Carrying WNGP 0403..
Double-Sided Trigon Inserts
l
1
PWLNR-S
f
h
l2
b
h
l1Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
PWLNR/L 1616H-06 16.0 16.0 100.00 16.0 20.0 -6 -6 WN..06T3
PWLNR/L 1616H-06S (1) 16.0 16.0 100.00 20.3 20.0 -6 -6 WN..06T3
PWLNR/L 2020K-06 20.0 20.0 125.00 20.0 25.0 -6 -6 WN..06T3
PWLNR/L 2525M-06 25.0 25.0 150.00 20.0 32.0 -6 -6 WN..06T3
PWLNR/L 2020K-08 20.0 20.0 125.00 19.0 25.0 -6 -6 WN..0804
PWLNR/L 2525M-08 25.0 25.0 150.00 20.5 32.0 -6 -6 WN..0804
PWLNR/L 3232P-08 32.0 32.0 170.00 19.0 40.0 -6 -6 WN..0804
(1) Can be used on automatics
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
PWLNR/L 1616H-06 TWN 322 SP 3 PN 3-4 HW 2.5/5 SR 117-2014 LR 3
PWLNR/L 1616H-06S TWN 322 SP 3 PN 3-4 HW 2.5/5 SR 117-2014 LR 3
PWLNR/L 2020K-06 TWN 322 SP 3 PN 3-4 HW 2.5/5 SR 117-2014 LR 3
PWLNR/L 2525M-06 TWN 322 SP 3 PN 3-4 HW 2.5/5 SR 117-2014 LR 3
PWLNR/L 2020K-08 TWN 423 SP 4 PN 3-4 HW 3.0 SR 117-2010 LR 4
PWLNR/L 2525M-08 TWN 423 SP 4 PN 3-4 HW 3.0 SR 117-2010 LR 4
PWLNR/L 3232P-08 TWN 423 SP 4 PN 3-4 HW 3.0 SR 117-2010 LR 4
PWLNR/L
Lever Lock External Turning Tools
Carrying 80° Negative Trigon Inserts
13
ISOTURN TOOLS
Gr°
f
SS
L3
l1
Central coolant direction
4°
4°(8° rotation adjustment)
Right-hand shown
95°
95°
Bar Max
Designation SS f l1L3Ga° Gr° Insert
C6 PWLNR/L-45065-08-JHP 63 45.0 65.00 37.00 -6 -6 WNMG 08..
• For user guide, see pages 64-71
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
C6 PWLNL-45065-08-JHP TWN 423 SP 4 LR 4 SR 117-2010 T-8/5 PN 3-4 CU-CW-JHP HW 3.0
C6 PWLNR-45065-08-JHP TWN 423 SP 4 LR 4 SR 117-2010 T-8/5 PN 3-4 CU-CW-JHP OR 6.4X0.9N HW 3.0 HW 1.5
C#-PWLNR/L-08-JHP
Lever Lock Tools with CAMFIX
Exchangeable Shanks and
Channels for High Pressure
Coolant Carrying Trigon Inserts
f
l1
b
95°
l
2
h
h
G 1/8"-28
Gr°
Central coolant direction
4°
4°(8° rotation adjustment) Frontal coolant
on/off screw
Frontal coolant hole
95°
95°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
PWLNR/L 2525M-08-JHP 25.0 25.0 150.00 33.0 32.0 -6 -6 WNMG 0804..
PWLNR/L 3232P-08-JHP 32.0 32.0 170.00 33.0 40.0 -6 -6 WNMG 0804..
• For user guide, see pages 64-71
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
PWLNR/L 2525M-08-JHP TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 SR M4X4 DIN913 TL360 CU-CW-JHP HW 2.0 HW 3.0 T-8/5
PWLNL 3232P-08-JHP TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 SR M4X4 DIN913 TL360 OR 6.4X0.9N CU-CW-JHP HW 2.0 HW 3.0 T-8/5
PWLNR 3232P-08-JHP TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 SR M4X4 DIN913 TL360 CU-CW-JHP HW 2.0 HW 3.0 T-8/5
PWLNR/L-08-JHP
Lever Lock Tools with Channels
for High Pressure Coolant
Carrying Trigon Inserts
l2
h
f
l1
b
h
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
DWLNR/L 1616H-06 16.0 16.0 100.00 26.0 16.0 -6 -6 WNMG 0604
DWLNR/L 2020K-06 20.0 20.0 125.00 26.0 25.0 -6 -6 WNMG 0604
DWLNR/L 2525M-06 25.0 25.0 150.00 24.0 32.0 -6 -6 WNMG 0604
DWLNR/L 2020K-08 20.0 20.0 125.00 35.0 25.0 -6 -6 WNMG 0804
DWLNR/L 2525M-08 25.0 25.0 150.00 35.0 32.0 -6 -6 WNMG 0804
DWLNR/L 3232P-08 32.0 32.0 170.00 35.0 40.0 -6 -6 WNMG 0804
For inserts, see pages: WNMX-M3/4MW (119) • WNMX-M3/4PW (119) • WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) •
WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
DWLNR/L 1616H-06 RWT 322 RWT 3-2(b)* SR 40090I LCGR-3 SR RC3 KSP 3 HW 2.5
DWLNR/L 2020K-06 RWT 322 RWT 3-2(b)* SR 40090I LCGR-3 SR RC3 KSP 3 HW 2.5
DWLNR/L 2525M-06 RWT 322 RWT 3-2(b)* SR 40090I LCGR-3 SR RC3 KSP 3 HW 2.5
DWLNR/L 2020K-08 RWT 443 RWT 443-TNM(b)* TWH 4(c)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DWLNR/L 2525M-08 RWT 443 RWT 443-TNM(b)* TWH 4(c)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DWLNR/L 3232P-08 RWT 443 RWT 443-TNM(b)* TWH 4(c)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
* Optional, should be ordered separately
(b) RWT 3-2 seat, for WNMG 06T3 insert
(b) RWT 3-2 seat, for WNMG 06T3 insert
(c) TWH 4 seat, for WNMX 0807... insert
DWLNR/L
External 95° Lead Tools Carrying
Negative WNMG Trigon Inserts
ISCAR
14
ISOTURN TOOLS
f
h
l2
b
h
l1Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
PWLNR/L 2020K-06X (1) 20.0 20.0 125.00 25.0 25.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2525M-06X (1) 25.0 25.0 150.00 25.0 32.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2020K-08X (2) 20.0 20.0 125.00 30.0 25.0 -6 -6 WNMX 0807, WNMG 0804
PWLNR/L 2525M-08X (2) 25.0 25.0 150.00 30.0 32.0 -6 -6 WNMX 0807, WNMG 0804
PWLNR 3232P-08X (2) 32.0 32.0 170.00 30.0 40.0 -6 -6 WNMX 0807, WNMG 0804
(1) Supplied with TWX 3 seat for WNMX 0606.. inserts and TWN 3 seat for WNMG 0604.. inserts.
(2) Supplied with TWX 4 seat for WNMX 0807.. inserts and TWN 443 seat for WNMG 0804.. inserts.
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMX-M3/4PW (119) • WNMG-F3M (112) • WNMG-M3M (113) • WNMX-M3/4MW (119)
• WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
TWN 3
TWN 443
WNMG 0604...
WNMG 0804...
TWX 3
TWX 4
WNMX 0606...
WNMX 0807...
Spare Parts
Designation
PWLNR/L 2020K-06X TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
PWLNR/L 2525M-06X TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PWLNR/L 2020K-08X TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PWLNR/L 2525M-08X TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PWLNR 3232P-08X TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PWLNR/L-X
Lever Lock External Turning Tools
Carrying HELITURN LD WNMX
or WNMG Trigon Inserts
15
ISOTURN TOOLS
l
2
f
l1
b
h
h
G 1/8"-28
Central coolant direction
4°
4°(8° rotation adjustment)
95°
Gr°
Frontal coolant
on/off screw
Frontal
coolant hole
Internal coolant for
PWLNR/L... 06X
95°
95°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
PWLNR/L 2020K-06X-JHP (1) 20.0 20.0 125.00 25.0 25.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2525M-06X-JHP (1) 25.0 25.0 150.00 25.0 32.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2525M-08X-JHP (2) 25.0 25.0 150.00 33.0 32.0 -6 -6 WNMX 0807, WNMG 0804
PWLNR/L 3232P-08X-JHP (2) 32.0 32.0 170.00 33.0 40.0 -6 -6 WNMX 0807, WNMG 0804
• For user guide, see pages 64-71
(1) Supplied with TWX 3 seat for WNMX 0606.. inserts and TWN 3 seat for WNMG 0604.. inserts.
(2) Supplied with TWX 4 seat for WNMX 0807.. inserts and TWN 443 seat for WNMG 0804.. inserts.
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMX-M3/4PW (119) • WNMG-F3M (112) • WNMG-M3M (113) • WNMX-M3/4MW (119)
• WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Screw
Housing: UNH-JHP
Nozzle: NZ-CW-JHP
CU-CW-JHP
Screw: SR M3
O-Ring: OR 6.4x0.9N
Screw: M3
TWN 3
TWN 443
WNMG 0604...
WNMG 0804...
TWX 3
TWX 4
WNMX 0606...
WNMX 0807...
Spare Parts
Designation
PWLNR/L 2020K-06X-JHP
TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5/5
PWLNR/L 2525M-06X-JHP
TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5/5
PWLNR/L 2525M-08X-JHP
TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 2.0 HW 3.0 SR M4X4 DIN913 TL360
PWLNR/L 3232P-08X-JHP
TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 2.0 HW 3.0 SR M4X4 DIN913 TL360
PWLNR/L-X-JHP
Lever Lock Tools with Channels
for High Pressure Coolant
Carrying HELITURN LD WNMX
or WNMG Trigon Inserts
ISCAR
16
ISOTURN TOOLS
l
2
L
5
f
l1
b
h
h
Central coolant direction
4°
4°(8° rotation adjustment)
95° Frontal coolant
on/off screw
Frontal
coolant hole
95°
95°
Bar Max
Designation h b l1l2L5f Ga° Gr° Insert
PWLNR/L 2020X-06X-JHP-MC 20.0 20.0 97.00 27.0 29.00 25.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2525X-06X-JHP-MC 25.0 25.0 118.00 33.0 35.00 32.0 -6 -6 WNMX 0606, WNMG 0604
PWLNR/L 2020X-08X-JHP-MC 20.0 20.0 97.00 27.0 29.00 25.0 -6 -6 WNMX 0807, WNMG 0804
PWLNR/L 2525X-08X-JHP-MC 25.0 25.0 118.00 33.0 35.00 32.0 -6 -6 WNMX 0807, WNMG 0804
• For user guide, see pages 64-71
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMX-M3/4PW (119) • WNMG-F3M (112) • WNMG-M3M (113) • WNMX-M3/4MW (119)
• WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
PWLNR/L 2020X-06X-JHP-MC
TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5 CU-CW-JHP T-8/5 SR M5X5 DIN913 TL360
PWLNR/L 2525X-06X-JHP-MC
TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5 CU-CW-JHP T-8/5 SR M5X5 DIN913 TL360
PWLNR/L 2020X-08X-JHP-MC
TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L HW 2.5 CU-CW-JHP T-8/5 SR M5X5 DIN913 TL360 HW 3.0
PWLNR/L 2525X-08X-JHP-MC
TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L HW 2.5 CU-CW-JHP T-8/5 SR M5X5 DIN913 TL360 HW 3.0
PWLNR/L-X-JHP-MC
Lever Lock Tools with Bottom Inlets
for High Pressure Coolant Channels
Carrying HELITURN LD WNMX
and WNMG Trigon Inserts
6°
SS
f20
95° l
1
a°
Right-hand shown
95°
95°
Designation SS f l1a°Insert
C4 PWLNR/L-27050-06X (1) 40 27.0 50.00 45 WNMX 0606, WNMG 0604
C5 PWLNL-25060-06X (1) 50 25.0 60.00 48 WNMX 0606, WNMG 0604
C4 PWLNR/L-27050-08X (2) 40 27.0 50.00 45 WNMX 0807, WNMG 0804
C5 PWLNR/L-35060-08X (2) 50 35.0 60.00 48 WNMX 0807, WNMG 0804
(1) Supplied with TWX 3 seat for WNMX 0606.. inserts and TWN 3 seat for WNMG 0604.. inserts.
(2) Supplied with TWX 4 seat for WNMX 0807.. inserts and TWN 443 seat for WNMG 0804.. inserts.
For inserts, see pages: WNMX-M3/4MW (119) • WNMX-M3/4PW (119) • WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113)
Spare Parts
Designation
C4 PWLNR/L-27050-06X TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 EZ 62 HW 2.5/5
C5 PWLNL-25060-06X TWX 3 TWN 3 SP 3 LR 3 SR 117-2014 PN 3-4 EZ 83 HW 2.5/5
C4 PWLNR/L-27050-08X TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L EZ 62 HW 3.0
C5 PWLNR/L-35060-08X TWX 4 TWN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L EZ 83 HW 3.0
C#-PWLNR/L-X
Lever Lock Tools with CAMFIX
Shanks Carrying HELITURN LD
WNMX or WNMG Inserts
17
ISOTURN TOOLS
Gr°
f
SS
L3
l1
Central coolant direction
4°
4°(8° rotation adjustment)
95°
95°
Bar Max
Designation SS l1f L3Ga° Gr° Insert
C3 PWLNR-22045-06X-JHP (1) 32 40.00 27.0 22.00 -6 -6 WNMX 0606, WNMG 0604
C3 PWLNR-22045-08X-JHP (2) 32 40.00 27.0 22.00 -6 -6 WNMX 0807, WNMG 0804
C4 PWLNR/L-27050-08X-JHP (2) 40 50.00 27.0 22.00 -6 -6 WNMX 0807, WNMG 0804
C5 PWLNR/L-35060-08X-JHP (2) 50 60.00 35.0 25.00 -6 -6 WNMX 0807, WNMG 0804
C6 PWLNR/L-45065-08X-JHP (2) 63 65.00 45.0 37.00 -6 -6 WNMX 0807, WNMG 0804
• For user guide, see pages 64-71
(1) Supplied with TWX 3 seat for WNMX 0606.. inserts and TWN 3 seat for WNMG 0604.. inserts.
(2) Supplied with TWX 4 seat for WNMX 0807.. inserts and TWN 443 seat for WNMG 0804.. inserts.
For inserts, see pages: WNMX-M3/4MW (119) • WNMX-M3/4PW (119) • WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113)
TWN 3
TWN 443
WNMG 0604...
WNMG 0804...
TWX 3
TWX 4
WNMX 0606...
WNMX 0807...
Spare Parts
Designation
C3 PWLNR-22045-06X-JHP TWX 3 TWN 3 SP 3 PN 3-4 LR 3 SR 117-2014 CU-CW-JHP T-8/5 HW 2.5
C3 PWLNR-22045-08X-JHP TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 CU-CW-JHP T-8/5 HW 3.0
C4 PWLNR/L-27050-08X-JHP TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 CU-CW-JHP T-8/5 HW 3.0
C5 PWLNR/L-35060-08X-JHP TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 CU-CW-JHP T-8/5 HW 3.0
C6 PWLNR/L-45065-08X-JHP TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 CU-CW-JHP T-8/5 HW 3.0
C#-PWLNR/L-X-JHP
Lever Lock Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
WNMX or WNMG Inserts
ISCAR
18
ISOTURN TOOLS
h
f
l1
l2
h
b
Right-hand shown
95°
95°
95°
95°
75°
15°
Designation h b l1l2f Ga° Gr°
MULNR/L 2525M-12MW 25.0 25.0 150.00 35.0 32.0 6 6
• The wedge for the WNMG insert is supplied with the holder, order the others separately
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) •
WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P
(120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP
(125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179)
• CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG
(CBN) (187) • CNMA (PCD) (184) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) •
SNMG-GN (149) • SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
MULNR/L ##-4MW
MULNR/L ##-12MW
SR 17-307
DK 17-307
SPR 17-307
ZNW-4CM
TCN 423
LC WN08
(_WNM_ 08(43
LCR CN12 / LCL CN12
(_CNM_ 12(43
LCR SN12 / LCL SN12
(_SNM_ 12(43
SNMG
CNMG
WNMG
Toolholder Options
Spare Parts
Designation
MULNL 2525M-12MW TCN 423 ZNW 4CM LC WN08 LCL CN12* LCL SN12* SR 17-307 SR M4X8 HW 3.0 DK 17-307 SPR 17-307
MULNR 2525M-12MW TCN 423 ZNW 4CM LC WN08 LCR CN12* LCR SN12* SR 17-307 SR M4X8 HW 3.0 DK 17-307 SPR 17-307
* Optional, should be ordered separately
MULNR/L-12MW
MULTI-WEDGE Lock External Tools
Carrying 80° Negative Rhombic
or Trigon or Square Inserts
19
ISOTURN TOOLS
6°
D
l1
f
Right-hand shown
95°
95°
75°
95°
95°
15°
Designation SS f l1Insert
C4 MULNR/L 27050-12MW 40 27.0 50.00 W/C/SNMG 1204..
C5 MULNR/L 35060-12MW 50 35.0 60.00 W/C/SNMG 1204..
C6 MULNR/L-45065-12MW 63 45.0 65.00 W/C/SNMG 1204..
• R.H. wedge for R.H. tool, L.H. wedge for L.H. tool
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) •
WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P
(120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP
(125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179) •
CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN)
(187) • CNMA (PCD) (184) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN
(149) • SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
C4 MULNL 27050-12MW TCN 423 ZNW 4CMI LC WN08 HW 3.0 SR 17-307 DK 17-307 SPR 17-307 EZ 62
C4 MULNR 27050-12MW TCN 423 ZNW 4CMI LC WN08 HW 3.0 SR 17-307 DK 17-307 SPR 17-307 EZ 62
C5 MULNR/L 35060-12MW TCN 423 ZNW 4CMI LC WN08 HW 3.0 SR 17-307 DK 17-307 SPR 17-307 EZ 83
C6 MULNL-45065-12MW TCN 423 ZNW 4CMI LC WN08 HW 3.0 SR 17-307 DK 17-307 SPR 17-307 EZ 104
C6 MULNR-45065-12MW TCN 423 ZNW 4CMI LC WN08 HW 3.0 SR 17-307 DK 17-307 SPR 17-307 EZ 104
C#-MULNR/L-MW
MULTI-WEDGE Tools with
CAMFIX Exchangeable Shanks
Carrying 80° Negative Rhombic
or Trigon or Square Inserts
6°
SS
f
l1
80° Complies with the ICTM and HSK-T standards • Right-hand shown
95°
95°
75°
95°
95°
15°
Designation SS l1f Ga° Gr° Insert
HSK A63WH-MULNR/L-J12MW 63 110.00 25.0 -6 -6 W/C/SNMG 1204
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) •
WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120)
• CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) •
CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNMG-Ceramic (178) • CNGA-2
(CBN) (188) • CNGA-4 (CBN) (188) • CNGA-Ceramic (179) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) •
CNMA (PCD) (184) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149) •
SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
HSK A63WH-MULNL-J12MW
TCN 423 LCL CN12* LCL SN12* LC WN08 ZNW 4CM SR 17-307 HW 3.0 DK 17-307 SPR 17-307 SR M4X8 EZ 104
HSK A63WH-MULNR-J12MW
TCN 423 LCR CN12* LCR SN12* LC WN08 ZNW 4CM SR 17-307 HW 3.0 DK 17-307 SPR 17-307 SR M4X8 EZ 104
* Optional, should be ordered separately
HSK A63WH-MULNR/L-MW
MULTI-WEDGE Toolholders with
HSK Taper Shanks for 80° Rhombic,
Trigon and Square Inserts
ISCAR
20
ISOTURN TOOLS
f
30°
Typ.x2
6°
Dmin
10°
l1
SS
l1
f95°
f
Complies with the ICTM and HSK-T standards • Right-hand shown
95°
95°
75°
95°
95°
Designation SS l1f D min Insert
HSK A63WH-MULNR-J12MWX2 63 110.00 35.0 72.00 W/C/SNMG 1204
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) •
WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P
(120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP
(125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179)
• CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG
(CBN) (187) • CNMA (PCD) (184) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) •
SNMG-GN (149) • SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
HSK A63WH-MULNR-J12MWX2 TCN 423 LC WN08 LCR CN12* LCR SN12* ZNW 4CMI DK 17-307 SPR 17-307 SR 17-307 HW 3.0
* Optional, should be ordered separately
HSK A63WH-MULNR-
J12MWX2
MULTI-WEDGE Twin Toolholders
with HSK Taper Shanks for 80°
Rhombic, Trigon and Square Inserts
7°
SS
l1
50° Complies with the ICTM and HSK-T standards.
95°
95°
95°
95°
75°
Designation SS l1Insert
HSK A63WH-MUMNN-J12MW 63 110.00 W/C/SNMG 1204
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW
(128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) •
CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2
(CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184) • SNMG-F3P
(144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149) • SNMG-NR (149) • SNMG-PP (147) •
SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
HSK A63WH-MUMNN-J12MW
LC WN08 LCR CN12* LCR SN12* TCN 423 ZNW 4CM SR 17-307 HW 3.0 DK 17-307 SPR 17-307 EZ 83 SR M4X8
* Optional, should be ordered separately
HSK A63WH-MUMNN-MW
MULTI-WEDGE Tools with
HSK Exchangeable Shanks
Carrying 80° Negative Rhombic,
Trigon or Square Inserts
21
ISOTURN TOOLS
l2
h
f
l1
b
h
f
MWLNR..-W MWLNR..-06SW Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
MWLNR/L 1616H-06SW 16.0 16.0 100.00 23.0 16.0 -6 -6 WNMG 06T3
MWLNR/L 2020K-06W 20.0 20.0 125.00 25.0 25.0 -6 -6 WNMG 06T3
MWLNR/L 2525M-06W 25.0 25.0 150.00 25.0 32.0 -6 -6 WNMG 06T3
MWLNR/L 2020K-08W 20.0 20.0 125.00 30.0 25.0 -6 -6 WNMG 0804
MWLNR/L 2525M-08W 25.0 25.0 150.00 30.0 32.0 -6 -6 WNMG 0804
MWLNR/L 3232P-08W 32.0 32.0 170.00 35.0 40.0 -6 -6 WNMG 0804
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
MWLNL 1616H-06SW IWSN 322W ZNW 3W SR 14-564 LC 250 SET 1 HW 2.5
MWLNR 1616H-06SW IWSN 322W IWSN 3-2W(b)* ZNW 3W SR 14-564 LC 250 SET 1 HW 2.5
MWLNL 2020K-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W SR 14-564 LC 250 SET 1 HW 2.5
MWLNR 2020K-06W IWSN 322W ZNW 3W SR 14-564 LC 250 SET 1 HW 2.5
MWLNR/L 2525M-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W SR 14-564 LC 250 SET 1 HW 2.5
MWLNR/L 2020K-08W IWSN 433 IWSN 433M(b)* ZNW 4W SR M4X8 LC 252 SET 1 HW 3.0
MWLNR/L 2525M-08W IWSN 433 IWSN 433M(b)* ZNW 4W SR M4X8 LC 252 SET 1 HW 3.0
MWLNR/L 3232P-08W IWSN 433 IWSN 433M(b)* ZNW 4W SR M4X8 LC 252 SET 1 HW 3.0
* Optional, should be ordered separately
(b) Use IWSN 3-2W optional seat for WNMG 0604.. inserts
(b) Use IWSN 3-2W optional seat for WNMG 0604.. inserts
MWLNR/L-W
Top Wedge Lock External Tools
Carrying Trigon Inserts
f
h
l1
l2
b
h
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
MWLNR/L 3232P-13W 32.0 32.0 170.00 45.0 40.0 -6 -6 WNMG 1306
MWLNR/L 4040R-13W 40.0 40.0 200.00 45.0 50.0 -6 -6 WNMG 1306
For inserts, see pages: WNMG-TNM (118)
Spare Parts
Designation
MWLNR/L-13W IWSN 635 ZNW 6W SR 14-570 LC 253 (MIM) HW 4P SPR 17-362 SR 17-362 WA M8
MWLNR/L-13W
Top Wedge Lock External
Toolholders for Large Trigon Inserts
ISCAR
22
ISOTURN TOOLS
Gr Ga
h
f
l295˚
l1
b
h
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
PWLOR/L 2525M-10-IQ 25.0 25.0 150.00 25.0 32.0 -6 -6 WOMG 1007-IQ
PWLOR/L 3232P-10-IQ 32.0 32.0 170.00 30.0 40.0 -6 -6 WOMG 1007-IQ
PWLOR/L 3232P-13-IQ 32.0 32.0 170.00 30.0 40.0 -6.5 -6.5 WOMG 1306-IQ
PWLOR/L 4040S-13-IQ 40.0 40.0 250.00 30.0 48.0 -6.5 -6.5 WOMG 1306-IQ
For inserts, see pages: WOMG-10-T3P-IQ (111) • WOMG-13-R3P-IQ (112)
0.5
0.1 0.15 0.20 0.25 0.30 0.35 0.40 0.45 0.50 0.55 0.60 0.65 0.70
1.5
2.5
3.0
4.0
5.0
3.5
4.5
5.5
ap
mm
F (mm/rev)
1.0
2.0
Application Range on PWLOR/L-IQ Tools
Spare Parts
Designation
PWLOR/L 2525M-10-IQ TWN 5-4-IQ SP D1.5-L10(a) SR LCS 5 LR 5 HW 3.0
PWLOR/L 3232P-10-IQ TWN 5-4-IQ SP D1.5-L10(a) SR LCS 5 LR 5 HW 3.0
PWLOR/L 3232P-13-IQ TWX 6-IQ SP 5(a) SR 10402352 LCL 20C-NX HW 4.0
PWLOR/L 4040S-13-IQ TWX 6-IQ SP 5(a) SR 10402352 LCL 20C-NX HW 4.0
(a) Seat Pin
PWLOR/L-IQ
Lever Lock and Dovetail Pocket Rigid
Clamping Tools Carrying Unique
Double-Sided Trigon Inserts
95°
l1
Gr°
SS
f
Right-hand shown
95°
95°
Designation SS f l1Ga° Gr° Insert
C6 PWLOR/L-45065-13-IQ 63 45.0 65.00 -6.5 -6.5 WOMG 1306-IQ
For inserts, see pages: WOMG-13-R3P-IQ (112)
Spare Parts
Designation
C#-PWLOR/L-IQ TWX 6-IQ LCL 20C-NX SR 10402352 HW 4.0 SP 5 SATZ-M10X1-M5
C#-PWLOR/L-IQ
Lever Lock and Dovetail Rigid
Clamping Pocket with CAMFIX
Shank Tools Carrying Unique
Double-Sided Trigon Inserts
23
ISOTURN TOOLS
h
f
18.5°
b
h
l2
l1
Gr° Ga°
Right-hand shown
18°
Designation h b l1l2f Ga° Gr° Insert
PWXOR/L 2525M-10-TF-IQ
25.0 25.0 150.00 31.0 29.0 -6 -6 WOMG 1007-IQ TWN 5-4-IQ SP D1.5-L10(a) SR LCS 5 LR 5 HW 3.0
PWXOR/L 3232P-10-TF-IQ
32.0 32.0 170.00 31.0 36.0 -6 -6 WOMG 1007-IQ TWN 5-4-IQ SP D1.5-L10(a) SR LCS 5 LR 5 HW 3.0
PWXOR/L 4040S-10-TF-IQ
40.0 40.0 250.00 31.0 44.0 -6 -6 WOMG 1007-IQ TWN 5-4-IQ SP D1.5-L10(a) SR LCS 5 LR 5 HW 3.0
(a) Seat Pin
For inserts, see pages: WOMG-10-T3P-IQ (111)
Lever
Application Range on PWXOR/L-TF-IQ Tools
0.5
1.00.5 1.5 2.0 2.5 3.0 3.5
1.5
2.5
3.0
3.5
ap
mm
F (mm/rev)
1.0
2.0
Seat pin
Lever screw
Seat
PWXOR/L-TF-IQ
Lever Lock Tools for Fast
Feed Longitudinal Turning
l2
h
f
l1
h
b
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
PCLNR/L 2020K-12 20.0 20.0 125.00 27.5 25.0 -6 -6 CNMG 1204..
PCLNR/L 2525M-12 25.0 25.0 150.00 27.8 32.0 -6 -6 CNMG 1204..
PCLNR/L 3232P-12 32.0 32.0 170.00 27.6 40.0 -6 -6 CNMG 1204..
PCLNR/L 3232P-19 32.0 32.0 170.00 38.0 40.0 -6 -6 CNMG 1906..
PCLNR/L 4040S-25 40.0 40.0 250.00 47.0 50.0 -6 -6 CNMG 2509..
PCLNR/L 5050T-25 50.0 50.0 300.00 47.0 60.0 -6 -6 CNMG 2509..
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) •
CNMG-R3M (123) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMM-NR (129) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG-MR
(127) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) •
CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN)
(187) • CNMA (PCD) (184)
Spare Parts
Designation
PCLNR/L 2020K-12 TCN 423 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PCLNR/L 2525M-12 TCN 423 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PCLNR/L 3232P-12 TCN 423 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PCLNR/L 3232P-19 TCN 63 SP 66 LR 6 SR 10402352 HW 4.0
PCLNR/L 4040S-25 TCN 84N TCN 85N* SP 8 LR 8 SR 10402264
PCLNR/L 5050T-25 TCN 84N TCN 85N* SP 8 LR 8 SR 10402264
* Optional, should be ordered separately
PCLNR/L
Lever Lock Tools Carrying
80° Negative Rhombic Inserts
ISCAR
24
ISOTURN TOOLS
Gr°
h
G 1/8"-28
h
b
l
1
l2
f
Central coolant direction
(8° rotation adjustment)
4°
4°
Frontal coolant
on/off screw
Frontal coolant hole
95°
95°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
PCLNR/L 2525M-12-JHP 25.0 25.0 150.00 33.0 32.0 -6 -6 CNMG 1204
PCLNR/L 3232P-12-JHP 32.0 32.0 170.00 33.0 40.0 -6 -6 CNMG 1204
• For user guide, see pages 64-71
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/
CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF
(124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188)
• CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
PCLNR/L-12-JHP TCN 423 SP 4 LR 4 SR 117-2010 PN 3-4 CU-CW-JHP SR M4X4 DIN913 TL360 HW 2.0 HW 3.0 T-8/5
PCLNR/L-12-JHP
Lever Lock Tools with Channels
for High Pressure Coolant Carrying
80° Negative Rhombic Inserts
Gr°
a°
f
SS
95°
L3
l1
Central coolant direction
(8° rotation adjustment)
4°
4°
95°
95°
Bar Max
Designation SS f l1L3a°Ga° Gr° Insert
C6 PCLNR/L-45065-12-JHP 63 45.0 65.00 20.00 54 -6 -6 CNMG 1204
• For user guide, see pages 64-71
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/
CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF
(124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188)
• CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
C6 PCLNR/L-45065-12-JHP TCN 423 SP 4 LR 4 SR 117-2010 PN 3-4 CU-CW-JHP HW 3.0 T-8/5 SR M5X5 DIN913 TL360
C#-PCLNR/L-12-JHP
Lever Lock Tools with Channels
for High Pressure Coolant and
CAMFIX Shanks Carrying 80°
Negative Rhombic Inserts
l2
h
f
l1
b
h
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
MCLNR 2525M-16 25.0 25.0 150.00 30.0 32.0 -6 -6 CNMG 1606..
MCLNR 3232P-16 32.0 32.0 170.00 30.0 40.0 -6 -6 CNMG 1606..
MCLNL 3232P-19 32.0 32.0 170.00 35.0 40.0 -6 -6 CNMG 1906..
For inserts, see pages: CNMG-M3P (120) • CNMM-R3P (120) • CNMG-M3M (122) • CNMG-R3M (123) • CNMG/CNGG-TF (126) • CNMG-GN (126)
• CNMG-NR (127) • CNMM-NR (129) • CNMG/CNGG-PP (125) • CNMG-MR (127) • CNMA (125)
Spare Parts
Designation
MCLNR 2525M-16 TCT 533 LC 30 SET 1 ZN 54M HW 3.0
MCLNR 3232P-16 TCT 533 LC 30 SET 1 ZN 54M HW 3.0
MCLNL 3232P-19 TCT 634 LC80 SET-1 ZN 64 HW 4.0
MCLNR/L
Pin and Clamp Tools Carrying
80° Negative Rhombic Inserts
25
ISOTURN TOOLS
l2
h
f
l1
h
b
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PCBNR/L 2525M-12 25.0 25.0 150.00 27.7 22.0 -6 -6 CNMG 1204..
PCBNR/L 3232P-19 32.0 32.0 170.00 37.0 27.0 -6 -6 CNMG 1906..
PCBNR/L 4040S-19 40.0 40.0 250.00 37.0 37.0 -6 -6 CNMG 1906..
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) •
CNMG-R3M (123) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMM-NR (129) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG-MR
(127) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) •
CNMG-Ceramic (178)
Spare Parts
Designation
PCBNR/L 2525M-12 TCN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PCBNR/L 3232P-19 TCN 63 SP 66 LR 6 SR 10402352 HW 4.0
PCBNR/L 4040S-19 TCN 63 SP 66 LR 6 SR 10402352 HW 4.0
PCBNR/L
Lever Lock Tools using the 100°
Corner of CNMG Inserts
f
h
l2
b
h
l1Right-hand shown
95°
95°
Designation b h l1l2f Ga° Gr° Insert
PCLNR/L 1616H-09X 16.0 16.0 150.00 25.0 25.0 -6 -6 CNMX 0906 CNMG 0904
PCLNR/L 2020K-09X 20.0 20.0 125.00 25.0 25.0 -6 -6 CNMX 0906 CNMG 0904
PCLNR/L 2525M-09X 25.0 25.0 150.00 25.0 32.0 -6 -6 CNMX 0906 CNMG 0904
PCLNR/L 2020K-12X 20.0 20.0 125.00 31.0 25.0 -6 -6 CNMX 1207 CNMG 1204
PCLNR/L 2525M-12X 25.0 25.0 150.00 31.0 32.0 -6 -6 CNMX 1207 CNMG 1204
PCLNR/L 3232P-12X 32.0 32.0 170.00 32.0 40.0 -6 -6 CNMX 1207 CNMG 1204
PCLNR/L 3232P-16X 32.0 32.0 170.00 32.0 40.0 -6 -6 CNMX 1607 CNMG 1606
• Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts, TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG
1204.. inserts, TCX 5 seat for CNMX 1607.. inserts and TCN 53 seat for CNMG 1606.. inserts.
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMX-M3/4PW (128) • CNMM-M4PW (128) • CNMG-F3M (122) •
CNMG-M3M (122) • CNMG-R3M (123) • CNMX-M3/4MW (128) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) •
CNMG-VL (123) • CNMG-MR (127) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125)
• CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) •
CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
CNMX 0906, CNMX 1207, CNMX 1607
TCX 3, TCX 4, TCX 5
CNMG 0904, CNMG 1204, CNMG 1606
TCN 323, TCN 443, TCN 53
Spare Parts
Designation
PCLNR/L 2020K-09X TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PCLNR/L 2525M-09X TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PCLNR/L 2020K-12X TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PCLNR/L 2525M-12X TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PCLNR/L 3232P-12X TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PCLNR/L 3232P-16X TCX 5 TCN 53 SP 5 LR 5 SR LCS 5 HW 3.0 SPP 5-6
PCLNR/L-X
Lever Lock Tools Carrying
CNMX/CNMG 80° Rhombic Inserts
ISCAR
26
ISOTURN TOOLS
h
b
l1
l2
h
G 1/8"-28
Gr°
f
Central coolant direction
(8° rotation adjustment)
4°
4°
Frontal coolant
on/off screw
Frontal coolant
hole
PCLNR/L…-09X-JHP
95°
95°
Bar Max
Designation b h l1l2f Ga° Gr° Insert
PCLNR/L 1616H-09X-JHP 16.0 16.0 150.00 33.0 32.0 -6 -6 CNMX 0906, CNMG 0904
PCLNR/L 2020K-09X-JHP 20.0 20.0 125.00 33.0 32.0 -6 -6 CNMX 0906, CNMG 0904
PCLNR/L 2525M-09X-JHP 25.0 25.0 150.00 33.0 32.0 -6 -6 CNMX 0906, CNMG 0904
PCLNR/L 2525M-12X-JHP 25.0 25.0 150.00 33.0 32.0 -6 -6 CNMX 1207, CNMG 1204
PCLNR/L 3232P-12X-JHP 32.0 32.0 170.00 33.0 40.0 -6 -6 CNMX 1207, CNMG 1204
• Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts. TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG
1204.. inserts. • For user guide, see pages 64-71
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMX-M3/4PW (128) • CNMM-M4PW (128) • CNMG-F3M (122) •
CNMG-M3M (122) • CNMX-M3/4MW (128) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/
CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178)
• CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
PCLNR/L 1616H-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5/5
PCLNR/L 2020K-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5
PCLNR/L 2525M-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5/5
PCLNR/L 2525M-12X-JHP TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 2.0 HW 3.0 SR M4X4 DIN913 TL360
PCLNR/L 3232P-12X-JHP TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 2.0 HW 3.0 SR M4X4 DIN913 TL360
PCLNR/L-X-JHP
Lever Lock Tools with Channels
for High Pressure Coolant Carrying
CNMX/CNMG 80° Rhombic Inserts
h
b
l1
l2L5
h
f
Central coolant direction
(8° rotation adjustment)
4°
4°
Frontal coolant
on/off screw
Frontal coolant
hole
95°
95°
Bar Max
Designation b h l1l2L5f Ga° Gr° Insert
PCLNR/L 2020X-09X-JHP-MC 20.0 20.0 97.00 27.0 29.00 25.0 -6 -6 CNMX 0906, CNMG 0904
PCLNR/L 2525X-09X-JHP-MC 25.0 25.0 118.00 33.0 35.00 32.0 -6 -6 CNMX 0906, CNMG 0904
PCLNR/L 2020X-12X-JHP-MC 20.0 20.0 97.00 27.0 29.00 25.0 -6 -6 CNMX 1207, CNMG 1204
PCLNR/L 2525X-12X-JHP-MC 25.0 25.0 118.00 33.0 35.00 32.0 -6 -6 CNMX 1207, CNMG 1204
• Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts. TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG
1204.. inserts. • For user guide, see pages 64-71
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMX-M3/4PW (128) • CNMM-M4PW (128) • CNMG-F3M (122) •
CNMG-M3M (122) • CNMX-M3/4MW (128) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/
CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178)
• CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
PCLNR/L 2020X-09X-JHP-MC
TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5 CU-CW-JHP SR M5X5 DIN913 TL360 T-8/5
PCLNR/L 2525X-09X-JHP-MC
TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 HW 2.5 CU-CW-JHP SR M5X5 DIN913 TL360 T-8/5
PCLNR/L 2020X-12X-JHP-MC
TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L HW 2.5 CU-CW-JHP SR M5X5 DIN913 TL360 HW 3.0 T-8/5
PCLNR/L 2525X-12X-JHP-MC
TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L HW 2.5 CU-CW-JHP SR M5X5 DIN913 TL360 HW 3.0 T-8/5
PCLNR/L-X-JHP-MC
Lever Lock Tools with Bottom
Inlets for High Pressure Coolant
Channels Carrying CNMX/CNMG
80° Rhombic Inserts
27
ISOTURN TOOLS
Gr°
a°
f
SS
95°
L3
l1
Central coolant direction
(8° rotation adjustment)
4°
4°
95°
95°
Bar Max
Designation SS f l1L3a°Ga° Gr° Insert
C3 PCLNR-22045-09X-JHP (1) 32 22.0 40.00 24.00 45 -6 -6 CNMX 0906, CNMG 0904
C4 PCLNR/L-27050-09X-JHP (1) 40 27.0 50.00 24.00 45 -6 -6 CNMX 0906, CNMG 0904
C5 PCLNR/L-35060-09X-JHP (1) 50 35.0 60.00 26.00 45 -6 -6 CNMX 0906, CNMG 0904
C4 PCLNR/L-27050-12X-JHP (2) 40 27.0 50.00 18.00 54 -6 -6 CNMX 1207, CNMG 1204
C5 PCLNR/L-35060-12X-JHP (2) 50 35.0 60.00 20.00 50 -6 -6 CNMX 1207, CNMG 1204
C6 PCLNR/L-45065-12X-JHP (2) 63 45.0 65.00 20.00 54 -6 -6 CNMX 1207, CNMG 1204
• For user guide, see pages 64-71
(1) Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts.
(2) Supplied with TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG 1204.. inserts.
For inserts, see pages: CNMX-M3/4MW (128) • CNMX-M3/4PW (128) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) •
CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/
CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178)
• CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
C3 PCLNR-22045-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 CU-CW-JHP T-8/5 HW 2.5
C4 PCLNR/L-27050-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 CU-CW-JHP T-8/5 HW 2.5
C5 PCLNR/L-35060-09X-JHP TCX 3 TCN 323 SP 3 LR 3 SR 117-2014 PN 3-4 CU-CW-JHP T-8/5 HW 2.5
C4 PCLNR/L-27050-12X-JHP TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 3.0
C5 PCLNR/L-35060-12X-JHP TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 3.0
C6 PCLNR/L-45065-12X-JHP TCX 4 TCN 443 SP 4 LR 4DH SR 117-2010 PN 3-4L CU-CW-JHP T-8/5 HW 3.0
C#-PCLNR/L-X-JHP
Lever Lock Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
CNMX or CNMG Inserts
6°
SS
fL3
l1
95°
a°
Right-hand shown
95°
95°
Designation SS f l1L3a°Insert
C4 PCLNR/L-27050-12X (1) 40 27.0 50.00 20.00 40 CNMX 1207, CNMG 1204
C5 PCLNR/L-35060-12X (1) 50 35.0 60.00 20.00 45 CNMX 1207, CNMG 1204
C6 PCLNR/L-45065-12X (1) 63 45.0 65.00 20.00 54 CNMX 1207, CNMG 1204
C4 PCLNR/L-27050-16X 40 27.0 50.00 21.00 40 CNMX 1607, CNMG 1606
C5 PCLNR/L-35060-16X 50 35.0 60.00 21.00 45 CNMX 1607, CNMG 1606
C6 PCLNR/L-45065-16X 63 45.0 65.00 21.00 54 CNMX 1607, CNMG 1606
(1) Supplied with TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG 1204.. inserts.
For inserts, see pages: CNMX-M3/4PW (128) • CNMX-M3/4MW (128) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128)
• CNMG-F3M (122) • CNMG-M3M (122) • CNMG-R3M (123) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) •
CNMG-VL (123) • CNMG-MR (127) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125)
• CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) •
CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
C4 PCLNR/L-27050-12X TCX 4 TCN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 HW 3.0 EZ 62
C5 PCLNR/L-35060-12X TCX 4 TCN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 HW 3.0 EZ 83
C6 PCLNR/L-45065-12X TCX 4 TCN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 HW 3.0 EZ 83
C4 PCLNR/L-27050-16X TCX 5 TCN 53 SP 5 LR 5 SR LCS 5 HW 3.0 EZ 104
C5 PCLNR/L-35060-16X TCX 5 TCN 53 SP 5 LR 5 SR LCS 5 HW 3.0 EZ 125
C6 PCLNL-45065-16X TCX 5 TCN 53 SP 5 LR 5 SR LCS 5 HW 3.0 EZ 125
C6 PCLNR-45065-16X TCX 5 TCN 53 SP 5 SPP 5-6 LR 5 SR LCS 5 HW 3.0 EZ 125
C#-PCLNR/L-X
Lever Lock Tools with CAMFIX
Exchangeable Shanks Carrying
CNMX and CNMG Rhombic Inserts
ISCAR
28
ISOTURN TOOLS
l2
h
l1
h
b
f
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
DCLNR/L-2020K-09X (1) 20.0 20.0 125.00 25.0 25.0 -6 -6 CNMG 0904 CNMX 0906
DCLNR/L-2525M-09X (1) 25.0 25.0 150.00 25.0 32.0 -6 -6 CNMG 0904 CNMX 0906
DCLNR/L 2020K-12 (2) 20.0 20.0 125.00 35.0 25.0 -6 -6 CNMG 1204 CNMX 1207
DCLNR/L 2525M-12 (2) 25.0 25.0 150.00 35.0 32.0 -6 -6 CNMG 1204 CNMX 1207
DCLNR/L 3232P-12 (2) 32.0 32.0 170.00 35.0 40.0 -6 -6 CNMG 1204 CNMX 1207
DCLNR/L 2525M-16 25.0 25.0 150.00 36.0 32.0 -6 -6 CNMG 1606..
DCLNR/L 3232P-16 32.0 32.0 170.00 36.0 40.0 -6 -6 CNMG 1606..
DCLNR/L 3232P-19 32.0 32.0 170.00 50.8 40.0 -6 -6 CNMG 1906..
DCLNR/L 4040S-19 40.0 40.0 250.00 42.0 50.0 -6 -6 CNMG 1906..
(1) Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts.
(2) Use TCH 4 seat (optional) for CNMX 1207... insert.
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMX-M3/4PW (128) • CNMG-F3M (122) •
CNMG-M3M (122) • CNMG-R3M (123) • CNMX-M3/4MW (128) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMM-NR (129) • CNMG/
CNGG-PP (125) • CNMG-VL (123) • CNMG-MR (127) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125)
• CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) •
CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
DCLNL-2525M-09X TCN 323 TCX 3 HW 2.5 SR RC3 LCGR-3 KSP 3 SP 3 PN 3-4
DCLNR/L 2020K-12 RCT 443 TCH 4(a)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DCLNR/L 2525M-12 RCT 443 TCH 4(a)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DCLNR/L 3232P-12 RCT 443 TCH 4(a)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DCLNR/L 2525M-16 HW 4.0 SR 10402265 LCGR-5 KSP 5 SR 10402267
DCLNR/L 3232P-16 HW 4.0 SR 10402265 LCGR-5 KSP 5 SR 10402267
DCLNR/L 3232P-19 TCN 63 HW 4.0 SR 10402266 LCGR-6 KSP 5 SR 10402267
DCLNR/L 4040S-19 TCN 63 HW 4.0 SR 10402266 LCGR-6 KSP 5 SR 10402267
* Optional, should be ordered separately
(a) TCH 4 seat for CNMX 1207.. insert.
DCLNR/L
R-Clamp Tools with 95° Lead Angle
Carrying 80° Negative Rhombic Inserts
l2
h
f
l1
h
b
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
DCBNR/L 2525M-12 25.0 25.0 150.00 36.0 22.0 -6 -8 CNMG 1204
DCBNR/L 3232P-19 32.0 32.0 170.00 42.0 27.0 -6 -6 CNMG 1906
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG-R3M
(123) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMM-NR (129) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG-MR (127) •
CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178)
Spare Parts
Designation
DCBNR/L 2525M-12 RCT 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DCBNR/L 3232P-19 TCN 63 SR 10402266 LCGR-6 KSP 5 SR 10402267 HW 4.0
DCBNR/L
R-Clamp Tools with 75°
Lead Angle Using the 100°
Corner of CNMG Inserts
29
ISOTURN TOOLS
Ga°
h
b
l1
95°
f
h
Gr°
l2
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
PCLOR/L 3232P-16-IQ 32.0 32.0 170.00 33.0 40.0 -6 -6 COMG 1606
PCLOR/L 3232P-19-IQ 32.0 32.0 170.00 38.0 40.0 -6 -6 COMG 1906
PCLOR/L 4040S-19-IQ 40.0 40.0 250.00 38.0 50.0 -6 -6 COMG 1906
PCLOL 4040S-25-IQ 40.0 40.0 250.00 50.0 50.0 -6 -6 COMG 2509
PCLOR/L 5050T-25-IQ 50.0 50.0 300.00 50.0 60.0 -6 -6 COMG 2509
For inserts, see pages: COMG-R3P-IQ (121) • COMM-R3P-IQ (121)
New Dovetail
OMG-R3P-IQ Inserts
4 Cutting Edges for 80°
and 4 Cutting Edges for 100°
0.30.1 0.5 0.7 0.9 1.1
D.O.C.
f (mm/rev)
DOVETAIL Clamping
65
1
4
2
3
7 8
Insert
Shim
7°
Spare Parts
Designation
PCLOR/L 3232P-16-IQ TCX 5-IQ SP 5 SR LCS 5-L25.5 LCL 16-NX HW 3.0
PCLOR/L 3232P-19-IQ TCX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PCLOR/L 4040S-19-IQ TCX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PCLOL 4040S-25-IQ TCX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PCLOR/L 5050T-25-IQ TCX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PCLOR/L-IQ
Lever Lock and Dovetail Pocket Rigid
Clamping Toolholders for Unique
Double-Sided 80° Rhombic Inserts
ISCAR
30
ISOTURN TOOLS
Gr°
SS
f
95°
l1
Right-hand shown
95°
95°
Designation SS f l1Ga° Gr° Insert
C6 PCLOR/L-45065-16-IQ 63 45.0 65.00 -6 -6 COMG 1606
C6 PCLOR/L-45065-19-IQ 63 45.0 65.00 -6 -6 COMG 1906
C8 PCLOR/L-55080-19-IQ 80 55.0 80.00 -6 -6 COMG 1906
C8 PCLOR/L-55080-25-IQ 80 55.0 80.00 -6 -6 COMG 2509
For inserts, see pages: COMG-R3P-IQ (121) • COMM-R3P-IQ (121)
Spare Parts
Designation
C6 PCLOR/L-45065-16-IQ TCX 5-IQ LCL 16-NX SP 5 SATZ-M10X1-M5 HW 3.0 SR LCS 5-L25.5 SPP 5-6
C6 PCLOR/L-45065-19-IQ TCX 6-IQ LCL 20C-NX SP 5 SATZ-M10X1-M5 HW 4.0 SR 10402352
C8 PCLOR/L-55080-19-IQ TCX 6-IQ LCL 20C-NX SP 5 SATZ-M10X1-M5 HW 4.0 SR 10402352 SPP 5-6
C8 PCLOR/L-55080-25-IQ TCX 8-IQ LCL 32-NX SP 8 SATZ-M12X1-M6 HW 5.0 SR LCS 8-L39
C#-PCLOR/L-IQ
Lever Lock and Dovetail Pocket
Tools with CAMFIX Shanks Carrying
the Unique Double-Sided 80°
Rhombic Inserts
Gr° Ga°
h
f
75° l1
h
l2
b
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PCBOR/L 3232P-16-IQ 32.0 32.0 170.00 32.0 27.0 -6 -6 COMG 1606
PCBOR/L 3232P-19-IQ 32.0 32.0 170.00 38.0 28.0 -6 -6 COMG 1906
PCBOR/L 4040S-19-IQ 40.0 40.0 250.00 38.0 37.0 -6 -6 COMG 1906
PCBOR/L 4040S-25-IQ 40.0 40.0 250.00 50.0 35.0 -6 -6 COMG 2509
PCBOR/L 5050T-25-IQ 50.0 50.0 300.00 50.0 45.0 -6 -6 COMG 2509
For inserts, see pages: COMG-R3P-IQ (121) • COMM-R3P-IQ (121)
Spare Parts
Designation
PCBOR/L 3232P-16-IQ TCX 5-IQ SP 5 SR LCS 5-L25.5 LCL 16-NX HW 3.0
PCBOR/L 3232P-19-IQ TCX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PCBOR/L 4040S-19-IQ TCX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PCBOR/L 4040S-25-IQ TCX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PCBOR/L 5050T-25-IQ TCX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PCBOR/L-IQ
Lever Lock and Dovetail Pocket Rigid
Clamping Tools Carrying Unique
Double-Sided 80° Rhombic Inserts
93°
l2
l1
h h
b
f
Right-hand shown
93°
Designation h b l1l2f Insert
PDJNR/L 1010X-07S 10.0 10.0 120.00 14.0 10.0 DNGP 07 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PDJNR/L 1212F-07S 12.0 12.0 80.00 14.0 12.0 DNGP 07 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PDJNR/L 1212X-07S 12.0 12.0 120.00 14.0 12.0 DNGP 07 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
PDJNR/L 1616X-07S 16.0 16.0 120.00 18.0 16.0 DNGP 07 SR 10400611 HW 2.0/5 SL LV-2 SL PI-2 PIN
• Use a left-hand insert on a right-hand tool and vice versa.
For inserts, see pages: DNGP-F2M (130) • DNGP-F2P (129)
PDJNR/L-S
Lever-Lock Tools Carrying
DNGP 0703.. Double-Sided
55° Rhombic Inserts
31
ISOTURN TOOLS
l
2
h
f
l
1
b
h
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
PDJNR/L 1616H-11 16.0 16.0 100.00 30.0 20.0 -6 -7 DNMG 1104
PDJNR/L 2020K-11 20.0 20.0 125.00 30.0 25.0 -6 -7 DNMG 1104
PDJNR/L 2525M-11 25.0 25.0 150.00 30.0 32.0 -6 -7 DNMG 1104
PDJNR/L 2020K-15 20.0 20.0 125.00 34.0 25.0 -6 -6 DNMG 1506
PDJNR/L 2525M-15 25.0 25.0 150.00 34.0 32.0 -6 -6 DNMG 1506
PDJNR/L 3232P-15 32.0 32.0 170.00 34.0 40.0 -6 -6 DNMG 1506
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMS-12 (176) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/
M4HM (CBN) (191) • DNMA (CBN) (190)
Spare Parts
Designation
PDJNR/L 1616H-11 TDN 322 SP 3 PN 3-4 LR 3D SR 117-2014 HW 2.5/5
PDJNR/L 2020K-11 TDN 322 SP 3 PN 3-4 LR 3D SR 117-2014 HW 2.5/5
PDJNR/L 2525M-11 TDN 322 SP 3 PN 3-4 LR 3D SR 117-2014 HW 2.5/5
PDJNR/L 2020K-15 TDN 422 TDN 432(a)* SP 4 PN 3-4 LR 4D SR 117-2010 HW 3.0
PDJNR/L 2525M-15 TDN 422 TDN 432(a)* SP 4 PN 3-4 LR 4D SR 117-2010 HW 3.0
PDJNR/L 3232P-15 TDN 422 TDN 432(a)* SP 4 PN 3-4 LR 4D SR 117-2010 HW 3.0
* Optional, should be ordered separately
(a) Use for DNMG 1504.. inserts.
PDJNR/L
Lever Lock Tools Carrying
55° Negative Rhombic Inserts
Gr°
h
G 1/8"-28
l2
l
1
b
h
f
93°
Central coolant direction
4°
4°(8° rotation adjustment) Frontal coolant
on/off screw Frontal
coolant hole
93°
Bar Max
Designation b h l1l2f Ga° Gr° Insert
PDJNR/L 2525M-11-JHP 25.0 25.0 150.00 36.0 32.0 -6 -7 DNMG 1104
PDJNR/L 2525M-15-JHP 25.0 25.0 150.00 36.0 32.0 -6 -6 DNMG 1506
• For user guide, see pages 64-71
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMS-12 (176) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/
M4HM (CBN) (191) • DNMA (CBN) (190)
Spare Parts
Designation
PDJNL 2525M-11-JHP TDN 322 PN 3-4 LR 3D SR 117-2014 SP 3 CU-D-JHP SR M4X4 DIN913 TL360 HW 2.0 HW 2.5
PDJNR 2525M-11-JHP TDN 322 PN 3-4 LR 3D SR 117-2014 SP 3 CU-D-JHP SR M4X4 DIN913 TL360 HW 2.0 HW 2.5/5
PDJNR/L 2525M-15-JHP TDN 422 TDN 432* PN 3-4 LR 4D SR 117-2010 SP 4 CU-D-JHP SR M4X4 DIN913 TL360 T-8/5 HW 2.0 HW 3.0
* Optional, should be ordered separately
PDJNR/L-JHP
Lever Lock Tools with Channels
for High Pressure Coolant Carrying
55° Negative Rhombic Inserts
6°
SS
l1
f
Right-hand shown
Left-hand shown
93°
Designation SS f l1Insert
C5 PDJNR-35060-11 50 35.0 60.00 DNMG 1104
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/DNGG-TF (133) • DNMG-GN (133) • DNMG/
DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
Spare Parts
Designation
C#-PDJNR TDN 322 SP 3 PN 3-4 LR 3D SR 117-2014 EZ 104 HW 2.5/5
C#-PDJNR
93° Lead Angle Lever Lock Tools
with CAMFIX Exchangeable Shanks
Carrying 55° Negative Inserts
ISCAR
32
ISOTURN TOOLS
Gr°
a°
f
l1
SS
Central coolant direction
4°
4°(8° rotation adjustment)
93°
Bar Max
Designation SS f l1Ga° Gr°a°Insert
C3 PDJNR-22045-11-JHP 32 22.0 45.00 -6 -6 58 DN.. 11..
C4 PDJNR/L 27050-11-JHP 40 27.0 55.00 -6 -6 58 DN.. 11..
C5 PDJNR/L 35060-11-JHP 50 35.0 60.00 -6 -6 58 DN.. 11..
C4 PDJNR/L 27055-15-JHP 40 27.0 55.00 -6 -6 58 DN.. 15..
C5 PDJNR/L 35060-15-JHP 50 35.0 60.00 -6 -6 58 DN.. 15..
C6 PDJNR/L 45065-15-JHP 63 45.0 65.00 -6 -6 58 DN.. 15..
• For user guide, see pages 64-71
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMS-12 (176) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/
M4HM (CBN) (191) • DNMA (CBN) (190)
Spare Parts
Designation
C3 PDJNR-22045-11-JHP TDN 322 LR 3D SR 117-2014 SP 3 PN 3-4 CU-D-JHP T-8/5 HW 2.5/5
C4 PDJNR/L 27050-11-JHP TDN 322 LR 3D SR 117-2014 SP 3 PN 3-4 CU-D-JHP T-8/5 HW 2.5/5
C5 PDJNR/L 35060-11-JHP TDN 322 LR 3D SR 117-2014 SP 3 PN 3-4 CU-D-JHP T-8/5 HW 2.5/5
C4 PDJNR/L 27055-15-JHP TDN 422 TDN 432* LR 4D SR 117-2010 SP 4 PN 3-4 CU-D-JHP T-8/5 HW 3.0
C5 PDJNL 35060-15-JHP TDN 422 TDN 432* LR 4D SR 117-2010 SP 4 PN 3-4 CU-D-JHP T-8/5 HW 3.0
C5 PDJNR 35060-15-JHP TDN 422 TDN 432* LR 4D SR 117-2010 SP 4 PN 3-4 CU-D-JHP OR 6.4X0.9N T-8/5 HW 3.0
C6 PDJNR/L 45065-15-JHP TDN 422 TDN 432* LR 4D SR 117-2010 SP 4 PN 3-4 CU-D-JHP T-8/5 HW 3.0
* Optional, should be ordered separately
C#-PDJNR/L-JHP
Lever Lock Tools with CAMFIX
Exchangeable Shanks and
Channels for High Pressure Coolant
Carrying Negative 55° Insert
l2
h
f
l1
b
h
Right-hand shown
93°
15°
Designation h b l1l2f Ga° Gr° Insert
DDJNR/L 1616H-11 16.0 16.0 100.00 30.0 20.0 -7 -6 DNMG 1104
DDJNR/L 2020K-11 20.0 20.0 125.00 30.0 25.0 -6 -6 DNMG 1104
DDJNR/L 2525M-11 25.0 25.0 150.00 30.0 32.0 -6 -6 DNMG 1104
DDJNR/L 2020K-15 20.0 20.0 125.00 39.0 25.0 -6 -6 DNMG 1506
DDJNR/L 2525M-15 25.0 25.0 150.00 40.0 32.0 -6 -6 DNMG 1506
DDJNR/L 3232P-15 32.0 32.0 170.00 41.0 40.0 -6 -6 DNMG 1506
• For DNMG 1504... inserts use RDT 443 seat (ordered separately)
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMA (134) • DNGA-Ceramic (180) • DNGA-4 (CBN) (190) • DNMA (CBN) (190)
Spare Parts
Designation
DDJNR/L 1616H-11 RDT 3-2 SR 40085I LCGR-3 SR RC3 HW 2.5 KSP 3
DDJNR/L 2020K-11 RDT 3-2 SR 40085I LCGR-3 SR RC3 HW 2.5 KSP 3
DDJNR/L 2525M-11 RDT 3-2 SR 40085I LCGR-3 SR RC3 HW 2.5 KSP 3
DDJNR/L 2020K-15 RDT 433 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DDJNR/L 2525M-15 RDT 433 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DDJNL 3232P-15 RDT 433 RDT 443* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DDJNR 3232P-15 RDT 433 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
* Optional, should be ordered separately
DDJNR/L
R-Clamp Tools with 93° Lead Angle
Carrying 55° Negative Rhombic Inserts
33
ISOTURN TOOLS
6°
SS
f
l1Right-hand shown
93°
15°
Designation SS f l1Insert
C4 DDJNR/L-27060-15 40 27.0 60.00 DN..15 RDT 433 RDT 443* T-15/5 LCGR-4 SR 10400270-25.5 SR 14-506 EZ 62
C5 DDJNR/L-35060-15 50 35.0 60.00 DN..15 RDT 433 T-15/5 LCGR-4 SR 10400270-25.5 SR 14-506 EZ 83
C6 DDJNR/L-45065-15 63 45.0 65.00 DN..15 RDT 433 RDT 443* T-15/5 LCGR-4 SR 10400270-25.5 SR 14-506 EZ 104
• Use RDT 443 seat for DN.. 1504.. inserts
* Optional, should be ordered separately
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/M4HM (CBN) (191) •
DNMA (CBN) (190)
C#-DDJNR/L
Tools with CAMFIX Exchangeable
Tapered Shanks Carrying
Negative 55° Rhombic Inserts
7.5°
f
78° l1
SS
Complies with the ICTM and HSK-T standards. • Right-hand shown
93°
15°
Designation SS l1f Insert
HSK A63WH-DDJNR/L-J15 (1) 63 110.00 25.0 DN.. 15 RDT 433 RDT 443* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5 EZ 104
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
(1) RDT 443 for DN__ 1504.. insert.
* Optional, should be ordered separately
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/M4HM (CBN) (191) • DNMA (CBN) (190)
HSK A63WH-DDJNR/L
R-Clamp Turning Tools with HSK
Taper Shank Carrying Negative
DNMG Inserts for 15° Mounting
on Turn-Mill Machines
SS
l1
62.5°
10°
Complies with the ICTM and HSK-T standards.
62.5°
93°
Designation SS l1Insert
HSK A63WH-DDNNN-J15 (1) 63 110.00 DN.. 15 RDT 433 RDT 443* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5 EZ 104
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
(1) RDT 443 for DN__ 1504.. insert.
* Optional, should be ordered separately
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/M4HM (CBN) (191) •
DNMA (CBN) (190)
HSK A63WH-DDNNN
R-Clamp Turning Tools with
HSK Taper Shank Carrying
Negative DNMG Inserts
ISCAR
34
ISOTURN TOOLS
l2
h
f
l1
93°
h
b
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
CKJNR/L 2020K-16 20.0 20.0 125.00 32.0 25.0 -6 0 KNMX/KNUX 1604
CKJNR/L 2525M-16 25.0 25.0 150.00 32.0 32.0 -6 0 KNMX/KNUX 1604
CKJNR/L 3232P-16 32.0 32.0 170.00 32.0 40.0 -6 0 KNMX/KNUX 1604
For inserts, see pages: KNMX (135) • KNUX (136)
Spare Parts
Designation
CKJNL 2020K-16 CSK 1604 L SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KL CLS 16K HW 4.0
CKJNR 2020K-16 CSK 1604 R SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KR CLS 16K HW 4.0
CKJNL 2525M-16 CSK 1604 L SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KL CLS 16K HW 4.0
CKJNR 2525M-16 CSK 1604 R SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KR CLS 16K HW 4.0
CKJNL 3232P-16 CSK 1604 L SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KL CLS 16K HW 4.0
CKJNR 3232P-16 CSK 1604 R SR M3X0.5X10DIN7991 10.9 KSP 90 KSP 48 KSP 48S CL 16KR CLS 16K HW 4.0
CKJNR/L
Top Clamp Tools with 93° Lead
Angle Carrying 55° Negative
Parallelogram Inserts
h
f
l1
l2
b
h
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
SKJNR/L 2525M-16 25.0 25.0 150.00 32.0 32.0 -6 0 KNMX 1604 TKX 160310L SR TC-3 HW 2.5 SR 16-236 P T-15/5
SKJNL 3232P-16 32.0 32.0 170.00 32.0 40.0 -6 0 KNMX 1604 TKX 160310L SR TC-3 HW 2.5 SR 16-236 P T-15/5
For inserts, see pages: KNMX (135)
SKJNR/L
Screw Clamp Tools with 93°
Lead Angle Carrying 55° Negative
Parallelogram Inserts
l2
h
f
l1
63°
h
b
Right-hand shown
62.5°
Designation h b l1l2f Ga° Gr° Insert
CKNNR/L 2525M-16 25.0 25.0 150.00 33.0 14.4 2.5 5.2 KNUX/KNMX 1604
For inserts, see pages: KNMX (135) • KNUX (136)
Spare Parts
Designation
CKNNR/L 2525M-16 CSK 1604 R CL 16KR CLS 16K KSP 90 KSP 48 KSP 48S SR M3X0.5X10DIN7991 10.9 HW 4.0
CKNNR/L
Top Clamp Tools with 63° Lead
Angle Carrying 55° Negative
Parallelogram Inserts
h
f
l1
l2
h
b
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
SVJNR/L 1616H-12F 16.0 16.0 100.00 25.0 20.0 -6 -12 VNMG 12T3 SR 14-551 T-9/5 AV 12 PA 12
SVJNR/L 2020K-12F 20.0 20.0 125.00 25.0 25.0 -6 -12 VNMG 12T3 SR 14-551 T-9/5 AV 12 PA 12
SVJNR/L 2525M-12F 25.0 25.0 150.00 25.0 32.0 -6 -12 VNMG 12T3 SR 14-551 T-9/5 AV 12 PA 12
• Repeatability: for VNMG is ±0.06 mm, for VNGG is ±0.02 mm
For inserts, see pages: VNMG-SF (137) • VNMG/VNGG-NF (137) • VNMM-PP (138)
SVJNR/L-F
Screw Lock Tools with a Wedge for
High Rigidity Carrying 35° Negative
Inserts for Profiling Applications
35
ISOTURN TOOLS
12°
SS
l1
f
Right-hand shown
93°
Designation SS f l1Insert
C4 SVJNR/L-27050-12F 40 27.0 50.00 VN.. 12T3 AV 12 PA 12 SR 14-551 T-9/5 EZ 83
For inserts, see pages: VNMG-SF (137) • VNMG/VNGG-NF (137) • VNMM-PP (138)
C#-SVJNR/L-F
Screw Lock Tools with CAMFIX
Exchangeable Shanks Carrying
35° Negative Rhombic Inserts
l2
h
f
l1
b
h
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
MVJNR/L 2020K-16 20.0 20.0 125.00 41.0 25.0 -6 -10 VNMG 1604
MVJNR/L 2525M-16 25.0 25.0 150.00 41.0 32.0 -6 -10 VNMG 1604
For inserts, see pages: VNMG-F3P (136) • YNMG-F3P (138) • VNMG-F3M (136) • VNMG-M3M (137) • VNMG-TF (138) • VNMG/VNGG-NF (137) • VNMS-12
(176) • VNGA-Ceramic (181) • VNGA-2 (CBN) (192) • VNGA-4 (CBN) (192) • VNGG-M4HM (CBN) (192)
Spare Parts
Designation
MVJNR/L IVSN 322 IVSN 323(a)* IYSN 322(b)* NL 34-L HW 2.0 CL 30 XNS 510 HW 4.0
* Optional, should be ordered separately
(a) Use for VNMG 160412 inserts
(b) Use for YNMG inserts
MVJNR/L
Pin and Clamp Tools Carrying
35° Negative Rhombic Inserts
h
f
l1
l2
h
b
72.5°
Designation h b l1l2f Ga° Gr° Insert
SVVNN 1616H-12F 16.0 16.0 100.00 26.0 8.0 0 -14 VNMG 12T3 SR 14-551 T-9/5 PA 12 AV 12
SVVNN 2020K-12F 20.0 20.0 125.00 26.0 10.0 0 -14 VNMG 12T3 SR 14-551 T-9/5 PA 12 AV 12
SVVNN 2525M-12F 25.0 25.0 150.00 26.0 12.5 0 -14 VNMG 12T3 SR 14-551 T-9/5 PA 12 AV 12
• Repeatability: for VNMG is ±0.06 mm, for VNGG is ± 0.02 mm
For inserts, see pages: VNMG-SF (137) • VNMG/VNGG-NF (137) • VNMM-PP (138)
4 contact points
ensure secure and
precise clamping
Conventional
Clamping
SVVNN-F
Screw Lock Tools with a Wedge for
High Rigidity in Profiling Applications
Carrying 35° Negative Inserts
ISCAR
36
ISOTURN TOOLS
14°
l1
72.5°
SS
Complies with the ICTM and HSK-T standards.
72.5°
Designation SS l1Insert
HSK A63WH-SVVNN-J12F 63 110.00 VNM. 12T3 SR 14-551 T-9/5 AV 12 PA 12 EZ 104
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
For inserts, see pages: VNMG-SF (137) • VNMG/VNGG-NF (137) • VNMM-PP (138)
HSK A63WH-SVVNN-F
72.5° Lead Angle Tools with HSK
Exchangeable Tapered Shanks
Carrying 35° Negative Inserts
l2
h
f
l1
b
h
72.5°
Designation h b l1l2f Ga° Gr° Insert
MVVNN 2020K-16 20.0 20.0 125.00 48.0 10.0 -4.5 -14 VNMG 1604..
MVVNN 2525M-16 25.0 25.0 150.00 48.0 12.5 -4.5 -14 VNMG 1604..
For inserts, see pages: VNMG-F3P (136) • YNMG-F3P (138) • VNMG-F3M (136) • VNMG-M3M (137) • VNMG-TF (138) • VNMG/VNGG-NF (137) • VNMS-12
(176) • VNGA-Ceramic (181) • VNGA-2 (CBN) (192) • VNGA-4 (CBN) (192) • VNGG-M4HM (CBN) (192)
Spare Parts
Designation
MVVNN IVSN 322 IVSN 323(a)* IYSN 322(b)* NL 34-L HW 2.0 CL 30 XNS 510 HW 4.0
* Optional, should be ordered separately
(a) Use for VNMG 160412 inserts
(b) Use for YNMG inserts
MVVNN
Pin and Clamp Tools Carrying
35° Negative Rhombic Inserts
l2
h
fb
h
l1
45°
Designation h b l1l2f Ga° Gr° Insert
DSDNN 2525M-12 25.0 25.0 150.00 38.0 12.8 0 -7 SNMG 1204
DSDNN 2525M-15 25.0 25.0 150.00 42.0 12.5 0 -8.5 SNMG 1506
DSDNN 3232P-19 32.0 32.0 170.00 44.0 16.0 0 -8.5 SNMG 1906
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147)
• SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMG-EM-M (148) • SNMG-EM-R (150) • SNMM-NM (151) •
SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
DSDNN 2525M-12
RST 443 RST 443L SET(a)* RST 443R SET(a)* SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DSDNN 2525M-15
RST 54 SR 10402265 LCGR-5 SR 10402267 KSP 5 HW 4.0
DSDNN 3232P-19
RST 634 SR 10402266 LCGR-6 SR 10402267 KSP 5 HW 4.0
* Optional, should be ordered separately
(a) Optional, required for SNMG ...-EM-R/M inserts
DSDNN
45° Lead Angle R-Clamp
External Turning Tools Carrying
ISO Negative SNMG Inserts
37
ISOTURN TOOLS
l2
h
f
l1
h
b
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
DSKNR/L 2525M-12 25.0 25.0 150.00 31.0 32.0 -4 -8 SNMG 1204 RST 443 T-15/5 SR 10400270-25.5 LCGR-4 SR 14-506
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
DSKNR/L
75° Lead Angle R-Clamp Face
Turning Tools Carrying ISO
Negative SNMG Inserts
h
l2
l1
h
fb
Right-hand shown
45°
45°
Designation h b l1l2f Ga° Gr° Insert
DSSNR/L 2020K-12 (1) 20.0 20.0 125.00 38.0 25.0 -5.5 -5.5 SNMG 1204
DSSNR/L 2525M-12 (1) 25.0 25.0 150.00 39.0 32.0 -5.5 -5.5 SNMG 1204
DSSNR/L 3232P-15 32.0 32.0 170.00 34.0 40.0 -5.5 -5.5 SNMG 1506
DSSNR/L 3232P-19 32.0 32.0 170.00 38.0 40.0 -5.5 -5.5 SNMG 1906
(1) Using SNMG.....-EM-M/R inserts requires the use of RST 443R/L SET.
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147)
• SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMG-EM-M (148) • SNMG-EM-R (150) • SNMM-NM (151) •
SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
DSSNR/L 2020K-12 RST 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DSSNR/L 2525M-12 RST 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DSSNR/L 3232P-15 RST 54 SR 10402265 LCGR-5 SR 10402267 KSP 5 HW 4.0
DSSNR/L 3232P-19 RST 634 SR 10402266 LCGR-6 SR 10402267 KSP 5 HW 4.0
DSSNR/L
45° Lead Angle R-Clamp Tools
Carrying Negative Square Inserts for
Longitudinal and Facing Applications
h
h
fb
l2l1Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
DSBNR/L 2525M-12 25.0 25.0 150.00 38.0 22.0 -4 -7 SNMG 1204
DSBNL 3232P-12 32.0 32.0 170.00 38.0 27.0 -4 -7 SNMG 1204
DSBNR/L 2525M-15 25.0 25.0 150.00 40.0 22.0 -7.4 -4.3 SNMG 1506
DSBNL 3232P-15 32.0 32.0 170.00 40.0 27.0 -7.4 -4.3 SNMG 1506
DSBNR/L 3232P-19 32.0 32.0 170.00 43.0 27.0 -7.4 -4.3 SNMG 1906
DSBNR/L 4040S-19 40.0 40.0 250.00 43.0 37.0 -7.4 -4.3 SNMG 1906
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147)
• SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMM-NM (151) • SNMA (149) • SNGA-Ceramic (180) • SNMA
(CBN) (196)
Spare Parts
Designation
DSBNR/L 2525M-12 RST 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DSBNL 3232P-12 RST 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DSBNR/L 2525M-15 RST 54 SR 10402265 LCGR-5 SR 10402267 KSP 5 HW 4.0
DSBNL 3232P-15 RST 54 SR 10402265 LCGR-5 SR 10402267 KSP 5 HW 4.0
DSBNR/L 3232P-19 RST 634 SR 10402266 LCGR-6 SR 10402267 KSP 5 HW 4.0
DSBNR/L 4040S-19 RST 634 SR 10402266 LCGR-6 SR 10402267 KSP 5 HW 4.0
DSBNR/L
75° Lead Angle R-Clamp Tools
Carrying Negative Square Inserts
ISCAR
38
ISOTURN TOOLS
h
Ga°
l2
l1
Gr°
h
f
45°
b
45°
Designation h b l1l2f Ga° Gr° Insert
PSDON 3232P-15-IQ 32.0 32.0 170.00 35.0 17.0 0 -8.5 SOMG 1506
PSDON 3232P-19-IQ 32.0 32.0 170.00 39.5 17.0 0 -8.5 SOMG 1906
PSDON 4040S-19-IQ 40.0 40.0 250.00 39.5 21.0 0 -8.5 SOMG 1906
PSDON 4040S-25-IQ 40.0 40.0 250.00 51.5 21.0 0 -8.5 SOMG 2509
PSDON 5050T-25-IQ 50.0 50.0 300.00 51.5 26.0 0 -8.5 SOMG 2509
For inserts, see pages: SOMG-R3P-IQ (145)
Spare Parts
Designation
PSDON 3232P-15-IQ TSX 5-IQ SP 5 SR LCS 5-L25.5 LCL 16-NX HW 3.0
PSDON 3232P-19-IQ TSX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PSDON 4040S-19-IQ TSX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PSDON 4040S-25-IQ TSX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PSDON 5050T-25-IQ TSX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PSDON-IQ
Lever Lock and Dovetail Pocket Rigid
Clamping Tools Carrying Unique
Double-Sided Square Inserts
h
h
f
b
l2l1
45°
Designation h b l1l2f Ga° Gr° Insert
PSDNN 2020K-12 20.0 20.0 125.00 27.0 10.0 0 -7 SNMG 1204/SNGA 1204
PSDNN 2525M-12 25.0 25.0 150.00 27.0 12.5 0 -7 SNMG 1204/SNGA 1204
PSDNN 3225P-19 32.0 25.0 170.00 41.0 13.0 0 -8.5 SNMG 1906
PSDNN 3232P-19 32.0 32.0 170.00 41.0 16.0 0 -8.5 SNMG 1906
PSDNN 4040S-25 (1) 40.0 40.0 250.00 49.0 20.0 0 -8.5 SNMG 2507
(1) For SN.. 2509... inserts, use TSN 84 seat
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147)
• SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMM-NM (151) • SNMA (149) • SNGA-Ceramic (180) • SNMA
(CBN) (196)
Spare Parts
Designation
PSDNN 2020K-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PSDNN 2525M-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PSDNN 3225P-19 RST 634 SP 66 LR 6 SR 10402352 HW 4.0
PSDNN 3232P-19 RST 634 SP 66 LR 6 SR 10402352 HW 4.0
PSDNN 4040S-25 TSN 84N TSN 85N* SP 8 LR 8 SR 10402264
* Optional, should be ordered separately
PSDNN
45° Lead Angle Lever Lock
External Turning Tools Carrying
ISO Negative SNMG Inserts
39
ISOTURN TOOLS
l2
h
l1
b
h
f
G 1/8"-28
45°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
PSDNN 2525M-12-JHP 25.0 25.0 150.00 40.0 12.5 -7 0 SNMG 1204
• For user guide, see pages 64-71
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSDNN 2525M-12-JHP TSN 423 TSN 423-PIN SET(a)* SP 4 PN 3-4 LR 4 SR 117-2010 OR 6.4X0.9N CU-CW-JHP HW 3.0 T-8/5
* Optional, should be ordered separately
(a) When SNMG-EM-M/-R inserts are used, replace the standard seat.
PSDNN-JHP
45° Lead Angle Lever Lock Tools with
Channels for High Pressure Coolant
Carrying ISO Negative SNMG Inserts
l1
fb
l2
h
h
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PSKNR/L 2525M-12 25.0 25.0 150.00 23.5 32.0 -6 -6 SNMG 1204/SNGA 1204
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSKNR/L TSN 423 LR 4 SR 117-2010 HW 3.0 SP 4 PN 3-4
PSKNR/L
75° Lead Angle Lever Lock Tools
Carrying ISO Negative Square
Inserts for Face Turning
h
h
fb
l2
l1
Right-hand shown
45°
45°
Designation h b l1l2f Ga° Gr° Insert
PSSNR/L 2020K-09 20.0 20.0 125.00 25.0 25.0 -5.5 -5.5 SNMG 0904
PSSNR/L 2525M-09 25.0 25.0 150.00 25.0 25.0 -5.5 -5.5 SNMG 0904
PSSNR/L 2020K-12 20.0 20.0 125.00 29.0 25.0 -5.5 -5.5 SNMG 1204
PSSNR/L 2525M-12 25.0 25.0 150.00 29.0 32.0 -5.5 -5.5 SNMG 1204
PSSNR/L 3232P-19 32.0 32.0 170.00 42.0 40.0 0 -8 SNMG 1906
PSSNR/L 4040S-19 40.0 40.0 250.00 42.0 50.0 0 -8 SNMG 1906
PSSNR/L 4040S-2507 (1) 40.0 40.0 250.00 53.0 50.0 0 -8 SNMG 2507
(1) For SN.. 2509... inserts, use TSN 84 seat
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF
(147) • SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMG-NF (146) • SNMM-NM (151) • SNMA (149) •
SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSSNR/L 2020K-09 TSN 323 TSN 333 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-3L
PSSNR/L 2525M-09 TSN 323 TSN 333 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-3L
PSSNR/L 2020K-12 TSN 423 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PSSNR/L 2525M-12 TSN 423 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PSSNR/L 3232P-19 RST 634 SP 66 LR 6 SR 10402352 HW 4.0
PSSNR/L 4040S-19 RST 634 SP 66 LR 6 SR 10402352 HW 4.0
PSSNR/L 4040S-2507 TSN 85 TSN 84* SP 8 LR 8 SR 10402264 HW 5.0
* Optional, should be ordered separately
PSSNR/L
45° Lead Angle Lever Lock Tools
Carrying Negative Square Inserts for
Longitudinal and Facing Applications
ISCAR
40
ISOTURN TOOLS
l1
L3
b
h
l
2
h
fInside coolant for
PSSNR/L... 09
G 1/8"-28
Right-hand shown
45°
45°
Bar Max
Designation h b l1l2f Ga° Gr° L3Insert
PSSNR/L 2020K-09-JHP 20.0 20.0 125.00 35.0 25.0 -5.5 -5.5 131.40 SNMG 09..
PSSNR/L 2525M-12-JHP 25.0 25.0 150.00 38.0 32.0 -5.5 -5.5 158.40 SNMG 1204
• For user guide, see pages 64-71
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMG-NF (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSSNR/L 2020K-09-JHP TSN 323 TSN 333 SP 3 PN 3-3L LR 3 SR 117-2014 HW 2.5
PSSNR/L 2525M-12-JHP TSN 423 TSN 423-PIN SET(a)* SP 4 PN 3-4 LR 4 SR 117-2010 OR 6.4X0.9N CU-S-JHP HW 3.0 T-8/5
* Optional, should be ordered separately
(a) When SNMG-EM-M/-R inserts are used, replace the standard seat.
PSSNR/L-JHP
45° Tools with Channels for
High Pressure Coolant Carrying
Negative Square Inserts for
Longitudinal and Facing Turning
Ga°
b
l1
75°
f
h
Gr°
l2
h
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PSBOR/L 3232P-15-IQ 32.0 32.0 170.00 35.0 27.0 -4.7 -7.5 SOMG 1506
PSBOR/L 3232P-19-IQ 32.0 32.0 170.00 38.0 27.0 4.7 7.5 SOMG 1906
PSBOR/L 4040S-19-IQ 40.0 40.0 250.00 38.0 35.0 4.7 7.5 SOMG 1906
PSBOR/L 4040S-25-IQ 40.0 40.0 250.00 50.0 35.0 4.7 7.5 SOMG 2509
PSBOR/L 5050T-25-IQ 50.0 50.0 300.00 50.0 45.0 4.7 7.5 SOMG 2509
For inserts, see pages: SOMG-R3P-IQ (145)
Spare Parts
Designation
PSBOR/L 3232P-15-IQ TSX 5-IQ SP 5 SR LCS 5-L25.5 LCL 16-NX HW 3.0
PSBOR/L 3232P-19-IQ TSX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PSBOR/L 4040S-19-IQ TSX 6-IQ SP 5 SR 10402352 LCL 20C-NX HW 4.0
PSBOR/L 4040S-25-IQ TSX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PSBOR/L 5050T-25-IQ TSX 8-IQ SP 8 SR LCS 8-L39 LCL 32-NX HW 5.0
PSBOR/L-IQ
Lever Lock and Dovetail Pocket Rigid
Clamping Tools Carrying Unique
SOMG Double-Sided Square Inserts
41
ISOTURN TOOLS
Gr°
f
75°
l1
SS
Right-hand shown
75°
Designation SS f l1Ga° Gr° Insert
C6 PSROR/L-35065-15-IQ 63 35.0 65.00 -4.74 -7.46 SOMG 1506
C6 PSROR/L-35065-19-IQ 63 35.0 65.00 -4.74 -7.46 SOMG 1906
C8 PSROR/L-45080-19-IQ 80 55.0 80.00 -4.74 -7.46 SOMG 1906
C8 PSROR/L-45085-25-IQ 80 55.0 80.00 -4.74 -7.46 SOMG 2509
For inserts, see pages: SOMG-R3P-IQ (145)
Spare Parts
Designation
C6 PSROR/L-35065-15-IQ TSX 5-IQ LCL 16-NX SP 5 SATZ-M10X1-M5 HW 3.0 SR LCS 5-L25.5
C6 PSROR/L-35065-19-IQ TSX 6-IQ LCL 20C-NX SP 5 SATZ-M10X1-M5 HW 4.0 SR 10402352
C8 PSROR/L-45080-19-IQ TSX 6-IQ LCL 20C-NX SP 5 SATZ-M10X1-M5 HW 4.0 SR 10402352 SPP 5-6
C8 PSROR/L-45085-25-IQ TSX 8-IQ LCL 32-NX SP 8 SATZ-M12X1-M6 HW 5.0 SR LCS 8-L39
C#-PSROR/L-IQ
Lever Lock and Dovetail Pocket Tools
with CAMFIX Shanks Carrying Unique
SOMG Double-Sided Square Inserts
h
h
fb
l2l1Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
PSBNR/L 2020K-09 20.0 20.0 0.00 0.0 0.0 -6 -6 SNMG 0904
PSBNR/L 2525M-09 25.0 25.0 0.00 0.0 0.0 -6 -6 SNMG 0904
PSBNR 2525M-12 25.0 25.0 150.00 26.8 22.0 -6 -6 SNMG 1204
PSBNL 2525M-15 25.0 25.0 170.00 39.0 27.0 -6 -6 SNMG 15..
PSBNR/L 3232P-19 32.0 32.0 170.00 39.0 27.0 -6 -6 SNMG 1906
PSBNR/L 4040S-25 (1) 40.0 40.0 250.00 48.0 35.0 -6 -6 SNMG 2507
PSBNR/L 5050T-25 (1) 50.0 50.0 300.00 48.0 60.0 -6 -6 SNMG 2507
(1) For SN.. 2509... inserts, use TSN 84 seat
For inserts, see pages: SNMG-R3M (146) • SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF
(147) • SNMG-GN (149) • SNMG-NR (149) • SNMM-NR (151) • SNMG-PP (147) • SNMG-VL (146) • SNMG-NF (146) • SNMM-NM (151) • SNMA (149) •
SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSBNR/L 2020K-09 TSN 323 TSN 333 SP 3 PN 3-3L LR 3 SR 117-2014 HW 2.5
PSBNR/L 2525M-09 TSN 323 TSN 333 SP 3 PN 3-3L LR 3 SR 117-2014 HW 2.5
PSBNR 2525M-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
PSBNR/L 3232P-19 RST 634 SP 66 LR 6 SR 10402352 HW 4.0
PSBNR/L 4040S-25 TSN 84N TSN 85N* SP 8 LR 8 SR 10402264 HW 5.0
PSBNR/L 5050T-25 TSN 84N TSN 85N* SP 8 LR 8 SR 10402264 HW 5.0
* Optional, should be ordered separately
PSBNR/L
Lever Lock 75° Lead Angle
Turning Tools Carrying ISO
Negative Square Inserts
ISCAR
42
ISOTURN TOOLS
l2
h
f
l1
b
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
DTGNR/L 2020K-16 20.0 20.0 125.00 25.0 25.0 -6 -6 TNMG 1604
DTGNR/L 2525M-16 25.0 25.0 150.00 25.0 32.0 -6 -6 TNMG 1604
DTGNR 2525M-22 25.0 25.0 150.00 32.0 32.0 -6 -6 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) •
TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) •
TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
DTGNR/L 2020K-16 RTT 322 SR 35080I LCGR-3 SR RC3 KSP 3 HW 2.5
DTGNR/L 2525M-16 RTT 322 SR 35080I LCGR-3 SR RC3 KSP 3 HW 2.5
DTGNR 2525M-22 RTT 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5
DTGNR/L
91° Lead Angle R-Clamp
External Turning Tools Carrying
Negative Triangular Inserts
6°
f
SS
l1Right-hand shown
9 1°
Designation SS f l1Insert
C6 DTGNR/L-45065-22 63 45.0 65.00 TN.. 22 RTT 443 SR 14-506 LCGR-4 SR 10400270-25.5 T-15/5 EZ 104
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) •
TNMG/TNGG-PP (142) • TNMA (143) • TNGA-Ceramic (182)
C#-DTGNR/L
91° Lead R-Clamp External
Turning Tools with CAMFIX
Exchangeable Shanks Carrying
Negative Triangular Inserts
l1
fb
l2
h
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
PTGNR/L 2020K-16 20.0 20.0 125.00 22.0 25.0 -6 -6 TNMG 16..
PTGNR/L 2525M-16 25.0 25.0 150.00 22.0 32.0 -6 -6 TNMG 16..
PTGNR/L 2525M-22 25.0 25.0 150.00 32.0 32.0 -6 -6 TNMG 2204
PTGNR 3232P-22 32.0 32.0 170.00 32.0 40.0 -6 -6 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143)
• TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA (143) • TNGA-Ceramic (182) •
TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
PTGNR/L 2020K-16 TTN 322 TTN 332(a)* SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
PTGNR/L 2525M-16 TTN 322 TTN 332(a)* SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
PTGNR/L 2525M-22 TTN 422 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
PTGNR 3232P-22 TTN 422 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
* Optional, should be ordered separately
(a) TTN 332 for inserts 3.18 mm thick
PTGNR/L
91° Lead Angle Lever Lock
External Turning Tools Carrying
Negative Triangular Inserts
43
ISOTURN TOOLS
l1
fb
l2
h
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
PTGNR/L 2020K-16X 20.0 20.0 125.00 20.0 25.0 -6 -6 TNMX 1606, TNMG 1604
PTGNR/L 2525M-16X 25.0 25.0 150.00 20.0 32.0 -6 -6 TNMX 1606, TNMG 1604
PTGNR/L 2525M-22X 25.0 25.0 150.00 32.0 32.0 -6 -6 TNMX 2207, TNMG 2204
PTGNR/L 3232P-22X 32.0 32.0 170.00 32.0 40.0 -6 -6 TNMX 2207, TNMG 2204
• Use TTX 3 seat for TNMX 1606.. inserts and TTN 3 seat for TNMG 1604.. inserts.
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMX-M3/4PW (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMX-M3/4MW (140) •
TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) • TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142)
• TNMS-12 (175) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA
(CBN) (193)
TNMG 1604... (33...)
TNMG 2204... (43...)
TNMX 1606... (34...)
TNMX 2207... (45...)
TTX 3
TTX 4
TTN 3
TTN 4
Spare Parts
Designation
PTGNR/L 2020K-16X TTX 3 TTN 3 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PTGNR/L 2525M-16X TTX 3 TTN 3 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PTGNR/L 2525M-22X TTX 4 TTN 4 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PTGNR/L 3232P-22X TTX 4 TTN 4 SP 4 LR 4DH SR 117-2010 HW 3.0 PN 3-4L
PTGNR/L-X
91° Lead Angle Lever Lock
External Turning Tools Carrying
Negative Triangular Inserts
fb
l1
l2
F1
h
Ga°
Gr°
h
G 1/8"-28
Right-hand shown
9 1°
Bar Max
Designation h b l1l2f F1Ga° Gr° Insert
PTGNR/L 2020K-16X-JHP 20.0 20.0 125.00 20.0 25.0 31.7 -6 6 TNMX 1606, TNMG 1604
PTGNR/L 2525M-16X-JHP 25.0 25.0 150.00 20.0 32.0 - -6 6 TNMX 1606, TNMG 1604
• Supplied with TTX 3 seat for TNMX 1606.. inserts and TTN 3 seat for TNMG 1604.. inserts. • For user guide, see pages 64-71
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMX-M3/4PW (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMX-M3/4MW (140) •
TNMG-TF (141) • TNMG-GN (143) • TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA
(143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
PTGNR/L-X-JHP TTX 3 TTN 3 SP 3 LR 3 SR 117-2014 HW 2.5 PN 3-4
PTGNR/L-X-JHP
91° Lead Lever Lock Tools with
Channels for High Pressure Coolant
Carrying Negative Triangular Inserts
ISCAR
44
ISOTURN TOOLS
Frontal coolant
on/off screw
Frontal coolant hole
fb
l1
l2L5
h h
Right-hand shown
9 1°
Bar Max
Designation h b l1l2L5f Ga° Gr° Insert
PTGNR/L 2020X-16X-JHP-MC 20.0 20.0 95.00 25.0 29.00 25.0 -6 -6 TNMX 1606, TNMG 1604
PTGNR/L 2525X-16X-JHP-MC 25.0 25.0 110.00 25.0 35.00 32.0 -6 -6 TNMX 1606, TNMG 1604
• Supplied with TTX 3 seat for TNMX 1606.. inserts and TTN 3 seat for TNMG 1604.. inserts. • For user guide, see pages 64-71
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMX-M3/4PW (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMX-M3/4MW (140) •
TNMG-TF (141) • TNMG-GN (143) • TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA
(143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
PTGNR/L-X-JHP-MC TTX 3 TTN 3 SP 3 LR 3 SR 117-2014 T-8/5 SR M5X5 DIN913 TL360 PN 3-4 HW 2.5 CU-S-JHP
PTGNR/L-X-JHP-MC
Tools with Bottom Inlets for High
Pressure Coolant Carrying TNMX
and TNMG Triangular Inserts
h
l2
h
l1
fb
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
PTFNR/L 2020K-16 20.0 20.0 125.00 20.0 25.0 -6 -6 TNMG 16..
PTFNR/L 2525M-16 25.0 25.0 150.00 20.0 32.0 -6 -6 TNMG 16..
PTFNR/L 2525M-22 25.0 25.0 150.00 26.0 32.0 -6 -6 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143)
• TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA (143) • TNGA-Ceramic (182) •
TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
PTFNR/L 2020K-16 TTN 322 TTN 332(a)* LR 3 SR 117-2014 HW 2.5/5 SP 3 PN 3-4
PTFNR/L 2525M-16 TTN 322 TTN 332(a)* LR 3 SR 117-2014 HW 2.5/5 SP 3 PN 3-4
PTFNR/L 2525M-22 TTN 422 LR 4 SR 117-2010 HW 3.0 SP 4 PN 3-4
* Optional, should be ordered separately
(a) TTN 332 for inserts 3.18 mm thick.
PTFNR/L
91° Lead Angle Lever Lock
Face Turning Tools Carrying
Negative Triangular Inserts
45
ISOTURN TOOLS
l2
h
f
l1
h
b
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
MTJNR/L 1616H-16W-M 16.0 16.0 100.00 32.0 20.0 -6 -6 TNMG 1604
MTJNR/L 2020K-16W-M 20.0 20.0 125.00 32.0 25.0 -6 -6 TNMG 1604
MTJNR/L 2525M-16W-M 25.0 25.0 150.00 32.0 32.0 -6 -6 TNMG 1604
MTJNR/L 2525M-22W 25.0 25.0 150.00 38.0 32.0 -6 -6 TNMG 2204
MTJNR/L 3225P-22W 32.0 25.0 170.00 38.0 32.0 -6 -6 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) •
TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) •
TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
MTJNR/L 1616H-16W-M
TTT 322N TTT 332N(a)* ZNW 3WNS LC 291N CLAMP E RING N SR 17-317NS HW 3.0
MTJNL 2020K-16W-M
TTT 322N TTT 332N(a)* ZNW 3WN LC 291N CLAMP E RING N SR 17-317N HW 3.0
MTJNR 2020K-16W-M
TTT 322N TTT 332N(a)* ZNW 3WN HW 2.5 LC 291N CLAMP E RING N SR 17-317N HW 3.0
MTJNR/L 2525M-16W-M
TTT 322N TTT 332N(a)* ZNW 3WN LC 291N CLAMP E RING N SR 17-317N HW 3.0
MTJNR/L 2525M-22W
TTT 434 ZNW 4 HW 2.5 LC 281 SET 1 SR 17-295 HW 3.0
MTJNR/L 3225P-22W
TTT 434 ZNW 4 HW 2.5 LC 281 SET 1 SR 17-295 HW 3.0
* Optional, should be ordered separately
(a) Use for inserts TNMG 1603.. 3.18 mm thick
MTJNR/L-W
93° Lead Angle Wedge
Lock Turning Tools Carrying
Negative Triangular Inserts
l
2
h
f
l1
b
h
60°
Designation h b l1l2f Ga° Gr° Insert
MTENN 1618H-16W-M 16.0 18.0 100.00 32.0 9.0 0 -8 TNMG 1604
MTENN 2020K-16W-M 20.0 20.0 125.00 35.0 10.0 0 -8 TNMG 1604
MTENN 2525M-16W-M 25.0 25.0 150.00 32.0 12.5 0 -8 TNMG 1604
MTENN 2525M-22W 25.0 25.0 150.00 40.0 12.5 0 -8 TNMG 2204
MTENN 3232P-22W 32.0 32.0 170.00 40.0 16.0 0 -8 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) •
TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) •
TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
MTENN 1618H-16W-M
TTT 322N TTT 332N(a)* ZNW 3WNS LC 291N CLAMP E RING N SR 17-317NS H-W 3
MTENN 2020K-16W-M
TTT 322N TTT 332N(a)* ZNW 3WN LC 291N CLAMP E RING N SR 17-317N H-W 3
MTENN 2525M-16W-M
TTT 322N TTT 332N(a)* ZNW 3WN LC 291N CLAMP E RING N SR 17-317N H-W 3
MTENN 2525M-22W
TTT 434 TTT 432* ZNW 4 HW 2.5 LC 281 SET 1 SR 17-295 HW 3.0
MTENN 3232P-22W
TTT 434 ZNW 4 HW 2.5 LC 281 SET 1 SR 17-295 HW 3.0
* Optional, should be ordered separately
(a) Use for inserts TNMG 1603.. 3.18 mm thick
MTENN-W
Neutral Wedge Lock Turning Tools
Carrying Negative Triangular Inserts
h
25
l2
h
b
f
25
l1
Right-hand shown
Designation h b l1l2f Ga° Gr° Insert
PSANR/L 2525M-15 (1) 25.0 25.0 150.00 38.0 25.0 0 20 SNMX 1507 TXN 532 TXN 5-2* SR 117-2020 LR 5S HW 3.0
(1) TXN 5-2 for SNMX 150608R-.. inserts without chipbreaker for hard materials.
* Optional, should be ordered separately
For inserts, see pages: SNMX 150608R-.. (177) • SNMX 150708R-.. (177)
PSANR/L
Lever Lock Tools Carrying Negative
Square Pipe Skiving Inserts
ISCAR
46
ISOTURN TOOLS
h1
f
l1
b
h
T
Right-hand shown
95°
Designation h b h1l1f T Ga° Gr° Insert
PQLCR/L 1212M-09S 12.0 12.0 12.0 150.00 12.0 8.5 0 0 QCMT 09T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
For inserts, see pages: QCMT-PF (162) • QCMT-SM (162)
PQLCR/L-S
Side Lever Lock Tools Carrying
80° Positive 4-Cornered Inserts
for Swiss Automatic Machines
h
f
l2l1
b
h
TRight-hand shown
95°
Designation h b l1l2f T Ga° Gr° Insert
PQLCR/L 1616H-09 16.0 16.0 100.00 22.0 20.0 8.5 0 0 QCMT 09T3
PQLCR/L 2020K-09 20.0 20.0 125.00 25.0 25.0 8.5 0 0 QCMT 09T3
PQLCR/L 2525M-09 25.0 25.0 150.00 26.0 32.0 8.5 0 0 QCMT 09T3
For inserts, see pages: QCMT-PF (162) • QCMT-SM (162)
Spare Parts
Designation
PQLCR/L TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5/5
PQLCR/L
Lever-Lock Tools Carrying
80° Positive 4-Cornered Inserts
l2
h
f
l1
b
h
Right-hand shown
45°
45°
95°
95°
95°
Designation h b l1l2Ga° Gr° f
SUXCR/L 1616H-10 CM 16.0 16.0 100.00 24.0 0 0 20.0
SUXCR/L 2020K-10 CM 20.0 20.0 125.00 25.0 0 0 25.0
SUXCR/L 2525M-10 CM 25.0 25.0 150.00 25.0 0 0 32.0
For inserts, see pages: CC95MT-SM (153) • SC45MT-SM (154)
Clamping direction for SC45MT...
SC45MT
• Unique, versatile
ISCAR pocket
• For external applications
• Covers most common
operations
• Simplifies tool selection
• Simple screw clamping
• Minimum spare parts
Multifunction Tool
Can Carry Two
Different Inserts
Designation h b l1l2Ga° Gr° f Inserts
SUXCR/L 1616H-10 CM 16.0 16.0 100.00 24.0 0 0 20 CC95MT...
21.2 SC45MT...
SUXCR/L 2020K-10 CM 20.0 20.0 125.00 25.0 0 0 25 CC95MT...
26.2 SC45MT...
SUXCR/L 2525M-10 CM 25.0 25.0 150.00 25.0 0 0 32 CC95MT...
33.2 SC45MT...
Spare Parts
Designation
SUXCR/L-CM SR 14-544/S T-15/5
SUXCR/L-CM
Screw Lock Tools Carrying Four
Different 7° Clearance Geometries
47
ISOTURN TOOLS
Gr°
f
95°
SS
55°
l1Right-hand shown
95°
95°
Bar Max
Designation SS f l1Ga° Gr° Insert
C3 SCLCR-22045-09-JHP 32 22.0 45.00 0 0 CC.. 09T3 SR 16-236 T-15/5 CU-CW-JHP T-8/5
C4 SCLCR/L 27050-09-JHP 40 27.0 50.00 0 0 CC.. 09T3 SR 16-236 T-15/5 CU-CW-JHP SR M5X5 DIN913 TL360 T-8/5
C5 SCLCR/L 35060-09-JHP 50 35.0 60.00 0 0 CC.. 09T3 SR 16-236 T-15/5 CU-CW-JHP SR M5X5 DIN913 TL360 T-8/5
• For user guide, see pages 64-71
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
C#-SCLCR/L-JHP
Screw Clamp Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
Positive 80° Rhombic Inserts
f2A2
l1
h1B1
Holder: MAHPL
Holder: MAHR
ff1
f2
19.5
f=f1 (shank)+f2 (adapter)
95°
95°
Designation l1f2A2Ga° Gr° Insert
SCLCR-09-PAD 42.00 7.50 5.2 0 0 CCGT/CCMT 09T3 SR 16-236 T-15/5
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
For holders, see pages: C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • C#-MAHD-JHP (479) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
SCLCR-PAD
Screw Lock Adapter Carrying
80° Diamond Inserts with
7° Clearance Angle
l2
h
f
l1
h
b
Right-hand shown
95°
95°
Designation h b l1l2f Ga° Gr° Insert
SCLCR/L 0808F-06 8.0 8.0 80.00 10.0 10.0 0 0 CC.. 0602 SR 14-548 T-7/5
SCLCR/L 1010F-06 10.0 10.0 80.00 10.0 12.0 0 0 CC.. 0602 SR 14-548 T-7/5
SCLCR/L 1212F-09 12.0 12.0 80.00 14.0 16.0 0 0 CC.. 09T3 SR 16-236 T-15/5
SCLCR/L 1616H-09 16.0 16.0 100.00 14.0 20.0 0 0 CC.. 09T3 SR 16-236 T-15/5
SCLCR/L 2020K-12 20.0 20.0 125.00 18.0 25.0 0 0 CC.. 1204 SR 16-212 T-20/5
SCLCR/L 2525M-12 25.0 25.0 150.00 20.0 32.0 0 0 CC.. 1204 SR 16-212 T-20/5 TCC 4-2 SR TC-4 HW 3.0
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
SCLCR/L
Screw Lock Tools Carrying
80° Diamond Inserts with
7° Clearance Angle
ISCAR
48
ISOTURN TOOLS
h
Ga
Gr
h
F1f
l2L5
b
l1
95°
95°
95°
Bar Max
Designation h b l1l2L5f F1Ga° Gr° Insert
PCLCR/L 1212X-09S-JHP-MC 12.0 12.0 67.00 23.0 20.00 12.2 14.0 0 0 CC.. 09T3
PCLCR/L 1616X-09S-JHP-MC 16.0 16.0 71.00 23.0 17.00 16.2 - 0 0 CC.. 09T3
• For user guide, see pages 64-71
For inserts, see pages: CCET-WF (156) • CCGT-AF (174) • CCGT-AS (174) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184) • CCMT-14
(155) • CCMT-PF (155) • CCMT-WG (156) • CCMT/CCGT (156) • CCMT/CCGT-SM (155)
Spare Parts
Designation
PCLCR/L-JHP-MC SL LV-3 SL PI-3 SR 10400150 HW 2.5/5 SR 5/16UNF TL360 S-CU-JHP
PCLCR/L-JHP-MC
Tools with Channels for High Pressure
Coolant Carrying 80° Positive Rhombic
Inserts for Swiss Automatic Machines
h
h
l1
f
b
F1
l2
Right-hand shown
97°
93°
Designation h b l1l2f F1Ga° Gr° Insert
SCACR/L 0808K-06S 8.0 8.0 125.00 8.0 8.2 - 0 0 CC.. 0602 SR 14-548 T-7/5
SCACR 1010K-06S 10.0 10.0 150.00 - 10.0 - 0 0 CC.. 0602 SR 14-548 T-7/5
SCACR/L 1616K-06S 16.0 16.0 125.00 - 16.2 - 0 0 CC.. 0602 SR 14-548 T-7/5
SCACR/L 1010K-09S 10.0 10.0 125.00 15.2 10.2 - 0 0 CC.. 09T3 SR 16-236 T-15/5
SCACR 1212K-09S 12.0 12.0 150.00 15.0 12.0 14.0 0 0 CC.. 09T3 SR 16-236 T-15/5
SCACR/L 1616K-09S 16.0 16.0 125.00 - 16.2 - 0 0 CC.. 09T3 SR 16-236 T-15/5
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCMT-14 (155) • CCMT/CCGT (156) •
CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
SCACR/L-S
Screw Lock Tools for Swiss-Type
Machines Carrying 7° Clearance 80°
Diamond Inserts
h
f
l1
b
h
Right-hand shown
95°
95°
Designation h b l1f Ga° Gr° Insert
PCLCR 0808M-06S 8.0 8.0 150.00 8.0 0 0 CC.. 0602 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PCLCR/L 1010M-06S 10.0 10.0 150.00 10.2 0 0 CC.. 0602 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PCLCR/L 1212M-06S 12.0 12.0 150.00 12.2 0 0 CC.. 0602 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PCLCL 1616M-06S 16.0 16.0 150.00 16.2 0 0 CC.. 0602 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PCLCR/L 1012M-09S 10.0 12.0 150.00 12.2 0 0 CC.. 09T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PCLCR/L 1212M-09S 12.0 12.0 150.00 12.2 0 0 CC.. 09T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PCLCR/L 1616M-09S 16.0 16.0 150.00 16.2 0 0 CC.. 09T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PCLCR/L 2020K-09S 20.0 20.0 125.00 20.2 0 0 CC.. 09T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
• The clamping screw may by transferred to the opposite side if needed
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
PCLCR/L-S
Side Lever Lock Tools Carrying
80° Positive Rhombic Inserts for
Swiss Automatic Machines
49
ISOTURN TOOLS
h
F1
l2
95°
l1
UNF 5/16”-24 typex3
b
h
f
Ga
Gr
Right-hand shown
95°
95°
Bar Max
Designation h b l1l2f F1Ga° Gr° Insert
PCLCR/L 1010H-06S-JHP 10.0 10.0 100.00 22.3 10.2 - 0 0 CC.. 0602
PCLCR/L 1212H-09S-JHP 12.0 12.0 100.00 22.3 12.2 14.0 0 0 CC.. 09T3
PCLCR/L 1616K-09S-JHP 16.0 16.0 125.00 22.3 16.2 - 0 0 CC.. 09T3
PCLCR/L 2020K-09S-JHP 20.0 20.0 125.00 22.3 20.2 - 0 0 CC.. 09T3
• For user guide, see pages 64-71
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
Spare Parts
Designation
PCLCR/L-S-JHP SL LV-3 SL PI-3 SR 10400150 HW 2.5/5 SR 5/16UNF TL360 S-CU-JHP
PCLCR/L-S-JHP
Tools with Channels for High Pressure
Coolant Carrying 80° Positive Rhombic
Inserts for Swiss Automatic Machines
l2
l1
f
93°
b
h
h
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
SDJCR/L 1616H-13-SL 16.0 16.0 100.00 24.0 21.0 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
SDJCR/L 2020K-13-SL 20.0 20.0 125.00 24.0 27.0 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
SDJCR/L 2525M-13-SL 25.0 25.0 150.00 24.0 32.0 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
• Insert clamping torque 3 Nxm
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
SDJCR/L-13-SL
Screw Lock Tools Carrying
55° Diamond Inserts with 7°
Clearance Angle for High Rigidity
in Profiling Applications
h
f
l1
b
h
Right-hand shown
Left-hand shown
9 1°
Designation h b l1f Ga° Gr° Insert
PDACR/L 0808M-07S 8.0 8.0 150.00 8.0 0 0 DC..0702 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PDACR/L 1010M-07S 10.0 10.0 150.00 10.0 0 0 DC..0702 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PDACR/L 1212M-07S 12.0 12.0 150.00 12.0 0 0 DC..0702 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PDACR/L 1616M-07S 16.0 16.0 150.00 16.0 0 0 DC..0702 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PDACR/L 1012M-11S 10.0 12.0 150.00 12.0 0 0 DC..11T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PDACR/L 1212M-11S 12.0 12.0 150.00 12.0 0 0 DC..11T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PDACR/L 1616M-11S 16.0 16.0 150.00 16.0 0 0 DC..11T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
PDACR/L 2020K-11S 20.0 20.0 125.00 20.0 0 0 DC..11T3 SL LV-3 SL PI-3 SR 10400150 HW 2.5/5
• The clamping screw may by transferred to the opposite side if needed
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
PDACR/L-S
Side Lever Lock Tools Carrying
55° Positive Rhombic Inserts for
Swiss Automatic Machines
ISCAR
50
ISOTURN TOOLS
Gr°
58°
93°
f
SS
l
1Right-hand shown
93°
Bar Max
Designation SS f l1Ga° Gr° Insert
C3 SDJCR-22040-13-SL-JHP 32 22.0 45.00 0 0 DCMT 13T5-SL
C4 SDJCL-27055-13-SL-JHP 40 27.0 55.00 0 0 DCMT 13T5-SL
C4 SDJCR 27055-13-SL-JHP 40 27.0 55.00 0 0 DCMT 13T5-SL
C5 SDJCR/L-35060-13-SL-JHP 50 35.0 60.00 0 0 DCMT 13T5-SL
• For user guide, see pages 64-71
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
Spare Parts
Designation
C3 SDJCR-22040-13-SL-JHP CH-1.9D-JHP SR M4X4 DIN913 TL360 SR M4X0.7-L9.5 IP15
C4 SDJCL-27055-13-SL-JHP CU-D-JHP SR M5X5 DIN913 TL360 TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15 T-8/5
C4 SDJCR 27055-13-SL-JHP CU-D-JHP SR M5X5 DIN913 TL360 TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15 T-8/5
C5 SDJCL-35060-13-SL-JHP CU-D-JHP SR M5X5 DIN913 TL360 TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15 T-8/5
C5 SDJCR-35060-13-SL-JHP CU-D-JHP SR M5X5 DIN913 TL360 TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15
C#-SDJCR/L-13-SL-JHP
Screw Clamp Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
Positive 55° Rhombic Inserts
SS
f
l1
Right-hand shown
93°
Designation SS f l1Insert
C4 SDJCR-27050-11 40 27.0 50.00 DC.. 11T3 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5 EZ 83
C5 SDJCR/L-35060-11 50 35.0 60.00 DC.. 11T3 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5 EZ 104
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
C#-SDJCR/L
Screw Lock Tools with
CAMFIX Exchangeable Shanks
Carrying 55° Rhombic Inserts
with 7° Clearance Angle
l2
h
f
l1
b
h
SDJCR ...S
Right-hand shown
93°
Designation h b l1l2f Ga° Gr° Insert
SDJCR/L 0808F-07 8.0 8.0 80.00 11.5 10.0 0 0 DC..0702 SR 14-548 T-7/5
SDJCR/L 1010F-07 10.0 10.0 80.00 11.5 12.0 0 0 DC..0702 SR 14-548 T-7/5
SDJCR/L 1212K-07S (1) 12.0 12.0 125.00 - 12.2 0 0 DC..0702 SR 14-548 T-7/5
SDJCR/L 1616K-07S (1) 16.0 16.0 125.00 - 16.2 0 0 DC..0702 SR 14-548 T-7/5
SDJCR/L 1010K-11S (1) 10.0 10.0 125.00 21.4 10.2 0 0 DC..11T3 SR 16-236 T-15/5
SDJCR/L 1212F-11 12.0 12.0 80.00 20.0 16.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDJCR/L 1616H-11 16.0 16.0 100.00 20.0 20.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDJCR/L 2020K-11 20.0 20.0 125.00 20.0 25.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDJCR/L 2525M-11 25.0 25.0 150.00 20.0 32.0 0 0 DC..11T3 SR 16-236 P T-15/5 TDC 3-1P SR TC-3P HW 4.0
(1) For Swiss-type machines
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
SDJCR/L
Screw Lock Tools Carrying
55° Diamond Inserts with
7° Clearance Angle
51
ISOTURN TOOLS
Gr°
58°
f
93°
l1
SS
Right-hand shown
93°
Bar Max
Designation SS f l1Insert
C3 SDJCR-22040-11-JHP 32 22.0 40.00 DC.. 11T3
• For user guide, see pages 64-71
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
Spare Parts
Designation
C3 SDJCR-22040-11-JHP TDC 3-1P SR TC-3P SR 16-236 P T-15/5 CH-1.9D-JHP WASHER 4.2X5.6X0.5 SR M4X4 DIN913 TL360 HW 4.0
C#-SDJCR-JHP
Screw Clamp Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
Positive 55° Rhombic Inserts
f2A2
B1
l1
h1
f
Holder: MAHPL
Holder: MAHR
f1
f2
17.2
f=f1(shank)+f2 (adapter)
93°
Designation h1B1l1f2A2Ga° Gr° Insert
SDJCR-07-PAD 24.0 28.0 42.00 7.50 5.2 0 0 DCMT/DCGT 0702 SR 14-548 T-7/5
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCMT/DCGT (161) • DCGW/DCMW-2
(CBN) (191)
For holders, see pages: C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • C#-MAHD-JHP (479) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
SDJCR-PAD
Screw Lock Adapter Carrying
55° Diamond Inserts with
7° Clearance Angle
h
b
l1
l2
h
107.5°
f
F1
Right-hand shown
10 7. 5 °
Designation h b l1l2f F1Ga° Gr° Insert
SDHCR/L 1010K-07S 10.0 10.0 125.00 12.5 10.2 - 0 0 DC..0702 SR 14-548 T-7/5
SDHCR/L 1212K-07S 12.0 12.0 125.00 12.0 12.2 - 0 0 DC..0702 SR 14-548 T-7/5
SDHCR/L 1616K-07S 16.0 16.0 125.00 12.0 16.2 - 0 0 DC..0702 SR 14-548 T-7/5
SDHCR/L 1212K-11S 12.0 12.0 125.00 19.0 12.2 17.0 0 0 DC..11T3 SR 16-236 T-15/5
SDHCR/L 1616K-11S 16.0 16.0 125.00 20.0 16.2 - 0 0 DC..11T3 SR 16-236 T-15/5
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
SDHCR/L
Screw Lock Tools Carrying 55°
Diamond Inserts with 7° Clearance
Angle for Swiss-Type Machines
h
b
h
l1
f
F
1
l2
Right-hand shown
9 1°
Designation h b l1l2f F1Ga° Gr° Insert
SDACR/L 1010K-07S 10.0 10.0 125.00 - 10.0 - 0 0 DC..0702 SR 14-548 T-7/5
SDACR/L 1212K-07S 12.0 12.0 125.00 - 12.0 - 0 0 DC..0702 SR 14-548 T-7/5
SDACR/L 1212K-11S 12.0 12.0 125.00 20.0 12.0 14.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDACR/L 1616K-11S 16.0 16.0 125.00 - 16.0 - 0 0 DC..11T3 SR 16-236 P T-15/5
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
SDACR/L
Screw Lock Tools Carrying
55° Diamond Inserts with
7° Clearance Angle
ISCAR
52
ISOTURN TOOLS
Ga°
h
b
UNF 5/16" type x 3
l2
h
Gr°
f
91° l1Right-hand shown
9 1°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
SDACR/L 1212H-13S-SL-JHP 12.0 12.0 100.00 27.0 12.2 0 0 DCMT 13T5-SL
SDACR/L 1616K-13S-SL-JHP 16.0 16.0 125.00 27.0 16.2 0 0 DCMT 13T5-SL
• For user guide, see pages 64-71
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
Unique deflector design
Strong radius
Reinforced cutting
edge prevents
notch wear
Positive rake angle
for smooth cutting
and reduction of cutting forces
DCMT 13T508-M3M-SL
Application Range
0.5
1
1.5
2
2.5
3
3.5
4
4.5
0.1 0.15 0.2 0.25 0.3 0.35 f [mm/rev]
ap
[mm]
M3M
Spare Parts
Designation
SDACR/L-13S-SL-JHP CH-1.9D-JHP SR 5/16UNF TL360 TORX PLUS IP15X45 WASHER 4.2X5.6X0.5 SR M4X0.7-L9.6 IP15
SDACR/L-13S-SL-JHP
Tools with Channels for High Pressure
Coolant Carrying 55° Positive Rhombic
Inserts for Swiss Automatic Machines
h
Gr
f
90° l2l1
UNF 5/16”-24 typex3
b
h
Ga
Right-hand shown
9 1°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
PDACR/L 1010H-07S-JHP 10.0 10.0 100.00 20.4 10.2 0 0 DC..0702
PDACR/L 1212H-11S-JHP 12.0 12.0 100.00 28.0 12.2 0 0 DC..11T3
PDACR/L 1616K-11S-JHP 16.0 16.0 125.00 28.0 16.2 0 0 DC..11T3
PDACR/L 2020K-11S-JHP 20.0 20.0 125.00 28.0 20.2 0 0 DC..11T3
• For user guide, see pages 64-71
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
Spare Parts
Designation
PDACR/L-JHP SL LV-3 SL PI-3 SR 10400150 HW 2.5/5 SR 5/16UNF TL360 S-CU-JHP
PDACR/L-JHP
Tools with Channels for High Pressure
Coolant Carrying 55° Positive Rhombic
Inserts for Swiss Automatic Machines
53
ISOTURN TOOLS
l2
h
h
l1
fb
62.5°
Designation h b l1l2f Ga° Gr° Insert
SDNCN 1616H-13-SL 16.0 16.0 100.00 25.0 8.0 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
SDNCN 2020K-13-SL 20.0 20.0 125.00 25.0 10.0 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
SDNCN 2525M-13-SL 25.0 25.0 150.00 25.0 12.5 0 0 DCMT 13T5-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45
• Insert clamping torque 3 Nxm
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
SDNCN-13-SL
Screw Lock Tools Carrying
55° Diamond Inserts with 7°
Clearance Angle for High Rigidity
in Profiling Applications
Gr°
l1
f
SS
62.5°
Bar Max
Designation SS f l1Ga° Gr° Insert
C3 SDNCN-00045-13-SL-JHP 32 0.5 45.00 0 0 DCMT 13T5-SL
C4 SDNCN-00060-13-SL-JHP 40 0.5 60.00 0 0 DCMT 13T5-SL
C5 SDNCN-00060-13-SL-JHP 50 0.5 60.00 0 0 DCMT 13T5-SL
• For user guide, see pages 64-71
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
Spare Parts
Designation
C3 SDNCN-00045-13-SL-JHP CH-1.9D-JHP WASHER 4.2X5.6X0.5 SR M4X4 DIN913 TL360 SR M4X0.7-L9.5 IP15
C4 SDNCN-00060-13-SL-JHP CU-D-JHP TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15 T-8/5
C5 SDNCN-00060-13-SL-JHP CU-D-JHP TORX PLUS IP15X45 SR M4X0.7-L9.6 IP15 T-8/5
C#-SDNCN-13-SL-JHP
Screw Clamp Tools with CAMFIX
Shanks and Channels for High
Pressure Coolant Carrying
Positive 55° Rhombic Inserts
b
h
Ga
f
F1
h
l1
L5
l2
91°
Gr
9 1°
Bar Max
Designation h b l1l2L5f F1Ga° Gr° Insert
PDACR/L 1212X-11S-JHP-MC 12.0 12.0 67.00 28.0 15.00 12.2 14.2 0 0 DC..11T3
PDACR/L 1616X-11S-JHP-MC 16.0 16.0 76.00 28.0 17.00 16.2 - 0 0 DC..11T3
• For user guide, see pages 64-71
For inserts, see pages: DCET-WF (162) • DCGT-AF (175) • DCGT-AS (174) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184) • DCMT-14
(162) • DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT (161) • DCMT/DCGT-SM (161)
Spare Parts
Designation
PDACR/L-JHP-MC SL LV-3 SL PI-3 SR 10400150 HW 2.5/5 SR 5/16UNF TL360 S-CU-JHP
PDACR/L-JHP-MC
Tools with Channels for High Pressure
Coolant Carrying 55° Positive Rhombic
Inserts for Swiss Automatic Machines
ISCAR
54
ISOTURN TOOLS
SS
l1
62.5°
Designation SS l1Insert
C4 SDNCN-00050-11 40 50.00 DC.. 11T3 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5 EZ 104
C5 SDNCN-00060-11 50 60.00 DC.. 11T3 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5 EZ 104
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) • DCMT/DCGT (161) •
DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
C#-SDNCN
Screw Lock Tools with
CAMFIX Exchangeable Shanks
Carrying 55° Rhombic Inserts
with 7° Clearance Angle
l1
SS
62.5°
Designation SS l1Insert
IM40 SDNCN-11 40 40.00 DC.. 11T3 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5 EZ 104
• Tools with orientation holes in the flange groove can be supplied on request
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) • DCMT/DCGT (161) •
DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
IM-SDNCN
Screw Lock Tools with ISO 26622-1
Tapered Shanks Carrying 55° Rhombic
Inserts with 7° Clearance Angle
h
h
l1
fb
Right-hand shown
9 1°
Designation h b l1f Ga° Gr° Insert
PVACR/L 0808M-11S 8.0 8.0 150.00 8.0 0 0 VC..1103 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PVACR/L 1010M-11S 10.0 10.0 150.00 10.2 0 0 VC..1103 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PVACR/L 1212M-11S 12.0 12.0 150.00 12.2 0 0 VC..1103 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PVACR/L 1616M-11S 16.0 16.0 150.00 16.2 0 0 VC..1103 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
PVACR/L 2020K-11S 20.0 20.0 125.00 20.2 0 0 VC..1103 SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5
• The clamping screw may by transferred to the opposite side if needed
For inserts, see pages: VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173)
PVACR/L-S
Side Lever Lock Tools Carrying
35° Positive Rhombic Inserts for
Swiss Automatic Machines
l2
h
h
l1
fb
62.5°
Designation h b l1l2f Ga° Gr° Insert
SDNCN 0808F-07 8.0 8.0 80.00 14.0 4.0 0 0 DC..0702 SR 14-548 T-7/5
SDNCN 1010F-07 10.0 10.0 80.00 14.5 5.0 0 0 DC..0702 SR 14-548 T-7/5
SDNCN 1010K-11S (1) 10.0 10.0 120.00 20.0 5.0 0 0 DC..11T3 SR 16-236 T-15/5
SDNCN 1212F-11 12.0 12.0 80.00 21.3 6.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDNCN 1616H-11 16.0 16.0 100.00 21.0 8.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDNCN 2020K-11 20.0 20.0 125.00 21.0 10.0 0 0 DC..11T3 SR 16-236 P T-15/5
SDNCN 2525M-11 25.0 25.0 150.00 30.0 12.5 0 0 DC..11T3 SR 16-236 P T-15/5 TDC 3-1P SR TC-3P HW 4.0
(1) For Swiss-type machines
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) • DCMT/DCGT (161) •
DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
SDNCN
Screw Lock Tools Carrying
55° Diamond Inserts with
7° Clearance Angle
55
ISOTURN TOOLS
l2
h
f
l1
b
SVJCR ...S
h
Right-hand shown
93°
105°
Designation h b l1l2f Ga° Gr° Insert
SVJCR/L 0808K-11S (1) 8.0 8.0 125.00 11.5 8.2 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 1010K-11S (1) 10.0 10.0 125.00 22.0 10.2 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 1212K-11S (1) 12.0 12.0 125.00 - 12.2 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 1616K-11 16.0 16.0 125.00 25.0 20.0 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 2020K-11 20.0 20.0 125.00 30.0 25.0 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 2525M-11 25.0 25.0 150.00 30.0 32.0 0 0 VC..1103 SR 14-560 T-8/5
SVJCR/L 2020K-16 20.0 20.0 125.00 30.0 25.0 0 0 VC..1604 SR 16-236 P T-15/5 TVC 3-1 SR TC-3 HW 2.5
SVJCR/L 2525M-16 25.0 25.0 150.00 30.0 32.0 0 0 VC..1604 SR 16-236 P T-15/5 TVC 3-1 SR TC-3 HW 2.5
(1) For Swiss-type machines
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT
(PCD) (185) • VCGT-DW (PCD) (185)
SVJCR/L
93° Lead Angle Screw Lock Tools
Carrying 35° Diamond Inserts
with 7° Clearance Angle
h
l1
l
2
b
f
h
G 1/8"-28
Gr°
Ga°
93°
Central coolant direction
4°
4° (8° rotation adjustment)
93°
105°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
SVJCR/L 2525M-16-JHP 25.0 25.0 150.00 42.0 32.0 0 0 VCMT 1604
• For user guide, see pages 64-71
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185) •
VCGT-DW (PCD) (185)
Spare Parts
Designation
SVJCR/L 2525M-16-JHP TVC 3-1 SR TC-3 SR 16-236 P CU-V-JHP T-15/5 HW 2.5 T-8/5
SVJCR/L-16-JHP
Screw Lock Tools with Channels
for High Pressure Coolant
Carrying 35° Rhombic Inserts
with 7° Clearance Angle
SS
f
l1Right-hand shown
93°
105°
Designation SS f l1Insert
C4 SVJCR/L-27050-11 40 27.0 50.00 VC.. 1103 SR 14-560/S T-8/5 EZ 83
C4 SVJCR/L-27050-16 40 27.0 50.00 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 83
C5 SVJCR-35060-11 50 35.0 60.00 VC.. 1103 SR 14-560/S T-8/5 EZ 104
C5 SVJCR/L-35060-16 50 35.0 60.00 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 104
C6 SVJCR/L-45065-16 63 45.0 65.00 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 125
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT
(PCD) (185) • VCGT-DW (PCD) (185)
C#-SVJCR/L
Screw Lock Tools with
CAMFIX Exchangeable Shanks
Carrying 35° Rhombic Inserts
with 7° Clearance Angle
ISCAR
56
ISOTURN TOOLS
Gr°
a°
f
l1
SS
L3
Central coolant direction
4°
4° (8° rotation adjustment)
93°
105°
Bar Max
Designation SS f l1Ga° Gr°a°L3Insert
C3 SVJCR-22040-11-JHP 32 22.0 40.00 0 0 55 - VCMT 1103
C4 SVJCR/L-27055-16-JHP 40 27.0 55.00 0 0 55 - VCMT 1604
C5 SVJCR/L-35060-16-JHP 50 35.0 60.00 0 0 55 - VCMT 1604
C6 SVJCR-45065-16-JHP 63 45.0 65.00 0 0 70 16.80 VCMT 1604
• For user guide, see pages 64-71
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185)
• VCGT (PCD) (185) • VCGT-DW (PCD) (185)
Spare Parts
Designation
C3 SVJCR-22040-11-JHP SR 14-560 CH-1.9D-JHP T-8/5
C4 SVJCL-27055-16-JHP TVC 3-1 SR TC-3 T-15/5 SR 16-236 P CU-V-JHP OR 6.4X0.9N T-8/5 HW 2.5
C4 SVJCR-27055-16-JHP TVC 3-1 SR TC-3 T-15/5 SR 16-236 P CU-V-JHP T-8/5 HW 2.5
C5 SVJCR/L-35060-16-JHP TVC 3-1 SR TC-3 T-15/5 SR 16-236 P CU-V-JHP OR 6.4X0.9N T-8/5 HW 2.5
C6 SVJCR-45065-16-JHP TVC 3-1 SR TC-3 T-15/5 SR 16-236 P CU-V-JHP T-8/5 HW 2.5
C#-SVJCR/L-JHP
Screw Lock Tools with
CAMFIX Exchangeable Shanks
Carrying 35° Rhombic Inserts
with 7° Clearance Angle
SS
f20
l1
78°
Complies with the ICTM and HSK-T standards. • Right-hand shown
93°
105°
Designation SS l1f Insert
HSK A63WH-SVJCR/L-J16 63 110.00 25.0 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 104
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately). • For shank dimensions, see page 551
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185)
• VCGT-DW (PCD) (185)
HSK A63WH-SVJCR/L
Tools with HSK Exchangeable Tapered
Shanks Carrying Positive 35° Inserts
for 15° Mounting on Turn-Mill Machines
l1
h1B1
f2A2
93º
HOLDER: MAHPL HOLDER: MAHR
ff1
f2
19.5
f=f1(shank)+f2(adapter)
93°
105°
Designation h1B1l1f2A2Ga° Gr° Insert
SVJCR-11-PAD 24.0 28.0 42.00 7.50 5.2 0 0 VC.. 1103 SR 14-560/S T-8/5
For inserts, see pages: VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173)
For holders, see pages: C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • C#-MAHD-JHP (479) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
SVJCR-PAD
93° Lead Angle Screw Lock
Adapters Carrying 35° Diamond
Inserts with 7° Clearance Angle
57
ISOTURN TOOLS
hh
b
f
l1
Right-hand shown
9 1°
Designation h b l1f Ga° Gr° Insert
SVACR/L 1212K-11S 12.0 12.0 125.00 12.0 0 0 VC..11.. SR 14-560 T-8/5
SVACR 1616K-11S 16.0 16.0 125.00 16.0 0 0 VC..11.. SR 14-560 T-8/5
SVACR/L 1212K-13S 12.0 12.0 125.00 12.0 0 0 VC..13.. SR 14-513 T-8/5
SVACR/L 1616K-13S 16.0 16.0 125.00 16.0 0 0 VC..13.. SR 14-513 T-8/5
SVACR/L 2020K-13S 20.0 20.0 125.00 20.0 0 0 VC..13.. SR 14-513 T-8/5
For inserts, see pages: VCGT 1303..-PF (163) • VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173)
SVACR/L
91° Lead Angle Screw Lock Tools
Carrying 35° Diamond Inserts
with 7° Clearance Angle
h
F1
l2l1
b
h
UNF 5/16”-24 typx3
f
91°
Gr Ga
Right-hand shown
9 1°
Bar Max
Designation h b l1l2f F1Ga° Gr° Insert
PVACR/L 1010H-11S-JHP 10.0 10.0 100.00 20.0 10.2 - 0 0 VC..1103
PVACR/L 1212H-11S-JHP 12.0 12.0 100.00 20.0 12.2 16.0 0 0 VC..1103
PVACR/L 1616K-11S-JHP 16.0 16.0 125.00 20.0 16.2 - 0 0 VC..1103
PVACR/L 2020K-11S-JHP 20.0 20.0 125.00 25.0 20.2 - 0 0 VC..1103
• For user guide, see pages 64-71
For inserts, see pages: VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173)
Spare Parts
Designation
PVACR/L 1212H-11S-JHP SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5 SR 5/16UNF TL360 S-CU-JHP
PVACR/L 1616K-11S-JHP SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5 SR 5/16UNF TL360 S-CU-JHP
PVACR 2020K-11S-JHP SL LV-2 SL PI-2 PIN SR 10400611 HW 2.5/5 SR 5/16UNF TL360 S-CU-JHP
PVACR/L-JHP
Tools with Channels for High Pressure
Coolant Carrying 35° Positive Rhombic
Inserts for Swiss Automatic Machines
h
Gr
l1
l2L5
F1f
91°
b
h
Ga
9 1°
Bar Max
Designation h b l1l2L5f F1Ga° Gr° Insert
PVACR/L 1212X-11S-JHP-MC 12.0 12.0 70.00 25.0 21.00 12.2 16.0 0 0 VC..1103
PVACR/L 1616X-11S-JHP-MC 16.0 16.0 73.00 26.0 16.00 16.2 - 0 0 VC..1103
• For user guide, see pages 64-71
For inserts, see pages: VCET-WF (163) • VCGT-AS (173) • VCMT-SM (163)
Spare Parts
Designation
PVACR/L-JHP-MC SL LV-2 SL PI-2 PIN SR 10400611 HW 2.0/5 SR 5/16UNF TL360 S-CU-JHP
PVACR/L-JHP-MC
Tools with Channels for High Pressure
Coolant Carrying 35° Positive Rhombic
Inserts for Swiss Automatic Machines
ISCAR
58
ISOTURN TOOLS
l2
h
f
l1
b
h
72.5°
Designation h b l1l2f Ga° Gr° Insert
SVVCN 0808K-11S (1) 8.0 8.0 125.00 - 4.3 0 0 VC..1103 SR 14-560 T-8/5
SVVCN 1010K-11S (1) 10.0 10.0 125.00 - 5.3 0 0 VC..1103 SR 14-560 T-8/5
SVVCN 1212K-11S (1) 12.0 12.0 125.00 - 6.3 0 0 VC..1103 SR 14-560 T-8/5
SVVCN 1616K-11S (1) 16.0 16.0 125.00 - 8.3 0 0 VC..1103 SR 14-560 T-8/5
SVVCN 2020K-16 20.0 20.0 125.00 34.0 10.0 0 0 VC..1604 SR 16-236 P T-15/5 TVC 3-1 SR TC-3 HW 2.5
SVVCN 2525M-16 25.0 25.0 150.00 38.1 12.5 0 0 VC..1604 SR 16-236 P T-15/5 TVC 3-1 SR TC-3 HW 2.5
(1) For Swiss-type machines
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185) •
VCGT-DW (PCD) (185)
SVVCN
72.5° Lead Angle Screw Lock
Tools Carrying 35° Diamond
Inserts with 7° Clearance Angle
l1
SS
72.5°
Designation SS l1Insert
C4 SVVCN-00050-11 40 40.00 VC.. 1103 SR 14-560/S T-8/5 EZ 83
C4 SVVCN-00050-16 40 40.00 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 83
C5 SVVCN-00060-16 50 50.00 VC.. 1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5 EZ 125
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185) •
VCGT-DW (PCD) (185)
C#-SVVCN
Screw Lock Tools with
CAMFIX Exchangeable Shanks
Carrying 35° Rhombic Inserts
with 7° Clearance Angle
l2
h
f
l1
b
h
Right-hand shown
112°
Designation h b l1l2f Ga° Gr° Insert
SVXCR/L 2020K-16 20.0 20.0 125.00 25.0 25.0 0 0 VC..1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5
SVXCR/L 2525M-16 25.0 25.0 150.00 30.0 32.0 0 0 VC..1604 TVC 3-1 SR TC-3 HW 2.5 SR 16-236 P T-15/5
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185) •
VCGT-DW (PCD) (185)
SVXCR/L
112° Lead Angle Screw Lock
Tools Carrying 35° Diamond
Inserts with 7° Clearance Angle
h
b
l1
l2
h
117.5°
f
Right-hand shown
11 7. 5 °
Designation h b l1l2f Ga° Gr° Insert
SVPCR/L 1212K-11S 12.0 12.0 125.00 19.0 12.2 0 0 VC..1103 SR 14-560 T-8/5
SVPCR/L 1616K-11S 16.0 16.0 125.00 - 16.2 0 0 VC..1103 SR 14-560 T-8/5
For inserts, see pages: VCMT-SM (163) • VCGT-AS (173)
SVPCR/L
117° Lead Angle Screw Lock
Tools Carrying 35° Diamond
Inserts with 7° Clearance Angle
59
ISOTURN TOOLS
l2
h
f
l1
b
h
Right-hand shown
75°
Designation h b l1l2f Ga° Gr° Insert
SSBCR/L 1616H-09 16.0 16.0 100.00 15.0 13.0 0 0 SC.. 09T3 SR 16-236 T-15/5
SSBCR/L 2020K-12 20.0 20.0 125.00 19.0 17.0 0 0 SC..1204 SR 16-212 T-20/5
SSBCR/L 2525M-12 25.0 25.0 150.00 19.0 22.0 0 0 SC..1204 SR 16-212 T-20/5 TSC 4-2 SR TC-4 HW 3.0
For inserts, see pages: SCMT-SM (164) • SCGT-AS (172) • SCMT-14 (165) • SCMT-19 (165)
SSBCR/L
75° Lead Angle Screw Lock
Tools Carrying the Square Inserts
with 7° Clearance Angle
l2
h
f
l1
b
h
Right-hand shown
45°
45°
Designation h b l1l2f Ga° Gr° Insert
SSSCR/L 1212F-09 12.0 12.0 80.00 18.0 16.0 0 0 SC.. 09T3 SR 16-236 T-15/5
SSSCR/L 1616H-09 16.0 16.0 100.00 18.0 20.0 0 0 SC.. 09T3 SR 16-236 T-15/5
SSSCR/L 2020K-12 20.0 20.0 125.00 22.0 25.0 0 0 SC.. 1204 SR 16-212 T-20/5
SSSCR/L 2525M-12 25.0 25.0 150.00 25.0 32.0 0 0 SC.. 1204 SR 16-212 T-20/5 TSC 4-2 SR TC-4 HW 3.0
For inserts, see pages: SCMT-SM (164) • SCGT-AS (172) • SCMT-14 (165) • SCMT-19 (165)
SSSCR/L
45° Lead Angle Screw Lock
Tools Carrying Square Inserts
with 7° Clearance Angle
l2
h
f
l1
b
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
STFCR/L 1212F-11 12.0 12.0 80.00 13.0 16.0 0 0 TC.. 1102 SR 14-548 T-7/5
STFCR/L 2020K-16 20.0 20.0 125.00 18.0 25.0 0 0 TC.. 16T3 SR 16-236 T-15/5
STFCR/L 2525M-16 25.0 25.0 150.00 20.0 32.0 0 0 TC.. 16T3 SR 16-236 T-15/5 TTC 3-2 SR TC-3 HW 2.5
For inserts, see pages: TCMT-F3P (165) • TCMT-PF (166) • TCMT-SM (166) • TCGT-AS (173) • TCMT (CBN) (195) • TCMT (PCD) (186)
STFCR/L
Screw Lock Tools Carrying
Triangular Inserts with 7° Clearance
Angle for Face Turning
l2
h
f
l1
b
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
STGCR/L 1212F-11 12.0 12.0 80.00 13.0 16.0 0 0 TC.. 1102 SR 14-548 T-7/5
STGCR/L 1616H-11 16.0 16.0 100.00 13.0 20.0 0 0 TC.. 1102 SR 14-548 T-7/5
STGCR/L 2020K-16 20.0 20.0 125.00 18.0 25.0 0 0 TC.. 16T3 SR 16-236 T-15/5
STGCR/L 2525M-16 25.0 25.0 150.00 18.0 32.0 0 0 TC.. 16T3 SR 16-236 T-15/5 TTC 3-2 SR TC-3 HW 2.5
For inserts, see pages: TCMT-F3P (165) • TCMT-PF (166) • TCMT-SM (166) • TCGT-AS (173) • TCMT (CBN) (195) • TCMT (PCD) (186)
STGCR/L
91° Lead Angle Screw Lock
Tools Carrying Triangular Inserts
with 7° Clearance Angle
ISCAR
60
ISOTURN TOOLS
l2
h
f
l1
b
h
Right-hand shown
Designation h b l1l2f Ga° Gr° Insert
SRGCR/L 1616H-08 16.0 16.0 100.00 11.0 20.0 0 0 RCMT 0803MO
SRGCR/L 2020K-10 20.0 20.0 125.00 14.0 25.0 0 0 RCMT 10T3MO
SRGCR 2525M-10 25.0 25.0 150.00 18.0 32.0 0 0 RCMT 10T3MO
SRGCR/L 2525M-12 25.0 25.0 150.00 18.0 32.0 0 0 RCMT 1204MO
SRGCR/L 2525M-16 25.0 25.0 150.00 20.0 32.0 0 0 RCMT 1606MO
SRGCR/L 3232P-20 32.0 32.0 170.00 25.0 40.0 0 0 RCMT 2006MO
For inserts, see pages: RCGT-AS (175) • RCMT-14 (167) • RCMT-SR (166)
Spare Parts
Designation
SRGCR/L 1616H-08 SR 14-513 T-8/5
SRGCR/L 2020K-10 T-15/5
SRGCR 2525M-10 TRC 3-0 SR TC-3 T-15/5
SRGCR/L 2525M-12 SR 16-212 TRC 4-0 SR TC-4 T-20/5 HW 3.0
SRGCR/L 2525M-16 SR 16-212 TRC 5-0 SR TC-4 T-20/5 HW 3.0
SRGCR/L 3232P-20 SR 14-519 TRC 6-0 SR TC-6 HW 4.0 BLD T20/S7 SW6-T-SH
SRGCR/L
Screw Lock Tools Carrying Round
Inserts with 7° Clearance Angle
h
Gr°
f
h
Ga°
Frontal coolant
on/off screw
Frontal coolant hole
b
l2
G 1/8"-28
l1
Central coolant direction
(8° rotation adjustment)
4°
4°
Bar Max
Designation h b l1l2f Ga° Gr° Insert
SRGCR 2525M-12-JHP 25.0 25.0 150.00 30.0 32.0 0 0 RCMT 1204
• For user guide, see pages 64-71
For inserts, see pages: RCMT-14 (167)
Spare Parts
Designation
SRGCR 2525M-12-JHP TRC 4-0 SR TC-4 T-8/5 SR 16-212 T-20/5 CU-R-JHP SR M4X4 DIN913 TL360 HW 2.0 HW 3.0
SRGCR-12-JHP
Screw Lock Tools with Channels for
High Pressure Coolant Carrying Round
Inserts with 7° Clearance Angle
SS
f
l1Right-hand shown
Designation SS f l1Insert
C5 SRGCR/L-35060-10 50 35.0 60.00 RCMT 10T3MO TRC 3-0 SR TC-3 HW 2.5 SR 16-236 T-15/5 EZ 83
C5 SRGCR-35060-12 50 35.0 60.00 RCMT 1204MO TRC 4-0 SR TC-4 HW 3.0 SR 16-212 T-20/5 EZ 104
For inserts, see pages: RCGT-AS (175) • RCMT-14 (167)
C#-SRGCR/L
Screw Lock Tools with CAMFIX
Exchangeable Shanks Carrying Round
Inserts with 7° Clearance Angle
61
ISOTURN TOOLS
Gr
a°
f
SS
L3
l
1
Central coolant direction
(8° rotation adjustment)
4°
4°
Bar Max
Designation SS f l1a° L3Insert
C6 SRGCR-45065-12-JHP 63 45.0 65.00 60 16.00 RCMT 1204MO TRC 4-0 SR TC-4 T-20/5 SR 16-212 HW 3.0 CU-R-JHP T-8/5
• For user guide, see pages 64-71
For inserts, see pages: RCMT-14 (167)
C#-SRGCR-12-JHP
Screw Lock Tools with CAMFIX
Exchangeable Shanks Carrying Round
Inserts with 7° Clearance Angle
l2
h
f
l1
b
h
Designation h b l1l2f Ga° Gr° Insert
SRDCN 1616H-08 16.0 16.0 100.00 33.0 8.0 0 0 RCMT 0803MO
SRDCN 2020K-10 20.0 20.0 125.00 38.0 10.0 0 0 RCMT 10T3MO
SRDCN 2525M-12 25.0 25.0 150.00 50.0 12.5 0 0 RCMT 1204MO
SRDCN 3225P-12 32.0 25.0 170.00 50.0 12.5 0 0 RCMT 1204MO
SRDCN 3225P-16 32.0 25.0 170.00 50.0 12.5 0 0 RCMT 1606MO
SRDCN 3232P-20 32.0 32.0 170.00 50.0 16.0 0 0 RCMT 2006MO
For inserts, see pages: RCGT-AS (175) • RCMT-14 (167) • RCMT-SR (166)
Spare Parts
Designation
SRDCN 1616H-08 SR 14-513 T-8/5
SRDCN 2020K-10 SR 16-236 T-15/5
SRDCN 2525M-12 SR 16-212 T-20/5 TRC 4-0 SR TC-4 HW 3.0
SRDCN 3225P-12 SR 16-212 T-20/5 TRC 4-0 SR TC-4 HW 3.0
SRDCN 3225P-16 SR 16-212 T-20/5 TRC 5-0 SR TC-4 HW 3.0
SRDCN 3232P-20 SR 14-519 TRC 6-0 SR TC-6 HW 4.0 BLD T20/S7 SW6-T-SH
SRDCN
Screw Lock Neutral Tools Carrying
Round Inserts with 7° Clearance Angle
l1
h
b
h
f
l2
Designation h b l1l2f Ga° Gr° Insert
PRDCN 4040S-25 40.0 40.0 250.00 80.0 20.0 0 0 RCMX 250700 TRC 25 SP 66 HW 4.0 SR 10402289 LR 25C
PRDCN 5050U-32 50.0 50.0 350.00 90.0 25.0 0 0 RCMX 320900 TRC 32 SP 8 HW 5.0 SR 10402264 LR 32C
For inserts, see pages: RCMX-NR (167)
PRDCN
Lever Lock Tools Carrying
RCMX Round Inserts
l1
h
f
h
b
l2
Right-hand shown
Designation h b l1l2f Ga° Gr° Insert
PRGCR/L 4040S-25 40.0 40.0 250.00 30.0 50.0 0 0 RCMX 250700 TRC 25 SP 66 SR 10402289 LR 25C HW 4.0
PRGCR/L 5050T-32 50.0 50.0 300.00 33.5 60.0 0 0 RCMX 320900 TRC 32 SP 8 SR 10402264 LR 32C HW 5.0
For inserts, see pages: RCMX-NR (167)
PRGCR/L
Lever Lock Tools Carrying
RCMX Round Inserts
ISCAR
62
ISOTURN TOOLS
h
f
a°
l1
90°
b
h
Right-hand shown
90°
Designation h b l1fa° Insert
SWAPR/L 0808-04 8.0 8.0 140.00 8.1 6 WPEB/X 04.. T-8/5 SR M3.0L
SWAPR 1010-04 10.0 10.0 150.00 10.1 5.5 WPEB/X 04.. T-8/5 SR M3.0R
SWAPR/L 1010-05 10.0 10.0 150.00 10.1 10 WPEB/X 05.. T-8/5 SR M3.5L
SWAPR/L 1212-05 12.0 12.0 150.00 12.1 10 WPEB/X 05.. T-8/5 SR M3.5L
SWAPR/L 1212-06 12.0 12.0 150.00 12.1 10 WPEB/X 06.. T-8/5 SR M3.5L
SWAPR/L 1414-06 14.0 14.0 150.00 14.1 10 WPEB/X 06.. T-8/5 SR M3.5L
SWAPR/L 1616-06 16.0 16.0 150.00 16.1 10 WPEB/X 06.. T-8/5 SR M3.5L
• For R.H. tool use -R screw, for L.H. tool use -L screw.
For inserts, see pages: WPEX (172)
SWAPR/L
90° Lead Angle Screw Lock
Tools Carrying Trigon Inserts for
Swiss Automatic Machines
f2A2
l1
h1 B1
f
Holder: MAHPL
Holder: MAHR
f1
f2
17.2
f=f1(shank)+f2(adapter)
90°
Designation h1B1l1f2A2Ga° Gr° Insert
SWAPR-06-PAD 24.0 28.0 42.00 7.50 5.2 0 0 WPEX/B 0604 SR M3.5R T-8/5
For inserts, see pages: WPEX (172)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
SWAPR-PAD
90° Lead Angle Screw Lock
Adapters Carrying Trigon Inserts
for Swiss Automatic Machines
h
f
a°
45°
l1
b
h
Right-hand shown
45°
Designation h b l1fa° Insert
SWDPR/L 1010-04 10.0 10.0 150.00 10.1 51 WPEB/X 04.. T-8/5 SR M3.0L
SWDPR/L 1212-05 12.0 12.0 150.00 12.1 55 WPEB/X 05.. T-8/5 SR M3.5L
SWDPR 1616-06 16.0 16.0 150.00 16.1 55 WPEB/X 06.. T-8/5 SR M3.5R
• For R.H. tool use -R screw, for L.H. tool use -L screw.
For inserts, see pages: WPEX (172)
SWDPR/L
45° Lead Angle Screw Lock
Tools Carrying Trigon Inserts for
Swiss Automatic Machines
l2
h
f
l1
b
h
Right-hand shown
45°
45°
Designation h b l1l2f Ga° Gr° Insert
CSSPR 1212F-09 12.0 12.0 80.00 21.0 16.0 0 6 SPMR 0903 LC 15 SET 1 HW 2.5
CSSPR 1616H-12 (1) 16.0 16.0 100.00 26.0 20.0 0 6 SPMR 1203 ISQP 162 SP 16 LC 30 SET 2 HW 3.0
CSSPR 2020K-12 (1) 20.0 20.0 125.00 26.0 25.0 0 6 SPMR 1203 ISQP 162 SP 16 LC 30 SET 1 HW 3.0
CSSPR/L 2525M-12 (1) 25.0 25.0 150.00 28.0 32.0 0 6 SPMR 1203 ISQP 162 SP 16 LC 30 SET 1 HW 3.0
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: SPMR (168)
CSSPR/L
Clamp Lock Tools Carrying
11° Clearance Square Inserts for
Longitudinal and Face Turning
63
ISOTURN TOOLS
l2
h
f
l1
b
h
45°
Designation h b l1l2f Ga° Gr° Insert
CSDPN 2020K-12 20.0 20.0 125.00 30.0 10.0 0 6 SPMR 1203 ISQP 162(a) SP 16 LC 30 SET 1 HW 3.0
CSDPN 2525M-12 25.0 25.0 150.00 30.0 12.5 0 6 SPMR 1203 ISQP 162(a) SP 16 LC 30 SET 1 HW 3.0
(a) Use ISQP 163 seat for inserts with corner radii 1.6-2.4 mm
For inserts, see pages: SPMR (168)
CSDPN
45° Lead Angle Clamp Lock Tools
Carrying 11° Clearance Square Inserts
l2
h
f
l1
b
h
Right-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
CTGPR/L 1212F-11 12.0 12.0 80.00 17.0 16.0 0 6 TPMR/TPGN 1103 LC 15 SET 1 HW 2.5
CTGPR 1616H-11 16.0 16.0 100.00 16.0 20.0 0 6 TPMR/TPGN 1103 LC 15 SET 1 HW 2.5
CTGPR/L 2020K-16 20.0 20.0 125.00 26.0 25.0 0 6 TPMR/TPGN 1603 ITBP 122 ITBP 123* SP 16(a) LC 30 SET 1 HW 3.0
CTGPR/L 2525M-16 25.0 25.0 150.00 26.0 32.0 0 6 TPMR/TPGN 1603 ITBP 122 ITBP 123* SP 16(a) LC 30 SET 1 HW 3.0
* Optional, should be ordered separately
(a) Use ITBP 123 seat for inserts with corner radii 1.6-2.4 mm
For inserts, see pages: TPGN-Ceramic (182) • TPMR (168) • TPMR-PF (168)
CTGPR/L
Clamp Lock Tools Carrying
11° Clearance Triangular Inserts
l2
h
f
l1
b
h
Right-hand shown
Left-hand shown
9 1°
Designation h b l1l2f Ga° Gr° Insert
CTFPR 1212F-11 12.0 12.0 80.00 16.0 16.0 0 -6 TPMR/TPGN 1103 HW 2.5 LC 15 SET 1
CTFPR/L 1616H-11 16.0 16.0 100.00 16.0 20.0 0 -6 TPMR/TPGN 1103 HW 2.5 LC 15 SET 1
CTFPR 2020K-16 20.0 20.0 125.00 22.0 25.0 0 -6 TPMR/TPGN 1603 ITBP 122 HW 3.0 SP 16 LC 30 SET 1 ITBP 123*
CTFPR/L 2525M-16 25.0 25.0 150.00 22.0 32.0 0 -6 TPMR/TPGN 1603 ITBP 122 HW 3.0 SP 16 LC 30 SET 1
* Optional, should be ordered separately
For inserts, see pages: TPGN-Ceramic (182) • TPMR (168) • TPMR-PF (168)
CTFPR/L
Clamp Lock Tools Carrying
11° Clearance Triangular
Inserts for Face Turning
ISCAR
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ISO TURN TOOLSISO TURN TOOLS
ISCAR
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64
USER GUIDE
JET HIGH PRESSURE TOOLS
High Pressure Coolant
Important Features
• Up to 200% increased cutting speed when
machining titanium and heat resistant alloys
• Effective chip control on problematic materials
• Up to 100% increased tool life when machining titanium,
heat resistant alloys and alloy steel
JHP tools are essential and important for the
aviation, aerospace and medical industries.
The coolant channels of the JHP tools feature outlets
very close to the cutting edges, thus gaining the
following advantages:
• Shorter machining time – cutting speed may
be increased by up to 200% when machining
titanium and heat resistant alloys
• Longer tool life – increased tool life by up to
100% not only on titanium and heat resistant
alloys, but also on stainless and alloy steels
• Improved chip control – small chips can be obtained
even on the most ductile and problematic materials
• Effective cooling down of the cutting edge,
reducing sensitivity to heat fluctuations
• Safer and more stable process
JHP tools provide advantageous performance, also
when conventional pressure is applied.
Pressure vs. Flow
• Each JHP tool is designed to work at a certain flow rate,
depending on the pressure. The flow rates are listed in the
catalog pages for each tool. The user should verify that
his pump can supply the required flow in order to achieve
the optimal results. The pump data sheet will usually
list the maximum flow rate for each pressure range.
Chips & Pressure
• The coolant flow will start to break the chips at a
certain pressure, depending on the specific tool and
the workpiece material. If the chips are not breaking,
the pressure should be increased until chip control
is achieved. As the pressure is increased, the chips
become smaller and smaller. It is possible to control
the size of the chips by modifying the pressure.
65
ISO TURN TOOLS
6565
USER GUIDE
Insert
Channel Shape
Inside the
Nozzle Tube
Nozzle
Tube
Flow Rate liter/min
70 Bar 100 Bar 140 Bar 300 Bar
NZ-CW-JHP 19-23.5 22.5-28 26.5-33 46-52
NZ-D-JHP 19-23.5 22.5-28 26.5-33 46-52
NZ-V-JHP 9.5-11.8 11.3-14 13.4-16.7 22-26
NZ-R-JHP 19-23.5 22.5-28 26.5-33 46-52
Holes 14-16 18-23 23-26 33-37
Frontal Coolant
Hole(1) Hole 5.4-6.6 6.4-8 7.5-9.5 10-14
(1) Frontal
Coolant Hole
The tools with LNMX 1506… inserts
feature fixed cooling channels.
Fixed
Cooling Holes
There are 4 various telescopic tubes intended for
various insert geometries (see attached table).
Each tube possesses a different profile optimized
for the specific geometry of the insert.
The flow rate for each tube is listed in the table below.
Flow Rate for Various JHP Nozzles
ISCAR
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ISO TURN TOOLSISO TURN TOOLS
ISCAR
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ISCAR
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USER GUIDE
For most of the tools that have a square shank, a
frontal coolant hole has been added underneath
the seat of the insert to enable coolant flow
directed to the flank area of the insert.
The frontal coolant jet increases the amount of coolant
to the cutting zone. By closing or opening a screw, it
acts as a valve that monitors the rate of coolant flow.
Frontal
Coolant Hole
SLAN-15-TANG JHP tools for LNMX 1506… inserts,
SVJCR/L-16-JHP for VCMT 1604.. inserts and all
high pressure coolant tools with CAMFIX shanks
do not have the frontal cooling channel option.
Housing
Mounting Screw
Frontal Coolant Hole
O - Ring
Copper Seal Washer 1/8”
1/8" BSP Adaptation Nipple
Frontal Coolant Channel
On/Off Screw
H.P. Coolant Hose
Plug Screw
Nozzle Tube
Frontal coolant
on/off screw
Frontal coolant hole
67
ISO TURN TOOLS
6767
USER GUIDE
Inconel 718 - Chip Control with
CNMX 120708-M4MW IC807 Vc = 70 m/min
2
1
0.5
0.25
0.15 0.2 0.25
ap
mm
f mm/rev
2
1
0.5
0.25
0.15 0.2 0.35
ap
mm
f mm/rev
High Pressure 80 barNormal Pressure
Test Report
Material: Titanium (Ti6Al4V)
Operation: Turning
Tool: PCLNL 2525M-12-JHP
Insert: CNMG 120412-PP IC20
ap: 2.5 mm
f: 0.3 mm/rev
t (min)
High pressure (70 bars)
Normal pressure (6-8 bars)
0
10
50 60 75
Cutting speed - Vc (m/min)
20
30
40
50
60
70
High Pressure Normal Pressure
Pressure Influence on Chip ControlPressure Influence on Tool Life
ISCAR
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ISO TURN TOOLSISO TURN TOOLS
ISCAR
68
ISCAR
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USER GUIDE
Test Report
Material: Stainless steel 316L
Operation: Turning
Tool: PCLNL 2525M-12-JHP
Insert: CNMG 120408-TF IC908
ap: 2.5 mm
f: 0.3 mm/rev
t (min)
0
5
175
Normal pressure (6-8 bars)
High pressure (70 bars)
200 225
Cutting speed - Vc (m/min)
10
15
20
25
30
250
High Pressure Normal Pressure
Pressure Influence on Chip ControlPressure Influence on Tool Life
Test Report
Material: Inconel 718 (46 HRC)
Operation: Turning
Tool: PCLNL 2525M-12-JHP
Insert: CNMG 120408-TF IC808
ap: 2.5 mm
f: 0.3 mm/rev
t (min)
0
5
Normal pressure (6-8 bars)
High pressure (70 bars)
50 60
Cutting speed - Vc (m/min)
10
15
20
25
High Pressure
Pressure Influence on Chip ControlPressure Influence on Tool Life
Normal Pressure
69
ISO TURN TOOLS
6969
USER GUIDE
Assembly and Safety Guidelines When Using the
JET HP ISO Turning and Grooving Tools
Maximum Pressure 300 Bar
Maximum Pressure 300 Bar
Housing
Mounting Screw
O-Ring
Copper Seal Washer 1/8”
H.P. Coolant Hose
Frontal Coolant
Channel On/Off Screw
Plug Screw
Nozzle Tube
1/8" BSPP Adapting Nipple
Before use, please ensure that:
• The machine door is in a fully closed position
• The coolant hose is in the correct location and
fully tightened with all seals in position
• A blank plug is inserted into the unused coolant hole
• All O-rings and washers are in place
• The coolant hose is tightened securely to the
toolholder and tool block to prevent coolant leakage
Important
Always pay attention not to exceed
the maximum safe working pressure
of 300 bar.
Mounting
Screw
Housing
O-Ring
Plug Screw
Nozzle Tube
ISCAR
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ISO TURN TOOLSISO TURN TOOLS
ISCAR
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ISCAR
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USER GUIDE
ISOTURN JHP Tools
The unique high pressure coolant system is composed
of a static housing and telescopic tube to direct the
coolant exactly to the cutting edge of the insert. The
telescopic tube embedded in the housing skews right
and left, according to the working direction of the tool
(see drawing). The advantage of this system is that
there is no need to detach the housing of the tool
when changing an insert. This reduces setup time.
Central Coolant Direction
4°
4°(8° rotation adjustment)
To mount or change an insert, press on the
telescopic tube in a backward direction.
After indexing the cutting edge of the insert,
starting the coolant will extract the tube
automatically to its operating position.
Insert Indexing Procedure
3
1
24
71
ISO TURN TOOLS
L
L
Thread
Size (Th)
Thread
Size (Th1)
2
1
BB
BS
Bar Max
Designation L Fig. ThTh1
JHP HOSE G1/8-7/16-200BS 200.00 1 G1/8"-28 BSPP UNF7/16"-20FLARE 37°
JHP HOSE 5/16-G1/8-200BS 200.00 1 5/16"-24 UNF G1/8"-28 BSPP
JHP HOSE 5/16-7/16-200BS 200.00 1 5/16"-24 UNF UNF7/16"-20FLARE 37°
JHP HOSE G1/8-G1/8-200BB 200.00 2 G1/8"-28 BSPP G1/8"-28 BSPP
JHP HOSE G1/8-7/16-250BS 250.00 1 G1/8"-28 BSPP UNF7/16"-20FLARE 37°
JHP HOSE G1/8-G1/8-250BB 250.00 2 G1/8"-28 BSPP G1/8"-28 BSPP
Spare Parts
Designation
JHP HOSE G1/8-7/16-200BS JHP HOSE G1/8-7/16-200BS JHP BANJO BOLT G1/8" JHP COPPER SEAL 1/8"*
JHP HOSE 5/16-G1/8-200BS JHP BANJO BOLT 5/16" UNF JHP COPPER SEAL 5/16"
JHP HOSE 5/16-7/16-200BS JHP HOSE 5/16-7/16-200BS JHP BANJO BOLT 5/16" UNF JHP COPPER SEAL 5/16"
JHP HOSE G1/8-G1/8-200BB JHP HOSE G1/8-G1/8-200BB JHP BANJO BOLT G1/8"* JHP COPPER SEAL 1/8"*
JHP HOSE G1/8-7/16-250BS JHP HOSE G1/8-7/16-250BS
JHP HOSE G1/8-G1/8-250BB JHP HOSE G1/8-G1/8-250BB JHP BANJO BOLT G1/8"* JHP COPPER SEAL 1/8"*
* Optional, should be ordered separately
JHP HOSE
High Pressure Coolant Hose
SW=12
13
4
9.45
5/16”-24 UNF
6
9
G1/8”-28 BSPP
25
Bar Max
Designation L
JHP CONECTOR 5/16"-G1/8" 25.00 JHP COPPER SEAL 5/16"-2.5
JHP CONNECTOR
High Pressure Connector
dD
W
Bar Max
Designation D d W
JHP COPPER SEAL 5/16"-2.5 9.40 8.00 2.50 JHP COPPER SEAL 1/8"
JHP COPPER SEAL 5/16" 11.00 8.00 1.00 JHP COPPER SEAL 1/8"
JHP COPPER SEAL 1/8" 15.00 10.00 1.00 JHP COPPER SEAL 1/8"
JHP COPPER SEAL
High Pressure Copper Seal
CXD CXT
OAL
DRVS
CND
CNT
Bar Max
Designation OAL TDZ CNT CND CXD DRVS
JHP NIPPLE G1/8"-7/16"UNF 28.80 1/8"-28 BSPP 7/16"-20 UNF 4.00 4.00 14.3 JHP NIPPLE G1/8"-7/16"UNF
JHP NIPPLE 1/8NPT-7/16UNF 31.00 1/8"-27 NPT 7/16"-20 UNF 4.80 4.40 12.7 JHP NIPPLE 1/8NPT-7/16UNF
JHP NIPPLE 1/4NPT-7/16UNF 36.00 1/4"-18 NPT 7/16"-20 UNF 4.40 4.40 14.3
JHP NIPPL 5/16UNF-7/16UNF 29.50 5/16"-24 UNF 7/16"-20 UNF 4.00 4.40 12.7 JHP COPPER SEAL 5/16"
JHP NIPPLE
High Pressure Adaptation Nipple
ISCAR
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ISOTURN TOOLS
TOOLS FOR CERAMIC INSERTS
73
ISOTURN TOOLS
h
b
95°
95°
f
l1
h
Right-hand shown
95°
95°
Designation h b l1f Ga° Gr° Insert
CCLNR/L 2020K-12CEA 20.0 20.0 125.00 25.0 -4 -6 CNGN 1204 S 48 HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M5X0.8X10
CCLNR/L 2525M-12CE 25.0 25.0 150.00 32.0 -4 -6 CNGN 1207 S 48 HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M5X0.8X10
CCLNR/L 2525M-12CEA 25.0 25.0 150.00 32.0 -4 -6 CNGN 1204 S 48 HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M5X0.8X10
For inserts, see pages: CNGN-Ceramic (178)
CCLNR/L
Clamp Lock Tools Carrying Ceramic
Negative 80° Rhombic Inserts
h
b
95°
f
l1
h
Right-hand shown
Left-hand shown
95°
95°
Designation h b l1f Insert
TCLNR/L 2525M-12CH 25.0 25.0 150.00 32.0 CNGX 1207...T S 48 SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: CNGX-Ceramic (179)
TCLNR/L-CH
95° Lead Angle Tools Carrying
Negative CNGX 80° Rhombic
Ceramic Dimpled Inserts
h
b
75°
f
l1
h
Right-hand shown
75°
Designation h b l1f Insert
TCBNR/L 2525M-12CH 25.0 25.0 150.00 22.0 CNGX 1207...T S 48 SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: CNGX-Ceramic (179)
TCBNR/L-CH
75° Lead Angle Toolholders Using the
100° Corner of CNGX 80° Negative
Rhombic Ceramic Dimpled Inserts
h
b
75°
f
l1
h
Right-hand shown
75°
Designation h b l1f Insert
TCKNR/L 2525M-12CH 25.0 25.0 150.00 32.0 CNGX 1207...T S 48 SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: CNGX-Ceramic (179)
TCKNR/L-CH
75° Lead Angle Tools Carrying
the 100° Corner of CNGX 80°
Negative Rhombic Ceramic
Dimpled Inserts for Facing
ISCAR
74
ISOTURN TOOLS
h
b
75°
f
l1
h
Right-hand shown
75°
Designation h b l1f Ga° Gr° Insert
CSRNR 2020K-12CE 20.0 20.0 125.00 22.0 -5.2 -4.5 SNGN 1207
CSRNR/L 2525M-12CE 25.0 25.0 150.00 27.0 -5.2 -4.5 SNGN 1207
CSRNR/L 2525M-12CEA 25.0 25.0 150.00 27.0 -5.2 -4.5 SNGN 1204
CSRNR/L 3225P-12CE 32.0 25.0 170.00 27.0 -5.2 -4.5 SNGN 1207
For inserts, see pages: SNGN-Ceramic (179)
Spare Parts
Designation
CSRNR/L S 40 (SEAT) HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M5X0.8X10
CSRNR/L
75° Lead Angle Tools Carrying
Square Ceramic Inserts
h
b
75°
f
l1
h
Right-hand shown
75°
Designation h b l1f Insert
TSRNR/L 2525M-12CH 25.0 25.0 150.00 27.0 SNGX 1207..T S 40 (SEAT) SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: SNGX-Ceramic (180)
TSRNR/L-CH
75° Lead Angle Tools Carrying
Square Ceramic Dimpled Inserts
h
b
45°
f
l1
h45°
Designation h b l1f Ga° Gr° Insert
CSDNN 2020K-12CEA 20.0 20.0 125.00 10.0 -8.5 0 SNGN 1204
CSDNN 2525M-12CEA 25.0 25.0 150.00 12.5 -8.5 0 SNGN 1204
CSDNN 3225P-12CE 32.0 25.0 170.00 12.5 -8.5 0 SNGN 1207
For inserts, see pages: SNGN-Ceramic (179)
Spare Parts
Designation
CSDNN 2020K-12CEA S 40 (SEAT) SR M5X0.8X10 BCL 6 CLAMP SR M6X1X25ISO7380 HW 4.0
CSDNN 2525M-12CEA S 40 (SEAT) SR M5X0.8X10 BCL 6 CLAMP SR M6X1X25ISO7380 HW 4.0 HW 3.0
CSDNN-CE/CEA
45° Lead Angle Tools Carrying
Square Ceramic Inserts
h
b
45°
f
l1
h
45°
Designation h b l1f
TSDNN 2525M-12CH 25.0 25.0 150.00 12.5 S 40 (SEAT) SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: SNGX-Ceramic (180)
TSDNN-CH
45° Lead Angle Tools Carrying
Square Ceramic Dimpled Inserts
75
ISOTURN TOOLS
h
b
45°
f
l1
h
Right-hand shown
45°
45°
Designation h b l1f Ga° Gr° Insert
CSSNR/L 2525M-12CE 25.0 25.0 150.00 26.0 -6 -6 SNGN 1207
For inserts, see pages: SNGN-Ceramic (179)
Spare Parts
Designation
CSSNR/L-CE S 40 (SEAT) HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M5X0.8X10
CSSNR/L-CE
45° Lead Angle Tools Carrying
Square Ceramic Inserts for
Longitudinal and Face Turning
h
b
45°
f
l1
h
Right-hand shown
45°
45°
Designation h b l1f Insert
TSSNR/L 2525M-12CH 25.0 25.0 150.00 32.0 SNGX 1207..T S 40 (SEAT) SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: SNGX-Ceramic (180)
TSSNR/L-CH
45° Lead Angle Tools Carrying
Square Ceramic Dimpled Inserts
for Longitudinal and Face Turning
h
b
75°
f
l1
h
Right-hand shown
75°
Designation h b l1f Ga° Gr° Insert
CSKNR/L 2525M-12CEA 25.0 25.0 150.00 32.0 -4 -4 SNGN 1204
For inserts, see pages: SNGN-Ceramic (179)
Spare Parts
Designation
CSKNR/L S 40 (SEAT) SR M5X0.8X10 BCL 6 CLAMP SR M6X1X25ISO7380 HW 4.0
CSKNR/L
75° Lead Angle Tools Carrying Square
Ceramic Inserts for Face Turning
h
b
93°
f
l1
h
Right-hand shown
93°
Designation h b l1f Ga° Gr° Insert
CTJNR 2020K-16CEA 20.0 20.0 125.00 25.0 -4 -4 TNGN 1604 S 3 HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M4X8 ISO7380 SS
CTJNR/L 2525M-16CEA 25.0 25.0 150.00 32.0 -4 -4 TNGN 1604 S 3 HW 4.0 BCL 6 CLAMP SR M6X1X25ISO7380 SR M4X8 ISO7380 SS
For inserts, see pages: TNGN-Ceramic (181)
CTJNR/L
93° Lead Angle Tools Carrying
Triangular Ceramic Inserts
for Longitudinal Turning
ISCAR
76
ISOTURN TOOLS
h
b
93°
f
l1
h
Right-hand shown
93°
Designation h b l1f Insert
TDJNR/L 2525M-15CH 25.0 25.0 150.00 32.0 DNGX 1507..T SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: DNGX-Ceramic (181)
TDJNR/L-CH
93° Lead Angle Tools Carrying
55° Rhombic Dimpled Ceramic Inserts
h
b
62.5°
f
l1
h
62.5°
Designation h b l1f Insert
TDNNN 2525M-15CH 25.0 25.0 150.00 12.5 DNGX 1507..T SR M5X0.8X10 CCL 4 KSP 5 CSC 4 HW 4.0
For inserts, see pages: DNGX-Ceramic (181)
TDNNN-CH
62.5° Lead Angle Tools Carrying
55° Rhombic Dimpled Ceramic Inserts
h
b
f
l1
h
Designation h b l1f Ga° Gr° Insert
CRDNN 2525M-12CE 25.0 25.0 150.00 12.5 -8.5 0 RNGN 120700
CRDNN 2525M-12CEA 25.0 25.0 150.00 12.5 -8.5 0 RNGN 120400
CRDNN 3225P-12CE 32.0 25.0 170.00 12.5 -8.5 0 RNGN 120700
For inserts, see pages: RNGN-Ceramic (183)
Spare Parts
Designation
CRDNN S 43 SR M5X0.8X10 BCL 6 CLAMP SR M6X1X25ISO7380 HW 4.0
CRDNN
Clamp Lock Neutral Tools Carrying
Ceramic Round Negative Inserts
h
b
f
l1
h
Right-hand shown
Designation h b l1f Ga° Gr° Insert
CRGNR 2020K-12CEA 20.0 20.0 125.00 25.0 -6 -6 RNGN 120400
CRGNR/L 2525M-12CE 25.0 25.0 150.00 32.0 -6 -6 RNGN 120700
CRGNR/L 2525M-12CEA 25.0 25.0 150.00 32.0 -6 -6 RNGN 120400
CRGNR/L 3225P-12CE 32.0 25.0 170.00 32.0 -6 -6 RNGN 120700
For inserts, see pages: RNGN-Ceramic (183)
Spare Parts
Designation
CRGNR/L S 43 SR M5X0.8X10 BCL 6 CLAMP SR M6X1X25ISO7380 HW 4.0
CRGNR/L
Clamp Lock Tools Carrying
Ceramic Round Negative Inserts
h
b
f
75° 45°
l1
h
Right-hand shown
Designation h b l1f Insert
CRGCR/L 2525M-09CEB 25.0 25.0 150.00 32.0 RCGX 090300 CBRS 09 SR M2.5X10 ISO7380 BCL 6-20A SR M6X1X25ISO7380 HW 4.0
For inserts, see pages: RCGX (CBN) (196)
CRGCR/L-CEB
Clamp Lock Tools Carrying
Ceramic Round RCGX Inserts
with a V-Shaped Bottom
77
ISO TURN TOOLS
7777
ISCAR boring bars are equipped with internal coolant.
A unique plastic seal is supplied for insertion into the
channel which:
• Features a threaded tube fitting connection
• Performs a sealing role while clamped in a cylindrical adapter
• Requires no re-threading after shortening of the bar
The unique design is a simple and versatile solution
to the installation of coolant supply. It extends tool life,
improves chip flow and machining reliability.
ADAPTER
PLASTIC SEAL BORING BAR
PLASTIC SEAL
COOLANT SUPPLY
TUBE FITTING
BORING BAR
ADAPTER
PLASTIC SEAL
BORING BAR
COOLANT SUPPLY
FIXING-SCREW CAVITIES
ISOTURN BORING BARS
ISCAR
78
ISOTURN TOOLS
l2
L3d
hPWLNR SDUCR STFCR
CTFPR SIR
Designation d L3l2h Nxcm
E12 SHANK 12.00 146.00 24.8 11.0 1800 SR 14-19/2 SCREW* SR 14-19/4*
E16 SHANK 16.00 171.50 37.0 15.0 3000 SR 10400197-2 SCREW* SR 10400197-3 NUT*
• Screw and nut should be ordered separately.
* Optional, should be ordered separately
For tools, see pages: E-GEHIR / E-GHIR (289) • E-PWLNR/L-HEAD (85) • E-SCLCR/L-HEAD (90) • E-SDUCR/L-HEAD (93) • E-STFCR-HEAD (95)
• E-STFPR/L-HEAD (97)
Boring Heads
E16 PWLNR/L-06 HEAD
E12 SCLCR/L-06 HEAD
E16 SCLCR/L-09 HEAD
E12 SDUCR/L-07 HEAD
E16 SDUCR/L-07 HEAD
E12 STFPR/L-11 HEAD
E16 STFPR-11 HEAD
E12 STLPR-11 HEAD
E12 STFCR-11 HEAD
E16 STFCR-11 HEAD
E12 CTFPR-09 HEAD
E12 SIR-11 HEAD
E16 SIR-16 HEAD
Boring Kit E12 Shank
Boring Kit E12-LH Shank
Designation
Pcs.
E12 SHANK
1
E12 SCLCR/L-06 HEAD(1)
1
E12 SDUCR/L-07 HEAD(1)
1
E12 STFPR/L-11 HEAD(1)
1
CCMT 060204-14 IC9025
10
DCMT 070204 IC9025
10
TPMT 110204 IC9025
10
TORX T-7/5 FLAG
1
SR 14-19/2 SCREW
1
SR 14-19/4 NUT
1
(1)
Left-hand head for Boring
Kit E12-LH shank.
Economical Boring Solutions
This system provides an economical
solution for boring in deep holes. One
internal coolant carbide shank can
be used with 7 different boring heads
for internal turning and threading.
A damaged pocket can be easily
replaced at a cost of about 30% of a
new integral carbide boring bar.
Designation
Pcs.
E16 SHANK
1
E16 SCLCR-09 HEAD
1
E16 SDUCR-07 HEAD
1
E16 STFPR-11 HEAD
1
CCMT 09T304-SM IC907
10
DCMT 070204 IC9025
10
TPMT 110204 IC9025
10
TORX T-7/5 FLAG
1
TORX T-15/5 FLAG
1
SR 10400197-2 SCREW
1
SR 10400197-3 NUT
1
Boring Kit E16 Shank
Boring Heads
E-SHANK
Solid Carbide Shanks for
Economical Boring with Various
Interchangeable Heads
h1
f
l1
l2h
d
Dmin
Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
S25T DWLNR/L-08 25.00 300.00 50.0 23.0 12.3 17.0 32.00 -6 -11 WNMG 0804
S32U DWLNR/L-08 32.00 350.00 55.0 29.0 15.8 22.0 40.00 -6 -10 WNMG 0804
S40V DWLNR/L-08 40.00 400.00 55.0 36.0 19.8 27.0 60.00 -6 -10 WNMG 0804
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
S-DWLNR/L TWN 423 SP 4 LCGR-4 SR 10400270-25.5 T-15/5
S-DWLNR/L
R-Clamp Boring Bars Carrying
Negative Trigon Inserts
79
ISOTURN TOOLS
h1
l2
f
l1h
d
Dmin
Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
S25R DCLNR-12 25.00 200.00 45.0 23.0 12.3 17.0 32.00 -6 -10.5 CNMG 1204..
S32T DCLNR/L-12 32.00 300.00 45.0 28.0 15.8 22.0 40.00 -6 -10 CNMG 1204..
S40U DCLNR/L-12 40.00 350.00 55.0 36.0 19.8 27.0 48.00 -6 -9 CNMG 1204..
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/
CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF
(124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/
M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
S-DCLNR/L TCN 423 SP 4 LCGR-4 SR 10400270-25.5 T-15/5
S-DCLNR/L
R-Clamp Boring Bars Carrying
Negative 80° Negative Diamond Inserts
l2
f
h1
l1h
d
Dmin
Right-hand shown
93º
Designation d l1l2h h1f D min Ga° Gr° Insert
S25T SLANR/L-11 TANG 25.00 300.00 40.0 23.0 12.5 17.0 53.00 -6 -15 LNMX 1104..
S32U SLANR/L-11 TANG 32.00 350.00 50.0 30.0 16.0 22.0 53.00 -6 -15 LNMX 1104..
S40V SLANR/L-11 TANG 40.00 400.00 60.0 37.0 20.0 27.0 53.00 -6 -15 LNMX 1104..
S50U SLANR/L-15 TANG 50.00 350.00 60.0 47.0 25.0 37.0 85.00 -8 -10 LNMX 1506..
• Right-hand inserts for left-hand bars. Left-hand inserts for right-hand bars. • ap max for facing: LNMX 11-2.8 mm, LNMX 15-3.8 mm.
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
Spare Parts
Designation
S25T SLANL-11 TANG TLN 11R-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S25T SLANR-11 TANG TLN 11L-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S32U SLANL-11 TANG TLN 11R-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S32U SLANR-11 TANG TLN 11L-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S40V SLANL-11 TANG TLN 11R-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S40V SLANR-11 TANG TLN 11L-HTI SR RS4 T-6/5 SR 34-550-C BLD T10/S7 SW6-SD
S50U SLANL-15 TANG TLN 15R-HTI SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
S50U SLANR-15 TANG TLN 15L-HTI SR RS4 T-6/5 SR 34-535-SN BLD T15/S7 SW6-T-SH
S-SLANR/L-TANG
Boring Bars Carrying LNMX
Tangentially Screw Clamped
Inserts with 4 Cutting Edges for
High Metal Removal Rates
h1
f
I2h
I1
Dmin
d
93º
Designation d l1l2h h1f D min Ga° Gr° Insert
S50U PLANR-15 TANG 50.00 350.00 60.0 47.0 25.0 37.0 85.00 -6 -10 LNMX 1506...
• Right-hand inserts for left-hand bars. Left-hand inserts for right-hand bars. • ap max for facing 3.8 mm.
For inserts, see pages: LNMX-HM (152) • LNMX-HT (152) • LNMX-WG (152)
Spare Parts
Designation
S50U PLANR-15 TANG TLN 15L-HTI SR RS4 T-6/5 LR T15 SR TL-15 HW 3.5
S-PLANR-TANG
Boring Bars Carrying LNMX ...
Tangentially Clamped Inserts
with 4 Cutting Edges for
High Production Rates
ISCAR
80
ISOTURN TOOLS
h1
f
l2l1T
d
Dmin
h
Right-hand shown
95º
Designation d l1l2h h1f T D min Ga° Gr° Insert
S20Q PQFNR/L-09 20.00 180.00 40.0 18.0 9.0 13.0 7.5 28.00 -6 -12 QNMG 0904...
S25Q PQFNL-09 25.00 180.00 40.0 23.0 11.5 17.0 7.5 32.00 -6 -10 QNMG 0904...
S32R PQFNR-09 32.00 200.00 45.0 29.0 14.5 22.0 7.5 40.00 -6 -10 QNMG 0904...
S25R PQFNL-12 25.00 200.00 40.0 23.0 11.5 17.0 9.0 32.00 -6 -12 QNMG 1204...
S32R PQFNR-12 32.00 200.00 45.0 29.0 14.5 22.0 9.0 40.00 -6 -12 QNMG 1204...
S40S PQFNL-12 40.00 250.00 50.0 36.0 18.0 27.0 9.0 50.00 -6 -10 QNMG 1204...
For inserts, see pages: QNMG-GN (110) • QNMG-NF (109) • QNMG-PP (109) • QNMG-TF (109)
Spare Parts
Designation
S20Q PQFNR/L-09 LR 3S SR 117-2016 HW 2.0
S25Q PQFNL-09 LR 3S SR 117-2016 HW 2.0
S32R PQFNR-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
S25R PQFNL-12 LR 4M SR 117-2011 HW 2.5/5
S32R PQFNR-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S40S PQFNL-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S-PQFNR/L
Lever Lock Boring Bars Carrying
Negative Square Inserts with 80°
Corners for Internal Facing
Dmin
h1
h
f
l2l1
d
T
Right-hand shown
95º
Designation d l1l2h h1f T D min Ga° Gr° Insert
S20S PQLNR/L-09 20.00 250.00 40.0 18.0 9.0 13.0 6.5 25.00 -6 -12 N QNMG 0904
S25T PQLNR-09 25.00 300.00 40.0 23.0 11.5 17.0 6.5 32.00 -6 -10 N QNMG 0904
S32U PQLNR-09 32.00 350.00 45.0 29.0 14.5 22.0 6.5 40.00 -6 -10 N QNMG 0904
S25T PQLNR/L-12 25.00 300.00 40.0 23.0 11.5 17.0 8.5 32.00 -6 -12 N QNMG 1204
S32U PQLNR/L-12 32.00 350.00 45.0 29.0 14.5 22.0 8.5 40.00 -6 -12 N QNMG 1204
S40V PQLNR/L-12 40.00 400.00 50.0 36.0 18.0 27.0 8.5 50.00 -6 -10 N QNMG 1204
For inserts, see pages: QNMG-GN (110) • QNMG-NF (109) • QNMG-PP (109) • QNMG-TF (109)
Spare Parts
Designation
S20S PQLNR/L-09 LR 3S SR 117-2016 HW 2.0
S25T PQLNR-09 LR 3S SR 117-2016 HW 2.0
S32U PQLNR-09 TXC 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5
S25T PQLNR/L-12 LR 4M SR 117-2011 HW 2.5/5
S32U PQLNR/L-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S40V PQLNR/L-12 TSN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S-PQLNR/L
Lever Lock Boring Bars
Carrying Negative Square
Inserts with 80° Corners
81
ISOTURN TOOLS
Dmin
f
l2l1
h1
h
d
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min Insert
A25R PCLNR/L-12 25.00 200.00 40.0 23.0 11.5 17.0 -6 -12 Y 32.00 CNMG 1204..
S25S PCLNR/L-12 25.00 250.00 48.0 23.0 11.5 17.0 -6 -12 N 32.00 CNMG 1204..
A32T PCLNR/L-12 32.00 300.00 50.0 30.0 14.5 22.0 -6 -12 Y 40.00 CNMG 1204..
S32T PCLNR/L-12 32.00 300.00 51.0 30.0 14.5 22.0 -6 -12 N 40.00 CNMG 1204..
S40U PCLNR/L-12 40.00 350.00 51.0 36.0 18.0 27.0 -6 -12 N 49.00 CNMG 1204..
S50W PCLNR-19 50.00 450.00 70.0 47.0 23.5 35.0 0 -8.5 N 63.00 CNMG 1906..
For inserts, see pages: CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P (120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG-R3M
(123) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP (125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124)
• CNMG-WF (124) • CNMG-WG/NRW (124) • CNMS-12 (176) • CNMA (125) • CNGA-Ceramic (179) • CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4
(CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMA (PCD) (184)
Spare Parts
Designation
A25R PCLNR/L-12 LR 4M SR 117-2011 HW 2.5/5 HW 2.0 PL 25
S25S PCLNL-12 LR 4M SR 117-2011 HW 2.5
S25S PCLNR-12 LR 4M SR 117-2011 HW 2.5/5
A32T PCLNR/L-12 TCN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 2.0 HW 3.0 PL 32
S32T PCLNR/L-12 TCN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S40U PCLNR/L-12 TCN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S50W PCLNR-19 TCN 63 SP 66 LR 6 SR 10402352 HW 4.0
A/S-PCLNR/L
Lever Lock Boring Bars Carrying
Negative 80° Rhombic Inserts
ISCAR
82
ISOTURN TOOLS
h1
f
l2l1
Dmin
h
d
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min Insert
A16M PCLNR/L-09G (1) 16.00 150.00 30.0 15.0 7.5 11.0 -12 -16 21.00 Y CNMG 0904..
A20Q PCLNR/L-09G (1) 20.00 180.00 30.0 18.0 9.0 13.0 -6 -15 25.00 Y CNMG 0904..
A25R PCLNR/L-09X (2) 25.00 200.00 35.0 23.0 11.5 17.0 -6 -15 32.00 Y CNMX 0906, CNMG 0904
A32S PCLNR/L-09X (2) 32.00 250.00 40.0 29.0 14.5 22.0 -6 -13 40.00 Y CNMX 0906, CNMG 0904
A25R PCLNR/L-12X (3) 25.00 200.00 51.0 23.0 11.5 21.0 -7 -14 50.00 Y CNMX 1207, CNMG 1204
A32S PCLNR/L-12X (3) 32.00 250.00 51.0 29.0 14.5 21.0 -6 -13 54.00 Y CNMX 1207, CNMG 1204
S50W PCLNR-16X (4) 50.00 450.00 70.0 47.0 23.5 35.0 0 -8.5 63.00 N CNMX 1607, CNMG 1606
(1) For CNMG 0904.. inserts only
(2) Supplied with TCX 3 seat for CNMX 0906.. inserts and TCN 323 seat for CNMG 0904.. inserts.
(3) Supplied with TCX 4 seat for CNMX 1207.. inserts and TCN 443 seat for CNMG 1204.. inserts.
(4) Supplied with TCN 53 seat for CNMG 1606.. inserts. Use TCX 5 seat (optional) for CNMX 1607.. inserts.
For inserts, see pages: CNMX-M3/4MW (128) • CNMX-M3/4PW (128) • CNMG-F3P (119) • CNMG-M3P (120) • CNMG-F3M (122) • CNMG-M3M (122) •
CNMG-R3M (123) • CNMM-R3P (120) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGA-Ceramic (179) • CNGG-M4HF/M4HM (CBN) (188) • CNMA (125)
• CNMA (PCD) (184) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMG-Ceramic (178) • CNMG-GN (126) • CNMG-MR (127) • CNMG-NF
(124) • CNMG-NR (127) • CNMG-VL (123) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMG/CNGG-PP (125) • CNMG/CNGG-SF (123) • CNMG/
CNGG-TF (126) • CNMS-12 (176)
CNMG 0904..
CNMG 1204..
CNMG 1606..
TCN 323
TCN 443
TCN 53
CNMX 0906..
CNMX 1207..
CNMX 1607..
TCX 3
TCX 4
TCX 5
Spare Parts
Designation
A16M PCLNR/L-09G LR 3S SR 117-2009 HW 2.0 PL 16
A20Q PCLNR/L-09G LR 3S SR 117-2009 HW 2.0 PL 20
A25R PCLNR/L-09X TCX 3 TCN 323 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5 PL 25
A32S PCLNR/L-09X TCX 3 TCN 323 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5 PL 32
A25R PCLNR/L-12X TCX 4 TCN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 HW 3.0 PL 25
A32S PCLNR/L-12X TCX 4 TCN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 HW 3.0 PL 32
S50W PCLNR-16X TCX 5* TCN 53 SP 5 LR 5 SR LCS 5 HW 3.0
* Optional, should be ordered separately
A/S-PCLNR/L-X/G
Lever Lock Boring Bars Carrying
Negative CNMX/CNMG 80°
Rhombic Inserts
83
ISOTURN TOOLS
D
h
d
l1
l2
f
95º
Designation d l1l2h f Ga° Gr° D min Insert
A10K SWLNR/L-04 10.00 125.00 20.0 9.0 6.0 -10 -16 12.00 WNGP 04 SR 34-514 T-7F
A12M SWLNR/L-04 12.00 150.00 24.0 11.0 7.0 -10 -14 14.00 WNGP 04 SR 34-514 T-7F
A16Q SWLNR/L-04 16.00 180.00 32.0 15.0 9.0 -10 -11 18.00 WNGP 04 SR 34-514 T-7F
A20R SWLNR/L-04 20.00 200.00 36.0 18.0 11.0 -10 -10 22.00 WNGP 04 SR 34-514 T-7F
E10M SWLNR/L-04 10.00 125.00 20.0 9.0 6.0 -10 -16 12.00 WNGP 04 SR 34-514 T-7F
E12Q SWLNR/L-04 12.00 150.00 24.0 11.0 7.0 -10 -14 14.00 WNGP 04 SR 34-514 T-7F
E16R SWLNR/L-04 16.00 180.00 32.0 15.0 9.0 -10 -11 18.00 WNGP 04 SR 34-514 T-7F
E20S SWLNR/L-04 20.00 200.00 36.0 18.0 11.0 -10 -10 22.00 WNGP 04 SR 34-514 T-7F
• Use left-hand inserts on right-hand bars and vice versa. • A - steel shank with coolant hole, E - carbide shank with coolant hole.
For inserts, see pages: WNGP-F2M (112) • WNGP-F2P (110)
A/E-SWLNR/L-04
Boring Bars Carrying WNGP 0403..
Double-Sided Trigon Inserts for
Small Diameters
h
d
l2
f
h1
l1
Dmin
Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
A20Q MWLNR/L-06W 20.00 180.00 28.0 18.0 9.2 13.0 25.00 -6 10 YWNMG 06T3
A20 MWLNR/L-06W-AD (1) 20.00 100.00 28.0 18.0 9.0 13.0 25.00 -6 14 YWNMG 06T3
A25R MWLNR/L-06W 25.00 200.00 35.0 23.0 11.7 17.0 32.00 -6 14 YWNMG 06T3
A32S MWLNR/L-06W 32.00 250.00 40.0 29.0 14.7 19.0 36.00 -6 10 YWNMG 06T3
S20S MWLNR/L-06W 20.00 250.00 28.0 18.0 9.2 13.0 25.00 -6 10 NWNMG 06T3
S25T MWLNR/L-06W 25.00 300.00 35.0 23.0 11.7 17.0 32.00 -6 14 NWNMG 06T3
S32U MWLNR/L-06W 32.00 350.00 40.0 29.0 14.7 19.0 36.00 -6 10 NWNMG 06T3
A25R MWLNR/L-08W 25.00 200.00 40.0 23.0 11.7 17.0 32.00 -6 12 YWNMG 0804
A25 MWLNR/L-08W-AD (1) 25.00 120.00 35.0 23.0 11.7 17.0 32.00 -6 12 YWNMG 0804
A32S MWLNR/L-08W 32.00 250.00 45.0 29.0 14.7 22.0 40.00 -6 12 YWNMG 0804
A40T MWLNR/L-08W 40.00 300.00 50.0 36.0 18.2 27.0 50.00 -6 10 YWNMG 0804
S25T MWLNR/L-08W 25.00 300.00 35.0 23.0 11.7 17.0 32.00 -6 12 NWNMG 0804
S32U MWLNR/L-08W 32.00 350.00 45.0 28.0 14.7 22.0 40.00 -6 12 NWNMG 0804
S40V MWLNR/L-08W 40.00 400.00 50.0 36.0 18.2 27.0 50.00 -6 10 NWNMG 0804
S50V MWLNR/L-13W 50.00 400.00 63.0 47.0 23.5 35.0 63.00 -6 11 NWNMG 1306
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMM-NM (117) • WNMG-TF (116) • WNMG-GN
(117) • WNMG-NR (117) • WNMG-PP (116) • WNMG-VL (114) • WNMG-TNM (118) • WNMG-SF (113) • WNMG-NF (114) • WNMG-WF (115) • WNMA/
WNMA-WG (118) • WNMG-WG (115) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
A20Q MWLNR/L-06W ZNW 3WI LC 250 SET 1 HW 2.5 PL 20
A20 MWLNR/L-06W-AD ZNW 3WI LC 250 SET 1 HW 2.5 PL 20
A25R MWLNR/L-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W LC 250 SET 1 HW 2.5 PL 25
A32S MWLNR/L-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W LC 250 SET 1 HW 2.5 PL 32
S20S MWLNR/L-06W ZNW 3WI LC 250 SET 1 HW 2.5
S25T MWLNR/L-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W LC 250 SET 1 HW 2.5
S32U MWLNR/L-06W IWSN 322W IWSN 3-2W(b)* ZNW 3W LC 250 SET 1 HW 2.5
A25R MWLNR/L-08W TWN 423 ZNW-4WI LC 252 SET 2 HW 3.0 PL 25
A25 MWLNR/L-08W-AD TWN 423 ZNW-4WI LC 252 SET 2 HW 3.0 PL 25
A32S MWLNR/L-08W TWN 423 ZNW-4WI LC 252 SET 1 HW 3.0 PL 32
A40T MWLNR/L-08W IWSN 433 IWSN 433M(b)* ZNW 4W LC 252 SET 1 HW 3.0 PL 40
S25T MWLNR/L-08W TWN 423 ZNW-4WI LC 252 SET 2 HW 3.0
S32U MWLNR/L-08W TWN 423 ZNW-4WI LC 252 SET 1 HW 3.0
S40V MWLNR/L-08W IWSN 433 IWSN 433M(b)* ZNW 4W LC 252 SET 1 HW 3.0
S50V MWLNL-13W IWSN 635 ZNW 6W LC 253 (MIM) SPR 17-362 WA M8 SR 17-362 HW 4P
S50V MWLNR-13W IWSN 635 ZNW 6W LC 253 (MIM) SPR 17-362 WA M8 SR 17-362 HW 4P
* Optional, should be ordered separately
(b) Use IWSN 3-2W optional seat for WNMG 0604.. inserts
(b) Use IWSN 3-2W optional seat for WNMG 0604.. inserts
A/S-MWLNR/L-W
Top Wedge Lock Boring Bars Carrying
Double-Sided Trigon Inserts
ISCAR
84
ISOTURN TOOLS
l2Dmin
d
f
h1
h
l1Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
A16M PWLNR/L-06 16.00 150.00 27.0 15.0 8.0 11.0 20.00 -6 -14 Y WNMG 06T3
A20Q PWLNR/L-06 20.00 180.00 36.0 18.0 9.2 13.0 25.00 -6 -14 Y WNMG 06T3
A25R PWLNR/L-06 25.00 200.00 35.0 23.0 11.7 17.0 32.00 -6 -14 Y WNMG 06T3
S16Q PWLNR/L-06 16.00 180.00 27.0 15.0 8.0 11.0 20.00 -6 -14 N WNMG 06T3
S20R PWLNR/L-06 20.00 200.00 36.0 18.0 9.0 13.0 27.00 -6 -14 N WNMG 06T3
S25S PWLNR/L-06 25.00 250.00 40.4 23.0 11.5 17.0 32.00 -6 -14 N WNMG 06T3
S32T PWLNR-06 32.00 300.00 50.0 29.0 14.5 19.0 39.00 -6 -12 N WNMG 06T3
A25R PWLNR/L-08 25.00 200.00 35.0 23.0 11.7 17.0 32.00 -6 -12 Y WNMG 0804
A32S PWLNR/L-08 32.00 250.00 50.0 28.0 14.7 22.0 39.00 -6 -12 Y WNMG 0804
S25S PWLNR/L-08 25.00 250.00 47.0 23.0 11.5 17.0 32.00 -5 -12.5 N WNMG 0804
S32T PWLNR/L-08 32.00 300.00 50.0 29.0 14.5 22.0 39.00 -6 -12 N WNMG 0804
S40U PWLNR/L-08 40.00 350.00 59.0 36.0 18.0 27.0 49.00 -6 10 NWNMG 0804
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) • WNMM-NM
(117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187)
Spare Parts
Designation
A16M PWLNR/L-06 LR 3S SR 117-2009 PL 16 HW 2.0/5
A20Q PWLNR/L-06 TWN 322 SP 3 PN 3-4 LR 3W SR 117-2014 PL 20 HW 2.5/5
A25R PWLNR/L-06 TWN 322 SP 3 PN 3-4 LR 3 SR 117-2014 PL 25 HW 2.5/5
S16Q PWLNR/L-06 LR 3S SR 117-2009 HW 2.0/5
S20R PWLNR/L-06 TWN 322 SP 3 PN 3-4 LR 3W SR 117-2014 HW 2.5/5
S25S PWLNR/L-06 TWN 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5/5
S32T PWLNR-06 TWN 322 SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5/5
A25R PWLNR/L-08 LR 4M SR 117-2011 PL 25 HW 2.5/5
A32S PWLNR/L-08 TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 PL 32 HW 3.0
S25S PWLNR/L-08 LR 4M SR 117-2011 HW 2.5/5
S32T PWLNR/L-08 TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
S40U PWLNR/L-08 TWN 423 SP 4 PN 3-4 LR 4 SR 117-2010 HW 3.0
A/S-PWLNR/L
Lever Lock Boring Bars Carrying
Double-Sided Trigon Inserts
Dmin
h
d
f
h1
l1
l2
95º
Designation d h h1l1l2f D min Ga° Gr° Insert
A20Q PWLNL-06G (1) 20.00 18.0 9.2 180.00 35.0 13.0 25.00 -6 -14 WNMG 0604
A25R PWLNR/L-06X (2) 25.00 23.0 11.5 200.00 35.0 17.0 32.00 -6 -14 WNMX 0606, WNMG 0604
A32S PWLNR/L-06X (2) 32.00 29.0 14.5 250.00 48.0 22.0 40.00 -6 -12 WNMX 0606, WNMG 0604
A25R PWLNR-08X (3) 25.00 23.0 11.5 200.00 51.0 21.0 50.00 -7 -14 WNMX 0807, WNMG 0804
A32S PWLNR/L-08X (3) 32.00 29.0 14.5 250.00 51.0 21.0 54.00 -6 -13 WNMX 0807, WNMG 0804
(1) For WNMG 0604.. inserts only
(2) Supplied with TWX 3 seat for WNMX 0606.. inserts and TWN 3 seat for WNMG 0604.. inserts.
(3) Supplied with TWX 4 seat for WNMX 0807.. inserts and TWN 443 seat for WNMG 0804.. inserts.
For inserts, see pages: WNMX-M3/4MW (119) • WNMX-M3/4PW (119) • WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) •
WNMG-TF (116) • WNMG-GN (117) • WNMG-PP (116) • WNMG-NF (114) • WNMG-WF (115) • WNMA/WNMA-WG (118) • WNMG-WG (115)
Spare Parts
Designation
A20Q PWLNL-06G LR 3S SR 117-2009 PL 20 HW 2.0
A25R PWLNL-06X TWX 3 TWN 3 SP 3 PN 3-4 LR 3W SR 117-2014 PL 25 HW 2.5
A25R PWLNR-06X TWX 3 TWN 3 SP 3 PN 3-4 LR 3W SR 117-2014 PL 25 HW 2.5/5 HW 2.5
A25R PWLNR-08X TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 PL 25 HW 3.0
A32S PWLNR/L-08X TWX 4 TWN 443 SP 4 PN 3-4L LR 4DH SR 117-2010 PL 32 HW 3.0
A-PWLNR/L-X/G
Lever Lock Boring Bars with Coolant
Holes Carrying HELITURN LD
WNMX or WNMG Trigon Inserts
85
ISOTURN TOOLS
Dmin
h
d
f
h1
l1
Gr°
Ga°
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min Insert
E16 PWLNR-06 HEAD 16.00 200.00 37.0 15.0 8.0 11.0 -14 -6 20.00 WNMG/WNGG 06T3
For inserts, see pages: WNMG-M3P (111)
Spare Parts
Designation
E-PWLNR/L-HEAD LR 3S SR 117-2009 HW 2.0/5
E-PWLNR/L-HEAD
Lever Lock Interchangeable
Boring Heads Clamped on a
Solid Carbide Shank Carrying
Negative WNMG Trigon Inserts
Gr
°
Ga
°
f
h1
l2
l1h
d
Dmin
Right-hand shown
95º 95º
15°
Designation d l1l2h h1f Ga° Gr° D min Insert
S25T MULNR-12MW 25.00 300.00 45.0 23.0 11.6 17.0 -6 -12 36.00 WM..0804/CN..1204
• Only LC WN08 is supplied with the boring bar. The other wedge should be ordered separately. • R.H. wedge for R.H. tool, L.H. wedge for L.H. tool.
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113) • WNMG-NR (117) • WNMG-TNM (118) •
WNMM-NM (117) • WNGA-Ceramic (178) • WNGA-M3 (CBN) (186) • WNGA-MC/M6 (CBN) (187) • CNMG-F3P (119) • CNMG-M3P (120) • CNMM-R3P
(120) • CNMM-M4PW (128) • CNMG-F3M (122) • CNMG-M3M (122) • CNMG/CNGG-TF (126) • CNMG-GN (126) • CNMG-NR (127) • CNMG/CNGG-PP
(125) • CNMG-VL (123) • CNMG/CNGG-SF (123) • CNMG-NF (124) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMA (125) • CNGA-Ceramic (179) •
CNMG-Ceramic (178) • CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGG-M4HF/M4HM (CBN) (188) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN)
(187) • CNMA (PCD) (184)
SPR 17-307
S-MULNR/L
MULNR/L-12M
####
SR 17-307
TCN 423
DK 17-307
ZNW-4CMI
LC WN08
(_WNM_ 08(43
LCR CN12 / LCL CN12
(_CNM_ 12(43
WNMG
CNMG
7102122
Toolholder Options
Spare Parts
Designation
S-MULNR-MW TCN 423 ZNW 4CMI LC WN08 LCR CN12* SR 17-307 SPR 17-307 DK 17-307 HW 3.0
* Optional, should be ordered separately
S-MULNR-MW
MULTI-WEDGE Lock Boring Bars
Carrying 80° Negative Rhombic
or Trigon or Square Inserts
ISCAR
86
ISOTURN TOOLS
h
h1
l1
l2
f
Dmin
d
Right-hand shown
93º
Designation d l1l2h h1f D min Ga° Gr° Insert
S32T DDUNR/L-15 32.00 300.00 45.0 29.0 15.8 22.0 42.00 -6 -11 DNMG 1506
S40U DDUNR/L-15 40.00 350.00 50.0 36.0 19.8 27.0 48.00 -6 -10 DNMG 1506
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG-NF (131) • DNMM-NM (134) •
DNMA (134) • DNGA-Ceramic (180) • DNGA-2 (CBN) (190) • DNGA-4 (CBN) (190) • DNGG-M4HF/M4HM (CBN) (191) • DNMA (CBN) (190)
Spare Parts
Designation
S-DDUNR/L TDN 422 SP 4 LCGR-4 SR 10400270-25.5 T-15/5
S-DDUNR/L
R-Clamp Boring Bars Carrying
ISO Negative DNMG Inserts
h1
f
D
min
l2l1
h
d
Right-hand shown
93º
Designation d l1l2h h1f Ga° Gr° D min Insert
A20Q PDUNR/L-11 20.00 180.00 35.0 18.0 9.2 16.0 -6 -14 27.00 Y DNMG 1104
A25R PDUNR/L-11 25.00 200.00 40.0 23.0 11.5 17.0 -6 -13 32.00 Y DNMG 1104
A32S PDUNR/L-11 32.00 250.00 45.0 29.0 14.5 22.0 -6 -11 40.00 Y DNMG 1104
S32T PDUNR/L-15 32.00 300.00 51.0 29.0 15.5 22.0 -6 -13 40.00 N DNMG 1506
S40U PDUNR/L-15 40.00 350.00 50.0 36.0 18.0 27.0 -6 -11.5 50.00 N DNMG 1506
For inserts, see pages: DNMG-F3P (129) • DNMG-M3P (130) • DNMX-M3P (135) • DNMM-R3P (134) • DNMG-F3M (130) • DNMG-M3M (132) • DNMG/
DNGG-TF (133) • DNMG-GN (133) • DNMG-NR (135) • DNMG/DNGG-PP (132) • DNMG-VL (133) • DNMG-PF (132) • DNMG/DNGG-SF (131) • DNMG-NF (131)
• DNMM-NM (134) • DNMG-WG (131) • DNMS-12 (176) • DNMA (134) • DNGA-Ceramic (180) • DNGA-4 (CBN) (190) • DNMA (CBN) (190)
Spare Parts
Designation
A20Q PDUNR/L-11 LR 3DS SR 117-2011 HW 2.5/5 PL 20
A25R PDUNR/L-11 TDN 3P2 SP 3 LR 3D SR 117-2014 HW 2.5/5 PL 25 PN 3-4
A32S PDUNR/L-11 TDN 322 SP 3 LR 3D SR 117-2014 HW 2.5/5 PL 32 PN 3-4
S32T PDUNR/L-15 TDN 422(a) TDN 432(b)* SP 4 LR 4D SR 117-2010 HW 3.0 PN 3-4
S40U PDUNR/L-15 TDN 422(a) TDN 432(b)* SP 4 LR 4D SR 117-2010 HW 3.0 PN 3-4
* Optional, should be ordered separately
(a) Use for DNMG 1506.. inserts
(b) Use for DNMG 1504.. inserts
A/S-PDUNR/L
Lever Lock Boring Bars Carrying
55° Negative Rhombic Inserts
87
ISOTURN TOOLS
l2
l1
d
h
D
f
10 0 º
Designation d l1l2h f D min Ga° Gr° Insert
A10K SDXNR/L-07 10.00 125.00 20.0 9.0 7.6 13.00 -14 -16 DNGP 07 SR 34-514 T-7F
A12M SDXNR/L-07 12.00 150.00 24.0 11.0 8.6 16.00 -14 -14 DNGP 07 SR 34-514 T-7F
A16Q SDXNR/L-07 16.00 180.00 32.0 15.0 10.6 20.00 -13 -13 DNGP 07 SR 34-514 T-7F
A20R SDXNR/L-07 20.00 200.00 36.0 18.0 12.6 24.00 -13 -12 DNGP 07 SR 34-514 T-7F
E10M SDXNR/L-07 10.00 150.00 20.0 9.0 7.6 13.00 -14 -16 DNGP 07 SR 34-514 T-7F
E12Q SDXNR/L-07 12.00 180.00 24.0 11.0 8.6 16.00 -14 -14 DNGP 07 SR 34-514 T-7F
E16R SDXNR/L-07 16.00 200.00 32.0 15.0 10.6 20.00 -13 -13 DNGP 07 SR 34-514 T-7F
E20S SDXNR/L-07 20.00 250.00 36.0 18.0 12.6 24.00 -13 -12 DNGP 07 SR 34-514 T-7F
• Use left-hand inserts on right-hand bars and vice versa. • A - steel shank with coolant hole, E - carbide shank with coolant hole.
For inserts, see pages: DNGP-F2M (130) • DNGP-F2P (129)
A/E-SDXNR/L-07
Boring Bars Carrying
DNGP 0703.. Double-Sided 55°
Rhombic Inserts for Small Diameters
f
l Ref. l1
d
h
Dmin
l2
93º
Designation d l1l2l Ref. h f D min Ga° Gr° Insert
A12M SDZNR/L-07 12.00 150.00 38.0 13.0 11.0 10.5 14.00 -10 -14 DNGP 07 SR 34-514 T-7F
A16Q SDZNR/L-07 16.00 180.00 43.0 13.0 15.0 12.5 16.00 -10 -12.5 DNGP 07 SR 34-514 T-7F
A20R SDZNR/L-07 20.00 200.00 48.0 12.5 18.0 14.5 20.00 -10 -10.5 DNGP 07 SR 34-514 T-7F
E12Q SDZNR/L-07 12.00 180.00 - 13.0 11.0 10.5 18.00 -11 -11 DNGP 07 SR 34-514 T-7F
E16R SDZNR/L-07 16.00 200.00 - 13.0 15.0 12.5 22.00 -11 -9 DNGP 07 SR 34-514 T-7F
• Use right-hand inserts on right-hand bars and vice versa. • A - steel shank with coolant hole, E - carbide shank with coolant hole.
For inserts, see pages: DNGP-F2M (130) • DNGP-F2P (129)
A/E-SDZNR/L-07
Back Turning Boring Bars Carrying
DNGP 0703.. Double-Sided 55°
Rhombic Inserts for Small Diameters
Dmin
h
d
l1
l2
h1
f
Right-hand shown
93º
Designation d l1l2h h1f D min Ga° Gr°
A20Q SVUNR/L-12 20.00 180.00 38.0 18.0 9.0 16.0 26.50 -6.5 -14 SR 14-551 T-9/5 PL 20
A25R SVUNR/L-12 25.00 200.00 35.0 23.0 11.5 18.5 31.50 -6.5 -14 SR 14-551 T-9/5 PL 25
A32S SVUNR/L-12 32.00 250.00 50.0 29.0 14.5 23.0 37.00 -6.5 -14 SR 14-551 T-9/5 PL 32
• For inserts with corner radius of 0.8 mm and larger, seat needs to be modified to ensure clearance.
For inserts, see pages: VNMG-SF (137) • VNMG/VNGG-NF (137) • VNMM-PP (138)
A-SVUNR/L
Boring Bars with Internal Coolant Holes
Carrying 35° Negative Rhombic Inserts
ISCAR
88
ISOTURN TOOLS
Gr°
Dmin
d
h
h/2
Optional Coolant
Outlet
Ga°
f
l2l1Right-hand shown
91º
Designation d l1l2h f Ga° Gr° D min Insert
A16M PTFNR/L-16G 16.00 150.00 31.0 15.0 11.0 -12 -16 20.00 TNMG 1604
A20Q PTFNR/L-16G 20.00 180.00 31.0 18.0 13.0 -6 -14 25.00 TNMG 1604
A25S PTFNR/L-16X 25.00 250.00 37.5 23.0 17.0 -6 -14 32.00 TNMX 1606, TNMG 1604
A32T PTFNR/L-16X 32.00 300.00 48.0 29.0 22.0 -6 -12 40.00 TNMX 1606, TNMG 1604
A40U PTFNR/L-16X 40.00 350.00 50.0 36.0 27.0 -6 -12 50.00 TNMX 1606, TNMG 1604
• Use TTX 3 seat for TNMX 1606.. inserts and TTN 3 seat for TNMG 1604.. inserts.
For inserts, see pages: TNMX-M3/4PW (139) • TNMX-M3/4MW (140) • TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) •
TNMG-TF (141) • TNMG-GN (143) • TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA
(143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
A16M PTFNR/L-16G LR 3S SR 117-2009 HW 2.0 PL 16
A20Q PTFNR/L-16G LR 3S SR 117-2009 SR M4X4 DIN913 TL360 HW 2.0 PL 20
A25S PTFNR/L-16X TTX 3 TTN 3 SP 3 PN 3-4 LR 3 SR 117-2014 SR M4X4 DIN913 TL360 HW 2.5 PL 25
A32T PTFNR/L-16X TTX 3 TTN 3 SP 3 PN 3-4 LR 3 SR 117-2014 SR M4X4 DIN913 TL360 HW 2.5 PL 32
A40U PTFNR/L-16X TTX 3 TTN 3 SP 3 PN 3-4 LR 3 SR 117-2014 SR M4X4 DIN913 TL360 HW 2.5 PL 40
A-PTFNR/L-X/G
91° Lead Angle Lever Lock Boring
Bars Carrying Negative TNMX
or TNMG Triangular Inserts
Dmin
h1
f
l2l1
h
d
Right-hand shown
91º
Designation d l1l2h h1f Ga° Gr° D min Insert
S20R PTFNR/L-11 20.00 200.00 32.0 18.0 9.0 13.0 -6 -14 24.00 TNMG 1103
S25S PTFNR/L-16 25.00 250.00 48.0 23.0 11.5 17.0 -6 -13 32.50 TNMG 1604
S32T PTFNR/L-16 32.00 300.00 63.0 30.0 15.0 22.0 -6 -13 40.00 TNMG 1604
S40U PTFNR-16 40.00 350.00 30.0 36.0 18.0 27.0 -6 -10 49.00 TNMG 1604
S40U PTFNR-22 40.00 350.00 62.0 36.0 18.0 27.0 -6 -10 49.00 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143)
• TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA (143) • TNGA-Ceramic (182) •
TNGA-M3 (CBN) (194) • TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
S20R PTFNR/L-11 LR 2 SR 117-2015 HW 2.0/5
S25S PTFNL-16 TTN 322 SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
S25S PTFNR-16 TTN 322 TTN 332(a)* SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
S32T PTFNL-16 TTN 322 SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
S32T PTFNR-16 TTN 322 TTN 332(a)* SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
S40U PTFNR-16 TTN 322 SP 3 LR 3 SR 117-2014 HW 2.5/5 PN 3-4
S40U PTFNR-22 TTN 422 SP 4 LR 4 SR 117-2010 HW 3.0 PN 3-4
* Optional, should be ordered separately
(a) Use for TNMG 1603.. inserts
S-PTFNR/L
91° Lead Angle Lever Lock
Boring Bars Carrying Negative
Triangular Inserts
89
ISOTURN TOOLS
Dmin
h1
f
l2l1
h
d
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min Insert
S25S MTLNR/L-16W-M 25.00 250.00 40.0 23.0 11.5 17.0 -6 -12 32.00 TNMG 1604
S32T MTLNR/L-16W-M 32.00 300.00 50.0 30.0 15.0 22.0 -6 -12 40.00 TNMG 1604
S40U MTLNR/L-22W 40.00 350.00 50.0 36.0 18.0 27.0 -6 -10 49.00 TNMG 2204
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMM-NR (143) •
TNMG/TNGG-PP (142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) •
TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
S25S MTLNR/L-16W-M ZNW 3WNS SR 17-317NS LC 291N CLAMP H-W 3 E RING N
S32T MTLNR/L-16W-M TTT 322N TTT 332N(a)* ZNW 3WN SR 17-317N LC 291N CLAMP H-W 3 E RING N
S40U MTLNL-22W TTT 432 TTT 434 ZNW 4 SR 17-295 HW 2.5 LC 281 SET 1 HW 3.0
S40U MTLNR-22W TTT 434 ZNW 4 SR 17-295 HW 2.5 LC 281 SET 1 HW 3.0
* Optional, should be ordered separately
(a) Use for TNMG 1603.. inserts
S-MTLNR/L-W
95° Lead Angle Wedge
Lock Boring Bars Carrying
Negative Triangular Inserts
Dmin
d
l1
f
h
h1
Right-hand shown
45º
95º
Designation d l1l2h h1D min Ga° Gr° f(1)
S16Q SUXCR/L-10 CM 16.00 180.00 45.0 15.0 7.5 20.00 0 -12 11.0
S20R SUXCR/L-10 CM 20.00 200.00 52.0 18.0 9.0 25.00 0 -6 13.0
S25S SUXCR/L-10 CM 25.00 250.00 55.0 23.0 11.5 32.00 0 -4 17.0
(1) Valid only for CC95MT inserts
For inserts, see pages: CC95MT-SM (153) • SC45MT-SM (154)
Clamping direction for SC45MT...
• Unique, versatile ISCAR
pocket
• For external applications
• Covers most common
operations
• Simplifies tool selection
• Simple screw clamping
• Minimum spare parts
Multifunction Tool
Can Carry Two
Different Inserts
SC45MT
Designation d l1l2h h1D min Ga° Gr° f Inserts
S16Q SUXCR/L-10 CM 16.00 180.00 45.0 15.0 7.5 20.00 0 -12 11 CC95MT...
12.14 SC45MT...
S20R SUXCR/L-10 CM 20.00 200.00 52.0 18.0 9.0 25.00 0 -6 13 CC95MT...
14.14 SC45MT...
S25S SUXCR/L-10 CM 25.00 250.00 55.0 23.0 11.5 32.00 0 -4 17 CC95MT...
18.14 SC45MT...
Spare Parts
Designation
S-SUXCR/L-CM SR 14-544/S T-15/5
S-SUXCR/L-CM
Screw Lock Boring Bars Carrying Four
Different 7° Clearance Geometries
ISCAR
90
ISOTURN TOOLS
T
Dmin
hl1
h1
fd
Right-hand shown
95º
Designation d l1l2h h1f T Ga° Gr° D min Insert
S16Q SQLCR/L-09 16.00 180.00 45.0 15.0 7.5 11.0 8.5 0 -12 20.00 N QCMT 09T304
S20R SQLCR-09 20.00 200.00 45.0 15.0 7.5 13.0 8.5 0 -6 25.00 N QCMT 09T304
S25S SQLCR/L-09 25.00 250.00 55.0 15.0 7.5 17.0 8.5 0 -6 32.00 N QCMT 09T304
A25 SQLCR-09-AD 25.00 120.00 45.0 15.0 7.5 17.0 8.5 0 -6 32.00 Y QCMT 09T304
For inserts, see pages: QCMT-PF (162) • QCMT-SM (162)
Spare Parts
Designation
S16Q SQLCR/L-09 SR 16-236 T-15/5
S20R SQLCR-09 SR 16-236 T-15/5
S25S SQLCR/L-09 SR 16-236 T-15/5
A25 SQLCR-09-AD SR 16-236 T-15/5 PL 25
S/A-SQLCR/L
Screw Lock Boring Bars Carrying
80° Square Inserts with 7° Clearance
h1
Ga°
f
l2
l1
h
Dmin
Gr°
d
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min Insert
E12 SCLCR/L-06 HEAD 12.00 179.00 24.8 11.0 5.5 9.0 0 -7 15.80 CCMT/CCGT 0602 SR 14-548 T-7/5
E16 SCLCR/L-09 HEAD 16.00 200.00 37.0 15.0 8.0 11.0 0 -9 20.00 CCMT/CCGT 09T3 SR 16-236 T-15/5
For inserts, see pages: CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) • CCMT-14 (155) •
CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
E-SCLCR/L-HEAD
Screw Clamped Boring Heads Carrying
80° Rhombic Inserts with Positive 7°
Clearance Mounted on Carbide Bars
91
ISOTURN TOOLS
h1
f
Dmin
l1
l2
h
d
Right-hand shown
95º
Designation d l1l2f h h1D min Ga° Gr° Insert
A04F SCLCR/L-03 4.00 80.00 8.0 2.5 3.8 1.9 5.00 Y 0 -15 CCGT 03X1
A05F SCLCR/L-03 5.00 80.00 9.0 3.0 4.8 2.4 6.00 Y 0 -13 CCGT 03X1
A06G SCLCR/L-04 6.00 90.00 10.0 3.5 5.8 2.9 7.00 Y 0 -13 CCGT 04T1
A07G SCLCR/L-04 7.00 90.00 11.0 4.0 6.8 3.4 8.00 Y 0 -11 CCGT 04T1
A20R SCLCR/L-09 20.00 200.00 35.0 13.0 18.0 9.0 25.00 Y 0 -4 CC.. 09T3
A25S SCLCR/L-09 25.00 250.00 35.0 17.0 23.0 11.5 32.00 Y 0 -4 CC.. 09T3
E04G SCLCR/L-03 4.00 90.00 9.0 2.5 3.8 1.9 5.00 Y 0 -15 CCGT 03X1
E05G SCLCR/L-03 5.00 90.00 10.0 3.0 4.8 2.4 6.00 Y 0 -13 CCGT 03X1
E06H SCLCR/L-04 6.00 100.00 12.0 3.5 5.8 2.9 7.00 Y 0 -13 CCGT 04T1
E07H SCLCR/L-04 7.00 100.00 14.0 4.0 6.8 3.4 8.00 Y 0 -11 CCGT 04T1
E08K SCLCR/L-06 8.00 125.00 - 5.0 7.6 3.8 10.00 Y 3 -11 CC.. 0602
E10M SCLCR/L-06 10.00 150.00 - 7.0 9.2 4.6 14.00 Y 3 -7 CC.. 0602
E12P SCLCR/L-06 12.00 170.00 - 9.0 11.0 5.5 16.00 Y 0 -7 CC.. 0602
E16R SCLCR/L-06 16.00 200.00 - 11.0 14.0 7.0 20.00 Y 0 -12 CC.. 0602
E16R SCLCR/L-09 16.00 200.00 - 11.0 15.0 7.5 20.00 Y 0 -6 CC.. 09T3
S08K SCLCR/L-06 8.00 125.00 12.0 5.0 8.0 3.8 10.50 N 0 -11 CC.. 0602
S10L SCLCR/L-06 10.00 140.00 20.0 7.0 9.0 4.5 13.00 N 0 -7 CC.. 0602
S12M SCLCR/L-06 12.00 150.00 12.0 9.0 12.0 5.5 16.00 N 0 -7 CC.. 0602
S16Q SCLCR/L-09 16.00 180.00 45.0 11.0 15.0 7.5 20.00 N 0 -6 CC.. 09T3
S20R SCLCR/L-09 20.00 200.00 50.0 13.0 18.0 9.0 25.00 N 0 -4 CC.. 09T3
S25S SCLCR/L-09 25.00 250.00 55.0 17.0 23.0 11.5 35.00 N 0 -4 CC.. 09T3
• S - steel shank, A - steel shank with coolant hole, E - carbide shank with coolant hole
For inserts, see pages: CCGT-F1P (154) • CCMT-PF (155) • CCMT/CCGT-SM (155) • CCET-WF (156) • CCMT-WG (156) • CCGT-AS (174) • CCGT-AF (174) •
CCMT-14 (155) • CCMT/CCGT (156) • CCGW/CCMW-2 (CBN) (189) • CCMT (CBN) (189) • CCMT (PCD) (184)
Spare Parts
Designation
A04F SCLCR/L-03 CSTA-1.6
A05F SCLCR/L-03 CSTA-1.6
A06G SCLCR/L-04 CSTB-2
A07G SCLCR/L-04 CSTB-2
A20R SCLCR/L-09 SR 16-236 T-15/5 HW 2.0 PL 20
A25S SCLCR/L-09 SR 16-236 T-15/5 HW 2.0 PL 25
E04G SCLCR/L-03 CSTA-1.6
E05G SCLCR/L-03 CSTA-1.6
E06H SCLCR/L-04 CSTB-2
E07H SCLCR/L-04 CSTB-2
E08K SCLCR/L-06 SR 14-548 T-7/5
E10M SCLCR/L-06 SR 14-548
E12P SCLCR/L-06 SR 14-548 T-7/5
E16R SCLCR/L-06 SR 14-548 T-7/5
E16R SCLCR/L-09 SR 16-236 T-15/5
S08K SCLCR/L-06 SR 14-548 T-7/5
S10L SCLCR/L-06 SR 14-548 T-7/5
S12M SCLCR/L-06 SR 14-548 T-7/5
S16Q SCLCR/L-09 SR 16-236/L8.6 T-15/5
S20R SCLCR/L-09 SR 16-236 T-15/5
S25S SCLCR/L-09 SR 16-236 T-15/5
A/E/S-SCLCR/L
Screw Lock Boring Bars Carrying
80° Rhombic Inserts with 7° Clearance
for 5 mm Minimum Bore Diameter
ISCAR
92
ISOTURN TOOLS
Dmin
h
l1
l2
fd
10 0 º
Designation d l1l2h h1f D min Ga° Gr° Insert
A04F SEXPR/L-03 4.00 80.00 8.0 3.8 1.9 2.3 4.50 0 -15 EPGT03 CSTA-1.6 T-6F
E04G SEXPR/L-03 4.00 90.00 9.0 3.8 1.9 2.3 4.50 0 -15 EPGT03 CSTA-1.6 T-6F
• A - steel shank with coolant hole, E - carbide shank with coolant hole
For inserts, see pages: EPGT-F1P (157)
A/E-SEXPR/L-03
Screw Lock Boring Bars Carrying
75° Rhombic Inserts with
11° Clearance for 4.5 mm
Minimum Bore Diameter
h
D
min
d
f93°
l
1
h1
l2Right-hand shown
93º
Designation d l1l2h h1f D min Ga° Gr° Shank m.(1) Insert
A20R SDUCR/L-13-SL 20.00 200.00 36.0 18.0 9.1 14.5 25.00 0 -7 S DCMT 13T5-SL
A25S SDUCR/L-13-SL 25.00 250.00 45.0 23.0 11.5 17.0 32.00 0 -6 S DCMT 13T5-SL
(1) S-Steel
For inserts, see pages: DCMT-F3P-SL (158) • DCMT-M3M-SL (159) • DCMT-PF-SL (159) • DCMT-SM-SL (160)
Spare Parts
Designation
A20R SDUCR/L-13-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45 PL 20
A25S SDUCR/L-13-SL SR M4X0.7-L9.6 IP15 TORX PLUS IP15X45 PL 25
A-SDUCR/L-13-SL
Boring Bars Carrying 55° Rhombic
Inserts with 7° Clearance Angle for
High Rigidity in Profiling Applications
l1
l2
d
Dmin
h
h1
f
Right-hand shown
93º
Designation d l1l2h h1f D min Ga° Gr° Shank m.(1) Insert
A20R SDUCR/L-11 20.00 200.00 50.0 18.0 8.5 14.5 25.00 0 -6 S Y DC.. 11T3
A25S SDUCR/L-11 25.00 250.00 45.0 23.0 12.0 17.0 32.00 0 -5 S Y DC.. 11T3
E10M SDUCR/L-07 10.00 150.00 - 9.2 5.1 8.0 14.00 3 -7 C Y DC.. 0702
E12P SDUCR/L-07 12.00 170.00 - 11.0 5.5 9.0 16.00 0 -7 C Y DC.. 0702
E16R SDUCR/L-07 16.00 200.00 - 15.0 8.1 11.0 20.00 0 -8 C Y DC.. 0702
S10L SDUCR/L-07 10.00 140.00 18.0 9.2 5.0 8.0 14.00 -3 -9 S N DC.. 0702
S12M SDUCR/L-07 12.00 150.00 20.0 12.0 5.5 9.0 16.00 -7 -9 S N DC.. 0702
S16Q SDUCR/L-07 16.00 180.00 25.0 15.0 8.0 11.0 20.00 0 -8 S N DC.. 0702
S20R SDUCR/L-11 20.00 200.00 50.0 18.0 8.5 13.0 25.00 0 -6 S N DC.. 11T3
S25S SDUCR/L-11 25.00 250.00 55.0 23.0 12.0 17.0 32.00 0 -5 S N DC.. 11T3
• S - steel shank, A - steel shank with coolant hole, E - carbide shank with coolant hole
(1) S-Steel, C-carbide
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCGT-AF (175) • DCMT-14 (162) •
DCMT/DCGT (161) • DCGW/DCMW-2 (CBN) (191) • DCMT (CBN) (191) • DCMT (PCD) (184)
Spare Parts
Designation
A20R SDUCR/L-11 HW 2.0 SR 16-236 P T-15/5 PL 20
A25S SDUCR/L-11 HW 2.0 SR 16-236 P T-15/5 PL 25
E10M SDUCR/L-07 SR 14-548 T-7/5
E12P SDUCR/L-07 SR 14-548 T-7/5
E16R SDUCR/L-07 SR 14-548 T-7/5
S10L SDUCR/L-07 SR 14-548 T-7/5
S12M SDUCR/L-07 SR 14-548 T-7/5
S16Q SDUCR/L-07 SR 14-548 T-7/5
S20R SDUCR/L-11 SR 16-236 P T-15/5
S25S SDUCR/L-11 TDC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5
A/E/S-SDUCR/L
Screw Lock Boring Bars Carrying
55° Rhombic Inserts with 7° Clearance
93
ISOTURN TOOLS
l1
l2
h1
Dmin
h
f
d
Right-hand shown
107.5º
Designation d l1l2h h1f D min Ga° Gr° Insert
S25S SVQCR/L-16 25.00 250.00 61.0 23.0 12.0 17.0 32.00 N 0 -5 VC.. 1604
S32T SVQCR/L-16 32.00 300.00 70.0 30.0 15.0 22.0 40.00 N 0 -5 VC.. 1604
A40U SVQCR/L-22 40.00 350.00 64.0 36.0 18.0 27.0 47.50 Y 0 -8 VCGT 2205
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCGT-AF (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT
(PCD) (185) • VCGT-DW (PCD) (185)
Spare Parts
Designation
S25S SVQCR/L-16 SR 16-236 P T-15/5
S32T SVQCR/L-16 SR 16-236 P T-15/5 TVC 3-1P SR TC-3P HW 4.0
A40U SVQCR/L-22 SR 14-536 T-20/5 TVC 22T330 SR TC-3 HW 2.5 PL 40
A/S-SVQCR/L
Screw Lock Boring Bars Carrying
35° Rhombic Inserts with 7° Clearance
h1
f
Dmin
l2l1
h
d
Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
A32T SVUCR/L-16 (1) 32.00 300.00 50.0 29.0 14.5 22.0 40.00 Y 0 -8 VC.. 1604
S32T SVLFCR/L-16 32.00 300.00 56.0 29.0 14.5 22.0 39.50 N 0 -8 VC.. 1604
S40U SVLFCR/L-16 40.00 350.00 - 36.0 18.0 27.0 49.00 N 0 -5 VC.. 1604
A40U SVLFCR/L-22 40.00 350.00 70.0 36.0 18.0 27.0 48.00 Y 0 -8 VC.. 2205
(1) 93° approach angle
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCGT-AF (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT
(PCD) (185) • VCGT-DW (PCD) (185)
Spare Parts
Designation
A32T SVUCR/L-16 TVC 3-1P SR TC-3P HW 1.5 HW 4.0 SR 16-236 P PL 32 T-15/5
S32T SVLFCR/L-16 TVC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5
S40U SVLFCR/L-16 TVC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5
A40U SVLFCR/L-22 TVC 22T330 SR TC-3 HW 2.5 SR 14-536 PL 40 T-20/5
A/S-SVLFCR/L; A-SVUCR/L
Screw Lock Boring Bars Carrying
35° Rhombic Inserts with 7° Clearance
h
Dmin
l1
h1
f
l2
d
Gr°
Ga°
Right-hand shown
93º
Designation d l1l2h h1f Ga° Gr° D min Insert
E12 SDUCR/L-07 HEAD 12.00 179.00 24.8 11.0 5.5 9.0 0 -9 15.80 DCMT/DCGT 0702 SR 14-548 T-7/5
E16 SDUCR/L-07 HEAD 16.00 200.00 29.7 15.0 8.0 11.0 0 -9 20.00 DCMT/DCGT 0702 SR 14-548 T-7/5
For inserts, see pages: DCMT-F3P (158) • DCMT-PF (160) • DCMT/DCGT-SM (161) • DCET-WF (162) • DCGT-AS (174) • DCMT/DCGT (161) • DCGW/DCMW-2
(CBN) (191)
E-SDUCR/L-HEAD
Interchangeable Screw Clamped
Boring Heads Carrying Positive 7°
Clearance 55° Rhombic Inserts
Mounted on Carbide Bars
ISCAR
94
ISOTURN TOOLS
Dmin
h1
h
d
l2
f
l1
Dmin
52°
Right-hand shown
142º
93º
105°
Designation d l1l2h h1f D min Ga° Gr° Insert
A16R SVJCR/L-11 16.00 200.00 47.5 15.0 8.0 8.5 20.00 -5 -5 Y VC.. 1103
S16R SVJCR/L-11 (1) 16.00 200.00 20.0 15.0 8.0 7.0 19.00 -5 -4 N VC.. 1103
A20R SVJCR/L-11 20.00 200.00 43.0 18.0 9.5 11.0 25.00 -7 -3 Y VC.. 1103
S20R SVJCR/L-11 20.00 200.00 37.0 19.0 9.5 2.0 25.00 -7 -3 N VC.. 1103
(1) Cannot be used for internal sphere turning
For inserts, see pages: VCMT-SM (163) • VCET-WF (163) • VCGT-AS (173)
Spare Parts
Designation
A16R SVJCR/L-11 SR 14-560/S T-8/5 PL 16
S16R SVJCR/L-11 SR 14-560/S T-8/5
A20R SVJCR/L-11 SR 14-560 T-8/5 PL 20
S20R SVJCR/L-11 SR 14-560 T-8/5
S/A-SVJCR/L
Screw Lock Boring Bars Carrying
35° Rhombic Inserts with 7° Clearance
Dmin
h1
f
l2l1
h
d
l Ref. Right-hand shown
95º
Designation d l1l2l Ref. h h1f D min Ga° Gr° Insert
A32T SVLBCR/L-16 32.00 300.00 76.5 18.5 29.0 14.5 27.5 40.00 0 -8 Y VC.. 1604
S32T SVLBCR/L-16 32.00 300.00 63.2 18.5 29.0 14.5 22.0 40.00 0 -8 N VC.. 1604
S40U SVLBCR/L-16 40.00 350.00 60.0 20.0 36.0 18.0 27.0 49.50 0 -5 N VC.. 1604
For inserts, see pages: VCGW-2 (CBN) (193) • VCMT-SM (163) • VCGT-AS (173) • VCMT-14 (164) • VCMW (164) • VCMT (CBN) (185) • VCGT (PCD) (185) •
VCGT-DW (PCD) (185)
Spare Parts
Designation
A/S-SVLBCR/L TVC 3-1P SR TC-3P HW 4.0 SR 16-236 P T-15/5
A/S-SVLBCR/L
Screw Lock Back Boring Bars Carrying
35° Rhombic Inserts with 7° Clearance
95
ISOTURN TOOLS
f
h1
D
d
l2l1
h
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
S25S MTLCR/L-16W 25.00 250.00 43.0 23.0 13.1 17.0 34.00 0 0 TC.. 16T3
S32T MTLCR/L-16W 32.00 300.00 45.0 29.0 14.5 22.0 39.00 0 0 TC.. 16T3
For inserts, see pages: TCMT-F3P (165) • TCMT-SM (166) • TCGT-AS (173)
Spare Parts
Designation
S-MTLCR/L-W TTC 331 HW 2.0 ZNW 3C SR 17-319 HW 2.5
S-MTLCR/L-W
Wedge Lock Boring Bars Carrying
7° Clearance Triangular Inserts
Dmin
h
d
l2l1
f
h1
Right-hand shown
91º
Designation d l1l2h h1f D min Ga° Gr° Insert
S10K STFCR/L-11 10.00 125.00 29.0 9.0 4.5 7.0 13.00 0 -6 TC.. 1102 SR 14-548 T-7/5
S12M STFCR/L-11 12.00 150.00 30.0 11.0 5.5 9.0 15.80 0 -3 TC.. 1102 SR 14-548 T-7/5
For inserts, see pages: TCMT-F3P (165) • TCMT-PF (166) • TCMT-SM (166) • TCGT-AS (173) • TCMT (CBN) (195) • TCMT (PCD) (186)
S-STFCR/L
Screw Lock Boring Bars Carrying
7° Clearance Triangular Inserts
h
Dmin
d
l2
l1
h1
f
Gr°
Ga°
Right-hand shown
91º
Designation d l1l2h h1f Ga° Gr° D min Insert
E12 STFCR-11 HEAD 12.00 179.00 24.8 11.0 5.5 6.8 0 -6 13.80 TCMT 1102 SR 14-548 T-7/5
E16 STFCR-11 HEAD 16.00 200.00 37.0 15.0 8.0 9.0 0 -6 20.00 TCMT 1102 SR 14-548 T-7/5
For inserts, see pages: TCMT-F3P (165) • TCMT-PF (166) • TCMT-SM (166) • TCGT-AS (173) • TCMT (CBN) (195) • TCMT (PCD) (186)
E-STFCR-HEAD
Interchangeable Screw Clamped
Boring Heads Carrying Positive
7° Clearance Triangular Inserts
Mounted on Carbide Bars
h
Dmin
d
f
l2l1
h1
Right-hand shown
95º
Designation d l1l2h h1f D min Ga° Gr° Insert
S16Q STLCR/L-11 16.00 180.00 45.0 15.0 7.5 11.0 20.00 0 -1 TC.. 1102 SR 14-548 T-7/5
S20R STLCR/L-16 20.00 200.00 50.0 18.0 9.0 13.0 25.00 0 -3 TC.. 16T3 SR 16-236 T-15/5
For inserts, see pages: TCMT-F3P (165) • TCMT-PF (166) • TCMT-SM (166) • TCGT-AS (173)• TCMT (CBN) (195) • TCMT (PCD) (186)
S-STLCR/L
Screw Clamp Boring Bars Carrying
7° Clearance Triangular Inserts
ISCAR
96
ISOTURN TOOLS
Dmin
h
d
l1
l2
h1
f
Right-hand shown
75º
Designation d l1l2h h1f D min Ga° Gr° Insert
S16Q CSKPR-09 16.00 180.00 34.0 15.0 8.0 11.0 20.00 4 0 SPMR 0903 LC 15 SET 1 HW 2.5
S25S CSKPR-12 25.00 250.00 48.0 23.0 11.5 17.0 30.00 5 0 SPMR 1203 LC 30 SET 2 HW 3.0
For inserts, see pages: SPMR (168)
S-CSKPR
Clamp Lock Boring Bars Carrying
11° Clearance Square Inserts
Dmin
h1
f
d
l2l1
h
Right-hand shown
91º
Designation d l1l2h h1f Ga° Gr° D min Insert
S12L CTFPR/L-09 12.00 140.00 34.0 11.0 6.0 9.0 3 0 15.60 TPMR 0902
S16Q CTFPR/L-11 16.00 180.00 38.0 15.0 8.0 11.0 4 0 20.00 TPMR 1103
S20Q CTFPR-16 20.00 180.00 38.0 18.0 9.5 13.0 4 0 24.00 TPMR 1603
S20R CTFPR/L-16 20.00 200.00 46.0 18.0 9.5 13.0 4 0 24.00 TPMR 1603
S25R CTFPR-16 25.00 200.00 48.0 23.0 11.5 17.0 5 0 31.00 TPMR 1603
S25S CTFPR-16 25.00 250.00 48.0 23.0 11.5 17.0 5 0 31.00 TPMR 1603
S32T CTFPR/L-16 32.00 300.00 62.0 29.0 14.5 22.0 5 0 40.00 TPMR 1603
S40T CTFPR-16 40.00 300.00 62.0 36.0 18.0 27.0 5 0 48.00 TPMR 1603
For inserts, see pages: TPGN-Ceramic (182) • TPMR (168) • TPMR-PF (168)
Spare Parts
Designation
S12L CTFPR/L-09 LC12 SET1 HW 2.5
S16Q CTFPR/L-11 LC 15 SET 1 HW 2.5
S20Q CTFPR-16 LC 30 SET 2 HW 3.0
S20R CTFPR/L-16 LC 30 SET 2 HW 3.0
S25R CTFPR-16 LC 30 SET 2 HW 3.0
S25S CTFPR-16 LC 30 SET 2 HW 3.0
S32T CTFPR/L-16 LC 30 SET 1 HW 3.0 ITBP 122 SP 16
S40T CTFPR-16 LC 30 SET 1 HW 3.0 ITBP 122 SP 16
S-CTFPR/L
Clamp Lock Boring Bars Carrying
11° Clearance Triangular Inserts
h
Dmin
d
f75°
l2
l
1
h175º
Designation d l1l2h h1f Ga° Gr° D min Insert
A25R PSKNR/L-09 25.00 200.00 35.0 23.0 11.5 17.0 -6 -15 32.00 SNMG 0903 SNMG 0904
A32S PSKNR/L-09 32.00 250.00 40.0 29.0 14.5 22.0 -6 -13 40.00 SNMG 0903 SNMG 0904
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-NF (146)
Spare Parts
Designation
A25R PSKNR/L-09 TSN 323 TSN 333 SP 3 PN 3-3L LR 3 SR 117-2014 SR M4X5 DIN913 HW 2.5 PL 25
A32S PSKNR/L-09 TSN 323 TSN 333 SP 3 PN 3-3L LR 3 SR 117-2014 SR M4X5 DIN913 HW 2.5 PL 32
A-PSKNR/L-09
Lever Lock Boring Bars Carrying
90° Negative Square Inserts
97
ISOTURN TOOLS
A/E STFPR S-STFPR Dmin Dmin(a2)
D4(a1)
h
d
l1
l2
h1
f
Right-hand shown
91º
Designation d l1l2h h1f D min D4Ga° Gr° Shank m.(1)
A10K STFPR-11 10.00 125.00 - 9.0 5.3 6.0 11.00 12.00 3 0 Y S SR 14-505
A12Q STFPR-11 12.00 180.00 - 11.0 6.3 7.0 13.00 14.00 4 0 Y S SR 14-505
E10M STFPR-11 10.00 150.00 - 9.0 5.3 6.0 12.00 12.00 3 0 Y C SR 14-505 T-7/5
E12P STFPR/L-11 12.00 170.00 - 11.0 6.3 7.0 14.00 14.00 4 0 Y C SR 14-505 T-7/5
S12K STFPR/L-11 12.00 125.00 35.0 11.0 6.3 5.6 11.00 11.00 3 0 N S SR 14-505
S12M STFPR/L-11 12.00 150.00 27.0 11.0 6.3 7.0 15.00 15.00 4 0 N S SR 14-505
S16Q STFPR/L-11 16.00 180.00 27.0 15.0 8.0 9.2 18.00 18.00 5 0 N S SR 14-505
S20R STFPR/L-16 20.00 200.00 63.0 18.0 10.0 10.2 21.50 21.50 5 0 N S SR 14-541 T-15/5
• (a1) When used with insert TPG. 110204-XL (a2) When used with insert TP.. 110204-..
(1) S-Steel, C-Carbide
For inserts, see pages: TPMT-PF (169) • TPGB-XL (170) • TPGH-R/L (170) • TPGH-XL (170) • TPGB (170) • TPMT (169)
A/E/S-STFPR/L
Screw Lock Boring Bars Carrying
Triangular Inserts with 11° Clearance
d
l1
91˚
B
h
Dmin
h1
fB
B-B
Right-hand shown
91º
Designation d l1f h h1D min Ga° Gr° Shank m.(1) Insert
A08J STFPR-09X 8.00 110.00 5.0 7.2 3.6 9.50 5 -15 S TPGX 0902 SR 14-298 T-8/5
A10K STFPR-09X 10.00 125.00 5.7 9.0 4.5 10.90 5 -8 S TPGX 0902 SR 14-298 T-8/5
A12M STFPR-09X 12.00 150.00 6.7 11.0 5.5 13.00 5 -8 S TPGX 0902 SR 14-298 T-8/5
A10K STFPR-11X 10.00 125.00 6.0 9.0 4.5 11.40 3 -15 S TPGX 1103 SR 10400052 T-8/5
A12M STFPR-11X 12.00 150.00 6.8 11.0 5.5 13.50 3 -10 S TPGX 1103 SR 10400052 T-8/5
A16Q STFPR-11X 16.00 180.00 8.8 14.0 7.0 17.30 3 -5 S TPGX 1103 SR 10400052 T-8/5
E08K STFPR-09X 8.00 125.00 5.0 7.2 3.6 9.50 5 -15 C TPGX 0902 SR 14-298 T-8/5
E10M STFPR-09X 10.00 150.00 5.7 9.0 4.5 10.90 5 -8 C TPGX 0902 SR 14-298 T-8/5
E12P STFPR-09X 12.00 170.00 6.7 11.0 5.5 13.00 5 -8 C TPGX 0902 SR 14-298 T-8/5
E10M STFPR-11X 10.00 150.00 6.0 9.0 4.5 11.40 3 -15 C TPGX 1103 SR 10400052 T-8/5
E12P STFPR-11X 12.00 170.00 6.8 11.0 5.5 13.50 3 -10 C TPGX 1103 SR 10400052 T-8/5
E16R STFPR-11X 16.00 200.00 8.8 14.0 7.0 17.30 3 -5 C TPGX 1103 SR 10400052 T-8/5
(1) S-Steel, C-Carbide
For inserts, see pages: TPGW-M3 (CBN) (195) • TPGX (171) • TPGX (CBN) (195) • TPGX (PCD) (186)
A/E-STFPR-X
Boring Bars Carrying Triangular
TPGX 11° Clearance Inserts
for Small Diameters
dDmin
91˚
I1
Lmin
max
f
R0.2
I1A
A
f
Right-hand shown
91º
Designation d l1L min(1) L max(1) f Ga° Gr° D min
MG 08-STFPR-09X 8.00 79.00 20.0 56.0 4.9 5 -15 9.50 SR 14-298 T-8/5
(1) Adjustment range
For inserts, see pages: TPGX (171) • TPGX (CBN) (195) • TPGX (PCD) (186)
MG STFPR-X
Solid Carbide Boring Bar Carrying
TPGX Inserts for Small Diameters
Ga°
Dmin
h
d
l1
l2
h1
f
Gr°
Right-hand shown
91º
Designation d l1l2h h1f Ga° Gr° D min Insert
E12 STFPR/L-11 HEAD 12.00 179.00 24.8 11.0 5.5 6.8 4 -6 13.00 TPMT/TPGH 1102 SR 14-505 T-7/5
E16 STFPR-11 HEAD 16.00 200.00 37.0 15.0 8.0 8.8 4 -6 20.00 TPGB 1102 SR 14-505 T-7/5
For inserts, see pages: TPMT-PF (169) • TPGT-SP (169) • TPGB-XL (170) • TPGH-R/L (170) • TPGH-XL (170) • TPGB (170) • TPMT (169)
E-STFPR/L-HEAD
Interchangeable Boring Heads
Carrying Positive 11° Clearance
Triangular Inserts on a Carbide Bar
ISCAR
98
ISOTURN TOOLS
f
h1
d
l2
h
Dmin
l1
Right-hand shown
93º
Designation d l1l2h h1f Ga° Gr° D min Shank m.(1) Insert
E06H SWUBR/L-06 6.00 100.00 - 5.2 2.6 3.3 0 -15 6.50 Y C WBMT 020102L SR 14-552 T-6/5
E08K SWUBR-06 8.00 125.00 - 7.6 3.8 4.3 0 -8 8.70 Y C WBMT 020102L SR 14-552 T-6/5
E10M SWUBR-06 10.00 150.00 - 9.0 4.5 5.2 0 -12 10.90 Y C WBMT 020102L SR 14-552 T-6/5
S0606H SWUBR-06 6.00 100.00 - 5.2 2.6 3.3 0 -15 6.50 N S WBMT 020102L SR 14-552 T-6/5
S0610H SWUBR/L-06 10.00 100.00 20.0 9.0 4.5 3.0 0 -15 6.00 N S WBMT 020102L/R SR 14-552 T-6/5
S0710H SWUBR/L-06 10.00 100.00 24.0 9.0 4.5 3.5 0 -13 7.00 N S WBMT 020102L/R SR 14-552 T-6/5
S0808J SWUBR-06 8.00 100.00 - 7.4 3.7 4.3 0 -12 8.50 N S WBMT 020102L SR 14-552 T-6/5
S0812J SWUBR/L-06 12.00 110.00 32.0 11.0 5.5 4.0 0 -12 8.00 N S WBMT 020102L/R SR 14-552 T-6/5
S1010K SWUBR/L-06 10.00 125.00 - 9.0 4.5 5.2 0 -12 11.00 N S WBMT 020102L SR 14-552 T-6/5
• Use right-hand WBMT 06...R inserts on left-hand tools and left-hand WBMT 06...L inserts on right-hand tools.
(1) S-Steel, C-Carbide
For inserts, see pages: WBGT (171) • WBMT (171)
E/S-SWUBR/L
Screw Clamp Miniature Boring Bars
Carrying Small WBMT Trigon Inserts
Dmin
f
l1
Lmin
max
d
Right-hand shown
9 1°
Designation d l1L min(3) L max(3) f D min
MGSIR/L 06-06W (1) 6.00 59.00 16.0 42.0 3.9 7.00 SR 14-552 T-6/5
MGSIR/L 08-06W (2) 8.00 72.00 20.0 56.0 5.0 9.20 SR 14-552 T-6/5
• 91° for shoulder depth up to 2 mm • Use right-hand WBMT 06...R inserts on left-hand tools and left-hand WBMT 06...L inserts on right-hand tools. • In order to
maintain high machining reliability we strongly recommend replacing the clamping screw every 10 insert indexes.
(1) For WBMT 060102 Dmin=6.6 mm f=4.13 mm
(2) For WBMT 060102 Dmin=8.8 mm f=5.20 mm
(3) Adjustment range
For inserts, see pages: IR/L-55° (491) • IR/L-60° (494) • IR/L-BSPT (513) • IR/L-ISO (499) • IR/L-NPT (510) • IR/L-NPTF (512) • IR/L-UN (504) • IR/L-W (508) •
WBGT (171) • WBMT (171)
MGSIR/L
Solid Carbide Bars for Internal
Turning and Threading
D
min(a1)
D
4(a2)
h
d
Dmin
l1
f
l2
h1
l2
h1
f
A-STLPR S-STLPR
l1
Right-hand shown
95º
Designation d l1l2h h1f Ga° Gr° D min D4
A10K STLPR-11 10.00 125.00 18.0 9.5 5.8 6.0 3 0 11.00 12.00 Y SR 14-505 T-7/5
A12Q STLPR-11 12.00 180.00 18.0 11.5 6.0 7.0 4 0 13.00 14.00 Y SR 14-505 T-7/5
S12K STLPR/L-11 12.00 125.00 35.0 11.0 6.3 5.6 3 0 9.70 11.00 N SR 14-505 T-7/5
S12M STLPR/L-11 12.00 150.00 27.0 11.0 6.3 7.0 4 0 14.00 15.00 N SR 14-505 T-7/5
S16Q STLPR-11 16.00 180.00 27.0 15.0 8.0 9.0 5 0 17.00 18.00 N SR 14-505 T-7/5
S20R STLPR-16 20.00 200.00 63.0 18.0 10.0 10.2 5 0 21.50 21.50 N SR 14-541 T-15/5
• (a1) When used with insert TPG. 110204-XL (a2) When used with insert TP.. 110204-..
For inserts, see pages: TPMT-PF (169) • TPGB-XL (170) • TPGH-R/L (170) • TPGH-XL (170) • TPGB (170) • TPMT (169)
A/S-STLPR/L
Screw Lock Boring Bars Carrying
Triangular Inserts with 11° Clearance
99
ISOTURN TOOLS
f
l1
Lmin
max
d
Right-hand shown
93º
Designation d l1L min(1) L max(1) f D min
MG 06-SWUBR/L-06 6.00 59.00 16.0 42.0 3.3 6.60 SR 14-552 T-6/5
MG 08-SWUBR/L-06 8.00 72.00 20.0 56.0 4.3 8.70 SR 14-552 T-6/5
• Use right-hand WBMT 06...R inserts on left-hand tools and left-hand WBMT 06...L inserts on right-hand tools
(1) Adjustment range
For inserts, see pages: WBGT (171) • WBMT (171)
MG-SWUBR/L
Solid Carbide Bars for Internal Turning
B
B
l
1
h
1
h
D
min
f
93˚ d
Right-hand shown
93º
Designation d l1h h1f Ga° Gr° D min Shank m.(1) Insert
A06H SWUCR-02 6.00 100.00 5.4 2.7 3.3 0 -15 6.60 S WCGT 0201 SR 14-299 T-6/5
A08J SWUCR-02 8.00 110.00 7.2 3.6 4.3 0 -12 8.70 S WCGT 0201 SR 14-299 T-6/5
A10K SWUCR-02 10.00 125.00 9.0 4.5 5.2 0 -12 10.90 S WCGT 0201 SR 14-299 T-6/5
E06H SWUCR-02 6.00 100.00 5.4 2.7 3.3 0 -15 6.60 C WCGT 0201 SR 14-299 T-6/5
E08K SWUCR-02 8.00 125.00 7.2 3.6 4.3 0 -12 8.70 C WCGT 0201 SR 14-299 T-6/5
E10M SWUCR-02 10.00 150.00 9.0 4.5 5.2 0 -12 10.90 C WCGT 0201 SR 14-299 T-6/5
(1) S-Steel, C-Carbide
For inserts, see pages: WCGT (172)
A/E-SWUCR
Boring Bars Carrying WCGT Trigon
Inserts for Small Diameters
Dmin
d
f
93˚
l1
Lmin
max
Right-hand shown
93º
Designation d l1L min(1) L max(1) f Ga° Gr° D min Insert
MG 06-SWUCR-02 6.00 60.00 16.0 42.0 3.3 0 15 6.60 WCGT 0201 SR 14-299 T-6/5
MG 08-SWUCR-02 8.00 75.70 20.0 56.0 4.3 0 12 8.80 WCGT 0201 SR 14-299 T-6/5
(1) Adjustment range
For inserts, see pages: WCGT (172)
MG-SWUCR
Solid Carbide Boring Bars
Carrying WCGT Trigon Inserts
for Small Diameters
Dmin
d
h1
f
l2l1Right-hand shown
88º
Designation d l1l2h1f Ga° Gr° D min Insert
A10J SXFOR/L-06 10.00 110.00 28.5 5.0 4.9 6 1.75 10.00 XOMT 0602 SR 34-508 T-7/5
A12K SXFOR/L-06 10.00 125.00 28.5 5.0 4.9 6 1.75 10.00 XOMT 0602 SR 34-508 T-7/5
For inserts, see pages: XOMT-DT (165)
A-SXFOR/L
Boring Bars with Coolant Holes
Carrying XOMT Inserts
ISCAR
100
ISOTURN TOOLS
h1
L2
f
L
h
d
L3Right-hand shown
Designation d L2L3L f h1Ga° Gr° h D min Insert
A1612M SXFOR-06DR 16.00 180.00 31.0 21.0 6.0 8.5 0 0 15.0 12.50 XOMT 0602
For inserts, see pages: XOMT-DT (165)
Drilling Solid Material
Range:
Dmin=12.5 mm
Dmax=14 mm
To achieve required diameter øD, position tool as shown at D + x (x=0.10) to compensate for tool
deflection. Use pecking cycle, pulling back 0.1 mm after each 1 mm of DOC.
Maximum feed for steel: 0.05 mm/rev;
For stainless steel: 0.03 mm/rev
D
D+x
x
Spare Parts
Designation
A-SXFOR-DR SR 34-508 T-7/51 PL 16
A-SXFOR-DR
Boring and Drilling Bars with Coolant
Holes Carrying XOMT Inserts
d2d
D
10
L h
Designation d d2D h L
SBB D16-4 16.00 4.00 15.00 15.0 100.00 HW 2.0 PL 16*
SBB D16-5 16.00 5.00 15.00 15.0 100.00 HW 2.0 PL 16*
SBB D16-6 16.00 6.00 15.00 15.0 100.00 HW 2.0 PL 16*
SBB D16-7 16.00 7.00 15.00 15.0 100.00 HW 2.0 PL 16*
SBB D20-4 20.00 4.00 13.00 19.0 100.00 HW 2.0 PL 16* SR M4X6 DIN913
SBB D20-5 20.00 5.00 14.00 19.0 100.00 HW 2.0 PL 16* SR M4X6 DIN913
SBB D20-6 20.00 6.00 15.00 19.0 100.00 HW 2.0 PL 16*
SBB D20-7 20.00 7.00 16.00 19.0 100.00 HW 2.0 PL 16*
SBB D22-4 22.00 4.00 13.00 21.0 125.00 HW 2.0 PL 16* SR M4X6 DIN913
SBB D22-5 22.00 5.00 14.00 21.0 125.00 HW 2.0 PL 16* SR M4X6 DIN913
SBB D22-6 22.00 6.00 15.00 21.0 125.00 HW 2.0 PL 16* SR M4X6 DIN913
SBB D22-7 22.00 7.00 16.00 21.0 125.00 HW 2.0 PL 16* SR M4X6 DIN913
• Holders are suitable for right- and left-hand inserts, and boring bars.
* Optional, should be ordered separately
For tools, see pages: A/E-SEXPR/L-03 (92) • A/E-SWUCR (99) • A/E/S-SCLCR/L (91) • E/S-SWUBR/L (98) • MG-SWUBR/L (99) • MG-SWUCR (99) • MGCH
(330) • MGSIR/L (534) • MGUHR (327)
SBB
Holders for Small Diameter Boring Bars
101
ISOTURN TOOLS
h1h
f
l2l1
b
Right-hand shown
95°
95°
95º
Designation l1l2b h h1f Ga° Gr°
MWLNR/L 16CA-06W 63.00 26.4 20.0 25.0 16.0 25.0 -8 -8
For inserts, see pages: WNMG-F3P (110) • WNMG-M3P (111) • WNMG-F3M (112) • WNMG-M3M (113)
Spare Parts
Designation
MWLNL 16CA-06W IWSN 322W IWSN 3-2W(a)* ZNW 3W LC 250 SET 1 HW 2.0 SR 76-1401 SR M4X10 DIN913 HW 2.5
MWLNR 16CA-06W IWSN 322W IWSN 3-2W(a)* ZNW 3W LC 250 SET 1 SR 76-1401 SR M4X10 DIN916 HW 2.5
* Optional, should be ordered separately
(a) Use WNMG 33..(0604..) inserts
MWLNR/L-CA-W
Top Wedge Lock Cartridges
Carrying Negative Trigon Inserts
Gr°
45°
Min. Bore Dia.
Ga°
h1
f
95°
l1
l2
b
h
Right-hand shown
95°
95°
95º
Designation h h1b l1l2f D min(1) Ga° Gr°
PCLNR/L 16CA-12 25.0 16.0 20.0 63.00 38.0 25.0 55.00 -8 -8
(1) For axial mounting
For inserts, see pages: CNGA-2 (CBN) (188) • CNGA-4 (CBN) (188) • CNGA-Ceramic (179) • CNGG-M4HF/M4HM (CBN) (188) • CNMA (125) • CNMA
(PCD) (184) • CNMA-MW4 (CBN) (187) • CNMA-T/M1/WG (CBN) (187) • CNMG-Ceramic (178) • CNMG-F3M (122) • CNMG-F3P (119) • CNMG-GN (126) •
CNMG-M3M (122) • CNMG-M3P (120) • CNMG-NF (124) • CNMG-NR (127) • CNMG-VL (123) • CNMG-WF (124) • CNMG-WG/NRW (124) • CNMG/CNGG-PP
(125) • CNMG/CNGG-SF (123) • CNMG/CNGG-TF (126) • CNMM-M4PW (128) • CNMM-R3P (120) • CNMS-12 (176)
Spare Parts
Designation
PCLNL 16CA-12 TCN 423 SP 4 LR 4 LCS 4S HW 3.0 SR 76-1401 SR M4X5 DIN916 HW 2.0 PN 3-4
PCLNR 16CA-12 TCN 423 SP 4 LR 4 LCS 4S HW 3.0 SR 76-1401 SR M4X5 DIN913 HW 2.0 PN 3-4
PCLNR/L-CA
95° Lead Angle Exchangeable
Cartridges Carrying Negative
80° Diamond Inserts
Min. Bore Dia.
a°
Gr°
h
b
h1
l1
l2
75°
f
Ga°
Right-hand shown
75º
Designation h h1b l1l2f D min(1) Ga° Gr°a°
PSKNR 12CA-12 20.0 12.0 15.0 55.00 35.0 20.0 50.00 -6 -8 20
PSKNR/L 16CA-12 25.0 16.0 20.0 63.00 38.0 25.0 60.00 -4 -8 45
(1) For axial mounting
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSKNR 12CA-12 LR 4M SR 117-2011 HW 2.5/5 SR 76-1401 SR M4X5 DIN913 HW 2.0
PSKNR/L 16CA-12 TSN 423 SP 4 PN 3-4 LR 4 LCS 4S HW 3.0 SR 76-1401 SR M4X5 DIN913 HW 2.0
PSKNR/L-CA
75° Lead Angle Cartridges Carrying
Negative Square Inserts
ISCAR
102
ISOTURN TOOLS
Min. Bore Dia.
a°
Gr°
h1h
b
f
l2l1
Ga°
Right-hand shown
9 1°
91º
Designation h h1b l1l2f D min(1) Ga° Gr°a°
PTFNR 12CA-16 20.0 12.0 15.0 55.00 35.0 20.0 50.00 -6 -9 20
PTFNR 16CA-16 25.0 16.0 20.0 63.00 38.0 25.0 55.00 -6 -8 45
(1) For axial mounting
For inserts, see pages: TNMG-F3P (139) • TNMG-M3P (139) • TNMG-F3M (140) • TNMG-M3M (140) • TNMG-TF (141) • TNMG-GN (143) • TNMG/TNGG-PP
(142) • TNMG-VL (142) • TNMG-PF (141) • TNMG-SF (141) • TNMG-NF (142) • TNMS-12 (175) • TNMA (143) • TNGA-Ceramic (182) • TNGA-M3 (CBN) (194) •
TNGA-MC/M6 (CBN) (194) • TNGG-M6HF/M6HM (CBN) (194) • TNMA (CBN) (193)
Spare Parts
Designation
PTFNR 12CA-16 TTN 332(a)* LR 3S SR 117-2009 SR 76-1401 SR M4X5 DIN913 HW 2.0
PTFNR 16CA-16 TTN 322 TTN 332(a)* SP 3 PN 3-4 LR 3 SR 117-2014 HW 2.5 SR 76-1401 SR M4X8 DIN913 HW 2.0
* Optional, should be ordered separately
(a) Use for TNMG 32..(1603..) inserts
PTFNR-CA
91° Lead Angle Lever Lock Face
Turning Cartridges Carrying
Negative Triangular Inserts
Min. Bore Dia.
a°
Gr°
h1
l1
l2
f
45°
Ga°
h
b
Right-hand shown
45°
45°
Designation l1l2b h h1f Ga° Gr°a°D min(1)
PSSNR 12CA-12 47.00 27.0 15.0 20.0 12.0 20.0 -3 -10 20 50.00
PSSNR 16CA-12 53.00 29.0 20.0 25.0 16.0 25.0 0 -11 45 55.00
(1) For axial mounting
For inserts, see pages: SNMG-F3P (144) • SNMG-M3P (144) • SNMM-R3P (150) • SNMG-F3M (145) • SNMG-M3M (145) • SNMG-TF (147) • SNMG-GN (149)
• SNMG-NR (149) • SNMG-PP (147) • SNMG-VL (146) • SNMA (149) • SNGA-Ceramic (180) • SNMA (CBN) (196)
Spare Parts
Designation
PSSNR 12CA-12 LR 4M SR 117-2011 HW 2.5 SR 76-1401 SR M4X5 DIN913 HW 2.0
PSSNR 16CA-12 TSN 423 SP 4 PN 3-4 LR 4 LCS 4S HW 3.0 SR 76-1401 SR M4X5 DIN913 HW 2.0
PSSNR/L-CA
45° Lead Angle Cartridges Carrying
Negative Square Inserts for Face
and Longitudinal Turning
103
ISOTURN INSERTS
ISOTURN INSERTS
ISCAR
104
ISOTURN INSERTS
ISCAR
104
USER GUIDE
Without chipbreaker,
with hole
Chipbreaker on both
sides, with hole
m s di
E ±0.025 ±0.025 ±0.025
G ±0.025 ±0.13 ±0.025
Mfr. ±0.08 ±0.13 fr. ±0.05
to ±0.18(1) to ±0.13(1)
Ufr. ±0.13 ±0.13 fr. ±0.08
to ±0.38(1) to ±0.25(1)
(1) Exact tolerance depends on insert size
P
H
B
R
M
A
G
Chipbreaker on one
side, with hole
Chipbreaker on one
side, without hole
Countersink on one
side, with hole
C/breaker on one side,
with hole and C/sink
Neg/pos on one or
both sides, with hole
Special
di
m
m
s
di
Z, X
T
3. Tolerance 4. Type
1. Shape
75º
W
1
N
2
M
3
G
4
di
Tolerance in mm
On m On di
Class M Class U Class M Class U
6.35 ±0.08 ±0.13 ±0.05 ±0.08
9.52 ±0.08 ±0.13 ±0.05 ±0.08
12.70 ±0.13 ±0.20 ±0.08 ±0.13
15.87 ±0.15 ±0.27 ±0.10 ±0.18
19.05 ±0.15 ±0.27 ±0.10 ±0.18
25.40 ±0.18 ±0.38 ±0.13 ±0.25
Q
C
W
T
V
S
D
R
L
Y
K
E
55º
55º
35º
25º
80º
80º/100º
80º
75º
2. Clearance Angle
NC
P
B
O
0º
5º
7º
Other
11º
G
A
M,S
R
B,W
P
Z, X
T,H
105
ISOTURN INSERTS
105
USER GUIDE
Symbol
Sharp
Honed
(Rounded)
Chamfered
(Negative Land)
Chamfered +
Honed
F
E
T
S
8. Cutting Edge (Optional) 9. Chipformer Designation
R
L
Right-hand
R
R
Left-hand
L
L
5. Cutting Edge Length
01 = 1.59 mm
T1 = 1.98 mm
02 = 2.38 mm
03 = 3.18 mm
T3 = 3.97 mm
04 = 4.76 mm
06 = 6.35 mm
07 = 7.94 mm
T
T
T
6. Thickness
02 = 0.2 mm
04 = 0.4 mm
08 = 0.8 mm
12 = 1.2 mm
16 = 1.6 mm
20 = 2.0 mm
24 = 2.4 mm
R
7. Corner Radius
ST
l
RW
CD
E
V
l
l
l
l
7
08
5
04
6
08 E
8
GN
9
di Symbol (l)
inch mm C D R S T V W Q
5/32 3.97 04 03 06 06 02(1)
7/32 5.56 05 09
1/4 6.35 06 07 11 11
9/32 7.15 12
8.00 08
3/8 9.52 09 11 09 16 16 06 09
10.00 10
12.00 12
1/2 12.70 12 15 12 22 22 08 12
5/8 15.88 16 15 27
16.00 16
3/4 19.05 19 19 33 13
20.00 20
25.00 25
1 25.40 25
(1) WBMT 06...
SF TF NM
PF ../Z-RF/LF(1) PP TNM
NF WF GN NR
SM WG RP
14 VL .NMS
AS/AF
ISCAR
106
ISOTURN INSERTS
ISCAR
106
USER GUIDE
Selection Guide for Chipformers and Grades
ISO P - Steel
Finishing
TOUGH HARD
OPEN TIGHT
IC520N
IC530N
IC570
IC8150
IC8250
SF
PF
RF/LF
WF/WG
- Wiper
NF/SM
F3P
First Choice
First Choice
ISO P - Steel
Roughing
TOUGH HARD
OPEN TIGHT
IC8150
IC8250
IC8350
IC3028
NR
R3P
H6P
T3P
NM/
TNM
GN
HT/
WG
HTW
ISO P - Steel
Medium
TOUGH HARD
OPEN TIGHT
IC8150
IC8250
TF
GN
M3P
PP
IS0 N - Aluminum
Roughing
OPEN TIGHT
TOUGH HARD
IC20
.CGT-
AS
.NMS-
12
IS0 N - Aluminum
Medium
OPEN TIGHT
TOUGH HARD
PP
.CGT-
AS
ID5
IC520
IC20
IS0 N - Aluminum
Finishing
TOUGH
OPEN TIGHT
HARD
ID5
IC520
IC20
NF
.CGT-
AS
107
ISOTURN INSERTS
107
USER GUIDE
First Choice
First Choice
IS0 K - Cast Iron
Finishing
IN11
IS6
IS80
IS8
IC9007
IC5005
GN
TIGHTOPEN
TOUGH HARD
...A
IS0 K - Cast Iron
Medium
IS6
IS80
IS8
IN23
IC9007
IC5005
IC428
IC 5010
IC8150
GN
NR
...A
TIGHT
OPEN
TOUGH HARD
IS0 K - Cast Iron
Roughing
IS6
IS80
IS8
IN23
IC5005
IC428
IC5010
IC8150
GN
NR
TIGHTOPEN
TOUGH HARD
...A
ISO M - Stainless Steel
Finishing
TOUGH HARD
OPEN TIGHT
IC6015
IC807
IC907
IC6025
IC570
IC808
IC908
RF/LF
VL
SF
NF/SM
F3M
PF
ISO M - Stainless Steel
Medium
OPEN TIGHT
TOUGH HARD
IC6015
IC807
IC907
IC6025
IC808
IC908
IC3028
TF
M3M
PP
ISO M - Stainless Steel
Roughing
OPEN TIGHT
TOUGH HARD
IC807
IC907
IC6025
IC808
IC908
IC3028
HM
M4MW
MR
R3M
ISCAR
108
ISOTURN INSERTS
ISCAR
108
USER GUIDE
IS0 H - Hardened Steel
Finishing
IB10HC
IB50
IB10H
IB55
IB20H
IN22
IC807
IC907
.NMA
.NGA
GN
TIGHTOPEN
TOUGH HARD
IS0 H - Hardened Steel
Medium
IB55
IB20H
IN22
IC807
IC907
IC808
IC908
.NMA
.NGA
GN
TIGHT
OPEN
TOUGH HARD
IS0 S - High Temp. Alloys
Finishing
IW7
IC804
IC806
IC07
IC807
IC907
IC20
SF/PF
PP
IS0 S - High Temp. Alloys
Finishing
OPEN TIGHT
TOUGH HARD
IS0 S - High Temp. Alloys
Medium
IW7
IC804
IC806
IC07
IC807
IC907
IC908
PP
EM-M
TF
OPEN TIGHT
TOUGH HARD
IS0 S - High Temp. Alloys
Roughing
OPEN TIGHT
TOUGH HARD
IW7
IC804
IC806
IC807
IC907
IC808
IC908
IC3028
TF
M4MW
HM
EM-R
MR
PF
First Choice
First Choice
109
ISOTURN INSERTS
rS
di
l
95º
95°
95°
95º
45°
45°
Dimensions Recommended Machining Data
Designation l di S r
IC8150
ap
(mm)
f
(mm/rev)
QNMG 120408-NF 13.33 12.70 4.76 0.80 •0.80-3.00 0.08-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQFNR/L (11) • PQLNR/L (11) • PQSNR/L (12) • S-PQFNR/L (80) • S-PQLNR/L (80)
QNMG-NF
Double-Sided Inserts with Four 80°
Corners for Finishing Applications
S
r
di
l
95º
95°
95°
95º
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
IC8150
ap
(mm)
f
(mm/rev)
QNMG 090404-TF 10.32 9.52 4.76 0.40 ••• 1.00-4.00 0.12-0.35
QNMG 090408-TF 10.32 9.52 4.76 0.80 ••• 1.00-4.00 0.12-0.35
QNMG 120404-TF 13.41 12.70 4.76 0.40 •1.00-4.00 0.12-0.35
QNMG 120408-TF 13.33 12.70 4.76 0.80 • • 1.00-4.00 0.12-0.35
QNMG 120412-TF 13.25 12.70 4.76 1.20 •1.50-4.50 0.15-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQFNR/L (11) • PQLNR/L (11) • PQSNR/L (12) • S-PQFNR/L (80) • S-PQLNR/L (80)
QNMG-TF
Double-Sided Inserts with Four 80°
Corners for General Applications
S
r
di
l
45°
45°
95°
95º
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
ap
(mm)
f
(mm/rev)
QNMG 090408-PP 10.32 9.52 4.76 0.80 •1.00-4.00 0.14-0.30
QNMG 120408-PP 13.33 12.70 4.76 0.80 • • 1.00-4.00 0.14-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQFNR/L (11) • PQLNR/L (11) • PQSNR/L (12) • S-PQFNR/L (80) • S-PQLNR/L (80)
QNMG-PP
Double-Sided Inserts with Four 80°
Corners for General Applications
ISCAR
110
ISOTURN INSERTS
S
r
di
l
95º
95°
95°
95º
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
IC8150
IC428
ap
(mm)
f
(mm/rev)
QNMG 090408-GN 10.32 9.52 4.76 0.80 • • 1.00-4.50 0.16-0.45
QNMG 120408-GN 13.33 12.70 4.76 0.80 •••• 1.00-4.50 0.16-0.45
QNMG 120412-GN 13.25 12.70 4.76 1.20 •••• 1.50-5.00 0.22-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQFNR/L (11) • PQLNR/L (11) • PQSNR/L (12) • S-PQFNR/L (80) • S-PQLNR/L (80)
QNMG-GN
Double-Sided Inserts with Four 80°
Corners for General Applications
di
80°
l
r
S
95º
Dimensions Recommended
Machining Data
Designation l di S r
IC530N
ap
(mm)
f
(mm/rev)
WNGP 040302R/L-F2P 4.35 6.35 3.18 0.20 •0.30-2.00 0.08-0.30
WNGP 040304R/L-F2P 4.35 6.35 3.18 0.40 •0.30-2.00 0.08-0.30
WNGP 040308R/L-F2P 4.35 6.35 3.18 0.80 •0.30-2.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SWLNR/L-04 (83) • PWLNR/L-S (12)
WNGP-F2P
Double-Sided Trigon Inserts
for Super Finish Machining
Conditions on Alloyed Steel
di
80°
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
WNMG 060404-F3P 6.52 9.52 4.76 0.40 ••••• 0.50-2.50 0.07-0.25
WNMG 060408-F3P 6.52 9.52 4.76 0.80 ••••• 0.90-3.00 0.08-0.25
WNMG 060412-F3P 6.52 9.52 4.76 1.20 • • • 1.30-3.00 0.10-0.25
WNMG 080404-F3P 8.70 12.70 4.76 0.40 ••••• 0.50-3.50 0.07-0.25
WNMG 080408-F3P 8.70 12.70 4.76 0.80 • • • • 0.90-3.50 0.08-0.25
WNMG 080412-F3P 8.70 12.70 4.76 1.20 • • • 1.30-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK
A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14)
• PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-F3P
Double-Sided Trigon Inserts
for Semi-Finishing and
Finishing Applications
111
ISOTURN INSERTS
di
80°
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC8150
IC5010
IC807
ap
(mm)
f
(mm/rev)
WNMG 06T304-M3P 6.52 9.52 3.97 0.40 • • 0.45-2.50 0.10-0.45
WNMG 06T308-M3P 6.52 9.52 3.97 0.80 ••• 0.50-3.00 0.15-0.50
WNMG 06T312-M3P 6.52 9.52 3.97 1.20 •0.80-3.00 0.18-0.60
WNMG 060404-M3P 6.52 9.52 4.76 0.40 • • • 0.45-2.50 0.10-0.45
WNMG 060408-M3P 6.52 9.52 4.76 0.80 • • • 0.50-3.00 0.15-0.50
WNMG 060412-M3P 6.52 9.52 4.76 1.20 • • 0.80-3.00 0.18-0.60
WNMG 080404-M3P 8.70 12.70 4.76 0.40 • • • 0.40-3.50 0.10-0.45
WNMG 080408-M3P 8.70 12.70 4.76 0.80 •••• 0.50-4.00 0.15-0.50
WNMG 080412-M3P 8.70 12.70 4.76 1.20 •••• 0.80-4.00 0.18-0.60
WNMG 080416-M3P 8.70 12.70 4.76 1.60 • • 1.00-4.00 0.23-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-M3P
Double-Sided Trigon Inserts for
Medium Machining Conditions on Steel
di
80°
l
r
S
18°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC8150
ap
(mm)
f
(mm/rev)
WOMG 100716-T3P-IQ 10.86 15.88 7.94 1.60 ••• 1.00-2.80 1.50-3.00
• The specified machining recommendations in the above table are valid only for PWXOR/L-TF-IQ tools. For PWLOR/L-IQ tools: ap= 3-7 mm, ft= 0.3-0.8 mm/rev.
• For user guide, see pages 197-212
For tools, see pages: PWLOR/L-IQ (22) • PWXOR/L-TF-IQ (23)
0.5
1.00.5 1.5 2.0 2.5 3.0 3.5
1.5
2.5
3.0
3.5
ap
mm
F (mm/rev)
1.0
2.0
Application Range on PWXOR/L-TF-IQ Tools
WOMG-10-T3P-IQ
Double-Sided 6° Negative
Side Flank Trigon Inserts for
High Feed Turning of Steel
ISCAR
112
ISOTURN INSERTS
di
80°
l
r
S
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
WOMG 130612-R3P-IQ 13.03 19.05 6.35 1.20 • • 3.50-8.00 0.30-0.80
WOMG 130616-R3P-IQ 13.03 19.05 6.35 1.60 • • 4.00-8.00 0.40-0.85
WOMG 130624-R3P-IQ 13.03 19.05 6.35 2.40 • • 4.00-8.00 0.40-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-PWLOR/L-IQ (22) • PWLOR/L-IQ (22)
WOMG-13-R3P-IQ
Double-Sided 7° Negative
Side Flank Trigon Inserts for
Heavy Turning of Steel
di
80°
l
r
S
95º
Dimensions Recommended
Machining Data
Designation l di S r
IC908
ap
(mm)
f
(mm/rev)
WNGP 040302R/L-F2M 4.35 6.35 3.18 0.20 •0.30-2.00 0.08-0.30
WNGP 040304R/L-F2M 4.35 6.35 3.18 0.40 •0.30-2.00 0.08-0.30
WNGP 040308R/L-F2M 4.35 6.35 3.18 0.80 •0.30-2.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SWLNR/L-04 (83) • PWLNR/L-S (12)
WNGP-F2M
Double-Sided Trigon Inserts
for Super Finish Machining
Conditions on Stainless Steel
di
80°
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
ap
(mm)
f
(mm/rev)
WNMG 060404-F3M 6.52 9.52 4.76 0.40 ••••• 0.10-1.50 0.05-0.30
WNMG 060408-F3M 6.52 9.52 4.76 0.80 ••••• 0.10-1.50 0.10-0.40
WNMG 060412-F3M 6.52 9.52 4.76 1.20 •••• 0.20-2.50 0.15-0.50
WNMG 080404-F3M 8.70 12.70 4.76 0.40 •••• 0.10-1.50 0.05-0.30
WNMG 080408-F3M 8.70 12.70 4.76 0.80 •••• 0.10-1.50 0.10-0.40
WNMG 080412-F3M 8.70 12.70 4.76 1.20 •••• 0.20-2.50 0.15-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK
A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14) •
PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-F3M
Double-Sided Trigon Inserts for
Stainless Steel Finishing Applications
113
ISOTURN INSERTS
di
80°
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
IC804
ap
(mm)
f
(mm/rev)
WNMG 060404-M3M 6.52 9.52 4.76 0.40 •••• 0.50-3.50 0.12-0.40
WNMG 060408-M3M 6.52 9.52 4.76 0.80 ••••• 0.50-3.50 0.15-0.50
WNMG 060412-M3M 6.52 9.52 4.76 1.20 ••••• 0.50-3.50 0.20-0.60
WNMG 080404-M3M 8.70 12.70 4.76 0.40 •0.50-5.00 0.12-0.40
WNMG 080408-M3M 8.70 12.70 4.76 0.80 •••••0.50-5.00 0.15-0.50
WNMG 080412-M3M 8.70 12.70 4.76 1.20 ••••• 0.50-5.00 0.20-0.60
WNMG 080416-M3M 8.70 12.70 4.76 1.60 •0.50-5.00 0.25-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK
A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14)
• PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-M3M
Double-Sided Trigon Inserts
for Machining Stainless and
Low Carbon Steel
di
80°
l
r
S
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC530N
IC520N
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T302-SF 6.52 9.52 3.97 0.20 •0.30-1.50 0.02-0.15
WNMG 06T304-SF 6.52 9.52 3.97 0.40 •••• 0.30-1.50 0.05-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • MWLNR/L-CA-W (101) • MWLNR/L-W (21)
• PWLNR/L (12)
WNMG-SF
Double-Sided Trigon Inserts
for Super Finishing
ISCAR
114
ISOTURN INSERTS
di
80°
l
rS
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC908
IC30N
IC530N
IC10
IC8150
IC20
IC20N
IC520N
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T301-NF 6.52 9.52 3.97 0.10 •0.20-1.00 0.05-0.15
WNMG 06T302-NF 6.52 9.52 3.97 0.20 •• •••• • •• 0.30-1.50 0.08-0.17
WNMG 06T304-NF 6.52 9.52 3.97 0.40 •• ••••••••• 0.40-2.50 0.07-0.25
WNMG 06T308-NF 6.52 9.52 3.97 0.80 •• •••• 0.60-3.00 0.08-0.25
WNMG 060402-NF 6.52 9.52 4.76 0.20 • • 0.30-3.00 0.05-0.20
WNMG 060404-NF 6.52 9.52 4.76 0.40 • • • 0.60-3.00 0.08-0.25
WNMG 060408-NF 6.52 9.52 4.76 0.80 •0.80-3.00 0.08-0.25
WNMG 080404-NF 8.70 12.70 4.76 0.40 • • • 0.40-3.50 0.07-0.25
WNMG 080408-NF 8.70 12.70 4.76 0.80 • • • • 0.80-3.50 0.08-0.25
WNMG 080412-NF 8.70 12.70 4.76 1.20 •1.20-3.50 0.08-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-NF
Double-Sided Trigon Inserts
for Semi-Finishing and
Finishing Applications
di
80°
l
rS
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC908
IC806
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T308-VL 6.52 9.52 3.97 0.80 •0.50-3.00 0.07-0.25
WNMG 080404-VL 8.70 12.70 4.76 0.40 • • 0.30-3.00 0.05-0.15
WNMG 080408-VL 8.70 12.70 4.76 0.80 • • 0.50-4.00 0.10-0.25
WNMG 080412-VL 8.70 12.70 4.76 1.20 •1.00-4.50 0.12-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • E-PWLNR/L-HEAD
(85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101)
• MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-VL
Double-Sided Trigon Inserts with a
Chipformer for High Temperature
Alloys and Stainless Steel Valves
115
ISOTURN INSERTS
di
80°
l
rS
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di l S r
IC8250
IC530N
IC8150
IC20N
IC520N
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/
rev)
WNMG 06T304-WG 9.52 6.52 3.97 0.40 ••••• 0.40-3.00 0.10-0.35
WNMG 06T308-WG 9.52 6.52 3.97 0.80 • • • • • 0.60-3.50 0.10-0.50
WNMG 060404-WG 9.52 6.52 4.76 0.40 • • • • 0.40-3.00 0.10-0.35
WNMG 060408-WG 9.52 6.52 4.76 0.80 • • • 0.60-3.50 0.10-0.50
WNMG 080408-WG 12.70 8.70 4.76 0.80 •••••••••1.00-3.50 0.10-0.50
WNMG 080412-WG 12.70 8.70 4.76 1.20 • • • • • 1.20-4.00 0.30-0.80
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-WG
Double-Sided Trigon Wiper
Inserts for High Surface Finish
at High Feed Turning
di
80°
l
r
S
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC530N
IC8150
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 060402-WF 6.52 9.52 4.76 0.20 •0.20-3.00 0.05-0.25
WNMG 060404-WF 6.52 9.52 4.76 0.40 • • 0.50-3.00 0.05-0.30
WNMG 060408-WF 6.52 9.52 4.76 0.80 •0.80-3.50 0.07-0.30
WNMG 080408-WF 8.70 12.70 4.76 0.80 • • 0.80-3.50 0.07-0.35
WNMG 080412-WF 8.70 12.70 4.76 1.20 •0.80-3.50 0.07-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK
A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14) •
PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-WF
Double-Sided Trigon Wiper Inserts for
Finishing Operations at High Feeds
ISCAR
116
ISOTURN INSERTS
di
80°
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC28
IC830
IC8350
IC6025
IC8250
IC30N
IC530N
IC10
IC6015
IC8150
IC520M
IC20
IC20N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T304-PP 6.52 9.52 3.97 0.40 • • • • • • • 1.00-3.00 0.14-0.30
WNMG 06T308-PP 6.52 9.52 3.97 0.80 • • • • • 1.00-3.00 0.14-0.30
WNMG 060404-PP 6.52 9.52 4.76 0.40 • • • • 1.00-3.00 0.14-0.30
WNMG 060408-PP 6.52 9.52 4.76 0.80 • • • 1.00-3.00 0.14-0.30
WNMG 080404-PP 8.70 12.70 4.76 0.40 •••• ••• •• 1.00-3.50 0.14-0.30
WNMG 080408-PP 8.70 12.70 4.76 0.80 ••••• •••• •••• 1.00-4.00 0.14-0.30
WNMG 080412-PP 8.70 12.70 4.76 1.20 • • • 1.50-5.00 0.18-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-PP
Double-Sided Trigon Inserts for
Machining Very Ductile Materials
at Medium Cutting Conditions
di
80°
l
rS
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC6025
IC8250
IC908
IC6015
IC8150
IC520M
IC20
IC20N
IC5010
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T304-TF 6.52 9.52 3.97 0.40 • • • • 1.00-3.00 0.12-0.35
WNMG 06T308-TF 6.52 9.52 3.97 0.80 • • • • • • • 1.00-3.00 0.12-0.35
WNMG 06T312-TF 6.52 9.52 3.97 1.20 • • 1.00-4.00 0.15-0.40
WNMG 060404-TF 6.52 9.52 4.76 0.40 • • • 1.00-3.00 0.12-0.35
WNMG 060408-TF 6.52 9.52 4.76 0.80 • • • • 1.00-3.00 0.12-0.35
WNMG 060412-TF 6.52 9.52 4.76 1.20 • • 1.00-4.00 0.15-0.35
WNMG 080404-TF 8.70 12.70 4.76 0.40 • • • • • • • • 1.00-4.00 0.12-0.35
WNMG 080408-TF 8.70 12.70 4.76 0.80 ••••••••• ••••1.00-4.00 0.12-0.35
WNMG 080412-TF 8.70 12.70 4.76 1.20 •••• • ••1.50-4.50 0.15-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-TF
Double-Sided Trigon Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
117
ISOTURN INSERTS
di
80°
l
r
S
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC928
IC8350
IC6025
IC8250
IC6015
IC8150
IC20
IC5010
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T304-GN 6.52 9.52 3.97 0.40 • • • 1.00-3.50 0.14-0.40
WNMG 06T308-GN 6.52 9.52 3.97 0.80 ••• 1.00-3.50 0.16-0.45
WNMG 06T312-GN 6.52 9.52 3.97 1.20 •1.50-4.00 0.18-0.45
WNMG 060404-GN 6.52 9.52 4.76 0.40 •1.00-3.50 0.14-0.40
WNMG 060408-GN 6.52 9.52 4.76 0.80 •1.00-3.50 0.16-0.45
WNMG 060412-GN 6.52 9.52 4.76 1.20 •1.50-4.00 0.18-0.45
WNMG 080404-GN 8.70 12.70 4.76 0.40 • • • • 1.00-4.50 0.14-0.40
WNMG 080408-GN 8.70 12.70 4.76 0.80 ••••••••••••1.00-4.50 0.16-0.45
WNMG 080412-GN 8.70 12.70 4.76 1.20 ••••• 1.50-4.50 0.22-0.50
WNMG 130612-GN 13.03 19.05 6.35 1.20 • • 2.50-5.50 0.30-0.50
WNMG 130616-GN 13.03 19.05 6.35 1.60 •2.50-6.00 0.30-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-GN
Double-Sided Trigon Inserts
for General Applications
di
80°
l
rS
95°
95°
95º
Dimensions Recommended Machining Data
Designation l di S r
IC8250
ap
(mm)
f
(mm/rev)
WNMM 080408-NM 8.70 12.70 4.76 0.80 •1.50-5.00 0.20-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-W (21) • PWLNR/L (12)
• PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMM-NM
Single-Sided Trigon Inserts
for Roughing Applications
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC28
IC830
IC8350
IC6025
IC8250
IC30N
IC530N
IC10
IC6015
IC8150
IC520M
IC20
IC20N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 06T304-PP 6.52 9.52 3.97 0.40 • • • • • • • 1.00-3.00 0.14-0.30
WNMG 06T308-PP 6.52 9.52 3.97 0.80 • • • • • 1.00-3.00 0.14-0.30
WNMG 060404-PP 6.52 9.52 4.76 0.40 • • • • 1.00-3.00 0.14-0.30
WNMG 060408-PP 6.52 9.52 4.76 0.80 • • • 1.00-3.00 0.14-0.30
WNMG 080404-PP 8.70 12.70 4.76 0.40 •••• ••• •• 1.00-3.50 0.14-0.30
WNMG 080408-PP 8.70 12.70 4.76 0.80 ••••• •••• •••• 1.00-4.00 0.14-0.30
WNMG 080412-PP 8.70 12.70 4.76 1.20 • • • 1.50-5.00 0.18-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) •
PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
di
80°
l
r
S
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC520M
IC5010
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 080408-NR 8.70 12.70 4.76 0.80 • • • 1.00-5.00 0.18-0.50
WNMG 080412-NR 8.70 12.70 4.76 1.20 ••••••2.00-5.00 0.23-0.55
WNMG 080416-NR 8.70 12.70 4.76 1.60 • • 2.00-5.00 0.30-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-W (21) • PWLNR/L (12)
• PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMG-NR
Double-Sided Trigon Inserts
with a Special Chipformer
for Heavy Machining
ISCAR
118
ISOTURN INSERTS
diS
80°
r
l
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8150
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
WNMA 06T304 6.52 9.52 3.97 0.40 • • 0.50-2.00 0.03-0.29
WNMA 06T304 * 6.52 9.52 3.97 0.40 •0.50-2.00 0.03-0.29
WNMA 06T308 6.52 9.52 3.97 0.80 ••• 1.00-3.00 0.03-0.38
WNMA 06T312 6.52 9.52 3.97 1.20 • • 1.50-3.50 0.03-0.43
WNMA 060404 6.52 9.52 4.76 0.40 • • 1.00-3.00 0.03-0.48
WNMA 060408 6.52 9.52 4.76 0.80 • • 1.00-3.00 0.03-0.48
WNMA 060408 * 6.52 9.52 4.76 0.80 •1.00-3.00 0.03-0.48
WNMA 080408 8.70 12.70 4.76 0.80 •••• 1.00-4.00 0.03-0.48
WNMA 080408-WG 8.70 12.70 4.76 0.80 •1.00-3.50 0.10-0.60
WNMA 080412 8.70 12.70 4.76 1.20 ••• 1.50-4.00 0.03-0.55
WNMA 080416 8.70 12.70 4.76 1.60 ••• 2.00-5.00 0.03-0.60
WNMA 130616 13.03 19.05 6.35 1.60 • • 3.00-8.00 0.03-0.80
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) •
C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • E-PWLNR/L-HEAD (85) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW
(19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-13W (21) • MWLNR/L-CA-W (101) • MWLNR/L-W (21) • PWLNR/L (12) •
PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNMA/WNMA-WG
Double-Sided Trigon Inserts for Short
Chipping Materials such as Cast Iron
di
80°
l
rS
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC807
IC907
ap
(mm)
f
(mm/rev)
WNMG 080408-TNM 8.70 12.70 4.76 0.80 •2.00-4.50 0.25-0.45
WNMG 080412-TNM 8.70 12.70 4.76 1.20 •2.00-4.50 0.25-0.45
WNMG 130612-TNM 13.03 19.05 6.35 1.20 •••• 2.50-7.00 0.25-0.65
WNMG 130616-TNM 13.03 19.05 6.35 1.60 • • 2.50-7.00 0.25-0.65
WNMG 130624-TNM 13.03 19.05 6.35 2.40 •3.00-7.00 0.30-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-13W (21) •
MWLNR/L-W (21) • PWLNR/L (12) • PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) •
S-MULNR-MW (85)
WNMG-TNM
Double-Sided Trigon Inserts
for Semi-Roughing and
Roughing Applications
119
ISOTURN INSERTS
80°
l
di S
r
r
80º
88º
Wiper zone
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S l
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
WNMX 060604-M3PW 9.52 0.40 4.41 6.50 • • 1.00-4.00 0.20-0.50
WNMX 060608-M3PW 9.52 0.80 4.41 6.50 ••••• 1.50-4.00 0.25-0.60
WNMX 080708-M4PW 12.70 0.80 6.78 8.70 • • • 1.50-5.00 0.25-0.60
WNMX 080712-M4PW 12.70 1.20 6.78 8.70 • • 2.00-5.00 0.30-0.80
WNMX 080716-M4PW 12.70 1.60 6.78 8.70 • • 2.00-5.00 0.30-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) •
PWLNR/L-X-JHP-MC (16)
WNMX-M3/4PW
Double-Sided Trigon Inserts with
High Helical Cutting Edge for
High Metal Removal Rates
S
80°
l
di
r
r
80º
88º
Wiper zone
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di r S l
IC6025
IC8250
IC6015
IC8150
IC806
IC807
ap
(mm)
f
(mm/rev)
WNMX 060604-M3MW 9.52 0.40 4.41 6.50 • • 0.80-4.00 0.15-0.50
WNMX 060608-M3MW 9.52 0.80 4.41 6.50 • • 1.00-5.00 0.20-0.60
WNMX 080704-M4MW 12.70 0.40 6.78 8.70 ••••••0.80-5.00 0.15-0.50
WNMX 080708-M4MW 12.70 0.80 6.78 8.70 ••••••1.00-5.00 0.20-0.60
WNMX 080712-M4MW 12.70 1.20 6.78 8.70 • • • • 1.20-5.00 0.25-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PWLNR/L-X/G (84) • C#-PWLNR/L-X (16) • C#-PWLNR/L-X-JHP (17) • DWLNR/L (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) •
PWLNR/L-X-JHP-MC (16)
WNMX-M3/4MW
Double-Sided Trigon Inserts
for Machining Stainless Steel,
High Temperature Alloys and
Soft, Low Carbon Steel
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC6025
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
CNMG 090404-F3P 9.67 9.52 4.76 0.40 •••••0.50-3.50 0.07-0.25
CNMG 090408-F3P 9.67 9.52 4.76 0.80 •••••0.90-3.50 0.08-0.25
CNMG 120404-F3P 12.90 12.70 4.76 0.40 ••••••0.50-3.50 0.07-0.25
CNMG 120408-F3P 12.90 12.70 4.76 0.80 •••••0.90-3.50 0.08-0.25
CNMG 120412-F3P 12.90 12.70 4.76 1.20 • • • 1.30-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • A/S-PCLNR/L-X/G (82) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) •
C#-PCLNR/L-X-JHP (27) • DCBNR/L (28) • DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW
(20) • MULNR/L-12MW (18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) •
PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85)
CNMG-F3P
Double-Sided 80° Rhombic
Inserts for Semi-Finishing and
Finishing Applications
ISCAR
120
ISOTURN INSERTS
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC8150
IC5010
IC5005
IC807
ap
(mm)
f
(mm/rev)
CNMG 090404-M3P 9.67 9.52 4.76 0.40 • • • 0.40-4.00 0.10-0.30
CNMG 090408-M3P 9.67 9.52 4.76 0.80 • • • 0.50-4.50 0.15-0.50
CNMG 120404-M3P 12.90 12.70 4.76 0.40 • • • 0.40-5.50 0.10-0.30
CNMG 120408-M3P 12.90 12.70 4.76 0.80 •••••0.50-5.50 0.15-0.50
CNMG 120412-M3P 12.90 12.70 4.76 1.20 • • • 0.80-5.50 0.18-0.60
CNMG 160612-M3P 16.12 15.88 6.35 1.20 • • • • 0.80-7.20 0.18-0.60
CNMG 160616-M3P 16.12 15.88 6.35 1.60 • • 0.80-7.20 0.18-0.60
CNMG 190608-M3P 19.30 19.05 6.35 0.80 • • 0.50-8.60 0.15-0.50
CNMG 190612-M3P 19.30 19.05 6.35 1.20 • • 0.80-8.60 0.18-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • A/S-PCLNR/L-X/G (82) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP
(27) • DCBNR/L (28) • DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L
(24) • MULNR/L-12MW (18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) •
PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85)
CNMG-M3P
Double-Sided 80° Rhombic Inserts for
Medium Machining Conditions on Steel
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
CNMM 120408-R3P 12.90 12.70 4.76 0.80 • • 0.70-7.50 0.20-0.55
CNMM 120412-R3P 12.90 12.70 4.76 1.20 • • 1.00-7.50 0.25-0.70
CNMM 120416-R3P 12.90 12.70 4.76 1.60 • • 1.50-7.50 0.30-0.90
CNMM 160608-R3P 16.12 15.88 6.35 0.80 • • 2.00-9.50 0.20-0.55
CNMM 160612-R3P 16.12 15.88 6.35 1.20 • • 2.00-9.50 0.30-0.70
CNMM 160616-R3P 16.12 15.88 6.35 1.60 • • 2.00-9.50 0.30-0.90
CNMM 190612-R3P 19.34 19.05 6.35 1.20 • • 3.00-12.00 0.25-0.80
CNMM 190616-R3P 19.34 19.05 6.35 1.60 • • 3.50-12.00 0.30-0.90
CNMM 190624-R3P 19.34 19.05 6.35 2.40 • • 3.50-12.00 0.30-1.20
CNMM 250924-R3P 25.79 25.40 9.52 2.40 • • 4.00-15.00 0.40-1.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMM-R3P
Single-Sided 80° Rhombic Inserts for
Rough Turning Applications on Steel
121
ISOTURN INSERTS
S
rl
di
80°
95°
95°
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
COMM 190624-R3P-IQ 19.34 19.05 6.35 2.40 • • 3.50-12.00 0.35-1.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-PCLOR/L-IQ (30) • PCBOR/L-IQ (30) • PCLOR/L-IQ (29)
COMM-R3P-IQ
Single-Sided 7° Negative Side
Flank 80° Rhombic Inserts for
Heavy Turning of Steel
S
rl
di
80°
95°
95°
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
COMG 160608-R3P-IQ 16.12 15.88 6.35 0.80 • • 2.00-9.00 0.25-0.50
COMG 160612-R3P-IQ 16.12 15.88 6.35 1.20 • • 2.00-9.00 0.30-0.60
COMG 160616-R3P-IQ 16.12 15.88 6.35 1.60 • • 2.00-9.00 0.30-0.70
COMG 190612-R3P-IQ 19.34 19.05 6.35 1.20 • • 3.00-12.00 0.30-0.80
COMG 190616-R3P-IQ 19.34 19.05 6.35 1.60 • • 3.50-12.00 0.35-0.90
COMG 190624-R3P-IQ 19.34 19.05 6.35 2.40 • • 3.50-12.00 0.35-0.90
COMG 250924-R3P-IQ 25.79 25.40 9.52 2.40 • • 4.00-15.00 0.40-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-PCLOR/L-IQ (30) • PCBOR/L-IQ (30) • PCLOR/L-IQ (29)
DOVETAIL GEOMETRY
7º 7º
COMG-R3P-IQ
Double-Sided 7° Negative Side
Flank 80° Rhombic Inserts for
Heavy Turning of Steel
ISCAR
122
ISOTURN INSERTS
80°
di
rlS
75°
75°
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
IC4
IC804
ap
(mm)
f
(mm/rev)
CNMG 090404-F3M 9.67 9.52 4.76 0.40 ••••• 0.10-1.50 0.05-0.30
CNMG 090408-F3M 9.67 9.52 4.76 0.80 ••••• 0.10-1.50 0.10-0.40
CNMG 120404-F3M 12.90 12.70 4.76 0.40 •••• 0.10-1.50 0.05-0.30
CNMG 120408-F3M 12.90 12.70 4.76 0.80 •••• •0.10-1.50 0.10-0.40
CNMG 120412-F3M 12.90 12.70 4.76 0.80 ••••••0.10-1.50 0.10-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • A/S-PCLNR/L-X/G (82) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) •
C#-PCLNR/L-X-JHP (27) • DCBNR/L (28) • DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW
(20) • MULNR/L-12MW (18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) •
PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85)
CNMG-F3M
Double-sided 80° Rhombic Inserts for
Stainless Steel Finishing Applications
80°
di
rlS
75°
75°
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
IC804
ap
(mm)
f
(mm/rev)
CNMG 090404-M3M 9.67 9.52 4.76 0.40 •••• 0.40-4.00 0.12-0.40
CNMG 090408-M3M 9.67 9.52 4.76 0.80 ••••• 0.50-4.50 0.15-0.50
CNMG 120404-M3M 12.90 12.70 4.76 0.40 •0.50-5.00 0.15-0.50
CNMG 120408-M3M 12.90 12.70 4.76 0.80 •••••0.50-5.00 0.15-0.50
CNMG 120412-M3M 12.90 12.70 4.76 1.20 • • • • 0.50-5.00 0.20-0.60
CNMG 120416-M3M 12.90 12.70 4.76 1.60 • • 0.50-5.00 0.25-0.70
CNMG 160608-M3M 16.12 15.88 6.35 0.80 ••• 0.50-7.00 0.15-0.50
CNMG 160612-M3M 16.12 15.88 6.35 1.20 •••• 0.50-7.00 0.20-0.60
CNMG 160616-M3M 16.12 15.88 6.35 1.60 • • • 0.50-7.00 0.25-0.70
CNMG 190608-M3M 19.34 19.05 6.35 0.80 • • • 3.00-10.00 0.30-0.70
CNMG 190612-M3M 19.34 19.05 6.35 1.20 •3.00-10.00 0.35-0.80
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • A/S-PCLNR/L-X/G (82) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) •
C#-PCLNR/L-X-JHP (27) • DCBNR/L (28) • DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW
(20) • MCLNR/L (24) • MULNR/L-12MW (18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) •
PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85)
CNMG-M3M
Double-Sided 80° Rhombic
Inserts for Machining Stainless
and Low Carbon Steel
123
ISOTURN INSERTS
80°
di
rlS
75°
95°
95°
75°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC6015
IC520N
IC428
IC907
ap
(mm)
f
(mm/rev)
CNMG 120402-SF 12.90 12.70 4.76 0.20 • • 0.30-2.00 0.03-0.25
CNMG 120404-SF 12.90 12.70 4.76 0.40 •0.30-2.00 0.05-0.25
CNGG 120401-SF 12.90 12.70 4.76 0.10 •0.20-1.50 0.03-0.15
CNGG 120402-SF 12.90 12.70 4.76 0.20 •0.30-2.00 0.03-0.20
CNGG 120404-SF 12.90 12.70 4.76 0.40 •0.30-2.00 0.03-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG/CNGG-SF
Double-Sided 80° Rhombic Inserts for
Super-Finishing; Controls Chip Flow at
Very Low Feeds and Depths of Cut
80°
di
rlS
75°
95°
95°
75°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC806
IC804
ap
(mm)
f
(mm/rev)
CNMG 120404-VL 12.90 12.70 4.76 0.40 •0.30-3.00 0.05-0.15
CNMG 120408-VL 12.90 12.70 4.76 0.80 • • 0.50-4.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-VL
Double-Sided 80° Rhombic Inserts
with a Chipformer for High Temperature
Alloys and Stainless Steel Valves
80°
di
rlS
75°
75°
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC6025
IC806
ap
(mm)
f
(mm/rev)
CNMG 160612-R3M 16.12 15.88 6.35 1.20 •2.00-9.00 0.30-0.90
CNMG 160616-R3M 16.12 15.88 6.35 1.60 •2.00-10.00 0.40-1.00
CNMG 160624-R3M 16.12 15.88 6.35 2.40 •2.00-11.00 0.50-1.20
CNMG 190612-R3M 19.34 19.05 6.35 1.20 • • 2.00-9.00 0.30-0.90
CNMG 190616-R3M 19.34 19.05 6.35 1.60 • • 2.00-10.00 0.40-1.00
CNMG 190624-R3M 19.34 19.05 6.35 2.40 •2.00-11.00 0.50-1.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-PCLNR/L-X (27) • DCBNR/L (28) • DCLNR/L (28) • MCLNR/L (24) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-X
(25) • A/S-PCLNR/L-X/G (82)
CNMG-R3M
Double-Sided 80° Rhombic
Inserts for Rough Machining of
Stainless and Low Carbon Steel
ISCAR
124
ISOTURN INSERTS
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC530N
IC8150
IC20N
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120404-NF 12.90 12.70 4.76 0.40 ••••••0.40-3.50 0.07-0.25
CNMG 120408-NF 12.90 12.70 4.76 0.80 • ••••0.80-3.50 0.08-0.25
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-NF
Double-Sided 80° Rhombic
Inserts for Semi-Finishing and
Finishing Applications
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
CNMG 120408-WF 12.90 12.70 4.76 0.80 • • 0.80-3.50 0.10-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-WF
Double-Sided 80° Rhombic
Wiper Inserts for Finishing
Operations at High Feeds
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC520N
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120408-WG 12.90 12.70 4.76 0.80 •••••••0.80-3.50 0.10-0.50
CNMG 120412-WG 12.90 12.70 4.76 1.20 • • 1.50-4.00 0.30-0.80
CNMG 120416-NRW 12.90 12.70 4.76 1.60 • • 2.00-4.50 0.30-0.80
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-WG/NRW
Double-Sided 80° Rhombic Wiper
Inserts for High Feed Turning
and High Surface Finish
125
ISOTURN INSERTS
80°
di
rlS
75°
75°
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC28
IC830
IC8350
IC6025
IC8250
IC10
IC6015
IC8150
IC20N
IC428
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120404-PP 12.90 12.70 4.76 0.40 •••••• ••1.00-4.00 0.14-0.30
CNMG 120408-PP 12.90 12.70 4.76 0.80 •••••••• ••••1.00-4.00 0.14-0.30
CNMG 120412-PP 12.90 12.70 4.76 1.20 • • • • 1.50-4.00 0.18-0.40
CNMG 190612-PP 19.30 19.05 6.35 1.20 • • 2.00-8.00 0.30-0.60
CNGG 120401-PP 12.90 12.70 4.76 0.10 •0.40-2.00 0.05-0.20
CNGG 120402-PP 12.90 12.70 4.76 0.20 •0.40-2.50 0.08-0.25
CNGG 120404-PP 12.90 12.70 4.76 0.40 •0.80-3.00 0.10-0.30
CNGG 120408-PP 12.90 12.70 4.76 0.80 • • 1.00-4.00 0.10-0.30
CNGG 120412-PP 12.90 12.70 4.76 1.20 •1.00-4.00 0.10-0.30
CNGG 190612-PP 19.30 19.05 6.35 1.20 •2.00-9.00 0.30-0.60
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG/CNGG-PP
Double-Sided 80° Rhombic Inserts
for Machining Very Ductile Materials
at Medium Cutting Conditions
80°
l
di
rS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8150
IC20
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMA 120404 12.90 12.70 4.76 0.40 ••• 1.00-4.00 0.03-0.34
CNMA 120408 12.90 12.70 4.76 0.80 ••••• 1.00-4.00 0.05-0.43
CNMA 120408F (1) 12.90 12.70 4.76 0.80 • • 1.00-4.00 0.05-0.50
CNMA 120412 12.90 12.70 4.76 1.20 ••••• 1.50-4.50 0.08-0.60
CNMA 120416 12.90 12.70 4.76 1.60 ••• 2.00-6.00 0.30-0.60
CNMA 160612 16.12 15.88 6.35 1.20 •2.00-10.00 0.10-0.80
CNMA 160616 16.12 15.88 6.35 1.60 • • 2.00-10.00 0.30-0.60
CNMA 190612 19.30 19.05 6.35 1.20 • • • 2.00-10.00 0.10-0.80
CNMA 190616 19.30 19.05 6.35 1.60 •2.50-10.00 0.30-1.00
• For user guide, see pages 197-212
(1) When using a double-ended insert, grooving depth is limited by the insert.
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMA
Double-Sided 80° Rhombic
Inserts for Short Chipping
Materials such as Cast Iron
ISCAR
126
ISOTURN INSERTS
80°
di
rlS
75°
75°
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC6025
IC8250
IC908
IC6015
IC8150
IC20
IC20N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 090304-TF 9.70 9.52 3.18 0.40 • • 1.00-3.00 0.12-0.35
CNMG 090308-TF 9.70 9.52 3.18 0.80 ••• 1.00-4.00 0.12-0.35
CNMG 120404-TF 12.90 12.70 4.76 0.40 • • • • • • • • 1.00-4.00 0.12-0.35
CNMG 120408-TF 12.90 12.70 4.76 0.80 •••••••••••• 1.00-4.00 0.12-0.35
CNMG 120412-TF 12.90 12.70 4.76 1.20 •••••• ••• 1.50-4.50 0.15-0.40
CNMG 160608-TF 16.12 15.88 6.35 0.80 • • 1.00-6.00 0.12-0.35
CNMG 160612-TF 16.12 15.88 6.35 1.20 •1.50-6.00 0.15-0.45
CNMG 190612-TF 19.30 19.05 6.35 1.20 •1.50-6.50 0.20-0.55
CNGG 120408-TF 12.96 12.70 4.76 0.80 •1.00-4.00 0.12-0.35
CNGG 190612-TF 19.30 19.05 6.35 1.20 •2.00-9.00 0.30-0.70
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG/CNGG-TF
Double-Sided 80° Rhombic Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC28
IC830
IC8350
IC6025
IC8250
IC530N
IC6015
IC8150
IC20
IC20N
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120404-GN 12.90 12.70 4.76 0.40 • • • • • • 1.00-4.00 0.14-0.40
CNMG 120408-GN 12.90 12.70 4.76 0.80 ••••••••••• ••• 1.00-4.50 0.16-0.45
CNMG 120412-GN 12.90 12.70 4.76 1.20 • • • • • • • • 1.50-5.00 0.22-0.50
CNMG 160612-GN 16.12 15.88 6.35 1.20 •••• 2.00-7.00 0.22-0.60
CNMG 160616-GN 16.12 15.88 6.35 1.60 •2.00-7.00 0.22-0.75
CNMG 190608-GN 19.30 19.05 6.35 0.80 •1.50-8.00 0.20-0.70
CNMG 190612-GN 19.30 19.05 6.35 1.20 • • • • 2.00-7.98 0.25-0.70
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-GN
Double-Sided 80° Rhombic
Inserts for General Applications
127
ISOTURN INSERTS
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC28
IC830
IC8350
IC6025
IC8250
IC530N
IC6015
IC8150
IC20
IC20N
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120404-GN 12.90 12.70 4.76 0.40 • • • • • • 1.00-4.00 0.14-0.40
CNMG 120408-GN 12.90 12.70 4.76 0.80 ••••••••••• ••• 1.00-4.50 0.16-0.45
CNMG 120412-GN 12.90 12.70 4.76 1.20 • • • • • • • • 1.50-5.00 0.22-0.50
CNMG 160612-GN 16.12 15.88 6.35 1.20 •••• 2.00-7.00 0.22-0.60
CNMG 160616-GN 16.12 15.88 6.35 1.60 •2.00-7.00 0.22-0.75
CNMG 190608-GN 19.30 19.05 6.35 0.80 •1.50-8.00 0.20-0.70
CNMG 190612-GN 19.30 19.05 6.35 1.20 • • • • 2.00-7.98 0.25-0.70
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
80°
di
rl S
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC6025
IC8250
IC6015
IC8150
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMG 120408-NR 12.90 12.70 4.76 0.80 •••• ••••• 1.00-4.50 0.15-0.45
CNMG 120412-NR 12.90 12.70 4.76 1.20 ••••• 1.00-5.00 0.23-0.55
CNMG 120416-NR 12.90 12.70 4.76 1.60 •1.00-5.00 0.30-0.60
CNMG 160608-NR 16.12 15.88 6.35 0.80 • • 1.50-6.00 0.25-0.50
CNMG 160612-NR 16.12 15.88 6.35 1.20 • • • • 2.00-7.00 0.30-0.60
CNMG 160616-NR 16.12 15.88 6.35 1.60 • • • • • • • 2.50-7.00 0.30-0.70
CNMG 190608-NR 19.30 19.05 6.35 0.80 • • 3.50-8.00 0.30-0.72
CNMG 190612-NR 19.30 19.05 6.35 1.20 • • • • 3.50-8.00 0.30-0.80
CNMG 190616-NR 19.30 19.05 6.35 1.60 • • • • • 4.00-10.00 0.40-0.85
CNMG 190624-NR 19.30 19.05 6.35 2.40 •4.00-10.00 0.40-1.20
CNMG 250924-NR 25.79 25.40 9.52 2.40 •6.00-12.00 0.40-1.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MCLNR/L (24) • MULNR/L-12MW
(18) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) •
S-DCLNR/L (79) • S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-NR
Double-Sided 80° Rhombic
Inserts with a Special Chipformer
for Heavy Machining
l
di
80°
rS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC6015
IC8150
IC807
ap
(mm)
f
(mm/rev)
CNMG 160612-MR 16.12 15.88 6.35 1.20 • • • • 2.00-10.00 0.30-0.90
CNMG 160624-MR 16.12 15.88 6.35 2.40 •2.00-8.00 0.50-1.20
CNMG 190612-MR 19.03 19.05 6.35 1.20 •••••2.00-10.00 0.30-0.90
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-PCLNR/L-X (27) • DCBNR/L (28) • DCLNR/L (28) • MCLNR/L (24) • PCBNR/L (25) • PCLNR/L (23) • PCLNR/L-X (25)
• A/S-PCLNR/L-X/G (82)
CNMG-MR
Double-Sided 80° Rhombic Inserts
for Rough Turning on Stainless
Steel and Soft Materials
ISCAR
128
ISOTURN INSERTS
S
di
F
F
Wiper zone
r
80º
88º
l
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC8250
IC8150
IC20N
IC520N
IC807
IC907
ap
(mm)
f
(mm/rev)
CNMX 090604-M3PW 9.67 9.52 4.40 0.40 • • 1.00-4.50 0.20-0.50
CNMX 090608-M3PW 9.67 9.52 4.40 0.80 •••• 1.50-5.00 0.25-0.60
CNMX 120708-M4PW 12.90 12.70 6.78 0.80 ••• ••1.50-6.00 0.25-0.60
CNMX 120712-M4PW 12.90 12.70 6.78 1.20 ••• ••2.00-6.00 0.30-0.80
CNMX 120716-M4PW 12.90 12.70 6.78 1.60 ••• ••2.00-6.00 0.30-1.00
CNMX 160712-M4PW 16.12 15.88 6.40 1.20 • • • 2.00-8.00 0.30-0.80
CNMX 160716-M4PW 16.12 15.88 6.40 1.60 • • • 2.00-8.00 0.30-1.00
• PCLNR/L...X and A..-PCLNR/L-X are most recommended as they were designed especially for this insert
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L-X/G (82) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L (28) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) •
PCLNR/L-X-JHP-MC (26)
CNMX-M3/4PW
Double-Sided 80° Rhombic Inserts
with High Helical Cutting Edge
for High Metal Removal Rates
di
F
F
l
S
80º
88º
Wiper Zone
r
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC8150
IC806
IC807
ap
(mm)
f
(mm/rev)
CNMX 090604-M3MW 9.67 9.52 4.40 0.40 • • 0.80-4.00 0.15-0.45
CNMX 090608-M3MW 9.67 9.52 4.40 0.80 • • 1.00-5.00 0.20-0.60
CNMX 120704-M4MW 12.90 12.70 6.78 0.40 • • • 0.80-5.00 0.15-0.45
CNMX 120708-M4MW 12.90 12.70 6.78 0.80 ••••••1.00-6.00 0.20-0.60
CNMX 120712-M4MW 12.90 12.70 6.78 1.20 •••••2.00-6.00 0.30-0.80
• PCLNR/L...X and A..-PCLNR/L-X are most recommended as they were designed especially for this insert
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L-X/G (82) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L (28) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) •
PCLNR/L-X-JHP-MC (26)
CNMX-M3/4MW
Double-Sided 80° Rhombic Inserts
with High Helical Cutting Edge for High
Metal Removal Rates of Stainless Steel
I
F
FdiS
r
80º
88º 95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r l
IC8250
IC8150
ap
(mm)
f
(mm/rev)
CNMM 120408-M4PW 12.70 4.76 0.80 12.90 • • 1.50-5.00 0.24-0.59
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85)
CNMM-M4PW
Very Positive Radial Insert with Helical
Cutting Edge and Positive Rake for
Heavy Machining Applications
129
ISOTURN INSERTS
80°
di
rlS
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8150
IC907
ap
(mm)
f
(mm/rev)
CNMM 190616-NR 19.03 19.05 6.35 1.60 • • 2.00-10.00 0.40-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DCBNR/L (28) • DCLNR/L (28) • MCLNR/L (24) • PCBNR/L (25) • PCLNR/L (23)
CNMM-NR
Single-Sided 80° Rhombic Inserts
for Rough Turning Applications
di
55°
S
rl
10 0 º
93º
Dimensions Recommended
Machining Data
Designation l di S r
IC530N
ap
(mm)
f
(mm/rev)
DNGP 070302R/L-F2P 7.70 6.35 3.18 0.20 •0.30-2.00 0.08-0.30
DNGP 070304R/L-F2P 7.70 6.35 3.18 0.40 •0.30-2.00 0.08-0.30
DNGP 070308R/L-F2P 7.70 6.35 3.18 0.80 •0.30-2.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SDXNR/L-07 (87) • A/E-SDZNR/L-07 (87) • PDJNR/L-S (30)
DNGP-F2P
Double-Sided 55° Rhombic Inserts
for Semi-Finishing and Finishing
Applications on Alloyed Steel
di
55°
S
rl
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
DNMG 110404-F3P 11.63 9.52 4.76 0.40 ••••• 0.80-3.00 0.07-0.25
DNMG 110408-F3P 11.63 9.52 4.76 0.80 ••••• 1.00-3.50 0.08-0.25
DNMG 110412-F3P 11.63 9.52 4.76 1.20 • • • 1.40-4.00 0.10-0.25
DNMG 150404-F3P 15.50 12.70 4.76 0.40 • • • • 0.80-3.00 0.07-0.25
DNMG 150408-F3P 15.50 12.70 4.76 0.80 • • • 1.00-3.50 0.08-0.25
DNMG 150412-F3P 15.50 12.70 4.76 1.20 • • • 1.40-4.00 0.10-0.25
DNMG 150604-F3P 15.50 12.70 4.76 0.40 ••••• 0.80-3.00 0.07-0.25
DNMG 150608-F3P 15.50 12.70 6.35 0.80 • • • 1.00-3.50 0.08-0.25
DNMG 150612-F3P 15.50 12.70 6.35 1.20 • • • 1.40-4.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK
A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-F3P
Double-Sided 55° Rhombic Inserts for
Semi-Finishing and Finishing on Steel
ISCAR
130
ISOTURN INSERTS
di
55°
S
rl
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC5010
IC5005
IC807
ap
(mm)
f
(mm/rev)
DNMG 110408-M3P 11.63 9.52 4.76 0.80 • • • 0.50-5.00 0.15-0.50
DNMG 110412-M3P 11.63 9.52 4.76 1.20 • • 0.80-5.00 0.18-0.60
DNMG 150408-M3P 15.50 12.70 4.76 0.80 ••••• 0.50-6.00 0.15-0.50
DNMG 150412-M3P 15.50 12.70 4.76 1.20 •0.80-6.00 0.18-0.60
DNMG 150608-M3P 15.50 12.70 6.35 0.80 • • • 0.50-6.00 0.15-0.50
DNMG 150612-M3P 15.50 12.70 6.35 1.20 • • • 0.80-6.00 0.18-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK
A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-M3P
Double-Sided 55° Rhombic Inserts for
Medium Machining Conditions on Steel
di
55°
S
rl
10 0 º
93º
Dimensions Recommended
Machining Data
Designation l di S r
IC908
ap
(mm)
f
(mm/rev)
DNGP 070302R/L-F2M 7.70 6.35 3.18 0.20 •0.30-2.00 0.08-0.30
DNGP 070304R/L-F2M 7.70 6.35 3.18 0.40 •0.30-2.00 0.08-0.30
DNGP 070308R/L-F2M 7.70 6.35 3.18 0.80 •0.30-2.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SDXNR/L-07 (87) • A/E-SDZNR/L-07 (87) • PDJNR/L-S (30)
DNGP-F2M
Double-Sided 55° Rhombic
Inserts for Semi-Finishing and
Finishing on Stainless Steel
di
55°
S
rl
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
ap
(mm)
f
(mm/rev)
DNMG 110404-F3M 11.63 9.52 4.76 0.40 ••••• 0.10-1.50 0.05-0.32
DNMG 110408-F3M 11.63 9.52 4.76 0.80 ••••• 0.10-1.50 0.10-0.42
DNMG 110412-F3M 11.63 9.52 4.76 1.20 •••• 0.15-2.00 0.15-0.52
DNMG 150404-F3M 15.50 12.70 4.76 0.40 •••• 0.10-1.50 0.05-0.30
DNMG 150408-F3M 15.50 12.70 4.76 0.80 •••• 0.10-1.50 0.10-0.40
DNMG 150412-F3M 15.50 12.70 4.76 1.20 •••• 0.20-2.50 0.15-0.50
DNMG 150604-F3M 15.50 12.70 6.35 0.40 •••• 0.10-1.50 0.05-0.30
DNMG 150608-F3M 15.50 12.70 6.35 0.80 •••• 0.10-1.50 0.10-0.40
DNMG 150612-F3M 15.50 12.70 6.35 1.20 •••• 0.20-2.50 0.15-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK
A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-F3M
Double-Sided 55° Rhombic Inserts
for Finish Turning of Stainless
and Low Carbon Steel
131
ISOTURN INSERTS
55°
di
lS
r
62.5°
93°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC530N
IC520N
IC907
ap
(mm)
f
(mm/rev)
DNMG 110404-SF 11.63 9.52 4.76 0.40 • • 0.50-3.00 0.05-0.25
DNGG 150401-SF 15.50 12.70 4.76 0.10 •0.25-2.00 0.03-0.15
DNGG 150402-SF 15.50 12.70 4.76 0.20 •0.40-2.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK
A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31)
DNMG/DNGG-SF
Double-Sided 55° Rhombic Inserts for
Super-Finishing; Controls Chip Flow at
Very Low Feeds and Depths of Cut
55°
di
lS
r
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC8250
IC530N
IC8150
IC20N
IC520N
IC5010
IC807
IC907
ap
(mm)
f
(mm/rev)
DNMG 110402-NF 11.63 9.52 4.76 0.20 • • • • • • 0.40-2.50 0.07-0.18
DNMG 110404-NF 11.63 9.52 4.76 0.40 • • •••••• 0.80-3.00 0.07-0.25
DNMG 110408-NF 11.63 9.52 4.76 0.80 • •••• •• 1.00-3.50 0.08-0.25
DNMG 150404-NF 15.50 12.70 4.76 0.40 • • • 0.80-3.50 0.07-0.25
DNMG 150408-NF 15.50 12.70 4.76 0.80 • • 1.00-3.51 0.08-0.25
DNMG 150604-NF 15.50 12.70 6.35 0.40 • • • • 0.80-3.50 0.07-0.25
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK
A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-NF
Double-Sided 55° Rhombic
Inserts for Semi-Finishing and
Finishing Applications
55°
S
l
r
di
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC5010
IC807
ap
(mm)
f
(mm/rev)
DNMG 150408-WG 15.50 12.70 4.76 0.80 •1.00-2.50 0.20-0.50
DNMG 150608-WG 15.50 12.70 6.35 0.80 • • 1.00-2.50 0.18-0.40
DNMG 150612-WG 15.50 12.70 6.35 1.20 • • 1.00-3.00 0.20-0.80
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDNNN (33) • PDJNR/L (31) •
PDJNR/L-JHP (31)
DNMG-WG
Double-Sided 55° Rhombic
Wiper Inserts for High Surface
Finish at High Feed Turning
ISCAR
132
ISOTURN INSERTS
55°
di
lS
r
62.5°
93º
93°
Dimensions Recommended Machining Data
Designation l di S r
IC8150
ap
(mm)
f
(mm/rev)
DNMG 110408-PF 11.63 9.52 4.76 0.80 •0.30-3.00 0.07-0.30
DNMG 150612-PF 15.50 12.70 6.35 1.20 •1.00-4.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-PF
Double-Sided 55° Rhombic
Inserts for Finishing Applications
on Alloyed and Stainless Steel
55°
di
lS
r
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
ap
(mm)
f
(mm/rev)
DNMG 110404-M3M 11.63 9.52 4.76 0.40 •••• 0.50-3.50 0.12-0.40
DNMG 110408-M3M 11.63 9.52 4.76 0.80 •••• 0.50-4.00 0.15-0.50
DNMG 110412-M3M 11.63 9.52 4.76 1.20 ••••• 0.50-4.00 0.20-0.60
DNMG 150408-M3M 15.50 12.70 4.76 0.80 •••• 0.50-5.00 0.15-0.50
DNMG 150412-M3M 15.50 12.70 4.76 1.20 •••• 0.50-5.00 0.20-0.60
DNMG 150608-M3M 15.50 12.70 6.35 0.80 •••• 0.50-5.00 0.15-0.50
DNMG 150612-M3M 15.50 12.70 6.35 1.20 •••• 0.50-5.00 0.20-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-M3M
Double-Sided 55° Rhombic
Inserts for Machining Stainless
and Low Carbon Steel
55°
di
lS
r
62.5°
93°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC6025
IC8250
IC10
IC6015
IC8150
IC20
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
DNMG 110404-PP 11.63 9.52 4.76 0.40 • • • 0.40-3.00 0.12-0.30
DNMG 110408-PP 11.63 9.52 4.76 0.80 • • • 1.00-3.50 0.12-0.30
DNMG 150408-PP 15.50 12.70 4.76 0.80 • • 1.00-4.00 0.12-0.30
DNMG 150604-PP 15.50 12.70 6.35 0.40 • • 0.50-4.00 0.12-0.30
DNMG 150608-PP 15.50 12.70 6.35 0.80 • • • • • • • • 1.00-3.50 0.12-0.30
DNGG 150604-PP 15.50 12.70 6.35 0.40 •0.50-4.00 0.12-0.30
DNGG 150608-PP 15.50 12.70 6.35 0.80 • • 1.00-4.00 0.12-0.30
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG/DNGG-PP
55° Double-Sided Rhombic Inserts
for Machining Very Ductile Materials
at Medium Cutting Conditions
133
ISOTURN INSERTS
55°
di
lS
r
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC908
IC806
ap
(mm)
f
(mm/rev)
DNMG 110404-VL 11.63 9.52 4.76 0.40 • • 0.50-3.50 0.10-0.25
DNMG 110408-VL 11.63 9.52 4.76 0.80 • • 0.50-3.50 0.10-0.25
DNMG 150404-VL 15.50 12.70 4.76 0.40 •0.50-3.50 0.10-0.25
DNMG 150408-VL 15.50 12.70 4.76 0.80 • • 0.50-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-VL
Double-Sided 55° Rhombic Inserts
with a Chipformer for High Temperature
Alloys and Stainless Steel Valves
di
55°
S
rl
62.5°
93°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC8250
IC530N
IC6015
IC8150
IC20
IC20N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
DNMG 110404-TF 11.63 9.52 4.76 0.40 • • • 1.00-3.00 0.12-0.30
DNMG 110412-TF 11.63 9.52 4.76 1.20 •1.50-4.00 0.15-0.35
DNMG 150404-TF 15.50 12.70 4.76 0.40 • • • • 1.00-3.00 0.15-0.30
DNMG 150408-TF 15.50 12.70 4.76 0.80 •• ••• ••• 1.00-3.50 0.15-0.30
DNMG 150412-TF 15.50 12.70 4.76 1.20 •1.50-4.00 0.12-0.40
DNMG 150604-TF 15.50 12.70 6.35 0.40 •• •••• •• 1.00-3.00 0.14-0.30
DNMG 150608-TF 15.50 12.70 6.35 0.80 ••• ••••••• 1.00-3.50 0.15-0.30
DNMG 150612-TF 15.50 12.70 6.35 1.20 •• ••• ••• 1.50-4.00 0.11-0.35
DNGG 150404-TF 15.50 12.70 4.76 0.40 •1.00-3.00 0.15-0.30
DNGG 150408-TF 15.50 12.70 4.76 0.80 •1.00-3.50 0.15-0.30
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG/DNGG-TF
Double-Sided 55° Rhombic Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
di
55°
S
rl
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC8250
IC8150
IC20N
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
DNMG 110408-GN 11.63 9.52 4.76 0.80 • • 1.00-4.00 0.18-0.38
DNMG 110412-GN 11.63 9.52 4.76 1.20 • • 1.50-4.50 0.18-0.38
DNMG 150408-GN 15.50 12.70 4.76 0.80 • • • 1.00-4.00 0.18-0.18
DNMG 150412-GN 15.50 12.70 4.76 1.20 • • • • 1.50-5.00 0.18-0.43
DNMG 150608-GN 15.50 12.70 6.35 0.80 •••• ••1.00-4.00 0.18-0.38
DNMG 150612-GN 15.50 12.70 6.35 1.20 • • • • 1.50-5.00 0.18-0.43
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR (31) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33)
• HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-GN
Double-Sided 55° Rhombic
Inserts for General Applications
ISCAR
134
ISOTURN INSERTS
di
55°
S
rl
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
DNMA 150412 15.50 12.70 4.76 1.20 • • 1.50-4.00 0.05-0.40
DNMA 150608 15.50 12.70 6.35 0.80 ••• 1.50-4.00 0.03-0.40
DNMA 150612 15.50 12.70 6.35 1.20 ••• 1.50-4.00 0.05-0.40
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMA
Double-Sided 55° Rhombic
Inserts for Short Chipping
Materials such as Cast Iron
55°
di
lS
r
93°
62.5°
93º
Dimensions Recommended Machining Data
Designation l di S r
IC8250
ap
(mm)
f
(mm/rev)
DNMM 150608-R3P 15.50 12.70 6.35 0.80 •0.70-6.00 0.20-0.55
DNMM 150612-R3P 15.50 12.70 6.35 1.20 •1.00-6.00 0.25-0.70
DNMM 150616-R3P 15.50 12.70 6.35 1.60 •1.50-6.00 0.32-0.90
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMM-R3P
Single-Sided 55° Rhombic Inserts for
Rough Turning Applications on Steel
55°
di
lS
r
62.5°
93°
93º
Dimensions Recommended Machining Data
Designation l di S r
IC8250
ap
(mm)
f
(mm/rev)
DNMM 150612-NM 15.50 12.70 6.35 1.20 •1.50-4.50 0.25-0.40
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMM-NM
Single-Sided 55° Rhombic Inserts
for Roughing Applications
135
ISOTURN INSERTS
55°
di
lS
r
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
DNMG 150612-NR 15.50 12.70 6.35 1.20 • • 2.00-6.00 0.23-0.50
DNMG 150616-NR 15.50 12.70 6.35 1.60 • • 2.00-6.00 0.25-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMG-NR
Double-Sided 55° Rhombic
Inserts with a Special Chipformer
for Heavy Machining
di
r
55°
lS
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8350
IC6025
IC8250
IC6015
IC8150
IC806
IC807
ap
(mm)
f
(mm/rev)
DNMX 150608-M3P 15.50 12.70 6.35 0.80 ••••••2.00-7.00 0.25-0.50
DNMX 150612-M3P 15.50 12.70 6.35 1.20 •••••••2.50-7.00 0.30-0.60
DNMX 150616-M3P 15.50 12.70 6.35 1.60 • • 2.50-5.50 0.30-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMX-M3P
Double-Sided 55° Rhombic Inserts
with High Helical Cutting Edge
for High Metal Removal Rates
lS
55˚
r
di
7˚
93º
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC5010
IC807
IC907
ap
(mm)
f
(mm/rev)
KNMX 160405-R/LP 19.72 9.52 4.76 0.50 • • • • 1.00-4.00 0.10-0.40
KNMX 160410-R/LP 19.72 9.52 4.76 1.00 • • • • 1.50-4.00 0.15-0.45
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CKJNR/L (34) • CKNNR/L (34) • SKJNR/L (34)
KNMX
55° Parallelogram Profiling Inserts
ISCAR
136
ISOTURN INSERTS
di
I
R/L 11
R/L 12 r12°
S
55°
93º
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC9025
IC9015
IC20
ap
(mm)
f
(mm/rev)
KNUX 160405 R/L11 19.72 9.52 4.76 0.50 ••• 1.00-4.00 0.10-0.40
KNUX 160405 R/L12 19.72 9.52 4.76 0.50 • • 1.50-4.00 0.10-0.40
KNUX 160410 R/L11 19.72 9.52 4.76 1.00 • • 1.50-4.00 0.15-0.45
KNUX 160410 R/L12 19.72 9.52 4.76 1.00 •1.50-4.00 0.15-0.45
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CKJNR/L (34) • CKNNR/L (34)
KNUX
55° Parallelogram Profiling Inserts
35°
l
di
S
r
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC807
ap
(mm)
f
(mm/rev)
VNMG 160404-F3P 16.60 9.52 4.76 0.40 ••• 0.70-2.00 0.07-0.24
VNMG 160408-F3P 16.60 9.52 4.76 0.80 ••• 1.00-3.00 0.08-0.24
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNMG-F3P
Double-Sided 35° Rhombic
Inserts for Semi-Finishing and
Finishing Applications on Steel
35°
l
di
S
r
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC807
ap
(mm)
f
(mm/rev)
VNMG 12T302-F3M 12.40 7.15 3.97 0.20 •0.10-1.50 0.03-0.20
VNMG 12T304-F3M 12.40 7.15 3.97 0.40 •0.10-1.50 0.05-0.30
VNMG 12T308-F3M 12.40 7.15 3.97 0.80 •0.10-1.50 0.05-0.30
VNMG 160404-F3M 16.60 9.52 4.76 0.40 • • • 0.10-1.50 0.05-0.30
VNMG 160408-F3M 16.60 9.52 4.76 0.80 • • • • 0.10-1.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNMG-F3M
Double-Sided 35° Rhombic Inserts
for Finishing on Stainless Steel
137
ISOTURN INSERTS
35°
l
di
S
r
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC6015
IC806
IC4
IC804
ap
(mm)
f
(mm/rev)
VNMG 160404-M3M 16.60 9.52 4.76 0.40 ••• 0.70-3.00 0.07-0.20
VNMG 160408-M3M 16.60 9.52 4.76 0.80 ••••••0.10-1.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNMG-M3M
Double-Sided 35° Rhombic
Inserts for Machining Stainless
and Low Carbon Steel
35°
l
di
S
r
93°
72.5°
93º
Dimensions Recommended Machining Data
Designation l di S r
IC908
ap
(mm)
f
(mm/rev)
VNMG 12T302-SF 12.40 7.15 3.97 0.20 •0.30-2.00 0.03-0.20
VNMG 12T304-SF 12.40 7.15 3.97 0.40 •0.50-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SVUNR/L (87) • C#-SVJNR/L-F (35) • HSK A63WH-SVVNN-F (36) • SVJNR/L-F (34) • SVVNN-F (35)
VNMG-SF
Double-Sided 35° Rhombic
Inserts for Super-Finishing
35°
l
di
S
r
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC6025
IC8250
IC30N
IC10
IC6015
IC8150
IC20
IC20N
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
VNMG 12T302-NF 12.40 7.15 3.97 0.20 • • • • • • • • 0.40-2.50 0.07-0.18
VNMG 12T304-NF 12.40 7.15 3.97 0.40 •••• ••• • • ••0.70-2.00 0.07-0.24
VNMG 12T308-NF 12.40 7.15 3.97 0.80 •••••••• ••••••1.00-3.00 0.08-0.24
VNMG 160404-NF 16.60 9.52 4.76 0.40 • • • • • • • 0.70-2.50 0.07-0.24
VNMG 160408-NF 16.60 9.52 4.76 0.80 • • 1.00-3.00 0.08-0.25
VNGG 12T302-NF 12.40 7.15 3.90 0.20 •0.40-2.50 0.05-0.17
VNGG 12T304-NF 12.40 7.15 3.90 0.40 •0.50-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SVUNR/L (87) • C#-SVJNR/L-F (35) • HSK A63WH-SVVNN-F (36) • MVJNR/L (35) • MVVNN (36) • SVJNR/L-F (34) • SVVNN-F (35)
VNMG/VNGG-NF
Double-Sided 35° Rhombic
Inserts for Semi-Finishing and
Finishing Applications
ISCAR
138
ISOTURN INSERTS
35°
S
l
r
di
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC20
ap
(mm)
f
(mm/rev)
VNMM 12T304-PP 12.40 7.15 3.97 0.40 • • 0.80-2.50 0.12-0.20
VNMM 12T308-PP 12.40 7.15 3.97 0.80 • • 1.00-2.50 0.12-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SVUNR/L (87) • C#-SVJNR/L-F (35) • HSK A63WH-SVVNN-F (36) • SVJNR/L-F (34) • SVVNN-F (35)
VNMM-PP
Single-Sided 35° Rhombic Inserts
for Machining Very Ductile Materials
at Medium Cutting Conditions
di
S
r
35°
l
93°
72.5°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC6025
IC8250
IC6015
IC8150
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
VNMG 160408-TF 16.60 9.52 4.76 0.80 ••••••••1.00-3.50 0.10-0.30
VNMG 160412-TF 16.60 9.52 4.76 1.20 • • 1.00-4.00 0.12-0.38
VNMG 220408-TF 22.00 12.70 4.76 0.80 •1.00-3.50 0.14-0.36
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNMG-TF
Double-Sided 35° Rhombic Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
25°
35°
l
di lt
S
r
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di ltS r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
YNMG 160404-F3P 16.60 9.52 5.7 4.76 0.40 • • 0.40-3.00 0.03-0.12
YNMG 160408-F3P 16.60 9.52 5.3 4.76 0.80 • • 0.90-4.00 0.05-0.15
• Use IYSN 322 seat for these inserts • For user guide, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
YNMG-F3P
Double-Sided 25° Corner Inserts
for Internal and External Deep and
Narrow Profiling and Undercutting
139
ISOTURN INSERTS
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
TNMG 160404-F3P 16.50 9.52 4.76 0.40 • • • • 0.50-2.00 0.07-0.25
TNMG 160408-F3P 16.50 9.52 4.76 0.80 ••••• 0.90-3.00 0.08-0.25
TNMG 160412-F3P 16.50 9.52 4.76 1.20 • • • 1.30-4.00 0.10-0.25
TNMG 220408-F3P 22.00 12.70 4.76 0.80 • • • 0.90-3.00 0.08-0.25
TNMG 220412-F3P 22.00 12.70 4.76 1.20 • • • 1.30-4.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-F3P
Double-Sided Triangular
Inserts for Semi-Finishing and
Finishing Applications
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
IC8150
IC807
ap
(mm)
f
(mm/rev)
TNMG 160404-M3P 16.50 9.52 4.76 0.40 ••• 0.40-5.00 0.10-0.30
TNMG 160408-M3P 16.50 9.52 4.76 0.80 ••• 0.50-5.00 0.15-0.50
TNMG 160412-M3P 16.50 9.52 4.76 1.20 ••• 0.80-5.00 0.18-0.60
TNMG 220408-M3P 22.00 12.70 4.76 0.80 ••• 0.50-6.60 0.15-0.50
TNMG 220412-M3P 22.00 12.70 4.76 1.20 • • • 0.80-6.60 0.18-0.60
TNMG 220416-M3P 22.00 12.70 4.76 1.60 ••• 1.00-6.60 0.23-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-M3P
Double-Sided Triangular Inserts for
Medium Machining Conditions on Steel
A
A
r
60˚ 113˚
s
60°
l
di
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
TNMX 160604-M3PW 16.50 9.52 4.40 0.40 • • 2.00-5.00 0.25-0.40
TNMX 160608-M3PW 16.50 9.52 4.40 0.80 • • 2.50-5.50 0.30-0.50
TNMX 220708-M4PW 22.00 12.70 7.94 0.80 • • 2.50-5.50 0.30-0.50
TNMX 220712-M4PW 22.00 12.70 7.94 1.20 • • 3.00-6.00 0.35-0.60
TNMX 220716-M4PW 22.00 12.70 7.94 1.60 • • 3.50-6.50 0.40-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44)
TNMX-M3/4PW
Double-Sided Triangular Inserts with
High Helical Cutting Edge for High
Metal Removal Rates on Steel
ISCAR
140
ISOTURN INSERTS
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC6025
IC6015
IC20N
IC520N
IC806
IC807
IC804
ap
(mm)
f
(mm/rev)
TNMG 160404-F3M 16.50 9.52 4.76 0.40 •••••• 0.10-1.50 0.05-0.32
TNMG 160408-F3M 16.50 9.52 4.76 0.80 •••••••0.10-1.50 0.10-0.42
TNMG 160412-F3M 16.50 9.52 4.76 1.20 • • • • 0.15-2.00 0.15-0.52
TNMG 220404-F3M 22.00 12.70 4.76 0.40 • • • • 0.10-1.50 0.05-0.32
TNMG 220408-F3M 22.00 12.70 4.76 0.80 • • • • 0.10-1.50 0.10-0.42
TNMG 220412-F3M 22.00 12.70 4.76 1.20 • • • • 0.15-2.00 0.15-0.52
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-F3M
Double-Sided Triangular Inserts
for Finish Turning on Stainless
and Low Carbon Steel
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC5500
IC6025
IC6015
IC807
IC804
ap
(mm)
f
(mm/rev)
TNMG 160404-M3M 16.50 9.52 4.76 0.40 •0.50-4.00 0.15-0.50
TNMG 160408-M3M 16.50 9.52 4.76 0.80 ••••• 0.50-4.00 0.15-0.50
TNMG 160412-M3M 16.50 9.52 4.76 1.20 ••• 0.50-4.00 0.20-0.60
TNMG 220408-M3M 22.00 12.70 4.76 0.80 ••• 0.50-5.00 0.15-0.50
TNMG 220412-M3M 22.00 12.70 4.76 1.20 ••• 0.50-5.00 0.20-0.60
TNMG 220416-M3M 22.00 12.70 4.76 1.60 ••• 0.50-5.00 0.30-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-M3M
Double-Sided Triangular
Inserts for Machining Stainless
and Low Carbon Steel
A
A
r
60˚ 113˚
s
60°
l
di
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC6025
IC6015
IC806
IC807
ap
(mm)
f
(mm/rev)
TNMX 160604-M3MW 16.50 9.52 4.40 0.40 • • 2.00-5.00 0.12-0.40
TNMX 160608-M3MW-V1 16.50 9.52 4.40 0.80 • • 2.50-5.50 0.15-0.50
TNMX 220704-M4MW 22.00 12.70 7.94 0.40 ••••2.00-5.00 0.12-0.40
TNMX 220708-M4MW 22.00 12.70 7.94 0.80 ••••2.50-5.50 0.15-0.50
TNMX 220712-M4MW 22.00 12.70 7.94 1.20 ••••3.00-6.00 0.18-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44)
TNMX-M3/4MW
Double-Sided Triangular Inserts
with High Helical Cutting
Edge for High Metal Removal
Rates on Stainless Steel
141
ISOTURN INSERTS
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC530N
IC520N
ap
(mm)
f
(mm/rev)
TNMG 160404-SF 16.50 9.52 4.76 0.40 • • 0.40-2.00 0.04-0.25
TNMG 160408-SF 16.50 9.52 4.76 0.80 • • 1.00-3.00 0.06-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42) •
PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-SF
Triangular Double-Sided Inserts for
Super-Finishing; Controls Chip Flow at
Very Low Feeds and Depths of Cut
S
60°
l
di
r
9 1°
93°
60°
9 1°
91º
95º
Dimensions Recommended Machining Data
Designation l di S r
IC8150
ap
(mm)
f
(mm/rev)
TNMG 160408-PF 16.50 9.52 4.76 0.80 •0.80-3.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42) •
PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-PF
Triangular Double-Sided Inserts for
Finishing on Alloyed and Stainless Steel
60°
l
di
rS
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
IC908
IC6015
IC8150
IC20
IC20N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
TNMG 160304-TF 16.50 9.52 3.18 0.40 •1.00-3.00 0.12-0.30
TNMG 160308-TF 16.50 9.52 3.18 0.80 •1.00-3.00 0.12-0.30
TNMG 160404-TF 16.50 9.52 4.76 0.40 •• ••• ••• 1.00-3.00 0.12-0.30
TNMG 160408-TF 16.50 9.52 4.76 0.80 •••• •••• 1.00-3.00 0.12-0.30
TNMG 160412-TF 16.50 9.52 4.76 1.20 • • • • 1.00-5.00 0.12-0.40
TNMG 220404-TF 22.00 12.70 4.76 0.40 • • • • 1.00-3.50 0.14-0.35
TNMG 220408-TF 22.00 12.70 4.76 0.80 • • • • • 1.00-4.00 0.15-0.40
TNMG 220412-TF 22.00 12.70 4.76 1.20 • • • • 1.00-4.50 0.18-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-TF
Double-Sided Triangular Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
ISCAR
142
ISOTURN INSERTS
S
rdi
60°
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC908
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
TNMG 160404-VL 16.50 9.52 4.76 0.40 •0.80-3.50 0.10-0.25
TNMG 160408-VL 16.50 9.52 4.76 0.80 •••• 0.80-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42) •
PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-VL
Double-Sided Triangular Inserts with
a Chipformer for High Temperature
Alloys and Stainless Steel Valves
60°
l
S
di
r
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC8250
IC8150
IC20
IC907
ap
(mm)
f
(mm/rev)
TNGG 160402-PP 16.50 9.52 4.76 0.20 •0.50-1.50 0.05-0.25
TNMG 160404-PP 16.50 9.52 4.76 0.40 • • • 0.50-3.00 0.13-0.30
TNMG 160408-PP 16.50 9.52 4.76 0.80 • • • • 1.00-3.00 0.12-0.30
TNMG 220404-PP 22.00 12.70 4.76 0.40 •0.50-3.50 0.14-0.32
TNMG 220408-PP 22.00 12.70 4.76 0.80 ••• 1.00-3.50 0.14-0.32
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG/TNGG-PP
Double-Sided Triangular Inserts for
Machining Very Ductile Materials
at Medium Cutting Conditions
di
60°
l
rS
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
TNMG 110304-NF 11.00 6.35 3.18 0.40 •0.40-2.00 0.07-0.25
TNMG 160408-NF 16.50 9.52 4.76 0.80 • • 1.00-3.00 0.08-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42) •
PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-NF
Double-Sided Triangular
Inserts for Semi-Finishing and
Finishing Applications
143
ISOTURN INSERTS
di
60°
S
r
l
9 1°
93°
60°
9 1°
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8350
IC8250
IC8150
IC20
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
TNMG 160404-GN 16.50 9.52 4.76 0.40 • • 1.00-3.00 0.12-0.30
TNMG 160408-GN 16.50 9.52 4.76 0.80 •••••••••• 1.00-3.50 0.18-0.39
TNMG 160412-GN 16.50 9.52 4.76 1.20 • • 1.50-4.00 0.18-0.43
TNMG 220408-GN 22.00 12.70 4.76 0.80 •••• 1.00-4.00 0.18-0.40
TNMG 220412-GN 22.00 12.70 4.76 1.20 • • 1.50-4.50 0.18-0.45
TNMG 220416-GN 22.00 12.70 4.76 1.60 •2.00-5.00 0.25-0.45
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMG-GN
Double-Sided Triangular Inserts
for General Applications
di
60°
S
r
l
9 1°
93°
91º
95º
9 1°
60°
Dimensions Recommended Machining Data
Designation l di S r
IC8150
ap
(mm)
f
(mm/rev)
TNMM 220416-NR 22.00 12.70 4.76 1.60 •2.50-6.00 0.30-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR/L (44) • PTGNR/L (42) • PTGNR/L-X (43) •
S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMM-NR
Single-Sided Triangular Inserts
with a Special Chipformer
for Heavy Machining
diS
60°
r
l
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC20
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
TNMA 160404 16.50 9.52 4.76 0.40 ••• 0.50-3.00 0.05-0.21
TNMA 160408 16.50 9.52 4.76 0.80 •••• 1.00-4.00 0.05-0.25
TNMA 160412 16.50 9.52 4.76 1.20 ••• 1.50-4.50 0.10-0.29
TNMA 160416 16.50 9.52 4.76 1.60 •1.50-4.50 0.10-0.40
TNMA 220408 22.00 12.70 4.76 0.80 • • • 1.50-5.00 0.05-0.33
TNMA 220412 22.00 12.70 4.76 1.20 ••• 1.50-5.00 0.10-0.33
TNMA 220416 22.00 12.70 4.76 1.60 • • 1.50-5.00 0.10-0.37
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMA
Double-Sided Triangular Inserts with
No Chipformer for Short Chipping
Materials Such as Cast Iron
ISCAR
144
ISOTURN INSERTS
S
d1
di
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S d1
IC8250
IC8150
ap
(mm)
f
(mm/rev)
RNMG 120400 12.70 4.76 5.15 • • 2.00-5.00 0.30-0.60
• For user guide and cutting speed recommendations, see pages 197-212
RNMG
Double-Sided Round Negative Insert
for Medium and Rough Profiling
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC8250
IC8150
IC20N
IC520N
IC807
ap
(mm)
f
(mm/rev)
SNMG 090404-F3P 9.52 4.76 0.40 ••••• 0.50-3.50 0.07-0.25
SNMG 090408-F3P 9.52 4.76 0.80 ••• 0.90-3.50 0.08-0.25
SNMG 120408-F3P 12.70 4.76 0.80 • • • 0.90-3.50 0.08-0.25
SNMG 120412-F3P 12.70 4.76 1.20 • • • 0.90-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PSKNR/L-09 (96) • C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) •
PSDNN-JHP (39) • PSKNR/L (39) • PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-F3P
Double-Sided Square Inserts for
Semi-Finishing and Finishing on Steel
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC8250
IC8150
IC807
ap
(mm)
f
(mm/rev)
SNMG 090404-M3P 9.52 4.76 0.40 ••• 0.50-3.50 0.15-0.50
SNMG 090408-M3P 9.52 4.76 0.80 ••• 0.50-3.50 0.15-0.55
SNMG 120408-M3P 12.70 4.76 0.80 ••• 0.50-6.00 0.15-0.50
SNMG 120412-M3P 12.70 4.76 1.20 • • 0.80-6.00 0.18-0.60
SNMG 150612-M3P 15.88 6.35 1.20 • • 0.80-7.50 0.18-0.60
SNMG 150616-M3P 15.88 6.35 1.60 •1.20-7.50 0.20-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PSKNR/L-09 (96) • C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) •
PSDNN-JHP (39) • PSKNR/L (39) • PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-M3P
Double-Sided Square Inserts for
Medium Machining Conditions on Steel
145
ISOTURN INSERTS
di=l
rS
di 90°
75°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
SOMG 150612-R3P-IQ 15.88 15.88 6.35 1.20 • • 2.00-9.00 0.30-0.60
SOMG 150616-R3P-IQ 15.88 15.88 6.35 1.60 • • 2.00-9.00 0.30-0.70
SOMG 190612-R3P-IQ 19.05 19.05 6.35 1.20 • • 3.00-12.00 0.30-0.80
SOMG 190616-R3P-IQ 19.05 19.05 6.35 1.60 • • 3.50-12.00 0.35-0.85
SOMG 190624-R3P-IQ 19.05 19.05 6.35 2.40 • • 3.50-12.00 0.40-1.00
SOMG 250924-R3P-IQ 25.40 25.40 9.52 2.40 • • 4.00-15.00 0.40-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-PSROR/L-IQ (41) • PSBOR/L-IQ (40) • PSDON-IQ (38)
SOMG-R3P-IQ
Double-Sided 7° Negative
Side Flank Square Inserts for
Heavy Turning on Steel
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC6025
IC6015
IC806
IC807
IC804
ap
(mm)
f
(mm/rev)
SNMG 090404-F3M 9.52 4.76 0.40 •••• 0.50-3.50 0.05-0.30
SNMG 090408-F3M 9.52 4.76 0.80 • • 0.50-3.50 0.05-0.30
SNMG 120404-F3M 12.70 4.76 0.40 • • 0.90-3.50 0.10-0.40
SNMG 120408-F3M 12.70 4.76 0.80 ••••• 0.90-3.50 0.10-0.40
SNMG 120412-F3M 12.70 4.76 1.20 •••• 0.90-3.50 0.10-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PSKNR/L-09 (96) • C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) •
PSDNN-JHP (39) • PSKNR/L (39) • PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-F3M
Double-Sided Square Inserts for
Stainless Steel Finishing Applications
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC6025
IC6015
IC806
IC807
IC804
ap
(mm)
f
(mm/rev)
SNMG 090404-M3M 9.52 4.76 0.40 •0.50-4.50 0.15-0.50
SNMG 090408-M3M 9.52 4.76 0.80 • • • 0.50-4.50 0.15-0.50
SNMG 120408-M3M 12.70 4.76 0.80 • • • • 0.50-5.00 0.15-0.50
SNMG 120412-M3M 12.70 4.76 1.20 •••• 0.50-5.00 0.20-0.60
SNMG 120416-M3M 12.70 4.76 1.60 • • 0.50-5.00 0.25-0.70
SNMG 150612-M3M 15.88 6.35 1.20 • • • 0.50-8.00 0.10-0.60
SNMG 150616-M3M 15.88 6.35 1.60 • • • 0.50-8.00 0.10-0.65
SNMG 190612-M3M 19.05 6.35 1.20 • • 0.10-9.50 0.10-0.60
SNMG 190616-M3M 19.05 6.35 1.60 • • 0.10-9.50 0.10-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PSKNR/L-09 (96) • C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) •
PSDNN-JHP (39) • PSKNR/L (39) • PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-M3M
Double-Sided Square Inserts
with a Special Chipformer
for Heavy Machining
ISCAR
146
ISOTURN INSERTS
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Recommended Machining Data
Designation di S r
IC8250
ap
(mm)
f
(mm/rev)
SNMG 090304-NF 9.52 3.18 0.40 •0.60-3.00 0.08-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PSKNR/L-09 (96) • PSBNR/L (41) • PSSNR/L (39) • PSSNR/L-JHP (40)
SNMG-NF
Double-Sided Square Inserts for
Super-Finishing; Controls Chip Flow at
Very Low Feeds and Depths of Cut
di
S
r
90°
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC806
IC907
ap
(mm)
f
(mm/rev)
SNMG 120404-VL 12.70 4.76 0.40 •1.00-5.00 0.10-0.25
SNMG 120408-VL 12.70 4.76 0.80 • • 1.00-5.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-VL
Double-Sided Square Insert with a
Chipformer for High Temperature
Alloys and Stainless Steel Valves
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Recommended Machining Data
Designation l di S r
IC806
ap
(mm)
f
(mm/rev)
SNMG 190612 R3M 19.05 19.05 6.35 1.20 •2.00-11.00 0.30-0.90
SNMG 190616 R3M 19.05 19.05 6.35 1.60 •2.00-11.00 0.30-0.90
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DSBNR/L (37) • DSDNN (36) • DSSNR/L (37) • PSBNR/L (41) • PSDNN (38) • PSSNR/L (39)
SNMG-R3M
Double-Sided 90° Square Inserts
for Rough Machining on Stainless
and Low Carbon Steel
147
ISOTURN INSERTS
90°
S
di
r
75°
75°
45°
45°
45°
75º
Dimensions Recommended Machining Data
Designation di S r
IC830
ap
(mm)
f
(mm/rev)
SNMG 120408-PP 12.70 4.76 0.80 •1.00-4.00 0.14-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-PP
Double-Sided Square Inserts for
Machining Very Ductile Materials
at Medium Cutting Conditions
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC830
IC8250
IC6015
IC8150
IC20
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
SNMG 090304-TF 9.52 3.17 0.40 •0.80-3.00 0.10-0.30
SNMG 120404-TF 12.70 4.76 0.40 • • 1.00-4.00 0.12-0.35
SNMG 120408-TF 12.70 4.76 0.80 ••• •••1.00-4.00 0.13-0.35
SNMG 120412-TF 12.70 4.76 1.20 • • • • • 1.50-4.00 0.15-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-TF
Double-Sided Square Inserts for
Machining a Wide Range of Materials
at Medium Cutting Conditions
ISCAR
148
ISOTURN INSERTS
90°
di
r
S
45°
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
SNMG 120408-EM-M 12.70 4.76 0.80 ••• 1.00-3.00 0.20-0.40
• Requires the use of RST 443R/L SET - seat when used on DSSNR/L tools and TSN 423-PIN SET seat when used on PSSNR/L-JHP and PSDNN-JHP tools • For
user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DSDNN (36) • DSSNR/L (37)
The inserts have 4 cutting edges (2 on each side) with
truncated radii – a configuration which facilitates heat transfer
from the cutting area.
The two edges without chipbreakers (flat) are not used.
Toolholders
These inserts require the use of RST 443R/L SET - special
seat when used on DSSNR/L tools and TSN 423-PIN SET
seat when used on PSSNR/L-JHP and PSDNN–JHP tools.
The standard seats should be replaced with the special ones
which have a pin whose purpose is to prevent using the non-
working flat cutting corners.
Advantages
• Increased cutting speed (due to better heat transfer)
• Reduced notch wear (due to 45º approach angle)
• Increased feed (the 45° approach angle produces
a thin chip)
• Increased productivity of up to 50%
• Ability to machine in two directions with the same
tool, longitudinal and face turning
• Up to 3 mm depth of cut
Orientation pin
Correct insert
position
Wrong
positioning
Chipbreaking Range SNMG 120408-EM-M
4.5
3.5
2.5
1.5
ap(mm)
4
3
2
1
0.1
0.15 0.25 0.35 0.45 f (mm/rev)
0.2 0.3 0.4 0.5
Material: Inconel 718 Vc: 50 m/min With coolant
SNMG-EM-M
Double-Sided Square Inserts
for Medium Machining on
High Temperature Alloys
149
ISOTURN INSERTS
90°
di
rS
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC830
IC8350
IC8250
IC8150
IC20
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
SNMG 120408-GN 12.70 4.76 0.80 •••••••1.00-5.00 0.20-0.45
SNMG 120412-GN 12.70 4.76 1.20 •1.40-5.00 0.25-0.50
SNMG 150612-GN 15.88 6.35 1.20 ••• 2.00-7.00 0.30-0.60
SNMG 190612-GN 19.05 6.35 1.20 ••• 2.00-7.00 0.30-0.60
SNMG 190616-GN 19.05 6.35 1.60 • • 2.00-9.00 0.30-0.65
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-GN
Double-Sided Square Inserts
for General Applications
S
90°
di
r
75°
75º
45°
45°
45°
75°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC20
IC5010
IC428
IC5005
ap
(mm)
f
(mm/rev)
SNMA 120408 12.70 4.76 0.80 •••• 1.50-5.00 0.05-0.50
SNMA 120412 12.70 4.76 1.20 •••• 1.50-5.00 0.10-0.50
SNMA 120416 12.70 4.76 1.60 ••• 2.00-6.00 0.10-0.60
SNMA 190612 19.05 6.35 1.20 • • • 2.00-7.00 0.10-0.60
SNMA 190616 19.05 6.35 1.60 • • 2.50-10.00 0.10-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMA
Double-Sided Square Inserts
Without a Chipformer for
Short Chipping Materials
90°
di
S
r
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IC830
IC8350
IC8250
IC8150
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
SNMG 120412-NR 12.70 4.76 1.20 • • • 2.00-5.00 0.30-0.70
SNMG 120416-NR 12.70 4.76 1.60 ••• 2.50-6.00 0.30-0.70
SNMG 150608-NR 15.88 6.35 0.80 •2.50-8.00 0.30-0.70
SNMG 150612-NR 15.88 6.35 1.20 • • 2.50-8.00 0.30-0.70
SNMG 150616-NR 15.88 6.35 1.60 • • • • 2.50-8.00 0.30-0.70
SNMG 190612-NR 19.05 6.35 1.20 • • • 3.00-8.00 0.40-0.00
SNMG 190616-NR 19.05 6.35 1.60 •••• 3.50-10.00 0.40-0.70
SNMG 250724-NR 25.40 7.94 2.40 • • 5.00-15.00 0.40-1.00
SNMG 250924-NR 25.40 9.52 2.40 ••• 5.00-15.00 0.40-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMG-NR
Double-Sided Square Inserts
with a Special Chipformer
for Heavy Machining
ISCAR
150
ISOTURN INSERTS
S
di
r
90º
45°
45°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
SNMG 120408-EM-R 12.70 4.76 0.80 ••• 3.00-6.00 0.25-0.50
• Requires the use of RST 443R/L SET - seat when used on DSSNR/L tools and TSN 423-PIN SET seat when used on PSSNR/L-JHP and PSDNN-JHP tools
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DSDNN (36) • DSSNR/L (37)
The inserts have 4 cutting edges (2 on each
side) with truncated radii – a configuration which
facilitates heat transfer from the cutting area.
The two edges without chipbreakers (flat) are not used.
Toolholders
These inserts require the use of RST 443R/L SET - special
seat when used on DSSNR/L tools and TSN 423-PIN
SET seat when used on PSSNR/L-JHP and PSDNN–
JHP tools. The standard seats should be replaced with
the special ones which have a pin whose purpose is to
prevent using the non-working flat cutting corners.
Advantages
• Increased cutting speed (due to better heat transfer)
• Reduced notch wear (due to 45º approach angle)
• Increased feed (the 45° approach angle produces
a thin chip)
• Increased productivity of up to 50%
• Ability to machine in two directions with the same
tool, longitudinal and face turning
• Up to 6 mm depth of cut
Orientation pin
Correct insert
position
Wrong
positioning
Chipbreaking Range SNMG 120408-EM-R
4.5
3.5
2.5
1.5
ap(mm)
4
5.5
5
6.5
6
3
2
1
0.1
0.15 0.25 0.35 0.45 f (mm/rev)
0.2 0.3 0.4 0.5
Material: Inconel 718 Vc: 50 m/min With coolant
SNMG-EM-R
Double-Sided Square Inserts for Rough
Machining on High Temperature Alloys
90°
di
rS
75°
75°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC8350
IC8250
IC8150
ap
(mm)
f
(mm/rev)
SNMM 120408-R3P 12.70 4.76 0.80 • • 0.70-7.50 0.20-0.55
SNMM 120412-R3P 12.70 4.76 1.20 • • 1.00-7.50 0.25-0.70
SNMM 120416-R3P 12.70 4.76 1.60 •2.00-7.50 0.30-0.90
SNMM 150612-R3P 15.88 6.35 1.20 • • 2.00-9.50 0.30-0.70
SNMM 150616-R3P 15.88 6.35 1.60 • • 2.50-9.50 0.30-0.90
SNMM 190612-R3P 19.05 6.35 1.20 • • 3.00-12.00 0.25-0.80
SNMM 190616-R3P 19.05 6.35 1.60 ••• 3.50-12.00 0.30-0.90
SNMM 190624-R3P 19.05 6.35 2.40 • • 3.50-12.00 0.30-1.20
SNMM 250924-R3P 25.40 9.52 2.40 • • 4.00-15.00 0.40-1.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20)
• HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39)
• PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMM-R3P
Single-Sided Square Inserts for
Rough Turning Applications on Steel
151
ISOTURN INSERTS
90°
di
rS
75°
45°
45°
45°
75°
75º
Dimensions Recommended Machining Data
Designation di S r
IC8250
ap
(mm)
f
(mm/rev)
SNMM 190616-NM 19.05 6.35 1.60 •2.50-10.00 0.30-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DSBNR/L (37) • DSDNN (36) • DSSNR/L (37) • PSBNR/L (41) • PSDNN (38) • PSSNR/L (39)
SNMM-NM
Single-Sided Square Inserts
for Roughing Applications
90°
di
S
r
75°
75º
45°
45°
45°
75°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IC8350
IC8250
IC8150
ap
(mm)
f
(mm/rev)
SNMM 190616-NR 19.05 6.35 1.60 •2.50-8.00 0.35-1.00
SNMM 250724-NR 25.40 7.94 2.40 ••• 5.00-15.00 0.35-1.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: DSBNR/L (37) • DSDNN (36) • DSSNR/L (37) • PSBNR/L (41) • PSDNN (38) • PSSNR/L (39)
SNMM-NR
Single-Sided Square Inserts
with a Special Chipformer
for Heavy Machining
I
S
r
W
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
LOMX 402224-H6P 14.40 40.30 22.60 2.40 • • 7.00-35.00 1.00-2.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PLBOR/L (10)
10
1 2
20
30
35
45
40
ap
mm
F (mm/rev)
15
25
Application Range H6P Chipformer
LOMX-H6P
Tangential Inserts with 4 Cutting
Edges for High Metal Removal of
up to 35 mm D.O.C. on Steel
ISCAR
152
ISOTURN INSERTS
W
l
r
S
9 1°
93°
93º
93°
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r
IC830
IC8350
IC8250
IC908
IC8150
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/
rev)
LNMX 110408R/L-HT 4.75 11.00 11.40 0.80 ••••••••• 0.50-5.00 0.15-0.60
LNMX 110412R/L-HT 4.75 11.00 11.40 1.20 ••••• • 0.80-5.00 0.20-0.80
LNMX 150608R/L-HT 6.40 15.00 13.40 0.80 •••••••• 1.00-6.00 0.25-0.60
LNMX 150612R/L-HT 6.40 15.00 13.40 1.20 •••••••• 1.50-7.00 0.30-0.80
LNMX 150616R/L-HT 6.40 15.00 13.40 1.60 •••••••• 2.00-8.00 0.30-1.00
LNMX 221016R/L-HT 9.40 22.00 20.00 1.60 • • • 4.00-15.00 0.30-1.00
LNMX 221024R/L-HT 9.40 22.00 20.00 2.40 • • • 5.00-15.00 0.30-1.10
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SLANR/L-TANG (8) • PLANR/L-TANG (6) • S-PLANR-TANG (79) • S-SLANR/L-TANG (79) • SLANR/L-15-TANG-JHP (8) • SLANR/L-TANG
(7) • SLBNR/L-TANG (9) • SLFNR/L-TANG (9)
LNMX-HT
Tangential Inserts with 4 Cutting
Edges and a Positive Rake Angle
for High Metal Removal Rates
W
l
r
S
9 1°
93°
93°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l W S r
IC6025
IC8250
IC6015
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
LNMX 110408R/L-HM 11.00 4.75 11.40 0.80 • • • • 1.00-5.00 0.10-0.40
LNMX 110412R/L-HM 11.00 4.75 11.40 1.20 • • 1.00-5.00 0.10-0.40
LNMX 150608R/L-HM 15.00 6.40 13.40 0.80 • • • • 1.00-6.00 0.10-0.50
LNMX 150612R/L-HM 15.00 6.40 13.40 1.20 •••1.50-7.00 0.15-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SLANR/L-TANG (8) • PLANR/L-TANG (6) • S-PLANR-TANG (79) • S-SLANR/L-TANG (79) • SLANR/L-15-TANG-JHP (8) • SLANR/L-TANG
(7) • SLFNR/L-TANG (9)
LNMX-HM
Tangential Inserts with a Positive
Rake Angle for High Metal Removal
on Soft and Ductile Materials
W
r
S
l
9 1°
93°
93°
Dimensions Recommended
Machining Data
Designation l W S r
IC8250
ap
(mm)
f
(mm/rev)
LNMX 150608L-WG 15.00 6.40 13.40 0.80 •1.00-6.00 0.30-0.75
LNMX 150612R/L-WG 15.00 6.40 13.40 1.20 •1.50-7.00 0.30-0.80
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SLANR/L-TANG (8) • PLANR/L-TANG (6) • S-PLANR-TANG (79) • S-SLANR/L-TANG (79) • SLANR/L-15-TANG-JHP (8) • SLANR/L-TANG
(7) • SLFNR/L-TANG (9)
LNMX-WG
Tangentially Clamped Inserts
with a Wiper Corner Design for
High Production Cutting and
Excellent Surface Finish
153
ISOTURN INSERTS
r
W
I
S
12°
78°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r
IC8250
IC8150
ap
(mm)
f
(mm/rev)
LNMX 1608R/L-HF 8.50 16.00 14.00 1.20 • • 0.50-2.40 1.50-2.40
• For user guide and cutting speed recommendations, see pages 197-212
LNMX-HF
High Feed (up to 2.4 mm/Rev)
Tangentially Clamped Rough
Turning Inserts
S
d1
r
l
W
75°
9 1°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W l S r d1
IC8250
IC8150
ap
(mm)
f
(mm/rev)
LNMX 191940-WF 10.00 19.05 19.05 4.00 6.35 • • 0.30-5.00 0.25-1.30
LNMX 191940-WM 10.00 19.05 19.05 4.00 6.35 • • 0.30-5.00 0.40-1.50
LNMX 301940-WM 12.00 30.00 30.00 4.00 6.35 • • 0.50-12.00 0.70-1.90
LNMX 301940-WR 12.00 30.00 30.00 4.00 6.35 • • 0.50-12.00 0.80-1.90
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PRWR/L 175-CA (10) • PRWR/L 177-CA (11)
LNMX 19/30
Tangentially Clamped Inserts for
Railroad Wheel Re-Turning
6.2
S
d1
di
r
80°
l
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC8150
ap
(mm)
f
(mm/rev)
CC95MT 100504-SM 9.50 9.52 5.00 0.40 4.50 ••• 0.50-3.00 0.07-0.24
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: S-SUXCR/L-CM (89) • SUXCR/L-CM (46)
CC95MT-SM
Single-Sided 80° Rhombic Inserts
for Finishing (CHAMELEON
Multifunction Pocket System)
ISCAR
154
ISOTURN INSERTS
6.2
d1
S
90°
I
r
45º
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC8250
IC8150
ap
(mm)
f
(mm/rev)
SC45MT 100508-SM 9.53 5.00 0.80 4.50 ••• 0.50-3.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: S-SUXCR/L-CM (89) • SUXCR/L-CM (46)
SC45MT-SM
Single-Sided Square Inserts for
Finishing Applications (CHAMELEON
Multifunction Pocket System)
80°
di
l
7°
S
d1
r
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC908
ap
(mm)
f
(mm/rev)
CCGT 03X101-F1P 3.60 3.57 1.39 0.10 1.90 •0.10-0.50 0.01-0.05
CCGT 03X102-F1P 3.60 3.57 1.39 0.20 1.90 •0.10-0.50 0.02-0.10
CCGT 03X104-F1P 3.60 3.57 1.39 0.40 1.90 •0.10-0.50 0.05-0.15
CCGT 04T101-F1P 4.40 4.37 1.79 0.10 2.30 •0.10-0.50 0.01-0.05
CCGT 04T102-F1P 4.40 4.37 1.79 0.20 2.30 •0.10-0.50 0.02-0.10
CCGT 04T104-F1P 4.40 4.37 1.79 0.40 2.30 •0.10-0.50 0.05-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91)
1. Application
FFinishing
3. Workpiece Material Group
PSteel
M Stainless Steel
KCast Iron
NNonferrous & Aluminum
SHigh Temperature Alloys
2. Chip Load
1For super finish
2For low range
3For general range
ISO Standard Designation
WNGP 04 03 04
123
F 2 P
-
CCGT-F1P
80° Rhombic Inserts with a
Positive Flank for Very Low Finish
Turning Conditions on Steel
155
ISOTURN INSERTS
80°
di
l
7°
S
d1
r
95º
97°
93°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC8250
IC6015
IC8150
IC20
IC5010
IC428
IC5005
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CCGT 060201-SM 6.45 6.35 2.38 0.10 2.80 •0.25-2.00 0.05-0.20
CCGT 060202-SM 6.45 6.35 2.38 0.20 2.80 •0.25-2.00 0.05-0.25
CCMT 060202-SM 6.45 6.35 2.38 0.20 2.80 • • 0.25-2.00 0.05-0.25
CCMT 060204-SM 6.45 6.35 2.38 0.40 2.80 •••• •••0.50-2.50 0.07-0.25
CCMT 060208-SM 6.45 6.35 2.38 0.80 2.80 • • • • 0.50-2.50 0.07-0.25
CCMT 09T302-SM 9.70 9.52 3.97 0.20 4.40 ••• •••0.50-2.50 0.06-0.25
CCMT 09T304-SM 9.70 9.52 3.97 0.40 4.40 ••• ••••••••0.50-2.50 0.06-0.25
CCMT 09T308-SM 9.70 9.52 3.97 0.80 4.40 •••• • ••••0.50-3.00 0.07-0.25
CCMT 120404-SM 12.90 12.70 4.76 0.40 5.50 • • • • 0.70-3.50 0.07-0.25
CCMT 120408-SM 12.90 12.70 4.76 0.80 5.50 •••• ••0.70-3.50 0.07-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT/CCGT-SM
Single-Sided Turning Inserts for
Semi-Finishing and Finishing on
Soft Materials and Exotic Alloys
7°
S
d1
80°
d
l
r
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC6015
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
CCMT 060202-PF 6.30 6.35 2.38 0.20 2.80 ••• ••0.20-2.50 0.04-0.25
CCMT 060204-PF 6.30 6.35 2.38 0.40 2.80 ••••••0.40-2.50 0.04-0.30
CCMT 09T302-PF 9.70 9.52 3.97 0.20 4.40 • • • 0.50-3.00 0.05-0.30
CCMT 09T304-PF 9.70 9.52 3.97 0.40 4.40 ••• ••0.50-3.50 0.05-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT-PF
80° Rhombic Inserts with a Positive
Flank for Semi-Finishing and
Finishing on Soft Materials and
Exotic Alloys
7°
d1
S
80°
di
rl
95º
97°
93°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC20
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/
rev)
CCMT 060204-14 6.30 6.35 2.38 0.40 2.80 • •••••0.50-2.50 0.14-0.25
CCMT 09T304-14 9.70 9.52 3.97 0.40 4.40 • • • 0.50-3.00 0.14-0.25
CCMT 09T308-14 9.70 9.52 3.97 0.80 4.40 ••••• 0.80-3.00 0.14-0.30
CCMT 120408-14 12.90 12.70 4.76 0.80 5.50 • • 0.80-3.00 0.14-0.30
• For user guide, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT-14
80° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning
ISCAR
156
ISOTURN INSERTS
d1
7°
S
l
r
di
80°
95°
95°
95º
97°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC30N
IC20
IC20N
IC520N
ap
(mm)
f
(mm/rev)
CCGT 060202 6.30 6.35 2.38 0.20 2.80 •0.50-2.00 0.10-0.20
CCGT 060202L (1) 6.30 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.10-0.20
CCGT 060204 6.30 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.20
CCGT 060204L (1) 6.30 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.20
CCMT 060202 6.30 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.10-0.20
CCMT 060204 6.30 6.35 2.38 0.40 2.80 • • • 0.50-2.00 0.12-0.22
CCMT 09T302 9.70 9.52 3.97 0.20 4.40 • • 0.50-2.50 0.12-0.25
CCMT 09T304 9.70 9.52 3.97 0.40 4.40 • • 0.50-2.50 0.12-0.25
CCMT 09T308 9.70 9.52 3.97 0.80 4.40 • • 0.80-3.00 0.14-0.25
• Use left-hand inserts for left-hand external tools and for right-hand internal tools • For user guide and cutting speed recommendations, see pages 197-212
(1) Left-hand insert
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT/CCGT
80° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning
80°
di
r
r
l
7°
86°
0.3
d1
S
95º
95°
95°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC907
ap
(mm)
f
(mm/rev)
CCET 0602005-WF 6.30 6.35 2.38 0.05 2.80 •0.05-2.00 0.01-0.20
CCET 09T3005-WF 9.50 9.52 3.97 0.05 4.40 •0.05-2.00 0.01-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCET-WF
80° Rhombic Inserts with a 7°
Positive Flank and a Wiper Near the
Corner for High Feed Finishing
d1
S
7°
80°
d
rl
95°
95°
95º
97°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC807
IC907
ap
(mm)
f
(mm/rev)
CCMT 060204-WG 6.30 6.35 2.38 0.40 2.80 • • 0.40-2.00 0.10-0.35
CCMT 09T304-WG 9.70 9.52 3.97 0.40 4.40 •0.40-2.00 0.14-0.30
CCMT 09T308-WG 9.70 9.52 3.97 0.80 4.40 •0.50-2.50 0.20-0.38
CCMT 120408-WG 12.90 12.70 4.76 0.80 5.50 •0.50-3.00 0.20-0.36
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT-WG
80° Rhombic Insert with a 7°
Positive Flank and a Wiper Near the
Corner for High Feed Finishing
157
ISOTURN INSERTS
11˚
d1
lS
di
75˚
10 0 º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC908
ap
(mm)
f
(mm/rev)
EPGT 03X101-F1P 3.70 3.57 1.39 0.10 1.90 •0.10-0.50 0.01-0.05
EPGT 03X102-F1P 3.70 3.57 1.39 0.20 1.90 •0.10-0.50 0.02-0.10
EPGT 03X104-F1P 3.70 3.57 1.39 0.40 1.90 •0.10-0.50 0.05-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SEXPR/L-03 (92)
EPGT-F1P
75° Rhombic Inserts with a
Positive Flank for Very Low Finish
Turning Conditions on Steel
80°
d1
11°
S
l
r
d
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC907
ap
(mm)
f
(mm/rev)
CPGT 060201-SM 6.45 6.35 2.38 0.10 2.80 •0.25-2.00 0.05-0.20
CPGT 060202-SM 6.45 6.35 2.38 0.20 2.80 •0.25-2.00 0.05-0.30
CPGT 060204-SM 6.45 6.35 2.38 0.40 2.80 •0.50-3.00 0.10-0.35
CPGT 09T301-SM 9.67 9.52 3.97 0.10 4.40 •0.25-2.00 0.05-0.25
CPGT 09T302-SM 9.67 9.52 3.97 0.20 4.40 •0.50-2.50 0.10-0.30
CPGT 09T304-SM 9.67 9.52 3.97 0.40 4.40 •0.60-3.50 0.10-0.35
• For user guide and cutting speed recommendations, see pages 197-212
CPGT-SM
80° Rhombic Inserts with an 11°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
80°
d1
S
11°
l
r
d
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC6015
IC807
IC907
ap
(mm)
f
(mm/rev)
CPMT 060204-PF 6.30 6.35 2.38 0.40 2.80 •••••0.50-2.50 0.04-0.30
CPMT 060208-PF 6.30 6.35 2.38 0.80 2.80 • • • 0.50-2.50 0.08-0.30
CPMT 09T304-PF 9.50 9.52 3.97 0.40 4.40 • • • 0.50-3.00 0.05-0.35
CPMT 09T308-PF 9.50 9.52 3.97 0.80 4.40 •••••0.50-3.50 0.10-0.35
CPMT 090308-PF 9.50 9.52 3.18 0.80 4.40 •0.50-3.50 0.10-0.35
• For user guide and cutting speed recommendations, see pages 197-212
CPMT-PF
80° Rhombic Inserts with a Positive
Flank for Semi-Finishing and Finishing
on Soft Materials and Exotic Alloys
ISCAR
158
ISOTURN INSERTS
55°
7° S
di d1
rlBottom view
62.5°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC8150
ap
(mm)
f
(mm/rev)
DCMT 13T504-F3P-SL 13.40 11.00 5.11 0.40 4.50 • • 0.50-3.00 0.05-0.25
DCMT 13T508-F3P-SL 13.40 11.00 5.11 0.80 4.50 • • 0.90-3.50 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SDUCR/L-13-SL (92) • C#-SDJCR/L-13-SL-JHP (50) • C#-SDNCN-13-SL-JHP (53) • SDACR/L-13S-SL-JHP (52) • SDJCR/L-13-SL (49)
• SDNCN-13-SL (53)
0.5
1
1.5
2
2.5
3
3.5
4
4.5
0.10 0.15 0.20 0.25 0.30 0.35
f [mm/rev]
F3P
ap
[mm]
Ground surface for high
rigidity and accuracy
Unique deflector for chip
control at low cutting
conditions
Positive rake angle for
smooth cutting
and reducing cutting forces
Wavy surface to prevent
chip hammering
DCMT 13T504-F3P-SL
Application Range
DCMT-F3P-SL
55° Rhombic Inserts with a Positive
Flank with a Locating Bottom Ridge for
Semi-Finishing and Finishing on Steel
7°
S
d1
55°
l
r
di
93º
10 7. 5 °
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8250
IC8150
IC520N
IC807
ap
(mm)
f
(mm/rev)
DCMT 070202-F3P 7.70 6.35 2.38 0.20 2.80 • • • 0.06-1.50 0.03-0.12
DCMT 070204-F3P 7.70 6.35 2.38 0.40 2.80 • • • 0.08-1.50 0.05-0.18
DCMT 11T302-F3P 11.60 9.52 3.97 0.20 4.40 • • • 0.08-2.00 0.04-0.16
DCMT 11T304-F3P 11.60 9.52 3.97 0.40 4.40 ••••0.11-2.00 0.06-0.25
DCMT 11T308-F3P 11.60 9.52 3.97 0.80 4.40 • • • 0.15-2.00 0.08-0.32
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT-F3P
55° Rhombic Inserts with a
Positive Flank for Semi-Finishing
and Finish Turning on Steel
159
ISOTURN INSERTS
55°
7° S
di d1
rlBottom view
62.5°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC6025
IC6015
ap
(mm)
f
(mm/rev)
DCMT 13T508-M3M-SL 13.40 11.00 5.11 0.80 4.50 • • 0.90-3.50 0.10-0.25
DCMT 13T512-M3M-SL 13.40 11.00 5.11 1.20 4.50 • • 0.90-3.50 0.15-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SDUCR/L-13-SL (92) • C#-SDJCR/L-13-SL-JHP (50) • C#-SDNCN-13-SL-JHP (53) • SDACR/L-13S-SL-JHP (52) • SDJCR/L-13-SL (49)
• SDNCN-13-SL (53)
Unique deflector design
Strong radius
Reinforced cutting edge
prevents notch wear
Positive rake angle for smooth cutting
and reducing cutting forces
DCMT 13T508-M3M-SL Application Range
0.5
1
1.5
2
2.5
3
3.5
4
4.5
0.1 0.15 0.2 0.25 0.3 0.35 f [mm/rev]
ap
[mm]
M3M
DCMT-M3M-SL
55° Rhombic Inserts with a
Positive Flank and Locating
Bottom Ridge for Machining
Stainless and Low Carbon Steel
55°
7° S
di d1
rl
62.5°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC8150
ap
(mm)
f
(mm/rev)
DCMT 13T504-PF-SL 13.40 11.00 5.11 0.40 4.50 •0.50-3.00 0.05-0.25
DCMT 13T508-PF-SL 13.40 11.00 5.11 0.80 4.50 •0.70-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SDUCR/L-13-SL (92) • C#-SDJCR/L-13-SL-JHP (50) • C#-SDNCN-13-SL-JHP (53) • SDACR/L-13S-SL-JHP (52) • SDJCR/L-13-SL (49)
• SDNCN-13-SL (53)
DCMT-PF-SL
55° Rhombic Inserts with a
Positive Flank and Locating
Bottom Ridge for Finish Turning
on Soft Materials & Exotic Alloys
ISCAR
160
ISOTURN INSERTS
d1
S
7°
55°
di
l
r
10 7. 5 °
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC8250
IC6015
IC806
IC807
IC907
ap
(mm)
f
(mm/
rev)
DCMT 070201-PF 7.70 6.35 2.38 0.10 2.80 • • 0.30-3.00 0.02-0.25
DCMT 070202-PF 7.70 6.35 2.38 0.20 2.80 •0.40-3.00 0.03-0.25
DCMT 070204-PF 7.70 6.35 2.38 0.40 2.80 •0.50-3.50 0.05-0.30
DCMT 070208-PF 7.70 6.35 2.38 0.80 2.80 • • 0.70-3.00 0.08-0.30
DCMT 11T302-PF 11.60 9.52 3.97 0.20 4.40 • • • • 0.30-2.50 0.04-0.25
DCMT 11T304-PF 11.60 9.52 3.97 0.40 4.40 •••••••0.50-3.00 0.05-0.25
DCMT 11T308-PF 11.60 9.52 3.97 0.80 4.40 •••••••0.70-3.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT-PF
55° Rhombic Inserts with a Positive
Flank for Semi-Finishing and Finishing
on Soft Materials and Exotic Alloys
55°
7° S
di d1
rl
62.5°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC8150
ap
(mm)
f
(mm/rev)
DCMT 13T504-SM-SL 13.40 11.00 5.11 0.40 4.50 •0.50-2.50 0.07-0.27
DCMT 13T508-SM-SL 13.40 11.00 5.11 0.80 4.50 •1.00-3.00 0.07-0.27
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-SDUCR/L-13-SL (92) • C#-SDJCR/L-13-SL-JHP (50) • C#-SDNCN-13-SL-JHP (53) • SDACR/L-13S-SL-JHP (52) • SDJCR/L-13-SL (49)
• SDNCN-13-SL (53)
DCMT-SM-SL
55° Rhombic Inserts with a
Positive Flank and Locating
Bottom Ridge for Finish Turning
on Soft Materials & Exotic Alloys
161
ISOTURN INSERTS
d1
S
7°
55°
di
l
r
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC8350
IC6025
IC8250
IC530N
IC6015
IC8150
IC520N
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
DCMT 070202-SM 7.70 6.35 2.38 0.20 2.80 • • • • 0.50-2.00 0.04-0.20
DCMT 070204-SM 7.70 6.35 2.38 0.40 2.80 •• •• ••• 0.50-2.50 0.05-0.25
DCMT 070208-SM 7.70 6.35 2.38 0.80 2.80 •0.50-3.00 0.07-0.25
DCGT 11T302-SM 11.60 9.52 3.97 0.20 4.40 •0.30-2.00 0.05-0.25
DCGT 11T304-SM 11.60 9.52 3.97 0.40 4.40 •0.50-2.50 0.05-0.25
DCMT 11T302-SM 11.60 9.52 3.97 0.20 4.40 •••• •• 0.50-2.50 0.05-0.25
DCMT 11T304-SM 11.60 9.52 3.97 0.40 4.40 •••• • ••• 0.50-2.50 0.07-0.25
DCMT 11T308-SM 11.60 9.52 3.97 0.80 4.40 ••• •• •• 1.00-3.00 0.07-0.25
DCMT 11T312-SM 11.60 9.52 3.97 1.20 4.40 •1.00-3.50 0.10-0.28
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT/DCGT-SM
55° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
7°
S
d1
55°
l
r
di
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC908
IC30N
IC530N
IC8150
IC20N
IC520N
ap
(mm)
f
(mm/
rev)
DCGT 070201R (1) 7.70 6.35 2.38 0.10 2.80 •0.25-1.50 0.05-0.15
DCGT 070202 7.70 6.35 2.38 0.20 2.80 •0.50-2.00 0.08-0.20
DCGT 070204 7.70 6.35 2.38 0.40 2.80 •0.80-2.50 0.10-0.25
DCMT 070202 7.70 6.35 2.38 0.20 2.80 •• •••0.50-2.00 0.08-0.20
DCMT 070204 7.70 6.35 2.38 0.40 2.80 • • • • • • 0.50-2.00 0.08-0.22
DCGT 11T302 11.60 9.52 3.97 0.20 4.40 •0.50-2.00 0.08-0.20
DCGT 11T304 11.60 9.52 3.97 0.40 4.40 • • 1.00-2.50 0.12-0.25
DCMT 11T302 11.60 9.52 3.97 0.20 4.40 • • • • 0.50-2.00 0.08-0.20
DCMT 11T304 11.60 9.52 3.97 0.40 4.40 • • • 0.50-2.00 0.12-0.25
DCMT 11T308 11.60 9.52 3.97 0.80 4.40 • • • 1.50-3.00 0.14-0.29
• Right-hand inserts for right-hand external tools and for left-hand internal tools • For user guide and cutting speed recommendations, see pages 197-212
(1) Right-hand insert
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT/DCGT
55° Rhombic Inserts with a 7° Positive
Clearance for Finishing Applications
ISCAR
162
ISOTURN INSERTS
S
l
r
d1
7°
55°
di
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8150
IC20
IC428
ap
(mm)
f
(mm/rev)
DCMT 11T304-14 11.60 9.52 3.97 0.40 4.40 ••• 1.00-2.50 0.14-0.25
DCMT 11T308-14 11.60 9.52 3.97 0.80 4.40 •••1.50-3.00 0.14-0.29
• For user guide, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • IM-SDNCN (54) • PDACR/L-JHP (52) • PDACR/L-S
(49) • SDACR/L (51) • SDHCR/L (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT-14
55° Rhombic Inserts with a
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
d1
S
55°
87°
0.3 di
l
r
r7°
Right-hand shown
Left-hand shown
93º
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC907
ap
(mm)
f
(mm/rev)
DCET 0702005R/L-WF 7.70 6.35 2.38 0.05 2.80 •0.05-3.00 0.01-0.20
DCET 11T3005R/L-WF 11.60 9.52 3.97 0.05 4.40 •0.05-3.00 0.01-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • E-SDUCR/L-HEAD (93) • PDACR/L-JHP (52) • PDACR/L-S (49) •
SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • PDACR/L-JHP-MC (53)
DCET-WF
55° Rhombic Wiper Inserts for
Finishing Operations at High Feeds
rS
l
di
d
1
95º
95°
Dimensions Recommended Machining Data
Designation di S r d1
IC908
ap
(mm)
f
(mm/rev)
QCMT 09T302-PF 9.65 3.97 0.20 4.40 •0.50-2.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQLCR/L (46) • PQLCR/L-S (46) • S/A-SQLCR/L (90)
QCMT-PF
Four 80° Cornered Insert with a
Positive 7° Clearance and Chipformer
for Finishing Applications
rS
l
di
d
1
95º
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8250
IC8150
ap
(mm)
f
(mm/rev)
QCMT 09T304-SM 10.40 9.65 3.97 0.40 4.40 ••• 0.50-2.50 0.06-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PQLCR/L (46) • PQLCR/L-S (46) • S/A-SQLCR/L (90)
QCMT-SM
Inserts with a Positive 7°
Clearance and Chipformer
for Finishing Applications
163
ISOTURN INSERTS
d1
S
35°
di
l
7°
r
11 7. 5 °
9 1°
107.5º
95º
95º
112°
93°
72.5°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC830
ap
(mm)
f
(mm/rev)
VCGT 130302-PF 13.00 7.94 3.18 0.20 3.40 •0.30-2.50 0.03-0.25
VCGT 130304-PF 13.00 7.94 3.18 0.40 3.40 •0.50-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SVACR/L (57)
VCGT 1303..-PF
35° Rhombic Inserts with a Positive
Flank for Semi-Finishing and Finishing
on Soft Materials and Exotic Alloys
di
rS
35°
87°
0.3
rl
7°
d1
R
WF
Right-hand shown
Left-hand shown
93º
9 1°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC907
ap
(mm)
f
(mm/rev)
VCET 1103005R/L-WF 11.10 6.35 3.18 0.05 2.90 •0.05-4.00 0.01-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • PVACR/L-JHP (57) • PVACR/L-S (54) • S/A-SVJCR/L (94) • SVACR/L (57) • SVJCR-PAD (56)
• SVJCR/L (55) • PVACR/L-JHP-MC (57)
VCET-WF
35° Rhombic Wiper Inserts for
Finishing Operations at High Feeds
d1
S
35°
di
l
7°
r
9 1°
93°
72.5°
112°
11 7. 5 °
93º
95º
107.5º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC6025
IC8250
IC908
IC6015
IC8150
IC806
IC807
IC907
IC4
IC804
ap
(mm)
f
(mm/rev)
VCMT 110302-SM 11.10 6.35 3.18 0.20 2.90 • • • 0.20-2.50 0.04-0.20
VCMT 110304-SM 11.10 6.35 3.18 0.40 2.90 • • • • • 0.50-3.00 0.07-0.24
VCMT 110308-SM 11.10 6.35 3.18 0.80 2.90 •0.50-2.00 0.07-0.25
VCMT 160402-SM 16.60 9.52 4.76 0.20 4.40 • • • • 0.50-2.50 0.05-0.20
VCMT 160404-SM 16.60 9.52 4.76 0.40 4.40 •• •••• 0.50-2.50 0.05-0.25
VCMT 160408-SM 16.60 9.52 4.76 0.80 4.40 ••• •••••••0.13-1.80 0.07-0.25
VCMT 160412-SM 16.60 9.52 4.76 1.20 4.40 • • 0.50-3.00 0.10-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • PVACR/L-JHP (57) • PVACR/L-S (54) • S/A-SVJCR/L (94) • SVACR/L (57) • SVJCR-PAD (56) • SVJCR/L (55) • SVJCR/L-16-JHP
(55) • SVPCR/L (58) • SVVCN (58) • SVXCR/L (58) • PVACR/L-JHP-MC (57)
VCMT-SM
35° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
ISCAR
164
ISOTURN INSERTS
d1
S
35°
di
l
7°
r
9 1°
93°
72.5°
112°
11 7. 5 °
95º
107.5º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC20
IC20N
IC520N
ap
(mm)
f
(mm/rev)
VCMT 160404-14 16.60 9.52 4.76 0.40 4.40 ••••1.00-5.00 0.12-0.25
VCMT 160408-14 16.60 9.52 4.76 0.80 4.40 • • • 1.00-5.00 0.12-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCMT-14
35° Rhombic Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
d1
S
35°
di
l
7°
r
93°
72.5°
107.5º
95º
95º
112°
9 1°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
VCMW 160404 16.60 9.52 4.76 0.40 4.40 •0.70-4.00 0.05-0.25
VCMW 160408 16.60 9.52 4.76 0.80 4.40 •1.00-5.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCMW
35° Rhombic Inserts with a 7°
Positive Flank for Short Chipping
Materials such as Cast Iron
7°
S
d1
90°
l
r
75°
45°
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC6025
IC8250
IC8150
IC807
IC907
ap
(mm)
f
(mm/rev)
SCMT 09T304-SM 9.52 3.97 0.40 4.40 ••••0.50-3.00 0.07-0.25
SCMT 09T308-SM 9.52 3.97 0.80 4.40 ••••••0.50-3.00 0.10-0.30
SCMT 120404-SM 12.70 4.76 0.40 5.50 •0.50-3.50 0.10-0.25
SCMT 120408-SM 12.70 4.76 0.80 5.50 ••••1.00-4.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SSBCR/L (59) • SSSCR/L (59)
SCMT-SM
Square Inserts with a 7° Positive Flank
for Semi-Finishing and Finish Turning
on Soft Materials and Exotic Alloys
165
ISOTURN INSERTS
S
d1
90°
I
r7°
45°
45°
75°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC8250
IC807
IC907
ap
(mm)
f
(mm/rev)
SCMT 09T304-14 9.52 3.97 0.40 4.40 • • 1.00-3.50 0.12-0.30
SCMT 120404-14 12.70 4.76 0.40 5.50 •1.00-4.00 0.12-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SSBCR/L (59) • SSSCR/L (59)
SCMT-14
Square Inserts with a 7° Positive Flank
for Semi-Finishing and Finish Turning
on Soft Materials and Exotic Alloys
d1
S
7°
90°
l
r
75°
45°
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC830
IC20
IC5005
IC807
IC907
ap
(mm)
fz
(mm/t)
SCMT 120408-19 12.70 4.76 0.80 5.50 ••••• 3.00-8.00 0.08-0.15
SCMT 120412-19 12.70 4.76 1.20 5.50 •3.00-8.00 0.08-0.15
• For cutting speed recommendations, see pages 197-212
For tools, see pages: SSBCR/L (59) • SSSCR/L (59)
SCMT-19
Square Inserts with a 7° Positive
Flank for Semi-Roughing at
Medium to High Feeds
di
60°
S
d1
r
l
7°
75°
45°
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r d1
IC8250
IC8150
ap
(mm)
f
(mm/rev)
TCMT 090202-F3P 7.60 2.38 0.20 2.50 • • 0.06-1.70 0.03-0.14
TCMT 090204-F3P 7.60 2.38 0.40 2.50 • • 0.10-1.70 0.05-0.20
TCMT 110202-F3P 11.00 2.38 0.20 2.80 • • 0.06-1.70 0.03-0.14
TCMT 110204-F3P 11.00 2.38 0.40 2.80 • • 0.10-1.70 0.05-0.20
TCMT 110208-F3P 11.00 2.38 0.80 2.80 • • 0.13-1.70 0.07-0.28
TCMT 16T304-F3P 16.50 3.97 0.40 4.40 • • 0.10-1.70 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-MTLCR/L-W (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCMT-F3P
Triangular Inserts with a Positive
Flank for Semi-Finishing and
Finish Turning on Steel
di
R
S
88º
Dimensions Tough
1
Hard
Designation di S R
IC28
IC328
IC250
IC350
IC908
IC520M
IC428
XOMT 060204-DT 6.16 2.56 0.40 •••••••
• Two cutting edges • For hard materials and interrupted cut
For tools, see pages: A-SXFOR-DR (100) • A-SXFOR/L (99)
XOMT-DT
Inserts for DR Drills and Boring Bars
ISCAR
166
ISOTURN INSERTS
di
60°
S
d1
r
l
7°
9 1° 91º
95º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC807
IC907
ap
(mm)
f
(mm/rev)
TCMT 110202-PF 11.00 6.35 2.38 0.20 2.85 • • 0.20-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCMT-PF
Triangular Inserts with a Positive Flank
for Semi-Finishing and Finishing on
Soft Materials and Exotic Alloys
di
60°
S
d1
r
l
7°
9 1° 91º
95º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC8350
IC8250
IC908
IC8150
IC5010
IC428
IC5005
IC807
IC907
ap
(mm)
f
(mm/rev)
TCMT 110204-SM 11.00 6.35 2.38 0.40 2.80 ••••• ••• 0.20-3.00 0.05-0.25
TCMT 110208-SM 11.00 6.35 2.38 0.80 2.80 • • • 0.50-2.50 0.07-0.25
TCMT 16T304-SM 16.50 9.52 3.97 0.40 4.40 • • • • • • • 0.50-3.00 0.06-0.25
TCMT 16T308-SM 16.50 9.52 3.97 0.80 4.40 ••• • ••• 0.50-3.00 0.08-0.28
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-MTLCR/L-W (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCMT-SM
Triangular Inserts with a 7°
Positive Flank for Semi-Finishing
and Finish Turning on Soft
Materials and Exotic Alloys
di
S
d1
7°
T
a
Dimensions Recommended Machining Data
Designation di S d1Txa°
IC8150
ap
(mm)
f
(mm/rev)
RCMT 0803M0-SR 8.00 3.18 3.40 0.15x15 •1.00-4.50 0.30-0.45
RCMT 1606M0-SR 16.00 6.45 5.50 0.18x15 •2.00-8.00 0.40-0.60
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SRDCN (61) • SRGCR/L (60)
RCMT-SR
Round Inserts with a 7° Positive
Flank for Medium Profiling on
a Wide Range of Materials
167
ISOTURN INSERTS
di
S
d1
7°
T
a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S d1Txa°
IC354
IC8250
IC8150
IC20
IC5010
IC806
IC807
IC907
ap
(mm)
f
(mm/rev)
RCMT 0803M0-14 8.00 3.18 3.40 0.15X15 • • 1.00-4.00 0.30-0.45
RCMT 10T3M0-14 10.00 3.97 4.40 0.15X15 •••• 1.50-5.00 0.30-0.50
RCMT 1204M0-14 12.00 4.76 5.50 0.15X15 ••• •••1.50-6.00 0.30-0.50
RCMT 1606M0-14 16.00 6.35 5.50 0.25X15 ••• 2.00-8.00 0.40-0.60
RCMT 2006M0-14 20.00 6.35 6.50 0.25X15 ••• 2.50-10.00 0.50-0.70
RCMT 2006M0E-14 20.00 6.35 6.50 0.25X15 •2.50-10.00 0.50-0.70
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SRGCR-12-JHP (61) • C#-SRGCR/L (60) • SRDCN (61) • SRGCR-12-JHP (60) • SRGCR/L (60)
RCMT-14
Round Inserts with a 7° Positive
Flank for Medium and Finish Profiling
on a Wide Range of Materials
di
S
d1
7°
T
a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S d1Txa°
IC8250
IC8150
ap
(mm)
f
(mm/rev)
RCMX 100300 10.00 3.18 3.60 .006X15 •1.50-5.00 0.30-0.50
RCMX 120400 12.00 4.76 4.20 0.15X15 •1.50-6.00 0.30-0.50
RCMX 200600 20.00 6.35 6.50 .010X15 •2.50-10.00 0.50-0.50
• For user guide and cutting speed recommendations, see pages 197-212
RCMX
Round Inserts with a 7° Positive Flank
and Reinforced Cutting Edge for
Semi-Roughing and Rough Profiling
S
di d1
7°
Dimensions Recommended Machining Data
Designation di S d1
IC8250
ap
(mm)
f
(mm/rev)
RCMX 250700-NR 25.00 7.94 7.20 •4.00-10.00 0.50-1.50
RCMX 3209M0-NR 32.00 9.52 10.00 •7.00-13.00 0.70-2.00
RCMX 320900-NR 32.00 9.52 9.50 •7.00-13.00 0.70-2.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: PRDCN (61) • PRGCR/L (61)
RCMX-NR
Round 7° Inserts with a Positive
Flank and Strong Cutting
Edge for Rough Turning
ISCAR
168
ISOTURN INSERTS
r
90°
l
S
11°
45°
45°
45°
75º
Dimensions Tough
1
Hard Recommended Machining Data
Designation l S r
IC8250
IC8150
IC20N
ap
(mm)
f
(mm/rev)
SPMR 090304 9.52 3.18 0.40 ••• 1.50-5.00 0.15-0.30
SPMR 090308 9.52 3.18 0.80 •1.50-6.00 0.16-0.35
SPMR 120304 12.70 3.18 0.40 •1.50-5.00 0.15-0.35
SPMR 120308 12.70 3.18 0.80 •1.50-6.00 0.16-0.40
SPMR 120312 12.70 3.18 1.20 •1.50-6.00 0.20-0.45
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CSDPN (63) • CSSPR/L (62) • S-CSKPR (96)
SPMR
Square Inserts with a Positive
Chipformer Exerting Low Cutting
Forces for Semi-Finishing and
Finishing Applications
rd
60°
S
11°
l
9 1° 91º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC8250
IC20N
IC807
IC907
ap
(mm)
f
(mm/rev)
TPMR 090202 9.60 5.56 2.38 0.20 •1.00-3.00 0.10-0.20
TPMR 090204 9.60 5.56 2.38 0.40 •1.00-3.50 0.15-0.20
TPMR 110304 11.00 6.35 3.18 0.40 • • 1.00-3.50 0.15-0.25
TPMR 110308 11.00 6.35 3.18 0.80 •1.00-3.50 0.15-0.30
TPMR 160304 16.50 9.52 3.18 0.40 • • • • 1.00-4.00 0.15-0.33
TPMR 160308 16.50 9.52 3.18 0.80 • • • • 1.00-4.00 0.15-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CTFPR/L (63) • CTGPR/L (63) • S-CTFPR/L (96)
TPMR
Triangular 11° Positive Inserts
with a Positive Chipformer
Exerting Low Cutting Forces
for Internal Finish Turning
rdi
60°
S
11°
l
9 1° 91º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC8250
IC8150
IC807
IC907
ap
(mm)
f
(mm/rev)
TPMR 110304-PF 11.00 6.35 3.18 0.40 •••• 0.40-3.00 0.08-0.25
TPMR 110308-PF 11.00 6.35 3.18 0.80 • • 0.50-3.50 0.07-0.28
TPMR 160304-PF 16.50 9.52 3.18 0.40 •••• 0.50-3.50 0.06-0.25
TPMR 160308-PF 16.50 9.52 3.18 0.80 • • • 0.80-3.00 0.08-0.28
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CTFPR/L (63) • CTGPR/L (63) • S-CTFPR/L (96)
TPMR-PF
Triangular 11° Positive Inserts
with a Positive Chipformer
Exerting Low Cutting Forces
for Internal Finish Turning
169
ISOTURN INSERTS
S
r
d1
di
l
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC908
IC907
ap
(mm)
f
(mm/rev)
TPGT 110202-SP 11.00 6.35 2.38 0.20 3.00 • • 0.40-1.00 0.05-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFPR/L-HEAD (97)
TPGT-SP
Super Positive Triangular Inserts
with 11° Clearance for Fine
Boring and Finish Turning
di
60°
r
l
d
1
11°
S
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC830
IC635
IC50M
IC8350
IC8250
IC8150
IC520M
IC20
IC806
IC807
IC907
ap
(mm)(1)
f
(mm/rev)(1)
TPMT 110202 11.00 6.35 2.38 0.20 3.00 • • • 0.20-2.00 0.05-0.25
TPMT 110204 11.00 6.35 2.38 0.40 3.00 • • • • • • 1.00-3.00 0.12-0.30
TPMT 110208 11.00 6.35 2.38 0.80 3.00 • • • • 1.00-4.00 0.15-0.30
TPMT 160304 16.50 9.52 3.18 0.40 4.30 • • • • • • 1.00-4.00 0.12-0.30
TPMT 160308 16.50 9.52 3.18 0.80 4.30 ••• • •••••5.00-12.00 0.15-0.35
• For cutting speed recommendations, see pages 197-212
(1) For turning
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPMT
Triangular 11° Positive Inserts
with a Positive Chipformer
Exerting Low Cutting Forces
for Internal Finish Turning
S
r
di
d1
11°
I
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di(1) S r d1
IC8250
IC8150
ap
(mm)
f
(mm/rev)
TPMT 110204-PF 11.00 6.35 2.38 0.40 3.00 • • 0.50-3.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
(1) Actual di=6.28, to be used in 6.35mm pocket size
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPMT-PF
Triangular 11° Positive Inserts
for Semi-Finishing and
Finishing Applications
ISCAR
170
ISOTURN INSERTS
di
60°
r
l
d
1
11°
S
91º
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
TPGB 110204 11.00 6.35 2.38 0.40 3.00 •1.00-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPGB
Triangular Inserts with an 11° Positive
Flank for Short Chipping Materials
80°
r
60°
di
8.0
d
1
11°
S
91º
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
TPGB 110204-XL 11.00 6.35 2.38 0.40 3.00 •1.00-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPGB-XL
Triangular Inserts with an 11° Positive
Flank for Short Chipping Materials
di
60°
r
l
d
1
11°
S
91º
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC908
IC20
ap
(mm)
f
(mm/rev)
TPGH 110204-L 11.00 6.35 2.38 0.40 3.00 •1.00-3.00 0.05-0.25
TPGH 110208-L 11.00 6.35 2.38 0.80 3.00 •1.00-3.00 0.05-0.25
TPGH 160304-R/L 16.50 9.52 3.18 0.40 4.30 •1.00-4.00 0.05-0.30
TPGH 160308-L 16.50 9.52 3.18 0.80 4.30 •1.00-4.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPGH-R/L
Triangular Inserts with an
11° Positive and Ground
Chipformer for Finish Turning
80°
r
60°
di
8.0
d
1
11°
S
91º
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
TPGH 110204-XL 11.00 6.35 2.38 0.40 3.00 •1.00-3.00 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-STFPR/L (97) • A/S-STLPR/L (98) • E-STFPR/L-HEAD (97)
TPGH-XL
Triangular Inserts with an
11° Positive and Ground
Chipformer for Finish Turning
171
ISOTURN INSERTS
11°
S
d1
rdi
60°
l
91º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC908
IC20
IC20N
IC520N
ap
(mm)
f
(mm/rev)
TPGX 090202-L 9.52 5.56 2.38 0.20 3.00 ••••1.00-2.00 0.10-0.20
TPGX 090204-L 9.52 5.56 2.38 0.40 3.00 ••••1.00-2.50 0.15-0.20
TPGX 110302-L 11.00 6.35 3.18 0.20 3.50 ••••1.00-2.50 0.10-0.20
TPGX 110304-L 11.00 6.35 3.18 0.40 3.50 ••••1.00-3.00 0.15-0.20
TPGX 110308-L 11.00 6.35 3.18 0.80 3.50 •1.00-3.50 0.15-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-STFPR-X (97) • MG STFPR-X (97)
TPGX
Triangular Inserts with an 11° Positive
Flank and Ground Chipformer for
Finish Turning
di
80°
raº
2.24
S
5°
l
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC908
IC807
IC907
ap
(mm)
f
(mm/rev)
WBGT 060102L 2.18 3.97 1.59 0.20 •••• 0.10-1.00 0.05-0.10
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E/S-SWUBR/L (98) • MG-SWUBR/L (99) • MGSIR/L (534) • SIR/L (531)
WBGT
Trigon Inserts with a 5° Positive Flank
Ground Chipformer for Finish Turning
S
a°
80°
di
l
r
9 1°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC830
IC354
IC350
IC908
IC30N
IC530N
ap
(mm)
f
(mm/rev)
WBMT 060101R/L 2.18 3.97 1.59 0.10 •0.40-2.00 0.10-0.15
WBMT 060102R/L 2.18 3.97 1.59 0.20 ••• ••0.40-2.00 0.10-0.15
• WBMT 06...R right-hand inserts used on left-hand tools and WBMT 06...L left-hand inserts used on right-hand tools • For user guide and cutting speed
recommendations, see pages 197-212
For tools, see pages: E/S-SWUBR/L (98) • MG-SWUBR/L (99) • MGSIR/L (534) • SIR/L (531)
WBMT
Trigon Inserts with a 5° Positive Flank
Ground Chipformer for Finish Turning
ISCAR
172
ISOTURN INSERTS
S
7°
80°
di
l
r
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IC908
IC30N
ap
(mm)
f
(mm/rev)
WCGT 020102L 2.18 3.97 1.59 0.20 • • 0.40-2.00 0.05-0.10
WCGT 020104L 2.18 3.97 1.59 0.40 • • 0.40-2.00 0.10-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-SWUCR (99) • MG-SWUCR (99)
WCGT
Trigon Inserts with a 7° Positive Flank
and Chipformer for Finish Turning
S
di d1
l
r
alpha
a°
90°
75°
60°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l S r di d1alpha a°
IC08
IC908
ap
(mm)
f
(mm/rev)
WPEX 040200R/L08 4.00 2.50 0.00 6.60 3.20 84.0 8.00 •0.20-2.00 0.05-0.20
WPEX 040200R/L12 4.00 2.50 0.00 6.60 3.20 84.0 12.00 •0.20-2.00 0.05-0.20
WPEX 040202R/L08 4.00 2.50 0.20 6.60 3.20 84.0 8.00 •0.20-2.00 0.05-0.20
WPEX 050300R/L08 5.00 3.18 0.00 7.94 3.70 80.0 8.00 • • 0.20-2.50 0.05-0.20
WPEX 050300R12 5.00 3.18 0.00 7.94 3.70 80.0 12.00 • • 0.20-2.50 0.05-0.20
WPEX 050302R/L08 5.00 3.18 0.20 7.94 3.70 80.0 8.00 • • 0.20-2.50 0.05-0.20
WPEX 050302R/L12 5.00 3.18 0.20 7.94 3.70 80.0 12.00 • • 0.20-2.50 0.05-0.20
WPEX 050304R/L08 5.00 3.18 0.40 7.94 3.70 80.0 8.00 • • 0.20-2.50 0.05-0.20
WPEX 050304R/L12 5.00 3.18 0.40 7.94 3.70 80.0 12.00 • • 0.20-2.50 0.05-0.20
WPEX 060400R/L08 6.00 4.00 0.00 9.52 3.70 80.0 8.00 • • 0.20-3.00 0.05-0.20
WPEX 060400R/L12 6.00 4.00 0.00 9.52 3.70 80.0 12.00 • • 0.20-3.00 0.05-0.20
WPEX 060402R/L08 6.00 4.00 0.20 9.52 3.70 80.0 8.00 • • 0.20-3.00 0.05-0.20
WPEX 060402R/L12 6.00 4.00 0.20 9.52 3.70 80.0 12.00 • • 0.20-3.00 0.05-0.20
WPEX 060404R/L08 6.00 4.00 0.40 9.52 3.70 80.0 8.00 • • 0.20-3.00 0.05-0.20
WPEX 060404R12 6.00 4.00 0.40 9.52 3.70 80.0 12.00 • • 0.20-3.00 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SWAPR-PAD (62) • SWAPR/L (62) • SWDPR/L (62)
WPEX
80° and 84° Precision Trigon Inserts
with Positive 8° and 12° Clearance
for Finishing Applications
S
d1
7°
di
90˚ l
r
75°
45°
45°
45°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
SCGT 09T308-AS 9.52 9.52 3.97 0.80 4.40 •0.50-3.00 0.10-0.30
SCGT 120408-AS 12.70 12.70 4.76 0.80 5.50 •1.00-4.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: SSBCR/L (59) • SSSCR/L (59)
SCGT-AS
Square Inserts with a 7° Positive Flank,
Very Positive Rake Angle and Sharp
Cutting Edge for Machining Aluminum
173
ISOTURN INSERTS
S
d1
7°
60˚
di
l
r
9 1°
9 1°
91º
95º
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
TCGT 110204-AS 11.00 6.35 2.38 0.40 2.80 •0.20-3.00 0.05-0.30
TCGT 16T304-AS 16.50 9.52 3.97 0.40 4.40 •0.50-3.00 0.05-0.30
TCGT 16T308-AS 16.50 9.52 3.97 0.80 4.40 •0.50-3.00 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-MTLCR/L-W (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCGT-AS
Triangular Inserts with a 7° Positive
Flank, Very Positive Rake Angle
and Sharp Cutting Edge for
Machining Aluminum
35˚
di
l
d1
S
7°
r
11 7. 5 °
93º
93°
72.5°
95º
107.5º
95º
112°
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC920
IC908
IC20
IC07
ap
(mm)
f
(mm/rev)
VCGT 110301-AS 11.10 6.35 3.18 0.10 2.90 •0.20-2.50 0.05-0.20
VCGT 110302-AS 11.10 6.35 3.18 0.20 2.90 • • 0.20-2.50 0.05-0.20
VCGT 110304-AS 11.10 6.35 3.18 0.40 2.90 •0.50-3.00 0.05-0.25
VCGT 160401-AS 16.60 9.52 4.76 0.10 4.40 •0.20-2.50 0.05-0.20
VCGT 160402-AS 16.60 9.52 4.76 0.20 4.40 •0.50-2.50 0.05-0.25
VCGT 160404-AS 16.60 9.52 4.76 0.40 4.40 •0.50-3.00 0.05-0.25
VCGT 160408-AS 16.60 9.52 4.76 0.80 4.40 •0.50-3.00 0.10-0.25
VCGT 160412-AS 16.60 9.52 4.76 1.20 4.40 •0.50-3.00 0.10-0.25
VCGT 220530-AS 22.10 12.70 5.56 3.00 5.50 • • 1.50-4.50 0.15-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • PVACR/L-JHP (57) • PVACR/L-S (54) • S/A-SVJCR/L (94) • SVACR/L (57) • SVJCR-PAD (56) • SVJCR/L (55) • SVJCR/L-16-JHP
(55) • SVPCR/L (58) • SVVCN (58) • SVXCR/L (58) • PVACR/L-JHP-MC (57)
VCGT-AS
35° Rhombic Inserts with a
7° Positive Flank, Very Positive
Rake Angle and Sharp Cutting Edge
for Machining Aluminum
35˚
di
l
d1
S
7°
r
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
VCGT 220508-AF 22.10 12.70 5.56 0.80 5.50 •1.00-4.50 0.10-0.25
VCGT 220512-AF 22.10 12.70 5.56 1.20 5.50 •1.00-4.50 0.10-0.30
VCGT 220516-AF 22.10 12.70 5.56 1.60 5.50 •1.50-4.50 0.10-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93)
VCGT-AF
Inserts with a Very Positive
Rake Angle and Sharp Cutting
Edge for Semi-Finishing and
Finishing on Aluminum
ISCAR
174
ISOTURN INSERTS
7˚
d1
lS
di
80˚
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
CCGT 060201-AS 6.40 6.35 2.38 0.10 2.80 •0.50-2.00 0.10-0.20
CCGT 060202-AS 6.40 6.35 2.38 0.20 2.80 •0.50-2.00 0.10-0.20
CCGT 060204-AS 6.40 6.35 2.38 0.40 2.80 •0.50-2.00 0.10-0.25
CCGT 09T301-AS 9.70 9.52 3.97 0.10 4.40 •0.50-2.50 0.10-0.25
CCGT 09T302-AS 9.70 9.52 3.97 0.20 4.40 •0.50-2.50 0.10-0.25
CCGT 09T304-AS 9.70 9.52 3.97 0.40 4.40 •0.50-2.50 0.10-0.25
CCGT 09T308-AS 9.70 9.52 3.97 0.80 4.40 •0.80-3.00 0.10-0.30
CCGT 120402-AS 12.90 12.70 4.76 0.20 5.50 •0.50-2.50 0.10-0.25
CCGT 120404-AS 12.90 12.70 4.76 0.40 5.50 •0.50-2.50 0.10-0.25
CCGT 120408-AS 12.90 12.70 4.76 0.80 5.50 •1.00-3.50 0.10-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCGT-AS
80° Rhombic Inserts with a
7° Positive Flank, Very Positive Rake
Angle and Sharp Cutting Edge for
Machining Aluminum
7˚
S
d1
l
d
80˚
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
CCGT 09T308-AF 9.70 9.52 3.97 0.80 4.40 •0.80-3.00 0.15-0.25
CCGT 120408-AF 12.90 12.70 4.76 0.80 5.50 •1.00-3.50 0.15-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCLCR-PAD (47)
• SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCGT-AF
80° Rhombic Inserts with a
7° Positive Flank, Very Positive Rake
Angle and Sharp Cutting Edge for
Machining Aluminum
r
7˚
d
1
55˚
d
lS
10 7. 5 °
93°
62.5°
9 1°
93º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r d1
IC920
IC20
IC907
ap
(mm)
f
(mm/rev)
DCGT 070201-AS 7.75 6.35 2.38 0.10 2.80 •0.50-2.00 0.03-0.20
DCGT 070202-AS 7.75 6.35 2.38 0.20 2.80 • • 0.50-2.00 0.05-0.20
DCGT 070204-AS 7.75 6.35 2.38 0.40 2.80 •0.50-2.50 0.05-0.25
DCGT 11T301-AS 11.60 9.52 3.97 0.10 4.40 •0.50-2.50 0.05-0.25
DCGT 11T302-AS 11.60 9.52 3.97 0.20 4.40 • • 0.50-2.50 0.05-0.26
DCGT 11T304-AS 11.60 9.52 3.97 0.40 4.40 • • 0.50-2.50 0.05-0.25
DCGT 11T308-AS 11.60 9.52 3.97 0.80 4.40 •0.80-3.00 0.08-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCGT-AS
55° Rhombic Inserts with a
7° Positive Flank, Very Positive Rake
Angle and Sharp Cutting Edge for
Machining Aluminum
175
ISOTURN INSERTS
r
7˚
d1
55˚
d
lS
10 7. 5 °
93°
62.5°
93º 9 1°
Dimensions Recommended
Machining Data
Designation l di S r d1
IC20
ap
(mm)
f
(mm/rev)
DCGT 11T304-AF 11.60 9.52 3.97 0.40 4.40 •0.50-2.50 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • IM-SDNCN (54) • PDACR/L-JHP (52)
• PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCGT-AF
Inserts with a Very Positive
Rake Angle and Sharp Cutting
Edge for Semi-Finishing and
Finishing on Aluminum
7˚
d
1
S
di
Dimensions Recommended Machining Data
Designation di S d1
IC20
ap
(mm)
f
(mm/rev)
RCGT 0803M0-AS 8.00 3.18 3.40 •1.00-4.00 0.20-0.40
RCGT 1003M0-AS 10.00 3.18 4.00 •1.00-5.00 0.20-0.40
RCGT 10T3M0-AS 10.00 3.97 4.40 •1.00-5.00 0.20-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-SRGCR/L (60) • SRDCN (61) • SRGCR/L (60)
RCGT-AS
Round Inserts with a 7° Positive Flank,
Very Positive Rake Angle and Sharp
Cutting Edge for Machining Aluminum
d
60°
r
l
S
9 1°
60°
9 1°
93°
91º
95º
Dimensions Recommended Machining Data
Designation l di S r
IC20
ap
(mm)
f
(mm/rev)
TNMS 160404-12 16.50 9.52 4.76 0.40 •0.50-3.00 0.07-0.32
TNMS 160408-12 16.50 9.52 4.76 0.80 •0.50-3.00 0.10-0.35
TNMS 220404-12 22.00 12.70 4.76 0.40 •1.00-4.00 0.07-0.32
TNMS 220408-12 22.00 12.70 4.76 0.80 •1.00-4.00 0.10-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC
(44) • S-PTFNR/L (88)
TNMS-12
Triangular Single-Sided Inserts for
Soft and Nonferrous Materials
ISCAR
176
ISOTURN INSERTS
rdi
l55°
S
62.5°
93°
93º
Dimensions Recommended Machining Data
Designation l di S r
IC20
ap
(mm)
f
(mm/rev)
DNMS 150408-12 15.50 12.70 4.76 0.80 •1.00-4.00 0.07-0.35
• For user guide, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-PDJNR/L-JHP (32) • PDJNR/L (31) • PDJNR/L-JHP (31)
DNMS-12
55° Rhombic Single-Sided Inserts
for Soft and Nonferrous Materials
80°
l
di
rS
75°
75°
95°
95°
95º
Dimensions Recommended Machining Data
Designation l di S r
IC20
ap
(mm)
f
(mm/rev)
CNMS 120408-12 12.90 12.70 4.76 0.80 •1.00-4.00 0.10-0.35
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • A/S-PCLNR/L-X/G (82) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • PCBNR/L (25)
• PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26)
CNMS-12
80° Rhombic Single-Sided Inserts
for Soft and Nonferrous Materials
S
r
l
d
35°
di
93°
72.5°
93º
Dimensions Recommended Machining Data
Designation l di S r
IC20
ap
(mm)
f
(mm/rev)
VNMS 160404-12 16.60 9.52 4.76 0.40 •1.00-3.00 0.07-0.30
VNMS 160408-12 16.60 9.52 4.76 0.80 •1.00-3.50 0.07-0.33
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNMS-12
35° Rhombic Single-Sided Inserts
for Soft and Nonferrous Materials
177
ISOTURN INSERTS
7.8
r
5.16
10
15.87
T
Dimensions Tough
1
Hard
Designation r T
IC8150
IC418
SNMX 150708R-11 11.00 1.20 •
SNMX 150708R-13 13.00 1.00 • •
SNMX 150708R-15 15.00 0.86 •
SNMX 150708R-18 18.00 0.71 •
SNMX 150708R-20 20.00 0.64 •
SNMX 150708R-22 22.00 0.58 •
SNMX 150708R-25 25.00 0.50 •
SNMX 150708R-27 27.00 0.47 •
SNMX 150708R-30 30.00 0.42 •
SNMX 150708R-35 35.00 0.36 •
SNMX 150708R-40 40.00 0.31 •
SNMX 150708R-45 45.00 0.28 •
SNMX 150708R-50 50.00 0.25 • •
SNMX 150708R-60 60.00 0.21 •
SNMX 150708R-65 65.00 0.19 •
SNMX 150708R-70 70.00 0.18 •
SNMX 150708R-75 75.00 0.17 •
SNMX 150708R-90 90.00 0.14 •
For tools, see pages: PSANR/L (45)
PIPE FEED
60 MIN
200 MAX
These inserts remove the burr immediately after the welding
process (material temperature is usually 300-400°C).
Cutting speed varies from 40 to 150 m/min, depending on
the diameter of the tube.
Recommended: R= +(1-2 mm)
D (pipe)
2
SNMX 150708R-..
Pipe Skiving Inserts with a
Positive Rake Used to Remove
the Burr of Welded Tubes
6.35
10
5.16
15.87
T
r
Dimensions
Designation r T
IC418
SNMX 150608R-15 15.00 0.86 •
SNMX 150608R-20 20.00 0.64 •
SNMX 150608R-90 90.00 0.14 •
For tools, see pages: PSANR/L (45)
PIPE FEED
These inserts remove the burr immediately after the welding
process (material temperature is usually 300-400° C).
Cutting speed varies from 40 to 150 m/min, depending on
the diameter of the tube.
Recommended: R= +(1-2 mm)
D (pipe)
2
SNMX 150608R-..
Pipe Skiving Inserts Used to Remove
the Burr of Welded Tubes
ISCAR
178
ISOTURN INSERTS
r
di
80°
l
S
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS8
IS80
IS6
ap
(mm)
f
(mm/rev)
WNGA 080408T 8.70 12.70 4.76 0.80 •2.00-4.00 0.20-0.60
WNGA 080412T 8.70 12.70 4.76 1.20 ••• 2.00-5.00 0.03-0.95
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-W (21) • PWLNR/L (12)
• PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNGA-Ceramic
Double-Sided Flat Rake Ceramic
Inserts for Machining Cast Iron
lS
r
80°
d
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IW7
IS9
IS8
IS80
IN23
IN22
IN420
ap
(mm)
f
(mm/
rev)
CNGN 120404T 12.90 12.70 4.76 0.40 • • 1.00-3.00 0.10-0.43
CNGN 120408E 12.90 12.70 4.76 0.80 •1.00-3.00 0.10-0.50
CNGN 120408T 12.90 12.70 4.76 0.80 • • • • • 1.00-3.00 0.10-0.50
CNGN 120408T0225-WG (1) 12.90 12.70 4.76 0.80 •1.00-3.00 0.10-0.50
CNGN 120412E 12.90 12.70 4.76 1.20 •1.00-5.00 0.10-0.50
CNGN 120412T 12.90 12.70 4.76 1.20 • • • • 1.00-4.00 0.10-0.50
CNGN 120416T 12.90 12.70 4.76 1.60 • • • 1.00-5.00 0.10-0.50
CNGN 120708E 12.90 12.70 7.94 0.80 •1.00-4.00 0.10-0.50
CNGN 120708T 12.90 12.70 7.94 0.80 • • 1.00-4.00 0.10-0.50
CNGN 120712E 12.90 12.70 7.94 1.20 •1.00-5.00 0.10-0.50
CNGN 120712T 12.90 12.70 7.94 1.20 • • 1.00-4.00 0.10-0.50
CNGN 120716T 12.90 12.70 7.94 1.60 • • • 1.00-5.00 0.10-0.50
CNGN 160612T 16.12 15.88 6.35 1.20 •1.00-5.00 0.10-0.50
• For user guide, see pages 197-212
(1) When using a double-ended insert, grooving depth is limited by the insert.
For tools, see pages: CCLNR/L (73)
CNGN-Ceramic
80° Rhombic Double-Sided
Ceramic Inserts with a T-Land for
Machining Cast Iron, Hardened
Steel and Nickel Based Alloys
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IN23
IN22
ap
(mm)
f
(mm/rev)
CNMG 120404T 12.90 12.70 4.76 0.40 •0.00-0.00 0.00-0.00
CNMG 120408T 12.90 12.70 4.76 0.80 • • 0.00-0.00 0.00-0.00
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNMG-Ceramic
80° Rhombic Double-Sided Inserts
with a T-Land for Machining Cast
Iron and Hardened Steel
179
ISOTURN INSERTS
S
rl
di
80°
75°
95°
95°
95º
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS9
IS8
IS80
IS6
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
CNGA 120404T 12.90 12.70 4.76 0.40 •••1.00-3.00 0.05-0.20
CNGA 120408E 12.90 12.70 4.76 0.80 •1.00-4.00 0.05-0.20
CNGA 120408T 12.90 12.70 4.76 0.80 ••••••1.00-4.00 0.05-0.20
CNGA 120412T 12.90 12.70 4.76 1.20 • ••••1.00-4.00 0.05-0.20
CNGA 120416T 12.90 12.70 4.76 1.60 • • • 1.00-5.00 0.05-0.20
• For user guide, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCBNR/L (28)
• DCLNR/L (28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCBNR/L
(25) • PCLNR/L (23) • PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) •
S-MULNR-MW (85) • A/S-PCLNR/L-X/G (82)
CNGA-Ceramic
80° Rhombic Double-Sided Inserts
with a T-Land for Machining Cast
Iron and Hardened Steel
S
l
r
di
80°
75°
95°
95°
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS8
IS80
IS6
ap
(mm)
f
(mm/rev)
CNGX 120712T 12.90 12.70 7.94 1.20 ••• 1.00-3.00 0.07-0.43
CNGX 120716T 12.90 12.70 7.94 1.60 ••• 1.00-3.00 0.07-0.43
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: TCBNR/L-CH (73) • TCKNR/L-CH (73) • TCLNR/L-CH (73)
CNGX-Ceramic
80° Rhombic Double-Sided
Dimpled Ceramic Inserts with a
T-Land for Machining Cast Iron
S
r
90°
di
75°
45°
45°
45°
75°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r
IW7
IS9
IS8
IS80
IS6
IN23
IN22
IN420
IN110
ap
(mm)
f
(mm/rev)
SNGN 120404T 12.70 4.76 0.40 •0.10-3.50 0.10-0.50
SNGN 120408T 12.70 4.76 0.80 • • • • • 0.10-3.50 0.10-0.50
SNGN 120412T 12.70 4.76 1.20 • •••••••0.10-5.00 0.10-0.50
SNGN 120416E 12.70 4.76 1.60 •0.10-5.00 0.10-0.50
SNGN 120416T 12.70 4.76 1.60 • • • • • 0.10-5.00 0.10-0.50
SNGN 120708T 12.70 7.94 0.80 • • • 0.10-5.00 0.10-0.50
SNGN 120712T 12.70 7.94 1.20 • • • • • 0.10-5.00 0.10-0.50
SNGN 120716T 12.70 7.94 1.60 • • • • • • 0.10-5.00 0.10-0.50
SNGN 150712T 15.88 6.35 1.20 •0.10-5.00 0.10-0.50
SNGN 150716T 15.88 6.35 1.60 • • 0.10-5.00 0.10-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CSDNN-CE/CEA (74) • CSKNR/L (75) • CSRNR/L (74) • CSSNR/L-CE (75)
SNGN-Ceramic
Square Double-Sided Ceramic Inserts
with a Flat Rake for Machining Cast
Iron, Hardened Steel and Super Alloys
ISCAR
180
ISOTURN INSERTS
rS
90°
di
75°
45°
45°
45°
75°
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S r
IS8
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
SNGA 120404T 12.70 4.76 0.40 •0.10-3.00 0.05-0.30
SNGA 120408T 12.70 4.76 0.80 •••• 0.10-3.50 0.05-0.30
SNGA 120412T 12.70 4.76 1.20 • • 0.10-4.00 0.05-0.30
SNGA 120416T 12.70 4.76 1.60 •0.10-4.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNGA-Ceramic
Square Double-Sided Ceramic
Inserts with a Flat Rake for Machining
Cast Iron and Hardened Steel
90°
S
l
r
di
75°
45°
45°
45°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S r l
IS8
IS80
IS6
ap
(mm)
f
(mm/rev)
SNGX 120712T 12.70 7.94 1.20 12.70 ••• 0.10-5.00 0.10-0.50
SNGX 120716T 12.70 7.94 1.60 12.70 ••• 0.10-5.00 0.10-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: TSDNN-CH (74) • TSRNR/L-CH (74) • TSSNR/L-CH (75)
SNGX-Ceramic
Square Double-Sided Dimpled
Ceramic Inserts with a Flat Rake
for Machining Cast Iron
55°
S
l
r
di
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS8
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
DNGA 150404T 15.50 12.70 4.76 0.40 • • 0.10-3.00 0.07-0.50
DNGA 150408T 15.50 12.70 4.76 0.80 •••• 0.10-3.50 0.07-0.50
DNGA 150412T 15.50 12.70 4.76 1.20 •0.10-4.00 0.07-0.50
DNGA 150604T 15.50 12.70 6.35 0.40 • • 0.10-3.50 0.07-0.50
DNGA 150608T 15.50 12.70 6.35 0.80 ••• 0.10-4.00 0.07-0.50
DNGA 150612T 15.50 12.70 6.35 1.20 • • 0.10-5.00 0.07-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNGA-Ceramic
55° Rhombic Double-Sided
Ceramic Inserts for Machining
Cast Iron and Hardened Steel
181
ISOTURN INSERTS
55°
di
rlS
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS8
IS80
IS6
ap
(mm)
f
(mm/rev)
DNGX 150712T 15.50 12.70 7.94 1.20 ••• 0.10-4.00 0.10-0.50
DNGX 150716T 15.50 12.70 7.94 1.60 • • 0.10-5.00 0.10-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: TDJNR/L-CH (76) • TDNNN-CH (76)
DNGX-Ceramic
55° Rhombic Double-Sided
Dimpled Ceramic Inserts for
Machining Cast Iron
35°
l
di
S
r
93º
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IN22
IN420
ap
(mm)
f
(mm/rev)
VNGA 160404T 16.60 9.52 4.76 0.40 • • 0.70-2.50 0.06-0.30
VNGA 160408T 16.60 9.52 4.76 0.80 •0.80-3.00 0.08-0.35
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNGA-Ceramic
35° Rhombic Double-Sided Ceramic
Inserts with a T-Land for Machining
Cast Iron and Hardened Steel
S
d
i
r
l
60°
93°
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IW7
IS9
IS8
IS80
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
TNGN 160408E 16.50 9.52 4.76 0.80 •1.00-3.50 0.10-0.35
TNGN 160408T 16.50 9.52 4.76 0.80 • • • • 1.00-3.50 0.10-0.35
TNGN 160412T 16.50 9.52 4.76 1.20 • • • 0.10-4.00 0.10-0.40
TNGN 220408T 22.00 12.70 4.76 0.80 •0.10-5.00 0.10-0.50
TNGN 220712T 22.00 12.70 7.94 1.20 •0.10-5.00 0.10-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CTJNR/L (75)
TNGN-Ceramic
Triangular Double-Sided
Ceramic Inserts for Machining
Cast Iron, Hardened Steel
and Nickel Based Alloys
ISCAR
182
ISOTURN INSERTS
di
60°
S
r
l
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IS9
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
TNGA 160404T 16.50 9.52 4.76 0.40 ••• 0.10-3.00 0.07-0.50
TNGA 160408E 16.50 9.52 4.76 0.80 •0.10-3.50 0.07-0.50
TNGA 160408T 16.50 9.52 4.76 0.80 ••• 0.10-3.50 0.07-0.50
TNGA 160412T 16.50 9.52 4.76 1.20 •0.10-4.00 0.07-0.50
TNGA 220408T 22.00 12.70 4.76 0.80 ••• 0.10-5.00 0.07-0.50
TNGA 220416T 22.00 12.70 4.76 1.60 •0.10-5.00 0.07-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • C#-DTGNR/L (42) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) •
PTGNR/L (42) • PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNGA-Ceramic
Triangular Double-Sided Ceramic
Inserts for Machining Super
Alloys and Hardened Steel
rdi
l
60°
S
11°
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r
IN23
IN22
IN420
ap
(mm)
f
(mm/rev)
TPGN 090204T 9.60 5.56 2.38 0.40 •0.10-1.50 0.07-0.30
TPGN 110304T 11.00 6.35 3.18 0.40 ••• 0.10-1.50 0.07-0.30
TPGN 110308T 11.00 6.35 3.18 0.80 ••• 0.10-3.00 0.07-0.40
TPGN 160304T 16.50 9.52 3.18 0.40 ••• 0.10-4.00 0.07-0.50
TPGN 160308T 16.50 9.52 3.18 0.80 ••• 0.10-4.00 0.07-0.50
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CTFPR/L (63) • CTGPR/L (63) • S-CTFPR/L (96)
TPGN-Ceramic
Triangular Ceramic Inserts
with an 11° Positive Flank for
Machining Hardened Steel
di
S
11°
CH
Dimensions Recommended Machining Data
Designation di S
IW7
ap
(mm)
f
(mm/rev)
RPGN 090300E 9.52 3.17 •0.10-2.00 0.07-0.20
RPGN 120400E 12.70 4.76 •0.10-3.00 0.07-0.20
RPGN 120400T 12.70 4.76 •0.10-3.00 0.07-0.20
• For user guide and cutting speed recommendations, see pages 197-212
RPGN-Ceramic
Round Ceramic Inserts for
Machining Nickel Based Alloys
and Hardened Steel
183
ISOTURN INSERTS
di
S
CH
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di S
IW7
IS9
IS8
IN23
IN22
IN420
IN11
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 120400E 12.70 4.76 •0.10-3.50 0.07-0.50
RNGN 120400T 12.70 4.76 • • • • 0.10-3.50 0.07-0.50
RNGN 120700 S6 (1) 12.70 7.94 •1.00-2.00 -
RNGN 120700E 12.70 7.94 • • 0.10-2.00 0.07-0.20
RNGN 120700E04 (1) 12.70 7.94 •1.00-2.00 -
RNGN 120700T 12.70 7.94 •• ••• 0.10-4.50 0.07-0.50
RNGN 120700T01020 12.70 7.94 •0.10-4.50 0.07-0.50
RNGN 120700T0220 12.70 7.94 •0.10-2.00 0.07-0.20
RNGN 150700T 15.76 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 250700T 25.00 7.94 •0.10-5.00 0.07-0.50
• For user guide and cutting speed recommendations, see pages 197-212
(1) For milling nickel based superalloys; reference recommendations for milling Inconel 718: 0.12 mm/t 900-1000 m/min.
For tools, see pages: CRDNN (76) • CRGNR/L (76)
RNGN-Ceramic
Round Double-Sided Ceramic Inserts
for Machining Cast Iron, Nickel
Based Alloys and Hardened Steel
di Ta°
7°
120°
S
Dimensions Tough
1
Hard Recommended Machining Data
Designation di S
IW7
IN23
ap
(mm)
f
(mm/rev)
RCGX 090700E 9.52 7.94 •0.10-3.00 0.07-0.50
RCGX 090700T 9.52 7.94 • • 0.10-3.00 0.07-0.50
RCGX 120700E 12.70 7.94 •0.10-4.00 0.07-0.50
RCGX 120700T 12.70 7.94 • • 0.10-4.00 0.07-0.50
• For user guide and cutting speed recommendations, see pages 197-212
RCGX-Ceramic
Round Ceramic Inserts for
Machining Nickel Based Alloys
and Hardened Steel
di
11°
120°
S
Dimensions Recommended Machining Data
Designation di S
IW7
ap
(mm)
f
(mm/rev)
RPGX 090700T 9.52 7.94 •0.10-2.00 0.07-0.20
RPGX 120700T 12.70 7.94 •0.10-3.00 0.07-0.20
• For user guide and cutting speed recommendations, see pages 197-212
RPGX-Ceramic
Round Ceramic Inserts for
Machining Nickel Based Alloys
and Hardened Steel
ISCAR
184
ISOTURN INSERTS
80°
rIt
10°
S
di
5°
PCD-Sharp cutting edge
95°
95°
95º
75°
Dimensions Recommended
Machining Data
Designation l di S r lt
ID5
ap
(mm)
f
(mm/rev)
CNMA 120404D 12.90 12.70 4.76 0.40 3.9 •0.10-3.00 0.05-0.26
CNMA 120408D 12.90 12.70 4.76 0.80 3.6 •0.10-3.00 0.05-0.26
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNMA (PCD)
80° Rhombic Inserts with a Single
PCD Top Corner Tip and Positive
Rake for Finishing Applications
80˚
r
di
lt
7°
S
d1
7°
PCD Sharp cutting edge
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
CCMT 060202D 6.30 6.35 2.38 0.20 3.1 2.80 •0.08-3.00 0.05-0.30
CCMT 060204D 6.30 6.35 2.38 0.40 3.0 2.80 •0.10-3.00 0.05-0.30
CCMT 09T304D 9.70 9.52 3.97 0.40 3.9 4.40 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT (PCD)
Inserts with a Single PCD Top Corner
Tip, 7° Clearance and Positive Rake
Angle for Finishing Aluminum
55°
di
r
7°
d1
S
7°
lt
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
DCMT 11T302D 11.60 9.52 3.97 0.20 3.7 4.40 •0.10-3.00 0.05-0.30
DCMT 11T304D 11.60 9.52 3.97 0.40 3.6 4.40 •0.10-3.00 0.05-0.30
DCMT 11T308D 11.60 9.52 3.97 0.80 3.3 4.40 •0.10-3.00 0.05-0.29
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • IM-SDNCN (54) • PDACR/L-JHP (52)
• PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT (PCD)
55° Rhombic Inserts with a Single
PCD Top Corner Tip, 7° Clearance
and Positive Rake Angle for
Finishing Applications
185
ISOTURN INSERTS
7°
S
di
35°
r
d1
lt l
PCD sharp cutting edge
9 1°
93°
72.5°
112°
11 7. 5 °
95º
107.5º
95º
Dimensions Recommended
Machining Data
Designation di S r l d1
IB55
ap
(mm)
f
(mm/rev)
VCMT 160404T 9.52 4.76 0.40 16.60 4.40 •0.10-3.00 0.05-0.30
VCMT 160408T 9.52 4.76 0.80 16.60 4.40 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCMT (CBN)
35° Rhombic Single Brazed Tip
Corner Inserts for Finishing Aluminum
(PCD) and Cast Iron (CBN)
l
35°
di
r
7°
d1
S
11 7. 5 °
107.5º
95º
95º
112°
9 1°
93°
72.5°
Dimensions Recommended
Machining Data
Designation l di S r d1
ID5
ap
(mm)
f
(mm/rev)
VCGT 160404-DW 16.60 9.52 4.76 0.40 4.40 •0.10-3.00 0.05-0.30
VCGT 160408-DW 16.60 9.52 4.76 0.80 4.40 •0.10-3.00 0.05-0.30
VCGT 160412-DW 16.60 9.52 4.76 1.20 4.40 •0.10-3.00 0.05-0.30
VCGT 220516-DW 22.10 12.70 5.56 1.60 5.50 •0.10-3.00 0.05-0.30
VCGT 220520-DW 22.10 12.70 5.56 2.00 5.50 •0.10-3.00 0.05-0.30
VCGT 220530-DW 22.10 12.70 5.56 3.00 5.50 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCGT-DW (PCD)
Inserts with 7° Clearance and
a Single PCD Top Corner Tip
Chipformer for Machining Aluminum
35°
4.99
di
d1
S
7°
7°
r
PCD sharp cutting edge
9 1°
93°
72.5°
112°
11 7. 5 °
95º
107.5º
95º
Dimensions Recommended
Machining Data
Designation di S r l d1
ID5
ap
(mm)
f
(mm/rev)
VCGT 160404D 9.52 4.76 0.40 16.60 4.40 •0.10-3.00 0.05-0.30
VCGT 160408D 9.52 4.76 0.80 16.60 4.40 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCGT (PCD)
35° Rhombic Single Brazed Tip Corner
Inserts for Finishing Aluminum (PCD)
ISCAR
186
ISOTURN INSERTS
7°
di
S
d1
7°
lt
60°
r
PCD-Sharp cutting edge.
9 1° 91º
95º
9 1°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
TCMT 110204D 11.00 6.35 2.38 0.40 3.8 2.80 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCMT (PCD)
Inserts with a Single PCD Top Corner
Tip, 7° Clearance and Positive Rake
Angle for Finishing Aluminum
di
60°
r
S
7°
lt
d1
11°
PCD-Sharp cutting edge
91º
Dimensions Recommended
Machining Data
Designation l di S r ltd1
ID5
ap
(mm)
f
(mm/rev)
TPGX 090202 9.52 5.56 2.38 0.20 3.0 2.50 •0.10-3.00 0.05-0.30
TPGX 090204 9.52 5.56 2.38 0.40 3.0 2.50 •0.10-3.00 0.05-0.30
TPGX 110302 11.00 6.35 3.18 0.20 3.4 3.50 •0.10-3.00 0.05-0.30
TPGX 110304 11.00 6.35 3.18 0.40 3.8 3.50 •0.10-3.00 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-STFPR-X (97) • MG STFPR-X (97)
TPGX (PCD)
Triangular Inserts with a Single PCD
Top Corner Tip, 11° Clearance
and Positive Rake Angle for
Finishing Aluminum
Typ. x 3
S
80º
di
r
lt
l
95º
95°
95°
Dimensions Recommended
Machining Data
Designation l di S r lt
IB20H
ap
(mm)
f
(mm/rev)
WNGA 080408-M3 8.70 12.70 4.76 0.80 2.2 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-W (21) • PWLNR/L (12)
• PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNGA-M3 (CBN)
Multi-Cornered CBN Inserts for
Machining Hardened Steel
187
ISOTURN INSERTS
Typ. x 6
S
80º
lt
di l
r
95º
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB55
IB10HC
ap
(mm)
f
(mm/rev)
WNGA 080404T-MC 8.70 12.70 4.76 0.40 3.1 •0.05-0.50 0.05-0.20
WNGA 080408-M6 8.70 12.70 4.76 0.80 2.2 •0.05-0.50 0.05-0.20
WNGA 080408T-MC 8.70 12.70 4.76 0.80 3.1 •0.05-0.50 0.05-0.20
WNGA 080412T-MC 8.70 12.70 4.76 1.20 3.1 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-MWLNR/L-W (83) • A/S-PWLNR/L (84) • C#-MULNR/L-MW (19) • C#-PWLNR/L-08-JHP (13) • DWLNR/L (13) • HSK
A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • MWLNR/L-W (21) • PWLNR/L (12)
• PWLNR/L-08-JHP (13) • PWLNR/L-X (14) • PWLNR/L-X-JHP (15) • PWLNR/L-X-JHP-MC (16) • S-DWLNR/L (78) • S-MULNR-MW (85)
WNGA-MC/M6 (CBN)
Multi-Cornered CBN Inserts for
Machining Hardened Steel
80°lt
di
l
r
S
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB90
IB85
IB20H
IB55
IB50
ap
(mm)
f
(mm/rev)
CNMA 120404T 12.90 12.70 4.76 0.40 3.2 • • • 0.05-0.50 0.05-0.26
CNMA 120408-M1 12.90 12.70 4.76 0.80 3.5 •0.05-0.50 0.05-0.30
CNMA 120408T 12.90 12.70 4.76 0.80 3.4 • • • 0.05-0.50 0.05-0.30
CNMA 120408T-WG (1) 12.90 12.70 4.76 0.80 3.5 • • • • 0.05-0.50 0.05-0.30
CNMA 120412-M1 12.90 12.70 4.76 1.20 3.5 •0.05-0.50 0.05-0.30
CNMA 120412T 12.90 12.70 4.76 1.20 4.0 •0.05-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
(1) Wiper insert for high feed finishing, eliminates grinding.
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNMA-T/M1/WG (CBN)
80° Rhombic Inserts with a Single CBN
Top Corner Tip for Machining Cast
Iron, Hardened Steel and Super Alloys
Typ. x 2
rS
80º
88º
80º
l
Wiper
lt
di
95°
95°
95º
Dimensions Recommended
Machining Data
Designation l di S r lt
IB25HC
ap
(mm)
f
(mm/rev)
CNMA 120408-MW4 12.90 12.70 4.76 0.80 2.2 •0.05-0.50 0.05-0.40
CNMA 120412-MW4 12.90 12.70 4.76 1.20 2.4 •0.05-0.50 0.05-0.40
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNMA-MW4 (CBN)
80° Rhombic Inserts with 4
CBN Wiper Edge Tips for
Machining Hardened Steel
ISCAR
188
ISOTURN INSERTS
Typ. x 4
80º
rS
lt
di
l
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB25HC
IB55
IB10HC
ap
(mm)
f
(mm/rev)
CNGA 120404T-MC 12.90 12.70 4.76 0.40 3.1 •0.05-0.50 0.05-0.20
CNGA 120408-M4 12.90 12.70 4.76 0.80 2.2 • • 0.05-0.50 0.05-0.20
CNGA 120408T-MC 12.90 12.70 4.76 0.80 3.1 •0.05-0.50 0.05-0.20
CNGA 120408T-WG-MC (1) 12.90 12.70 4.76 0.80 3.1 •0.05-0.50 0.05-0.20
CNGA 120412-M4 12.90 12.70 4.76 1.20 2.4 • • 0.05-0.50 0.05-0.20
CNGA 120412T-MC 12.90 12.70 4.76 1.20 3.1 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
(1) Wiper corner configuration
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNGA-4 (CBN)
4-Cornered CBN Inserts for
Machining Hardened Steel
Typ. x 2
80º
l
lt
rS
di
95°
95°
95º
Dimensions Recommended
Machining Data
Designation l di S r lt
IB25HA
ap
(mm)
f
(mm/rev)
CNGG 120408-M4HF 12.90 12.70 4.76 0.80 2.2 •0.20-0.75 0.05-0.20
CNGG 120412-M4HM 12.90 12.70 4.76 1.20 2.4 •0.50-1.00 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNGG-M4HF/M4HM (CBN)
80° Rhombic Inserts with 4
Chipbreaking CBN Tips for
Machining Hardened Steel
Typ. x 2
l
di
rS
lt
95°
95°
95º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB05S
IB10S
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/rev)
CNGA 120404-F2 12.90 12.70 4.76 0.40 2.3 • • 0.05-0.50 0.05-0.20
CNGA 120404-M2 12.90 12.70 4.76 0.40 2.3 • • • • 0.05-0.30 0.05-0.20
CNGA 120404-R2 12.90 12.70 4.76 0.40 2.2 •0.05-0.50 0.05-0.20
CNGA 120408-F2 12.90 12.70 4.76 0.80 2.2 • • • 0.05-0.30 0.05-0.18
CNGA 120408-M2 12.90 12.70 4.76 0.80 2.2 • • • 0.05-0.30 0.05-0.18
CNGA 120408-R2 12.90 12.70 4.76 0.80 2.2 •0.05-0.50 0.05-0.20
CNGA 120408-S2 12.90 12.70 4.76 0.80 2.2 •0.05-0.50 0.05-0.20
CNGA 120412-F2 12.90 12.70 4.76 1.20 2.4 • • 0.05-0.50 0.05-0.20
CNGA 120412-M2 12.90 12.70 4.76 1.20 2.4 • • • 0.05-0.30 0.05-0.20
CNGA 120412-R2 12.90 12.70 4.76 1.20 2.4 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PCLNR/L (81) • C#-MULNR/L-MW (19) • C#-PCLNR/L-12-JHP (24) • C#-PCLNR/L-X (27) • C#-PCLNR/L-X-JHP (27) • DCLNR/L
(28) • HSK A63WH-MULNR-J12MWX2 (20) • HSK A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PCLNR/L (23) •
PCLNR/L-12-JHP (24) • PCLNR/L-CA (101) • PCLNR/L-X (25) • PCLNR/L-X-JHP (26) • PCLNR/L-X-JHP-MC (26) • S-DCLNR/L (79) • S-MULNR-MW (85) •
A/S-PCLNR/L-X/G (82)
CNGA-2 (CBN)
80° Rhombic Inserts with 2 CBN Tips
for Machining Hardened Steel, Sintered
Metals and High Temperature Alloys
189
ISOTURN INSERTS
80˚
r
di
lt
7°
S
d1
95°
95°
95º
97°
93°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
IB55
ap
(mm)
f
(mm/rev)
CCMT 060202T 6.30 6.35 2.38 0.20 2.6 2.80 •0.05-0.50 0.05-0.20
CCMT 060204T 6.30 6.35 2.38 0.40 2.7 2.80 •0.05-0.50 0.05-0.20
CCMT 09T304T 9.70 9.52 3.97 0.40 2.9 4.40 •0.05-0.50 0.05-0.20
CCMT 09T308T 9.70 9.52 3.97 0.80 3.6 4.40 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCMT (CBN)
80° Rhombic Inserts with a Single
CBN Top Corner Tip and 7° Clearance
for Machining Hardened Steel
80˚ lt l
d1
7°
di
rS
95º
97°
93°
95°
95°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation di l S r ltd1
IB05S
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/
rev)
CCGW 03X102T01015-1 3.57 3.63 1.39 0.20 2.0 1.90 •0.05-0.50 0.05-0.20
CCGW 03X104T01015-1 3.57 3.63 1.39 0.40 2.3 1.90 •0.05-0.50 0.05-0.20
CCGW 04T102T01015-1 4.37 4.44 1.79 0.20 2.0 2.30 •0.05-0.50 0.05-0.20
CCGW 04T104T01015-1 4.37 4.44 1.79 0.40 2.3 2.30 •0.05-0.50 0.05-0.20
CCGW 060202-F2 6.35 6.30 2.38 0.20 2.3 2.80 • • 0.05-0.50 0.05-0.20
CCGW 060204-F2 6.35 6.30 2.38 0.40 2.3 2.80 • • 0.05-0.50 0.05-0.20
CCGW 060204-R2 6.35 6.30 2.38 0.40 2.3 2.80 •0.05-0.50 0.05-0.20
CCGW 060202-M2 6.35 6.30 2.38 0.20 2.3 2.80 •0.05-0.50 0.05-0.20
CCGW 060204-M2 6.35 6.30 2.38 0.40 2.3 2.80 • • 0.05-0.50 0.05-0.20
CCMW 060202-M2 6.35 6.30 2.38 0.20 2.3 2.80 • • 0.05-0.50 0.05-0.20
CCMW 060204-M2 6.35 6.30 2.38 0.40 2.3 2.80 • • 0.05-0.50 0.05-0.20
CCGW 09T304-F2 9.52 9.70 3.97 0.40 2.3 4.40 • • 0.05-0.50 0.05-0.20
CCGW 09T304-R2 9.52 9.70 3.97 0.40 2.3 4.40 •0.05-0.50 0.05-0.20
CCGW 09T308-F2 9.52 9.70 3.97 0.80 2.2 4.40 • • 0.05-0.50 0.05-0.20
CCGW 09T308-R2 9.52 9.70 3.97 0.80 2.2 4.40 •0.05-0.50 0.05-0.20
CCGW 09T304-M2 9.52 9.70 3.97 0.40 2.3 4.40 • • 0.05-0.50 0.05-0.30
CCGW 09T308-M2 9.52 9.70 3.97 0.80 2.2 4.40 •••0.05-0.50 0.05-0.30
CCMW 09T304-M2 9.52 9.70 3.97 0.40 2.3 4.40 • • 0.05-0.50 0.05-0.15
CCMW 09T308-M2 9.52 9.70 3.97 0.80 2.2 4.40 • • 0.05-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SCLCR/L (91) • C#-SCLCR/L-JHP (47) • E-SCLCR/L-HEAD (90) • PCLCR/L-S (48) • PCLCR/L-S-JHP (49) • SCACR/L-S (48)
• SCLCR-PAD (47) • SCLCR/L (47) • PCLCR/L-JHP-MC (48)
CCGW/CCMW-2 (CBN)
80° Positive Rhombic Inserts
with 2 CBN Tips for Machining
Hardened Steel, Sintered Metals
and High Temperature Alloys
ISCAR
190
ISOTURN INSERTS
S
55°
di
l
r
lt
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB55
IB50
ap
(mm)
f
(mm/rev)
DNMA 150404T 15.50 12.70 4.76 0.40 2.8 •0.05-0.50 0.05-0.20
DNMA 150408T 15.50 12.70 4.76 0.80 3.2 • • 0.05-0.50 0.05-0.20
DNMA 150412T 15.50 12.70 4.76 1.20 3.0 •0.05-0.50 0.05-0.20
DNMA 150604T 15.50 12.70 6.35 0.40 2.8 •0.05-0.50 0.05-0.20
DNMA 150608T 15.50 12.70 6.35 0.80 3.2 •0.05-0.50 0.05-0.20
DNMA 150612T 15.50 12.70 6.35 1.20 3.0 • • 0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNMA (CBN)
CBN Inserts with a Flat Rake for
Machining Hardened Steel
di
55º
r
lt l
S
Typ. x 4
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB25HC
IB55
IB10HC
ap
(mm)
f
(mm/rev)
DNGA 150404T-MC 15.50 12.70 4.76 0.40 2.9 •0.05-0.50 0.05-0.18
DNGA 150408-M4 15.50 12.70 4.76 0.80 2.1 • • 0.05-0.50 0.05-0.18
DNGA 150408T-MC 15.50 12.70 4.76 0.80 3.0 •0.05-0.50 0.05-0.18
DNGA 150412-M4 15.50 12.70 4.76 1.20 2.0 • • 0.05-0.50 0.05-0.18
DNGA 150412T-MC 15.50 12.70 4.76 1.20 3.0 •0.05-0.50 0.05-0.18
DNGA 150604T-MC 15.50 12.70 6.35 0.40 2.9 •0.05-0.50 0.05-0.18
DNGA 150608T-MC 15.50 12.70 6.35 0.80 3.0 •0.05-0.50 0.05-0.18
DNGA 150612T-MC 15.50 12.70 6.35 1.20 3.0 •0.05-0.50 0.05-0.18
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-PDUNR/L (86) • C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • DDJNR/L (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33)
• PDJNR/L (31) • PDJNR/L-JHP (31) • S-DDUNR/L (86)
DNGA-4 (CBN)
55° Rhombic 4-Cornered CBN Inserts
for Machining Hardened Steel
55º
Typ. x 2
lt l
di
rS
62.5°
93º
93°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB10S
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/rev)
DNGA 150404-F2 15.50 12.70 4.76 0.40 2.5 • • 0.10-0.50 0.05-0.30
DNGA 150404-M2 15.50 12.70 4.76 0.40 2.5 •••0.10-0.50 0.05-0.30
DNGA 150408-F2 15.50 12.70 4.76 0.80 2.1 • • 0.10-0.50 0.05-0.30
DNGA 150408-M2 15.50 12.70 4.76 0.80 2.1 •••0.10-0.50 0.05-0.30
DNGA 150408-R2 15.50 12.70 4.76 0.80 2.1 •0.05-0.50 0.05-0.20
DNGA 150412-F2 15.50 12.70 4.76 1.20 2.0 • • 0.10-0.50 0.05-0.30
DNGA 150412-M2 15.50 12.70 4.76 1.20 2.0 •••0.10-0.50 0.05-0.30
DNGA 150412-R2 15.50 12.70 4.76 1.20 2.0 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31)
• S-DDUNR/L (86)
DNGA-2 (CBN)
55° Rhombic Inserts with 2 CBN Tips
for Machining Hardened Steel, Sintered
Metals and High Temperature Alloys
191
ISOTURN INSERTS
55º
lt lTyp. x 4
rS
di
62.5°
93°
93º
Dimensions Recommended
Machining Data
Designation l di S r lt
IB25HA
ap
(mm)
f
(mm/rev)
DNGG 150408-M4HF 15.50 12.70 4.76 0.80 2.1 •0.20-0.75 0.05-0.20
DNGG 150412-M4HM 15.50 12.70 4.76 1.20 2.0 •0.50-1.00 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-DDJNR/L (33) • C#-PDJNR/L-JHP (32) • HSK A63WH-DDJNR/L (33) • HSK A63WH-DDNNN (33) • PDJNR/L (31) • PDJNR/L-JHP (31)
• S-DDUNR/L (86)
DNGG-M4HF/M4HM (CBN)
55° Rhombic Inserts with 4
Chipbreaking CBN Tips for
Machining Hardened Steel
55°
di
r
7°
d1
S
lt
10 7. 5 °
93º 9 1°
93°
62.5°
Dimensions Recommended
Machining Data
Designation l di S r ltd1
IB55
ap
(mm)
f
(mm/rev)
DCMT 11T304T 11.60 9.52 3.97 0.40 3.4 4.40 •0.05-0.50 0.05-0.20
DCMT 11T308T 11.60 9.52 3.97 0.80 3.1 4.40 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • IM-SDNCN (54) • PDACR/L-JHP (52)
• PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCMT (CBN)
55° Rhombic Inserts with a Single
CBN Top Corner Tip and 7° Clearance
for Machining Hardened Steel
55°
7°
lt l
di
r
S
d1
93º
9 1°
93°
62.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB05S
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/
rev)
DCGW 070202-F2 7.70 6.35 2.38 0.20 2.5 2.80 • • 0.05-0.50 0.05-0.30
DCGW 070202-M2 7.70 6.35 2.38 0.20 2.5 2.80 • • 0.05-0.50 0.05-0.30
DCGW 070204-F2 7.70 6.35 2.38 0.40 2.5 2.80 • • 0.05-0.50 0.05-0.30
DCGW 070204-M2 7.70 6.35 2.38 0.40 2.5 2.80 •••0.05-0.50 0.05-0.30
DCGW 070208-M2 7.70 6.35 2.38 0.80 2.5 2.80 •0.05-0.50 0.05-0.30
DCGW 11T302-F2 11.60 9.52 3.97 0.20 2.5 4.40 • • 0.05-0.50 0.05-0.30
DCGW 11T302-M2 11.60 9.52 3.97 0.20 2.5 4.40 •0.05-0.50 0.05-0.30
DCGW 11T304-F2 11.60 9.52 3.97 0.40 2.5 4.40 • • 0.05-0.50 0.05-0.30
DCGW 11T304-S2 11.60 9.52 3.97 0.40 2.5 4.40 •0.05-0.50 0.05-0.30
DCGW 11T304T01315 11.60 9.52 3.97 0.40 2.5 4.40 •0.05-0.50 0.05-0.30
DCGW 11T308-F2 11.60 9.52 3.97 0.80 2.1 4.40 • • 0.05-0.50 0.05-0.30
DCGW 11T308-M2 11.60 9.52 3.97 0.80 2.1 4.40 •0.05-0.50 0.05-0.30
DCMW 11T304-M2 11.60 9.52 3.97 0.40 2.5 4.40 • • • 0.05-0.50 0.05-0.12
DCMW 11T308-M2 11.60 9.52 3.97 0.80 2.1 4.40 • • • 0.05-0.50 0.05-0.15
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E/S-SDUCR/L (92) • C#-SDJCR-JHP (51) • C#-SDJCR/L (50) • C#-SDNCN (54) • E-SDUCR/L-HEAD (93) • IM-SDNCN (54) •
PDACR/L-JHP (52) • PDACR/L-S (49) • SDACR/L (51) • SDHCR/L (51) • SDJCR-PAD (51) • SDJCR/L (50) • SDNCN (54) • PDACR/L-JHP-MC (53)
DCGW/DCMW-2 (CBN)
55° Positive Rhombic Inserts
with 2 CBN Tips for Machining
Hardened Steel, Sintered Metals
and High Temperature Alloys
ISCAR
192
ISOTURN INSERTS
lt
di
IS
35°
r
93º
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB25HC
IB10HC
ap
(mm)
f
(mm/rev)
VNGA 160408-M4 16.60 9.52 4.76 0.80 2.2 • • 0.05-0.30 0.02-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNGA-4 (CBN)
35° Rhombic Inserts with 4 CBN
Tips for Machining Hardened Steel
35°
lt
l
di
S
r
93º
93°
72.5°
Dimensions Recommended
Machining Data
Designation l di S r lt
IB25HA
ap
(mm)
f
(mm/rev)
VNGG 160408-M4HM 16.60 9.52 4.76 0.80 2.2 •0.50-0.80 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNGG-M4HM (CBN)
35° Rhombic Insert with 4
Chipbreaking CBN Tips for
Machining Hardened Steel
35°
di
lt
r
S
5°
d1
107.5º
95º
95º
112°
9 1°
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB55
IB50
ap
(mm)
f
(mm/rev)
VBMT 160404T 16.60 9.52 4.76 0.40 4.5 4.40 • • 0.05-0.39 0.05-0.11
• For user guide and cutting speed recommendations, see pages 197-212
VBMT (CBN)
Single Corner CBN Tipped
Inserts with a Flat Rake for
Machining Hardened Steel
lt
di
lS
35°
r
93º
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB10S
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/rev)
VNGA 160404-F2 16.60 9.52 4.76 0.40 3.1 • • 0.05-0.50 0.05-0.30
VNGA 160404-M2 16.60 9.52 4.76 0.40 3.1 •••0.05-0.50 0.05-0.30
VNGA 160408-F2 16.60 9.52 4.76 0.80 2.2 • • 0.05-0.50 0.05-0.30
VNGA 160408-M2 16.60 9.52 4.76 0.80 2.2 • • • 0.05-0.50 0.05-0.30
VNGA 160408-R2 16.60 9.52 4.76 0.80 2.2 •0.05-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: MVJNR/L (35) • MVVNN (36)
VNGA-2 (CBN)
35° Rhombic Inserts with 2 CBN Tips
for Machining Hardened Steel, Sintered
Metals and High Temperature Alloys
193
ISOTURN INSERTS
di
lt
60°
r
S
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB90
IB85
IB55
IB50
ap
(mm)
f
(mm/rev)
TNMA 160404T 16.50 9.52 4.76 0.40 3.9 •••0.05-0.50 0.05-0.25
TNMA 160408T 16.50 9.52 4.76 0.80 3.5 • • 0.05-0.50 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42)
• PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNMA (CBN)
Triangular Inserts with a Single
Corner CBN Tip for Machining
Cast Iron and Hardened Steel
r
S
di d1
35°
5°
lt l
107.5º
95º
95º
112°
9 1°
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB20H
IB20HC
IB10H
IB10HC
ap
(mm)
f
(mm/rev)
VBGW 110304-F2 11.10 6.35 3.18 0.40 3.1 2.80 • • 0.10-0.50 0.05-0.20
VBMW 110304-M2 11.10 6.35 3.18 0.40 3.1 2.80 • • • 0.05-0.50 0.05-0.20
VBGW 160404-F2 16.60 9.52 4.76 0.40 3.1 4.40 • • 0.10-0.50 0.05-0.20
VBGW 160404-M2 16.60 9.52 4.76 0.40 3.1 4.40 •0.05-0.50 0.05-0.20
VBGW 160408-F2 16.60 9.52 4.76 0.80 2.2 4.40 • • 0.10-0.50 0.05-0.20
VBGW 160408-M2 16.60 9.52 4.76 0.80 2.2 4.40 •0.05-0.50 0.05-0.20
VBMW 160404-M2 16.60 9.52 4.76 0.40 3.1 4.40 • • 0.05-0.50 0.05-0.20
VBMW 160408-M2 16.60 9.52 4.76 0.80 2.2 4.40 • • 0.05-0.39 0.05-0.11
• For user guide and cutting speed recommendations, see pages 197-212
VBGW/VBMW-2 (CBN)
35° Positive Rhombic
Inserts with 2 CBN Tips for
Machining Hardened Steel
r
S
di d1
35°
7°
lt l11 7. 5 °
107.5º
95º
95º
112°
9 1°
93°
72.5°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB20HC
IB10HC
ap
(mm)
f
(mm/rev)
VCGW 160404-F2 16.60 9.52 4.76 0.40 3.1 4.40 • • 0.10-0.50 0.05-0.30
VCGW 160404-M2 16.60 9.52 4.76 0.40 3.1 4.40 • • 0.10-0.50 0.05-0.30
VCGW 160408-F2 16.60 9.52 4.76 0.80 2.2 4.40 • • 0.10-0.50 0.05-0.30
VCGW 160408-M2 16.60 9.52 4.76 0.80 2.2 4.40 • • 0.10-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/S-SVLBCR/L (94) • A/S-SVLFCR/L; A-SVUCR/L (93) • A/S-SVQCR/L (93) • C#-SVJCR/L (55) • C#-SVJCR/L-JHP (56) • C#-SVVCN (58)
• HSK A63WH-SVJCR/L (56) • SVJCR/L (55) • SVJCR/L-16-JHP (55) • SVVCN (58) • SVXCR/L (58)
VCGW-2 (CBN)
35° Positive Rhombic
Inserts with 2 CBN Tips for
Machining Hardened Steel
ISCAR
194
ISOTURN INSERTS
60º
di
r
lt
l
S
Typ. x 6
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB25HC
IB55
IB10HC
ap
(mm)
f
(mm/rev)
TNGA 160404T-MC 16.50 9.52 4.76 0.40 3.2 •0.05-0.50 0.05-0.20
TNGA 160408-M6 16.50 9.52 4.76 0.80 1.9 • • 0.05-0.50 0.05-0.20
TNGA 160408T-MC 16.50 9.52 4.76 0.80 1.9 •0.05-0.50 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42)
• PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNGA-MC/M6 (CBN)
Triangular Multi-Cornered CBN Inserts
for Machining Hardened Steel
60º
lt
l
Typ. x 3
S
di
9 1°
93°
91º
95º
9 1°
60°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r lt
IB10S
IB20H
ap
(mm)
f
(mm/rev)
TNGA 160404-M3 16.50 9.52 4.76 0.40 2.2 •0.10-0.50 0.05-0.30
TNGA 160408-M3 16.50 9.52 4.76 0.80 1.9 • • 0.05-0.50 0.05-0.30
TNGA 160412-M3 16.50 9.52 4.76 1.20 2.4 •0.10-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42)
• PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNGA-M3 (CBN)
Triangular Inserts with 3 CBN Tips for
Machining Hardened Steel, Sintered
Metals and High Temperature Alloys
60º
l
Typ. x 6
lt
S
di
9 1°
93°
91º
95º
9 1°
60°
Dimensions Recommended
Machining Data
Designation l di S r lt
IB25HA
ap
(mm)
f
(mm/rev)
TNGG 160408-M6HF 16.50 9.52 4.76 0.80 1.9 •0.20-0.75 0.05-0.20
TNGG 160412-M6HM 16.50 9.52 4.76 1.20 2.4 •0.50-1.00 0.05-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A-PTFNR/L-X/G (88) • DTGNR/L (42) • MTENN-W (45) • MTJNR/L-W (45) • PTFNR-CA (102) • PTFNR/L (44) • PTGNR/L (42)
• PTGNR/L-X (43) • PTGNR/L-X-JHP (43) • PTGNR/L-X-JHP-MC (44) • S-MTLNR/L-W (89) • S-PTFNR/L (88)
TNGG-M6HF/M6HM (CBN)
Triangular Inserts with 6
CBN Chipbreaking Tips for
Machining Hardened Steel
195
ISOTURN INSERTS
di
S
d1
7°
lt
60°
r
9 1° 91º
95º
9 1°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB55
IB50
ap
(mm)
f
(mm/rev)
TCMT 110204T 11.00 6.35 2.38 0.40 3.5 2.85 • • 0.05-0.50 0.05-0.13
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: E-STFCR-HEAD (95) • S-STFCR/L (95) • S-STLCR/L (95) • STFCR/L (59) • STGCR/L (59)
TCMT (CBN)
Triangular Positive Inserts with
a Single CBN Flat Rake Tip for
Machining Hardened Steel
di
60°
r
S
lt
d1
11°
91º
Dimensions Tough
1
Hard Recommended
Machining Data
Designation l di S r ltd1
IB90
IB50
ap
(mm)
f
(mm/rev)
TPGX 090202T 9.52 5.56 2.38 0.20 2.5 2.50 • • 0.05-0.05 0.03-0.20
TPGX 090204T 9.52 5.56 2.38 0.40 2.6 2.50 • • 0.05-0.05 0.03-0.20
TPGX 110302T 11.00 6.35 3.18 0.20 3.3 3.50 • • 0.05-0.05 0.03-0.20
TPGX 110304T 11.00 6.35 3.18 0.40 3.0 3.50 • • 0.05-0.05 0.03-0.20
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-STFPR-X (97) • MG STFPR-X (97)
TPGX (CBN)
Triangular Inserts with a Single
CBN Top Corner Tip, 11° Clearance
for Machining Cast Iron and
Hardened Steel
60°
lt
r
11°
di S
d1
l
91º
Dimensions Recommended
Machining Data
Designation l di S r ltd1
IB05S
ap
(mm)
f
(mm/rev)
TPGW 110204-M3 11.00 6.35 2.38 0.40 2.2 2.80 •0.05-0.50 0.05-0.30
TPGW 110208-M3 11.00 6.35 2.38 0.80 2.2 2.80 •0.05-0.50 0.05-0.30
TPGW 110304-M3 11.00 6.35 3.18 0.40 2.2 3.40 •0.05-0.50 0.05-0.30
TPGW 110308-M3 11.00 6.35 3.18 0.80 2.1 3.40 •0.05-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: A/E-STFPR-X (97)
TPGW-M3 (CBN)
Triangular Positive Inserts with 3
CBN Tips for Machining Sintered
Metals and High Temperature Alloys
ISCAR
196
ISOTURN INSERTS
90°
di
rS
lt
75°
75º
45°
45°
45°
75°
Dimensions Recommended Machining Data
Designation di S r lt
IB55
ap
(mm)
f
(mm/rev)
SNMA 120408T 12.70 4.76 0.80 4.5 •0.05-0.50 0.05-0.30
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: C#-MULNR/L-MW (19) • DSBNR/L (37) • DSDNN (36) • DSKNR/L (37) • DSSNR/L (37) • HSK A63WH-MULNR-J12MWX2 (20) • HSK
A63WH-MULNR/L-MW (19) • HSK A63WH-MUMNN-MW (20) • MULNR/L-12MW (18) • PSBNR/L (41) • PSDNN (38) • PSDNN-JHP (39) • PSKNR/L (39) •
PSKNR/L-CA (101) • PSSNR/L (39) • PSSNR/L-CA (102) • PSSNR/L-JHP (40)
SNMA (CBN)
Square Inserts with a Single Flat
Rake CBN Tip for Machining
Cast Iron and Hardened Steel
S
7°
140°
di
Dimensions Recommended Machining Data
Designation di S
IB90
ap
(mm)
f
(mm/rev)
RCGX 060300T 6.35 3.18 •0.05-0.50 0.05-0.25
RCGX 090300T 9.52 3.18 •0.05-0.50 0.05-0.25
RCGX 120400T 12.70 4.76 •0.05-0.50 0.05-0.25
• For user guide and cutting speed recommendations, see pages 197-212
For tools, see pages: CRGCR/L-CEB (76)
RCGX (CBN)
CBN Round Inserts with a
Flat Rake for Machining Cast
Iron and Hardened Steel
197
ISOTURN INSERTS
197
USER GUIDE
Chipformers for Finishing
A unique super-finishing
chipformer that controls chip
flow at very low feeds and
cutting depths. Designed
to reduce crater wear.
0.6
18˚
1.5
SF Chipformer
Double-sided for semi-finishing
and finishing applications. Low
cutting forces are due to a very
sharp edge and positive rake.
1.42
0.4
4º
NF Chipformer
Double-sided insert with
a positive rack angle to
reduce cutting forces for
finish machining on steel.
1.7
0.1 6° 12.5°
F3P Chipformer
Double-sided insert for
medium machining on steel
with a reinforced cutting
edge to increase tool life.
0.1
.053
11°
M3P Chipformer
Wiper geometry for high feed
finishing on soft and gummy
materials. Small depths of cut.
1.7
0.1
8˚
WF Chipformer
High positive rake and a
special edge preparation used
for rough and finish turning
on high temperature alloys.
Excellent performance on parts
such as automotive valves.
3.3
0.47
16°
VL Chipformer
Chipformers for Medium Machining
11°
0.2
M3M Chipformer
TF Chipformer
0.15 15°
F3M Chipformer
Double-sided insert with a positive
rake angle for finish machining
on stainless steel. Its unique
deflector geometry with a wavy
surface prevents chip hammering.
Double-sided insert for medium
machining on stainless steel with
a reinforced cutting edge that
prevents notch wear at
tight radii to increase tool life.
Double-sided positive rake angles to
prevent strain hardening. The rake
angle varies along the edge to a
negative angle which prevents chipping.
Special design reduces cratering.
Used for carbon and alloy steel,
stainless steel and high-temp alloys.
ISCAR
198
ISOTURN INSERTS
ISCAR
198
USER GUIDE
Double-sided, very positive
rake, sharp- and positive radial
edge for heat-resistant alloys,
stainless steel, aluminum alloys
and soft, low carbon steel.
Double-sided for general
applications. Secure cutting
edge for medium- and semi-
roughing on steel and cast iron.
Chipformers for Roughing
0.12 13.5°
R3P Chipformer Chip-breaker for rough machining
on steel with a positive rake
angle and reinforced cutting
edge for better performance
and longer tool life.
2.9 3.7
8.5˚
TNM Chipformer Double-sided trigon for
roughing applications.
Feed ranges: from 0.25
to 0.65 mm/rev.
Depth of cut from 2 to 7 mm.
0.3
10° 19°
T3P Chipformer Double-sided 6˚ negative
flank trigone insert for high
feed turning on steel.
Chipformers for Medium Machining
PP Chipformer
GN Chipformer
Double-sided sharp cutting
edge with a 16º positive rake
angle for machining high
temperature alloys at ap<3 mm.
0.07
1.11
16˚
5˚
EM-M Chipformer
Single-sided for medium to
rough machining on aluminum
and soft materials.
2.7
0.08
10˚
21˚
12 Chipformer
0.2
3°
17°
R3M Chipformer Double-sided insert for rough
machining on stainless steel with
a unique deflector geometry
to improve chip control.
Includes a wavy surface to
prevent chip hammering.
0.28
1.55
21º
13º
EM-R Chipformer Double-sided sharp cutting edge
with a 13º positive rake angle
for machining high temperature
alloys at ap < 6 mm.
199
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199
USER GUIDE
Chipformers for Roughing
3
11˚
0.4
NR Chipformer Double-sided sharp cutting edge
with a 13º positive rake angle
for machining high temperature
alloys at ap < 6 mm.
0.19
14º
17º
M4PW Chipformer Double-sided for roughing
applications. Feed range: 0.25
mm/rev to 0.8 mm/rev. Depth
of cut from 2.00 to 10.0 mm.
0.3
13º 21º
M4MW Chipformer Chipformer for heavy machining
applications on stainless steel.
The inserts feature a very
positive radial helical cutting
edge and a positive rake angle.
14˚
16˚
0.25
HT/WG Chipformer Double-sided for roughing
applications. Feed range: 0.25
mm/rev to 0.8 mm/rev. Depth
of cut from 2.00 to 10.0 mm.
21 ˚
13 ˚
HM Chipformer Feed range: 0.08 mm/rev to
0.75 mm/rev. Depth of cut
from 1.5 mm to 8.0 mm.
0.24
0.31
H6P Chipformer Tangentially insert with 4 cutting
edges for high metal removal
on steel up to 35mm DOC
Main Chipformers for Positive Clearance Inserts
0.15
1.6
7˚
PF Chipformer Super finishing and
finishing applications,
mainly on positive inserts.
Feed range: 0.03-0.20 mm/rev.
DOC 0.25-3.0 mm.
0.07
18˚
0.7
1.8
SM Chipformer Finishing and boring applications.
Feed range: 0.06-0.25 mm/rev.
DOC 0.5-2.5 mm.
26˚
0.65
AS Chipformer For general use machining on
aluminum and soft materials.
ISCAR
200
ISOTURN INSERTS
ISCAR
200
USER GUIDE
Semi-finishing and finishing.
Medium feeds.
1.5
19˚0.1
Additional Chipformer for Positive Clearance Inserts
14 Chipformer
Application Range of Ceramic Inserts According to ISO Standard
Turning Grey and Nodular Cast Iron
K01
IB85
IN11
IS8
IS80
IS6
K05
K10
K15
IB90
K20
Turning Nickel Based High Temperature Alloys
S01
IB05S
IB10S
IB90
IN11
S05
IW7
S10
S15
IS9
S20
S25
S30
Turning Hardened Steel 45-65 HRc
H01
IB10HC
IB10H
IB50
IN420
H05
IB25HC
IN22
IB20H
H10
IB55
IB25HA
IN23
H15
H20
IB90
H25
H30
201
ISOTURN INSERTS
201
USER GUIDE
Cutting
Speed
Feed
IS6
IS8
Application Range for Machining Cast Iron
Ceramic Cutting Tools
IN11 Al2O3
High Speed Finishing on
Cast Iron and Steel
• Improves toughness and wear resistance
• ZrO2 additive
• Good for high speed turning
on steel and cast iron
IN22 Al2O3-TiCN
Turning of Hardened Steel and
Difficult-to-Cut Material
• High speed machining of steel, tool steel, hardened
steel, chilled cast iron, high chromium steel, etc.
• Suitable for light roughing-to-finishing of cast iron
(1) Coolant is not recomended for interrupted cutting.
IS6 SiAlON
Features
• High speed roughing and finish
machining on cast iron
• Higher cutting speeds,
when compared to SiN
based ceramic grades
• Can be used for both wet
and dry machining
• Suitable for turning automotive
parts such as brake drums,
brake disks, etc.
• High productivity in rough turning
on steel mill rolls composed
of high-Cr steel, HSS (High
Speed Steel) and adamite
IN23 Al2O3-TiC
Medium-to-Finishing Cutting
on Cast Iron
• Light interrupted turning on grey cast
iron and nodular cast iron
• Milling with finishing conditions on grey cast iron
IS8 Si3N4
Turning and Milling of
Grey Cast Iron
• Roughing and interrupted (1) cutting on cast iron
• Machining on nodular cast iron and superalloy
ISCAR
202
ISOTURN INSERTS
ISCAR
202
USER GUIDE
High Speed Rough Turning
on Grey Cast Iron
• Multi-layered coating on IS8 matrix
• Roughing and interrupted (1) cutting on cast iron
Turning Nickel
Based Alloys
• Very tough Si3N4
ceramic grade with high
cutting edge stability
• Machining on nickel
based high temprature
alloys, in roughing to
finishing applications
• Honing is the standard
edge preparation
Main Advantages
• High hardness (Hv 2,100)
• High fracture toughness due to SiC (silicon
carbide) whisker reinforced ceramics
• Excellent thermal shock resistance, which enables
using coolant and interrupted cut machining
• Excellent for roughing and semi-finishing
operations at 8-10 times faster cutting speeds
when compared with carbide grades
• Good oxidation resistance due to its alumina substrate
IC20
30
0.1 0.15 0.30
Feed mm/rev
150
450
Cutting Speed
(m/min)
IW7
IS9
IS80 CVD Coated Si3N4
IS9 Si3N4
IW7 AL2O3+Sic Whiskers
(1) Coolant is not recomended for interrupted cutting.
203
ISOTURN INSERTS
203
USER GUIDE
ISO-H Hard Materials Turning
CBN Content 53.5%
Binder TiN-Al
IB10H (fine grain 0.5µm)
Uncoated, fine grain PCBN grade.
Application
Used at medium cutting speed, continuous
or light interrupted cut on hardened steels.
Provides excellent surface finish.
Workpiece hardness range: 50-65 HRc.
CBN Content 65%
Binder TiN-Al
IB20H
Uncoated, general purpose PCBN grade. Good balance
between wear and impact resistance. Composed
of both fine and medium CBN grain sizes.
Application
Continuous to medium interrupted
cut on hardened steel.
CBN Content 53.5%
Binder TiN-Al
IB10HC
TiN coated, PCBN grade with excellent wear
resistance. Composed of very fine grain CBN.
Application
Medium to high speed, continuous
machining on hardened steel.
CBN Content 75%
Binder TiN-Al
IB25HC
Ti (C, N, O) coated grade, composed
of medium CBN grain.
Application
High speed, continuous to light
interrupted machining.
CBN Content 65%
Binder TiN-Al
IB25HA
Ti (C,N,O) coated grade composed of medium CBN grain.
Application
General purpose machining on hardened steel.
ISCAR
204
ISOTURN INSERTS
ISCAR
204
USER GUIDE
Features
• Suitable for difficult-to-cut materials such as
sintered metal, hardened steel and super alloys.
• Saves machining costs and shortens the work
cycle by enabling machining of hardened steel.
• Provides an excellent surface finish.
• Significant improvement in productivity by high
speed machining on hardened steel.
• Capable of high speed cutting of cast iron.
CBN Inserts
Tungsten Carbide
Cubic Boron Nitride
ISCAR’s CBN upgrade supports the worldwide
increase in demand for CBN tipped inserts.
ISCAR features 7 CBN (Cubic Boron Nitride)
grades for two main workpiece material groups:
For hardened steel:
ISO-H: IB10H, IB20H, IB10HC, IB25HC, IB25HA
For high temperature alloys:
ISO-S: IB05S, IB10S
ISO-S
IB05S
Super fine, CBN grain with a very high CBN content.
Application
Turning on ferrous sintered metals.
CBN Content 95%
Binder Co-Al-WC
CBN Content 95%
Binder Co-Al-WC
IB10S
A very high CBN content grade, featuring high hardness.
Application
Turning on ferrous sintered metals such as
valve seats and Ti alloys components.
205
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205
USER GUIDE
Grades & Applications for Hardened Steel
Material
New
Grade
Composition
(% CBN) Features and Applications
ISO-H
UNCOATED
Hardened
Steels
Wear
Resistance IB10H 53.5Excellent surface finish. Super
fine grain. Continuous cut.
IB20H 65
Composed of both fine and medium
CBN grains. General-purpose grade for
continuous to light interrupted machining.
IB50 50
Finishing on hardened steel
(45 - 65 HRc) and nodular cast
iron. Continuous cutting.
Toughness
IB55 60
Semi-finishing on hardened steel
(45 - 65 HRc) and nodular cast
iron. Interrupted cutting.
ISO-H
COATED
Wear
Resistance IB10HC 53.5TiN coated grade very fine CBN grain.
High speed continuous machining.
IB25HC 75
Ti (C, N, O) coated CBN grade.
High speed continuous to
interrupted machining.
Toughness
IB25HA 65
Ti (C, N) coated CBN grade.
High toughness. General purpose
coated grade. Available with two
types of chipbreakers (HF, HM).
CBN Grades
Grades & Applications for High Temperature Alloys
Material
ISCAR New
Grade
Composition
(% CBN) Features and Applications
ISO-S Exotic
Materials
Wear
Resistance
IB05S 95 Super fine grain CBN for
machining ferrous sintered metals.
IB10S 95 For machining valve seats,
sintered metals and Ti alloys.
Toughness
IB90 90
Cutting cemented tungsten
carbide, sintered metal
and super alloy.
Grades & Applications for Cast Iron
Material
ISCAR New
Grade
Composition
(% CBN) Features and Applications
ISO-K
Cast
Iron &
Hard
Metal
Wear
Resistance
IB85 85
Hardened steel and cast iron
(>45 HRc). Grey cast iron and
nodular cast irons. Powdered
metal/sintered iron. Super alloys/
heat resistant alloys. Sintered
tungsten carbide >17% Co. High
speed cutting of cast iron.
Toughness
IB90 90
High speed cutting on cast
iron, cutting cemented
tungsten carbide, sintered
metal and super alloy.
ISCAR
206
ISOTURN INSERTS
ISCAR
206
USER GUIDE
Edge Preparation and Recommended Applications
Grade IN22 IN23 IS80 IS8 IS9 IN11 IB50 IB55 IB85 IB90 IS6 IW7 IN420
T (mm) 0.20 0.20 0.20 0.20 0.10 0.20 0.14 0.14 0.14 0.14 0.20 0.10 0.2
a° 25° 25° 25° 25° 25° 20° 20° 20° 20° 20° 25° 25° 25°
T-Land Sizes for Standard Items
r0.03-0.04
αϒ
T
αϒ
T
r0.03-0.04
Sharp
Silicon Nitride for Cast Iron
and High Temperature Alloys
What is ISCANITE?
ISCANITE is a cutting tool material containing over
90 percent silicon nitride. ISCANITE is produced by
unique hot pressing methods to achieve full density,
and provides superior toughness along with high
thermal-shock resistance. These characteristics make
ISCANITE an ideal cutting tool material with impact
resistance near that of coated carbides, and the heat
and wear resistance of aluminum-oxide ceramics.
Which material can ISCANITE machine?
ISCANITE is primarily used on cast iron and
high temperature alloys, brass and composites.
Steel is the only material usually avoided because
of various chemical incompatibilities.
ISCANITE Benefits
ISCANITE will increase your productivity, reduce your
machining costs and can drastically reduce tool forces.
ISCANITE increases productivity through additional metal
removal rates and can fully utilize a machine’s potential.
Machining costs are reduced with increased tool life,
along with less downtime for indexing, gauging, and
adjustments.
Cutting Speed and Cutting Force
It is preferable to machine at higher cutting speeds and
lower cutting forces (Point A is preferred over Point B.)
In this case, pressure is reduced on the workpiece and
any tendency of the workpiece to move or vibrate.
If the available machine power is higher, or the machine
can be stepped up. The use of higher cutting speeds of
750 m/min is possible, with the same cutting force as at
Point B. (See Point C.) The positive influence of cutting
speed and feed on machining conditions: higher cutting
speeds are recommended and possible for silicon
nitride inserts.
1000
6000
5000
4000
3000
2000
150 300 450 600 750 900 1050 1200 1350 15000
B
A
C
7.5kW
18.75kW
37kW
75kW
Cutting Speed Vc m/min
Cutting Force Fc
N
• For semi-finishing and
finishing
f < 0.2 mm/rev
• For semi-roughing and
roughing
f > 0.2 mm/rev
• For heavy roughing
and interrupted
cutting
• For finishing and
super finishing
F E T S
207
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207
USER GUIDE
For the following grades: IB10HC, IB10H, IB20H, IB25HC, IB25HA, IB05S, IB10S.
New Edge Preparations
CBN inserts with two types of chipbreakers: HF and HM
When turning hard materials, long and
tangled chips are produced.
The HF or HM chipformers provide excellent
chip control at various depths of cut.
Excellent chip control at
small depths of cut
Used for large depth of cut
New Innovative Chipbreakers for Hardened Steel
Existing Method No chip control
suitable for long
linear cuts
HF Type
HM Type
New
Chipbreakers
Existing
0.14
20°
• For continuous and
interrupted cut
0.13
15°
• For finishing at
continuous cut
• For high
surface finish
Sharp
New Edge Preparation Program
T S F
0.13
25°
• For medium,
continuous up to
light interrupted cut
0.13
35°
• For light to heavy
interrupted cut-
rough machining
M R
Feed rate [mm/rev]
Depth of cut [mm]
HF
HM
0.5
1.0
0.1 0.2
Chip Breaking Area for Hardened Steel
PCD Inserts
Features
• Excellent surface finishing on aluminum,
nonferrous metals and non-metal materials.
• Longer tool life in high speed machining, due to high
wear resistance and excellent thermal conductivity.
Note: Not for use on steel or cast iron
Recommended Cutting Condition Turning
Workpiece Cutting Speed (m/min) Feed (mm/rev)Depth of Cut (mm) Grades
Al alloy (4-9% Si) 800-2500 0.1-0.3 ID5
Al alloy (9-14% Si) 600-1280 0.1-0.3 0.05-3.0 ID5
Cu alloy 600-1000 0.05-0.2 0.05-3.0 ID5
Binder Diamond Size Grade Feature and Application
High Cobalt 8-9 µm ID5 Suitable for Al alloy (Si < 12%), Cu alloy General purpose cutting of nonferrous metal
Grades and Application
Tungsten
Carbide Polycrystalline
Diamond
ISCAR
208
ISOTURN INSERTS
ISCAR
208
USER GUIDE
Continuous Cut Interrupted Cut
Recommended
Edge
Preparation
0.13
15°
F
0.13
25°
M
0.13
25°
M
0.13
35°
R
Case
Hardenend
Steel (55-62
HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
Vc [m/min]
0.3 0.35
IB10HC
IB10H IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB20H
Bearing Steel
(58-65 HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB10H
IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB25HC
IB20H
High Tensile
Steel (45-56
HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB10H IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB25HC
IB20H
Cutting Parameters and Application Recommendations
Machining Areas of ISO-H Grades
209
ISOTURN INSERTS
209
USER GUIDE
Continuous Cut Interrupted Cut
Recommended
Edge
Preparation
0.13
15°
F
0.13
25°
M
0.13
25°
M
0.13
35°
R
Cold Work Tool
Steel
(55-64 HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB10H
IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB25HC
IB20H
Hot Work Tool
Steel
(45-56 HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB10H IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB25HC
IB20H
High Speed
Steel
(58-66 HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB10HC
IB10H
IB20H
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB25HC
IB20H
Machining Areas of ISO-S Grades
Sintered Metal
(45-68 HRc)
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB05S
IB10S
300
250
200
150
100
50
0 0.05 0.1 0.15 0.2 0.25
Feed rate [mm/rev]
0.3 0.35
Vc [m/min]
IB05S
IB10S
ISCAR
210
ISOTURN INSERTS
ISCAR
210
USER GUIDE
Machining Data for Turning
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Cermet Cermet+PVD
Carbide
+PVD Carbide+CVD
IC20N IC30N IC520N IC530N IC3028/830 IC8250 IC8150 IC5005/428
P
Non-alloy steel and cast steel, free
cutting steel
< 0.25 %C Annealed 420 125 1 250-400 230-380 250-420 230-400 120-200 230-380 280-420 300-450
>= 0.25 %C Annealed 650 190 2 220-350 200-330 220-380 200-350 100-170 200-340 240-380 260-400
< 0.55 %C Quench and temper 850 250 3 180-320 160-300 180-350 160-320 80-150 170-300 200-340 220-360
>= 0.55 %C Annealed 750 220 4 210-340 190-320 210-370 190-340 90-160 190-320 220-360 240-380
Quench and temper 1000 300 5 160-300 140-280 160-330 140-300 80-130 160-280 180-320 200-340
Low alloy steel and cast steel
(less than 5% all element)
Annealed 600 200 6 180-320 160-300 180-350 160-320 80-150 170-300 200-340 220-360
930 275 7 170-300 150-280 170-330 150-300 70-130 160-280 200-320 220-340
Quench and tempered 1000 300 8 160-250 140-230 160-280 140-250 60-120 140-250 190-300 210-320
1200 350 9 150-220 130-200 150-250 130-230 50-100 120-220 180-280 200-300
High alloyed steel, cast steel and tool steel
Annealed 680 200 10 180-300 160-280 180-330 160-300 80-130 170-280 200-320 220-340
Quench and temper 1100 325 11 150-220 130-200 150-250 130-230 50-100 120-220 180-280 200-300
Ferritic/martensitic 680 200 12 210-340 190-320 210-370 190-340 90-160 190-320 220-360 240-380
Martensitic 820 240 13 180-320 160-300 180-350 160-320 80-150 170-300 240-380 260-400
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Cermet+PVD Carbide+PVD Carbide+CVD
IC520N IC530N IC807/907 IC808/908 IC3028 IC6015 IC6025
M
Stainless steel Austenitic 600 180 14 150-280 140-250 100-200 90-200 50-120 140-250 120-180
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide+CVD Ceramics
Ceramics
+CVD CBN
IC5005/
428
IC5010/
4028 IC8150 IN11 IN23 IS6 IS8 IS80 IB90/85 IB50
K
Grey cast iron (GG) Pearlitic/ferritic 180 15 160-300 160-300 140-280 150-400 500-900 80-300 200-400
Pearlitic/martensitic 260 16 140-280 140-280 120-240 100-350 500-900 50-250 150-350
Ductile Cast iron (nodular)
(GGG)
Ferritic 160 17 350-700 300-600 250-350 300-800 300-600 500-1200 300-1000 400-1000 500-12000
Pearlitic 250 18 300-600 250-500 200-300 200-600 200-500 500-1200 250-800 300-800 400-1000
Malleable cast iron Ferritic 130 19 200-350 250-400 180-320 350-500
Pearlitic 230 20 180-280 200-320 150-250 150-400
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide PCD
IC20 ID5
N
Aluminum - wrought alloy Not cureable 60 21 1000-2500 600-2500
cured 100 22 300-1000 600-2500
Aluminum - cast, alloyed
<=12% Si Not cureable 75 23 300-1000 600-2500
cured 90 24 200-600 600-2500
>12% Si High temp. 130 25
Copper alloys
>1% Pb Free cutting 110 26 250-600 600-1000
Brass 90 27 180-400 600-800
Electrolitic copper 100 28 150-300 600-800
Non-metallic Duroplastics, fiber plastics 29
hard rubber 30
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide Carbide+PVD Whiskers CBN
IC07 IC20 IC804 IC806 IC907 IC3028 IW7 IB05S IB10S IB90 IB85
S
High temp. alloys Fe based Annealed 200 31 40-55 35-45 50-80 30-40
Cured 280 32 30-45 25-35 40-65 20-30
Super alloys Ni or Co based
Annealed 250 33 30-40 25-30 65 - 105 50-80 45-60 20-25 150-450
Cured 350 34 20-30 15-25 50 - 90 40-70 35-45 10-20 100-250 100-250 100-200 120-240
Cast 320 35 25-35 20-30 40 - 85 30-65 30-50 15-25
Titanium
Ti alloys
Rm 400 36 100-160 80-160 150-200 130-160
Alpha+beta alloys cured Rm 1050 37 50-60 50-60 50-100 30-60
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB Material
Ceramics CBN
Carbide
+PVD
IN22 IN420 IN23 IS8 IB10HC IB10H IB50/55 IB20H IB25HC IB25HA IB85/90 IC907
H
Hardened steel Hardened 55 HRC 38 50-150 60 - 170 40-120 150-350 100-220 100-140 100-220 100-220 90-200 80-140 40-100
Hardened 60 HRC 39 50-120 60 - 140 40-100 150-350 100-220 80-120 100-220 100-220 90-200 60-120 30-60
Chilled cast iron Cast 400 40 30-200 30 - 230 70-150
Cast iron Hardened 55 HRC 41 80-120 60-100 100-140
211
ISOTURN INSERTS
211
USER GUIDE
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Cermet Cermet+PVD
Carbide
+PVD Carbide+CVD
IC20N IC30N IC520N IC530N IC3028/830 IC8250 IC8150 IC5005/428
P
Non-alloy steel and cast steel, free
cutting steel
< 0.25 %C Annealed 420 125 1 250-400 230-380 250-420 230-400 120-200 230-380 280-420 300-450
>= 0.25 %C Annealed 650 190 2 220-350 200-330 220-380 200-350 100-170 200-340 240-380 260-400
< 0.55 %C Quench and temper 850 250 3 180-320 160-300 180-350 160-320 80-150 170-300 200-340 220-360
>= 0.55 %C Annealed 750 220 4 210-340 190-320 210-370 190-340 90-160 190-320 220-360 240-380
Quench and temper 1000 300 5 160-300 140-280 160-330 140-300 80-130 160-280 180-320 200-340
Low alloy steel and cast steel
(less than 5% all element)
Annealed 600 200 6 180-320 160-300 180-350 160-320 80-150 170-300 200-340 220-360
930 275 7 170-300 150-280 170-330 150-300 70-130 160-280 200-320 220-340
Quench and tempered 1000 300 8 160-250 140-230 160-280 140-250 60-120 140-250 190-300 210-320
1200 350 9 150-220 130-200 150-250 130-230 50-100 120-220 180-280 200-300
High alloyed steel, cast steel and tool steel
Annealed 680 200 10 180-300 160-280 180-330 160-300 80-130 170-280 200-320 220-340
Quench and temper 1100 325 11 150-220 130-200 150-250 130-230 50-100 120-220 180-280 200-300
Ferritic/martensitic 680 200 12 210-340 190-320 210-370 190-340 90-160 190-320 220-360 240-380
Martensitic 820 240 13 180-320 160-300 180-350 160-320 80-150 170-300 240-380 260-400
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Cermet+PVD Carbide+PVD Carbide+CVD
IC520N IC530N IC807/907 IC808/908 IC3028 IC6015 IC6025
M
Stainless steel Austenitic 600 180 14 150-280 140-250 100-200 90-200 50-120 140-250 120-180
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide+CVD Ceramics
Ceramics
+CVD CBN
IC5005/
428
IC5010/
4028 IC8150 IN11 IN23 IS6 IS8 IS80 IB90/85 IB50
K
Grey cast iron (GG) Pearlitic/ferritic 180 15 160-300 160-300 140-280 150-400 500-900 80-300 200-400
Pearlitic/martensitic 260 16 140-280 140-280 120-240 100-350 500-900 50-250 150-350
Ductile Cast iron (nodular)
(GGG)
Ferritic 160 17 350-700 300-600 250-350 300-800 300-600 500-1200 300-1000 400-1000 500-12000
Pearlitic 250 18 300-600 250-500 200-300 200-600 200-500 500-1200 250-800 300-800 400-1000
Malleable cast iron Ferritic 130 19 200-350 250-400 180-320 350-500
Pearlitic 230 20 180-280 200-320 150-250 150-400
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide PCD
IC20 ID5
N
Aluminum - wrought alloy Not cureable 60 21 1000-2500 600-2500
cured 100 22 300-1000 600-2500
Aluminum - cast, alloyed
<=12% Si Not cureable 75 23 300-1000 600-2500
cured 90 24 200-600 600-2500
>12% Si High temp. 130 25
Copper alloys
>1% Pb Free cutting 110 26 250-600 600-1000
Brass 90 27 180-400 600-800
Electrolitic copper 100 28 150-300 600-800
Non-metallic Duroplastics, fiber plastics 29
hard rubber 30
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB
Material
No.
Carbide Carbide+PVD Whiskers CBN
IC07 IC20 IC804 IC806 IC907 IC3028 IW7 IB05S IB10S IB90 IB85
S
High temp. alloys Fe based Annealed 200 31 40-55 35-45 50-80 30-40
Cured 280 32 30-45 25-35 40-65 20-30
Super alloys Ni or Co based
Annealed 250 33 30-40 25-30 65 - 105 50-80 45-60 20-25 150-450
Cured 350 34 20-30 15-25 50 - 90 40-70 35-45 10-20 100-250 100-250 100-200 120-240
Cast 320 35 25-35 20-30 40 - 85 30-65 30-50 15-25
Titanium
Ti alloys
Rm 400 36 100-160 80-160 150-200 130-160
Alpha+beta alloys cured Rm 1050 37 50-60 50-60 50-100 30-60
ISO Material Condition
Tensile Strength
Rm [N/mm2=MPa]
Hardness
HB Material
Ceramics CBN
Carbide
+PVD
IN22 IN420 IN23 IS8 IB10HC IB10H IB50/55 IB20H IB25HC IB25HA IB85/90 IC907
H
Hardened steel Hardened 55 HRC 38 50-150 60 - 170 40-120 150-350 100-220 100-140 100-220 100-220 90-200 80-140 40-100
Hardened 60 HRC 39 50-120 60 - 140 40-100 150-350 100-220 80-120 100-220 100-220 90-200 60-120 30-60
Chilled cast iron Cast 400 40 30-200 30 - 230 70-150
Cast iron Hardened 55 HRC 41 80-120 60-100 100-140
ISCAR
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ISOTURN INSERTS
ISCAR
212
USER GUIDE
Benefits of using CBN inserts
1 Can replace grinding operations, which
reduce machining costs.
2 Dimensional stability, which is especially important in mass
production. Minimizes the amount of scrapped parts.
3 “Green” approach, due to minimized usage of coolant.
There are a few guidelines to follow to achieve the best
results and high productivity when machining
hard materials:
• CBN is characterized by hardness of 4500 HV.
The high hardness of CBN enables it to machine
hard materials at high speeds and feeds.
• Successful HPT (Hard Part Turning) demands
not only suitable cutting tools, but also the right
conditions, preparation and environment.
• HPT begins with a correct “soft” state machining design
that will create the best possible conditions for HPT.
The “soft” state (around 20-40 HRc) is the
state in which the workpiece material is yet
to be hardened to its final hardness.
Important points when planning the
“soft” machining process:
• Avoid burrs
• Keep close dimensional tolerances
• Do not enter or exit a cut suddenly
• Enter and exit by planning radius movements
• Use wiper inserts to achieve superior surface finish
• Do not leave sharp corners (round or chamfer)
• Machine stability, rigidity and thermal stability are
vital conditions for producing a high quality finished
part. The better the stability of the overall machine
concept, the closer the tolerances will be achieved.
• Clamping the workpiece with sufficient force will prevent
its movement and improve surface finish. Make sure that
you employ wide clamping jaws which offer better grip on
the workpiece, compared to ordinary three point jaws.
• Using tailstock in long parts will add even more
stability and rigidity to the machining process.
Key Points for Turning with CBN
Rounding and chamfering at the ”soft” state
• Large cross section tools further add to system rigidity.
• Coolant - Generally, do not use coolant when machining
hard materials. CBN inserts tolerate high cutting
temperatures, and therefore have no need for coolant.
Avoiding coolant is more economical, environmentally
friendly and better because as the material heats up
during the turning process, it becomes slightly softer
and easier to machine. However, there may be some
applications that require using coolant: in cases of
continuous turning when high surface finish is required.
Rigid clamping of the workpiece and toolholder
Use tailstock in long parts
213
ISOTURN INSERTS
213
ISCAR
214
ISOTURN INSERTS
ISCAR
214
START
Complete Machining Solutions
GROOVE-TURN
ISCAR
216
GROOVE-TURN
GROOVE-TURN ................................................................................. 215
Selection Guide .................................................................................... 218
External Tools and Inserts
HELI-GRIP Tools and Inserts ................................................................ 225
TOP-GRIP Tools and Inserts ................................................................. 230
CUT-GRIP Tools and Inserts ................................................................ 232
Tools, Adapters and Blades (short pocket) ...................................................................................... 232
Tools, Adapters and Blades (long pocket) ...................................................................................... 240
Utility Inserts .................................................................................................................................... 244
Precision Ground Inserts ................................................................................................................. 248
Inserts for Specific Applications and Materials
Cast Iron ......................................................................................................................................... 254
Hardened Steel ............................................................................................................................... 255
High Temperature Alloys .................................................................................................................. 255
Aluminum ........................................................................................................................................ 256
Next to Shoulder ............................................................................................................................. 258
Undercutting .................................................................................................................................... 258
Pulley V Grooves ............................................................................................................................. 259
T/L Grooves ................................................................................................................................... 260
GDMW Tools and Inserts ................................................................................................................. 264
Multi-Corner Grooving Tools and Inserts
PENTACUT (5 cutting edges) .......................................................................................................... 265
GTGA (3 cutting edges) ................................................................................................................... 278
Tools and Inserts for Heavy Duty Grooving and Turning ........................ 279
Internal Tools and Inserts
CUT-GRIP Boring Bars Dmin 12.5 mm (GEPI inserts) .......................... 287
CUT-GRIP Boring Bars Dmin 20 mm (GIPI/GIFI/GINI inserts) ............... 293
TOP-GRIP Boring Bars Dmin 20.5 mm ............................................... 300
HELI-GRIP Boring Bars Dmin 26 mm .................................................. 301
CUT-GRIP Boring Bars Dmin 64 mm (GDMY/F/N 8 mm inserts) ......... 301
CUT-GRIP Blades Dmin 70 mm ........................................................... 301
217
GROOVE-TURN
Tools for Swiss-Type and Small Lathe Machines .................................. 305
External Tools and Inserts
SWISSCUT ........................................................................................... 306
CUT-GRIP ............................................................................................. 311
Internal Boring Bars and Inserts .................................................. 314
PICCO (Dmin 0.6 mm)......................................................................... 314
MINICHAM (Dmin 4 mm) ..................................................................... 327
MINCUT (Dmin 8 mm) ......................................................................... 329
CHAMGROOVE (Dmin 8 mm) ............................................................. 330
Form Tools ........................................................................................... 335
Broaching Tools .................................................................................... 337
Tools for Machining Aluminum Wheels ....................................... 356
USER GUIDE ..................................................................................... 340
PARTING ............................................................................................ 363
FACE GROOVING AND TURNING .................................................. 423
ISCAR
218
GROOVE-TURN
ISCAR
218
Selection Guide
Information to Select the Correct Insert
Utility Inserts
Pressed to Size Inserts
Precision Grooving Inserts
Peripheral Ground Inserts
ISCAR has an extensive variety of Groove-Turn products.
In many cases, you can perform your operation by
using several different products. In order to make
the optimal selection, these basic parameters need
to be defined:
• Insert width [W]
• Necessary tolerance on the insert
• Maximum depth of grooving [T max]
• Application requirement grooving and
turning, or only grooving (E-Type or not)
Width ± 0.05
Repeatability ± 0.10
Width ± 0.02
Repeatability ± 0.025
If you don’t need the tight tolerance, save money
and select a utility insert (less expensive).
W±0.05
±0.10
WWW±0.02
±0.025
What is an E-type Groove-Turn Insert?
E-type inserts are precision ground grooving
inserts with turning capability.
These inserts include the letter E in their description.
(example: GIP 3.00E-0.4). This is to distinguish
them from precision ground inserts which are not
suitable for turning operations and don’t include an
E in their description. (example: GIP 3.00-0.2)
• E-type inserts usually have a larger corner radius
• E-type inserts have a larger honing size
Precision
Grooving Insert
E-Type
Groove-Turn
According to these parameters:
• Select the most suitable product
according to the tables on pages 219-220
• Select the most suitable chipformer
according to the information on pages 221-223
219
GROOVE-TURN
219
Selection Guide
External Groove-Turn Insert Type
Properties
Insert
Precision Ground
Utility
Number of
Cutting Edges
Option for Turning
W range Tmax Page
PENTACUT
Size 24 5 0.5-4.23 1-6.5 270-276
PENTACUT
Size 34 5 1.5-4.0 5-10 276-278
HELI-GRIP 2 3-6.35 No depth limit 229-230
TOP-GRIP 2 3-6.35 10.5-18.6 231-232
Short
Pocket 1 3-12 No depth limit 244-248
Short
Pocket 2*0.5-11.0 13** 249-259
Long
Pocket 2*8.0 27 244-248
Long
Pocket 2 8.0-11.0 27 248-250, 253-257
HEAVY DUTY
SUMO-GRIP 1 6-14 No depth limit 284
TIGER 1 10-20 No depth limit 285
* Not on all the products
** On most items
ISCAR
220
GROOVE-TURN
ISCAR
220
Tool Insert
Utility
Precision
Dmin Tmax W Page
PICCO/
MG PCO PICCO 2.0-7.0 0.4-2.5 0.5-2 317-327
MG/MGCH GIQR 8 8.0 0.7-1.5 0.5-4 331, 333-334
MG/MGCH GIQR 11 11.0 1.5-2.3 0.75-5 332-334
MGCH GIQR 11-15 15.0 6.3 1-3 333
GEHIR/L GEPI/
GEMI 12.5-16 2.4-3.0 1-3.18 290-293
GHIR/L GIFI/GIPI/
GINI/GIMIY 20-49 2.5-8.0 1.53-6.35 295-299
TGIR/L TGMF 20.5-57 5.5-17.5 3-6.35 231-232
HELIIR/L GRIP 26-53 5-12 3-6.35 229-230
GHIR/L 40-8
GDMF/
GDMY/
GDMN...
65 15-20 8-11 244-249, 256
GHIC/CGHN
GIP/GIF/
GIMN/GIMF/
GIA...
70-250 10-26 2.8-6.35 244-258
Internal Groove-Turn Insert Type
Selection Guide
221
GROOVE-TURN
221
Chipbreaker Selection
General Use
P-Type
• Very “open” geometry
• Medium to high feed in
turning and grooving
• Large variety of standard sizes
• Precision ground inserts only
• Width range
External: 2.39 - 6.35 mm
Internal: 2.39 - 6.35 mm
F-Type
• First choice in grooving
• Low to medium feeds in grooving and turning
• Both precision ground and utility inserts
• Width range
External: 3.0 - 10 mm
Internal: 3 - 6 mm
G-Type
• Efficient chipbreaker for narrow
width grooves
• Width range: 1 - 2.3 mm
• No option for turning
Y-Type
• General use in grooving and turning
• Positive top rake reduces cutting forces
• Excellent for long shafts
• Eliminates vibrations
• Both precision ground and utility inserts
• Width range
External: 8 - 20 mm
HG-Y-Type
• General use in grooving and turning
• Efficient for a wide range of materials
and cutting conditions
• Utility inserts only
• Width range
External: 3 - 6.35 mm
Internal: 3 - 6.35 mm
Selection Guide
ISCAR
222
GROOVE-TURN
ISCAR
222
Chipbreaker Selection
Problematic and Specific Materials
N-Type
• First choice in grooving of problematic,
soft & gummy materials
• Very low to medium feeds
(from 0.05 mm/rev)
• Both precision ground and utility inserts
• Option for turning
• Width range
External: 3 - 8 mm
Internal: 2 - 5 mm
M-Type
• Unique chipbreaker with splitter
Chips are split into 3 segments
• Efficient for problematic,
soft & gummy materials
• Option for light turning
• Width - 8 mm
A-Type
• First choice for machining cast Iron
• Peripheral 15° T-land on a flat top
• Exerts high cutting forces, therefore
suitable for stable conditions
• Precision ground inserts only
• Width range
External: 3 - 8 mm
PA-Type
• First choice for machining aluminum
• High positive rake
• Peripheral ground and polished top rake
with a very sharp edge
• Suitable also for finish operations on
titanium and heat resistant alloys
• Width range
External: 3 - 8 mm
CW-Type
• Unique chipformer for heavy-duty grooving
• Very wide chipbreaking range on carbon
and alloy steel
• Width range 14, 17 and 20 mm
Selection Guide
223
GROOVE-TURN
223
Chipbreaker Selection
Profiling (Full radius)
Y-Type
• First choice in profiling
• Positive top rake reduces cutting forces
• Excellent for long shafts
• Eliminates vibrations
• Both precision ground and utility inserts
• Width range
External: 3 - 12 mm
Internal: 2 - 3 mm
YF-Type
• First choice for profiling
ductile materials
• Utility inserts only
• Width range
External: 3 - 8 mm
PA-Type
• First choice for profiling aluminum
• High positive rake
• Peripheral ground and polished top
rake with a very sharp edge
• Suitable also for finish operations on
titanium and heat resistant alloys
• Width range
External: 3 - 8 mm
YZ-Type
• First choice for profiling ductile aluminum
• Peripheral ground and polished top
rake with a very sharp edge
• Width range
External: 3 - 8 mm
H-Type
• Unique chipbreaker for heavy-duty profiling
• Negative T-land for extra edge toughness
• Suitable for heavy interrupted cuts and
cast iron machining
• Width - 12 mm
Selection Guide
ISCAR
224
GROOVE-TURN
ISCAR
224
Chipbreaker Width Range
Insert
Width
7
66.35 6.35
5
4
3
22.39
1
P F N HG-Y
Internal
* First Choice
Suitable Chipbreaker and Required Feed Range for Workpiece Material
High
Feed
Low
Alloy Steel Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials Cast Iron
P P P
HG-Y HG-Y Y PA* A*
Y Y F P P
F F PA (finish only) HG
N F
Insert
Width
12 20
11
10
9
8
7
66.35 6.35
5
4
33.48
22.3 2.39
1
G P F Y N HG-Y M A PA
External
Selection Guide
225
GROOVE-TURN
l1
D
fWSS
T
Left-hand shown
Designation W min W max f l1SS D max(1) Insert
C4 HELIR/L 3T20 3.00 3.18 20.0 65.00 40 40.0 GRIP 3, HGN 3 SR M6X16 DIN912 HW 5.0 EZ 104
C5 HELIR/L 3T20 3.00 3.18 25.3 65.00 50 40.0 GRIP 3, HGN 3 SR M6X16 DIN912 HW 5.0 EZ 104
C6 HELIR/L 3T20 3.00 3.18 31.8 65.00 63 40.0 GRIP 3, HGN 3 SR M6X16 DIN912 HW 5.0 EZ 104
C4 HELIR/L 4T25 4.00 4.76 19.6 70.00 40 50.0 GRIP 4, DGN 4 SR M6X16 DIN912 HW 5.0 EZ 104
C5 HELIR/L 4T25 4.00 4.76 24.9 70.00 50 50.0 GRIP 4, DGN 4 SR M6X16 DIN912 HW 5.0 EZ 104
C6 HELIR/L 4T25 4.00 4.76 31.4 70.00 63 50.0 GRIP 4, DGN 4 SR M6X16 DIN912 HW 5.0 EZ 104
C5 HELIR/L 5T25 5.00 5.00 24.4 70.00 50 50.0 GRIP 5, DGN 5 SR M6X16 DIN912 HW 5.0 EZ 104
C6 HELIR/L 5T25 5.00 5.00 30.9 70.00 63 50.0 GRIP 5, DGN 5 SR M6X16 DIN912 HW 5.0 EZ 104
C6 HELIR/L 6T30 6.00 6.35 30.4 85.00 63 60.0 GRIP 6, DGN 6 SR M6X16 DIN912 HW 5.0 EZ 104
• The depth of cut (T) for grooving is limited by the part diameter D, for grooving depth capacity, see table below.
(1) Maximum parting diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • HGN-C (386) • DGR/L-C DGRC/LC-C (380)
• DGN/DGNM-J/JS/JT (381) • HGN-J (386) • DGR/L-J/JS (382) • DGN-UT/UA (384) • DGN-W (381) • HGN-UT (387)
Grooving Depth Capacity
Designation D
C4 HELIR/L 3T20 ∞ ∞ ∞ ∞ 1151 384 231 167 131 109 94 83 — — — — — — —
C4 HELIR/L 4T25 ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ 1127 376 227 163 128 107 — —
C5 HELIR/L 3T20 ∞ ∞ ∞ 1277 426 257 185 145 120 103 91 82 — — — — — — —
C5 HELIR/L 4T25 ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ 1301 434 261 188 148 122 105 — —
C5 HELIR/L 5T25 ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ 1301 434 261 188 148 122 105 — —
C6 HELIR/L 3T20 ∞ 787 394 264 199 161 136 118 105 95 87 81 — — — — — — —
C6 HELIR/L 4T25 ∞ ∞ ∞ ∞ ∞ ∞ 1957 653 393 282 221 182 156 137 122 111 102 — —
C6 HELIR/L 5T25 ∞ ∞ ∞ ∞ ∞ ∞ 1957 653 393 282 221 182 156 137 122 111 102 — —
C6 HELIR/L 6T30 ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ ∞ 1879 627 377 271 212 175 150 131 118 107 99
Depth T 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
C#-HELIR/L
External Tools for Turning,
Grooving and Parting with
CAMFIX Exchangeable Shanks
ISCAR
226
GROOVE-TURN
h
W
Tmax-r f
l2
A
b
h
h4
l1
Dmax
Tmax-r 1
2
Right-hand shown
Left-hand shown
Designation W min W max Tmax-r(2) Fig. D max(3) h b f l1l2A h4Insert
HELIR/L 1212-3T12 3.00 3.18 12.00 1 - 12.0 12.0 10.8 135.00 30.0 2.40 4.0 GRIP-3..., HG.-3
HELIR/L 1616-3T12 3.00 3.18 12.00 1 - 16.0 16.0 14.8 135.00 30.0 2.40 - GRIP-3..., HG.-3
HELIR/L 2020-3T12 3.00 3.18 12.00 1 - 20.0 20.0 18.8 135.00 29.0 2.40 - GRIP-3..., HG.-3
HELIR/L 2525-3T12 3.00 3.18 12.00 1 - 25.0 25.0 23.8 135.00 29.0 2.40 - GRIP-3..., HG.-3
HELIR/L 1616-4T12 4.00 4.76 12.00 1 - 16.0 16.0 14.4 135.00 29.0 3.20 - GRIP-4..., DG.-4
HELIR/L 2020-4T12 4.00 4.76 12.00 1 - 20.0 20.0 18.4 135.00 29.0 3.20 - GRIP-4..., DG.-4
HELIR/L 2525-4T12 4.00 4.76 12.00 1 - 25.0 25.0 23.4 135.00 29.0 3.20 - GRIP-4..., DG.-4
HELIR/L 2020-5T12 5.00 5.00 12.00 1 - 20.0 20.0 17.9 135.00 29.0 4.20 - GRIP-5..., DG.-5
HELIR/L 2525-5T12 5.00 5.00 12.00 1 - 25.0 25.0 22.9 135.00 29.0 4.20 - GRIP-5..., DG.-5
HELIR/L 2525-6T12 6.00 6.35 12.00 1 - 25.0 25.0 22.4 135.00 29.0 5.20 - GRIP-6..., DG.-6
HELIR/L 1616-3T20 (1) 3.00 3.18 - 2 40.0 16.0 16.0 14.8 140.00 36.4 2.40 - GRIP-3..., HG.-3
HELIR/L 2020-3T20 (1) 3.00 3.18 - 2 40.0 20.0 20.0 18.8 140.00 36.4 2.40 - GRIP-3..., HG.-3
HELIR/L 2525-3T20 (1) 3.00 3.18 - 2 40.0 25.0 25.0 23.8 140.00 36.4 2.40 - GRIP-3..., HG.-3
HELIR/L 3232-3T20 (1) 3.00 3.18 - 2 40.0 32.0 32.0 30.8 150.00 36.4 2.40 - GRIP-3..., HG.-3
HELIR/L 1616-4T20 4.00 4.76 - 2 40.0 16.0 16.0 14.4 140.00 38.0 3.20 4.0 GRIP-4..., DG.-4
HELIR/L 2020-4T25 4.00 4.76 - 2 50.0 20.0 20.0 18.4 140.00 42.0 3.20 - GRIP-4..., DG.-4
HELIR/L 2525-4T25 4.00 4.76 - 2 50.0 25.0 25.0 23.4 140.00 42.0 3.20 - GRIP-4..., DG.-4
HELIR/L 3232-4T25 4.00 4.76 - 2 50.0 32.0 32.0 30.4 150.00 43.0 3.20 - GRIP-4..., DG.-4
HELIR/L 2020-5T25 5.00 5.00 - 2 50.0 20.0 20.0 17.9 140.00 42.0 4.20 - GRIP-5..., DG.-5
HELIR/L 2525-5T25 5.00 5.00 - 2 50.0 25.0 25.0 22.9 140.00 42.0 4.20 - GRIP-5..., DG.-5
HELIR/L 3232-5T25 5.00 5.00 - 2 50.0 32.0 32.0 29.9 150.00 43.0 4.20 - GRIP-5..., DG.-5
HELIR/L 2525-6T30 6.00 6.35 - 2 60.0 25.0 25.0 22.4 140.00 51.4 5.20 - GRIP-6..., DG.-6
HELIR/L 3232-6T30 6.00 6.35 - 2 60.0 32.0 32.0 29.4 150.00 51.4 5.20 - GRIP-6..., DG.-6
• For tool type as shown in Fig.2, Tmax for grooving is limited by the part diameter D, for grooving depth capacity, see table below. • For user guide, see pages 340-351
(1) DGN inserts are not suitable for this tool
(2) Does not depend on the workpiece diameter
(3) Maximum parting diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • HGN-C (386) • DGR/L-C DGRC/LC-C (380) • DGN/DGNM-J/JS/JT (381)
• HGN-J (386) • DGR/L-J/JS (382) • DGN-UT/UA (384) • DGN-W (381) • HGN-UT (387)
Depth Capacity
Designation D
HELIR/L 1616-3T20 –––––
80
194 ∞∞∞∞∞∞
HELIR/L 2020-3T20 – – – – – 80 123 299 ∞∞∞∞∞
HELIR/L 2525-3T20 – – – – – 79 99 136 229 815 ∞∞∞
HELIR/L 3232-3T20 – – – – – 79 89 103 127 169 261 604 ∞
HELIR/L 1616-4T20 – – – – – 78 132 505 ∞∞∞∞∞
HELIR/L 2020-4T20 – – 98 185 ∞∞∞∞∞∞∞∞∞
HELIR/L 2525-4T20 – – 98 136 233 368 ∞∞∞∞∞∞∞
HELIR/L 3232-4T20 – – 98 – 149 175 270 626 ∞∞∞∞∞
HELIR/L 2020-5T20 – – 98 182 ∞∞∞∞∞∞∞∞∞
HELIR/L 2525-5T20 – – 98 136 233 368 ∞∞∞∞∞∞∞
HELIR/L 3232-5T20 – – 98 – 149 175 270 626 ∞∞∞∞∞
HELIR/L 2525-6T20 98 135 354 ∞∞∞∞∞∞∞∞∞∞
HELIR/L 3232-6T20 98 121 194 345 1718 ∞∞∞∞∞∞∞∞
Depth T
30.0 28.0 25.0 23.0 21.0 20.0 18.0 16.0 14.0 12.0 10.0 8.0 6.5
HELIR/L
External Holders for Turning,
Grooving and Parting
Spare Parts
Designation
HELIR/L 1212-3T12 SR M5X16 DIN912 HW 4.0
HELIR/L 1616-3T12 SR M5X16 DIN912 HW 4.0
HELIR/L 2020-3T12 SR M5X16 DIN912 HW 4.0
HELIR/L 2525-3T12 SR M5X16 DIN912 HW 4.0
HELIR/L 1616-4T12 SR M5X16 DIN912 HW 4.0
HELIR/L 2020-4T12 SR M5X16 DIN912 HW 4.0
HELIR/L 2525-4T12 SR M5X16 DIN912 HW 4.0
HELIR/L 2020-5T12 SR M6X16 DIN912 HW 5.0
HELIR/L 2525-5T12 SR M6X16 DIN912 HW 5.0
HELIR/L 2525-6T12 SR M6X16 DIN912 HW 5.0
HELIR/L 1616-3T20 SR M6X20 DIN912 HW 5.0
HELIL 2020-3T20 SR M6X20 DIN912 HW 5.0
HELIR 2020-3T20 SR M6X16 DIN912 HW 5.0
HELIR/L 2525-3T20 SR M6X20 DIN912 HW 5.0
Spare Parts
Designation
HELIR/L 3232-3T20 SR M6X20 DIN912 HW 5.0
HELIR/L 1616-4T20 SR M6X20 DIN912 HW 5.0
HELIR/L 2020-4T25 SR M6X20 DIN912 HW 5.0
HELIR/L 2525-4T25 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-4T25 SR M6X20 DIN912 HW 5.0
HELIL 2020-5T25 SR M6X20 DIN912 HW 5.0
HELIR 2020-5T25 SR M6X16 DIN912 HW 5.0
HELIR/L 2525-5T25 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-5T25 SR M6X20 DIN912 HW 5.0
HELIR/L 2525-6T30 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-6T30 SR M6X20 DIN912 HW 5.0
(continued)
227
GROOVE-TURN
Spare Parts
Designation
HELIR/L 3232-3T20 SR M6X20 DIN912 HW 5.0
HELIR/L 1616-4T20 SR M6X20 DIN912 HW 5.0
HELIR/L 2020-4T25 SR M6X20 DIN912 HW 5.0
HELIR/L 2525-4T25 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-4T25 SR M6X20 DIN912 HW 5.0
HELIL 2020-5T25 SR M6X20 DIN912 HW 5.0
HELIR 2020-5T25 SR M6X16 DIN912 HW 5.0
HELIR/L 2525-5T25 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-5T25 SR M6X20 DIN912 HW 5.0
HELIR/L 2525-6T30 SR M6X20 DIN912 HW 5.0
HELIR/L 3232-6T30 SR M6X20 DIN912 HW 5.0
l2f
f1
A2
Tmax-r f2
WA
l1
h1
B1
HOLDER:
MAHPR
HOLDER: MAHL Left-hand shown • f=f1(shank)+f2(adapter)
Right-hand shown
Designation W min W max Tmax-r l2f2A A2l1B1h1Insert
HGPAD 3R/L-T12 3.00 3.20 12.00 15.2 4.80 2.50 6.0 39.70 32.0 24.0 GRIP 3, HGN 3
HGPAD 3R/L-T20 3.00 3.20 20.00 21.2 4.80 2.50 6.0 45.70 32.0 24.0 GRIP 3, HGN 3
HGPAD 4R/L-T12 4.00 4.76 12.00 18.7 4.40 3.30 6.0 43.20 32.0 24.0 GRIP 4, DGN 4
HGPAD 4R/L-T20 4.00 4.76 20.00 21.2 4.40 3.30 6.0 45.70 32.0 24.0 GRIP 4, DGN 4
HGPAD 5R/L-T12 5.00 5.00 12.00 18.7 3.90 4.20 6.0 43.20 32.0 24.0 GRIP 5, DGN 5
HGPAD 5R/L-T20 5.00 5.00 20.00 21.2 3.90 4.20 6.0 45.70 32.0 24.0 GRIP 5, DGN 5
HGPAD 6R/L-T12 6.00 6.35 12.00 18.7 3.40 5.20 6.0 43.20 32.0 24.0 GRIP 6, DGN 6
HGPAD 6R/L-T22 6.00 6.35 22.00 23.2 3.40 5.20 6.0 47.70 32.0 24.0 GRIP 6, DGN 6
• DO-GRIP DGN, HGN inserts can be used for grooving only • For user guide, see pages 340-351
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • HGN-C (386) • DGN/DGNM-J/JS/JT (381) • HGN-J (386) •
DGN-UT/UA (384) • DGN-W (381) • HGN-UT (387)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
HGPAD
Adapters for Turning,
Grooving and Parting
l2
l1
A2
AWf2
Tmax-r
f1B1h1
f=f1(shank)+f2(adapter)
Bar Max
Designation W min W max Tmax-r l2f2A A2l1B1h1
HGPAD 3R/L-T20-JHP 3.00 3.00 20.00 21.0 5.95 2.50 7.2 45.70 33.0 24.0
HGPAD 4R/L-T20-JHP 4.00 4.76 20.00 21.0 5.55 3.30 7.2 45.70 33.0 24.0
HGPAD 5R/L-T20-JHP 5.00 5.00 20.00 21.0 5.10 4.20 7.2 45.70 33.0 24.0
HGPAD 6R/L-T22-JHP 6.00 6.35 22.00 23.0 4.60 5.20 7.2 47.70 33.0 24.0
• For user guide and accessories, see pages 340-355
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • HGN-C (386) • DGN/DGNM-J/JS/JT (381) • HGN-J (386) •
DGN-UT/UA (384) • HGN-UT (387) • DGN-W (381)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
HGPAD 3R/L-T20-JHP 5-7 6-8 7-9
HGPAD 4R/L-T20-JHP 9-11 10-12 11-13
HGPAD 5R/L-T20-JHP 11-13 12-14 13-15
HGPAD 6R/L-T22-JHP 16-18 16-18 19-21
HGPAD-JHP
Adapters with High Pressure Coolant
Channels for HELI-GRIP Inserts
l1
A
150°
W
T
h1B1
W
D
Designation B1W A l1h1T blade D max
HGFH 26-3 26.0 3.00 2.40 110.00 21.4 37.5 75.0 EDG 23B*
HGFH 32-3 32.0 3.00 2.40 150.00 24.8 50.0 100.0 EDG 23B*
* Optional, should be ordered separately
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • HGN-C (386) • HGR/L-C (386) • HGN-J (386) • HGN-UT (387) • HGR/L-J/JS (387)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBR/L (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
HGFH
Parting and Grooving Blades
for 3 mm GRIP Inserts
ISCAR
228
GROOVE-TURN
Dmax
l1A
150°
h1
B1
W
W
D
DGFH
DGFH-C
Designation B1W min W max A l1h1D max Insert
DGFH 26-1.4 26.0 1.40 1.40 2.50 (5) 110.00 21.4 26.0 DG. 14..
DGFH 26-2 (1) 26.0 1.90 (4) 2.50 1.60 110.00 21.4 39.0 (6) DG. 1.../DG. 2...
DGFH 26-3 (1) 26.0 3.00 (4) 3.18 2.40 110.00 21.4 39.0 (6) DG. 1.../DG. 3...
DGFH 26C-3 (2) 26.0 3.00 3.18 2.40 110.00 21.4 39.0 (6) DG. 3..C
DGFH 26-4 26.0 4.00 4.00 3.20 110.00 21.4 80.0 DG. 4.../GRIP 4...
DGFH 32-1.4 32.0 1.40 1.40 2.50 (5) 150.00 24.8 26.0 DG. 14
DGFH 32-2 (1) 32.0 1.90 (4) 2.50 1.80 150.00 24.8 39.0 (6) DG. 1.../DG. 2...
DGFH 32-3 (1) 32.0 3.00 (4) 3.18 2.40 150.00 24.8 39.0 (6) DG. 1.../DG. 3...
DGFH 32C-3 (2) 32.0 3.00 3.18 2.40 150.00 24.8 39.0 (6) DG. 3..C
DGFH 32-4 32.0 4.00 4.00 3.20 150.00 24.8 100.0 DG. 4.../GRIP 4...
DGFH 32C-4 (3) 32.0 4.00 4.00 3.20 150.00 24.8 69.0 DG. 4..C
DGFH 32-5 32.0 5.00 5.00 4.00 150.00 24.8 120.0 DG. 5.../GRIP 5...
DGFH 32-6 32.0 6.00 6.35 5.20 150.00 24.8 120.0 DG. 6.../GRIP 6...
DGFH 45-3 45.0 3.00 (4) 3.18 2.40 225.00 38.0 160.0 DG. 1.../DG. 3...
DGFH 45-4 45.0 4.00 4.10 3.20 225.00 38.0 160.0 DG. 4.../GRIP 4...
DGFH 45-5 45.0 4.80 5.00 4.00 225.00 38.0 160.0 DG. 5.../GRIP 5...
DGFH 45-6 45.0 6.00 6.40 5.20 225.00 38.0 160.0 DG. 6.../GRIP 6...
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
(2) Blades with frontal coolant holes (JET-CUT) • For Dmax 50 mm, use single-ended insert (should be modified by the user).
(3) These blades are suitable for turning, using GRIP 4 inserts • Blades with frontal coolant holes (JET-CUT)
(4) For DG. 1... insert, modify holder
(5) Thickness at the D.O.C. area is 1.0 mm
(6) Maximum diameter with double-sided inserts.
For inserts, see pages: DGN-MF (383) • DGN/DGNC/DGNM-C (380) • DGR/L-C DGRC/LC-C (380) • DGN/DGNM-J/JS/JT (381) • DGR/L-J/JS (382) • DGN-P
(384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • GRIP (229) •
GRIP (full radius) (230)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBR/L (473) • SGTBU/SGTBN (472) •
UBHCR/L (473)
Spare Parts
Designation
DGFH 26-1.4 EDG 23B*
DGFH 26-2 EDG 23A*
DGFH 26-3 EDG 23A*
DGFH 26C-3 EDG 23A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 26-4 EDG 23A*
DGFH 32-1.4 EDG 23B*
DGFH 32-2 EDG 33A*
DGFH 32-3 EDG 33A*
DGFH 32C-3 EDG 33A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 32-4 EDG 33A*
DGFH 32C-4 EDG 33A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 32-5 EDG 33A*
DGFH 32-6 EDG 33A*
DGFH 45-3 EDG 33A*
DGFH 45-4 EDG 33A*
DGFH 45-5 EDG 33A*
DGFH 45-6 EDG 33A*
* Optional, should be ordered separately
DGFH
Parting and Grooving Blades with and
without Coolant Channels Carrying
DO-GRIP and HELI-GRIP Inserts
229
GROOVE-TURN
W
Dmax
B1
h1
A2
A
l1
Min. Max.
Max.Min.
Bar Max
Designation W min W max A A2l1B1h1D max Insert
DGFH 32-2-JHP (1) 1.90 (2) 2.50 1.80 2.4 150.00 32.0 24.8 39.0 DG. 1.../DG. 2... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-3-JHP 3.00 (2) 3.18 2.50 - 150.00 32.0 24.8 90.0 DG. 1.../DG. 3... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-4-JHP 4.00 4.00 3.20 - 150.00 32.0 24.9 90.0 DG. 4.../GRIP 4... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-5-JHP 5.00 5.00 4.00 - 150.00 32.0 24.9 90.0 DG. 5.../GRIP 5... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-6-JHP (1) 6.00 6.35 5.20 - 160.00 32.0 24.9 90.0 DG. 6.../GRIP 6... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
• For user guide and accessories, see pages 340-355
(1) Only an upper channel
* Optional, should be ordered separately
(2) For DG. 1... insert, modify holder
For inserts, see pages: DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380)
• DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382) • GRIP (229)
• GRIP (full radius) (230)
For holders, see pages: TGTBU-JHP (393)
DGFH-JHP
Parting and Grooving Blades with
Channels for Low and High Pressure
Coolant Carrying DO-GRIP Inserts
W
lRef.
M
R
±0.1
No depth penetration limit
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l M
IC830
IC8250
IC08
IC808
IC908
IC418
IC5010
IC807
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
f face-
groove
(mm/
rev)
f face-
turn
(mm/rev)
GRIP 3002Y 3.00 0.20 16.00 2.30 ••••• •0.25-1.80 0.14-0.18 0.07-0.11 0.08-0.20 0.10-0.20
GRIP 3003Y 3.00 0.30 16.00 2.30 •••• •• 0.40-1.80 0.15-0.19 0.07-0.11 0.08-0.20 0.10-0.20
GRIP 318-040Y 3.18 0.40 16.00 2.30 •• ••• 0.50-1.90 0.17-0.22 0.07-0.12 0.08-0.20 0.10-0.20
GRIP 4002Y 4.00 0.20 19.00 2.80 ••••• •0.25-2.40 0.16-0.21 0.09-0.14 0.10-0.24 0.15-0.30
GRIP 4004Y 4.00 0.40 19.00 2.80 ••••••••0.50-2.40 0.18-0.24 0.09-0.15 0.10-0.24 0.15-0.30
GRIP 476-080Y 4.76 0.80 19.00 3.10 •• ••• 1.00-2.80 0.21-0.33 0.10-0.20 0.10-0.24 0.15-0.30
GRIP 5005Y 5.00 0.50 19.00 3.30 ••••••••0.60-3.00 0.20-0.30 0.11-0.20 0.12-0.24 0.15-0.35
GRIP 5008Y 5.00 0.80 19.00 3.40 •• •••••1.00-3.00 0.23-0.35 0.11-0.21 0.12-0.24 0.15-0.35
GRIP 6005Y 6.00 0.50 19.00 4.20 •• •••••0.60-3.60 0.22-0.36 0.13-0.23 0.12-0.28 0.15-0.40
GRIP 6008Y 6.00 0.80 19.00 4.20 •• •••••1.00-3.60 0.24-0.42 0.13-0.25 0.12-0.28 0.15-0.40
GRIP 635-080Y 6.35 0.80 19.00 4.20 •• ••• 1.00-3.80 0.25-0.44 0.14-0.27 0.12-0.28 0.15-0.40
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFS (372) •
DGPAD-XL-JHP (379) • DGTR/L (376) • HELIIR/L (301) • HELIR/L (226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) •
HFFR/L-T (439) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFIR/L-MC (446) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGAER/L-3
(440) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
The Twisted Insert
for Face Machining
The double-ended, twisted insert body makes
it possible to machine deeper than the inserts’
length. A unique chipformer for controlled chip
flow in axial and radial directions.
The rear angle is slanted in relation to the frontal
edge so it does not come into contact with the
machined groove surface as the tool penetrates
deeply into the workpiece.
GRIP
Utility Double-Ended Inserts for
External, Internal and Face Machining
ISCAR
230
GROOVE-TURN
lRef.
±0.1
7°
RM
W
No depth penetration limit
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l M
IC830
IC8250
IC08
IC808
IC908
IC418
IC5010
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
f face-
groove
(mm/rev)
f face-
turn
(mm/rev)
GRIP 3015Y 3.00 1.50 15.80 2.10 ••••••••0.00-1.50 0.18-0.26 0.07-0.13 0.08-0.20 0.10-0.20
GRIP 318-159Y 3.18 1.59 16.00 2.30 • • 0.00-1.50 0.19-0.28 0.07-0.13 0.08-0.20 0.10-0.20
GRIP 4020Y 4.00 2.00 19.00 2.80 ••••••••0.00-2.00 0.20-0.34 0.09-0.17 0.10-0.24 0.15-0.30
GRIP 476-238Y 4.76 2.38 19.00 3.20 ••• 0.00-2.30 0.21-0.40 0.10-0.20 0.10-0.24 0.15-0.30
GRIP 5025Y 5.00 2.50 19.00 3.40 •• •••••0.00-2.50 0.23-0.42 0.11-0.21 0.12-0.24 0.15-0.35
GRIP 6030Y 6.00 3.00 19.00 4.20 ••••••••0.00-3.00 0.24-0.50 0.13-0.25 0.12-0.28 0.15-0.40
GRIP 635-318Y 6.35 3.18 19.00 4.00 • • 0.00-3.10 0.25-0.53 0.14-0.27 0.12-0.28 0.15-0.40
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFS (372)
• DGTR/L (376) • HELIIR/L (301) • HELIR/L (226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T (439) •
HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFIR/L-MC (446) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGAER/L-3
(440) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
GRIP (full radius)
Utility Double-Ended Full Radius
Inserts for External, Internal
and Face Machining
l2
h
l1
h4
h
b
fTmax-r
WRight-hand shown
Designation W min W max Tmax-r(1) h b l1l2f h4Insert
TGDR/L 1616-3M 3.00 3.00 7.50 16.0 16.0 100.00 30.5 14.7 6.0 TGMF 3 SR M5X12 DIN912 HW 4.0
TGDR/L 2020-3M 3.00 3.00 7.50 20.0 20.0 125.00 30.5 18.7 - TGMF 3 SR M5X12 DIN912 HW 4.0
TGDR/L 2525-3M 3.00 3.00 7.50 25.0 25.0 140.00 30.5 23.7 - TGMF 3 SR M5X12 DIN912 HW 4.0
TGDR/L 1616-4M 4.00 5.00 9.00 16.0 16.0 100.00 32.2 14.2 6.0 TGMF 4/TGMF 5 SR M5X12 DIN912 HW 4.0
TGDR/L 2020-4M 4.00 5.00 9.00 20.0 20.0 125.00 32.2 18.2 6.0 TGMF 4/TGMF 5 SR M5X12 DIN912 HW 4.0
TGDR/L 2525-4M 4.00 5.00 15.50 25.0 25.0 140.00 34.0 23.2 - TGMF 4/TGMF 5 SR M5X12 DIN912 HW 4.0
TGDR/L 2525-5M 5.00 5.00 18.00 25.0 25.0 140.00 37.0 22.7 - TGMF 5 SR M5X12 DIN912 HW 4.0
TGDR/L 3232-5M 5.00 5.00 22.00 32.0 32.0 150.00 45.0 29.8 - TGMF 5 SR M6X12DIN912 HW 5.0
TGDR/L 2525-6M 6.00 6.35 22.00 25.0 25.0 150.00 43.0 22.5 - TGMF 6 SR M6X16 DIN912 HW 5.0
TGDR/L 3232-6M 6.00 6.35 22.00 32.0 32.0 150.00 43.0 29.5 - TGMF 6 SR M6X16 DIN912 HW 5.0
• For user guide, see pages 340-351
(1) Grooving depth is limited by the insert
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
TGDR/L
External Holders for Turning,
Grooving and Profiling
f1l2f
B1
l1
h1
Tmax-r
A2W f2
HOLDER: MAHL
HOLDER: MAHPR
ALeft-hand shown • f=f1(shank)+f2(adapter)
Right-hand shown
Designation W min W max Tmax-r(1) f2A A2l2l1h1B1
TGPAD 3R/L-T9 3.00 3.00 9.00 4.00 2.40 5.2 12.7 37.20 24.0 30.0
TGPAD 4R/L-T16 4.00 5.00 16.00 3.50 3.40 5.2 17.2 41.70 24.0 30.0
TGPAD 5R/L-T16 5.00 5.00 16.00 3.00 4.40 5.2 17.2 41.70 24.0 30.0
TGPAD 6R/L-T22 6.00 6.35 22.00 3.50 5.00 6.0 23.2 47.10 24.0 32.0
• For user guide, see pages 340-351
(1) Grooving depth is limited by the insert
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • HSK A63WH-MAHUR/L (482) • HSK A63WH-MAHDR-45
(481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
TGPAD
Adapters for TGMF / TGMP
Groove-Turn Inserts
231
GROOVE-TURN
l1A
B1
h1
W
Tblade
Designation B1W min W max T blmin T blade h1l1A Insert
TGHN 26-3D 26.0 3.00 3.00 10.0 15.0 21.4 110.00 2.40 TGMF 3
TGHN 26-4D 26.0 4.00 5.00 10.0 15.0 21.4 110.00 3.20 TGMF 4, TGMF/P 5
TGHN 26-5D 26.0 5.00 5.00 10.0 20.0 21.4 110.00 4.00 TGMF/P 5
TGHN 32-3D 32.0 3.00 3.00 10.0 18.0 24.8 150.00 2.40 TGMF 3
TGHN 32-4D 32.0 4.00 5.00 12.0 21.0 24.8 150.00 3.20 TGMF 4, TGMF/P 5
TGHN 32-5D 32.0 5.00 5.00 12.0 26.0 24.8 150.00 4.00 TGMF/P 5
TGHN 32-6D 32.0 6.00 6.35 16.0 26.0 24.8 150.00 5.20 TGMF 6
• Use the drilled holes on blade for min. and max. overhang • Grooving depth is limited by the insert • For user guide, see pages 340-351
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
For holders, see pages: SGTBU/SGTBN (472) • UBHCR/L (473)
TGHN-D
Double-Ended Blades Carrying Utility
Inserts for Grooving and Turning
l1A
W
B1
h1
Tblade
Designation B1W min W max T blmin T blade h1l1A Insert
TGHN 32-3S 32.0 3.00 3.00 10.0 18.0 24.8 48.30 2.40 TGMF 3
TGHN 32-5S 32.0 5.00 5.00 12.0 25.0 24.8 54.00 4.00 TGMF/P 5
TGHN 32-6S 32.0 6.00 6.35 16.0 25.0 24.8 55.70 5.20 TGMF 6
• Use the drilled holes on blade for min. and max. overhang • Grooving depth is limited by the insert • For user guide, see pages 340-351
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
For holders, see pages: C#-TBU (477) • IM-TBU (483) • UBHCR/L (473)
TGHN-S
Single-Ended Blades Carrying Utility
Inserts for Grooving and Turning
l Ref.
W
±0.1
TGMF
TGMP
R
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l Tmax-r
IC830
IC8250
IC808
IC20
IC20N
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
TGMF 302 3.00 0.20 13.50 10.50 ••••••0.25-1.80 0.14-0.18 0.07-0.11
TGMF 304 3.00 0.40 13.55 10.30 ••••••0.50-1.80 0.16-0.20 0.07-0.12
TGMF 402 4.00 0.20 17.70 14.70 ••••••0.20-2.40 0.16-0.21 0.09-0.14
TGMF 404 4.00 0.40 17.70 14.60 ••••••0.50-2.40 0.18-0.24 0.09-0.15
TGMP 506 5.00 0.60 17.60 15.00 • • 0.75-3.00 0.21-0.32 0.11-0.20
TGMF 508 5.00 0.80 17.80 14.20 ••••••1.00-3.00 0.23-0.35 0.11-0.21
TGMF 635-080 6.35 0.80 22.15 18.60 ••••••1.00-3.80 0.25-0.44 0.14-0.27
• Dmin for internal application=20.5 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: TGDR/L (230) • TGHN 26-M (300) • TGHN-D (231) • TGHN-S (231) • TGIR/L-C (300) • TGPAD (230)
TGMF/P
Utility Double-Ended Inserts
for External and Internal
Grooving and Turning
ISCAR
232
GROOVE-TURN
l Ref
W
±0.1
R
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
TGMF 315 3.00 1.50 13.50 11.40 ••••• 0.00-1.50 0.18-0.26 0.07-0.13
TGMF 420 4.00 2.00 17.80 14.90 ••••••0.00-2.00 0.20-0.34 0.09-0.17
TGMF 525 5.00 2.50 17.75 14.30 •••• •0.00-2.50 0.23-0.42 0.11-0.21
TGMF 630 6.00 3.00 22.15 18.30 •••• 0.00-3.00 0.24-0.50 0.13-0.25
• Can cut arcs to 250° • Dmin for internal application=20.5 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: TGDR/L (230) • TGHN 26-M (300) • TGHN-D (231) • TGHN-S (231) • TGIR/L-C (300) • TGPAD (230)
TGMF (full radius)
Utility Double-Ended Full Radius
Inserts for External and Internal
Grooving and Profiling
l2
h
l1
h4
Tmax
f
W
h
b
Right-hand shown
Designation W max Tmax-r Tmax-ah b l1l2f h4
GHMR/L 12 4.00 4.80 4.80 12.0 12.0 110.00 25.0 10.8 4.0 SR 76-1021 T-20/5
GHMR/L 16 4.80 4.80 4.80 16.0 16.0 115.00 25.0 14.5 - SR M6X16 DIN912 HW 5.0
GHMR 16-3 ST (1) 5.00 4.80 4.80 16.0 16.0 78.00 25.0 15.0 - SR M6X16 DIN912 HW 5.0
GHMR/L 20 6.40 4.80 4.80 20.0 20.0 125.00 25.0 18.5 - SR M6X16 DIN912 HW 5.0
GHMR/L 25 6.40 4.80 4.80 25.0 25.0 140.00 25.0 23.5 - SR M6X16 DIN912 HW 5.0
GHMR/L 32 6.40 4.80 4.80 32.0 32.0 150.00 25.0 30.2 - SR M6X16 DIN912 HW 5.0
• Use for recessing: light turning, small depth of cut (ap=0.1-0.5 mm) and small feed (f=0.1 mm/rev) • For user guide, see pages 340-351
(1) For Star and multi-spindle machines
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIG (252) • GIM-C
(402) • GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245)
• GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (flat top W<M) (251) • GIP (full radius W<M) (251) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full
radius) (250) • GIP-RX/LX (258) • GIP-UN (259) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) •
GITM (full radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
GHMR/L
Toolholders for Shallow Radial
and Axial Grooving with Narrow
and Special Profile Inserts
l2
h
l1
1.5
WTmax-a
h
b
Right-hand shown
Designation W max Tmax-r Tmax-ah b l1l2
GHMPR/L 16 4.80 4.80 4.80 16.0 16.0 110.00 17.0 SR M6X16 DIN912 HW 5.0
GHMPR/L 20 6.40 4.80 4.80 20.0 20.0 120.00 17.0 SR M6X16 DIN912 HW 5.0
GHMPR/L 25 6.40 4.80 4.80 25.0 25.0 135.00 17.0 SR M6X16 DIN912 HW 5.0
• Use for recessing: light turning, small depth of cut (ap=0.1-0.5 mm) and small feed (f=0.1 mm/rev) • For user guide, see pages 340-351
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIG (252) • GIM-C
(402) • GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245)
• GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (flat top W<M) (251) • GIP (full radius W<M) (251) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full
radius) (250) • GIP-RX/LX (258) • GIP-UN (259) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) •
GITM (full radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
GHMPR/L
Perpendicular Toolholders for Shallow
Radial and Axial Grooving with
Narrow and Special Profile Inserts
233
GROOVE-TURN
l
1
SS
W
fTmax
Right-hand shown
Designation W min W max SS Tmax-r l1f
C4 GHDR/L-3 2.80 4.00 40 9.00 55.00 20.0 SR M5X20DIN912 HW 4.0 EZ 104
C5 GHDR/L-3 2.80 4.00 50 9.00 55.00 24.0 SR M5X20DIN912 HW 4.0 EZ 104
C6 GHDR/L-3 2.80 4.00 63 9.00 55.00 32.0 SR M5X16 DIN912 HW 4.0 EZ 125
C4 GHDR/L-4 4.00 5.00 40 10.00 55.00 20.0 SR M6X25 DIN912 HW 5.0 EZ 104
C5 GHDR/L-4 4.00 5.00 50 10.00 55.00 24.0 SR M6X25 DIN912 HW 5.0 EZ 104
C6 GHDR/L-4 4.00 5.00 63 10.00 55.00 32.0 SR M6X16 DIN912 HW 5.0 EZ 125
C5 GHDR/L-5 5.00 6.40 50 12.00 55.00 24.0 SR M6X25 DIN912 HW 5.0 EZ 104
C6 GHDR/L-5 5.00 6.40 63 12.00 55.00 32.0 SR M6X16 DIN912 HW 5.0 EZ 125
C6 GHDR/L-8 (1) 7.00 8.40 63 25.00 70.00 30.0 SR M6X20 DIN912 HW 5.0 EZ 146
• When using GPV and TIP inserts, toolholder must be modified according to insert profile to ensure clearance.
(1) Used with GIF 8, GIA 8, GIPA 8, GDMM, GIDA, GDMY, GDMF, GDMU inserts
For inserts, see pages: GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GIA-K (long
pocket) (254) • GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF (long pocket) (253) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIF-E
(W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIM-C (402) • GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) •
GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E
(full radius) (250) • GIP-UN (259) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPA/GIDA 8 (full radius) (257) • GIPM-A46 / GIP-1250 (313) • GIPY (255)
• GITM (255) • GITM (full radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262)
• TIP-WT (261)
C#-GHDR/L
External Grooving, Turning and
Parting Toolholders with CAMFIX
Exchangeable Tapered Shanks
b
A
h
4
hh
l
2
l
1
fTmax-r
WRight-hand shown
Designation W min W max Tmax-r h b l1l2f A h4
GHDR/L 12-3 2.80 4.00 8.00 12.0 12.0 110.00 25.0 10.8 2.40 4.0 SR 76-1021 T-20/5
GHDR/L 16-3 2.80 4.00 9.00 16.0 16.0 110.00 26.0 14.8 2.40 4.0 SR M5X16 DIN912 HW 4.0
GHDR/L 16-3 ST (1) 2.80 4.00 9.00 16.0 16.0 78.00 24.0 15.0 2.20 4.0 SR M5X16 DIN912 HW 4.0
GHDR/L 20-3 2.80 4.00 9.00 20.0 20.0 120.00 26.0 18.8 2.40 - SR M5X16 DIN912 HW 4.0
GHDR/L 25-3 2.80 4.00 9.00 25.0 25.0 135.00 26.0 23.8 2.40 - SR M5X16 DIN912 HW 4.0
GHDR/L 16-4 4.00 5.00 10.00 16.0 16.0 110.00 26.0 14.4 3.20 4.0 SR M6X16 DIN912 HW 5.0
GHDR 16-4 ST (1) 4.00 5.40 10.00 16.0 16.0 78.00 24.6 14.0 3.40 4.0 SR M6X16 DIN912 HW 5.0
GHDR/L 20-4 4.00 5.00 10.00 20.0 20.0 120.00 26.0 18.4 3.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 25-4 4.00 5.00 10.00 25.0 25.0 135.00 27.0 23.4 3.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 32-4 4.00 5.00 10.00 32.0 32.0 150.00 27.0 30.4 3.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 20-5 5.00 6.40 12.00 20.0 20.0 120.00 29.0 17.9 4.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 25-5 5.00 6.40 12.00 25.0 25.0 135.00 29.0 22.9 4.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 32-5 5.00 6.40 12.00 32.0 32.0 150.00 29.0 29.9 4.20 - SR M6X16 DIN912 HW 5.0
GHDR/L 25-6 6.00 6.40 12.00 25.0 25.0 135.00 29.0 22.3 5.40 - SR M6X16 DIN912 HW 5.0
GHDR/L 25-P8 (2) 7.00 10.00 16.50 25.0 25.0 150.00 35.7 21.8 6.50 - SR M8X20DIN912 HW 6.0
GHDR/L 32-P8 (2) 7.00 10.00 16.50 32.0 32.0 170.00 35.7 28.8 6.50 - SR M8X20DIN912 HW 6.0
• For using TIP and GPV inserts, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
(1) For Star and multi-spindle machines.
(2) Used with GIMF, GIMY, GIPY, GIMM, GITM, GPV inserts.
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIG (252) • GIM-C (402)
• GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMM 8CC (454) • GIMN (245)
• GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (flat top W<M) (251) • GIP (full radius W<M) (251) • GIP (full radius) (253) • GIP-E (249) •
GIP-E (full radius) (250) • GIP-UN (259) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full
radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
GHDR/L (short pocket)
External Tools for Turning,
Grooving and Parting
ISCAR
234
GROOVE-TURN
l
2
h
20 mm shank tools
(3 inlet ports)
fWb
h
A
l1
G 1/8"-28 typx2
T
Right-hand shown
Bar Max
Designation W min W max h Tmax-r b l1l2f A
GHDR/L 20-3-JHP 2.80 4.00 20.0 9.00 20.0 120.00 29.0 18.8 2.40
GHDR/L 25-3-JHP 2.80 4.00 25.0 9.00 25.0 140.00 44.0 23.8 2.40
GHDR/L 20-4-JHP 4.00 5.00 20.0 10.00 20.0 120.00 29.0 18.4 3.20
GHDR/L 25-4-JHP 4.00 5.00 25.0 10.00 25.0 140.00 45.0 23.4 3.20
GHDR/L 25-5-JHP 5.00 6.40 25.0 12.00 25.0 140.00 46.0 22.9 4.20
GHDR/L 25-P8-JHP (1) 7.00 10.00 25.0 16.50 25.0 150.00 50.0 21.8 6.50
• For using TIP and GPV inserts, toolholder seat needs to be modified according to insert profile to ensure clearance.
• For user guide and accessories see pages 340-355
(1) Used with GIMF, GIMY, GIPY, GIMM, GITM, GPV inserts.
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMM 8CC (454) • GIMN (245) • GIMY
(245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIP-UN (259) • GIPA (full radius
W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT
(264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
GHDR...-JHP
PLUG G 1/8”-28
Key: HW 5.0
Hose G 1/8”-28 Adaptation Nipple
Copper Seal Washer 1/8”
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate
(liters/min)
100 Bar
Flow Rate
(liters/min)
140 Bar
Flow Rate
(liters/min)
GHDR/L 20-3-JHP 5-7 7-9 9-11
GHDR/L 20-4-JHP 6-8 10-12 12-14
GHDR/L 25-3-JHP 6-8 8-10 10-12
GHDR/L 25-4-JHP 10-12 14-16 16-18
GHDR/L 25-5-JHP 13-16 19-21 22-24
Spare Parts
Designation
GHDR/L 20-3-JHP SR M5X16 DIN912 HW 5.0 SR M4X6 DIN913 PLG 1/8BSP TL360
GHDR/L 25-3-JHP SR M5X20DIN912 HW 5.0 SR M4X4 DIN913 PLG 1/8ISO1179
GHDR/L 20-4-JHP SR M6X16 DIN912 HW 5.0 SR M4X6 DIN913 PLG 1/8BSP TL360
GHDR/L 25-4-JHP SR M6X20 DIN912 HW 5.0 SR M4X4 DIN913 PLG 1/8ISO1179
GHDR/L 25-5-JHP SR M6X20 DIN912 HW 5.0 SR M4X4 DIN913 PLG 1/8ISO1179
GHDR/L 25-P8-JHP SR M6X20 DIN912 HW 5.0 SR M4X4 DIN913 PLG 1/8ISO1179
GHDR/L-JHP (short pocket)
Grooving and Turning Tools with
Channels for High Pressure Coolant
235
GROOVE-TURN
l2
Dmax
h
l1
h4
h
b
f
WA
Left-hand shown
Designation W min W max D max(3) h b l1l2f A h4
GHGR/L 20-2 (1) 0.40 2.40 34.0 20.0 20.0 120.00 33.0 19.2 1.70 - SR M5X16 DIN912 HW 4.0
GHGR/L 25-2 (1) 0.40 2.40 34.0 25.0 25.0 140.00 33.0 24.2 1.70 - SR M5X16 DIN912 HW 4.0
GHGR/L 16-3 3.00 4.00 40.0 16.0 16.0 110.00 36.0 14.7 2.50 4.0 SR M6X16 DIN912 HW 5.0
GHGR/L 16-3 ST (2) 3.00 4.00 34.0 16.0 16.0 78.00 33.0 15.0 2.40 4.0 SR M6X16 DIN912 HW 5.0
GHGR/L 20-3 3.00 4.00 40.0 20.0 20.0 120.00 36.0 18.7 2.50 - SR M6X16 DIN912 HW 5.0
GHGR/L 25-3 3.00 4.00 40.0 25.0 25.0 140.00 36.0 23.7 2.50 - SR M6X16 DIN912 HW 5.0
GHGR 16-4 4.00 5.00 40.0 16.0 16.0 110.00 36.0 14.4 3.20 4.0 SR M6X16 DIN912 HW 5.0
GHGR/L 20-4 4.00 5.00 40.0 20.0 20.0 120.00 36.0 18.2 3.50 - SR M6X16 DIN912 HW 5.0
GHGR/L 25-4 4.00 5.00 40.0 25.0 25.0 140.00 36.0 23.2 3.50 - SR M6X16 DIN912 HW 5.0
GHGR/L 25-425 4.00 5.00 50.0 25.0 25.0 140.00 41.0 23.2 3.50 - SR M6X16 DIN912 HW 5.0
GHGR/L 25-5 5.00 6.40 50.0 25.0 25.0 140.00 41.0 22.9 4.20 - SR M6X16 DIN912 HW 5.0
GHGR/L 32-5 5.00 6.40 50.0 32.0 32.0 150.00 41.0 29.9 4.20 - SR M6X16 DIN912 HW 5.0
GHGR/L 25-630 6.00 8.00 60.0 25.0 25.0 140.00 45.0 22.3 5.40 - SR M6X16 DIN912 HW 5.0
GHGR/L 32-632 6.00 8.00 64.0 32.0 32.0 170.00 50.0 29.4 5.40 - SR M6X16 DIN912 HW 5.0
• For machining depth over 13 mm, a single-ended insert is required (GIM, GIMF, GIMY) • Tmax for grooving depth depends on part diameter D • For grooving a
part with a diameter larger than Dmax, see next table • For using TIP inserts, toolholder seat needs to be modified according to insert profile to ensure clearance •
For user guide, see pages 340-351
(1) In the case of inserts with W<2 mm, tool pocket should be ground to 0.3 mm thinner than the insert's grooving width.
(2) For Star and multi-spindle machines.
(3) Maximum parting diameter
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIG (252) • GIM-C (402)
• GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMM 8CC (454) • GIMN (245)
• GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (flat top W<M) (251) • GIP (full radius W<M) (251) • GIP (full radius) (253) • GIP-E (249) •
GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) •
TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
* For over 13 mm depth: GIM, GIMF and GIMY, GPV (single ended insert) only.
Depth Capacity*
Designation D
GHGR/L 16-3 ———— 40 50 68 80 120 290 1000 — —
GHGR/L 20-2 ———— — — 66 80 120 270 1000 — —
GHGR/L 20-3 ———— 40 50 68 80 120 290 1000 — —
GHGR/L 20-4 ———— 40 50 68 80 120 290 1000 — —
GHGR/L 25-2 ———— — — 66 72 86 110 130 220 320
GHGR/L 25-3 ———— 40 80 105 120 190 450 1500 — —
GHGR/L 25-4 ———— 40 80 105 120 190 450 1500 — —
GHGR/L 25-425 — — 99 135 350 700 — — — — — —
GHGR/L 25-5 — — 50 130 300 600 — — — — — —
GHGR/L 25-630 — 100 350 — — ———————
GHGR/L 32-5 — — 50 130 300 600 — — — — — —
GHGR 32-632 ————————————
Depth T 32 30 25 23 20 19 17 16 14 12 11 9 8
GHGR/L
External Holders for Deep
Grooving and Parting
h
l1h4
h
bf
f1
f2Left-hand shown • f=f1(shank)+f2(adapter)
Right-hand shown
Designation h b l1h4f1
MAHR/L 20 20.0 20.0 130.00 10.0 17.1
MAHR/L 25 25.0 25.0 130.00 5.0 22.1
MAHR/L 32 32.0 32.0 140.00 - 29.1
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
MAHR/L SR M5-04451 T-20/5 SR 14-519 SR M6X20-XT(a) HW 5.0 SR M6X6DIN551 14H/22H
(a) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
MAHR/L
Adapter Holders for all GRIP Systems
ISCAR
236
GROOVE-TURN
h
G 1/8"-28
h
bf1
f2
2.3
f
f3
h4
l1
Left-hand shown • f=f1(shank)+f2(adapter)
Bar Max
Designation h b l1h4f1f3
MAHR/L 20-JHP 20.0 20.0 130.00 10.0 15.1 16.50
MAHR/L 25-JHP 25.0 25.0 130.00 5.0 20.1 11.50
MAHR/L 32-JHP 32.0 32.0 140.00 - 27.1 4.50
• For user guide and accessories, see pages 340-355
For tools, see pages: CGPAD-JHP (238) • DGPAD-JHP (379) • TAGPAD-JHP (394) • HGPAD-JHP (227) • PCADR/L-JHP (268) • CGPAD (238) • DGAD-B-D
(379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • PCADR/L (268) • SCLCR-PAD (47) •
SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
PLUG G1/8ISO1179
(Key: HW 5.0)
SR M6X20-XT
(Key: HW 5.0)
OR 5X1N
SR M6X12DIN6912
(Key: HW 5.0)
SR M5-04451
(Key: T-20/5)
Spare Parts
Designation
MAHR/L-JHP SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N PLG 1/8ISO1179
MAHR/L-JHP
Holders with High Pressure
Coolant Channels for
MODULAR-GRIP Adapters
hh
bf1
Tmax
1.2
b1
h4
l
l1c1
c2
l2
Bar Max
Designation h b HBKW l1h4f1
MAHR/L 20-JHP-MC 20.0 20.0 6.0 98.00 10.0 14.0
MAHR/L 25-JHP-MC 25.0 25.0 - 98.00 5.0 19.0
• For Tmax, refer to the adapters data.
For tools, see pages: CGPAD-JHP (238) • DGPAD-JHP (379) • HGPAD-JHP (227) • PCADR/L-JHP (268) • TAGPAD-JHP (394) • CGPAD (238) • DGAD-B-D
(379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • PCADR/L (268) • SCLCR-PAD (47) •
SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
MAHR/L-JHP-MC SR M6X20-XT HW 5.0 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X6 DIN913 TL360 OR 5X1N
MAHR/L-JHP-MC
Holders with Bottom Inlets for High
Pressure Coolant Channels Carrying
MODULAR-GRIP Adapters
237
GROOVE-TURN
h
l2l1
h4
h
b
Right-hand shown
Designation h b l1l2h4
MAHPR/L 20 20.0 20.0 140.00 25.0 10.0
MAHPR/L 25 25.0 25.0 140.00 25.0 5.0
MAHPR/L 32 32.0 32.0 150.00 25.0 -
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439)
• HGPAD (227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
MAHPR/L SR M5-04451 T-20/5 SR 14-519 SR M6X20-XT(a) HW 5.0 SR M6X6DIN551 14H/22H
(a) For CGPAD, HGPAD, TGPAD and HFPAD adapters. Supplied with the tools.
MAHPR/L
Holders for Perpendicularly Mounted
Adapters for all GRIP Systems
h
G 1/8"-28
h
b
l2
4.5
l1
h4
Right-hand shown
Bar Max
Designation h b l1l2h4
MAHPR/L 20-JHP 20.0 20.0 140.00 28.0 10.0
MAHPR/L 25-JHP 25.0 25.0 140.00 28.0 5.0
MAHPR/L 32-JHP 32.0 32.0 150.00 - -
• For user guide and accessories, see pages 340-355
For tools, see pages: DGPAD-JHP (379) • TAGPAD-JHP (394) • CGPAD-JHP (238) • HGPAD-JHP (227) • PCADR/L-JHP (268) • CGPAD (238) • DGAD-B-D
(379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • PCADR/L (268) • SCLCR-PAD (47) •
SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
SR M6X20-XT
(Key: HW 5.0)
PLUG G1/8ISO1179
(Key: HW 5.0)
SR M6X12DIN6912
(Key: HW 5.0)
SR M5X04451
(Key: T-20/5)
OR 5X1N
Spare Parts
Designation
MAHPR/L-JHP SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N PLG 1/8ISO1179
MAHPR/L-JHP
Holders with High Pressure Coolant
Channels for MODULAR-GRIP
Perpendicularly Mounted Adapters
ISCAR
238
GROOVE-TURN
f1l2
l1
A2
AW
Tmax-r
h1
f2
B1
Left-hand shown
Bar Max
Designation W min W max Tmax-r l2f2A A2l1B1h1
CGPAD 3R/L-T16-JHP 2.80 4.00 16.00 17.3 6.00 2.40 7.2 42.00 33.0 24.0
CGPAD 3R-T22-JHP 2.80 4.00 22.00 23.0 6.00 2.40 7.2 47.70 33.0 24.0
CGPAD 4R/L-T16-JHP 4.00 5.00 16.00 17.3 5.45 3.50 7.2 42.00 33.0 24.0
CGPAD 5R/L-T16-JHP 5.00 6.40 16.00 17.3 4.95 4.50 7.2 42.00 33.0 24.0
CGPAD 8R/L-T22-JHP 6.00 8.00 22.00 23.0 4.20 4.20 7.2 47.00 33.0 24.0
• For using TIP insert, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide and accessories see pages 340-355
For inserts, see pages: GDMF (244) • GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C
(402) • GIM-J (403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245)
• GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIP-UN (259) • GIPA (full radius W=3-6)
(257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • GPV (259) • TIP-MT (261) • TIP-P-BSPT (264) •
TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
For holders, see pages: MAHR/L-JHP-MC (236)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
CGPAD 3R/L-T16-JHP 6-8 7-9 8-10
CGPAD 3R-T22-JHP 5-7 6-8 7-9
CGPAD 4R/L-T16-JHP 10-12 11-13 12-14
CGPAD 5R/L-T16-JHP
12-14 16-18 19-21
CGPAD-JHP
Adapters with High Pressure Coolant
Channels for CUT-GRIP Inserts
l2f
f1
B1
l1
h1
Tmax-r f2
W
A2
HOLDER: MAHL
HOLDER: MAHPR
ALeft-hand shown • f=f1(shank)+f2(adapter)
Right-hand shown
Designation W min W max Tmax-r l2f2A A2l1B1h1
CGPAD 3R/L-T16 2.80 4.00 16.00 17.3 4.00 2.40 5.2 42.00 30.0 24.0
CGPAD 3R/L-T22 2.80 4.00 22.00 23.0 4.00 2.40 5.2 47.70 30.0 24.0
CGPAD 4R/L-T16 4.00 5.00 16.00 17.3 3.60 3.50 5.2 42.00 30.0 24.0
CGPAD 4R/L-T22 4.00 5.00 22.00 23.0 3.50 3.50 5.2 47.70 30.0 24.0
CGPAD 5R/L-T16 5.00 6.40 16.00 17.3 3.10 4.50 5.2 42.00 30.0 24.0
CGPAD 5R/L-T22 5.00 6.40 22.00 23.0 3.00 4.50 5.2 47.70 30.0 24.0
CGPAD 8R/L-T16 6.40 8.00 16.00 17.3 3.00 6.00 6.0 42.00 30.0 24.0
CGPAD 8R/L-T22 6.40 8.00 22.00 23.0 3.00 6.00 6.0 47.70 30.0 24.0
• For using TIP insert, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
For inserts, see pages: GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J (403) • GIM-J-RA/
LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMM 8CC (454) • GIMN (245) • GIMY (245) • GIMY
(full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIP-UN (259) • GIPA (full radius W=3-6) (257) •
GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) •
TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • HSK A63WH-MAHUR/L (482) • HSK A63WH-MAHDR-45
(481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
CGPAD
Adapters for CUT-GRIP Inserts
239
GROOVE-TURN
Tblade
D=2T
l1A
B1h1
W
Designation B1W min W max T blmin T blade h1l1A
CGHN 32-3S 32.0 2.80 4.00 10.0 19.0 24.8 51.00 2.40
CGHN 32-4S 32.0 3.50 5.00 12.0 21.0 24.8 53.00 3.20
CGHN 32-5S 32.0 4.40 6.40 12.0 25.0 24.8 56.00 4.00
CGHN 32-6S 32.0 5.50 6.40 12.0 25.0 24.8 56.00 5.20
• For user guide, see pages 340-351
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full
radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256)
• GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) •
TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
For holders, see pages: C#-TBU (477) • IM-TBU (483) • UBHCR/L (473)
CGHN-S
External Machining
Single-Ended Blades
D=2T
Tblade
l1A
B1h1
W
Designation B1W min W max T blmin T blade h1l1A
CGHN 26-3D 26.0 2.80 4.00 10.0 15.0 21.4 110.00 2.40
CGHN 26-4D 26.0 3.50 4.50 10.0 15.0 21.4 110.00 3.20
CGHN 26-5D 26.0 4.40 6.40 10.0 20.0 21.4 110.00 4.00
CGHN 32-3D 32.0 2.80 4.00 10.0 19.0 24.8 150.00 2.40
CGHN 32-4D 32.0 3.50 5.00 12.0 21.0 24.8 150.00 3.20
CGHN 32-5D 32.0 4.40 6.40 12.0 26.0 24.8 150.00 4.00
CGHN 32-6D 32.0 5.50 6.40 12.0 26.0 24.8 150.00 5.20
• For user guide, see pages 340-351
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full
radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256)
• GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) •
TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
For holders, see pages: SGTBU/SGTBN (472) • UBHCR/L (473)
CGHN-D
Double-Ended Blades for
External Grooving and Turning
D=2T
T
l1A
B1
h1
W
Designation B1W min W max T turn T groove h1l1A
CGHN 32-3DG 32.0 2.80 4.00 25.0 50.0 24.8 150.00 2.40 EDG 44A*
CGHN 32-4DG 32.0 3.50 5.00 30.0 50.0 24.8 150.00 3.20 EDG 44A*
CGHN 32-5DG 32.0 4.40 6.40 33.0 60.0 24.8 150.00 4.00 EDG 44A*
CGHN 32-6DG 32.0 5.50 6.40 35.0 60.0 24.8 150.00 5.20 EDG 44A*
• DO-GRIP clamping insert is self-retained for long overhang • When using TIP inserts, toolholder seat needs to be modified according to insert profile to ensure
clearance • When using a double-ended insert, grooving depth is limited by the insert • For user guide, see pages 340-351
* Optional, should be ordered separately
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full
radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIP-UN (259) • GIPA (full radius W=3-6) (257) • GIPA
(W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) •
TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) • TIP-WT (261)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBU/SGTBN (472) • UBHCR/L (473)
CGHN-DG
Double-Ended Blades for
External Grooving and Turning
Self-Clamped Inserts
ISCAR
240
GROOVE-TURN
150˚
B1h1
A
Tblade
l1
W
Designation W T blade Tmax-r A h1B1l1
CGHN 52-P8 (1) 8.00 50.0 43.00 7.40 45.0 52.6 190.00 SR 76-1637 HW 4.0
CGHN 53-P8 (2) 8.00 70.0 63.00 7.40 45.0 52.6 260.00 SR 76-1637 HW 4.0
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
(2) If D (workpiece) is smaller than 200 mm, then Tmax=68. If D (workpiece) is larger than 200 mm, then Tmax=63.
For inserts, see pages: GIMF (244) • GIMM 8CC (454) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIPY (255)
For holders, see pages: SGTBK (473) • SGTBU/SGTBN (472)
CGHN-P8
Blades for Deep Grooving and Turning
B
1
A
l1
CGHR CGHL
h
1
Tblade
Designation W T blade(1) A h1B1l1
CGHR/L 32-P8DG 8.00 40.0 6.80 24.8 32.0 150.00 EDG 44A*
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
* Optional, should be ordered separately
For inserts, see pages: GIMF (244) • GIMM 8CC (454) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIPY (255)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBK (473) • SGTBU/SGTBN (472)
CGHR/L-P8DG
Double-Ended Heavy Duty
Self-Clamped Grooving
and Turning Blades
b
A
h
h4
l
2
h
l
1
fTmax-r
WRight-hand shown
Designation W min W max Tmax-r h b l1f A l2h4
GHDR/L 25-8 6.60 8.30 25.00 25.0 25.0 150.00 22.0 6.00 40.0 7.6 SR M6X16 DIN912 HW 5.0
GHDR/L 3225-8 6.60 8.30 25.00 32.0 25.0 168.50 22.0 5.90 40.0 - SR M6X16 DIN912 HW 5.0
GHDR/L 25-812 6.60 8.30 12.00 25.0 25.0 140.00 22.0 5.90 33.0 - SR M6X16 DIN912 HW 5.0
GHDR/L 32-8 6.60 8.30 25.00 32.0 32.0 170.00 29.0 6.00 40.0 - SR M6X16 DIN912 HW 5.0
GHDR/L 32-812 6.60 8.30 12.00 32.0 32.0 160.00 29.0 5.90 33.0 - SR M6X16 DIN912 HW 5.0
GHDR/L 32-836 7.00 8.30 36.00 32.0 32.0 170.00 28.9 6.30 56.0 8.0 SR M8X20DIN912 HW 6.0
GHDR/L 25-10 8.60 11.10 25.00 25.0 25.0 150.00 21.3 7.40 43.0 7.6 SR M8X20DIN912 HW 6.0
GHDR/L 32-10 8.60 11.10 25.00 32.0 32.0 170.00 28.3 7.40 43.0 - SR M8X20DIN912 HW 6.0
GHDR/L 40-10 8.60 11.10 25.00 40.0 40.0 200.00 36.3 7.40 43.0 - SR M8X20DIN912 HW 6.0
• For user guide, see pages 340-351
For inserts, see pages: GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GDPY (249) •
GIA-K (long pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
GHDR/L (long pocket)
External Tools for Grooving,
Turning and Parting
241
GROOVE-TURN
G 1/8"-28 typx2
l1
l2
hh
b
A
f
W
Tmax-r
Right-hand shown
Bar Max
Designation W min W max Tmax-r h b l1l2f A
GHDR/L 32-8-JHP 6.60 8.30 25.00 32.0 32.0 170.00 55.0 29.0 6.00
• For user guide and accessories see pages 340-355
For inserts, see pages: GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GIA-K (long
pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
GHDR/L 32-8-JHP 13-16 19-21 22-24
Spare Parts
Designation
GHDL 32-8-JHP SR M6X25 DIN912 HW 5.0 PLG 1/8ISO1179 SR M4X4 DIN913
GHDR 32-8-JHP SR M6X25 DIN912 HW 5.0 PLG 1/8ISO1179 SR M4X4 DIN913 TL360
GHDR/L-JHP (long pocket)
Grooving and Turning
CUT-GRIP Tools with Channels
for High Pressure Coolant
SS
f
W
L
d
T
T= See specific adapter dimensions
Designation SS L f W d Range T Range
C5 GHAD-8 50 65.00 26.00 8.00 80-510 15-25
C6 GHAD-8 63 65.00 32.50 8.00 80-510 15-25
Spare Parts
Designation
C#-GHAD-8 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0 SR 76-1022 EZA 125 EZ 125
C#-GHAD-8
Holders for Grooving, Turning and
Facing Adapters with CAMFIX
Exchangeable Shanks
• For user guide and accessories see pages 340-351
ISCAR
242
GROOVE-TURN
L
25.5
fSS
7.0
Bar Max
Designation SS L f W
C5 GHAD-8-JHP 50 65.00 17.00 8.00
C6 GHAD-8-JHP 63 65.00 23.50 8.00
C8 GHAD-8-JHP 80 74.00 38.50 8.00
• For user guide and accessories see pages 340-355
SR M4x8ISO14580
Key: (T-20/5)
SR M6x25DIN912
Key: (HW5.0)
SR M6x12DIN912
Key: (HW5.0)
SR 14-519
Key: (t20/5)
OR DX1N
Spare Parts
Designation
C5 GHAD-8-JHP SR 14-519 T-20/5 SR M6X25 DIN912 SR M6X12DIN6912 OR 5X1N SR M4X8ISO14580 BLACK
C6 GHAD-8-JHP SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0X120 MM SR M6X12DIN6912 OR 5X1N SR M4X8ISO14580 BLACK
C8 GHAD-8-JHP SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0X120 MM SR M6X12DIN6912 OR 5X1N SR M4X8ISO14580 BLACK
C#-GHAD-JHP
Holders with High Pressure Coolant
Channels and CAMFIX Exchangeable
Shanks for Grooving and Turning
h
l1L5
l2
h4
ff1
Tmax-r
h
b
GADR-8
GAFG-L-8 GHARRight-hand shown
Designation h b f1l1l2L5h4TGTmax-r(1) FGTmax-a(1)
GHAR/L 25-8 25.0 25.0 16.0 124.50 45.0 25.50 14.0 GADR/L 8 25.50 GAFG...R/L-8 25.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
GHAR/L 32-8 32.0 32.0 23.0 144.50 45.0 25.50 7.0 GADR/L 8 25.50 GAFG...R/L-8 25.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
• Adapters GADR/L-8 for turning and grooving, GAFG-R/L-8 for face-grooving (to be ordered separately)
(1) See specific adapter dimensions
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
GHAR/L-8
External Holders for Grooving
and Turning Adapters
L
SS
W
f
26 25.5
d
T
Right-hand shown • T= See specific blade dimensions
Designation SS L f W d Range T Range
C5 GHAPR/L-8 50 64.00 26.00 8.00 80-510 15-25
C6 GHAPR/L-8 63 75.00 33.00 8.00 80-510 15-25
Spare Parts
Designation
C#-GHAPR/L-8 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0 EZ 125
C#-GHAPR/L-8
Perpendicular Holders for Grooving,
Turning and Facing Adapters with
CAMFIX Exchangeable Shanks
• For user guide and accessories see pages 340-351
243
GROOVE-TURN
l1
h
b
h
l2h4
Tmax-r
GAFG…R-8 GADL 8 GHAPRRight-hand shown
Designation h b l1l2h4TGTmax-r(1) FGTmax-a(1)
GHAPR/L 32-8 32.0 32.0 155.00 30.0 7.0 GADR/L 8 25.50 GAFG...R/L-8 26.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
• Adapters GADR/L-8 for turning and grooving, GAFG-R/L-8 for face-grooving (to be ordered separately)
(1) See specific adapter dimensions
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
GHAPR/L-8
External Holders for Grooving
and Turning Perpendicularly
Oriented Adapters
l1
B1h1
A
Tmax-r
f2
W
A2
Right-hand shown
Designation W min W max Tmax-r A h1B1l1A2f2
GADR/L 8 6.60 8.30 25.50 6.00 0.0 42.0 63.00 12.0 9.00
• For user guide, see pages 340-351
For inserts, see pages: GDMA (256) • GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) •
GIA-K (long pocket) (254) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
For holders, see pages: C#-GHAD-8 (241) • C#-GHAPR/L-8 (242) • GHAPR/L-8 (243) • GHAR/L-8 (242) • IM-GHAD-8 (484) • IM-GHAPR/L-8 (484)
GADR/L-8
Adapters for up to 25 mm
Deep Machining
h
14.0
7.0
7.0
4.5
h
b
l1
f1
G 1/8"-28 typ.x2
Tmax-r
h4
L5
PLG 1/8ISO1179
(Key:HW5.0)
SR M6X25DIN912 12.9U
(Key: HW5.0)
SR 14-519
(Key: T-20/5)
SR M6X12DIN6912
(Key: HW5.0)
OR 5X1N
Right-hand shown
Bar Max
Designation h b f1l1L5h4Tmax-r(1)
GHAR/L 25-8-JHP 25.0 25.0 16.0 124.50 25.00 14.0 25.50
• For user guide and accessories see pages 340-355
(1) See specific adapter dimensions
For tools, see pages: GADR/L-JHP (243)
Spare Parts
Designation
GHAR/L-JHP SR 14-519 T-20/5 OR 5X1N SR M6X12DIN6912 SR M6X25 DIN912 PLG 1/8ISO1179 HW 5.0X120 MM
GHAR/L-JHP
Holders with High Pressure
Coolant Channels for Grooving
and Turning Adapters
l1A2
A
B1
f2
W
Tmax-r
h1
Right-hand shown
Bar Max
Designation W min W max Tmax-r A h1B1l1A2f2
GADR/L 8-JHP 6.60 8.30 25.50 6.00 32.0 42.0 63.00 17.0 14.00
GADR/L 10-JHP 8.60 10.30 25.50 7.40 32.0 42.0 63.00 17.7 14.00
• For user guide and accessories see pages 340-355
For inserts, see pages: GDMA (256) • GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) •
GDPY (249) • GIA-K (long pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
GADR/L-JHP 15-17 23-25 27-29
GADR/L-JHP
Adapters for up to 25 mm Deep
Machining with High Pressure Coolant
Channels Carrying Groove-Turn Inserts
ISCAR
244
GROOVE-TURN
Tblade
150˚
B1h1
A
l1
W
Designation W min W max T blade(1) A h1B1l1
CGHN 52-8D 8.00 8.30 50.0 7.40 45.0 52.6 190.00 SR 76-1637 HW 4.0
CGHN 53-8D 8.00 8.30 70.0 7.40 45.0 52.6 260.00 SR 76-1637 HW 4.0
CGHN 52-10D 10.00 11.00 70.0 9.20 45.0 52.6 190.00 SR 76-1289 HW 5.0
CGHN 53-10D 10.00 11.00 100.0 9.20 45.0 52.6 260.00 SR 76-1289 HW 5.0
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: GDMF (244) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GDPY (249) • GIA-K (long pocket)
(254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
For holders, see pages: SGTBK (473) • SGTBU/SGTBN (472)
CGHN-8-10D
Heavy Duty Deep Grooving
and Turning Blades
7º
W
R
M
5
15.3Ref
±0.1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
IC808
IC908
IC20
IC5010
IC428
IC806
IC907
IC4
IC804
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMF 406 4.00 0.60 3.40 ••••••••••• 0.75-2.40 0.19-0.25 0.09-0.16
GIMF 502 5.00 0.20 4.00 • • 0.25-3.00 0.18-0.26 0.11-0.18
GIMF 508 5.00 0.80 4.00 ••• •••• •• 1.00-3.00 0.23-0.35 0.11-0.21
GIMF 605 6.00 0.50 5.00 • • 0.60-3.60 0.22-0.36 0.13-0.23
GIMF 608 6.00 0.80 5.00 • • • • • • • • 1.00-3.60 0.24-0.42 0.13-0.25
GIMF 808 8.00 0.80 6.00 ••• 1.00-4.80 0.32-0.56 0.18-0.34
• Dmin for internal applications = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGFG 51-P8 (452) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239)
• CGHN-P8 (240) • CGHN-S (239) • CGHR/L-P8DG (240) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234)
• GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIMF
Utility Single-Ended Inserts
for Grooving and Turning
7
30 Ref.
6.4
R
M
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 Tmax-r M
IC830
IC8250
IC808
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMF 808 8.00 0.80 27.00 6.00 •••••1.00-4.80 0.32-0.56 0.18-0.34
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • CGPAD-JHP (238) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long
pocket) (240) • GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMF
Utility Double-Ended Inserts
for Grooving and Turning
245
GROOVE-TURN
M
15.3 Ref.
W
±0.1
7˚
R
5
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
IC808
IC908
IC20
IC806
IC4
IC804
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMY 304 3.00 0.40 2.40 •• ••••0.50-1.80 0.16-0.20 0.07-0.12
GIMY 808 8.00 0.80 6.00 •••••• 1.00-4.80 0.32-0.56 0.18-0.34
GIMY 1008 10.00 0.80 8.00 • • 1.00-6.00 0.35-0.65 0.22-0.40
• Dmin for internal applications =70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGFG 51-P8 (452) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG
(239) • CGHN-P8 (240) • CGHN-S (239) • CGHR/L-P8DG (240) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket)
(234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIMY
Utility Single-Ended Inserts
for Grooving and Turning
6.4
30 Ref.
±0.1
7°
M
W
R
D1
Tmax-a
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M D1 min Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMY 808 8.00 0.80 6.00 50.0 27.00 •••••• 1.00-4.80 0.32-0.56 0.18-0.34
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240)
• GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY
Utility Double-Ended Inserts
for Grooving and Turning
7°
±0.1
15.3 Ref.
M
R
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC908
IC907
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMN 302 3.00 0.20 2.40 •0.30-1.20 0.07-0.11 0.04-0.09
GIMN 406 4.00 0.60 3.40 •0.75-1.60 0.11-0.18 0.05-0.14
GIMN 508 5.00 0.80 4.10 • • 1.00-2.00 0.15-0.25 0.06-0.18
GIMN 608 6.00 0.80 5.00 •1.00-2.40 0.18-0.30 0.07-0.22
• Dmin for internal applications = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIMN
Utility Single-Ended Inserts for
Grooving and Turning Ductile Materials
ISCAR
246
GROOVE-TURN
7°
30
Ref.
6.4
R
W
±0.1
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 Tmax-r M
IC830
IC8250
IC808
IC907
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMN 808 8.00 0.80 27.00 6.00 ••••1.00-3.20 0.20-0.35 0.10-0.30
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240)
• GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMN
Utility Double-Ended Inserts for
Grooving and Turning Ductile Materials
W
6.4
M
7°
R
±0.1
30 Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
f groove
(mm/rev)
GDMU 808 8.00 0.80 6.00 • • 0.10-0.24
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240)
• GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMU
Utility Inserts for Heavy Grooving
on Ductile Materials
5
RM
15.3
Ref.
7°
±0.1
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
IC808
IC20
IC20N
IC806
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMY 315 3.00 1.50 2.40 ••••••0.00-1.50 0.18-0.26 0.07-0.13
GIMY 420 4.00 2.00 3.20 ••••••0.00-2.00 0.20-0.28 0.09-0.17
GIMY 525 5.00 2.50 3.90 ••••••0.00-2.50 0.23-0.42 0.11-0.21
GIMY 630 6.00 3.00 5.00 ••••••0.00-3.00 0.24-0.50 0.13-0.25
GIMY 635-318 6.35 3.18 5.10 •••• 0.00-3.10 0.25-0.53 0.14-0.27
GIMY 840 8.00 4.00 5.60 •••• 0.00-4.00 0.32-0.67 0.18-0.34
• Dmin for internal application=70 mm • Can cut arcs to 250° • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGFG 51-P8 (452) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG
(239) • CGHN-P8 (240) • CGHN-S (239) • CGHR/L-P8DG (240) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket)
(234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIMY (full radius)
Utility Single-Ended Inserts
for Grooving and Profiling
247
GROOVE-TURN
24 Ref.
7°
±0.1
R
M6.86
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
IC808
IC20
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMY 1260 12.00 6.00 9.50 •••• 0.00-6.00 0.42-0.86 0.26-0.45
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGHR/L-12-14D (284) • GHDR/L/N 12/14 (284)
GIMY 1260
Utility Single-Ended Inserts for
External Grooving and Profiling
7°
±0.1
W
M
R
30 Ref.
6.4
D1
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 M D1 min Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
IC806
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
GDMY 840 8.00 4.00 5.60 50.0 25.00 •••••••0.00-4.00 0.32-0.67 0.18-0.34
• Can cut arcs to 250° • Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHDR/L (long
pocket) (240) • GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY (full radius)
Utility Double-Ended Full Radius
Inserts for Grooving and Profiling
W
R
7°
5
±0.1
15.3
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC8250
IC808
IC908
IC806
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMY 315F 3.00 1.50 2.40 •0.00-1.50 0.18-0.26 0.07-0.13
GIMY 525F 5.00 2.50 3.90 • • 0.00-2.50 0.23-0.42 0.11-0.21
GIMY 630F 6.00 3.00 5.00 ••• 0.00-3.00 0.24-0.50 0.13-0.25
GIMY 840F 8.00 4.00 5.60 •0.00-4.00 0.32-0.67 0.18-0.34
• Dmin for internal applications =70 mm • Can cut arcs to 250° • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGFG 51-P8 (452) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG
(239) • CGHN-P8 (240) • CGHN-S (239) • CGHR/L-P8DG (240) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket)
(234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIMY-F
Utility Single-Ended Inserts for
Grooving and Profiling Ductile Materials
ISCAR
248
GROOVE-TURN
7º
30 Ref.
6.3
Ref.
W
RM
±0.1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M Tmax-r
IC808
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMY 840F 8.00 4.00 5.60 25.00 • • 0.00-4.00 0.32-0.67 0.18-0.34
• Dmin for internal applications = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY-F
Utility Double-Ended Inserts for
Grooving and Profiling Ductile Materials
W
7°
R
5
15.3 Ref.
±0.025
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC20
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIF 4.00E-0.40 4.00 0.40 0.030 3.20 13.00 •••••0.50-2.40 0.18-0.24 0.09-0.15
GIF 4.00E-0.60 4.00 0.60 0.050 3.20 13.00 • • • 0.75-2.40 0.19-0.25 0.09-0.16
GIF 4.00E-0.80 4.00 0.80 0.050 3.20 13.00 •••••1.00-2.40 0.20-0.28 0.09-0.17
GIF 5.00E-0.40 5.00 0.40 0.030 4.00 13.00 •••• 0.50-3.00 0.20-0.30 0.11-0.19
GIF 5.00E-0.60 5.00 0.60 0.050 4.00 13.00 • • • 0.75-3.00 0.21-0.32 0.11-0.20
GIF 5.00E-0.80 5.00 0.80 0.050 4.00 13.00 •••••1.00-3.00 0.23-0.35 0.11-0.21
GIF 6.00E-0.40 6.00 0.40 0.030 4.80 13.00 •••• 0.50-3.60 0.22-0.36 0.13-0.23
GIF 6.00E-0.80 6.00 0.80 0.050 4.80 13.00 •••• 1.00-3.60 0.24-0.42 0.13-0.25
GIF 6.00E-1.20 6.00 1.20 0.050 4.80 13.00 • • 1.45-3.60 0.24-0.46 0.13-0.25
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) •
CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIF-E (W=4-6)
Precision Double-Ended Inserts
for Grooving and Turning
7°
30
Ref.
6.4
R
W
±0.025
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
IC806
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIF 8.00E-0.40 8.00 0.40 0.030 6.00 27.00 • • 0.50-4.80 0.29-0.48 0.18-0.31
GIF 8.00E-0.80 8.00 0.80 0.050 6.00 27.00 •••••••• 1.00-4.80 0.32-0.56 0.18-0.34
GIF 8.00E-1.20 8.00 1.20 0.050 6.00 27.00 •••••• 1.45-4.80 0.32-0.62 0.18-0.34
GIF 10.00E-0.80 10.00 0.80 0.050 8.00 27.00 •••••• • 1.00-6.00 0.35-0.65 0.22-0.40
GIF 10.00E-1.20 10.00 1.20 0.050 8.00 27.00 •••• • 1.45-6.00 0.35-0.72 0.22-0.40
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GIF-E (W=8,10)
Precision Double-Ended Inserts
for Grooving and Turning
249
GROOVE-TURN
W
5
7°
±0.025
RM
15.3 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC908
IC20
IC20N
IC5010
IC428
IC806
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIP 3.00E-0.00 3.00 0.00 0.030 2.40 13.00 •0.00-1.80 0.12-0.16 0.07-0.11
GIP 3.00E-0.20 3.00 0.20 0.030 2.40 13.00 • • • • • • 0.25-1.80 0.15-0.20 0.08-0.13
GIP 3.00E-0.40 3.00 0.40 0.030 2.40 13.00 ••••••••••0.50-1.80 0.17-0.22 0.08-0.14
GIP 3.00E-0.80 3.00 0.80 0.050 2.40 13.00 •1.00-1.80 0.19-0.26 0.08-0.15
GIP 4.00E-0.40 4.00 0.40 0.030 3.20 13.00 ••• ••••••0.50-2.40 0.19-0.26 0.10-0.18
GIP 4.00E-0.60 4.00 0.60 0.050 3.20 13.00 • • • • • • 0.75-2.40 0.21-0.28 0.10-0.19
GIP 4.00E-0.80 4.00 0.80 0.050 3.20 13.00 ••••• ••••1.00-2.40 0.22-0.31 0.10-0.20
GIP 4.78E-0.55 4.78 0.55 0.050 4.00 13.00 • • • • • • 0.70-2.80 0.21-0.31 0.12-0.20
GIP 5.00E-0.40 5.00 0.40 0.030 4.00 13.00 • • • • • 0.50-3.00 0.22-0.33 0.13-0.21
GIP 5.00E-0.60 5.00 0.60 0.050 4.00 13.00 ••• •• 0.75-3.00 0.23-0.35 0.13-0.22
GIP 5.00E-0.80 5.00 0.80 0.050 4.00 13.00 • • • • • • 1.00-3.00 0.24-0.39 0.13-0.23
GIP 5.55E-0.55 5.55 0.55 0.050 4.80 13.00 •0.70-3.30 0.21-0.36 0.14-0.23
GIP 6.00E-0.80 6.00 0.80 0.050 4.80 13.00 • • • • • 1.00-3.60 0.26-0.46 0.15-0.27
GIP 6.00E-1.20 6.00 1.20 0.050 4.80 13.00 • • 1.45-3.60 0.26-0.51 0.15-0.27
GIP 6.35E-0.80 6.35 0.80 0.050 4.80 13.00 • • • • 1.00-3.80 0.27-0.49 0.16-0.29
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIP-E
Precision Double-Ended Inserts
for Grooving and Turning
W
7°
±0.025
M
R
6.4
30 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC830
IC8250
IC20
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDPY 10.00-0.80 10.00 0.80 8.00 ••• 1.00-6.00 0.35-0.65 0.22-0.40
GDPY 10.00-1.20 10.00 1.20 8.00 •1.45-6.00 0.45-0.80 0.22-0.40
GDPY 10.00-2.00 10.00 2.00 8.00 • • 2.40-6.00 0.35-0.78 0.22-0.40
GDPY 11.00-1.20 11.00 1.20 8.00 •1.45-6.60 0.39-0.73 0.24-0.41
GDPY 11.00-2.00 11.00 2.00 8.00 •2.40-6.60 0.39-0.79 0.24-0.41
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGHN-8-10D (244) • GADR/L-JHP (243) • GHDR/L (long pocket) (240)
GDPY
Precision Double-Ended
Inserts for External Heavy-Duty
Grooving and Turning
ISCAR
250
GROOVE-TURN
W
7°
±0.025
6.4
M
R
30 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC830
IC8250
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIF 8.00E-4.00 8.00 4.00 6.00 •0.00-4.00 0.32-0.67 0.18-0.34
GIF 10.00E-5.00 10.00 5.00 8.00 • • 0.00-5.00 0.35-0.78 0.22-0.40
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GIF-E (W=8,10 full radius)
Precision Double-Ended Full Radius
Inserts for Profiling and Grooving
W
R=W/2 M
5
15.3 Ref.
7°
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIP 3.00E-1.50 3.00 1.50 2.40 12.30 •••• •0.00-1.50 0.18-0.28 0.08-0.15
GIP 4.00E-2.00 4.00 2.00 3.20 11.80 •••••••0.00-2.00 0.20-0.34 0.10-0.20
GIP 5.00E-2.50 5.00 2.50 4.00 11.30 • • • • 0.00-2.50 0.25-0.42 0.13-0.23
GIP 6.00E-3.00 6.00 3.00 4.80 10.80 • • 0.00-3.00 0.27-0.54 0.15-0.27
GIP 6.35E-3.18 6.35 3.18 4.80 10.63 • • 0.00-3.10 0.29-0.57 0.16-0.29
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIP-E (full radius)
Precision Double-Ended Full Radius
Inserts for Profiling and Grooving
W
5
R=W/2 M
7°
±0.025
15.3 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC830
IC8250
IC808
IC20
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIF 4.00E-2.00 4.00 2.00 3.20 11.80 ••••0.00-2.00 0.20-0.34 0.09-0.17
GIF 5.00E-2.50 5.00 2.50 4.00 11.30 • • • 0.00-2.50 0.23-0.42 0.11-0.21
GIF 6.00E-3.00 6.00 3.00 4.80 10.80 • • • 0.00-3.00 0.24-0.50 0.13-0.25
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) •
CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIF-E (W=4-6 full radius)
Precision Double-Ended Full Radius
Inserts for Profiling and Grooving
251
GROOVE-TURN
W
M
RTmax-r
7°
5
15.3 Ref.
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC830
IC808
IC20
IC20N
IC807
f groove
(mm/rev)
GIP 0.50-0.00 0.50 0.00 1.00 2.20 • • 0.02-0.04
GIP 0.80-0.00 0.80 0.00 1.60 2.20 • • 0.02-0.04
GIP 1.04-0.00 1.04 0.00 2.00 2.20 ••••• 0.02-0.05
GIP 1.20-0.00 1.20 0.00 2.00 2.20 ••••• 0.03-0.05
GIP 1.40-0.00 1.40 0.00 2.00 2.20 ••• 0.03-0.06
GIP 1.47-0.00 1.47 0.00 2.50 2.20 ••• 0.03-0.06
GIP 1.57-0.15 1.57 0.15 2.70 2.20 • • • • 0.04-0.06
GIP 1.70-0.10 1.70 0.10 3.00 2.20 •••• 0.04-0.07
GIP 1.78-0.18 1.78 0.18 3.00 2.20 ••• 0.04-0.07
GIP 1.96-0.15 1.96 0.15 3.00 2.20 ••••• 0.04-0.08
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHDR/L (short pocket) (233) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIP (flat top W<M)
Flat Top Precision Double-Ended
Inserts for Grooving
R=W/2
WM
Tmax-r
7°
15.3 Ref.
5
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 Tmax-r M
IC830
IC808
IC908
IC20
IC806
IC807
f groove
(mm/rev)
GIP 1.00-0.50 1.00 0.50 2.00 2.20 • • 0.03-0.06
GIP 1.40-0.70 1.40 0.70 2.00 2.20 •0.04-0.07
GIP 1.57-0.79 1.57 0.79 2.70 2.20 •••• • 0.04-0.08
GIP 2.00-1.00 2.00 1.00 3.00 2.20 •• ••• 0.05-0.11
GIP 2.39-1.20 2.39 1.20 4.70 2.40 •••0.06-0.12
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHDR/L (short pocket) (233) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIP (full radius W<M)
Flat Top Precision Double-Ended
Inserts with Full Radius for Grooving
GIP (flat top W<M) GIP (full radius W<M)
ISCAR
252
GROOVE-TURN
R
7°
±0.025
W
M
15.3 Ref.
Tmax-r
5
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC830
IC808
IC20
f groove
(mm/rev)
GIG 1.04-0.00 1.04 0.00 2.00 2.20 •0.02-0.03
GIG 1.20-0.00 1.20 0.00 2.00 2.20 •0.02-0.03
GIG 1.25-0.10 1.25 0.10 2.00 2.20 • • 0.02-0.04
GIG 1.40-0.00 1.40 0.00 2.00 2.20 •0.02-0.04
GIG 1.45-0.10 1.45 0.10 2.00 2.20 • • 0.02-0.04
GIG 1.47-0.00 1.47 0.00 2.50 2.20 •0.02-0.04
GIG 1.50-0.10 1.50 0.10 2.50 2.20 • • 0.02-0.04
GIG 1.57-0.15 1.57 0.15 2.70 2.20 •0.03-0.05
GIG 1.70-0.10 1.70 0.10 3.00 2.20 •0.03-0.05
GIG 1.78-0.18 1.78 0.18 3.00 2.20 •0.03-0.05
GIG 1.85-0.15 1.85 0.15 3.00 2.20 • • 0.03-0.05
GIG 1.86-0.15 1.86 0.15 3.00 2.20 •0.03-0.05
GIG 1.96-0.15 1.96 0.15 3.00 2.20 •0.03-0.06
GIG 2.00-0.20 2.00 0.20 3.00 2.20 ••• 0.04-0.06
GIG 2.22-0.15 2.22 0.15 3.50 2.20 •0.04-0.06
GIG 2.30-0.20 2.30 0.20 3.50 2.20 • • 0.04-0.07
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHDR/L (short pocket) (233) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIG
Precision Double-Ended
Inserts for Grooving
W
5
7°
±0.025
RM
15.3 Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler Tmax-r M
IC830
IC8250
IC808
IC20
IC20N
IC806
IC807
f groove
(mm/rev)
GIP 2.22-0.15 2.22 0.15 0.030 3.50 2.20 • • • • 0.05-0.09
GIP 2.39-0.15 2.39 0.15 0.030 4.70 2.40 • • • • • 0.05-0.09
GIP 2.47-0.20 2.47 0.20 0.030 5.00 2.40 • • • • • 0.06-0.10
GIP 2.70-0.10 2.70 0.10 0.030 13.00 2.40 • • • • 0.06-0.10
GIP 2.70-0.20 2.70 0.20 0.030 13.00 2.40 • • 0.07-0.11
GIP 2.87-0.20 2.87 0.20 0.030 13.00 2.40 • • • 0.07-0.12
GIP 3.00-0.00 3.00 0.00 0.030 13.00 2.40 • • • 0.07-0.11
GIP 3.00-0.20 3.00 0.20 0.030 13.00 2.40 • • • • • 0.08-0.13
GIP 3.00-0.40 3.00 0.40 0.030 13.00 2.40 •0.08-0.14
GIP 3.15-0.15 3.15 0.15 0.030 13.00 2.40 ••••• 0.07-0.12
GIP 3.18-0.20 3.18 0.20 0.030 13.00 2.40 •••• • 0.08-0.13
GIP 3.30-0.10 3.30 0.10 0.030 13.00 2.40 •••• 0.07-0.12
GIP 3.48-0.20 3.48 0.20 0.030 13.00 3.20 • • 0.09-0.15
GIP 3.56-0.20 3.56 0.20 0.030 13.00 3.20 • • 0.09-0.15
GIP 3.74-0.20 3.74 0.20 0.030 13.00 3.20 ••• 0.09-0.16
GIP 3.98-0.20 3.98 0.20 0.030 13.00 3.20 •••• • 0.10-0.17
GIP 4.00-0.80 4.00 0.80 0.050 13.00 3.20 •0.10-0.20
GIP 4.23-0.10 4.23 0.10 0.030 13.00 3.20 •••• 0.10-0.16
GIP 5.00-0.40 5.00 0.40 0.030 13.00 4.00 •0.13-0.21
GIP 6.00-0.40 6.00 0.40 0.030 13.00 4.80 •0.15-0.25
GIP 6.00-0.80 6.00 0.80 0.050 13.00 4.80 •0.15-0.27
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIP
Precision Double-Ended
Inserts for Grooving
253
GROOVE-TURN
5
15.3 Ref.
7°
±0.025
W
R=W/2 M
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 Tmax-r M
IC830
IC8250
IC808
IC20
f groove
(mm/rev)
GIP 3.00-1.50 3.00 1.50 12.30 2.40 •0.08-0.15
GIP 3.18-1.59 3.18 1.59 12.20 2.40 •••• 0.08-0.16
GIP 3.98-1.99 3.98 1.99 11.80 3.20 • • 0.10-0.20
GIP 4.78-2.39 4.78 2.39 11.40 4.80 • • 0.12-0.22
GIP 5.00-2.50 5.00 2.50 11.30 4.00 •0.13-0.23
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIP (full radius)
Precision Double-Ended Full
Radius Inserts for Grooving
7∞
±0.025
R
W
5
15.3Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC20
f groove
(mm/rev)
GIF 3.48-0.20 3.48 0.20 0.030 3.20 13.00 •••• 0.08-0.12
GIF 3.56-0.20 3.56 0.20 0.030 3.20 13.00 • • 0.08-0.13
GIF 3.74-0.20 3.74 0.20 0.030 3.20 13.00 • • 0.08-0.13
GIF 3.98-0.20 3.98 0.20 0.030 3.20 13.00 •••• 0.09-0.14
GIF 4.23-0.10 4.23 0.10 0.030 3.20 13.00 ••• 0.08-0.13
GIF 4.45-0.15 4.45 0.15 0.030 4.00 13.00 •••• 0.09-0.14
GIF 4.78-0.55 4.78 0.55 0.050 4.00 13.00 •••• 0.11-0.18
GIF 4.86-0.30 4.86 0.30 0.030 4.00 13.00 ••• 0.11-0.18
GIF 5.28-0.20 5.28 0.20 0.030 4.00 13.00 ••• 0.12-0.18
GIF 5.39-0.20 5.39 0.20 0.030 4.00 13.00 ••• 0.12-0.19
GIF 5.90-0.20 5.90 0.20 0.030 4.80 13.00 • • 0.12-0.21
GIF 6.35-0.50 6.35 0.50 0.050 4.80 13.00 ••• 0.14-0.24
GIF 6.35-0.55 6.35 0.55 0.050 4.80 13.00 • • 0.14-0.24
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) •
CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIF
Precision Double-Ended
Inserts for Grooving
30 Ref.
7˚
±0.025
R
W
M
6.4
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC20
IC806
f groove
(mm/rev)
f face-
groove
(mm/rev)
GIF 8.00-0.40 8.00 0.40 0.030 6.00 27.00 • • 0.18-0.31 0.14-0.23
GIF 8.00-0.80 8.00 0.80 0.050 6.00 27.00 • • 0.18-0.34 0.14-0.25
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) • GHDR/L-JHP (long
pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450)
GIF (long pocket)
Precision Double-Ended
Inserts for Grooving
ISCAR
254
GROOVE-TURN
M
R=W/2
W
7°
±0.025
5
15.3 Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC8250
IC808
IC20
f groove
(mm/rev)
GIF 4.78-2.39 4.78 2.39 4.00 11.40 • • 0.11-0.20
GIF 6.35-3.18 6.35 3.18 4.80 10.60 •0.14-0.27
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) •
CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIF (full radius)
Precision Double-Ended Full
Radius Inserts for Grooving
5
7°
W
RM
15°
±0.025
15.3 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIA 3.00K-0.40 3.00 0.40 0.030 2.40 13.00 • • 0.50-1.80 0.12-0.20 0.07-0.13
GIA 4.00K-0.40 4.00 0.40 0.030 3.20 13.00 • • 0.50-2.40 0.16-0.27 0.09-0.18
GIA 4.00K-0.80 4.00 0.80 0.050 3.20 13.00 • • 1.00-2.40 0.18-0.32 0.09-0.19
GIA 5.00K-0.80 5.00 0.80 0.050 4.00 13.00 • • 1.00-3.00 0.23-0.40 0.11-0.24
GIA 6.00K-0.80 6.00 0.80 0.050 4.80 13.00 • • 1.00-3.60 0.27-0.48 0.14-0.29
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) •
CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIA-K (W=3-6)
Flat Top Precision Double-Ended
Inserts with T-Land for Machining
Cast Iron
R
W
7°
15°
±0.025
M
6.4
30 Ref.
D1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r D1 min
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIA 8.00K-0.80 8.00 0.80 6.00 25.00 160.0 • • 1.00-4.80 0.36-0.64 0.18-0.38
GIA 8.00K-1.20 8.00 1.20 6.00 25.00 160.0 • • 1.45-4.80 0.36-0.70 0.18-0.38
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GIA-K (long pocket)
Flat Top Precision Double-Ended
Inserts with T-Land for Machining
Cast Iron
255
GROOVE-TURN
WM
7°
±0.025
IB50 / IB10HIB20H
15 Ref.
R
0.2
20°
0.15
30°
HARD MATERIALS
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 R M
IB20H
IB50
IB10H
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GITM 3.00K-0.20 3.00 0.20 0.20 2.40 ••• 0.00-0.30 0.02-0.07 0.02-0.05
GITM 4.00K-0.20 4.00 0.20 0.20 3.20 ••• 0.00-0.40 0.03-0.09 0.02-0.07
GITM 5.00K-0.40 5.00 0.40 0.40 4.00 ••• 0.00-0.50 0.05-0.13 0.03-0.10
GITM 6.00K-0.40 6.00 0.40 0.40 4.80 ••• 0.00-0.60 0.05-0.15 0.04-0.12
GITM 8.00K-0.40 8.00 0.40 0.40 6.00 •0.00-0.80 0.07-0.20 0.05-0.16
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GITM
CBN Tipped Inserts for Turning and
Grooving on Hard Ferrous Materials
7°
RW
M
200°
15 Ref.
±0.025
0.2
20°
0.15
30°
IB50 / IB10HIB20H
HARD MATERIALS
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M D1 min
IB20H
IB50
IB10H
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GITM 3.00K-1.50 3.00 1.50 2.40 160.0 ••• 0.00-0.30 0.03-0.10 0.02-0.06
GITM 4.00K-2.00 4.00 2.00 3.20 160.0 ••• 0.00-0.40 0.04-0.14 0.02-0.09
GITM 5.00K-2.50 5.00 2.50 3.90 160.0 ••• 0.00-0.50 0.05-0.18 0.03-0.11
GITM 6.00K-3.00 6.00 3.00 5.00 160.0 ••• 0.00-0.60 0.06-0.22 0.04-0.13
GITM 8.00K-4.00 8.00 4.00 5.60 160.0 •0.00-0.80 0.08-0.29 0.05-0.17
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GITM (full radius)
Full Radius CBN Tipped Inserts
for Grooving and Turning on
Hard Ferrous Materials
7°
±0.025
5
M
R
15.3
Ref.
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 M
IC20
IC07
IC806
IC907
IC4
IC804
f turn
(mm/rev)
f groove
(mm/rev)
GIPY 3.00-1.50 3.00 1.50 2.40 •••••• 0.19-0.28 0.08-0.15
GIPY 4.00-2.00 4.00 2.00 3.20 • •••• 0.22-0.37 0.10-0.20
GIPY 5.00-2.50 5.00 2.50 3.90 • •••• 0.24-0.46 0.13-0.23
GIPY 6.00-3.00 6.00 3.00 5.00 • • • • 0.26-0.55 0.15-0.27
GIPY 8.00-4.00 8.00 4.00 5.60 •••• 0.34-0.74 0.20-0.36
• Can cut arcs to 250° • Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGFG 51-P8 (452) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG
(239) • CGHN-P8 (240) • CGHN-S (239) • CGHR/L-P8DG (240) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket)
(234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIPY
Single-Ended Full Radius Sharp
Edged Precision Inserts for Profiling
of High Temperature Alloys
ISCAR
256
GROOVE-TURN
W
M
GIPA…D-ID5
R
5
7°
±0.025
15 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.03 M
IC20
ID5
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIPA 3.00-0.20 3.00 0.20 2.40 •0.25-1.80 0.12-0.20 0.08-0.14
GIPA 3.00-0.20-D (1) 3.00 0.20 2.40 •0.25-1.80 0.12-0.25 0.09-0.16
GIPA 4.00-0.40 4.00 0.40 3.20 •0.50-2.40 0.14-0.31 0.10-0.20
GIPA 5.00-0.40 5.00 0.40 4.00 •0.50-3.00 0.16-0.34 0.11-0.23
GIPA 6.00-0.40 6.00 0.40 4.80 •0.50-3.60 0.19-0.41 0.11-0.26
• Dmin for internal machining = 70 mm • For cutting speed recommendations and user guide, see pages 340-351
(1) Single-ended PCD tipped insert
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIPA (W=3-6)
Double-Ended Precision Ground
Inserts with a Polished Top Rake
for Machining Aluminum
7°
±0.1
R
W
M
6.4
30 Ref.
Can cut arcs to 250°
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC07
IC507
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMA 840 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
• For heavy-duty machining • Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHIFR/L-A (357) • GHIR/L (W=7.0-8.3) (301) •
GHIUR/L-C-A (15° & 27.5°) Bars (357) • GHIUR/L-UC (357)
GDMA
Utility Double-Ended Insert
with a Polished Top Rake for
Machining Aluminum
257
GROOVE-TURN
7°
W
±0.025
RM
5
15 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC20
IC806
IC4
ID5
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIPA 3.00-1.50 3.00 1.50 2.40 •0.00-1.50 0.15-0.30 0.08-0.16
GIPA 3.00-1.50-D (1) 3.00 1.50 2.40 •0.00-1.50 0.19-0.36 0.09-0.19
GIPA 3.00-1.50YZ-D (2) 3.00 1.50 2.40 •0.00-1.50 0.19-0.36 0.09-0.19
GIPA 4.00-2.00 4.00 2.00 3.20 • • 0.00-2.00 0.20-0.43 0.10-0.22
GIPA 4.00-2.00-D (1) 4.00 2.00 3.20 •0.00-2.00 0.25-0.53 0.12-0.26
GIPA 4.00-2.00YZ-D (2) 4.00 2.00 3.20 •0.00-2.00 0.25-0.53 0.12-0.26
GIPA 5.00-2.50 5.00 2.50 3.90 • • 0.00-2.50 0.21-0.48 0.09-0.24
GIPA 5.00-2.50-D (1) 5.00 2.50 3.90 •0.00-2.50 0.22-0.60 0.11-0.30
GIPA 5.00-2.50YZ-D (2) 5.00 2.50 3.90 •0.00-2.50 0.22-0.60 0.11-0.30
GIPA 6.00-3.00 6.00 3.00 4.80 • • 0.00-3.00 0.21-0.58 0.11-0.29
GIPA 6.00-3.00-D (1) 6.00 3.00 4.80 •0.00-3.00 0.26-0.72 0.13-0.36
GIPA 6.00-3.00YZ 6.00 3.00 4.80 •0.00-3.00 0.21-0.58 0.11-0.29
GIPA 6.00-3.00YZ-D (2) 6.00 3.00 4.80 •0.00-3.00 0.26-0.72 0.13-0.36
GIPA 6.00-3.00CB (3) 6.00 3.00 4.80 •0.00-3.00 0.21-0.58 0.11-0.29
• For cutting speed recommendations and user guide, see pages 340-351
(1) Single-ended PCD tipped insert
(2) Single-ended molded PCD chipformer tipped insert
(3) Single-ended flat PCD tipped insert with chip deflector
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDKR/L (358) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHIFR/L-A (357) •
GHIUR/L-C-A (15° & 27.5°) Bars (357) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIPA (full radius W=3-6)
Precision Double-Ended Inserts
with Polished Top Rake for
Machining Aluminum
10° 6.4
7°
W
RM
GIDA 80-40CB
GIPA 8.00-4.00
GIDA 80-40
±0.025
30 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC20
IC4
ID5
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIDA 80-40 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40-D 8.00 4.00 5.60 •0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40CB-D (1) 8.00 4.00 5.60 •0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40YZ 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40YZ-D 8.00 4.00 5.60 •0.00-4.00 0.35-0.96 0.18-0.48
GIPA 8.00-4.00 8.00 4.00 6.00 •0.00-4.00 0.24-0.67 0.14-0.38
• ID5 is a single-ended PCD tipped insert • For cutting speed recommendations and user guide, see pages 340-351
(1) Should not be clamped on tools with "A" suffix
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHDR/L (long
pocket) (240) • GHDR/L-8A (358) • GHDR/L-JHP (long pocket) (241) • GHFGR/L-8 (450) • GHIFR/L-A (357) • GHIR/L (W=7.0-8.3) (301) • GHIUR/L-C-A (15° &
27.5°) Bars (357) • GHIUR/L-UC (357)
GIPA/GIDA 8 (full radius)
Precision Double-Ended Inserts
with Polished Top Rake for
Machining Aluminum
ISCAR
258
GROOVE-TURN
F1
W
Tmax-r
7°
±0.025
R
15.3
Ref
M
25°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler Tmax-r M F1
IC830
IC808
f groove
(mm/rev)
GIP 0.80-0.00R/LX 0.80 0.00 0.030 1.60 2.40 1.6 •0.02-0.04
GIP 1.00-0.00R/LX 1.00 0.00 0.030 2.00 2.40 1.6 •0.02-0.05
GIP 1.19-0.1RX 1.19 0.10 0.030 2.00 2.40 1.6 •0.03-0.05
GIP 1.57-0.15 R/LX 1.57 0.15 0.030 2.70 2.40 1.7 •0.04-0.06
GIP 1.57-0.79RX 1.57 0.79 0.030 2.80 2.40 1.7 •0.04-0.08
GIP 2.00-0.15 R/LX 2.00 0.15 0.030 3.00 2.40 1.7 •0.05-0.08
GIP 2.39-0.15 RX 2.39 0.15 0.030 3.50 2.40 1.7 •0.05-0.09
GIP 2.39-1.19RX 2.39 1.19 0.050 3.90 2.40 1.7 •0.06-0.12
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHMPR/L (232) • GHMR/L (232)
GIP-RX/LX
Precision Double-Ended Inserts for
External Grooving Next to a Shoulder
h
l1
l2
h
b
1.5
45°
W
f
Right-hand shown
Designation W max h b l1l2f
GHMUR/L 16 4.80 16.0 16.0 112.00 25.0 19.0 SR M6X16 DIN912 HW 5.0
GHMUR/L 20 6.40 20.0 20.0 122.00 25.0 23.0 SR M6X16 DIN912 HW 5.0
GHMUR/L 25 6.40 25.0 25.0 137.00 25.0 28.0 SR M6X16 DIN912 HW 5.0
• For D>100 mm, GIP/GIF inserts can be used (clearance types UN, D or G are not required).
For inserts, see pages: GIMY-UN (258) • GIP-UN (259)
GHMUR/L
External Holders for 45° Undercutting
W
RM
7°
±0.025
15 Ref.
Dimensions Recommended
Machining Data
Designation W±0.05 R±0.05 M Tmax-r
IC8250
f groove
(mm/rev)
GIMY 315-UN 3.00 1.50 2.40 2.00 •0.05-0.15
GIMY 420-UN 4.00 2.00 3.20 2.50 •0.05-0.15
• For 45° undercutting on D 100 mm, regular GIMY inserts may be used. • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHMUR/L (258)
GIMY-UN
Utility Single-Ended Inserts
for External Undercutting
259
GROOVE-TURN
15.3 Ref.
7°
±0.025
R
5
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 D min M Tmax-r
IC830
IC8250
IC808
IC20
f groove
(mm/rev)
GIP 3.00-1.50UN 3.00 1.50 35.00 2.40 4.00 •••• 0.05-0.15
GIP 4.00-2.0UN 4.00 2.00 35.00 3.20 4.00 • • 0.05-0.15
• Not recommended for turning. • For undercutting at 45° and D100 mm, other GIP inserts apply as well.
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN-DG (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket)
(234) • GHMPR/L (232) • GHMR/L (232) • GHMUR/L (258)
GIP-UN
Precision Double-Ended Inserts
for External Undercutting
±0.025 ±0.025
l
Ref
40˚±30´Typ.
GPV 14GPV 17GPV 8
40˚±30´Typ
GPV 3, 4
R
R1
5˚ Typ.
T
max-r
W
5˚
7˚
5˚ Typ.
R
R1
T
max-r
P
W
5˚
7˚
l Ref
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W P±0.03 Tmax-r R±0.05 R1±0.05 Z l
IC8250
IC5010
IC428
f groove
(mm/rev)
GPV 3-2.34-1 (1) 2.80 2.34 2.21 0.32 0.20 1 15.30 • • 0.06-0.15
GPV 4-3.56-1 (1) 4.03 3.56 3.42 0.45 0.30 1 15.30 ••• 0.06-0.15
GPV 8-2.34-3 (2) 7.48 2.34 2.21 0.32 0.20 3 15.30 • • 0.06-0.15
GPV 14-2.34-4 (3) 9.82 2.34 2.21 0.32 0.20 4 24.00 ••• 0.06-0.15
GPV 14-3.56-3 (3) 11.14 3.56 3.42 0.45 0.30 3 24.00 ••• 0.06-0.15
GPV 17-3.56-4 (4) 14.68 3.56 3.42 0.45 0.30 4 24.00 ••• 0.06-0.15
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • For cutting speed recommendations and user guide, see pages 340-351
(1) Use holders which are suitable for GIP 3 / GIP 4
(2) Use holders which are suitable for GIMY 808
(3) Use holders which are suitable for TIGER 14
(4) Use holders which are suitable for TIGER 17
For tools, see pages: C#-GHDR/L (233) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHDR/L/N 12/14 (284) •
GHMPR/L (232) • GHMR/L (232)
GPV
Precision Inserts for Grooving
Multi V-Ribbed Pulleys
±0.025
RTmax-r
5.5
l
W
7° M
alpha°
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r alpha l M
IC808
f groove
(mm/rev)
GDK 1.5-MS 1.50 0.50 8.40 14.0 21.00 3.50 •0.15-0.25
GDK 1.81-MS 1.81 0.50 8.40 12.0 19.70 3.50 •0.15-0.25
• For steel grooves
GDK
Inserts for Rough Grooving
V-Shaped Piston Grooves
ISCAR
260
GROOVE-TURN
7°
l
M
W
RTmax-r
alpha°
±0.025
Dimensions Tough
1
Hard
Recommended
Machining Data
Designation W±0.02 R Tmax-r alpha l M
IC308
IC908
f groove
(mm/rev)
GDP 1.20-0.30-4768V2Q 1.20 0.30 6.50 11.0 25.00 2.40 • • 0.12-0.18
GDP 1.55-0.30-1404Q 1.55 0.30 6.50 10.0 20.90 3.50 •0.12-0.18
GDP 1.75-1406Q 1.75 0.30 7.50 - (1) 20.95 3.50 •0.12-0.18
(1) Left edge 7.17° + right edge 7.83°
GDP
Inserts for Precision Grooving
of V-Shaped Piston Grooves
l
2
l1
T
A
f
h
b
h
h4
Designation Tmax-r h h1h4b A f l1l2Insert
HLPGR/L 2525-12-A3.5-T25 25.00 25.0 25.0 7.0 25.0 3.50 23.3 160.00 50.0 LPGIR/L 12 SR M6X20 DIN912 HW 5.0
HLPGR/L 3225-12-A3.5-T25 25.00 32.0 32.0 - 25.0 3.50 23.3 160.00 50.0 LPGIR/L 12 SR M6X20 DIN912 HW 5.0
HLPGR/L 2525-12-A4.5-T30 30.00 25.0 25.0 7.0 25.0 4.50 22.8 160.00 55.0 LPGIR/L 12 SR M6X20 DIN912 HW 5.0
HLPGR/L 3225-12-A4.5-T30 30.00 32.0 32.0 - 25.0 4.50 22.8 160.00 55.0 LPGIR/L 12 SR M6X20 DIN912 HW 5.0
HLPGR/L 2525-16-A6-T30 30.00 25.0 25.0 7.0 25.0 6.00 22.0 160.00 55.0 LPGIR/L 16 SR M6X20 DIN912 HW 5.0
HLPGR/L 3225-16-A6-T30 30.00 32.0 32.0 - 32.0 6.00 22.0 160.00 55.0 LPGIR/L 16 SR M6X20 DIN912 HW 5.0
• In case of face penetration prior to radial grooving, please check that the lower insert support is relieved from the groove's outer diameter.
For inserts, see pages: LPGIR/L (260)
HLPGR/L
Tools for L-Type LPGIR/L Inserts
D1 min
a
RR
D1 min
W
M
Tmax-a
L3
Right-hand shown
Dimensions
Designation W±0.02 R M Tmax-aL3aD1 min
IC907
LPGIR/L 12-8-2T4PR 2.00 0.20 4.00 3.50 30.00 8.00 200.0 •
LPGIR/L 12-8-210T4 2.00 1.00 4.00 3.50 30.00 8.00 200.0 •
LPGIR/L 12-8.5-3T5PR 3.00 0.30 3.50 4.50 30.00 8.50 200.0 •
LPGIR/L 12-8.5-315T5 3.00 1.50 3.50 4.50 30.00 8.50 200.0 •
LPGIR/L 12-9.5-4T6PR 4.00 0.40 3.50 5.50 30.00 9.50 200.0 •
LPGIR/L 12-9.5-420T6 4.00 2.00 3.50 5.50 30.00 9.50 200.0 •
LPGIR/L 12-11-5T6.5PR 5.00 0.40 4.50 6.00 30.00 11.00 200.0 •
LPGIR/L 12-11-525T6.5 5.00 2.50 4.50 6.00 30.00 11.00 200.0 •
LPGIR/L 16-15.5-3T9PR 3.00 0.30 6.00 8.50 30.60 15.50 200.0 •
LPGIR/L 16-15.5-315T9 3.00 1.50 6.00 8.50 30.60 15.50 200.0 •
LPGIR/L 16-15.5-4T9PR 4.00 0.40 6.00 8.50 30.60 15.50 200.0 •
LPGIR/L 16-15.5-420T9 4.00 2.00 6.00 8.50 30.60 15.50 200.0 •
LPGIR/L 16-15.5-5T9PR 5.00 0.40 6.00 8.50 30.60 15.50 200.0 •
LPGIR/L 16-15.5-525T9 5.00 2.50 6.00 8.50 30.60 15.50 200.0 •
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: HLPGR/L (260)
LPGIR/L
Inserts for Axial Grooves Inside
Radial Grooves and for Radial
Grooves Inside Axial Grooves
261
GROOVE-TURN
17.7 Ref.
±0.025
W
55°
R
TIP inserts are 1.6 mm longer than GIP in the same pocket
Dimensions Tough
1
Hard
Designation W R±0.03 TPI max TPI min(1)
IC08
IC908
TIP 2WT-0.05 2.40 0.05 54 D/6.4 • •
TIP 4WT-0.15 4.00 0.15 19 D/6.4 • •
TIP 5WT-0.25 5.50 0.25 12 D/6.4 •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.187xD
(1) D-Diameter of thread (inch)
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-WT
Precision Ground 55° Partial
Profile, Double-Ended Threading
Inserts with a Chipformer
17.7 Ref.
(a)
W
TIP _A-MT
60°
R
±0.025
TIP _MT
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIP 2A-MT-0.05 (1) 2.40 0.05 0.45 56 •
TIP 2MT-0.05 2.40 0.05 0.45 56 • •
TIP 2MT-0.14 2.40 0.14 1.11 23 • •
TIP 4A-MT-0.15 (1) 4.00 0.15 1.25 20 •
TIP 4MT-0.15 4.00 0.15 1.25 20 •
TIP 4MT-0.20 4.00 0.20 1.63 16 • •
TIP 5MT-0.25 5.50 0.25 1.94 13 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket • Toolholder seat needs to be modified according to insert profile to ensure clearance
(1) Without chipformer (flat rake)
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-MT
Precision Ground 60° Partial
Profile Double-Ended Threading
Inserts with Chipformers
ISCAR
262
GROOVE-TURN
17.7 Ref.(a)
±0.025
W
60°
R
Dimensions Tough
1
Hard
Designation Pitch W R R±toler
IC08
IC908
TIP 2P0.5-ISO 0.50 2.40 0.08 0.030 • •
TIP 2P0.75-ISO 0.75 2.40 0.11 0.030 • •
TIP 2P0.8-ISO 0.80 2.40 0.12 0.030 • •
TIP 2P1.0-ISO 1.00 2.40 0.14 0.030 • •
TIP 2P1.25-ISO 1.25 2.40 0.18 0.030 • •
TIP 2P1.5-ISO 1.50 2.40 0.22 0.030 • •
TIP 2P1.75-ISO 1.75 2.40 0.25 0.030 • •
TIP 4P2.0-ISO 2.00 4.00 0.28 0.030 • •
TIP 4P2.5-ISO 2.50 4.00 0.35 0.050 • •
TIP 4P3.0-ISO 3.00 4.00 0.42 0.050 •
TIP 4P3.5-ISO 3.50 4.00 0.48 0.050 •
TIP 5P4.0-ISO 4.00 5.50 0.55 0.050 •
TIP 5P5.0-ISO 5.00 5.50 0.68 0.050 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-ISO
Precision Ground ISO Metric Full
Profile Double-Ended External
Threading Inserts with a Chipformer
17.7 Ref.(a)
±0.025
W
60°
R
Dimensions Tough
1
Hard
Designation W R R±toler TPI
IC08
IC808
IC908
TIP 2P32-UN 2.40 0.10 0.030 32.0 • •
TIP 2P28-UN 2.40 0.11 0.030 28.0 • •
TIP 2P24-UN 2.40 0.13 0.030 24.0 • •
TIP 2P20-UN 2.40 0.16 0.030 20.0 • •
TIP 2P18-UN 2.40 0.18 0.030 18.0 • •
TIP 2P16-UN 2.40 0.20 0.030 16.0 • •
TIP 2P14-UN 2.40 0.23 0.030 14.0 • •
TIP 2P13-UN 2.40 0.25 0.030 13.0 • •
TIP 2P12-UN 2.40 0.27 0.030 12.0 • •
TIP 4P11-UN 4.00 0.30 0.030 11.0 •
TIP 4P10-UN 4.00 0.33 0.050 10.0 • •
TIP 4P08-UN 4.00 0.41 0.050 8.0 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-UN
Precision Ground American UN
(UNC,UNF,UNEF) Full Profile
Double-Ended External Threading
Inserts with a Chipformer
263
GROOVE-TURN
17.7 Ref.(a)
±0.025
W
55°
R
Dimensions Tough
1
Hard
Designation W R TPI
IC08
IC908
TIP 2P28-BSW 2.40 0.11 28.0 • •
TIP 2P26-BSW 2.40 0.12 26.0 • •
TIP 2P-24BSW 2.40 0.12 24.0 •
TIP 2P24-BSW 2.40 0.12 24.0 •
TIP 2P-20BSW 2.40 0.16 20.0 •
TIP 2P20-BSW 2.40 0.16 20.0 •
TIP 2P19-BSW 2.40 0.16 19.0 • •
TIP 2P-18BSW 2.40 0.17 18.0 •
TIP 2P18-BSW 2.40 0.17 18.0 •
TIP 2P-16BSW 2.40 0.19 16.0 •
TIP 2P16-BSW 2.40 0.19 16.0 •
TIP 2P14-BSW 2.40 0.22 14.0 • •
TIP 4P12-BSW 4.00 0.25 12.0 •
TIP 4P11-BSW 4.00 0.28 11.0 • •
TIP 4P10-BSW 4.00 0.31 10.0 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-BSW
Precision Ground American
BSW, BSF, BSP Full Profile
Double-Ended External Threading
Inserts with a Chipformer
17.7 Ref.(a)
±0.025
60°
R
W
Dimensions Tough
1
Hard
Designation W R±0.03 TPI
IC08
IC908
TIP 2P27-NPT 2.40 0.05 27.0 • •
TIP 2P18-NPT 2.40 0.07 18.0 • •
TIP 2P14-NPT 2.40 0.09 14.0 •
TIP 4P11.5-NPT 4.00 0.10 11.5 • •
TIP 4P8-NPT 4.00 0.13 8.0 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-NPT
Precision Ground NPT
(National Pipe Threads)
Full Profile Double-Ended
External Threading Inserts
with a Chipformer
ISCAR
264
GROOVE-TURN
17.7 Ref.(a)
±0.025
55°
R
W
Dimensions Tough
1
Hard
Designation W R±0.03 TPI
IC08
IC908
TIP 2P28-BSPT 2.40 0.11 28.0 • •
TIP 2P19-BSPT 2.40 0.16 19.0 • •
TIP 2P14-BSPT 2.40 0.22 14.0 • •
TIP 4P11-BSPT 4.00 0.28 11.0 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-BSPT
Precision Ground BSPT (British
Standard Pipe) Full Profile
Double-Ended External Threading
Inserts with a Chipformer
l2
Dmax
h
h4
l1
fWTmax-r
h
b
A
Left-hand shown
Designation W min W max D max(1) Tmax-r h b l1l2f h4A Insert
PHGR/L 16-2.4 2.40 3.18 34.0 17.00 16.0 16.0 110.00 33.0 15.1 5.5 1.90 GDMW 2.4 SR M5X16 DIN912 HW 4.0
PHGR/L 20-2.4 2.40 3.18 34.0 17.00 20.0 20.0 120.00 33.0 19.1 - 1.90 GDMW 2.4 SR M5X16 DIN912 HW 4.0
PHGR/L 25-2.4 2.40 3.18 34.0 17.00 25.0 25.0 140.00 33.0 24.1 - 1.90 GDMW 2.4 SR M5X16 DIN912 HW 4.0
• For user guide, see pages 340-351
(1) Maximum parting diameter.
For inserts, see pages: GDMW 2.4 (265)
PHGR/L
Holders for External
Grooving and Turning
l2
h
l1
h4
h
b
Tmax-r
Right-hand shown
Designation Tmax-r h b l1h4Adapter(1)
PHAR/L 20 16.30 20.0 20.0 140.00 10.0 PADR/L 2.4 SR 76-1368 HW 4.0 SR M5-04451 T-20/5
PHAR/L 25 16.30 25.0 25.0 140.00 5.0 PADR/L 2.4 SR 76-1368 HW 4.0 SR M5-04451 T-20/5
(1) Adapters to be ordered separately.
For tools, see pages: PADR/L (264)
PHAR/L
External Machining Holders
for PADR/L Adapters
B1h1
l1
Tmax-r
W
f2
A
Left-hand shown
Right-hand shown
Designation W min W max Tmax-r l1A h1B1f2Insert
PADR/L 2.4 2.40 3.18 16.30 41.00 1.90 24.0 30.0 4.20 GDMW 2.4
• For user guide, see pages 340-351
For inserts, see pages: GDMW 2.4 (265)
For holders, see pages: PHAR/L (264)
PADR/L
Adapters for GDMW/GDMY
Groove-Turn Inserts
265
GROOVE-TURN
20 Ref.
7˚
±0.1
WRM
5.5
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.04 R±0.03 M Tmax-r
IC830
IC808
IC20
IC20N
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMW 2.4 2.40 0.18 2.00 18.00 ••••0.25-1.50 0.07-0.12 0.05-0.08
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: PADR/L (264) • PHGR/L (264) • PHSR/L (312)
GDMW 2.4
Utility Double-Ended
Inserts for External Turning,
Grooving and Parting
l1
h4
l2
h
f
Tmax-r
h
b
W
f2
f1
W
0.50-3.20 2.0
3.21-4.23 2.5
4.24-5.20 3.0
5.21-6.20 3.5
6.21-8.20 4.5
f2
f=f1+f2Right-hand shown
Designation h b W min W max f1Tmax-r(2) l1l2h4
PCHR/L 10-24 10.0 10.0 0.50 3.20 6.5 6.50 120.00 19.5 6.0 SR 16-212-01397L T-2010/5
PCHR/L 12-24 12.0 12.0 0.50 3.20 8.5 6.50 120.00 19.5 4.0 SR 16-212-01397L T-2010/5
PCHR/L 16-24 16.0 16.0 0.50 3.20 12.5 6.50 120.00 19.5 - SR 16-212-01397L T-2010/5
PCHR/L 20-24 20.0 20.0 0.50 3.20 16.5 6.50 120.00 19.5 - SR 16-212-01397L T-2010/5
PCHR/L 25-24 25.0 25.0 0.50 3.20 21.5 6.50 135.00 19.5 - SR 16-212-01397L T-2010/5
PCHR/L 16-24-5 16.0 16.0 3.21 5.20 11.5 6.40 120.00 21.5 4.0 SR PCHL-8-06642 T-15/5
PCHR/L 20-24-5 20.0 20.0 3.21 5.20 15.5 6.40 120.00 21.5 - SR PCHL-8-06642 T-15/5
PCHR/L 25-24-5 25.0 25.0 3.21 5.20 20.5 6.40 135.00 21.5 - SR PCHL-8-06642 T-15/5
PCHR/L 25-24-8 (1) 25.0 25.0 5.21 8.20 18.5 6.50 135.00 19.5 - SR PCHL-8-06642 T-15/5
• f=f1+f2 (according to insert width (W) being used)
(1) Used with special inserts only
(2) For specific information, refer to insert data
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411)
PCHR/L-24
Grooving, Parting and
Recessing Holders Carrying
Inserts with 5 Cutting Edges
ISCAR
266
GROOVE-TURN
h
b
Th typx3
l2l1
L3
f
h4
h
25 mm shank 12-20 mm shank
Th
Bar Max
Designation h b W min W max(1) f l1l2L3h4ThTmax-r(2) Insert
PCHR/L 12-24-JHP 12.0 12.0 0.50 3.20 5.5 100.00 24.5 20.50 4.0 UNF 5/16-24 6.50 PENTA 24
PCHR/L 16-24-JHP 16.0 16.0 0.50 3.20 9.5 120.00 24.5 0.00 - UNF 5/16-24 6.50 PENTA 24
PCHR/L 20-24-JHP 20.0 20.0 0.50 3.20 13.5 135.00 24.5 0.00 - G 1/8-28 6.50 PENTA 24
PCHR/L 25-24-JHP 25.0 25.0 0.50 3.20 18.5 135.00 24.5 0.00 - G 1/8-28 6.50 PENTA 24
• For user guide and accessories see pages 340-355
(1) Up to 6.2 mm width may be ordered on request.
(2) For specific information, refer to insert data.
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate
(liters/min)
100 Bar
Flow Rate
(liters/min)
140 Bar
Flow Rate
(liters/min)
PCHR/L 12-24-JHP 5-8 9-11 11-13
PCHR/L 16/20/25-24-JHP 12-14 14-16 16-18
(2) Grooving Depth Tmax Relative to Dmax
Tmax 3.5 4 4.5 5
Dmax No-limit 210 135 50
T max.
D max.
Groove Capacity
10 max.
Cut-off to Center
Coolant Holes
Spare Parts
Designation
PCHL 12-24-JHP SR 16-212-01397L-L8.5 T-2010/5 SR 5/16UNF TL360 HW 5/32"
PCHR 12-24-JHP SR 16-212-01397-L8.5 T-2010/5 SR 5/16UNF TL360 HW 5/32"
PCHL 16-24-JHP SR 16-212-01397L T-2010/5 SR 5/16UNF TL360 HW 5/32"
PCHR 16-24-JHP SR 16-212-01397 T-2010/5 SR 5/16UNF TL360 HW 5/32"
PCHL 20-24-JHP SR 16-212-01397L T-2010/5 PLG 1/8BSP TL360 HW 5.0
PCHR 20-24-JHP SR 16-212-01397 T-2010/5 PLG 1/8BSP TL360 HW 5.0
PCHL 25-24-JHP SR 16-212-01397L T-2010/5
PCHR 25-24-JHP SR 16-212-01397 T-2010/5
PCHR/L-24-JHP
Grooving, Parting and Recessing
Tools Carrying PENTA Inserts with
Channels for High Pressure Coolant
267
GROOVE-TURN
H2
l2l1
h
h
W
h4
3º Pocket Inclination
b
l3
f
Right-hand shown
Designation h b W min W max l1l2L3h4H2
PCHR/LS 12-24 12.0 12.0 0.80 4.80 120.00 19.5 24.50 4.0 21.0 SR 16-212-01397LS T-2010/5
PCHR/LS 16-24 16.0 16.0 0.80 4.80 120.00 19.5 - - 21.0 SR 16-212-01397LS T-2010/5
PCHR/LS 20-24 20.0 20.0 0.80 4.80 120.00 19.5 - - 25.0 SR 16-212-01397LS T-2010/5
PCHR/LS 25-24 25.0 25.0 0.80 4.80 135.00 19.5 - - 30.0 SR 16-212-01397LS T-2010/5
For inserts, see pages: PENTA 24N-J-RS (273) • PENTA 24N-RS/LS (274)
3°
PCHRS/LS
Holders Carrying Inserts with 5 Cutting
Edges for Grooving, Parting and
Recessing Next to High Shoulders
h4
hh
f
Tmax-r
l2
l1
W
b
Right-hand shown
Designation h b W min W max f Tmax-r(2) l1l2h4
PCHR/L 16-34 16.0 16.0 1.50 4.00 14.2 10.00 120.00 31.0 9.0 SR 16-212-01397 T-2010/5
PCHR/L 20-34 20.0 20.0 1.50 4.00 18.2 10.00 120.00 31.0 6.0 SR 16-212-01397 T-2010/5
PCHR/L 25-34 25.0 25.0 1.50 4.00 23.2 10.00 135.00 31.0 - SR 16-212-01397 T-2010/5
PCHR/L 25-34-8 (1) 25.0 25.0 3.19 8.20 22.5 10.00 135.00 31.0 - SR PCHR-8-06642 T-15/5
PCHR/L 32-34 32.0 32.0 1.50 4.00 30.1 10.00 135.00 31.0 - SR 16-212-01397 T-2010/5
(1) Used with special inserts only
(2) For specific information, refer to insert data
For inserts, see pages: PENTA 34F-R/L (458) • PENTA 34N-C (277) • PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J
(414) • PENTA 34R/L-PB (414)
PCHR/L-34
Grooving, Parting and
Recessing Holders Carrying
Inserts with 5 Cutting Edges
h
b
Th (typx3)
l1
l2
h4
L3
h
f
W
Lock
h= 16-20 mm h= 25 mm
Th
Right-hand shown
Bar Max
Designation h b W min W max f l1l2L3h4ThTmax-r(1) Insert
PCHR/L 16-34-JHP 16.0 16.0 1.50 4.00 9.6 120.00 33.5 28.00 9.0 UNF 5/16-24 (x3) 10.00 PENTA 34
PCHR/L 20-34-JHP 20.0 20.0 1.50 4.00 13.6 135.00 33.5 26.00 6.0 G 1/8-28 (x3) 10.00 PENTA 34
PCHR/L 25-34-JHP 25.0 25.0 1.50 4.00 18.6 135.00 33.5 - - G 1/8-28 10.00 PENTA 34
• For user guide and accessories, see pages 340-355
(1) For specific information, refer to insert data
For inserts, see pages: PENTA 34F-R/L (458) • PENTA 34N-C (277) • PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J
(414) • PENTA 34R/L-PB (414)
Spare Parts
Designation
PCHR/L 16-34-JHP SR 16-212-01397 T-2010/5 SR 5/16UNF TL360 HW 5/32"
PCHR/L 20-34-JHP SR 16-212-01397 T-2010/5 PLG 1/8BSP TL360 HW 5.0
PCHR/L 25-34-JHP SR 16-212-01397 T-2010/5
PCHR/L-34-JHP
Grooving, Parting and Recessing
Tools Carrying PENTA Inserts with
Channels for High Pressure Coolant
ISCAR
268
GROOVE-TURN
b
h
Lock
Tmax-a
F1
l
2
h
l1
W
f
h4
Right-hand shown
Designation h b W min W max f F1l1l2h4Tmax-a(1)
PCHPR/L 16-24 16.0 16.0 0.50 3.20 (2) 1.5 (3) 23.5 120.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 20-24 20.0 20.0 0.50 3.20 (2) 1.5 (3) 28.0 120.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 25-24 25.0 25.0 0.50 3.20 (2) 1.5 (3) 33.0 135.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 20-34 20.0 20.0 1.40 4.00 1.9 34.0 120.00 15.0 6.0 10.00 SR 16-212-01397 T-20/5
PCHPR/L 25-34 25.0 25.0 1.40 4.00 1.9 34.0 135.00 15.0 - 10.00 SR 16-212-01397 T-20/5
(1) For specific information, refer to insert data.
(2) Up to 6.2 mm width may be ordered on request.
(3) Valid for inserts with W<3.2 mm
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411) • PENTA 34F-R/L (458) • PENTA 34N-C (277) •
PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J (414) • PENTA 34R/L-PB (414)
PCHPR/L
Perpendicular Holders Carrying Inserts
with 5 Cutting Edges for Facing,
Grooving, Parting and Recessing
MAHR (R.H. holder)
A2
R.H. adapter
f2
f1
fL5
ff1
f
3
MAHL (L.H. holder)
MAHPR (R.H. perpendicular holder)
R.H. adapter h1
l
1
B1
A1
f=f1(R.H. holder)+f2(R.H. adapter) • f=f1(L.H. holder)+f3(R.H. adapter)
Right-hand shown
Designation W min W max L5l1f2f3A1A2h1B1
PCADR/L 24N 0.50 3.18 (1) 17.00 41.50 3.20 2.00 9.00 5.2 24.0 30.3 SR 16-212-01397L(a) T-2010/5
PCADR/L 34N 1.50 4.00 29.60 54.20 3.35 1.85 11.00 5.2 24.0 31.0 SR 16-212-01397 T-2010/5
• Tmax and Dmax according to insert limitation
(1) Up to 6.2 mm width may be ordered on request
(a) For left-hand holders
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411) • PENTA 34F-R/L (458) • PENTA 34N-C (277) •
PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J (414) • PENTA 34R/L-PB (414)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • HSK A63WH-MAHUR/L (482) • HSK A63WH-MAHDR-45
(481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
PCADR/L
Adapters for PENTACUT
Grooving Inserts
A2A1
h1B1
l1
L5
f2f3
MAHR ...-JHP
R.H. Holder
R.H. Adapter
MAHPL ...-JHP
L.H. Holder
R.H. Adapter
f=f1(R.H. holder)+f2(R.H. adapter) • f=f1(L.H. holder)+f3(R.H. adapter)
Right-hand shown
Bar Max
Designation W min W max L5l1f2f3A1A2h1B1Insert
PCADR/L 24-JHP 0.50 3.18 (1) 19.30 43.80 5.20 2.00 10.00 7.2 24.0 33.0 PENTA 24 SR 16-212-01397L T-2010/5
• Tmax and Dmax according to insert limitation • For user guide and accessories, see pages 340-355
(1) Up to 6.2 mm width can be ordered on request
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411)
For holders, see pages: MAHR/L-JHP-MC (236)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
PCADR/L 24-JHP 9-11 11-13 12-14
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
PCADR/L 24-JHP 9-11 11-13 12-14
PCADR/L-JHP
Adapters with High Pressure Coolant
Holes for PENTACUT Grooving Inserts
269
GROOVE-TURN
hhB1
A
1
f
1
fb
W
f2Tmax-r
l1
L3
L
5
GHAR ...-8 F=f1+f2
Right-hand shown
Designation W min W max L3L5l1f2B1A1
PCADR/L 34N-RE 1.50 4.00 5.50 29.50 61.50 10.15 42.0 12.00 SR 16-212-01397 T-2010/5
• Tmax and Dmax according to insert limitation • h, b, and f1 according to holder being used
For inserts, see pages: PENTA 34F-R/L (458) • PENTA 34N-C (277) • PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J
(414) • PENTA 34R/L-PB (414)
For holders, see pages: C#-GHAD-8 (241) • C#-GHAPR/L-8 (242) • GHAPR/L-8 (243) • GHAR/L-8 (242) • IM-GHAD-8 (484) • IM-GHAPR/L-8 (484)
PCADR/L 34N-RE
Reinforced Adapters for
PENTACUT Grooving Inserts
A2
f2
B1h1
W
l1
Left-hand shown
Designation B1W min W max h1f2(2) l1A2Insert
PCHBR/L 26-24R 26.0 0.50 6.20 21.4 7.00 110.00 8.5 PENTA 24
PCHBR 26-24L 26.0 0.50 6.20 21.4 7.00 110.00 8.5 PENTA 24
PCHBL 32-24R 32.0 0.50 6.20 24.8 7.00 110.00 8.5 PENTA 24
PCHBR 32-24L 32.0 0.50 6.20 24.8 7.00 110.00 8.5 PENTA 24
PCHBR/L 26-34R (1) 26.0 1.50 4.00 21.4 7.15 110.00 8.5 PENTA 34
PCHBR 26-34L (1) 26.0 1.50 4.00 21.4 7.15 110.00 8.5 PENTA 34
PCHBL 32-34R 32.0 1.50 4.00 24.8 7.15 110.00 8.5 PENTA 34
PCHBR 32-34L 32.0 1.50 4.00 24.8 7.15 110.00 8.5 PENTA 34
• For insert/blade orientation, see the following drawings
(1) Single pocket blade
(2) To the center of inserts up to 4.15 mm width
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411) • PENTA 34F-R/L (458) • PENTA 34N-C (277) •
PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J (414) • PENTA 34R/L-PB (414)
Lock
Lock
PCHBL 26-24R Shown
PCHBL 26-24L
PCHBR 26-24L PCHBR 26-24R
Right-hand blade
Right-hand pocket
location on the blade
PCHBL 26-24R
PCHBR/L
Double-Ended Parting and Grooving
Blades for PENTACUT Inserts
Spare Parts
Designation
PCHBR/L 26-24R SR 16-212-01397L T-2010/5
PCHBR 26-24L SR 16-212-01397 T-2010/5
PCHBL 32-24R SR 16-212-01397L T-2010/5
PCHBR 32-24L SR 16-212-01397 T-2010/5
PCHBR/L 26-34R SR 16-212-01397 T-2010/5
PCHBR 26-34L SR 16-212-01397 T-2010/5
PCHBL 32-34R SR 16-212-01397 T-2010/5
PCHBR 32-34L SR 16-212-01397 T-2010/5
ISCAR
270
GROOVE-TURN
W
R
M
T(1) 24
±0.04
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R M Tmax-r(1)
IC1008
IC908
IC807G
f groove
(mm/rev)
PENTA 24N050J000 0.50 0.00 4.00 1.00 •0.02-0.04
PENTA 24N050J004 0.50 0.04 4.00 2.50 •0.02-0.05
PENTA 24N080J000 0.80 0.00 4.00 1.60 •0.02-0.05
PENTA 24N100J004 1.00 0.04 4.00 3.50 •0.03-0.07
PENTA 24N100J006 1.00 0.06 4.00 3.50 • • 0.03-0.07
PENTA 24N104J000 1.04 0.00 4.00 2.00 •0.02-0.07
PENTA 24N120J000 1.20 0.00 4.00 2.00 • • 0.03-0.07
PENTA 24N125J010 1.25 0.10 4.00 2.00 •0.03-0.07
PENTA 24N140J000 1.40 0.00 4.00 2.00 •0.03-0.08
PENTA 24N147J000 1.47 0.00 4.00 2.50 •0.03-0.08
PENTA 24N150J010 1.50 0.10 4.00 5.00 ••• 0.03-0.10
PENTA 24N157J015 1.57 0.15 4.00 3.00 • • 0.00-0.12
PENTA 24N170J010 1.70 0.10 4.00 3.00 • • 0.03-0.12
PENTA 24N178J018 1.78 0.18 4.00 3.00 • • 0.04-0.12
PENTA 24N185J015 1.85 0.15 4.00 3.00 •0.04-0.12
PENTA 24N196J015 1.96 0.15 4.00 3.00 • • 0.04-0.12
PENTA 24N200J020 2.00 0.20 4.00 6.00 ••• 0.04-0.12
PENTA 24N222J015 2.22 0.15 4.00 3.50 • • 0.04-0.16
PENTA 24N230J020 2.30 0.20 4.00 3.50 • • 0.04-0.16
PENTA 24N239J015 2.39 0.15 4.00 5.00 • • 0.04-0.16
PENTA 24N247J020 2.47 0.20 4.00 5.00 • • 0.04-0.16
PENTA 24N270J010 2.70 0.10 4.00 5.00 •0.04-0.16
PENTA 24N287J020 2.87 0.20 4.00 6.50 •0.04-0.16
PENTA 24N300J000 3.00 0.00 4.00 6.50 •0.04-0.10
PENTA 24N300J020 3.00 0.20 4.00 6.50 • • 0.04-0.16
PENTA 24N300J040 3.00 0.40 4.00 6.50 • • 0.04-0.16
PENTA 24N315J015 3.15 0.15 4.00 6.50 •0.04-0.16
PENTA 24N318J020 3.18 0.20 4.00 6.50 • • 0.04-0.16
PENTA 24N330J010 3.30 0.10 5.00 6.40 •0.04-0.16
PENTA 24N348J020 3.48 0.20 5.00 6.40 •0.04-0.18
PENTA 24N356J020 3.56 0.20 5.00 6.40 •0.04-0.18
PENTA 24N374J020 3.74 0.20 5.00 6.40 •0.04-0.18
PENTA 24N398J020 3.98 0.20 5.00 6.20 •0.04-0.18
PENTA 24N400J040 4.00 0.40 5.00 6.20 •0.04-0.18
PENTA 24N423J010 4.23 0.10 5.00 6.20 •0.04-0.18
• (1)Recessing is possible only with 2.39 mm and wider inserts • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depth relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-J
Inserts with 5 Cutting Edges for
Parting and Grooving Soft Materials,
Tubes, Small and Thin-Walled Parts
Circular
circumference
of the insert
Insert
lead angle (K)
N, R, L
N
Corner radius R (mm)x100
for neutral insert. (k=0)
Or lead angle for right- or
left-hand inserts. (eg. 15D=15º)
010
Cutting edge
width W(mm)x100
150
24
Family
name
PENTA
Chipbreaker
style J, Z
J
Identification System for Standard Inserts
271
GROOVE-TURN
22
±0.04
24
Tmax-r (1)
W
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
IC807G
f groove
(mm/rev)
PENTA 24N100J050 1.00 0.50 3.50 •0.03-0.07
PENTA 24N120J060 1.20 0.60 2.00 •0.03-0.07
PENTA 24N140J070 1.40 0.70 2.00 •0.05-0.08
PENTA 24N157J079 1.57 0.79 3.00 • • 0.05-0.08
PENTA 24N200J100 2.00 1.00 3.00 • • 0.05-0.12
PENTA 24N239J120 2.39 1.20 5.00 •0.06-0.16
PENTA 24N300J150 3.00 1.50 6.50 • • 0.06-0.20
PENTA 24N318J159 3.18 1.59 6.50 •0.06-0.20
PENTA 24N400J200 4.00 2.00 6.25 •0.06-0.20
• Recessing is possible only with 2.39 mm and wider inserts. • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving depth relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-J (full radius)
Precision Grooving Pentagonal Full
Radius Inserts for Soft Materials
W
R
22
T(1) 24
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 24N150C010 1.50 0.10 5.00 •0.05-0.11
PENTA 24N157C015 1.57 0.15 3.00 •0.05-0.12
PENTA 24N178C018 1.78 0.18 3.00 •0.05-0.14
PENTA 24N200C020 2.00 0.20 6.00 •0.05-0.16
PENTA 24N230C020 2.30 0.20 3.50 •0.06-0.17
PENTA 24N239C015 2.39 0.15 5.00 •0.07-0.18
PENTA 24N247C020 2.47 0.20 5.00 •0.08-0.20
PENTA 24N300C020 3.00 0.20 6.20 •0.10-0.25
PENTA 24N300C040 3.00 0.40 6.20 •0.10-0.25
PENTA 24N318C020 3.18 0.20 6.20 •0.10-0.25
• (1)Recessing is possible only with 2.39 mm and wider inserts • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-C
Parting and Grooving Inserts with 5
Cutting Edges for Parting Bars, Hard
Materials and Tough Applications
ISCAR
272
GROOVE-TURN
22
±0.04
24
Tmax-r (1)
W
R
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 24N200C100 2.00 1.00 3.00 •0.04-0.16
• Recessing is possible only with 2.39 mm and wider inserts. • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving depth relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-C (full radius)
Full Radius Grooving Inserts with 5
Cutting Edges for Hard Materials
and Tough Applications
4
7º
Kr°
RTmax-r
±0.04
24
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler Tmax-r(1) Kr°
IC1008
IC908
IC30N
f groove
(mm/rev)
PENTA 24N100P005 1.00 0.05 0.020 3.50 12.0 •0.02-0.05
PENTA 24N100PF010 1.00 0.10 0.020 4.00 6.0 • • 0.03-0.06
PENTA 24N150P005 1.50 0.05 0.020 5.00 12.0 •0.02-0.07
PENTA 24N150PF020 1.50 0.20 0.030 6.00 6.0 • • 0.03-0.09
PENTA 24N185PF020 1.85 0.20 0.030 6.00 6.0 •0.03-0.10
PENTA 24N200P005 2.00 0.05 0.020 6.00 12.0 •0.02-0.08
PENTA 24N200PF020 2.00 0.20 0.030 6.50 6.0 • • 0.04-0.10
PENTA 24N239PF015 2.39 0.15 0.030 6.50 6.0 •0.04-0.14
PENTA 24N250PF020 2.50 0.20 0.030 6.50 6.0 • • 0.04-0.14
PENTA 24N300PF020 3.00 0.20 0.030 6.50 6.0 • • 0.04-0.14
PENTA 24N400PF020 4.00 0.20 0.030 6.50 6.0 •0.04-0.16
• For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-PF/P
Pentagonal Inserts with a High
Positive Flat Rake for Parting
and Precision Grooving
273
GROOVE-TURN
WR
4
24
T
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 24N150Z010 1.50 0.10 5.00 •0.05-0.08
PENTA 24N200Z020 2.00 0.20 6.40 •0.04-0.12
PENTA 24N300Z020 3.00 0.20 6.40 •0.04-0.16
• Cutting edge with high positive rake, suitable for parting tubes, thin walled parts and for small diameters • Suitable for machining soft materials and bearing steel
at low to medium feeds • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 273
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
ØDmax
ÿ DmaxTmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 24 Inserts
W±0.02 Tmax(3) Tmax / Dmax T≤3.0 T≤3.5 T≤4.0 T≤4.5 T≤5.0 T≤5.5 T≤6.5 T≤6.4
W=0.50 (1) 1.0 1.0 / N.L. --------
W=0.50 (2) 2.5 250
W=0.80 1.6 1.6 / N.L. --------
W=1.00 3.5 N.L. 250 - - - - - -
1.04≤W≤1.40 2.0 2.0 / N.L. --------
W=1.47 2.5 2.5 / N.L. --------
W=1.50 5.0 N.L. 470 210 70 30 - - -
1.57≤W≤1.96 3.0 N.L. - - - - - - -
W=2.00 6.0(4) N.L. 470 210 130 75 45 20 -
2.22≤W≤2.30 3.5 N.L. 250 - - - - - -
2.39≤W≤2.50 5.0 N.L. 470 210 70 30 - - -
2.70≤W≤3.18 6.4 N.L. 470 210 135 100 70 40 20
(1) Refers to PENTA 24N050J000 - a precision grooving insert (2) Refers to PENTA 24N050J004 - a parting insert (3) Dmax for parting = 2 x Tmax
(4)
For full radius insert, Tmax = 3.0, Dmax = No limit
PENTA 24N-Z
Inserts with 5 Cutting Edges for
Grooving and Parting Tubes,
Small and Thin-Walled Parts
24.2
Tmax
Dmax
W
R
fpocket
inclination
3°
±0.025
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r D max f
IC908
f groove
(mm/rev)
PENTA 24N157J079RS 1.57 0.79 3.00 - 1.2 •0.04-0.12
PENTA 24N200J020RS 2.00 0.20 3.00 - 1.0 •0.04-0.12
PENTA 24N239J119RS 2.39 1.19 5.00 3.0 0.8 •0.04-0.16
PENTA 24N300J020RS 3.00 0.20 6.20 16.0 0.4 •0.04-0.16
PENTA 24N318J020RS 3.18 0.20 6.20 16.0 0.4 •0.04-0.16
PENTA 24N318J159RS 3.18 1.59 6.20 16.0 0.4 •0.04-0.16
For tools, see pages: PCHRS/LS (267)
PENTA 24N-J-RS
Parting and Precision Grooving
Pentagonal Inserts for Next to
High Shoulder Applications
ISCAR
274
GROOVE-TURN
D24
W
R
87º
RS
R
W
LS
87º
3º pocket inclination
f
f - refer to inserts data
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r D max f
IC908
f groove
(mm/rev)
PENTA 24N080NF010R/LS 0.80 0.10 1.60 - (1) 1.6 •0.03-0.05
PENTA 24N100NF010R/LS 1.00 0.10 1.80 - (1) 1.5 •0.03-0.06
PENTA 24N119NF010R/LS 1.19 0.10 2.00 - (1) 1.4 •0.03-0.06
PENTA 24N157NF020R/LS 1.57 0.20 3.00 - (1) 1.2 •0.03-0.08
PENTA 24N157NF079R/LS 1.57 0.79 3.00 - (1) 1.2 •0.03-0.08
PENTA 24N200NF020R/LS 2.00 0.20 3.00 - (1) 1.0 •0.03-0.10
PENTA 24N239NF020R/LS 2.39 0.20 5.00 40.0 0.8 •0.03-0.12
PENTA 24N239NF119R/LS 2.39 1.19 5.00 40.0 0.8 •0.03-0.12
PENTA 24N300NF020R/LS 3.00 0.20 6.20 16.0 0.5 •0.04-0.14
PENTA 24N318NF020R/LS 3.18 0.20 6.50 13.0 0.4 •0.04-0.14
PENTA 24N318NF159R/LS 3.18 1.59 6.50 13.0 0.4 •0.04-0.14
PENTA 24N400NF020R/LS 4.00 0.20 6.50 13.0 1.0 •0.04-0.16
PENTA 24N480NF020R/LS 4.80 0.20 6.50 13.0 1.6 •0.04-0.16
• For cutting speed recommendations and user guide, see pages 340-351
(1) No limit
For tools, see pages: PCHRS/LS (267)
PENTA 24N-RS/LS
Pentagonal Inserts for Parting
and Precision Grooving Next to
High Shoulder Applications
±0.04 24
4.0
2.4
R
60°
Dimensions
Designation Pitch R
IC908
PENTA 24-0.5-ISO 0.50 0.08 •
PENTA 24-0.75-ISO 0.75 0.11 •
PENTA 24-0.8-ISO 0.80 0.12 •
PENTA 24-1.0-ISO 1.00 0.14 •
PENTA 24-1.25-ISO 1.25 0.18 •
PENTA 24-1.5-ISO 1.50 0.22 •
PENTA 24-1.75-ISO 1.75 0.25 •
PENTA 24-2.0-ISO 2.00 0.28 •
• Dmin(mm)=5.435xP
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-ISO
ISO Metric Full Profile Pentagonal,
External Threading Precision
Ground Inserts with a Chipformer
275
GROOVE-TURN
±0.04
24
4.0
2.4
R
60°
Dimensions
Designation TPI R
IC908
PENTA 24-24-UN 24.0 0.13 •
PENTA 24-20-UN 20.0 0.16 •
PENTA 24-18-UN 18.0 0.18 •
PENTA 24-16-UN 16.0 0.21 •
PENTA 24-14-UN 14.0 0.23 •
• Dmin(inch)=5.435/TPI • Tolerance: Class 2A.
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-UN
American UN (UNC, UNF, UNEF)
Full Profile, Pentagonal External
Threading Precision Ground
Inserts with a Chipformer
±0.04
24
4.0
2.4
R
55°
Dimensions
Designation TPI R
IC908
PENTA 24-28-W 28.0 0.09 •
PENTA 24-19-W 19.0 0.15 •
PENTA 24-14-W 14.0 0.21 •
• Dmin(inch)=5.435/TPI
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-W
Whitworth (BSW, BSF, BSP),
B.S.84-1956 DIN 259 Pentagonal
Full Profile, External Threading
Inserts with a Chipformer
±0.04 24
4.0
2.4
R
55°
Dimensions
Designation TPI R
IC908
PENTA 24-19-BSPT 19.0 0.16 •
PENTA 24-14-BSPT 14.0 0.22 •
• Dmin(inch)=5.435/TPI
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-BSPT
BSPT (British Standard Pipe)
Full Profile, Pentagonal External
Threading Precision Ground
Inserts with a Chipformer
ISCAR
276
GROOVE-TURN
24
60°
2.4
4.0
R
1.8 max
±0.04
Dimensions
Designation Pmin Pmax R
IC908
PENTA 24-MT-0.05 0.50 1.75 0.05 •
PENTA 24A-MT-0.05 (1) 0.50 1.75 0.05 •
• Pmax=0.175xD
(1) Flat rake (without a chipformer)
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-MT
60° Partial Profile, Pentagonal External
Threading Precision Ground Inserts
24
55°
2.4
4.0
R
1.8 max
±0.04
Dimensions
Designation TPI max TPI min R
IC908
PENTA 24-WT-0.05 48 14 0.05 •
PENTA 24A-WT-0.05 (1) 48 14 0.05 •
• TPImin=6.4/D(inch) D-nominal thread diameter (inch)
(1) Flat rake (without a chipformer)
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-WT
Whitworth 55° Partial Profile,
Pentagonal External Threading
Precision Ground Inserts
with a Chipformer
W
R±0.04 34
4.3
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150PB015 1.50 0.15 8.50 •0.03-0.06
PENTA 34N200PB020 2.00 0.20 8.50 •0.03-0.08
PENTA 34N300PB020 3.00 0.20 9.50 •0.03-0.10
• For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 277
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34N-PB
Parting and Grooving Pentagonal
Inserts for Parting Bearing Steel
and Other Ductile Materials
277
GROOVE-TURN
34
±0.04
W
R
4.3
Dmax
Tmax
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150C015 1.50 0.15 8.00 •0.03-0.07
PENTA 34N200C020 2.00 0.20 8.00 •0.04-0.14
PENTA 34N200C100 2.00 1.00 8.00 •0.05-0.16
PENTA 34N222C015 2.22 0.15 8.00 •0.05-0.14
PENTA 34N230C020 2.30 0.20 8.00 •0.05-0.14
PENTA 34N239C015 2.39 0.15 8.00 •0.05-0.15
PENTA 34N239C120 2.39 1.20 8.00 •0.05-0.18
PENTA 34N247C020 2.47 0.20 8.00 •0.05-0.18
PENTA 34N250C020 2.50 0.20 8.00 •0.05-0.18
PENTA 34N270C010 2.70 0.10 10.00 •0.05-0.18
PENTA 34N287C020 2.87 0.20 10.00 •0.05-0.18
PENTA 34N300C000 3.00 0.00 10.00 •0.04-0.10
PENTA 34N300C020 3.00 0.20 10.00 •0.06-0.22
PENTA 34N300C040 3.00 0.40 10.00 •0.06-0.25
PENTA 34N300C150 3.00 1.50 10.00 •0.06-0.20
PENTA 34N315C015 3.15 0.15 10.00 •0.06-0.20
PENTA 34N318C020 3.18 0.20 10.00 •0.06-0.22
PENTA 34N330C010 3.30 0.10 10.00 •0.06-0.20
PENTA 34N348C020 3.48 0.20 10.00 •0.06-0.25
PENTA 34N350C025 3.50 0.25 10.00 •0.06-0.30
PENTA 34N398C020 3.98 0.20 10.00 •0.06-0.30
PENTA 34N400C030 4.00 0.30 10.00 •0.06-0.30
• For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 277
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
ØDmax ÿ DmaxTmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 34 Inserts
W±0.02 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤8.5 T≤9.0 T≤10.0
1.50 ≤ W ≤ 2.69 N.L. 350 165 100 55 - -
2.70 ≤ W ≤ 4.00 55 20
Dmax for parting = 2 x Tmax
N.L. = No Limit
PENTA 34N-C
Inserts with 5 Cutting Edges for
Parting and Grooving Hard Materials,
Tough and General Applications
ISCAR
278
GROOVE-TURN
W
RØ34
4.3
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150J015 1.50 0.15 8.50 •0.03-0.10
PENTA 34N200J020 2.00 0.20 8.50 •0.04-0.12
PENTA 34N200J100 2.00 1.00 8.50 •0.05-0.12
PENTA 34N239J015 2.39 0.15 8.50 •0.04-0.16
PENTA 34N239J120 2.39 1.20 8.50 •0.06-0.16
PENTA 34N250J020 2.50 0.20 8.50 •0.04-0.16
PENTA 34N270J010 2.70 0.10 10.00 •0.04-0.16
PENTA 34N300J000 3.00 0.00 10.00 •0.04-0.10
PENTA 34N300J020 3.00 0.20 10.00 •0.04-0.16
PENTA 34N300J040 3.00 0.40 10.00 •0.04-0.16
PENTA 34N300J150 3.00 1.50 10.00 •0.06-0.20
PENTA 34N318J020 3.18 0.20 3.18 •0.20-0.16
• Recessing is possible only with 2.39 mm and wider inserts. • For cutting speed recommendations and user guide, see pages 340-351
(1) For grooving and parting depths relative to part diameter, see page 277
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34N-J
Inserts with 5 Cutting Edges for Parting
and Grooving Soft Materials, Parting
Tubes, Small and Thin-Walled Parts
WTmax-r
R
9.525
3.48 Ref.
GTGA 16 ER/IL shown
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 Tmax-r R±0.03
IC528
IC508
f groove
(mm/rev)
GTGA 16EL/IR 100 1.00 1.55 0.10 • • 0.02-0.03
GTGA 16ER/IL 100 1.00 1.55 0.10 • • 0.02-0.03
GTGA 16EL/IR 120 1.20 1.60 0.10 • • 0.02-0.03
GTGA 16ER/IL 120 1.20 1.60 0.10 • • 0.02-0.03
GTGA 16EL/IR 140 1.40 1.80 0.10 • • 0.02-0.04
GTGA 16ER/IL 140 1.40 1.80 0.10 • • 0.02-0.04
GTGA 16EL/IR 170 1.70 2.00 0.10 • • 0.03-0.05
GTGA 16ER/IL 170 1.70 2.00 0.10 • • 0.03-0.05
GTGA 16EL/IR 195 1.95 2.00 0.10 • • 0.03-0.06
GTGA 16ER/IL 195 1.95 2.00 0.10 • • 0.03-0.06
GTGA 16EL/IR 225 2.25 2.10 0.10 • • 0.04-0.06
GTGA 16ER/IL 225 2.25 2.10 0.10 • • 0.04-0.06
• Inserts for right-hand external grooving can be used as left-hand internal grooving. • Use with anvil AE 16-0 on external tools and with anvil AI 16-0 on internal
tools. • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529) • SIR/L (531)
GTGA
Precision Shallow Grooving
Inserts with 3 Cutting Edges
9.525
WTmax-r
R
3.48 Ref.
GTMA 16 ER/IL shown
Dimensions Recommended
Machining Data
Designation W±0.05 Tmax-r R±0.05
IC508
f groove
(mm/rev)
GTMA 16ER/IL 120 1.20 1.60 0.10 •0.02-0.03
GTMA 16ER/IL 140 1.40 1.80 0.10 •0.02-0.04
GTMA 16ER/IL 160 1.60 2.00 0.10 •0.03-0.05
GTMA 16ER/IL 175 1.75 2.00 0.10 •0.03-0.05
GTMA 16ER/IL 195 1.95 2.00 0.10 •0.03-0.06
GTMA 16ER/IL 222 2.22 2.10 0.10 •0.04-0.06
• Inserts for right-hand external grooving can be used as left-hand internal grooving. • Use with anvil AE 16-0 on external tools and with anvil AI 16-0 on internal
tools. • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-SER/L (530) • SER/L (529) • SIR/L (531)
GTMA
Utility Shallow Grooving Inserts
with 3 Cutting Edges
279
GROOVE-TURN
HEAVY DUTY
ISCAR
280
GROOVE-TURN
l
1G1/8”
h4
A
l2
h
W
f
Tmax-r
h
b
Left-hand shown
Designation W Tmax-r h b l1A f h4l2
THDR/L 2525-10T20-IQ 10.00 20.00 25.0 25.0 170.00 9.20 20.4 8.0 30.0
THDR/L 3232-10T20-IQ 10.00 20.00 32.0 32.0 170.00 9.20 27.4 8.0 30.0
THDR/L 2525-12T20-IQ 12.00 20.00 25.0 25.0 170.00 11.00 19.5 8.0 30.0
THDR/L 3232-12T20-IQ 12.00 20.00 32.0 32.0 170.00 11.00 26.5 8.0 30.0
THDR/L 2525-14T20-IQ 14.00 20.00 25.0 25.0 170.00 13.00 18.5 8.0 30.0
THDR/L 3232-14T20-IQ 14.00 20.00 32.0 32.0 170.00 13.00 25.5 8.0 30.0
THDR/L 3232-16T40-IQ 16.00 40.00 32.0 32.0 170.00 14.80 24.6 8.0 48.0
THDR/L 4040-16T50-IQ 16.00 50.00 40.0 40.0 180.00 14.80 32.6 - -
THDR/L 3232-18T40-IQ 18.00 40.00 32.0 32.0 170.00 16.50 23.8 8.0 48.0
THDR/L 4040-18T50-IQ 18.00 50.00 40.0 40.0 180.00 16.50 31.8 - -
THDR/L 3232-20T40-IQ 20.00 40.00 32.0 32.0 170.00 18.00 23.0 8.0 48.0
THDR/L 4040-20T50-IQ 20.00 50.00 40.0 40.0 180.00 18.00 31.0 - -
• For grooving only
For inserts, see pages: TIGER-IQ (281)
Spare Parts
Designation
THDR/L 2525-10T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 3232-10T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 2525-12T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 3232-12T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 2525-14T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 3232-14T20-IQ PIN 5.5 SR M6-26392 BLD T15/S7 SW6-T
THDR/L 3232-16T40-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L 4040-16T50-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L 3232-18T40-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L 4040-18T50-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L 3232-20T40-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L 4040-20T50-IQ PIN 6.5 SR M8-26393 BLD T20/S7 SW6-T
THDR/L-IQ
External Holders for Wide
Grooving Inserts
l1
B1h1
A
THBN THBR
W
T blade
Designation W T blade Tmax-r(1) A l1h1B1
THBN 53K-10-IQ 10.00 100.0 93.00 9.00 260.00 45.2 52.6 SR M5X3.5PL SGCU 341* BLD IP20/S7 SW6-T
THBR/L 53K-12-IQ 12.00 100.0 93.00 10.80 260.00 45.2 52.6 SR M5X3.5PL SGCU 341* BLD IP20/S7 SW6-T
THBR/L 53K-14-IQ 14.00 100.0 93.00 12.60 260.00 45.2 52.6 SR M5X3.5PL SGCU 341* BLD IP20/S7 SW6-T
• For user guide, see pages 340-351
(1) If D (workpiece) is smaller than 200 mm, then Tmax=98, if D (workpiece) is larger than 200 mm, then Tmax=93.
* Optional, should be ordered separately
For tools, see pages: CR THDN-IQ (281)
THBR/L/N-IQ
Blades Carrying Cartridges
for Wide Grooving Inserts
281
GROOVE-TURN
25°
l1
W
f
A
h1
Designation W f h1l1A
CR THDN-10-IQ 10.00 4.6 24.0 22.60 9.20 SR M6-26392 PIN 5.5 BLD T15/S7 SW6-T
CR THDN-12-IQ 12.00 5.5 23.7 23.60 11.00 SR M6-26392 PIN 5.5 BLD T15/S7 SW6-T
CR THDN-14-IQ 14.00 6.5 23.7 24.20 13.00 SR M6-26392 PIN 5.5 BLD T15/S7 SW6-T
• For user guide, see pages 340-351
For inserts, see pages: TIGER-IQ (281)
For holders, see pages: THBR/L/N-IQ (280)
CR THDN-IQ
Cartridges for Blades Carrying
Wide Grooving Inserts
S
W
l
CW Chipformer Y Chipformer
60.5°
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.08 R±0.05 S l
IC830
IC808
f groove
(mm/rev)
TIGER 1008Y-IQ 10.00 0.80 5.05 13.30 • • 0.20-0.35
TIGER 1212Y-IQ 12.00 1.20 5.05 14.00 • • 0.20-0.40
TIGER 1415-CW-IQ 14.00 1.50 5.15 16.10 •0.22-0.45
TIGER 1415Y-IQ 14.00 1.50 5.15 16.10 • • 0.22-0.45
TIGER 1615Y-IQ 16.00 1.50 6.35 20.00 • • 0.22-0.50
TIGER 1820Y-IQ 18.00 2.00 6.35 20.90 • • 0.25-0.55
TIGER 2020-CW-IQ 20.00 2.00 6.35 22.00 •0.25-0.60
TIGER 2020Y-IQ 20.00 2.00 6.35 22.00 • • 0.25-0.60
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CR THDN-IQ (281) • THDR/L-IQ (280)
TIGER-IQ
Utility Single-Ended Inserts for External
Heavy Grooving and Deep Machining
ISCAR
282
GROOVE-TURN
h1
l
1
f
W
A
Tmax-r
h
b
h4
Left-hand shown
Designation W h h1b A l1Tmax-r f h4
TGBHR/L 20C-6 (1) 6.00 20.0 20.0 20.0 5.20 135.00 12.00 17.4 5.0
TGBHR/L 25C-6 (1) 6.00 25.0 25.0 25.0 5.20 135.00 12.00 22.4 -
TGBHR/L 32C-6 (1) 6.00 32.0 32.0 32.0 5.20 150.00 12.00 29.4 -
TGBHR/L 25C-8 8.00 25.0 25.0 25.0 7.00 150.00 25.00 21.5 12.0
TGBHR/L 32C-8 8.00 32.0 32.0 32.0 7.00 170.00 30.00 28.5 5.0
TGBHR/L 25C-10 10.00 25.0 25.0 25.0 8.00 150.00 25.00 21.0 12.0
TGBHR/L 32C-10 10.00 32.0 32.0 32.0 8.00 170.00 30.00 28.0 5.0
TGBHR/L 25C-12 12.00 25.0 25.0 25.0 10.00 150.00 25.00 20.0 12.0
TGBHR/L 32C-12 12.00 32.0 32.0 32.0 10.00 170.00 30.00 27.0 5.0
TGBHR/L 25C-14T20 14.00 25.0 25.0 25.0 12.00 140.00 20.00 19.0 12.0
TGBHR/L 32C-14T40 14.00 32.0 32.0 32.0 12.00 170.00 40.00 26.0 5.0
TGBHR/L 40C-14T40 14.00 40.0 40.0 40.0 12.00 170.00 40.00 34.0 -
• The tools for the 14 mm inserts feature a 1/8" port thread for standard tube fittings • For user guide, see pages 340-351
(1) For detailed depth capacity, see table below
For inserts, see pages: TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-UT (402) • TAG R/L-C (399) • TAG R/L-J/JS (401) • TAGB/TAGBA (284)
Depth Capacity for TGBHR/L...C-6
Tmax 28 26 24 22 20 18 16 14 12
Dmax 35 55 75 100 120 150 200 350 ∞
Coolant inlet accessory
SGCU 341Coolant outlet
1/8” BSPP Adaptation nipple
Coolant outlets
W ≥ 14 W = 6-12
Spare Parts
Designation
TGBHR/L 20C-6 ETG 5-7* SGCU 341*
TGBHR/L 25C-6 ETG 5-7* SGCU 341*
TGBHR/L 32C-6 ETG 5-7* SGCU 341*
TGBHR/L 25C-8 ETG 8-12* SGCU 341*
TGBHR/L 32C-8 ETG 8-12* SGCU 341*
TGBHR/L 25C-10 ETG 8-12* SGCU 341*
TGBHR/L 32C-10 ETG 8-12* SGCU 341*
TGBHR/L 25C-12 ETG 8-12* SGCU 341*
TGBHR/L 32C-12 ETG 8-12* SGCU 341*
TGBHR/L 25C-14T20 ETG 8-12* PLG 1/8BSP TL360 JHP NIPPLE G1/8"-7/16"UNF*
TGBHR/L 32C-14T40 ETG 8-12* PLG 1/8BSP TL360 JHP NIPPLE G1/8"-7/16"UNF*
TGBHR/L 40C-14T40 ETG 8-12* PLG 1/8BSP TL360 JHP NIPPLE G1/8"-7/16"UNF*
* Optional, should be ordered separately
TGBHR/L
Toolholders for Heavy Duty
Groove-Turn and Parting Applications
283
GROOVE-TURN
TGFH 100-9
l1
A
150º
W
h1B1
Dmax
TGFH 100,150
TGFH...1.4/1.6
TGFH...K
L3
Designation B1W min W max A l1L3h1D max Insert
TGFH 52K-8 (1) 52.6 7.70 8.50 7.20 190.00 - 45.2 190.0 Y TAG 8 ETG 8-12*
TGFH 53K-8 (1) 52.6 7.70 8.50 7.20 260.00 - 45.2 215.0 Y TAG 8 ETG 8-12*
TGFH 52K-9 (1) 52.6 8.70 10.00 8.20 190.00 - 45.2 190.0 Y TAG 9 ETG 8-12*
TGFH 53K-9 (1) 52.6 8.70 10.00 8.20 260.00 - 45.2 215.0 Y TAG 9 ETG 8-12*
TGFHR/L 53K-12 (1) 52.6 11.70 12.70 10.00 260.00 - 45.2 215.0 Y TAG 12 ETG 8-12*
TGFH 100-9 100.0 8.70 10.00 8.20 460.00 - 92.5 450.0 N TAG 9 ETG 8-12*
TGFH 100-12 100.0 11.70 12.70 10.00 460.00 - 92.5 450.0 N TAG 12 ETG 8-12*
TGFH 150-12 150.0 11.70 12.70 10.00 610.00 - 142.5 600.0 N TAG 12 ETG 8-12*
• For user guide, see pages 340-351
(1) With coolant holes, the recommended coolant pressure is 10 bar min.; cooling tube SGCU 341 should be ordered separately
* Optional, should be ordered separately
(2) Thickness beyond the D.O.C. area is 2.50 mm
(3) Thickness beyond the D.O.C. area is 1.60 mm
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401) • TAGB/TAGBA (284)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBR/L (473) • SGTBU/SGTBN (472) • UBHCR/L
(473)
Coolant inlet SGCU-341 (should be ordered separately) Coolant outlet
TGFH/R/L
Blades with a Tangentially Oriented
Pocket Carrying TANG-GRIP Single-
Ended Inserts for Parting and Grooving
l
2
hh
b
A
fT
W
h4
G 1/8"-28 typx2
l1
Right-hand shown
Bar Max
Designation h W b l2A l1Tmax-r f h4
TGBHR/L 25-8-JHP 25.0 8.00 25.0 42.0 7.00 150.00 25.00 21.5 12.0 ETG 8-12* PLG 1/8ISO1179 HW 5.0
TGBHR/L 32-8-JHP 32.0 8.00 32.0 42.0 7.00 170.00 25.00 28.5 12.0 ETG 8-12* PLG 1/8ISO1179 HW 5.0
• For user guide see pages 340-355
* Optional, should be ordered separately
For inserts, see pages: TAG N-C/W/M (399) • TAGB/TAGBA (284)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
TGBHR/L-JHP 13-16 19-21 22-24
Insertion Side
Extraction Side
ETG 8-12 Extractor for 8 to 12.7 mm Inserts
TGBHR/L-JHP
Grooving and Turning
SUMO-GRIP Tools with Channels
for High Pressure Coolant
ISCAR
284
GROOVE-TURN
R
WM
TAGB 1260H
R
WM
TAGB 608Y
TAGB 808Y
TAGB 1008Y
TAGB 1208Y
TAGB 1415Y
R
W
TAGB 630Y
TAGBA 80-40YZ
TAGB 840Y
TAGB 1050Y
TAGB 1260Y
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W W tol(±) R±0.05 M
IC8250
IC808
IC07
IC806
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
TAGB 608Y 6.00 0.05 0.80 5.20 • • 1.00-3.60 0.20-0.60 0.18-0.30
TAGB 630Y 6.00 0.05 3.00 5.20 • • 0.00-3.00 0.25-0.55 0.18-0.32
TAGB 808Y 8.00 0.05 0.80 6.20 • • • • 1.00-5.60 0.25-0.55 0.18-0.32
TAGB 840Y (1) 8.00 0.05 4.00 6.20 • • • • 0.00-4.00 0.24-0.67 0.18-0.32
TAGBA 80-40YZ (1) 8.00 0.05 4.00 6.00 •0.00-4.00 0.40-0.70 0.25-0.40
TAGB 1008Y 10.00 0.05 0.80 8.00 • • 1.00-7.00 0.30-0.70 0.22-0.40
TAGB 1050Y (2) 10.00 0.05 5.00 8.00 • • 0.00-5.00 0.30-0.85 0.22-0.40
TAGB 1208Y 12.00 0.07 0.80 10.00 • • 1.00-8.40 0.35-0.85 0.26-0.48
TAGB 1260Y (2) 12.00 0.07 6.00 10.00 • • 0.00-6.00 0.35-0.90 0.26-0.48
TAGB 1260H (2) 12.00 0.07 6.00 10.00 • • 0.00-6.00 0.45-1.00 0.35-0.55
TAGB 1415Y 14.00 0.07 1.50 12.00 • • 1.80-8.40 0.35-0.85 0.26-0.50
• H-type chipformer with a negative T-land for machining heavy interrupted applications and cast iron parts • For cutting speed recommendations and user guide,
see pages 340-351
(1) Blade's pocket must be modified
(2) Tool's pocket must be modified
For tools, see pages: TGBHR/L (282) • TGBHR/L-JHP (283) • TGFH-JHP (390) • TGFH/R/L (283) • TGSU (392) • TGTR/L-IQ (396)
TAGB/TAGBA
Single-Ended Utility Inserts for
Grooving, Turning and Parting
l2
h
l1
h4
h
b
W
f
Tmax-r
AA
W
f
Tmax-r
GHDN
GHDL Left-hand shown
Right-hand shown
Designation W min W max Tmax-r h b l1f A l2h4Insert
GHDR/L 32-12 12.00 14.53 30.00 32.0 32.0 170.00 27.3 9.50 50.0 - GIMY 1260,TIGER 1453 SR M8X20DIN912 HW 6.0
GHDR/L 2525-14T12 13.00 17.40 12.00 25.0 25.0 150.00 19.0 12.00 41.0 - TIGER/GPV 14/16/17 SR M8X20DIN912 HW 6.0
GHDR/L 3232-14T12 13.00 17.40 12.00 32.0 32.0 170.00 26.0 12.00 41.0 - TIGER/GPV 14/16/17
GHDR/L 3232-14T38 13.00 17.40 38.00 32.0 32.0 170.00 26.0 12.00 59.0 8.0 TIGER 14/16/17 SR M8X20DIN912 HW 6.0
GHDN 3232-14T38 13.00 17.40 38.00 32.0 32.0 170.00 16.0 12.00 57.5 8.0 TIGER 14/16/17 SR M8X20DIN912 HW 6.0
GHDR/L 4040-14T38 13.00 17.40 38.00 40.0 40.0 170.00 34.0 12.00 59.0 - TIGER 14/16/17 SR M8X20DIN912 HW 6.0
GHDN 4040-14T45 14.50 17.40 45.00 40.0 40.0 170.00 20.0 12.00 55.5 - TIGER 14/16/17 SR 76-1289 HW 5.0
• For user guide, see pages 340-351
For inserts, see pages: GIMY 1260 (247) • GPV (259) • TIGER (285)
GHDR/L/N 12/14
External Tools for Wide
Grooving Inserts
l1
W
Tblade CGHR
h1
B1
A
Designation W min W max T blade Tmax-r(1) A l1h1B1
CGHR/L 53-12D 12.00 14.50 100.0 93.00 9.50 260.00 45.0 52.6 SR 76-4002 HW 5.0
CGHR/L 53-14D 12.50 17.40 100.0 93.00 11.10 260.00 45.0 52.6 SR M6X25 DIN912 HW 5.0
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: GIMY 1260 (247) • TIGER (285)
For holders, see pages: SGTBK (473) • SGTBU/SGTBN (472)
CGHR/L-12-14D
Deep Machining Screw-Clamped
Blades for Wide Grooving and
Heavy Turning Applications
285
GROOVE-TURN
5.9
24 Ref.
±0.1
7°
W
R
CW Chipformer
M
Y Chipformer
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R R±toler M l
IC830
IC808
IC20
f groove
(mm/rev)
TIGER 1453-152 14.53 0.08 1.52 0.050 10.00 24.00 ••• 0.22-0.44
TIGER 1453-152-CW 14.53 0.08 1.52 0.050 10.00 24.00 •0.15-0.50
TIGER 16.63-1.52 16.63 0.02 1.52 0.050 12.70 24.00 •0.25-0.50
TIGER 1740-200 17.40 0.08 2.00 0.100 12.70 24.00 •0.26-0.52
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGHR/L-12-14D (284) • GHDR/L/N 12/14 (284)
TIGER
Utility Single-Ended Inserts for External
Heavy Grooving and Deep Machining
h
l2l1
h4
h
b
W
f
Tmax-r
AA
THNDTHDL
Left-hand shown
Right-hand shown
Designation W Tmax-r h b l1A f h4l2Insert
THDR 3232-17T38 17.00 38.00 32.0 32.0 170.00 16.00 24.0 8.0 50.0 TIGERV 1740 SR 14-519 BLD T20/M7 SW6-T
THDR/L 4040-17T45 17.00 45.00 40.0 40.0 170.00 15.00 32.5 - - TIGERV 1740 SR 14-519 BLD T20/M7 SW6-T
THDR/L 3232-20T38 20.06 38.00 32.0 32.0 170.00 17.50 23.3 8.0 50.0 TIGERV 2006 SR 14-519 BLD T20/M7 SW6-T
THDN 3232-20T38 20.06 38.00 32.0 32.0 170.00 17.50 16.0 8.0 50.0 TIGERV 2006 SR 14-519 BLD T20/M7 SW6-T
THDR/L 4040-20T45 20.06 45.00 40.0 40.0 170.00 17.50 31.3 - - TIGERV 2006 SR 14-519 BLD T20/M7 SW6-T
THDN 4040-20T45 20.06 45.00 40.0 40.0 170.00 17.50 20.0 - - TIGERV 2006 SR 14-519 BLD T20/M7 SW6-T
• For grooving only
For inserts, see pages: TIGERV (285)
THDR/L/N
External Holders for Wide
Grooving Inserts
6.5
W
R
Y Chipformer CW Chipformer
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.08 R±0.05
IC830
IC808
IC20
f groove
(mm/rev)
TIGERV 1700-200-CW 17.00 2.00 •0.20-0.60
TIGERV 2006-152 20.06 1.52 ••• 0.30-0.60
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: THDR/L/N (285)
TIGERV
Utility Single-Ended Inserts for External
Heavy Grooving and Deep Machining
ISCAR
286
GROOVE-TURN
INTERNAL TOOLS AND INSERTS
287
GROOVE-TURN
h1
dg7
l2l1
f
W
Tmax-r
Dmin
Right-hand shown
Designation W min W max(1) d D min Tmax-r l1l2f h1Inlet
GEHIMR/L 10-13 0.80 1.90 10.00 12.50 2.50 125.00 25.0 7.6 5.0 3.5 mm SR 16-236 T-15/5
GEHIMR/L 12-14 0.80 1.90 12.00 14.00 2.50 150.00 35.0 9.0 6.0 6.0 mm SR 16-236 T-15/5
GEHIMR/L 16-13 0.80 1.90 16.00 12.50 2.50 125.00 20.0 10.6 7.5 M6 (2) SR 16-236 T-15/5 PL 16
GEHIMR/L 16-14 0.80 1.90 16.00 14.00 2.50 125.00 25.0 10.9 7.5 M6 (2) SR 16-236 T-15/5 PL 16
GEHIMR/L 16-16 0.80 1.90 16.00 16.00 2.50 160.00 40.0 10.5 7.5 M6 (2) SR M5-04451 T-20/5 PL 16
• For user guide, see pages 340-351
(1) Plastic seal with M6 thread.
(2) Plastic seal with M6 thread.
For inserts, see pages: GEPI (291) • GEPI (W<M) (290) • GEPI-MT (292) • GEPI-RX/LX (292) • GEPI-WT (293)
GEHIMR/L
Internal Machining Boring Bars
with Coolant Holes for Insert
Widths Less than 1.9 mm
l2l1
f
W
dg7
h1
Tmax-r
Dmin
Right-hand shown
Designation W min W max(1) d D min Tmax-r l1l2f h1Inlet
GEHIMR/L 10SC-13 0.80 1.90 10.00 12.50 2.50 125.00 30.0 7.6 5.0 3.5 mm SR 16-236 T-15/5
GEHIMR/L 12SC-14 0.80 1.90 12.00 14.00 2.50 125.00 40.0 9.0 6.0 6.0 mm SR 16-236 T-15/5
GEHIMR/L 16SC-13 0.80 1.90 16.00 12.50 2.50 125.00 35.0 10.6 7.5 M6 (2) SR 16-236 T-15/5 PL 16
GEHIMR/L 16SC-16 0.80 1.90 16.00 16.00 2.50 160.00 70.0 10.5 7.5 M6 (2) SR M5-04451 T-20/5 PL 16
• For user guide, see pages 340-351
(1) Plastic seal with M6 thread.
(2) Plastic seal with M6 thread.
For inserts, see pages: GEPI (291) • GEPI (W<M) (290) • GEPI-MT (292) • GEPI-RX/LX (292) • GEPI-WT (293)
GEHIMR/L-SC
Internal Machining Solid Carbide
Bars with Coolant Holes for Insert
Widths Less than 1.9 mm
ISCAR
288
GROOVE-TURN
dg7
h1
l2l1
f
W
A
Tmax-r
Dmin
Right-hand shown
Designation W min W max d D min Tmax-r l1l2f A h1Inlet
GEHIR/L 10-11.5-2-T3 1.90 2.40 10.00 11.50 3.00 125.00 25.0 8.8 1.60 5.0 3.5 mm SR 14-513 T-8/5
GEHIR/L 10-13-2-T2.4 1.90 2.40 10.00 12.50 2.40 125.00 25.0 7.5 1.60 5.0 3.5 mm SR 16-236 T-15/5
GEHIR/L 12-11.5-2-T3 1.90 2.40 12.00 11.50 3.00 125.00 20.0 11.6 1.60 6.0 6.0 mm
GEHIR/L 12-14-2-T2.6 1.90 2.40 12.00 14.00 2.60 150.00 35.0 9.1 1.60 6.0 6.0 mm SR 16-236 T-15/5
GEHIR/L 12-14-2-T4 1.90 2.40 12.00 14.00 4.00 150.00 35.0 10.3 1.60 6.0 6.0 mm SR 14-562 T-10/5
GEHIR/L 12-15-2-T6 1.90 2.40 12.00 15.00 6.00 150.00 29.0 12.3 1.60 6.0 6.0 mm SR 14-513 T-8/5
GEHIR/L 16-11.5-2-T3 1.90 2.40 16.00 11.50 3.00 125.00 20.0 11.6 1.60 7.5 M6 (1) SR 14-513 T-8/5 PL 16
GEHIR/L 16-13-2-T2.4 1.90 2.40 16.00 12.50 2.40 125.00 20.0 10.5 1.60 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16-14-2-T2.6 1.90 2.40 16.00 14.00 2.60 125.00 25.0 11.0 1.60 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16-14-2-T4 1.90 2.40 16.00 14.00 4.00 125.00 25.0 12.4 1.60 7.5 M6 (1) SR 14-562 T-10/5 PL 16
GEHIR/L 16-16-2-T3 1.90 2.40 16.00 16.00 3.00 160.00 40.0 11.0 1.60 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
GEHIR/L 16-20-2-T8 1.90 2.40 16.00 20.00 8.00 160.00 40.0 16.1 1.60 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
GEHIR/L 12-14-3-T2.6 2.40 3.20 12.00 14.00 2.60 150.00 35.0 9.1 2.00 6.0 6.0 mm SR 16-236 T-15/5
GEHIR/L 12-14-3-T4 2.40 3.20 12.00 14.00 4.00 150.00 35.0 10.3 2.00 6.0 6.0 mm SR 14-562 T-10/5
GEHIR/L 12-15-3-T6 2.40 3.20 12.00 15.00 6.00 150.00 29.0 12.3 2.00 6.0 6.0 mm SR 14-513 T-8/5
GEHIR/L 16-11.5-3-T3 2.40 3.20 16.00 11.50 3.00 125.00 20.0 11.6 2.00 7.5 M6 (1) SR 14-513 T-8/5 PL 16
GEHIR/L 16-13-3-T2.4 2.40 3.20 16.00 12.50 2.40 125.00 20.0 10.5 2.00 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16-14-3-T2.6 2.40 3.20 16.00 14.00 2.60 125.00 25.0 11.0 2.00 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16-14-3-T4 2.40 3.20 16.00 14.00 4.00 125.00 25.0 12.4 2.00 7.5 M6 (1) SR 14-562 T-10/5 PL 16
GEHIR/L 16-16-3-T3 2.40 3.20 16.00 16.00 3.00 160.00 40.0 11.0 2.00 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
GEHIR/L 16-20-3-T8 2.40 3.20 16.00 20.00 8.00 160.00 40.0 16.1 2.00 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
• For user guide, see pages 340-351
(1) Plastic seal with M6 thread
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI-MT (292) • GEPI-WT (293)
GEHIR/L
Internal Machining Bars
with Coolant Holes
l2l1
f
W
dg7
h
A
Tmax-r
Dmin
Right-hand shown
Designation W min W max d D min Tmax-r l1l2f A h1Inlet
GEHIR/L 10SC-13-2 1.90 2.40 10.00 12.50 2.40 125.00 30.0 7.5 1.60 5.0 3.5 mm SR 16-236 T-15/5
GEHIR 12SC-14-2 1.90 2.40 12.00 14.00 2.60 125.00 40.0 9.1 1.60 6.0 6.0 mm SR 16-236 T-15/5
GEHIR/L 16SC-16-2 1.90 2.40 16.00 16.00 3.00 160.00 70.0 11.0 1.60 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
GEHIR 12SC-14-3 2.40 3.20 12.00 14.00 2.60 125.00 40.0 9.1 2.00 6.0 6.0 mm SR 16-236 T-15/5
GEHIR 16SC-13-3 2.40 3.20 16.00 12.50 2.40 125.00 35.0 10.5 2.00 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16SC-14-3 2.40 3.20 16.00 14.00 2.60 140.00 40.0 11.0 2.00 7.5 M6 (1) SR 16-236 T-15/5 PL 16
GEHIR/L 16SC-16-3 2.40 3.20 16.00 16.00 3.00 160.00 70.0 11.0 2.00 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
• For user guide, see pages 340-351
(1) Plastic seal with M6 thread
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI-MT (292) • GEPI-WT (293)
GEHIR/L-SC
Internal Machining Solid Carbide
Bars with Coolant Holes
45°
Tmax-r
Dmin
f
l1f
W
l2
l1
dg7
h1
Right-hand shown
Designation W max d D min Tmax-r l1l2f h1Inlet
GEHIUR/L 12U 3.20 12.00 14.00 2.00 125.00 20.0 8.7 6.0 6.0 mm SR 16-236 P T-15/5
GEHIUR/L 16U 3.20 16.00 16.00 2.00 125.00 32.0 9.7 7.5 M6 (1) SR M5-04451 T-20/5 PL 16
• For profiling use GEPI (full radius) inserts only, for undercutting use GEPI - UN/UR/UL.
(1) Plastic seal with M6 thread.
For inserts, see pages: GEPI (full radius) (291) • GEPI-UN/UR/UL (292)
GEHIUR/L
Undercutting and Turning Boring
Bars with Coolant Holes
289
GROOVE-TURN
f1l1
h1
dg7
F1
Dmin f
l2
Dmin
Tmax-r
Right-hand shown • F1=l1-f1+f2. For f2 dimension, see GEAIR/L adapters.
Designation d l2l1f h1f1Adapter
GHAIR/L 16-20 16.00 - 150.00 11.5 7.5 2.4 GEAIR/L 20.. SR 76-2057 T-8/5 PL 16
GHAIR/L 20-20 20.00 20.0 150.00 13.5 9.0 2.4 GEAIR/L 20.. SR 76-2057 T-8/5 PL 20
GHAIR/L 25-20 25.00 25.0 200.00 16.0 11.5 2.4 GEAIR/L 20.. SR 76-2057 T-8/5 PL 25
GHAIR/L 32-20 32.00 32.0 200.00 19.5 14.5 2.4 GEAIR/L 20.. SR 76-2057 T-8/5 PL 32
GHAIR/L 20-25 20.00 - 150.00 14.5 9.0 2.4 GEAIR/L 25.. SR 16-236 P T-15/5 PL 20
GHAIR/L 25-25 25.00 25.0 200.00 17.0 11.5 2.4 GEAIR/L 25.. SR 16-236 P T-15/5 PL 25
GHAIR/L 32-25 32.00 32.0 200.00 20.5 14.5 2.4 GEAIR/L 25.. SR 16-236 P T-15/5 PL 32
• For Dmin & Tmax refer to GEAIR/L adapters.
For tools, see pages: GEAIR/L (289)
GHAIR/L-GE
Bars with Coolant Holes for Internal
Grooving and Turning Adapters
f1l1h1
dg7
F1
f
Dmin
Tmax-r
Right-hand shown • F1=l1-f1+f2. For f2 dimension, see GEAIR/L adapters.
Designation d D min Tmax-r l1f h1f1Adapter
GHAIR 20SC-20 20.00 25.00 3.00 200.00 13.5 9.0 2.4 GEAIR/L 20-... SR 76-2057 T-8/5 PL 20
GHAIR/L 25SC-25 25.00 31.00 4.00 200.00 17.0 11.5 2.4 GEAIR/L 25-... SR 16-236 P T-15/5 PL 25
• For D min & T max refer to GEAIR/L adapters.
For tools, see pages: GEAIR/L (289)
GHAIR/L-SC-GE
Solid Carbide Bars with Coolant
Holes for Internal Grooving
and Turning Adapters
f2
A
WGEPI/GEMI.. GEPI/GEMI..
GEAIR/L 25-...GEAIR/L 20-...
D
Tmax-r
Right-hand shown
Designation D min W min W max Tmax-r f2A
GEAIR/L 20-2 20.00 1.90 2.40 3.00 3.40 1.60
GEAIR/L 20-3 20.00 2.40 3.00 3.00 3.60 2.00
GEAIR/L 20-4 20.00 3.00 4.00 3.00 3.90 2.50
GEAIR/L 25-2 25.00 1.90 2.40 4.00 3.40 1.60
GEAIR/L 25-3 25.00 2.40 3.00 4.00 3.60 2.00
GEAIR/L 25-4 25.00 3.00 4.00 4.00 3.90 2.50
• When using TIPI inserts, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI-MT (292) • GEPI-WT (293)
For holders, see pages: GHAIR/L-GE (289) • GHAIR/L-SC-GE (289)
GEAIR/L
Internal Grooving and Turning Adapters
Dmin
Tmax-r
l2
A
W
f
l1f
Right-hand shown
Designation W min W max D min Tmax-r l1l2f A Insert
E12 GEHIR 16-1 1.50 1.90 16.00 2.20 174.00 21.0 9.0 1.20 GEPI, GEMI SR M5-04451-L10.5 T-20/5
E12 GEHIR 16-2 1.90 2.40 16.00 2.20 174.00 21.0 9.0 1.60 GEPI, GEMI SR M5-04451-L10.5 T-20/5
E12 GEHIR 16-3 2.40 3.00 16.00 2.20 174.00 21.0 9.0 2.00 GEPI, GEMI SR M5-04451-L10.5 T-20/5
E16 GHIR 25-3 2.40 3.00 25.00 4.00 209.00 28.7 12.8 2.00 GIPI,GIMIY,GIFI,TIPI SR M5-04451 T-20/5
• Left-hand heads on request • The shank assembly is the same for right- and left-hand heads • For user guide, see pages 340-351
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI (W<M) (290) • GEPI-MT (292) • GEPI-WT (293)
• GIMIY (295) • GINI-E (297) • GIPI (297) • GIPI-E (296)
For holders, see pages: E-SHANK (78)
E-GEHIR / E-GHIR
Interchangeable Heads for
Internal Grooving and Turning
ISCAR
290
GROOVE-TURN
10 Ref.
±0.08
8°
RM
2.9 Ref.
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.04 R±0.05 M
IC808
IC908
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GEMI 2002N 2.00 0.20 1.60 •0.25-0.80 0.05-0.10 0.04-0.08
GEMI 3002M 3.00 0.20 2.20 • • 0.25-1.30 0.10-0.14 0.05-0.09
GEMI 3002N 3.00 0.20 2.20 • • 0.25-1.00 0.07-0.12 0.04-0.08
• GEMI N inserts for ductile materials and low feed • Dmin for internal application=11.5 mm
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) • GEHSR/L-SL (311)
GEMI
Utility Double-Ended Inserts for Internal
and External Grooving and Turning
W
10 Ref.
±0.08
8°
RM
Dimensions Recommended Machining Data
Designation W±0.04 R±0.05 M
IC808
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GEMI 2010Y 2.00 1.00 1.60 •0.10-1.00 0.06-0.12 0.03-0.08
GEMI 3015Y 3.00 1.50 2.20 •0.10-1.50 0.10-0.18 0.05-0.10
• Dmin for internal application=11.5 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) • GEHSR/L-SL (311)
GEMI (full radius)
Utility Double-Ended Full Radius
Inserts for Internal and External
Grooving and Profiling
10 Ref.
8°
±0.025
2.9 Ref.
R
W
M
Tmax-r
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC528
IC08
IC908
f groove
(mm/rev)
GEPI 1.00-0.10 1.00 0.10 1.60 1.80 ••• 0.01-0.03
GEPI 1.00-0.50 1.00 0.50 1.60 1.80 •0.01-0.04
GEPI 1.04-0.00 1.04 0.00 1.60 1.80 ••• 0.01-0.03
GEPI 1.20-0.00 1.20 0.00 1.80 1.80 ••• 0.01-0.03
GEPI 1.25-0.10 1.25 0.10 2.00 1.80 ••• 0.02-0.04
GEPI 1.40-0.00 1.40 0.00 2.00 1.80 ••• 0.02-0.04
GEPI 1.47-0.00 1.47 0.00 2.00 1.80 ••• 0.02-0.04
GEPI 1.50-0.10 1.50 0.10 2.00 1.80 ••• 0.02-0.04
GEPI 1.57-0.15 1.57 0.15 2.00 1.80 ••• 0.02-0.05
GEPI 1.70-0.05 1.70 0.05 2.50 1.80 ••• 0.02-0.05
GEPI 1.78-0.15 1.78 0.15 2.50 1.80 ••• 0.02-0.05
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Dmin for internal application=11.5mm
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: E-GEHIR / E-GHIR (289) • GEHIMR/L (287) • GEHIMR/L-SC (287)
GEPI (W<M)
Precision Ground Double-Ended
Inserts for Internal Grooving
291
GROOVE-TURN
10 Ref.
8°
±0.025
2.9 Ref.
R
M
W
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC528
IC08
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GEPI 1.85-0.10 (1) 1.85 0.10 2.50 1.80 ••• 0.15-0.50 0.05-0.07 0.03-0.05
GEPI 1.96-0.10 1.96 0.10 2.50 1.80 ••• 0.15-0.50 0.05-0.07 0.03-0.05
GEPI 1.96-0.15 1.96 0.15 2.50 1.80 • • 0.20-0.50 0.05-0.07 0.03-0.05
GEPI 2.00-0.10 2.00 0.10 9.00 1.80 ••• 0.15-0.60 0.05-0.07 0.03-0.05
GEPI 2.22-0.10 2.22 0.10 9.00 1.80 ••• 0.15-0.60 0.06-0.08 0.04-0.06
GEPI 2.22-0.15 2.22 0.15 9.00 1.80 •0.20-0.60 0.06-0.08 0.04-0.06
GEPI 2.39-0.10 2.39 0.10 9.00 2.20 •0.15-1.00 0.07-0.09 0.04-0.06
GEPI 2.39-0.15 2.39 0.15 9.00 2.20 ••• 0.20-1.00 0.07-0.09 0.04-0.06
GEPI 2.47-0.20 2.47 0.20 9.00 2.20 ••• 0.25-1.10 0.08-0.11 0.04-0.07
GEPI 2.50-0.10 2.50 0.10 9.00 2.20 •0.15-1.10 0.07-0.09 0.04-0.07
GEPI 2.50-0.20 2.50 0.20 9.00 2.20 ••• 0.25-1.10 0.08-0.11 0.05-0.08
GEPI 2.70-0.20 2.70 0.20 9.00 2.20 ••• 0.25-1.20 0.09-0.12 0.05-0.08
GEPI 3.00-0.20 3.00 0.20 9.00 2.20 ••• 0.25-1.30 0.10-0.14 0.05-0.09
GEPI 3.18-0.20 3.18 0.20 9.00 2.20 • • 0.25-1.40 0.11-0.14 0.06-0.10
• Dmin for internal application=11.5mm • For cutting speed recommendations and user guide, see pages 340-351
(1) Tool pocket should be modified
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIMR/L (287) • GEHIMR/L-SC (287) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) •
GEHSR/L-SL (311)
GEPI
Precision Ground Double-Ended Inserts
for Internal and External Grooving
10 Ref.
±0.025
8° 2.9 Ref.
R=W/2
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 Tmax-r M
IC528
IC08
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GEPI 2.00-1.00 2.00 1.00 5.00 1.80 ••• 0.00-0.60 0.08-0.12 0.04-0.07
GEPI 3.00-1.50 3.00 1.50 5.00 2.20 ••• 0.00-1.50 0.13-0.20 0.05-0.11
GEPI 3.18-1.59 3.18 1.59 5.00 2.20 ••• 0.00-1.59 0.13-0.21 0.06-0.11
• Dmin for internal application=11.5mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHIUR/L (288) • GEHSR (311) • GEHSR/L-SL (311)
GEPI (full radius)
Precision Double-Ended Full
Radius Inserts for Internal and
External Profiling and Grooving
ISCAR
292
GROOVE-TURN
R
10 Ref.
2.9 Ref.
W
Tmax-r
M
8°
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC528
IC908
f groove
(mm/rev)
GEPI 0.80-0.00RX 0.80 0.00 1.50 1.80 •0.01-0.02
GEPI 1.00-0.10 LX 1.00 0.10 1.50 1.80 •0.01-0.03
GEPI 1.00-0.10 RX 1.00 0.10 1.50 1.80 •0.01-0.03
GEPI 1.57-0.15RX 1.57 0.15 2.00 1.80 •0.02-0.05
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Dmin for internal application=11.5mm • For cutting speed
recommendations and user guide, see pages 340-351
For tools, see pages: GEHIMR/L (287) • GEHIMR/L-SC (287)
GEPI-RX/LX
Precision Double-Ended Inserts for
Internal Grooving Next to Shoulder
10 Ref.
±0.025
W
2.9 Ref.
UN UR UL
8°
M
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 Tmax-r M
IC528
IC08
f groove
(mm/rev)
GEPI 3.00-1.50UN 3.00 1.50 2.00 2.20 •0.03-0.12
GEPI 2.00-1.00UR 2.00 1.00 2.00 1.80 • • 0.03-0.12
GEPI 2.00-1.00UL 2.00 1.00 2.00 1.80 • • 0.03-0.12
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GEHIUR/L (288)
GEPI-UN/UR/UL
Precision Double-Ended Inserts
for Internal Undercutting
10 Ref.
±0.025
2.9 Ref.
8˚
60°
W
RM
Dimensions Tough
1
Hard
Designation W R±0.03 a° M Pmin TPI max
IC08
IC908
GEPI 2.5-MT0.05 2.50 0.05 60 1.80 0.90 28 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • Pitch max 0.187xD, TPI min D/5.35 • D=Diameter of thread (pitch max<=W)
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIMR/L (287) • GEHIMR/L-SC (287) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) •
GEHSR/L-SL (311)
GEPI-MT
Internal Double-Ended Precision
Threading Inserts for 60° Partial
Profile for General Applications
293
GROOVE-TURN
10 Ref.
2.9 Ref.
8˚
55°
W
RM
±0.025
Dimensions Tough
1
Hard
Designation W R±0.03 M TPI max Pmin
IC08
IC908
GEPI 2.5-WT0.05 2.50 0.05 1.80 54 0.47 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.167xD, TPI min D/6.0
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIMR/L (287) • GEHIMR/L-SC (287) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311)
• GEHSR/L-SL (311)
GEPI-WT
Precision Ground 55° Partial Profile
Double-Ended Threading Inserts with a
Chipformer for 11.5 mm Bore Diameter
A
l1
h1
W
l2
dg7
f
Tmax-r
Dmin
Right-hand shown
Designation W min W max d D min Tmax-r l1l2f h1A
GHIR/L 20-3 1.90 3.50 20.00 20.00 4.50 160.00 16.0 14.5 9.0 1.60 SR 76-1021 T-20/5
GHIR/L 20-20-3 2.00 3.50 20.00 20.00 4.50 200.00 40.0 14.5 9.0 1.60 SR 76-1021 T-20/5
GHIR/L 20-4 3.00 4.80 20.00 20.00 4.50 160.00 25.0 14.5 9.0 2.60 SR 76-1021 T-20/5
GHIR/L 20-20-4 3.00 4.80 20.00 20.00 4.50 200.00 40.0 14.5 9.0 2.60 SR 76-1021 T-20/5
GHIR/L 25-25-4 2.50 4.00 25.00 25.00 5.00 200.00 50.0 17.5 11.5 2.10 SR 76-1022 T-20/5
GHIR/L 32-4 2.50 4.00 32.00 38.00 5.00 250.00 - 21.3 14.5 2.10 SR 76-1021 T-20/5
GHIR/L 25-5 3.20 5.30 25.00 26.00 6.00 160.00 25.0 18.5 11.5 2.80 SR 76-1022 T-20/5
GHIR/L 25-25-6 4.00 6.40 25.00 25.00 5.00 200.00 50.0 17.5 11.5 3.60 SR 76-1022 T-20/5
GHIR/L 32-6 4.00 6.40 32.00 39.00 6.50 250.00 - 22.8 14.5 3.60 SR 76-1022 T-20/5
GHIR/L 40-6 4.00 6.40 40.00 49.00 8.00 300.00 - 28.3 18.0 3.60 SR 76-1022 T-20/5
• When using TIPI inserts, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
For inserts, see pages: GIFI (298) • GIFI-E (296) • GIFI-E (full radius) (296) • GIMIY (295) • GINI-E (297) • GIPI (297) • GIPI (full radius W<M) (298) • GIPI (full
radius) (298) • GIPI (W<M) (297) • GIPI-E (296) • GIPI-RX/LX (299) • TIPI-MT (299) • TIPI-WT (299)
GHIR/L (W=1.9-6.4)
Internal Grooving and Turning Bars
fA
l2
W
l1
dg7
h1
T
max-r
Dmin
Right-hand shown
Designation d W min W max D min Tmax-r h1l1l2f A Inlet
GHIR/L 25C-510 25.00 4.00 5.30 32.00 10.00 11.5 160.00 25.0 22.5 3.50 R1/8 SR 76-1022 T-20/5 PL 25
GHIR/L 32C-610 32.00 4.80 6.40 43.00 10.00 14.5 200.00 - 26.2 4.40 R1/8 SR 76-1022 T-20/5 PL 32
GHIR/L 40C-612 40.00 4.80 6.40 53.00 12.00 18.0 250.00 - 32.2 4.40 R1/8 SR 76-1022 T-20/5 PL 40
• When using TIPI inserts, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
For inserts, see pages: GIFI (298) • GIFI-E (296) • GIFI-E (full radius) (296) • GIMIY (295) • GINI-E (297) • GIPI (297) • GIPI (full radius) (298) • GIPI-E (296) •
TIPI-MT (299)
GHIR/L-C (W=4-6.4)
Grooving and Turning Bars
with Internal Coolant Holes
A
l1
f
W
l2
d5
dg7
h1
Tmax-r
Dmin
Right-hand shown
Designation W min W max d D min Tmax-r l1l2f h1d5A
GHIR/L 20SC-3 2.00 3.50 20.00 20.00 4.50 200.00 60.0 14.5 9.0 8.5 1.60 SR 76-1021 T-20/5 PL 20
GHIR/L 20SC-4 3.00 4.80 20.00 20.00 4.50 200.00 60.0 14.5 9.0 8.5 2.60 SR 76-1021 T-20/5 PL 20
• Tool head is made of steel. • When using TIPI inserts, toolholder seat needs to be modified according to insert profile to ensure clearance.
• For user guide, see pages 340-351
For inserts, see pages: GIFI (298) • GIFI-E (296) • GIFI-E (full radius) (296) • GIMIY (295) • GINI-E (297) • GIPI (297) • GIPI (full radius W<M) (298) • GIPI (full
radius) (298) • GIPI-E (296) • GIPI-RX/LX (299) • TIPI-MT (299) • TIPI-WT (299)
GHIR/L-SC (W=2-4.8)
Grooving and Turning Solid Carbide
Bars with Internal Coolant Holes
ISCAR
294
GROOVE-TURN
f
l2l1
W
a
dg7
h1
Tmax-r
Dmin
Right-hand shown
Designation W max d D min Tmax-r l1l2f h1a°
GHIUR/L 20U 4.80 20.00 20.00 2.50 160.00 40.0 12.5 9.0 45.0 SR 76-1021 T-20/5
GHIUR/L 20-20-5 4.80 20.00 20.00 3.00 200.00 51.0 13.0 9.0 60.0 SR 76-1021 T-20/5
GHIUR/L 25U 6.40 25.00 25.00 3.00 160.00 50.0 15.5 11.5 45.0 SR 76-1022 T-20/5
GHIUR/L 25-25-6 6.40 25.00 25.00 3.50 200.00 60.0 16.0 11.5 60.0 SR 76-1022 T-20/5
For inserts, see pages: GIPI-UR/UL (299)
GHIUR/L
Undercutting and Turning Boring Bars
f1l1
h1
dg7
F1
Dmin f
l2
Dmin
Tmax-r Right-hand shown • F1=l1-f1+f2. • For f2 dimension, see GAIR/L adapters.
Designation d l2l1f h1f1Adapter
GHAIR/L 25-32 25.00 25.0 200.00 19.7 11.5 3.0 GAIR/L 32.. SR 16-236 P T-15/5 PL 25
GHAIR/L 32-32 32.00 32.0 200.00 23.2 14.5 3.0 GAIR/L 32.. SR 16-236 P T-15/5 PL 32
GHAIR/L 32-40 32.00 40.0 200.00 24.0 14.5 3.0 GAIR/L 40.. SR 16-212 T-20/5 PL 32 SR 14-519
• For Dmin & Tmax refer to GAIR/L adapters.
For tools, see pages: GAIR/L (294)
GHAIR/L-GI
Bars with Coolant Holes for Internal
Grooving and Turning Adapters
f2
A
W
D
Tmax-r Right-hand shown
Designation D min W min W max Tmax-r f2A
GAIR/L 32-2 32.00 1.50 2.10 3.00 3.80 1.20
GAIR/L 32-3 32.00 2.10 3.00 3.00 4.10 1.80
GAIR/L 32-4 32.00 3.00 4.50 5.00 4.50 2.50
GAIR/L 32-5 32.00 4.50 6.40 5.00 5.20 4.00
GAIR/L 40-2 40.00 1.50 2.10 3.00 3.80 1.20
GAIR/L 40-3 40.00 2.10 3.00 4.00 4.10 1.80
GAIR/L 40-4 40.00 3.00 4.50 7.00 4.50 2.50
GAIR/L 40-5 40.00 4.50 6.40 7.00 5.20 4.00
• When using TIPI inserts, toolholder seat needs to be modified according to insert profile to ensure clearance. • For user guide, see pages 340-351
For inserts, see pages: GIMIY (295) • GIPI-E (296) • GIFI-E (296) • GIFI-E (full radius) (296) • GINI-E (297) • GIPI (W<M) (297) • GIPI (297) • GIPI (full radius W<M)
(298) • GIPI (full radius) (298) • GIFI (298) • GIPI-RX/LX (299) • TIPI-MT (299) • TIPI-WT (299)
For holders, see pages: GHAIR/L-GI (294)
GAIR/L
Internal Grooving and Turning Adapters
h1
l1
B1
b
d
Designation B1d l1h1b
GHIC 32-50 26.0 32.00 220.00 14.5 29.0 SR M5X16 DIN912 HW 4.0
GHIC 40-50 26.0 40.00 260.00 18.0 36.0 SR M5X16 DIN912 HW 4.0
• For both right and left hand applications.
For tools, see pages: CGIN 26 (295)
GHIC-50
Boring Bars for Internal Grooving
and Turning Blades Dmin=50 mm
295
GROOVE-TURN
h1
Tmax-r
Dmin
f
F1
150°
W
B1
A
l1
Designation W min W max A fmin(1) fmax(1) F1min(1) F1max(1) l1B1D min
CGIN 26K-3 2.80 4.00 2.40 28.0 33.0 10.0 15.0 45.00 26.0 50.00
CGIN 26K-4 3.60 4.50 3.20 28.0 33.0 10.0 15.0 45.00 26.0 50.00
CGIN 26K-5 4.40 6.40 4.00 28.0 33.0 10.0 15.0 45.00 26.0 54.00
CGIN 26A-3 2.80 4.00 2.40 32.5 37.5 14.5 19.5 49.50 26.0 54.00
CGIN 26A-4 3.60 4.50 3.20 32.5 37.5 14.5 19.5 49.50 26.0 54.00
CGIN 26A-5 4.40 6.40 4.00 32.5 37.5 14.5 19.5 49.50 26.0 54.00
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: GIFI (298) • GIFI-E (296) • GIFI-E (full radius) (296) • GIMIY (295) • GINI-E (297) • GIPI (297) • GIPI (full radius) (298) • GIPI-E (296) •
TIPI-MT (299)
For holders, see pages: GHIC-50 (294)
CGIN 26
Internal Grooving and Turning
Blades for GHIC...-50 Bars
5
W
R
15.7 Ref.
±0.1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05
IC830
IC08
IC808
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMIY 304 3.00 0.40 ••• 0.50-1.50 0.10-0.14 0.05-0.08
GIMIY 404 4.00 0.40 • • 0.50-2.00 0.13-0.19 0.06-0.11
• Dmin for internal applications=20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • E-GEHIR / E-GHIR (289) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293)
• GHIR/L-SC (W=2-4.8) (293)
GIMIY
Utility Single-Ended Inserts for
Internal Grooving and Turning
6
7
8
9
10
11
12
13
14
15
16
17
50 100 150
18
F
1
=19.5
F
1
=19
F
1
=18
F
1
=17
F
1
=16
F
1
=15
F
1
=14
F
1
=13
F
1
=12
F
1
=11
F
1
=10
Internal Grooving Capacity for CGIN Blades
Bore Diameter D (mm)
Grooving Depth Tmax (mm)
Example:
For grooving depth T=12.7 mm
and grooving width=4 mm
in bore øD=60, use blade
CGIN 26A-4 and adjust
overhang to F1=16 mm.
ISCAR
296
GROOVE-TURN
5
8°
W
R M
±0.025
15.7 Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC908
IC20
IC20N
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
GIPI 3.00E-0.40 3.00 0.40 0.030 2.40 15.50 ••••••0.50-1.50 0.14-0.18 0.06-0.12
GIPI 4.00E-0.40 4.00 0.40 0.030 3.20 15.50 ••••• 0.50-2.00 0.15-0.21 0.08-0.15
GIPI 5.00E-0.50 5.00 0.50 0.050 4.00 15.50 • • • • 0.70-3.10 0.19-0.33 0.11-0.20
GIPI 6.35E-0.55 6.35 0.55 0.050 4.80 15.50 • • 0.70-3.10 0.23-0.30 0.13-0.21
• Dmin for internal applications = 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • E-GEHIR / E-GHIR (289) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8)
(293)
GIPI-E
Precision Double-Ended Inserts for
Internal Grooving and Turning
8°
R
15.7 Ref.
W
5
±0.025
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC830
IC8250
IC808
IC20
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIFI 4.00E-0.40 4.00 0.40 3.20 15.50 ••••0.50-2.00 0.13-0.19 0.06-0.11
GIFI 5.00E-0.50 5.00 0.50 4.00 15.50 • • • 0.60-2.50 0.16-0.24 0.08-0.14
GIFI 6.00E-0.80 6.00 0.80 4.80 15.50 •1.00-3.00 0.19-0.34 0.09-0.18
• Dmin for internal applications = 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIFI-E
Precision Double-Ended Inserts for
Internal Grooving and Turning
W
5
M
R
8°
15.7 Ref.
±0.025
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC830
IC8250
IC808
IC20
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIFI 4.00E-2.00 4.00 2.00 3.20 14.00 ••••0.00-2.00 0.14-0.27 0.06-0.12
GIFI 5.00E-2.50 5.00 2.50 4.00 13.50 ••••0.00-2.50 0.18-0.34 0.08-0.15
• Dmin for internal applications = 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIFI-E (full radius)
Precision Double-Ended Full
Radius Inserts for Internal
Profiling and Grooving
297
GROOVE-TURN
±0.025
8°
15.7
M
W
R
Dimensions Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r
IC808
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GINI 3.00E-0.40 3.00 0.40 2.40 15.50 •0.50-1.20 0.08-0.13 0.03-0.09
GINI 4.00E-0.40 4.00 0.40 3.20 15.50 •0.50-1.60 0.10-0.17 0.04-0.12
GINI 5.00E-0.50 5.00 0.50 4.00 15.50 •0.50-2.00 0.12-0.20 0.05-0.14
• Dmin for internal applications=20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • E-GEHIR / E-GHIR (289) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8)
(293)
GINI-E
Precision Double Ended Inserts
for Internal Grooving and
Turning of Ductile Materials
5
8°
R
Tmax-r M
15.7 Ref.
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r M
IC830
IC808
IC908
IC20
f groove
(mm/rev)
GIPI 1.57-0.15 1.57 0.15 2.50 2.20 • • • 0.03-0.05
GIPI 1.70-0.00 1.70 0.00 2.50 2.20 • • • 0.03-0.06
GIPI 1.78-0.10 1.78 0.10 2.50 2.20 •••• 0.03-0.06
GIPI 1.96-0.10 1.96 0.10 2.50 2.20 ••• 0.04-0.06
GIPI 1.96-0.15 1.96 0.15 2.50 2.20 ••• 0.04-0.06
• The tool pocket should be modified • Dmin for internal application=20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GAIR/L (294) • GHIR/L (W=1.9-6.4) (293)
GIPI (W<M)
Precision Double-Ended Inserts for
Internal Grooving and Recessing
5
8°
W
R M
±0.025
15.7 Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler Tmax-r M
IC830
IC8250
IC808
IC908
IC20
IC20N
f groove
(mm/rev)
GIPI 2.22-0.10 2.22 0.10 0.030 2.50 2.20 • • • • 0.04-0.07
GIPI 2.22-0.15 2.22 0.15 0.030 2.50 2.20 • • 0.04-0.07
GIPI 2.30-0.20 2.30 0.20 0.030 3.00 2.20 • • 0.05-0.08
GIPI 2.39-0.15 2.39 0.15 0.030 6.40 2.40 • • • • 0.04-0.07
GIPI 2.50-0.20 2.50 0.20 0.030 6.00 2.40 • • 0.05-0.09
GIPI 2.70-0.10 2.70 0.10 0.030 - 2.40 • •••• 0.05-0.08
GIPI 2.70-0.15 2.70 0.15 0.030 - 2.40 • • 0.05-0.08
GIPI 3.00-0.40 3.00 0.40 0.030 - 2.40 •0.06-0.11
GIPI 3.18-0.20 3.18 0.20 0.030 - 2.40 •••••• 0.06-0.11
GIPI 3.30-0.10 3.30 0.10 0.030 - 2.40 • • • • 0.06-0.10
GIPI 3.96-0.20 3.96 0.20 0.030 - 3.20 • • 0.08-0.13
GIPI 4.23-0.10 4.23 0.10 0.030 - 3.20 • • 0.08-0.13
GIPI 4.78-0.55 4.78 0.55 0.050 - 4.00 • • • • 0.08-0.15
• Dmin for internal application = 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • E-GEHIR / E-GHIR (289) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8)
(293)
GIPI
Precision Double-Ended Inserts for
Internal Grooving and Recessing
ISCAR
298
GROOVE-TURN
WRM
8° 5
15.7 Ref.
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 Tmax-r M
IC830
IC808
IC908
IC20
f groove
(mm/rev)
GIPI 2.39-1.20 2.39 1.20 6.40 2.40 •••• 0.05-0.10
• The tool pocket should be modified • Dmin for internal applications= 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIPI (full radius W<M)
Precision Double-Ended Full
Radius Inserts for Internal
Grooving and Recessing
5
±0.025
W
RM
15.7 Ref.
8°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 M
IC8250
IC20
f groove
(mm/rev)
GIPI 3.18-1.59 3.18 1.59 2.40 • • 0.06-0.13
GIPI 3.96-1.98 3.96 1.98 3.20 •0.08-0.16
GIPI 4.78-2.39 4.78 2.39 4.00 • • 0.08-0.16
GIPI 6.35-3.18 6.35 3.18 4.80 •0.11-0.21
• Dmin for internal application= 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIPI (full radius)
Precision Double-Ended Full
Radius Inserts for Internal
Grooving and Recessing
5
8°
M
R
W
15.7 Ref.
±0.025
Dmin
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC20
f groove
(mm/rev)
GIFI 4.78-0.55 4.78 0.55 0.050 4.00 15.50 ••• 0.07-0.13
GIFI 5.28-0.20 5.28 0.20 0.030 4.00 15.50 • • 0.08-0.13
• Dmin for internal applications = 20 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIFI
Precision Double-Ended Inserts for
Internal Grooving and Recessing
299
GROOVE-TURN
f
±0.025
Tmax-r
W
15.7 Ref.
8°
2.4 Ref.
R
RX shown
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler f Tmax-r
IC830
IC808
f groove
(mm/rev)
GIPI 0.78-0.1LX 0.78 0.10 0.030 1.6 1.30 •0.02-0.04
GIPI 1.00-0.00R/LX 1.00 0.00 0.030 1.6 2.00 •0.02-0.04
GIPI 1.19-0.1LX 1.19 0.10 0.030 1.6 2.00 •0.03-0.05
GIPI 1.57-0.15LX 1.57 0.15 0.030 1.7 2.80 •0.03-0.05
GIPI 1.57-0.79LX 1.57 0.79 0.050 1.7 2.80 •0.03-0.06
GIPI 2.00-0.10R/LX 2.00 0.10 0.030 1.7 2.70 •0.04-0.06
GIPI 2.39-0.2LX 2.39 0.20 0.030 1.7 3.90 •0.05-0.08
GIPI 2.39-1.19LX 2.39 1.19 0.050 1.7 3.90 •0.05-0.10
• Tool's pocket should be modified • For grooving and recessing only • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
GIPI-RX/LX
Precision Double-Ended Inserts for
Internal Grooving Next to Shoulder
W
UR UL
8°
R=W/2 M
15.7 Ref.
±0.025
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 M
IC8250
IC20
f groove
(mm/rev)
GIPI 3.00-1.5UR/L 3.00 1.50 2.40 • • 0.05-0.15
GIPI 4.00-2.0UR/L 4.00 2.00 3.20 • • 0.05-0.15
• The tool's pocket should be modified • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GHIUR/L (294)
GIPI-UR/UL
Precision Double-Ended Inserts
for Internal Undercutting
5
8°
W60°
±0.025
15.7 Ref
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIPI 3.4MT-0.10 3.40 0.10 1.80 14 • •
TIPI 5.4MT-0.20 5.40 0.20 3.19 8 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • Pitch max 0.205xD, TPI min D/4.8 • D=Diameter of thread (pitch max<=W)
• TIPI inserts are 1.6 mm longer than GIPI in the same pocket.
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
TIPI-MT
Precision Ground 60° Partial
Profile Double-Ended Internal
Threading Inserts with a Chipformer
for 20 mm Min. Bore Dia.
5
8°
W55°
15.7 Ref.
±0.025
R
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIPI 3.4WT-0.10 3.40 0.10 0.95 27 • •
TIPI 5.4WT-0.20 5.40 0.20 1.67 15 •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.187xD, TPI min D/5.25 D=Diameter of thread (pitch max<=W)
• For detailed cutting data, see pages 340-351
For tools, see pages: GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
TIPI-WT
55° Partial Profile Double-Ended
Internal Threading Inserts with a
Chipformer for 20 mm Minimum
Bore Diameters
ISCAR
300
GROOVE-TURN
l2
W
Tmax-r
f
l1
dg
7
h1
5.5
1.6
0.5 19°
T
max-r
Dmin
TGMF 635-080
Right-hand shown
Designation d W min W max D min Tmax-r h1l1l2f Inlet Insert
TGIR/L 16C-3 16.00 3.00 3.00 20.50 5.50 7.5 150.00 25.0 12.0 M6 TGMF 3
TGIR/L 20C-3 20.00 3.00 3.00 25.00 5.50 9.0 180.00 32.0 14.2 M6 TGMF 3
TGIR/L 25C-3 25.00 3.00 3.00 32.00 8.00 11.5 200.00 40.0 18.8 R1/8 TGMF 3
TGIR/L 25C-4 25.00 4.00 5.00 32.50 8.50 11.5 200.00 40.0 19.5 R1/8 TGMF 4, TGMF/P 5
TGIR/L 32C-4 32.00 4.00 5.00 42.00 11.00 14.5 220.00 50.0 25.5 R1/8 TGMF 4, TGMF/P 5
TGIR/L 32C-6 32.00 6.00 6.35 57.00 (1) 17.50 14.5 220.00 50.0 29.0 R1/8 TGMF 6
TGIR/L 40C-6 40.00 6.00 6.35 57.00 (1) 17.50 18.0 300.00 60.0 35.2 R1/8 TGMF 6
• For user guide, see pages 340-351
(1) For Dmin 47 mm, modify insert according to sketch
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
Spare Parts
Designation
TGIR/L 16C-3 SR 76-1400 T-20/5 PL 16
TGIR/L 20C-3 SR 76-1400 T-20/5 PL 20
TGIR/L 25C-3 SR M5X16 DIN912 HW 4.0 PL 25
TGIR/L 25C-4 SR M5X16 DIN912 HW 4.0 PL 25
TGIR/L 32C-4 SR M6X20 DIN912 HW 5.0 PL 32
TGIR/L 32C-6 SR M6X20 DIN912 HW 5.0 PL 32
TGIR/L 40C-6 SR M6X25 DIN912 HW 5.0 PL 40
TGIR/L-C
Grooving and Turning Bars
with Coolant Holes Carrying
TOP-GRIP Utility Inserts
F1
Dmin
f
F1
14.5
l1
25° 35°
W
B1
h1
A
150°
Designation W min W max A fmin(1) fmax(1) F1min(1) F1max(1) h1l1B1D min
TGHN 26-3M 3.00 3.00 2.40 40.0 41.5 13.5 15.0 21.4 63.00 26.0 70.00
TGHN 26-4M 4.00 5.00 3.20 40.0 41.5 13.5 15.0 21.4 63.00 26.0 70.00
TGHN 26-5M 5.00 5.00 4.00 40.0 46.5 13.5 20.0 21.4 63.00 26.0 70.00
• Grooving depth (Tmax-r) varies in conformance with blade's overhang (f andF1) and depends on the bore diameter (D). • TGHN 26...-M can be modifiedfrom
external double-sided TGHN blades • For user guide, see pages 340-351
(1) Adjustable extension
For inserts, see pages: TGMF (full radius) (232) • TGMF/P (231)
For holders, see pages: GHIC-70 (301)
TGHN 26-M
Internal Grooving and Turning
Blades for GHIC...-70 Bars
Internal Grooving Capacity for TGHN Blades
Grooving Depth Tmax (mm)
Bore Diameter D (mm)
19
10
11
12
13
14
15
16
17
18
70 100 150 200 250
F1=20
F1=19
F1=18
F1=17
F1=16
F1=15
F1=14
F1=13
Tmax
D
f1
T
(1)
Overhang F1, (mm)
Example:
For grooving depth T=15.5 mm
and grooving width=5 mm
in bore øD=100, use blade
TGHN 26-5M and adjust overhang to F1=18 mm.
TGHN 26-...M
301
GROOVE-TURN
fA
W
l1
dg7
Tmax-r
Dmin
Right-hand shown
Designation d W min W max D min Tmax-r l1f Inlet Insert(1)
HELIIR/L 20C-305 20.00 3.00 3.18 26.00 5.00 160.00 15.2 M6 GRIP 3 SR 76-1400 PL 20 T-20/5
HELIIR/L 25C-305 25.00 3.00 3.18 31.00 5.00 160.00 17.7 R1/8 GRIP 3 SR M5X16 DIN912 PL 25 HW 4.0
HELIIR/L 25C-410 25.00 4.00 4.76 43.00 10.00 160.00 22.7 R1/8 GRIP 4 SR M5X16 DIN912 PL 25 HW 4.0
HELIIR/L 25C-510 25.00 5.00 5.00 43.00 10.00 160.00 22.7 R1/8 GRIP 5 SR M5X16 DIN912 PL 25 HW 4.0
HELIIR/L 25C-610 25.00 6.00 6.35 43.00 10.00 160.00 22.7 R1/8 GRIP 6 SR M5X16 DIN912 PL 25 HW 4.0
HELIIR/L 32C-410 32.00 4.00 4.76 43.00 10.00 200.00 26.2 R1/8 GRIP 4 SR M5X16 DIN912 PL 32 HW 4.0
HELIIR/L 32C-510 32.00 5.00 5.00 43.00 10.00 200.00 26.2 R1/8 GRIP 5 SR M5X16 DIN912 PL 32 HW 4.0
HELIIR/L 32C-610 32.00 6.00 6.35 43.00 10.00 200.00 26.2 R1/8 GRIP 6 SR M5X16 DIN912 PL 32 HW 4.0
HELIIR/L 40C-412 40.00 4.00 4.76 53.00 12.00 250.00 32.2 R1/8 GRIP 4 SR M5X16 DIN912 PL 40 HW 4.0
HELIIR/L 40C-512 40.00 5.00 5.00 53.00 12.00 250.00 32.2 R1/8 GRIP 5 SR M5X16 DIN912 PL 40 HW 4.0
HELIIR/L 40C-612 40.00 6.00 6.35 53.00 12.00 250.00 32.2 R1/8 GRIP 6 SR M5X16 DIN912 PL 40 HW 4.0
• For user guide, see pages 340-351
(1) DO-GRIP DGN inserts may be used only for grooving: DGN 4.. (Dmin=51 mm), DGN 5.. (Dmin=57 mm) and DGN 6.. (Dmin=62 mm)
For inserts, see pages: GRIP (229) • GRIP (full radius) (230)
HELIIR/L
Grooving and Turning Bars with
Coolant Holes for HELI-GRIP
Utility Inserts
A
l1
h1
W
dg7
f
Tmax-r
Dmin
Right-hand shown
Right-hand shown
Designation W min W max d D min Tmax-r l1f h1A
GHIR/L 40-815 7.00 8.30 40.00 64.00 15.00 300.00 36.0 18.0 6.00 SR M8X20DIN912 HW 6.0
GHIR/L 40-820 7.00 8.30 40.00 65.00 20.00 300.00 41.0 18.0 6.00 SR M8X20DIN912 HW 6.0
• For user guide, see pages 340-351
For inserts, see pages: GDMA (256) • GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) •
GIA-K (long pocket) (254) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIPA/GIDA 8 (full radius) (257)
GHIR/L (W=7.0-8.3)
Internal Grooving and
Turning Boring Bars
h1
l1
B1
b
dg7
Designation B1d l1h1b
GHIC 40-70 26.0 40.00 260.00 18.0 53.0 SR M6X16 DIN912 HW 5.0
GHIC 50-70 26.0 50.00 300.00 23.0 53.0 SR M6X16 DIN912 HW 5.0
• For both right and left hand applications.
For tools, see pages: CGHN 26-M (302) • TGHN 26-M (300)
GHIC-70
Boring Bars for Internal Grooving
and Turning Blades, Dmin=70 mm
h1
l1
B1
dg7
Designation B1d l1h1
GHIC 40-85 32.0 40.00 260.00 18.0 SR M6X16 DIN912 HW 5.0
GHIC 50-85 32.0 50.00 300.00 23.0 SR M6X16 DIN912 HW 5.0
• For both right and left hand applications.
For tools, see pages: CGHN 32-DGM (304) • CGHN 32-M (303)
GHIC-85
Boring Bars for Internal Grooving
and Turning Blades, Dmin=85 mm
ISCAR
302
GROOVE-TURN
14.5
WTmax-r
Dmin
A
150°
B1
h1
l1
25°
35° f
F1
Designation W min W max A D min fmin(1) F1min(1) fmax(1) F1max(1) h1l1B1
CGHN 26-3M 2.80 4.00 2.40 70.00 40.0 13.5 46.5 20.0 21.4 63.00 26.0
CGHN 26-4M 3.60 4.50 3.20 70.00 40.0 13.5 46.5 20.0 21.4 63.00 26.0
CGHN 26-5M 4.40 6.40 4.00 70.00 40.0 13.5 46.5 20.0 21.4 63.00 26.0
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: GIPM-A46 / GIP-1250 (313) • GIMF (244) • GIMY (245) • GIMN (245) • GIMY (full radius) (246) • GIMY-F (247) • GIF-E (W=4-6) (248) •
GIF-E (W=4-6 full radius) (250) • GIP-E (249) • GIP-E (full radius) (250) • GIP (252) • GIP (full radius) (253) • GIF (253) • GIF (full radius) (254) • GIA-K (W=3-6) (254)
• GITM (255) • GITM (full radius) (255) • GIPY (255) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIM-C (402) • GIM-J (403) • GIM-J-RA/LA (403) •
GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • TIP-MT (261) • TIP-WT (261)
For holders, see pages: GHIC-70 (301)
CGHN 26-M
Internal Grooving and Turning
Blades for GHIC...-70 Bars
Internal Grooving Capacity
for CGHN 26 Blades
Grooving Depth Tmax (mm)
Bore Diameter D (mm)
19
10
11
12
13
14
15
16
17
18
70 100 150 200 250
F1=20
F1=19
F1=18
F1=17
F1=16
F1=15
F1=14
F1=13
T
max
D
f1
T
(1)
Overhang F1, (mm)
Example:
For grooving depth T=15.5 mm
and grooving width=5 mm
in bore øD=100, use blade
CGHN 26-5M and adjust overhang to F1=18 mm.
CGHN 26-...M
303
GROOVE-TURN
WTmax
Dmin
A
150°
B1
h1
f
F(1)
17.5
l1
75
25°
15°
CGHN 32-...M blade can be modified from external blades CGHN 32-...D
Designation W min W max A fmin(1) fmax(1) F1min(1) F1max(1) h1l1B1D min
CGHN 32-3M 2.80 4.00 2.40 44.0 48.0 15.0 19.0 24.8 82.00 32.0 85.00
CGHN 32-4M 3.60 5.00 3.20 44.0 50.0 15.0 21.0 24.8 82.00 32.0 85.00
CGHN 32-5M 4.40 6.40 4.00 44.0 55.0 15.0 26.0 24.8 82.00 32.0 85.00
CGHN 32-6M 5.60 6.40 5.20 44.0 55.0 15.0 26.0 24.8 82.00 32.0 85.00
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full
radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) •
GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-WT (261)
For holders, see pages: GHIC-85 (301)
CGHN 32-M
Internal Grooving and Turning
Blades for GHIC...-85 Bars
Internal Machining Grooving Capacity
for CGHN 32 Blades
Bore Diameter D (mm)
Grooving Depth Tmax (mm)
Overhang F1 (mm)
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
T max
80 100 150 200 250 ØD
F1=30
F1=26
F1=24
F1=21
F1=19
F1=15
Tmax
D
f1
T
(1)
Example:
For grooving depth T=16 and grooving width= 4
in bore øD=180, use blade CGHN-32-4M
and adjust overhang to F1=21 mm.
CGHN 32-...M/DGM
ISCAR
304
GROOVE-TURN
17.5
83
l1
25°
150°
A
Dmin
h1B1
W
f
Tmax-r
F1
15°
Designation W min W max A fmin(1) fmax(1) F1min(1) F1max(1) h1l1B1D min
CGHN 32-3DGM 2.80 4.00 2.40 53.0 59.0 24.0 30.0 24.8 90.00 32.0 93.00 EDG 44A*
CGHN 32-4DGM 3.50 5.00 3.20 53.0 59.0 24.0 30.0 24.8 90.00 32.0 93.00 EDG 44A*
CGHN 32-5DGM 4.40 6.40 4.00 53.0 59.0 24.0 30.0 24.8 90.00 32.0 98.00 EDG 44A*
CGHN 32-6DGM 5.60 6.40 5.20 53.0 59.0 24.0 30.0 24.8 90.00 32.0 98.00 EDG 44A*
• For user guide, see pages 340-351
(1) When using a double-ended insert, grooving depth is limited by the insert.
* Optional, should be ordered separately
For inserts, see pages: GIA-K (W=3-6) (254) • GIF (253) • GIF (full radius) (254) • GIF-E (W=4-6 full radius) (250) • GIF-E (W=4-6) (248) • GIM-C (402) • GIM-J
(403) • GIM-J-RA/LA (403) • GIM-UT (404) • GIM-UT-RA/LA (404) • GIM-W (403) • GIM-W-RA/LA (404) • GIMF (244) • GIMN (245) • GIMY (245) • GIMY (full
radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) •
GIPM-A46 / GIP-1250 (313) • GIPY (255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-WT (261)
For holders, see pages: GHIC-85 (301)
CGHN 32-DGM
Internal Grooving and Turning Blades
for GHIC...-85 Bars (self-clamping)
Internal Machining Grooving Capacity
for CGHN 32 Blades
Bore Diameter D (mm)
Grooving Depth Tmax (mm)
Overhang F1 (mm)
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
T max
80 100 150 200 250 ØD
F1=30
F1=26
F1=24
F1=21
F1=19
F1=15
T
max
D
f1
T
(1)
Example:
For grooving depth T=16 and grooving width= 4
in bore øD=180, use blade CGHN-32-4DGM
and adjust overhang to F1=21 mm.
CGHN 32-...M/DGM
305
GROOVE-TURN
MINIATURE
External Tools and Inserts ................................................................ 306
SWISS-CUT ............................................................................................ 306
CUT-GRIP ................................................................................................ 311
Internal Boring Bars and Inserts ..................................................... 314
PICCO-CUT ............................................................................................ 314
MINCHAM ............................................................................................... 327
MINCUT .................................................................................................. 329
CHAMGROOVE ....................................................................................... 330
FACE GROOVING ................................................................................. 431
ISCAR
306
GROOVE-TURN
l1SCHR 0810-22BF
Tmax-r h4l2
W
h
b
Left-hand shown
Designation h b l1h4l2Tmax-r(1) W min W max
SCHR/L 0810-22BF 8.0 10.0 125.00 2.0 24.0 8.00 0.50 2.50 SR M4X0.7-19425 T-8/5
SCHR/L 10-22BF 10.0 10.0 125.00 - - 8.00 0.50 2.50 SR M4X0.7-19425 T-8/5
SCHR/L 12-22BF 12.0 12.0 125.00 - - 8.00 0.50 2.50 SR M4X0.7-19425 T-8/5
SCHR/L 16-22BF 16.0 16.0 125.00 - - 8.00 0.50 2.50 SR M4X0.7-19425 T-8/5
(1) See insert dimensions
For inserts, see pages: SCIR-22-MTR-ISO (310) • SCIR/L-22-AD (309) • SCIR/L-22-AR/AL (309) • SCIR/L-22-BR/BL (307) • SCIR/L-22-ER/EL (308) •
SCIR/L-22-MTR/MTL (310) • SCIR/L-22-N/L/R (307) • SCIR/L-22-NP (309) • SCIR/L-22-NX (310)
SCHR/L-BF
Grooving and Turning Holders
with Back and Front Clamping for
Swiss-Type and Automatic Machines
l1
h
l2
b
UNF 5/16-24 typx3
50
W
70
5.5
Right-hand shown
Bar Max
Designation h b l1l2W min W max Tmax-r(1)
SCHR/L 10-22BF-JHP 10.0 10.0 125.00 20.7 0.50 2.50 8.00 SR M4X0.7-19425 T-8/5 SR 5/16XUNF-TL-S HW 5/32"
SCHR/L 12-22BF-JHP 12.0 12.0 125.00 20.7 0.50 2.50 8.00 SR M4X0.7-19425 T-8/5 SR 5/16UNF TL360 HW 5/32"
SCHR/L 16-22BF-JHP 16.0 16.0 125.00 20.7 0.50 2.50 8.00 SR M4X0.7-19425 T-8/5 SR 5/16UNF TL360 HW 5/32"
• Note: Coolant ports of the left-hand tools are in the same position as those of the right-hand tools.
(1) See insert dimensions
For inserts, see pages: SCIR-22-MTR-ISO (310) • SCIR/L-22-AD (309) • SCIR/L-22-AR/AL (309) • SCIR/L-22-BR/BL (307) • SCIR/L-22-ER/EL (308) •
SCIR/L-22-MTR/MTL (310) • SCIR/L-22-N/L/R (307) • SCIR/L-22-NP (309) • SCIR/L-22-NX (310)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
SCHR/L 10-22BF-JHP 1-3 2-4 3-5
SCHR/L 12-22BF-JHP 3-5 4-6 5-7
SCHR/L 16-22BF-JHP 6-8 7-9 8-10
SCHR/L-BF-JHP
Grooving and Turning Tools with
High Pressure Coolant Channels for
Swiss-Type and Automatic Machines
307
GROOVE-TURN
SCIL 22-...N...
SCIL 22-...L...
Tc
fa°
W
R
Tc
Tmax-r
Tmax-r
22.0 3.0
7°
7.0
Workpiece
Left-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 fa° R Tmax-r Tc
IC1008
f groove
(mm/rev)
SCIR/L 22-050N-00 0.50 0.0 0.00 1.80 5.5 •0.02-0.04
SCIR/L 22-100N-00 1.00 0.0 0.00 4.00 5.5 •0.03-0.05
SCIR/L 22-150N-00 1.50 0.0 0.00 5.50 8.0 •0.03-0.07
SCIR/L 22-200N-10 2.00 0.0 0.10 7.00 8.0 •0.03-0.09
SCIL 22-050R/L12-00 0.50 12.0 0.00 2.00 5.5 •0.01-0.03
SCIR 22-050R/L12-00 0.50 12.0 0.00 2.00 5.5 •0.01-0.03
SCIL 22-100R/L16-00 1.00 16.0 0.00 4.00 5.5 •0.02-0.04
SCIR 22-100R/L16-00 1.00 16.0 0.00 4.00 5.5 •0.02-0.04
SCIL 22-150R/L16-00 1.50 16.0 0.00 5.50 8.0 •0.03-0.06
SCIR 22-150R/L16-00 1.50 16.0 0.00 5.50 8.0 •0.03-0.06
SCIL 22-200R/L16-00 2.00 16.0 0.00 7.00 8.0 •0.03-0.07
SCIR 22-200R/L16-00 2.00 16.0 0.00 7.00 8.0 •0.03-0.07
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-N/L/R
Grooving and Parting Inserts
SCIL 22...R16
(right lead)
SCIL 22...L16
(left lead)
SCIR 22...L16
(left lead)
SCIR 22...R16
(right lead)
Chip Deflector
7° Positive
rake angle
0°, 12°, 16° Frontal edge
inclination options
22.0
7.0
0.5 3.0
W
5.0
12°
60°
Kr°
R
Left-hand shown
Dimensions Recommended Machining Data
Designation W Kr° R±0.02
IC1008
ap
(mm)
f turn
(mm/rev)
SCIL 22-BL00-05K7 0.50 7.0 0.00 •0.05-3.00 0.01-0.15
SCIL 22-BL10-05K7 0.50 7.0 0.10 •0.12-3.00 0.01-0.15
SCIR 22-BR00-05K7 0.50 7.0 0.00 •0.05-3.00 0.01-0.15
SCIR 22-BR10-05K7 0.50 7.0 0.10 •0.12-3.00 0.01-0.15
SCIR 22-BR10-05K15 0.50 15.0 0.10 •0.12-3.00 0.01-0.15
SCIL 22-BL08-10K7 1.00 7.0 0.08 •0.10-3.00 0.01-0.15
SCIR 22-BR08-10K7 1.00 7.0 0.08 •0.10-3.00 0.01-0.15
SCIR 22-BR08-10K15 1.00 15.0 0.08 •0.10-3.00 0.01-0.15
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-BR/BL
Back Turning Inserts
ISCAR
308
GROOVE-TURN
22.0
7.0
0.5 3.0
WL5
5.4
a°
60°
Kr°
R
Left-hand shown
Dimensions Recommended
Machining Data
Designation R±0.02 W L5a° Kr°
IC1008
ap
(mm)
f turn
(mm/rev)
SCIL 22-EL00-03K0 0.00 0.30 0.10 6.0 0.0 •0.05-2.50 0.01-0.15
SCIR 22-ER00-03K0 0.00 0.30 0.10 6.0 0.0 •0.05-2.50 0.01-0.15
SCIR/L 22-EL00-07K0 0.00 0.70 0.20 15.0 0.0 •0.05-2.50 0.01-0.15
SCIR 22-ER00-07K0 0.00 0.70 0.20 15.0 0.0 •0.05-2.50 0.01-0.15
SCIL 22-EL00-07K10 0.00 0.70 0.20 3.0 10.0 •0.05-2.50 0.01-0.15
SCIR 22-ER00-07K10 0.00 0.70 0.20 3.0 10.0 •0.05-2.50 0.01-0.15
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-ER/EL
Back Turning Inserts for
Short Chipping Materials
SCIL 22-EL...
SCIL 22-ER...
SCIR 22-ER...
SCIR 22-EL...
Frontal Width
(W)
Rake Angle
(Kr)
Rake Angle (Kr°) Selection Guide
For brittle workpieces and small diameters always prefer Kr=0°
Frontal Width Selection Guide
•
Small diameters and brittle workpiece: small W (less radial force)
•
Large diameters: larger W (stronger cutting edge)
Brass Ledloy Steel St. Steel Titanium Aluminum
0°
8°
15°
Turning Insert Selection Process
Select
Application
Material
Type
Workpiece
Diameter
Dominant
Effect
Front
turning
Short chipping material
(Brass, Ledloy)
All other materials
Small
Large
Surface finish
Chip
control
Back
turning
AD
AR
ER
BR
309
GROOVE-TURN
22.0 3.0
2xKr°
7.0
RTmax-r
Tc
W
Tc
Workpiece
Dimensions Recommended Machining Data
Designation W R±0.02 TcKr° Tmax-r
IC1008
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
SCIR/L 22-AD08-24K8 2.40 0.08 8.0 8.0 5.50 •0.12-3.80 0.01-0.15 0.01-0.06
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-AD
Turning Inserts with a
Frontal Relief Angle
22.0
7.0
3.0
Kr°
Tc
fa°
R
Tmax-r
Tc
Workpiece
Left-hand shown
Dimensions Recommended
Machining Data
Designation R±0.02 Tcfa° Kr° Tmax-r
IC1008
ap
(mm)
f turn
(mm/rev)
SCIL 22-AL00-25K16 0.00 8.0 8.0 16.0 3.80 •0.05-3.80 0.01-0.15
SCIR 22-AR00-25K16 0.00 8.0 8.0 16.0 3.80 •0.05-3.80 0.01-0.15
SCIL 22-AL10-25K8 0.10 8.0 12.0 8.0 3.80 •0.12-3.80 0.01-0.15
SCIR 22-AR10-25K8 0.10 8.0 12.0 8.0 3.80 •0.12-3.80 0.01-0.15
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-AR/AL
Turning Inserts with a
Frontal Relief Angle
22.0
7.0
9°
7°
R
3.0
Tc
T
max-r
W
Tc
Tmax-r
Workpiece
Left-hand shown
Dimensions Recommended Machining Data
Designation W±0.02 R±0.02 Tmax-r Tc
IC1008
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
SCIR/L 22-080NP00 0.80 0.00 2.50 8.0 •0.05-0.70 0.02-0.06 0.02-0.05
SCIR/L 22-100NP08 1.00 0.08 3.00 8.0 •0.05-0.80 0.02-0.08 0.02-0.06
SCIR/L 22-150NP05 1.50 0.05 6.00 8.0 •0.05-1.80 0.02-0.11 0.02-0.07
SCIR/L 22-200NP05 2.00 0.05 6.00 8.0 •0.05-2.50 0.03-0.15 0.03-0.09
SCIR/L 22-250NP05 2.50 0.05 6.00 8.0 •0.05-3.10 0.03-0.19 0.03-0.11
• For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-NP
Grooving, Turning and Parting Inserts
ISCAR
310
GROOVE-TURN
7.0
22.0
Tc
3.0
Tmax-r
R
W
Tc
Workpiece
Right-hand shown
Dimensions Recommended Machining Data
Designation W±0.02 R±0.02 Tmax-r Tc(1)
IC1008
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
SCIR/L 22-150NX080 1.50 0.08 4.30 6.8 •0.05-1.80 0.02-0.11 0.02-0.07
SCIR/L 22-200NX080 2.00 0.08 4.30 6.8 •0.05-2.50 0.03-0.15 0.03-0.09
SCIR/L 22-250NX080 2.50 0.08 6.30 6.8 •0.05-3.10 0.03-0.19 0.03-0.11
• For cutting speed recommendations and user guide, see pages 340-351
(1) Maximum 32 mm diameter for face turning.
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-NX
Grooving and Turning Inserts
with a Chipformer
22.0
7.0
Y60°
R
Left-hand shown
Dimensions
Designation R Y Pmin Pmax TPI max TPI min
IC1008
SCIL 22-MTL003 0.03 0.4 0.30 0.90 83 28 •
SCIR 22-MTR003 0.03 0.4 0.30 0.90 83 28 •
SCIL 22-MTR/L007 0.07 0.5 0.70 1.10 36 23 •
SCIR 22-MTR/L007 0.07 0.5 0.70 1.10 36 23 •
SCIL 22-MTL010 0.10 0.8 0.90 1.70 28 15 •
SCIR 22-MTR010 0.10 0.8 0.90 1.70 28 15 •
• For detailed cutting data, see pages 340-351
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-MTR/MTL
60° Partial Profile Threading Inserts
22.0
7.0
Y
Tmax-r
W
R
3.0
Dimensions
Designation Pitch W Tmax-r R Y
IC1008
SCIR 22-MTR-0.3ISO 0.30 1.00 3.00 0.03 0.2 •
SCIR 22-MTR-0.4ISO 0.40 1.00 3.00 0.04 0.2 •
SCIR 22-MTR-0.5ISO 0.50 1.00 3.00 0.06 0.3 •
SCIR 22-MTR-0.75ISO 0.75 1.00 3.00 0.10 0.4 •
SCIR 22-MTR-1.0ISO 1.00 1.50 4.00 0.14 0.6 •
SCIR 22-MTR-1.5ISO 1.50 2.00 4.00 0.20 0.8 •
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR-22-MTR-ISO
Precision Ground ISO Metric
Full Profile Threading Inserts
311
GROOVE-TURN
l
1
l2
F1
h4
f2
H2hh
A
b
W
f
Tmax-r Left-hand shown
Designation h W min W max Tmax-r b l1f h4f2A l2F1H2
GEHSR/L 10-2-SL 10.0 2.20 3.20 6.80 10.0 120.00 9.1 2.0 2.00 1.80 18.0 8.0 15.0
GEHSR/L 12-2-SL 12.0 2.20 3.20 6.80 12.0 120.00 11.1 - - 1.80 18.0 8.0 17.0
GEHSR/L 16-2-SL 16.0 2.20 3.20 6.80 16.0 120.00 15.1 - - 1.80 18.0 8.0 21.0
• For user guide, see pages 340-351
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI-MT (292) • GEPI-WT (293)
Sealing Screw
SR M5x3.5PL
(Key: HW 2.5/5) Insert
Screw
SR M5-24145
(Key: HW 2.5/5)
Clamping Pin
PIN-22435
Spare Parts
Designation
GEHSR/L-SL PIN-22435* SR M5-24145 HW 2.5/5 SR M5X3.5PL
* Optional, should be ordered separately
GEHSR/L-SL
External Machining Tools with Side
Clamping Mechanism for Swiss-Type
and Automatic Machines
l1
l2
hF1
W
f
Tmax-r
h
b
A
H2
Left-hand shown
Designation h W min W max Tmax-r b l1f A l2F1H2
GEHSR 20-2 20.0 2.20 3.20 6.80 20.0 120.00 19.1 1.80 20.0 - 24.0 SR 16-236 P T-15/3
GEHSR 25-2 25.0 2.20 3.20 6.80 25.0 120.00 24.1 1.80 20.0 - 29.0 SR 16-236 P T-15/3
• For user guide, see pages 340-351
For inserts, see pages: GEMI (290) • GEMI (full radius) (290) • GEPI (291) • GEPI (full radius) (291) • GEPI-MT (292) • GEPI-WT (293)
GEHSR
External Machining Holders for
Swiss-Type and Automatic Machines
ISCAR
312
GROOVE-TURN
l2
hh3
l
1
h4
h
b
fWT
A
Dmax
Left-hand shown
Designation W min W max D max(1) h b l1f h3l2h4A
PHSR/L 10-2.4 2.40 3.18 20.0 10.0 10.0 150.00 9.0 8.0 18.0 2.0 1.90 SR 16-236 P T-15/3
PHSR/L 12-2.4 2.40 3.18 25.0 12.0 12.0 150.00 11.1 7.0 20.0 - 1.90 SR 16-236 P
PHSR/L 16-2.4 2.40 3.18 32.0 16.0 16.0 150.00 15.1 8.0 24.1 - 1.90 SR 16-236 P T-15/3
• T=Max depth capacity, see chart below • For user guide, see pages 340-351
(1) Limited by part diameter
For inserts, see pages: GDMW 2.4 (265)
W>2.1
D
TT
Grooving Depth
Grooving Depth Tmax per
Diameter for Width > 2.1 mm
Tmax 5.0 4.5 4.0 3.5 3.0 2.5 2.3 2.0 1.7
D10.5 10.8 11.5 12.6 14.5 17 20 25 34
Tmax is also limited by insert
PHSR/L
External Machining Holders for
Swiss-Type and Automatic Machines
D
l2
h
l1
h4
h
fWb
A
Left-hand shown
Designation W min W max D max(1) h b l1f l2h4A
GHSR/L 10-2 2.20 3.15 20.0 10.0 10.0 120.00 9.1 18.0 2.0 1.80 SR 16-236 P T-15/3
GHSR/L 12-2 2.20 3.15 25.0 12.0 12.0 120.00 11.1 20.0 2.0 1.80 SR 16-236 P T-15/3
GHSR/L 14-2 2.20 3.15 26.0 14.0 14.0 120.00 13.1 20.0 - 1.80 SR 16-236 P T-15/3
GHSR/L 16-2 2.20 3.15 32.0 16.0 16.0 120.00 15.1 26.0 - 1.80 SR 16-212 T-20/3
• For user guide, see pages 340-351
(1) For W>2.1 mm: grooving depth depends on part diameter
For inserts, see pages: GIG (252) • GIM-J (403) • GIM-J-RA/LA (403) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius W<M)
(251) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY
(255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) •
TIP-WT (261)
W>2.1
D
TT
Tmax 5.0 4.5 4.0 3.5 3.0 2.5 2.3 2.0 1.7
D10.5 10.8 11.5 12.6 14.5 17 20 25 34
Tmax is also limited by insert
Grooving Depth
Grooving Depth Tmax per
Diameter for Width > 2.1 mm
GHSR/L
External Machining Holders for
Swiss-Type and Automatic Machines
313
GROOVE-TURN
A
h
l1
h4
f1
l2
h
W
f
Dmax
b
UNF 5/16”-24 typx3
Left-hand shown
Bar Max
Designation W min W max h b D max l1l2f f1A
GHSR/L 10-2-JHP-SL 2.20 3.00 10.0 10.0 20.0 100.00 25.0 9.1 2.2 1.80
GHSR/L 12-2-JHP-SL 2.20 3.00 12.0 12.0 25.0 100.00 25.0 11.1 - 1.80
GHSR/L 16-2-JHP-SL 2.20 3.00 16.0 16.0 25.0 120.00 27.0 15.1 - 1.80
GHSR/L 12-3-JHP-SL 2.80 4.00 12.0 12.0 25.0 100.00 25.0 10.8 - 2.40
GHSR/L 16-3-JHP-SL 2.80 4.00 16.0 16.0 25.0 120.00 27.0 14.8 - 2.40
• For user guide and accessories, see pages 340-355
For inserts, see pages: GIG (252) • GIM-J (403) • GIM-J-RA/LA (403) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIP (252) • GIP (full radius W<M)
(251) • GIP (full radius) (253) • GIP-E (249) • GIP-E (full radius) (250) • GIPA (full radius W=3-6) (257) • GIPA (W=3-6) (256) • GIPM-A46 / GIP-1250 (313) • GIPY
(255) • GITM (255) • GITM (full radius) (255) • TIP-MT (261) • TIP-P-BSPT (264) • TIP-P-BSW (263) • TIP-P-ISO (262) • TIP-P-NPT (263) • TIP-P-UN (262) •
TIP-WT (261)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
GHSR/L...-JHP-SL 4-6 7-9 9-11
Clamping Pin
PIN-28128
Plug
SR M5x3.5 Plastic
(Key: HW 2.5/5)
Screw
SR M5-24145
(Key: HW 2.5/5)
Insert
Spare Parts
Designation
GHSR/L 10-2-JHP-SL SR M5-24145 SR M5X3.5PL HW 2.5/5 SR 5/16XUNF-TL-S HW 5/32"
GHSR/L 12-2-JHP-SL SR M5-24145 SR M5X3.5PL HW 2.5/5 SR 5/16UNF TL360 HW 5/32"
GHSR/L 16-2-JHP-SL SR M5-24145 SR M5X3.5PL HW 2.5/5 SR 5/16UNF TL360 HW 5/32"
GHSR/L 12-3-JHP-SL SR M5-24145 SR M5X3.5PL HW 2.5/5 SR 5/16UNF TL360 HW 5/32"
GHSR/L 16-3-JHP-SL SR M5-24145 SR M5X3.5PL HW 2.5/5 SR 5/16UNF TL360 HW 5/32"
GHSR/L-JHP-SL
Grooving and Turning Side Lock
Tools with Channels for High
Pressure Coolant on Swiss-Type
and Automatic Machines
2°
LX
RX
GIP 3.00-1250R
GIPM 2.35-A46R
W
4
1.15
0.25
1.2
6°
±0.025
7°
8° 30°
46°
15.3 Ref.
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.03 M
IC328
IC908
IC20
ap
(mm)
f turn
(mm/rev)
GIPM 2.35-A46L 2.35 0.05 2.20 • • 0.10-1.00 0.02-0.15
GIPM 2.35-A46R 2.35 0.05 2.20 • • 0.10-1.00 0.02-0.15
GIP 3.00-1250L 3.00 0.00 2.40 • • 0.10-1.00 0.02-0.15
GIP 3.00-1250R 3.00 0.00 2.40 • • 0.10-1.00 0.02-0.15
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • For grooving, reduce cutting speed by 30% and feed by 50%. • For
cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIPM-A46 / GIP-1250
Precision Back Turning Inserts for
External Machining on Swiss-Type
and Automatic Machines
ISCAR
314
GROOVE-TURN
dg6
LL3
T
L5
Dd2
Designation d d2D L L5L3T
PICCO ACE 12-4 12.00 4.00 14.50 85.00 23.00 53.00 10.3 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 12-5 12.00 5.00 14.50 85.00 23.00 53.00 10.3 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-4 16.00 4.00 14.50 85.00 21.50 53.50 14.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-5 16.00 5.00 14.50 85.00 21.50 53.00 14.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-6 16.00 6.00 19.90 85.00 23.00 53.50 14.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 16-7 16.00 7.00 19.90 85.00 23.00 53.50 14.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 20-4 20.00 4.00 14.50 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 20-5 20.00 5.00 14.50 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 20-6 20.00 6.00 19.90 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 20-7 20.00 7.00 19.90 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 22-4 22.00 4.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 22-5 22.00 5.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 22-6 22.00 6.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 22-7 22.00 7.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25-4 25.00 4.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25-5 25.00 5.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25-6 25.00 6.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25-7 25.00 7.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
• Holders are suitable for right- and left-hand PICCO inserts
Cap
Wrench
Locking shim
Body
Pins
Locking
shim
Cap
Insert
Pin
PICCO ACE
Holders for PICCOCUT Inserts
dg6
LL3
T
L5
Dd2
Designation d d2D L L5L3T
PICCO ACE 12.7-4 .500 .157 .571 3.346 .906 2.087 .457 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 12.7-5 .500 .197 .571 3.346 .906 2.087 .457 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 15.9-4 .625 .157 .571 3.346 .846 2.087 .551 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 15.9-5 .625 .197 .571 3.346 .846 2.087 .551 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 15.9-6 .625 .236 .783 3.346 .906 2.087 .551 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 15.9-7 .625 .276 .783 3.346 .906 2.087 .551 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 19-4 .750 .157 .571 5.906 .846 4.646 .677 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 19-5 .750 .197 .571 5.906 .846 4.646 .677 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 19-6 .750 .236 .783 5.906 .906 4.646 .677 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 19-7 .750 .276 .783 5.906 .906 4.646 .677 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25.4-4 1.000 .157 .571 5.906 .846 4.646 .905 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25.4-5 1.000 .197 .571 5.906 .846 4.646 .905 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25.4-6 1.000 .236 .783 5.906 .846 4.646 .905 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25.4-7 1.000 .276 .783 5.906 .846 4.646 .905 PL 16 M6-D5 WRENCH ACE 6-7
• Holders are suitable for right- and left-hand PICCO inserts
PICCO ACE
Holders for PICCOCUT Inserts
Metric
Inch
315
GROOVE-TURN
T
L5L3
L
d
D
d2
L3L5
T
d3d
L
d2
1 2
Designation d d2d3L L5L3T D Fig.
PICCO 12-4-5 12.00 4.00 5.00 75.00 10.00 55.00 10.3 - 2 SR M5X4-PF HW 2.5
PICCO 16-4-5 16.00 4.00 5.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5
PICCO 20-4-5 20.00 4.00 5.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5
PICCO 22-4-5 (1) 22.00 4.00 5.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5
PICCO 16-6-7 16.00 6.00 7.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5
PICCO 20-6-7 20.00 6.00 7.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5
PICCO 22-6-7 (1) 22.00 6.00 7.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5
MG PCO-12-6 12.00 6.00 - 75.00 15.00 50.80 11.0 18.00 1 SR M5X6-PF HW 2.5
MG PCO-16-6-8 16.00 6.00 8.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-20-6-8 20.00 6.00 8.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-22-6-8 (1) 22.00 6.00 8.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-25-6-8 25.00 6.00 8.00 90.00 10.00 70.00 23.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-16-9 16.00 9.00 - 75.00 15.00 53.00 15.0 20.00 1 SR M5X6-PF HW 2.5 PL 16
• Holders are suitable for right- and left-hand inserts, and boring bars.
(1) Tools for Swiss-type CNC
MG PCO...-6-8
Back Stopper
MG PCO-SPCR8
PICCO...MFT
PICCO...MF ...8-...
...8-...
PICCO/MG PCO (holder)
Metric
Holders for PICCO Inserts and
Small Diameter Boring Bars
Inch
T
L5L3
L
d
1
D
d2
L3L5
T
d3d
L
d2
2
Designation d d2d3L L5L3T D Fig.
PICCO 12.7-4-5 .500 .157 .197 2.950 .394 2.170 .410 - 2 SR M5X4-PF HW 2.5
PICCO 15.9-4-5 .625 .157 .197 2.950 .394 2.170 .550 - 2 SR M5X6-PF HW 2.5
PICCO 19-4-5 .750 .157 .197 3.540 .394 2.760 .710 - 2 SR M5X6-PF HW 2.5
PICCO 25.4-4-5 (1) 1.000 .157 .197 3.543 .394 2.756 .921 - 2 SR M5X6-PF HW 2.5
PICCO 15.9-6-7 .625 .236 .276 2.950 .394 2.170 .550 - 2 SR M5X6-PF HW 2.5
PICCO 19-6-7 .750 .236 .276 3.540 .394 2.760 .710 - 2 SR M5X6-PF HW 2.5
PICCO 25.4-6-7 (1) 1.000 .236 .276 3.543 .394 2.756 .921 - 2 SR M5X6-PF HW 2.5
MG PCO-12.7-6 .500 .236 - 3.000 .590 2.090 .460 .709 1SR M5X6-PF HW 2.5
MG PCO-15.9-6-8 .625 .236 .315 3.000 .390 2.170 .551 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-19-6-8 .750 .236 .315 3.500 .390 2.760 .709 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-25.4-6-8 (1) 1.000 .236 .315 3.543 .394 2.756 .921 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-16-9 .630 .354 - 2.953 .591 2.087 .591 .787 1SR M5X6-PF HW 2.5 PL 16
• Holders are suitable for left- and right-hand inserts, and boring bars.
(1) Tools for Swiss-type CNC
PICCO/MG PCO (holder)
Holders for PICCO Inserts and
Small Diameter Boring Bars
ISCAR
316
GROOVE-TURN
d
L
d2
D
L5
Designation d d2D L L5
PICCO ACE-BH 16-4 16.00 4.00 14.50 42.50 21.50 WRENCH ACE 4-5
PICCO ACE-BH 16-5 16.00 5.00 14.50 42.50 21.50 WRENCH ACE 4-5
PICCO ACE-BH 16-6 16.00 6.00 19.90 43.50 21.50 WRENCH ACE 6-7
PICCO ACE-BH 16-7 16.00 7.00 19.90 43.50 21.50 WRENCH ACE 6-7
• Holders are suitable for right- and left-hand PICCO inserts
PICCO ACE-BH
Holders with Short Shanks
for ITSBORE System Carrying
PICCOCUT Inserts
Cutting Edge Height
l
1L5
A1fmax Tmax-a
70
d-d1
Clamp H2
h4
h1
b
D1max
Right-hand shown
Designation h b l1L5h4H2A1D1 max Tmax-afmax d d1
GHPCOR 08-16-4-5 8.0 8.0 102.00 88.00 4.0 15.0 34.00 26.0 16.00 30.0 4.00 5.00
GHPCOR 10-16-4-5 10.0 10.0 102.00 88.00 2.0 18.0 34.00 26.0 16.00 30.0 4.00 5.00
GHPCOR 12-16-4-6 12.0 12.0 102.00 88.00 - 18.0 34.00 26.0 16.00 30.0 4.00 6.00
GHPCOR 12-25-4-6 12.0 12.0 102.00 88.00 - 18.0 43.00 26.0 25.00 39.0 4.00 6.00
GHPCOR 16-16-4-6 16.0 16.0 112.00 98.00 - 22.0 35.00 36.0 16.00 31.0 4.00 6.00
GHPCOR 16-25-4-6 16.0 16.0 112.00 98.00 - 22.0 44.00 36.0 25.00 40.0 4.00 6.00
GHPCOR 16-30-7-8 16.0 16.0 116.00 98.00 - 22.0 49.00 36.0 30.00 45.0 7.00 8.00
• PICCOCUT insert should not exceed A1 length. • Left-hand holders are available upon request. • Coolant tube adapter: KQ2L06-M5 (for 6 mm
coolant tube).
Indexing from the top Indexing from the front
Spare Parts
Designation
GHPCOR 08-16-4-5 HED 08 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 10-16-4-5 HED 10 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 12-16-4-6 HED 12 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 12-25-4-6 HED 12 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 16-16-4-6 HED 16-4-6 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 16-25-4-6 HED 16-4-6 SR M4X14 DIN912 HW 3.0 KQ2L06-M5
GHPCOR 16-30-7-8 HED 16-7-8 SR M4X14 DIN912 HW 3.0
GHPCOR
Perpendicular Square-Shank Tools
for Use on Cross Slide Units of
Swiss-Type and Automatic Machines
317
GROOVE-TURN
af
R
20°
l2
8°
T
max
l1
dh6
Dmin
Right-hand shown
PICCO R/L 050, 053, 055
Inserts for Internal Turning
and Chamfering
Dimensions Tough
1
Hard
Designation d f al1l2R±0.05 Tmax D min
IC228
IC908
IC902
PICCO R 050.06-2 (1) 4.00 - 0.50 20.00 2.0 0.04 0.08 0.60 • •
PICCO R 050.06-3 (1) 4.00 - 0.50 20.00 3.0 0.04 0.08 0.60 • •
PICCO R 050.08-4 4.00 - 0.70 20.00 4.0 0.04 0.08 0.80 •
PICCO R/L 050.1-5 4.00 - 0.90 20.00 4.5 0.05 0.10 1.00 • •
PICCO R/L 050.1-7 4.00 - 0.90 22.00 6.5 0.05 0.10 1.00 • •
PICCO R 050.15-5 4.00 - 1.30 19.00 5.0 0.05 0.10 1.50 •
PICCO R 050.15-10 4.00 - 1.30 24.00 10.0 0.05 0.10 1.50 •
PICCO R/L 050.2-5 4.00 - 1.70 19.00 4.0 0.05 0.10 2.00 • •
PICCO R 055.2-5 4.00 - 1.70 19.00 5.0 0.05 0.10 2.00 •
PICCO R/L 050.2-10 4.00 - 1.70 24.00 9.0 0.05 0.10 2.00 • •
PICCO R 055.2-10 4.00 - 1.70 24.00 10.0 0.05 0.10 2.00 •
PICCO R/L 050.2-15 4.00 - 1.70 29.00 14.0 0.05 0.10 2.00 • •
PICCO R 055.2-15 4.00 - 1.70 29.00 15.0 0.05 0.10 2.00 •
PICCO R 050.25-5 4.00 0.2 2.20 19.00 5.0 0.05 0.15 2.50 •
PICCO R 050.25-10 4.00 0.2 2.20 24.00 10.0 0.05 0.15 2.50 •
PICCO R 050.25-16 4.00 0.2 2.20 30.00 16.0 0.05 0.15 2.50 •
PICCO R 053.3-10 4.00 0.6 2.60 24.00 9.0 0.03 0.20 2.80 •
PICCO R 055.3-10 4.00 0.6 2.60 24.00 10.0 0.05 0.20 2.80 •
PICCO R/L 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 • •
PICCO LHD 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO R 053.3-16 4.00 0.6 2.60 30.00 15.0 0.03 0.20 2.80 •
PICCO R 055.3-16 4.00 0.6 2.60 30.00 16.0 0.05 0.20 2.80 •
PICCO R/L 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 • •
PICCO LHD 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO R 053.3-20 4.00 0.6 2.60 34.00 19.0 0.03 0.20 2.80 •
PICCO R/L 050.3-20 4.00 0.6 2.60 34.00 19.0 0.10 0.20 2.80 • •
PICCO R 050.35-10 4.00 1.1 3.10 24.00 10.0 0.10 0.25 3.50 •
PICCO R 050.35-16 4.00 1.1 3.10 30.00 16.0 0.10 0.25 3.50 •
PICCO R 050.35-20 4.00 1.1 3.10 34.00 20.0 0.10 0.25 3.50 •
PICCO R 050.35-24 4.00 1.1 3.10 38.00 24.0 0.10 0.25 3.50 •
PICCO R 053.4-10 4.00 1.5 3.50 24.00 9.0 0.03 0.30 4.00 •
PICCO R 055.4-10 4.00 1.5 3.50 24.00 10.0 0.05 0.30 4.00 •
PICCO R/L 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 • •
PICCO LHD 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO R 053.4-16 4.00 1.5 3.50 30.00 15.0 0.03 0.30 4.00 •
PICCO R 055.4-16 4.00 1.5 3.50 30.00 16.0 0.05 0.30 4.00 •
PICCO R/L 050.4-16 4.00 1.5 3.50 30.00 15.0 0.10 0.30 4.00 • •
PICCO R 053.4-20 4.00 1.5 3.50 34.00 19.0 0.03 0.30 4.00 •
PICCO R 055.4-20 4.00 1.5 3.50 34.00 20.0 0.05 0.30 4.00 •
PICCO R/L 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 • •
PICCO LHD 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 •
PICCO R/L 050.4-24 4.00 1.5 3.50 38.00 23.0 0.10 0.30 4.00 • •
PICCO R/L 050.4-28 4.00 1.5 3.50 42.00 27.0 0.10 0.30 4.00 • •
PICCO R 055.4-28 4.00 1.5 3.50 42.00 28.0 0.05 0.50 4.00 •
PICCO R 055.5-10 5.00 1.9 4.40 25.00 9.0 0.05 0.50 5.00 •
PICCO R/L 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 • •
PICCO LHD 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO R 055.5-15 5.00 1.9 4.40 30.00 14.0 0.05 0.50 5.00 •
PICCO R/L 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 • •
PICCO LHD 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R 055.5-20 5.00 1.9 4.40 35.00 19.0 0.05 0.50 5.00 •
PICCO R/L 050.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 • •
PICCO R 055.5-25 5.00 1.9 4.40 40.00 24.0 0.05 0.50 5.00 •
PICCO R/L 050.5-25 5.00 1.9 4.40 40.00 24.0 0.15 0.50 5.00 • •
PICCO R 055.5-30 5.00 1.9 4.40 45.00 29.0 0.05 0.50 5.00 •
PICCO R/L 050.5-30 5.00 1.9 4.40 45.00 29.0 0.15 0.50 5.00 • •
PICCO R/L 050.5-35 5.00 1.9 4.40 50.00 34.0 0.15 0.50 5.00 • •
PICCO R 055.6-15 6.00 2.3 5.30 30.00 14.0 0.05 0.50 6.00 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
(1) Maximum D.O.C.=0.01-0.03 mm, maximum feed=0.01 mm/rev.
ISCAR
318
GROOVE-TURN
af
R
20°
l2
8°
T
max
l1
dh6
Dmin
Right-hand shown
PICCO R/L 050, 053, 055
(continued)
Inserts for Internal Turning
and Chamfering
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
(1) Maximum D.O.C.=0.01-0.03 mm, maximum feed=0.01 mm/rev.
Dimensions Tough
1
Hard
Designation d f al1l2R±0.05 Tmax D min
IC228
IC908
IC902
PICCO R/L 050.6-15 6.00 2.3 5.30 30.00 14.0 0.15 0.50 6.00 • •
PICCO R 055.6-22 6.00 2.3 5.30 37.00 21.0 0.05 0.50 6.00 •
PICCO R/L 050.6-22 6.00 2.3 5.30 37.00 21.0 0.15 0.50 6.00 • •
PICCO R 055.6-25 6.00 2.3 5.30 40.00 24.0 0.05 0.50 6.00 •
PICCO R/L 050.6-25 6.00 2.3 5.30 40.00 24.0 0.15 0.50 6.00 • •
PICCO R 055.6-30 6.00 2.3 5.30 45.00 29.0 0.05 0.50 6.00 •
PICCO R/L 050.6-30 6.00 2.3 5.30 45.00 29.0 0.15 0.50 6.00 • •
PICCO R/L 050.6-35 6.00 2.3 5.30 50.00 34.0 0.15 0.50 6.00 • •
PICCO R/L 050.6-42 6.00 2.3 5.30 57.00 41.0 0.15 0.50 6.00 • •
PICCO R/L 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 •
PICCO R/L 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 •
PICCO R/L 050.7-30 7.00 2.8 6.30 45.00 29.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 • •
PICCO LHD 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 •
PICCO R/L 050.7-40 7.00 2.8 6.30 55.00 39.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-45 7.00 2.8 6.30 60.00 44.0 0.15 0.60 6.80 • •
PICCO R/L 050.7-50 7.00 2.8 6.30 65.00 49.0 0.15 0.60 6.80 • •
319
GROOVE-TURN
l1
5°
8°
RTmax
20°
a
f
dh6
l2
Right-hand shown
Dimensions
Designation d f al1l2Tmax D min R±0.05
IC908
PICCO R/L 050.4-10C 4.00 1.5 3.50 24.00 10.0 0.30 4.00 0.20 •
PICCO R/L 050.4-20C 4.00 1.5 3.50 34.00 20.0 0.30 4.00 0.20 •
PICCO R/L 050.4-24C 4.00 1.5 3.50 38.00 24.0 0.30 4.00 0.20 •
PICCO R/L 050.4-28C 4.00 1.5 3.50 42.00 28.0 0.30 4.00 0.20 •
PICCO R 050.4-16C 4.00 1.5 3.50 30.00 16.0 0.30 4.00 0.20 •
PICCO R/L 050.5-10C 5.00 1.9 4.40 25.00 10.0 0.50 5.00 0.20 •
PICCO R/L 050.5-15C 5.00 1.9 4.40 30.00 15.0 0.50 5.00 0.20 •
PICCO R/L 050.5-20C 5.00 1.9 4.40 35.00 20.0 0.50 5.00 0.20 •
PICCO R/L 050.5-25C 5.00 1.9 4.40 40.00 25.0 0.50 5.00 0.20 •
PICCO R/L 050.5-30C 5.00 1.9 4.40 45.00 30.0 0.50 5.00 0.20 •
PICCO R/L 050.5-35C 5.00 1.9 4.40 50.00 35.0 0.50 5.00 0.20 •
PICCO R/L 050.6-15C 6.00 2.3 5.30 30.00 15.0 0.50 6.00 0.20 •
PICCO R/L 050.6-22C 6.00 2.3 5.30 37.00 22.0 0.50 6.00 0.20 •
PICCO R/L 050.6-25C 6.00 2.3 5.30 40.00 25.0 0.50 6.00 0.20 •
PICCO R/L 050.6-30C 6.00 2.3 5.30 45.00 30.0 0.50 6.00 0.20 •
PICCO R/L 050.6-35C 6.00 2.3 5.30 50.00 35.0 0.50 6.00 0.20 •
PICCO R/L 050.6-42C 6.00 2.3 5.30 57.00 42.0 0.50 6.00 0.20 •
PICCO R/L 050.7-20C 7.00 2.8 6.30 35.00 20.0 0.60 6.80 0.20 •
PICCO R/L 050.7-25C 7.00 2.8 6.30 40.00 25.0 0.60 6.80 0.20 •
PICCO R/L 050.7-30C 7.00 2.8 6.30 45.00 30.0 0.60 6.80 0.20 •
PICCO R/L 050.7-35C 7.00 2.8 6.30 50.00 35.0 0.60 6.80 0.20 •
PICCO R/L 050.7-40C 7.00 2.8 6.30 55.00 40.0 0.60 6.80 0.20 •
PICCO L 050.7-50C 7.00 2.8 6.30 65.00 50.0 0.60 6.80 0.20 •
• All left-hand inserts on request • For cutting speed recommendations, see pages 340-341
PICCO R 050.6-35C with Chipbreaker PICCO R 050.6-35 Standard
Stainless Steel 316L
f= 0.03 mm/rev f= 0.05 mm/rev f= 0.03 mm/rev f= 0.05 mm/rev
PICCO R/L 050-C
Inserts with Chipformers for
Internal Boring and Profiling
ISCAR
320
GROOVE-TURN
l1
l2
Tmax-r
f
R
a
8°
dh6
Dimensions
Designation D min l2d f aTmax-r R±0.05 l1
IC909
PICCO R/LM050.05-2 0.50 2.0 4.00 0.2 0.40 0.02 0.02 20.00 •
PICCO R/LM050.08-4 0.80 4.0 4.00 0.2 0.70 0.03 0.02 20.00 •
PICCO R/LM050.1-5 1.00 5.0 4.00 0.4 0.90 0.05 0.02 20.00 •
PICCO R/LM050.1-7 1.00 7.0 4.00 0.4 0.90 0.05 0.02 22.00 •
PICCO R/LM050.15-5 1.50 5.0 4.00 0.6 1.15 0.08 0.02 19.00 •
PICCO R/LM050.15-10 1.50 10.0 4.00 0.6 1.15 0.08 0.02 24.00 •
PICCO R/LM050.2-5 2.00 5.0 4.00 0.8 1.70 0.08 0.02 19.00 •
PICCO R/LM050.2-10 2.00 10.0 4.00 0.8 1.70 0.08 0.02 24.00 •
PICCO R/LM050.25-5 2.50 5.0 4.00 0.2 2.20 0.10 0.02 19.00 •
PICCO R/LM050.25-10 2.50 10.0 4.00 0.2 2.20 0.10 0.02 24.00 •
PICCO R/LM050.3-10 3.00 10.0 4.00 0.6 2.60 0.15 0.02 24.00 •
PICCO R/LM050.3-16 3.00 16.0 4.00 0.6 2.60 0.15 0.02 30.00 •
PICCO R/LM050.35-10 3.50 10.0 4.00 1.1 3.40 0.17 0.02 24.00 •
PICCO R/LM050.35-16 3.50 16.0 4.00 1.1 3.10 0.17 0.02 30.00 •
PICCO R/LM050.35-20 3.50 20.0 4.00 1.1 3.10 0.17 0.02 34.00 •
PICCO R/LM050.4-10 4.00 10.0 4.00 1.5 3.50 0.20 0.02 24.00 •
PICCO R/LM050.4-16 4.00 16.0 4.00 1.5 3.50 0.20 0.02 30.00 •
PICCO R/LM050.4-20 4.00 20.0 4.00 1.5 3.50 0.20 0.02 34.00 •
PICCO R/LM050.4-24 4.00 24.0 4.00 1.5 3.50 0.20 0.02 38.00 •
• An optimized insert geometry and carbide grade for machining medical parts made from titanium, medical standard stainless steel and other difficult to
machine materials.
PICCO R/LM
Profiling Inserts with Coolant Channels
Optimized for Machining Medical Parts
af
R
20°
l2
20°
T
max-r
l1
dh6
Dmin
Right-hand shown
Dimensions
Designation d f al1l2R±0.05 Tmax-r D min
IC908
PICCO R 050.20.2-10 4.00 - 1.70 24.00 10.0 0.05 0.10 2.00 •
PICCO R 050.20.3-10 4.00 0.6 2.60 24.00 10.0 0.10 0.20 2.80 •
PICCO R 050.20.4-16 4.00 1.5 3.50 30.00 16.0 0.10 0.30 4.00 •
PICCO R 050.20.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO 050... PICCO 050.20...
8° 20°
PICCO R 050.20
Inserts for Internal Turning
and Chamfering Next to the
Bottom of Blind Holes
321
GROOVE-TURN
af
R
20°
l2
20°
T
max-r
l1
dh6
Dmin
Dimensions
Designation d f al1l2R±0.05 Tmax D min
IC902
PICCO R/LHD 050.2-5 4.00 - 1.70 19.00 4.0 0.05 0.10 2.00 •
PICCO RHD 050.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO RHD 050.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO RHD 050.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO RHD 050.4-20 4.00 1.5 3.50 34.00 19.0 0.10 0.30 4.00 •
PICCO RHD 050.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO RHD 050.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R/LHD 050.6-15 6.00 2.3 5.30 30.00 14.0 0.15 0.50 6.00 •
PICCO RHD 050.7-20 7.00 2.8 6.30 35.00 19.0 0.15 0.60 6.80 •
PICCO RHD 050.7-25 7.00 2.8 6.30 40.00 24.0 0.15 0.60 6.80 •
PICCO RHD 050.7-35 7.00 2.8 6.30 50.00 34.0 0.15 0.60 6.80 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/LHD 050
Inserts for Internal Turning
and Chamfering of Hard
Steel - Up to 65 HRC
l1
dh6
l2
f
20° R
8°
T
max
a
5°
Right-hand shown • HARD MATERIALS
Dimensions
Designation d f al1l2Tmax D min R±0.05
IB55
PICCO R 050.3-10B 4.00 0.6 2.60 25.50 10.0 0.20 2.80 0.10 •
PICCO R 050.4-10B 4.00 1.5 3.50 25.50 10.0 0.30 4.00 0.10 •
PICCO R 050.5-15B 5.00 1.9 4.40 31.50 15.0 0.50 5.00 0.15 •
PICCO R 050.6-15B 6.00 2.3 5.30 31.50 15.0 0.50 6.00 0.15 •
PICCO R 050.7-20B 7.00 2.8 6.30 36.50 20.0 0.60 6.80 0.15 •
• It is not recommended to use coolant when machining with CBN tipped tools • Available on request only • For cutting speed recommendations, see pages 340-341
PICCO R 050 (CBN)
CBN Tipped Inserts for
Internal Turning, Profiling and
Chamfering of Hard Steel
l1
dh6
l2 Tmax
A
6°
45°
6°
0.2
7°
D
min
R
afDmin≥3
A
Dmin<3
Dimensions
Designation d f aR±0.05 l1l2Tmax D min
IC908
PICCO R/LX050.2-5R15 4.00 - 1.80 0.15 19.00 5.0 0.10 2.00 •
PICCO R/LX050.2-10R05 4.00 - 1.80 0.05 24.00 10.0 0.10 2.00 •
PICCO R/LX050.2-10R15 4.00 - 1.80 0.15 24.00 10.0 0.10 2.00 •
PICCO R/LX050.3-16R10 4.00 0.7 2.70 0.10 30.00 16.0 0.15 3.00 •
PICCO R/LX050.3-16R20 4.00 0.7 2.70 0.20 30.00 16.0 0.15 3.00 •
PICCO R/LX050.4-10R10 4.00 1.6 3.60 0.10 24.00 10.0 0.20 4.00 •
PICCO R/LX050.4-10R20 4.00 1.6 3.60 0.20 24.00 10.0 0.20 4.00 •
PICCO R/LX050.4-16R10 4.00 1.6 3.60 0.10 30.00 16.0 0.20 4.00 •
PICCO R/LX050.4-16R20 4.00 1.6 3.60 0.20 30.00 16.0 0.20 4.00 •
PICCO R/LX050.5-15R10 5.00 2.1 4.60 0.10 30.00 15.0 0.30 5.00 •
PICCO R/LX050.5-15R20 5.00 2.1 4.60 0.20 30.00 15.0 0.30 5.00 •
PICCO R/LX050.5-25R10 5.00 2.1 4.60 0.10 40.00 25.0 0.30 5.00 •
PICCO R/LX050.5-25R20 5.00 2.1 4.60 0.20 40.00 25.0 0.30 5.00 •
PICCO R/LX050.6-15R10 6.00 2.5 5.50 0.10 30.00 15.0 0.40 6.00 •
PICCO R/LX050.6-15R20 6.00 2.5 5.50 0.20 30.00 15.0 0.40 6.00 •
PICCO R/LX050.6-22R20 6.00 2.5 5.50 0.20 37.00 22.0 0.40 6.00 •
PICCO R/LX050.6-35R20 6.00 2.5 5.50 0.20 50.00 35.0 0.40 6.00 •
• Left-hand inserts on request • For cutting speed recommendations, see pages 340-341
PICCO R/LX050
Reinforced Boring Inserts with
Internal Coolant Holes
ISCAR
322
GROOVE-TURN
Dmin
dh6
l1
l2
a
f
Tmax
90°
20° RRight-hand shown
Dimensions
Designation d f al1l2R±0.05 Tmax D min
IC228
PICCO R/L 090.3-10 4.00 0.6 2.60 24.00 9.0 0.10 0.20 2.80 •
PICCO R/L 090.3-16 4.00 0.6 2.60 30.00 15.0 0.10 0.20 2.80 •
PICCO R/L 090.4-10 4.00 1.5 3.50 24.00 9.0 0.10 0.30 4.00 •
PICCO R/L 090.4-16 4.00 1.5 3.50 30.00 15.0 0.10 0.30 4.00 •
PICCO R/L 090.5-10 5.00 1.9 4.40 25.00 9.0 0.15 0.50 5.00 •
PICCO R/L 090.5-15 5.00 1.9 4.40 30.00 14.0 0.15 0.50 5.00 •
PICCO R/L 090.5-20 5.00 1.9 4.40 35.00 19.0 0.15 0.50 5.00 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/L 090
Inserts for Internal Turning and Profiling
Dmin
dh6
a
R
f
Wl2
3° 30°
l1
Tmax-r
Right-hand shown
Dimensions
Designation d f aW l1l2R±0.05 Tmax-r D min
IC228
PICCO R/L 080.0003-15 4.00 0.6 2.60 1.50 29.00 14.0 0.10 0.50 3.00 •
PICCO R/L 080.0003-20 4.00 0.6 2.60 1.50 34.00 19.0 0.10 0.50 3.00 •
PICCO R/L 080.0004-15 4.00 1.5 3.50 1.50 29.00 14.0 0.15 0.80 4.00 •
PICCO R/L 080.0004-25 4.00 1.5 3.50 1.50 39.00 24.0 0.15 0.80 4.00 •
PICCO R/L 080.0005-20 5.00 1.9 4.40 1.50 35.00 19.0 0.20 1.00 5.00 •
PICCO R/L 080.0005-30 5.00 1.9 4.40 1.50 45.00 29.0 0.20 1.00 5.00 •
PICCO R/L 080.0006-20 6.00 2.3 5.30 1.50 35.00 19.0 0.20 1.80 6.00 •
PICCO R/L 080.0006-30 6.00 2.3 5.30 1.50 45.00 29.0 0.20 1.80 6.00 •
PICCO R/L 080.0007-20 7.00 2.8 6.30 1.50 35.00 19.0 0.20 2.50 7.00 •
PICCO R/L 080.0007-30 7.00 2.8 6.30 1.50 45.00 29.0 0.20 2.50 7.00 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/L 080
Inserts for Internal Back Turning
323
GROOVE-TURN
l1
dh6
l2
af
W
Tmax-r
R
R
Dmin
Right-hand shown
Dimensions Tough
1
Hard
Designation d W±0.05 faR±0.05 l1l2Tmax-r D min
IC228
IC908
PICCO R 002.0050-5 4.00 0.50 0.2 1.80 0.00 19.00 5.0 0.40 2.00 •
PICCO R 002.0050-10 4.00 0.50 0.2 1.80 0.00 24.00 10.0 0.40 2.00 •
PICCO R/L 002.0050-15 4.00 0.50 0.2 1.80 0.00 29.00 15.0 0.40 2.00 •
PICCO R 003.0070-5 4.00 0.70 0.7 2.70 0.00 19.00 5.0 0.60 3.00 •
PICCO R 003.0070-10 4.00 0.70 0.7 2.70 0.00 24.00 10.0 0.60 3.00 •
PICCO R 003.0070-16 4.00 0.70 0.7 2.70 0.00 29.00 15.0 0.60 3.00 •
PICCO R/L 004.0100-10 4.00 1.00 1.5 3.50 0.00 24.00 9.0 0.80 4.00 •
PICCO R/L 004.0100-16 4.00 1.00 1.5 3.50 0.00 30.00 15.0 0.80 4.00 •
PICCO R/L 004.0100-20 4.00 1.00 1.5 3.50 0.00 34.00 19.0 0.80 4.00 •
PICCO R/L 005.0100-10 5.00 1.00 1.9 4.40 0.00 25.00 9.0 1.00 5.00 •
PICCO R/L 005.0100-15 5.00 1.00 1.9 4.40 0.00 30.00 14.0 1.00 5.00 •
PICCO R/L 005.0100-20 5.00 1.00 1.9 4.40 0.00 35.00 19.0 1.00 5.00 •
PICCO R/L 005.0100-25 5.00 1.00 1.9 4.40 0.00 40.00 24.0 1.00 5.00 •
PICCO R/L 005.0100-30 5.00 1.00 1.9 4.40 0.00 45.00 29.0 1.00 5.00 •
PICCO R/L 005.0150-10 5.00 1.50 1.9 4.40 0.00 25.00 9.0 1.00 5.00 •
PICCO R/L 005.0150-15 5.00 1.50 1.9 4.40 0.00 30.00 14.0 1.00 5.00 •
PICCO R 005M0150-15 5.00 1.50 1.9 4.00 0.10 30.00 14.0 1.00 5.00 •
PICCO R/L 005.0150-20 5.00 1.50 1.9 4.40 0.00 35.00 19.0 1.00 5.00 •
PICCO R/L 005.0150-25 5.00 1.50 1.9 4.40 0.00 40.00 24.0 1.00 5.00 •
PICCO R/L 005.0150-30 5.00 1.50 1.9 4.40 0.00 45.00 29.0 1.00 5.00 •
PICCO R/L 005.0200-10 5.00 2.00 1.9 4.40 0.00 25.00 9.0 1.00 5.00 •
PICCO R/L 005.0200-15 5.00 2.00 1.9 4.40 0.00 30.00 14.0 1.00 5.00 •
PICCO R/L 005.0200-20 5.00 2.00 1.9 4.40 0.00 35.00 19.0 1.00 5.00 •
PICCO R/L 005.0200-25 5.00 2.00 1.9 4.40 0.00 40.00 24.0 1.00 5.00 •
PICCO R/L 005.0200-30 5.00 2.00 1.9 4.40 0.00 45.00 29.0 1.00 5.00 •
PICCO R/L 006.0100-10 6.00 1.00 2.3 5.30 0.00 25.00 9.0 1.80 6.00 •
PICCO R/L 006.0100-15 6.00 1.00 2.3 5.30 0.00 30.00 14.0 1.80 6.00 •
PICCO R/L 006.0100-22 6.00 1.00 2.3 5.30 0.00 37.00 21.0 1.80 6.00 •
PICCO R/L 006.0100-25 6.00 1.00 2.3 5.30 0.00 40.00 24.0 1.80 6.00 •
PICCO R/L 006.0100-30 6.00 1.00 2.3 5.30 0.00 45.00 29.0 1.80 6.00 •
PICCO R/L 006.0150-10 6.00 1.50 2.3 5.30 0.00 25.00 9.0 1.80 6.00 •
PICCO R/L 006.0150-15 6.00 1.50 2.3 5.30 0.00 30.00 14.0 1.80 6.00 •
PICCO R/L 006.0150-22 6.00 1.50 2.3 5.30 0.00 37.00 21.0 1.80 6.00 •
PICCO R/L 006.0150-25 6.00 1.50 2.3 5.30 0.00 40.00 24.0 1.80 6.00 •
PICCO R/L 006.0150-30 6.00 1.50 2.3 5.30 0.00 45.00 29.0 1.80 6.00 •
PICCO R/L 006.0200-10 6.00 2.00 2.3 5.30 0.00 25.00 9.0 1.80 6.00 •
PICCO R/L 006.0200-15 6.00 2.00 2.3 5.30 0.00 30.00 14.0 1.80 6.00 •
PICCO R 006M0200-15 6.00 2.00 2.3 5.30 0.10 30.00 14.0 1.80 6.00 •
PICCO R/L 006.0200-22 6.00 2.00 2.3 5.30 0.00 37.00 21.0 1.80 6.00 •
PICCO R/L 006.0200-25 6.00 2.00 2.3 5.30 0.00 40.00 24.0 1.80 6.00 •
PICCO R/L 006.0200-30 6.00 2.00 2.3 5.30 0.00 45.00 29.0 1.80 6.00 •
PICCO R/L 007.0100-10 7.00 1.00 2.8 6.30 0.00 25.00 9.0 2.50 6.80 •
PICCO R/L 007.0100-15 7.00 1.00 2.8 6.30 0.00 30.00 14.0 2.50 6.80 •
PICCO R/L 007.0100-22 7.00 1.00 2.8 6.30 0.00 37.00 21.0 2.50 6.80 •
PICCO R/L 007.0100-25 7.00 1.00 2.8 6.30 0.00 40.00 24.0 2.50 6.80 •
PICCO R/L 007.0100-30 7.00 1.00 2.8 6.30 0.00 45.00 29.0 2.50 6.80 •
PICCO R/L 007.0150-10 7.00 1.50 2.8 6.30 0.00 25.00 9.0 2.50 6.80 •
PICCO R/L 007.0150-15 7.00 1.50 2.8 6.30 0.00 30.00 14.0 2.50 6.80 •
PICCO R/L 007.0150-22 7.00 1.50 2.8 6.30 0.00 37.00 21.0 2.50 6.80 •
PICCO R/L 007.0150-25 7.00 1.50 2.8 6.30 0.00 40.00 24.0 2.50 6.80 •
PICCO R/L 007.0150-30 7.00 1.50 2.8 6.30 0.00 45.00 29.0 2.50 6.80 •
PICCO R/L 007.0200-10 7.00 2.00 2.8 6.30 0.00 25.00 9.0 2.50 6.80 •
PICCO R/L 007.0200-15 7.00 2.00 2.8 6.30 0.00 30.00 14.0 2.50 6.80 •
PICCO R 007M0200-15 7.00 2.00 2.8 6.30 0.10 30.00 14.0 2.50 6.80 •
PICCO R/L 007.0200-22 7.00 2.00 2.8 6.30 0.00 37.00 21.0 2.50 6.80 •
PICCO R/L 007.0200-25 7.00 2.00 2.8 6.30 0.00 40.00 24.0 2.50 6.80 •
PICCO R/L 007.0200-30 7.00 2.00 2.8 6.30 0.00 45.00 29.0 2.50 6.80 •
• All carbide bars with sharp corners • Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/L 002-007
Inserts for Internal Grooving
and Turning
ISCAR
324
GROOVE-TURN
l1
dh6
l2
fa
W
R
Tmax-r
Dmin
Right-hand shown
Dimensions
Designation d W±0.05 faR l1l2Tmax-r D min
IC228
PICCO R/L 004.0.50-16 4.00 1.00 1.5 3.50 0.50 30.00 15.0 0.80 4.00 •
PICCO R/L 005.0.50-20 5.00 1.00 1.9 4.40 0.50 35.00 19.0 1.00 5.00 •
PICCO R/L 005.0.75-20 5.00 1.50 1.9 4.40 0.75 35.00 19.0 1.00 5.00 •
PICCO R/L 005.1.00-20 5.00 2.00 1.9 4.40 1.00 35.00 19.0 1.00 5.00 •
PICCO R/L 006.0.50-25 6.00 1.00 2.3 5.30 0.50 40.00 24.0 1.80 6.00 •
PICCO R/L 006.0.75-25 6.00 1.50 2.3 5.30 0.75 40.00 24.0 1.80 6.00 •
PICCO R/L 006.1.00-25 6.00 2.00 2.3 5.30 1.00 40.00 24.0 1.80 6.00 •
PICCO R/L 007.0.50-30 7.00 1.00 2.8 6.30 0.50 45.00 29.0 2.50 6.80 •
PICCO R/L 007.0.75-30 7.00 1.50 2.8 6.30 0.75 45.00 29.0 2.50 6.80 •
PICCO R/L 007.1.00-30 7.00 2.00 2.8 6.30 1.00 45.00 29.0 2.50 6.80 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/L 004-007 (radius)
Full Radius Inserts for Internal Profiling
l1
dh6
l2
a
f
X
X
45° 45°
R
Tmax-r
f1
Dmin
Right-hand shown
Dimensions Tough
1
Hard
Designation d R±0.04 f1fal2l1Tmax-r D min
IC228
IC908
PICCO R/L 060.5-15 5.00 0.20 1.0 1.9 4.40 14.0 30.00 0.70 5.00 •
PICCO R/L 060.5-20 5.00 0.20 1.0 1.9 4.40 19.0 35.00 0.70 5.00 •
PICCO R 060.6-20 6.00 0.20 1.0 2.3 5.30 20.0 35.00 0.70 6.00 •
PICCO R 060.6-25 6.00 0.20 1.0 2.3 5.30 25.0 40.00 0.70 6.00 •
PICCO R/L 060.7-20 7.00 0.20 1.0 2.8 6.30 19.0 35.00 0.70 6.80 •
PICCO R 060.7-40 7.00 0.20 1.0 2.8 6.30 40.0 55.00 0.70 6.80 •
• Specify right- or left-hand bars • For cutting speed recommendations, see pages 340-341
PICCO R/L 060
Inserts for Internal Turning
and 45° Chamfering
l1
dh6
Tmax-a
f
R
a° Right-hand shown
Dimensions
Designation d f a° l1R±0.05 Tmax-aD min
IC908
PICCO R/L 520.0045-15 5.00 1.5 45 30.00 0.20 3.50 1.00 •
PICCO R/L 520.0060-15 5.00 1.5 60 30.00 0.20 4.00 1.00 •
• Left hand inserts on request • For cutting speed recommendations, see pages 340-341
PICCO R/L 520
Inserts for Internal Chamfering
325
GROOVE-TURN
l1
5°
dh6
RTmax
47°
a
f8°
D2
l2
Right-hand shown
Dimensions
Designation d f al1l2D2Tmax D min R±0.05
IC908
PICCO R/L 047.4-20 4.00 1.5 3.50 34.00 20.0 3.00 0.30 4.00 0.15 •
PICCO R/L 047.5-25 5.00 1.9 4.40 40.00 25.0 3.80 0.50 5.00 0.15 •
PICCO R/L 047.6-30 6.00 2.3 5.30 45.00 30.0 4.50 0.50 6.00 0.15 •
PICCO R 047.T6-22 6.00 2.3 5.30 37.00 22.0 3.40 1.80 6.00 0.15 •
PICCO R 047.T6-30 6.00 2.3 5.30 45.00 30.0 3.40 1.80 6.00 0.15 •
• Left hand inserts on request • For cutting speed recommendations, see pages 340-341
PICCO R/L 047
Inserts for Internal Deep Profiling
l1
dh6
l2
a
f
X
X
8°
45°
f
W
tTmax-r
Right-hand shown
Dimensions
Designation d W f al2l1t Tmax-r D min
IC228
PICCO R/L 070.5-15 5.00 1.00 1.9 4.40 15.0 30.00 0.20 1.00 5.00 •
PICCO R/L 070.5-20 5.00 1.00 1.9 4.40 20.0 35.00 0.20 1.00 5.00 •
• All carbide bars with sharp corners • Specify right- or left-hand bars
PICCO R/L 070
Back Chamfering Inserts for
Pre-Parting Operations
Dmin
Fig. A Fig. B Fig. C
KITS
Designation D min Qty
KIT PICCO SET-1R 3.00 12
Designation
Min Bore
Dia. L1 t max W Pcs. Fig.No. Description
PICCO 16-4-5 1x Holder
PICCO 16-6-7 1x Holder
PICCO R 050.3-16 3.0 15 — — 1x A Mini carbide bar
PICCO R 050.4-16 4.0 15 — — 1x A Mini carbide bar
PICCO R 050.5-20 5.0 19 — — 1x A Mini carbide bar
PICCO R 050.6-22 6.0 21 — — 1x A Mini carbide bar
PICCO R 060.5-20 5.0 19 — — 1x B Mini carbide bar
PICCO R 004.0100-16 4.0 15 0.8 1.0 1x C Mini carbide bar
PICCO R 005.0150-20 5.0 19 1.0 1.5 1x C Mini carbide bar
PICCO R 005.0200-20 5.0 19 1.0 2.0 1x C Mini carbide bar
PICCO R 006.0150-22 6.0 21 1.8 1.5 1x C Mini carbide bar
PICCO R 006.0200-22 6.0 21 1.8 2.0 1x C Mini carbide bar
KIT PICCO SET
Contains 2 Toolholders and a Set
of Solid Carbide Miniature Turning
and Grooving Boring Bars
ISCAR
326
GROOVE-TURN
l1
X
D2te
W
af
X
l2
dh6
yY
60°
Right-hand shown
Dimensions
Designation Pitch d f al1l2D2Y tew D min
IC908
PICCO R/L 105.0510-15 1.00 5.00 1.9 4.40 30.00 15.0 3.30 0.6 0.54 0.12 4.80 •
PICCO R/L 106.0612-15 1.25 6.00 2.3 5.30 30.00 15.0 3.40 0.7 0.67 0.15 6.00 •
PICCO R/L 106.0815-15 1.50 6.00 2.3 5.30 30.00 15.0 3.40 0.8 0.81 0.18 6.00 •
PICCO R/L 107.0815-15 1.50 7.00 2.8 6.30 30.00 15.0 3.80 0.8 0.81 0.18 7.00 •
PICCO ISO Full Profile
Inserts for ISO Standard
Full Profile Thread
l1
X
D2
te
W
af
X
l2
d
h6
Y
60°
y
Right-hand shown
Dimensions
Designation Pitch d f al1l2D2Y tew D min
IC908
PICCO R/L 104.0205-15 0.50 5.00 1.5 3.50 30.00 15.0 2.40 0.4 0.27 0.06 4.00 •
PICCO R/L 105.0205-15 0.50 5.00 1.9 4.40 30.00 15.0 3.30 0.4 0.27 0.06 5.00 •
PICCO R/L 105.0407-15 0.75 5.00 1.9 4.40 30.00 15.0 3.30 0.5 0.40 0.09 5.00 •
PICCO R/L 106.0510-15 1.00 6.00 2.3 5.30 30.00 15.0 3.40 0.6 0.54 0.12 6.00 •
PICCO ISO Full Profile Fine
Inserts for ISO Fine Pitch
Full Profile Thread
W
f
a
l2
Y
dh6
l1
x
Y
60°
te
X
Right-hand shown
Dimensions Tough
1
Hard
Designation d Pitch tew Y f al2l1D min
IC228
IC908
PICCO R 003.0105-8 4.00 0.50 0.27 0.04 0.3 0.3 2.30 8.0 22.00 2.40 •
PICCO R 004.0105-10 4.00 0.50 0.27 0.09 0.4 1.0 3.00 10.0 24.00 3.20 •
PICCO R/L 004.0205-15 4.00 0.50 0.27 0.06 0.4 1.5 3.50 15.0 30.00 4.00 •
PICCO R/L 005.0205-15 5.00 0.50 0.27 0.06 0.4 1.9 4.40 15.0 30.00 5.00 •
PICCO R/L 005.0407-15 5.00 0.75 0.40 0.09 0.5 1.9 4.40 15.0 30.00 5.00 • •
PICCO R 005.0407-20 5.00 0.75 0.40 0.09 0.5 1.9 4.40 20.0 35.00 5.00 •
PICCO R/L 005.0510-15 5.00 1.00 0.55 0.12 0.6 1.9 4.40 15.0 30.00 4.80 •
PICCO R 005.0510-20 5.00 1.00 0.55 0.12 0.6 1.9 4.40 20.0 35.00 4.80 •
PICCO R/L 006.0510-15 6.00 1.00 0.55 0.12 0.6 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0510-22 6.00 1.00 0.55 0.12 0.6 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 006.0612-15 6.00 1.25 0.68 0.15 0.7 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0612-22 6.00 1.25 0.68 0.15 0.7 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 006.0815-15 6.00 1.50 0.81 0.18 0.8 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0815-22 6.00 1.50 0.81 0.18 0.8 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 007.0815-15 7.00 1.50 0.81 0.18 0.8 2.7 6.30 15.0 30.00 7.00 •
PICCO R/L-60°-Thread
Mini-Carbide Bars for 60° Internal
Thread Turning, Dmin 2.4 mm
327
GROOVE-TURN
X
af
l1
dh6
W
l2
Y
x
55°
Y
te
Right-hand shown
Dimensions
Designation d
TPI
max TPI min tew Y f al2l1D min
IC228
PICCO R 005.5548-15 5.00 48 24 0.40 0.06 0.5 1.9 4.40 15.0 30.00 4.80 •
PICCO R 006.5548-15 6.00 48 24 0.40 0.06 0.5 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.5524-15 6.00 24 16 0.81 0.12 0.8 2.3 5.30 15.0 30.00 6.00 •
PICCO R 007.5524-15 7.00 24 16 0.81 0.12 0.8 2.8 6.30 15.0 30.00 7.00 •
• All mini-bars have sharp corners
PICCO-55°-Thread
Mini-Carbide Bars for 55°
Profile Internal Threading
Dmin f
l1
l2
d2
Tmax d5
MG PCO...
d
Carbide
Right-hand shown
Designation D min Tmax f(2) d l1l2d2d5
MGUHR 06-04L10 (1) 4.00 0.50 2.2 6.00 62.00 10.0 3.45 1.3
MGUHR 06-04L20 4.00 0.50 2.2 6.00 62.00 20.0 3.45 1.3
(1) Dmin for turning 4.0 mm & Tmax 0.43 mm; Dmin for threading 5.0 mm & Tmax 1.00 mm
(2) f=2.17 for turning, f=2.7 for threading
For inserts, see pages: UMGR (328) • UMGR-A55 (328) • UMGR-A60 (328)
For holders, see pages: PICCO/MG PCO (holder) (315) • SBB (100)
Dismounting Operation
Mounting Operation
MGUHR
Solid Carbide Bars for Internal
Turning and Threading at 4 mm
Minimum Bore Diameter
ISCAR
328
GROOVE-TURN
f
3°
7°
RWRight-hand shown
Dimensions
Designation W±0.02 R±0.02 f D min
IC508
UMGR 4.0-0.0 1.63 0.00 2.2 4.00 •
UMGR 4.0-0.1 1.63 0.10 1.6 0.10 •
For tools, see pages: MGUHR (327)
UMGR
Miniature Indexable Inserts
for Internal Turning
0.1
0.8
f
55°
Right-hand shown
Dimensions
Designation f TPI max TPI min Pmin Pmax D min
IC508
UMGR 4.0-A55 2.7 48 18 0.50 1.40 5.20 •
For tools, see pages: MGUHR (327)
UMGR-A55
Mini Indexable Inserts for Threading
Whitworth, Partial Profile in 5.2 mm
and Larger Holes
0.1
0.8
f
60°
Right-hand shown
Dimensions
Designation f D min Pmin Pmax
IC508
UMGR 4.0-A60 2.7 5.20 0.50 1.25 •
For tools, see pages: MGUHR (327)
UMGR-A60
Mini Indexable Inserts for
Threading 60° Partial Profile in
5.2 mm and Larger Holes
329
GROOVE-TURN
f1
R
f2
L
l2
d
MIFHR... 10 MIFHR... 8
d5
L3R
Designation d d5f1f2L L3l2R Insert
MIFHR 8SC-8-SRK (1) 8.00 1.2 1.4 3.70 75.00 7.40 11.7 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 10C-8 10.00 4.0 1.4 4.50 102.50 7.40 12.5 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 12C-8 12.00 5.0 1.4 5.50 102.50 7.40 12.5 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 12C-10 (2) 12.00 6.0 2.4 5.50 90.00 11.20 17.2 4.60 MIFR 10 SR 34-506 T-9/5
MIFHR 16C-10 (2) 16.00 6.0 2.4 7.50 90.00 11.20 17.2 4.60 MIFR 10 SR 34-506 T-9/5
(1) Solid carbide shank
(2) Only face grooving inserts are available for this tool
For inserts, see pages: MEFL (435) • MIFR (434) • MIGR 8 (329) • MITR 8-MT (330) • MIUR 8 (329)
For holders, see pages: PICCO/MG PCO (holder) (315)
MIFHR
Bars for Face and Internal Grooving,
Undercutting and Threading Inserts
f
L5
T
max.
RWWTmax-r
R
Dimensions Recommended Machining Data
Designation W±0.02 R±0.02 D min Tmax-r L5f
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
MIGR 8-0.50-0.00 0.50 - 8.50 1.40 6.30 4.0 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-1.00-0.05 1.00 0.05 8.50 1.40 6.80 4.0 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-1.20-0.05 1.20 0.05 9.20 2.10 6.80 4.7 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-1.20-0.60 1.20 0.60 9.20 2.10 6.80 4.7 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-1.50-0.05 1.50 0.05 9.20 2.10 6.80 4.7 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-1.60-0.80 1.60 0.80 9.20 2.10 6.80 4.7 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-2.00-0.10 2.00 0.10 8.90 1.80 6.80 4.4 •0.05-0.50 0.03-0.10 0.01-0.03
MIGR 8-2.00-1.00 2.00 1.00 9.20 2.10 6.80 4.7 •0.05-0.50 0.03-0.10 0.01-0.03
• For cutting speed recommendations, see pages 340-341
For tools, see pages: MIFHR (329)
MIGR 8
Internal Shallow Grooving Inserts
f
L5
45°
WTmax
R
Dimensions Recommended Machining Data
Designation W±0.02 R±0.02 D min Tmax-r L5f
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
MIUR 8-1.00-0.50 1.00 0.50 8.00 1.10 6.70 3.6 •0.03-0.50 0.03-0.10 0.01-0.03
MIUR 8-1.5-0.75 1.50 0.75 8.10 1.20 6.70 3.6 •0.03-0.50 0.03-0.10 0.01-0.03
MIUR 8-2.00-1.00 2.00 1.00 8.30 1.36 6.70 3.6 •0.03-0.50 0.03-0.10 0.01-0.03
• For cutting speed recommendations, see pages 340-341
For tools, see pages: MIFHR (329)
MIUR 8
45° Full Radius Internal
Undercutting Inserts
ISCAR
330
GROOVE-TURN
f
30°
L5
30°
R0.2
R
Tmax-r
Dimensions
Designation Tmax-r R±0.02 l D min Pmin Pmax
IC908
MITR 8-MT2-0.1 1.17 0.10 5.75 10.00 1.50 2.00 •
MITR 8-MT1-0.05 1.23 0.05 5.75 10.00 0.75 1.25 •
For tools, see pages: MIFHR (329)
MITR 8-MT
Internal Partial Profile ISO
Metric Threading Inserts
Dmin
Tmax-r
d2
H5
Td5
d
f
W
Tmax-r
l2l1
D3
Designation d D min(1) Tmax-r(1) d2l1l2f(2) H5W min W max T D3d5Insert
MG 12-08C16 12.00 8.00 1.50 6.00 92.00 16.0 4.8 11.0 0.50 3.00 16.3 18.00 6.0 GIQR/L 8 SR 76-1499 T-8/5
MG 12-08C23 12.00 8.00 1.50 6.00 92.00 23.0 4.8 11.0 0.50 3.00 16.3 18.00 6.0 GIQR/L 8 SR 76-1499 T-8/5
MG 12-11C25 12.00 11.00 2.30 8.00 92.50 25.0 6.7 11.0 0.50 3.00 16.3 18.00 6.0 GIQR/L 11 SR M3.5-08134 T-9/5
• The same tool applies on right and left machining
(1) Check according to specific insert data
(2) Cutting edge radius on rotating tool
For inserts, see pages: GIQR/L 8 (331) • GIQR/L 8-R (331) • GIQR/L 11 (332) • GIQR/L 11-R (332) • GIQR/L 11-15 (333) • GIQR/L 11-15-R (333) • GIQR/L-A18
(333) • GIQR/L-B18 (334) • GIQR/L-MT (334) • GIQR/L-WT (334)
MG
Internal Grooving, Turning
and Threading Bars
Dmin
Lmin
max
Tmax-r
f
W
Tmax-r
l1
MG PCO...
d
MGCH...C
Designation D min(1) Tmax-r(1) d l1L min L max f W min W max Insert
MGCH 06 8.00 1.50 6.00 62.00 16.0 42.0 4.8 0.50 4.00 N GIQR/L 8 SR 76-1499 T-8/5
MGCH 06C 8.00 1.50 6.00 62.00 16.0 42.0 4.8 0.50 4.00 Y GIQR/L 8 SR 76-1499 T-8/5
MGCH 06-L100 8.00 1.50 6.00 100.00 16.0 80.0 4.8 0.50 4.00 N GIQR/L 8 SR 76-1499 T-8/5
MGCH 08 - (2) - (3) 8.00 76.00 20.0 56.0 - (4) 0.50 5.00 N GIQR/L 11/11-15 SR M3.5-08134 T-9/5
MGCH 08C - (2) - (3) 8.00 76.00 20.0 56.0 - (4) 0.50 5.00 Y GIQR/L 11/11-15 SR M3.5-08134 T-9/5
MGCH 08-L125 - (2) - (3) 8.00 125.00 70.0 105.0 - (4) 0.50 5.00 N GIQR/L 11/11-15 SR M3.5-08134 T-9/5
• The same tool applies on right and left machining .
(1) Check according to specific insert data
(2) Dmin=11 mm for GIQR 11, Dmin=15 mm for GIQR 11-15
(3) Tmax-r=2.30 for GIQR 11, Tmax-r=6.3 for GIQR 11-15
(4) f=6.70 mm for GIQR 11, f=10.6 mm for GIQR 11-15
For inserts, see pages: GIQR/L 8 (331) • GIQR/L 8-R (331) • GIQR/L 11 (332) • GIQR/L 11-R (332) • GIQR/L 11-15 (333) • GIQR/L 11-15-R (333) • GIQR/L-A18
(333) • GIQR/L-B18 (334) • GIQR/L-MT (334) • GIQR/L-WT (334)
For holders, see pages: PICCO/MG PCO (holder) (315) • SBB (100)
MGCH
Solid Carbide Bars for Internal
Grooving, Turning and
Threading, Dmin 8 mm
331
GROOVE-TURN
lf
W
R
Tmax-r
Left-hand shown
Dimensions Recommended Machining Data
Designation W±0.02 R±0.03 Tmax-r D min f
IC528
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIQR/L 8-0.50-0.00 (1) 0.50 0.00 0.70 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-0.75-0.00 (1) 0.75 0.00 1.20 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-0.85-0.00 (1) 0.85 0.00 1.20 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-0.95-0.00 (1) 0.95 0.00 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.00-0.00 (1) 1.00 0.00 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.04-0.05 (1) 1.04 0.05 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.20-0.05 (1) 1.20 0.05 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.40-0.05 (1) 1.40 0.05 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.47-0.05 (1) 1.47 0.05 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.50-0.05 (1) 1.50 0.05 1.50 8.00 4.8 •- - 0.01-0.03
GIQR/L 8-1.70-0.10 1.70 0.10 1.50 8.00 4.8 •0.12-0.68 0.02-0.05 0.01-0.03
GIQR/L 8-1.96-0.10 1.96 0.10 1.50 8.00 4.8 •0.12-0.78 0.02-0.05 0.01-0.03
GIQR/L 8-2.00-0.10 2.00 0.10 1.50 8.00 4.8 •0.12-0.80 0.02-0.05 0.01-0.03
GIQR/L 8-2.22-0.10 2.22 0.10 1.50 8.00 4.8 •0.12-0.88 0.02-0.05 0.01-0.03
GIQR/L 8-2.50-0.20 2.50 0.20 1.50 8.00 4.8 •0.24-1.00 0.02-0.05 0.01-0.03
GIQR/L 8-3.00-0.20 3.00 0.20 1.50 8.00 4.8 •0.24-1.20 0.02-0.05 0.01-0.03
GIQR 8-3.18-0.20 3.18 0.20 1.50 8.00 4.8 •0.24-1.27 0.02-0.05 0.01-0.03
GIQR 8-3.50-0.20 3.50 0.20 1.50 8.00 4.8 •0.24-1.40 0.02-0.05 0.01-0.03
GIQR 8-4.00-0.20 4.00 0.20 1.50 8.00 4.8 •0.24-1.60 0.02-0.05 0.01-0.03
• According to retaining rings standard DIN 471/472. • Can be used for groove milling by circular interpolation.
• For cutting speed recommendations, see pages 340-341
(1) For grooving only
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 8
Precision Ground Single-Ended Inserts
for Internal Grooving and Turning
lf
W
R
Tmax-r
Left-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r D min f l
IC528
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
GIQR/L 8-1.20-R060 1.20 0.60 1.50 8.00 4.8 7.78 •0.30-0.60 0.02-0.05 0.01-0.03
GIQR/L 8-2.00-R100 2.00 1.00 1.50 8.00 4.8 7.78 •0.50-1.00 0.02-0.05 0.01-0.03
GIQR 8-3.00-R150 3.00 1.50 1.50 8.00 4.8 7.78 •0.70-1.50 0.02-0.05 0.01-0.03
• Comply to retaining rings DIN 471/472. • Can be used for groove milling by circular interpolation. • For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 8-R
Precision Ground Single-Ended
Full Radius Inserts for Internal
Grooving and Profiling
ISCAR
332
GROOVE-TURN
l Ref. f
W
R
Tmax-r
Left-hand shown
Dimensions Recommended Machining Data
Designation W±0.02 R±0.03 Tmax-r D min l f
IC528
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIQR/L 11-0.50-0.00 (1) 0.50 0.00 1.50 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-0.75-0.00 (1) 0.75 0.00 1.50 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-0.85-0.00 (1) 0.85 0.00 1.50 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-0.95-0.00 (1) 0.95 0.00 1.80 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.04-0.05 (1) 1.04 0.05 2.00 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.20-0.05 (1) 1.20 0.05 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.40-0.05 (1) 1.40 0.05 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.50-0.05 (1) 1.50 0.05 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.70-0.05 (1) 1.70 0.05 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-1.96-0.10 (1) 1.96 0.10 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-2.00-0.10 (1) 2.00 0.10 2.30 11.00 10.68 6.7 •- - 0.01-0.03
GIQR/L 11-2.22-0.10 2.22 0.10 2.30 11.00 10.68 6.7 •0.12-0.88 0.03-0.07 0.02-0.05
GIQR/L 11-2.39-0.15 2.39 0.15 2.30 11.00 10.68 6.7 •0.18-0.95 0.03-0.07 0.02-0.05
GIQR/L 11-2.47-0.20 2.47 0.20 2.30 11.00 10.68 6.7 •0.24-0.98 0.03-0.07 0.02-0.05
GIQR/L 11-2.50-0.20 2.50 0.20 2.30 11.00 10.68 6.7 •0.24-1.00 0.03-0.07 0.02-0.05
GIQR/L 11-2.70-0.20 2.70 0.20 2.30 11.00 10.68 6.7 •0.24-1.08 0.03-0.07 0.02-0.05
GIQR/L 11-3.00-0.20 3.00 0.20 2.30 11.00 10.68 6.7 •0.24-1.20 0.03-0.07 0.02-0.05
GIQR 11-3.18-0.20 3.18 0.20 2.30 11.00 10.68 6.7 •0.24-1.27 0.03-0.07 0.02-0.05
GIQR 11-4.00-0.20 4.00 0.20 2.30 11.00 10.68 6.7 •0.24-1.60 0.03-0.07 0.02-0.05
GIQR 11-5.00-0.20 5.00 0.20 2.30 11.00 10.68 6.7 •0.24-2.00 0.03-0.07 0.02-0.05
• Comply to retaining rings DIN 471/472. • Can be used for groove milling by circular interpolation. • For cutting speed recommendations, see pages 340-341
(1) For grooving only
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 11
Precision Ground Single-Ended
Inserts for Internal Grooving
and Turning, Dmin 11 mm
lf
W
R
Tmax-r
Left-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r D min f l
IC528
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
GIQR/L 11-1.20-R060 1.20 0.60 2.30 11.00 6.7 10.68 •0.30-0.60 0.02-0.05 0.01-0.03
GIQR/L 11-1.80-R090 1.80 0.90 2.30 11.00 6.7 10.68 •0.40-0.90 0.02-0.05 0.01-0.03
GIQR/L 11-2.00-R100 2.00 1.00 2.30 11.00 6.7 10.68 •0.50-1.00 0.02-0.05 0.01-0.03
GIQR/L 11-3.00-R150 3.00 1.50 2.30 11.00 6.7 10.68 •0.70-1.50 0.02-0.05 0.01-0.03
GIQR 11-4.00-R200 4.00 2.00 2.30 11.00 6.7 10.68 •1.00-2.00 0.02-0.05 0.01-0.03
• Comply to retaining rings DIN 471/472. • Can be used for groove milling by circular interpolation. • For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 11-R
Precision Ground Single-Ended
Full Radius Inserts for Internal
Grooving and Profiling
333
GROOVE-TURN
W
R
Tmax-r
f
l Ref
Left-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r D min l f
IC528
ap
(mm)
f turn
(mm/rev)
f groove
(mm/
rev)
GIQR/L 11-15-1.50-0.05 1.50 0.05 6.30 15.00 14.60 10.6 SR M3.5-08134 •0.10-0.40 0.02-0.05 0.02-0.06
GIQR/L 11-15-2.00-0.10 2.00 0.10 6.30 15.00 14.60 10.6 SR M3.5-08134 •0.15-0.50 0.02-0.05 0.02-0.06
GIQR/L 11-15-2.50-0.20 2.50 0.20 6.30 15.00 14.60 10.6 SR M3.5-08134 •0.25-0.65 0.02-0.05 0.02-0.06
GIQR/L 11-15-3.00-0.20 3.00 0.20 6.30 15.00 14.60 10.6 SR M3.5-08134 •0.25-0.75 0.02-0.05 0.02-0.06
• Comply to retaining rings DIN 471/472. • Can be used for groove milling by circular interpolation. • For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 11-15
Precision Ground Single-Ended Inserts
for Internal Deep Grooving and Turning
l Ref fTmax-r
W
R
Left-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 R±0.03 Tmax-r D min f l
IC528
ap
(mm)
f turn
(mm/
rev)
f
groove
(mm/
rev)
GIQR/L 11-15-2.00-R100 2.00 1.00 6.30 15.00 10.6 14.60 SR M3.5-08134 •0.00-0.50 0.02-0.05 0.02-0.06
GIQR/L 11-15-2.50-R125 2.50 1.25 6.30 15.00 10.6 14.60 SR M3.5-08134 •0.00-0.65 0.02-0.05 0.02-0.06
GIQR/L 11-15-3.00-R150 3.00 1.50 6.30 15.00 10.6 14.60 SR M3.5-08134 •0.00-0.75 0.02-0.05 0.02-0.06
• Comply to retaining rings DIN 471/472. • Can be used for groove milling by circular interpolation. • For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L 11-15-R
Precision Ground Single-Ended
Full Radius Inserts for Deep
Internal Grooving and Profiling
r
lf
W
18°
Tmax
Dmin
Tmax-r
Left-hand shown
Dimensions Recommended Machining Data
Designation D min W r Tmax l f
IC528
ap
(mm)
f
(mm/rev)
f groove
(mm/rev)
GIQR/L 8-A18-0.15 7.80 3.00 0.15 1.60 7.60 4.6 •0.02-1.30 0.02-0.05 0.01-0.03
GIQR/L 11-A18-0.15 11.00 3.00 0.15 2.50 10.70 6.7 •0.02-2.20 0.02-0.05 0.01-0.03
• For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-A18
Internal Boring and Profiling Inserts
ISCAR
334
GROOVE-TURN
Dmin
Tmax
l
f18°
W
R
Tmax
Left-hand shown
Right-hand shown
Dimensions Recommended
Machining Data
Designation D min W R±0.03 Tmax f l
IC528
ap
(mm)
f
(mm/rev)
GIQR/L 8-B18-0.15 7.80 2.50 0.15 1.30 4.6 7.60 •0.02-1.00 0.02-0.05
GIQR/L 11-B18-0.15 11.00 2.50 0.15 2.30 6.7 10.70 •0.02-2.00 0.02-0.05
• For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-B18
Internal Back Boring and
Profiling Inserts
lf
Tmax-r
R
60°
Left-hand shown
Dimensions
Designation l R±0.03 Tmax-r f D min Pmin TPI max
IC528
GIQR/L 8-MT-0.05 7.78 0.05 1.50 4.8 8.00 0.90 28 •
GIQR/L 11-MT-0.05 10.68 0.05 2.00 6.7 11.00 0.90 28 •
• Can be used for thread milling by circular interpolation. • Pitch max 0.19xD. • D-diameter of thread • For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-MT
Internal Threading Inserts for
Threading 60° Partial Profile in
8 mm and Larger Holes
lf
Tmax-r
R
55°
Left-hand shown
Dimensions
Designation l R±0.03 Tmax-r f D min Pmin TPI max
IC528
GIQR/L 8-WT-0.05 7.78 0.05 1.50 4.8 8.00 0.50 50 •
GIQR/L 11-WT-0.05 10.68 0.05 2.00 6.7 11.00 0.50 50 •
• Can be used for thread milling by circular interpolation. • TPI min D/5.9 • D-diameter of thread (pitch max<=W)
• For cutting speed recommendations, see pages 340-341
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-WT
Internal Threading Inserts for
Threading Whitworth, Partial Profile
in 8 mm and Larger Holes
335
GROOVE-TURN
l1
h
W
h
b
Tmax-r
Designation W Tmax-r h b l1Insert
SXCNN 1212 K10-06 10.40 17.00 12.0 12.0 125.00 XNUW 10 SR 76-2067 T-15/5
SXCNN 1616 K10-06 10.40 17.00 16.0 16.0 125.00 XNUW 10 SR 76-2067 T-15/5
SXCNN 2020 P10-06 10.40 17.00 20.0 20.0 170.00 XNUW 10 SR 76-2067 T-15/5
SXCNN 2525 P10-06 10.40 17.00 25.0 25.0 170.00 XNUW 10 SR 76-2067 T-15/5
SXCNN 1212 K13-05 13.00 20.00 12.0 12.0 125.00 XNUW 13 SR 76-2068 T-20/5
SXCNN 1414 K13-05 13.00 23.00 14.0 14.0 125.00 XNUW 13 SR 76-2068 T-20/5
SXCNN 1616 K13-05 13.00 23.00 16.0 16.0 125.00 XNUW 13 SR 14-591 T-20/5
SXCNN 2020 P13-05 13.00 23.00 20.0 20.0 170.00 XNUW 13 SR 14-591 T-20/5
SXCNN 2525 P13-05 13.00 23.00 25.0 25.0 170.00 XNUW 13 SR 14-591 T-20/5
SXCNN 1212 K14-03 14.50 - 12.0 12.0 125.00 XNUW 14 SR 76-2067 T-15/5
SXCNN 1616 K14-03 14.50 17.00 16.0 16.0 125.00 XNUW 14 SR 76-2067 T-15/5
SXCNN 2020 P14-03 14.50 17.00 20.0 20.0 170.00 XNUW 14 SR 76-2067 T-15/5
SXCNN 2525 P14-03 14.50 17.00 25.0 25.0 170.00 XNUW 14 SR 76-2067 T-15/5
SXCNN 1616 K20-05 20.50 - 16.0 16.0 125.00 XNUW 20 SR 14-591 T-20/5
SXCNN 2020 P20-05 20.50 24.00 20.0 20.0 170.00 XNUW 20 SR 14-591 T-20/5
SXCNN 2525 P20-05 20.50 24.00 25.0 25.0 170.00 XNUW 20 SR 14-591 T-20/5
SXCNN 3232 P20-05 20.50 24.00 32.0 32.0 170.00 XNUW 20 SR 14-591 T-20/5
SXCNN 2525 P24-05 24.50 28.00 25.0 25.0 170.00 XNUW 24 SR 14-591 T-20/5
SXCNN 3232 P36-10 36.50 - 32.0 32.0 170.00 XNUW 36 SR 14-519 T-20/5
• Toolholder seat needs to be modified according to insert profile to ensure clearance.
For inserts, see pages: XNUW (336)
SXCNN
External Toolholders for Specially
Tailored Wide Profile Inserts
Dmin
Tmax-r dg7
l1
l2
fdg7
h1
W
8°
a°
Relief
Right-hand shown • Left hand bars, on request.
Designation W d l1l2f D min Tmax-r h1a°(2) Relief(2)
SXCIR 16-10 (1) 10.40 16.00 125.00 20.0 11.5 25.00 3.00 7.5 15.0 1.5 SR 76-2067 T-15/5 PL 16
SXCIR 20-10 (1) 10.40 20.00 150.00 25.0 13.0 25.00 3.00 9.0 15.0 1.5 SR 76-2067 T-15/5 PL 20
SXCIR 16-13 13.00 16.00 125.00 20.0 13.0 30.00 4.00 7.5 20.0 2.0 SR 76-2068 T-20/5 PL 16
SXCIR 20-13 13.00 20.00 150.00 25.0 14.5 30.00 4.00 9.0 20.0 2.0 SR 76-2068 T-20/5 PL 20
SXCIR 25-13 13.00 25.00 170.00 30.0 17.0 30.50 4.00 11.5 20.0 2.0 SR 76-2068 T-20/5 PL 25
SXCIR 32-13 13.00 32.00 200.00 35.0 20.0 37.00 4.00 14.5 20.0 2.0 SR 76-2068 T-20/5 PL 32
SXCIR 25-14 (1) 14.50 25.00 170.00 30.0 15.5 30.00 3.00 11.5 15.0 2.0 SR 76-2067 T-15/5 PL 25
SXCIR 20-20 20.50 20.00 150.00 25.0 15.0 40.00 4.00 9.0 15.0 2.5 SR 14-591 T-20/5 PL 20
SXCIR 32-20 20.50 32.00 200.00 35.0 20.5 40.00 4.00 14.5 15.0 2.5 SR 14-591 T-20/5 PL 32
SXCIR 25-24 24.50 25.00 170.00 30.0 17.5 40.00 4.00 11.5 15.0 2.5 SR 14-591 T-20/5 PL 25
SXCIR 32-24 24.50 32.00 200.00 35.0 20.5 40.00 4.00 14.5 15.0 2.5 SR 14-591 T-20/5 PL 32
(1) On request.
(2) Blank insert reference dimensions
For inserts, see pages: XNUW (336)
SXCIR
Internal Toolholders for Specially
Tailored Profile Inserts
ISCAR
336
GROOVE-TURN
W
lRef.
L3
f
S
d1
7°
60°
di
Dimensions Tough
1
Hard
Designation W f L3di S d1l
IC28
IC08
IC20
IC07
XNUW 1003-06 10.40 6.0 10.50 6.35 3.18 4.53 17.00 • •
XNUW 1305-05 13.00 5.0 11.40 12.70 5.35 5.50 20.60 •••
XNUW 14T3-03 14.50 3.0 3.70 9.52 3.97 4.40 14.00 •••
XNUW 2006-05 20.50 4.8 5.00 12.70 6.35 5.50 20.30 • • •
XNUW 2406-05 24.50 5.0 6.00 15.87 6.35 5.50 25.00 • • • •
XNUW 3606-10 36.50 5.4 10.00 19.05 6.35 6.50 34.60 •••
For tools, see pages: SXCIR (335) • SXCNN (335)
XNUW
Blank Inserts for Wide Profile Grooving
h
6°
l1
W L5
h
b
Designation W h b l1L5
FTHN 2525M-3010 30.40 25.0 25.0 150.00 14.00 SR 14-591 T-20/5
FTHN 2525M-3510 35.40 25.0 25.0 150.00 14.00 SR 14-591 T-20/5
FTHN 3232P-3510 35.40 32.0 32.0 170.00 14.00 SR 14-591 T-20/5
FTHN 3232P-4510 45.40 32.0 32.0 170.00 18.00 SR 14-591 T-20/5
FTHN 3232P-5107 51.40 32.0 32.0 170.00 21.90 SR 14-591 T-20/5
For inserts, see pages: FTB (336)
FTHN
Square Shank Toolholders for
FTB Profile Turning Inserts
10° T
SW
L5
Dimensions
Designation W T groove S L5
IC08
FTB 3010 30.40 10.0 5.00 14.00 •
FTB 3510 35.40 10.0 5.00 14.00 •
FTB 4010 40.40 10.0 5.00 18.00 •
FTB 4510 45.40 10.0 5.00 18.00 •
FTB 5107 51.40 7.0 5.00 21.90 •
For tools, see pages: FTHN (336)
FTB
Blank Inserts for Wide Profile Grooving
337
GROOVE-TURN
l2
l
1
H5dg6
W(1) D
min
T
L5
f
(1)W range: 5-12 mm
Designation d l1l2L5f D min H5T Insert
SXCIB 25-22-50 25.00 100.00 50.0 60.00 12.0 22.00 23.0 33.0 Group #1 SR M5X13 T20 T-20/5
SXCIB 32-30-50 32.00 100.00 50.0 60.00 16.5 30.00 30.0 45.0 Group #2 SR M5X13 T20 T-20/5
SXCIB 32-38-50 32.00 100.00 50.0 60.00 22.0 38.00 30.0 45.0 Group #3 SR M5X13 T20 T-20/5
SXCIB 32-30-75 32.00 125.00 75.0 85.00 16.5 30.00 30.0 45.0 Group #2 SR M5X13 T20 T-20/5
SXCIB 32-38-75 32.00 125.00 75.0 85.00 22.0 38.00 30.0 45.0 Group #3 SR M5X13 T20 T-20/5
For inserts, see pages: XNUWB (337) • XNUWB (light fit) (338) • XNUWB (tight fit) (338)
Spare Parts Clamping screw: SR M5X13 T20 Key: T-20/5
Insert Group #1 Insert Group #2 Insert Group #3
XNUWB 13-4.98-0.2 XNUWB 13-7.98-0.2 XNUWB 13-10.13-1.05
XNUWB 13-5.01-0.2 XNUWB 13-8.13-1.05 XNUWB 13-11.98-0.3
XNUWB 13-5.98-0.2 XNUWB 13-9.98-0.3 XNUWB 13-12.02-0.3
XNUWB 13-6.01-0.2 XNUWB 13-10.01-0.3 XNUWB 13-12.02-0.5
XNUWB 13-6.12-0.85 XNUWB 13-12.15-1.35
XNUWB 13-7.13-0.85 XNUWB 13-12.15-1.75
XNUWB 13-7.98-0.2 XNUWB 13-12.15-2.25
XNUWB 13-8.01-0.2
XNUWB 13-8.13-1.05
SXCIB
Broaching Holders for Lathe
and Milling Machines
l
Tmax-r
S
5°
R
W
f
Dimensions
Designation W±0.02 R±0.05 f l Tmax-r S
IC908
XNUWB 13-6.12-0.85 6.12 0.85 8.0 17.30 2.60 5.30 •
XNUWB 13-7.13-0.85 7.13 0.85 8.0 17.30 3.30 5.30 •
XNUWB 13-8.13-1.05 8.13 1.05 8.0 17.30 3.40 5.30 •
XNUWB 13-10.13-1.05 10.13 1.05 10.9 20.20 4.20 5.30 •
XNUWB 13-12.15-1.35 12.15 1.35 10.9 20.20 5.10 5.30 •
XNUWB 13-12.15-1.75 12.15 1.75 10.9 20.20 6.60 5.30 •
XNUWB 13-12.15-2.25 12.15 2.25 10.9 20.20 8.50 5.30 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
For tools, see pages: SXCIB (337)
XNUWB
DIN138 (Tolerance C11) Inserts
for Keyway Broaching on Lathe
and Milling Machines
ISCAR
338
GROOVE-TURN
l
Tmax-r
S
5°
R
W
f
Dimensions
Designation W(1) R R±toler f l Tmax-r S
IC908
XNUWB 13-5.01-0.2 5.01 0.20 0.030 8.0 17.30 2.70 5.30 •
XNUWB 13-6.01-0.2 6.01 0.20 0.030 8.0 17.30 3.40 5.30 •
XNUWB 13-8.01-0.2 8.01 0.20 0.030 8.0 17.30 4.10 5.30 •
XNUWB 13-10.01-0.3 10.01 0.30 0.030 8.0 17.30 4.20 5.30 •
XNUWB 13-12.02-0.3 12.02 0.30 0.030 10.9 20.20 5.70 5.30 •
XNUWB 13-12.02-0.5 12.02 0.50 0.050 10.9 20.20 8.50 5.30 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
(1) Tolerance: +0 -0.03
For tools, see pages: SXCIB (337)
XNUWB (light fit)
DIN6885 Inserts for Light Fit
(JS9) Keyway Broaching on
Lathe and Milling Machines
l
Tmax-r
S
5°
R
W
f
Dimensions
Designation W(1) R±0.03 f l Tmax-r S
IC908
XNUWB 13-4.98-0.2 4.98 0.20 8.0 17.30 2.70 5.30 •
XNUWB 13-5.98-0.2 5.98 0.20 8.0 17.30 3.40 5.30 •
XNUWB 13-7.98-0.2 7.98 0.20 8.0 17.30 4.10 5.30 •
XNUWB 13-9.98-0.3 9.98 0.30 8.0 17.30 4.20 5.30 •
XNUWB 13-11.98-0.3 11.98 0.30 10.9 20.20 5.70 5.30 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
(1) Tolerance: +0 -0.03
For tools, see pages: SXCIB (337)
XNUWB (tight fit)
DIN6885 Inserts for Tight Fit
(P9) Keyway Broaching on
Lathe and Milling Machines
L5
d2
L6
L
Tdg6
D3D4
Designation d2d D4D3L5L L6T Insert
BHDN 25-10-33 10.00 25.00 20.00 33.00 33.00 73.00 40.00 23.0 SCB 010 SR M5X6 DIN913 HW 2.5
BHDN 32-10-33 10.00 32.00 20.00 40.00 33.00 73.00 40.00 30.0 SCB 010 SR M5X6 DIN913 HW 2.5
• Holders are suitable for left- and right-hand mini-bars and ISO bars.
BHDN
Broaching Holders for Lathe
and Milling Machines
339
GROOVE-TURN
l1
f
W
a+0.05 9.20+0.05
l2
dh6
RR
Dmin
Dimensions
Designation W±0.02 R±0.05 d f al1l2D min
IC908
SCB 010.410.050-25 4.10 0.50 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.410.050-41 4.10 0.50 10.00 4.0 9.00 66.00 41.0 10.00 •
SCB 010.510.050-25 5.10 0.50 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.510.050-41 5.10 0.50 10.00 4.0 9.00 66.00 41.0 10.00 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
SCB
DIN138 (Tolerance C11) Inserts
for Keyway Broaching on Lathe
and Milling Machines
l1
f
W
a+0.05 9.20+0.05
l2
dh6
RR
Dmin
Dimensions
Designation W±0.015 R±0.03 d f al1l2D min
IC908
SCB 010.400.020-25 4.00 0.20 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.400.020-41 4.00 0.20 10.00 4.0 9.00 66.00 41.0 10.00 •
SCB 010.500.020-25 5.00 0.20 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.500.020-41 5.00 0.20 10.00 4.0 9.00 66.00 41.0 10.00 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
SCB (light fit)
DIN6885 Inserts for Light Fit
(JS9) Keyway Broaching on
Lathe and Milling Machines
l1
f
W
a+0.05 9.20+0.05
l2
dh6
RR
Dmin
Dimensions
Designation W(1) R±0.03 d f al1l2D min
IC908
SCB 010.398.020-25 3.98 0.20 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.398.020-41 3.98 0.20 10.00 4.0 9.00 66.00 41.0 10.00 •
SCB 010.498.020-25 4.98 0.20 10.00 4.0 9.00 50.00 25.0 10.00 •
SCB 010.498.020-41 4.98 0.20 10.00 4.0 9.00 66.00 41.0 10.00 •
• Typical conditions: Vc = 4000-8000 mm/min, ap = 0.02-0.08 mm
(1) Tolerance: +0.01 -0.02
SCB (tight fit)
DIN6885 Inserts for Tight Fit
(P9) Keyway Broaching on
Lathe and Milling Machines
ISCAR
340
GROOVE-TURN
ISCAR
340
USER GUIDE
Groove-Turn Cutting Speed Recommendations
(1) For material groups, see H8-60
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.(1)
ISO Material Condition
P
Non-alloy steel and
cast steel, free cutting
steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
>= 0.55 %C Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5%
all elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloy steel, cast steel,
tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
PStainless steel and cast steel Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Grey cast iron (GG) Pearlitic/ferritic 180 15
Pearlitic/martensitic 260 16
Ductile cast iron (nodular) (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-wrought alloy Not cureable 60 21
Cured 100 22
Aluminum-cast, alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe Baswd Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium and Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRc 38
Hardened 60 HRc 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRc 41
341
GROOVE-TURN
341
USER GUIDE
Material
No. IC20N IC8250 IC807 IC808 IC908 IC354 IC830 IC228/328/528
1225 - 335 210 - 315 160 - 240 145 - 220 140-210 110 - 170 105 - 155 100 - 145
2210 - 290 195 - 270 150 - 205 135 - 190 130-180 105 - 145 95 - 135 90 - 125
3160 - 240 150 - 225 115 - 170 105 - 155 100-150 80 - 120 75 - 110 70 - 105
4175 - 270 165 - 255 125 - 195 115 - 180 110-170 90 - 135 80 - 125 75 - 120
5145 - 225 135 - 210 105 - 160 95 - 145 90-140 70 - 110 65 - 105 65 - 100
6175 - 270 165 - 255 125 - 195 115 - 180 110-170 90 - 135 80 - 125 75 - 120
7145 - 240 135 - 225 105 - 170 95 - 155 90-150 70 - 120 65 - 110 65 - 105
8145 - 225 135 - 210 105 - 160 95 - 145 90-140 70 - 110 65 - 105 65 - 100
9130 - 210 120 - 195 90 - 150 85 - 135 80-130 65 - 105 60 - 95 55 - 90
10 210 - 290 195 - 270 150 - 205 135 - 190 130-180 105 - 145 95 - 135 90 - 125
11 130 - 210 120 - 195 90 - 150 85 - 135 80-130 65 - 105 60 - 95 55 - 90
IC20N IC806 IC907/807 IC8250 IC808 IC908 IC320 IC830 IC354
12 180 - 320 130 - 240 125 - 230 120 - 220 115 - 210 110-200 100 - 180 80 - 150 90 - 160
13 160 - 300 120 - 230 115 - 220 110 - 210 105 - 200 100-190 90 - 170 75 - 140 80 - 150
IC20N IC806 IC907/807 IC8250 IC808 IC908 IC320 IC830 IC354
14 140 - 270 110 - 205 105 - 195 100 - 185 95 - 180 90-170 80 - 155 65 - 125 70 - 135
IC5010 IC418 IC428 IC8250 IC907/807 IC908/808
15 165 - 295 140 - 255 150-270 135 - 245 105 - 190 95 - 175
16 145 - 210 125 - 180 130-190 115 - 170 90 - 135 85 - 125
17 155 - 255 135 - 220 140-230 125 - 205 100 - 160 90 - 150
18 120 - 200 105 - 170 110-180 100 - 160 75 - 125 70 - 115
19 185 - 310 160 - 265 170-280 155 - 250 120 - 195 110 - 180
20 155 - 255 135 - 220 140-230 125 - 205 100 - 160 90 - 150
ID5 IC04 IC807 IC20 IC04 IC07 IC08
21 400-2500 460 - 1380 440 - 1320 400-1200 460 - 1380 440 - 1320 320 - 960
22 400-2500 345 - 1150 330 - 1100 300-1000 345 - 1150 330 - 1100 240 - 800
23 400-2500 345 - 1150 330 - 1100 300-1000 345 - 1150 330 - 1100 240 - 800
24 400-2500 230 - 690 220 - 660 200-600 230 - 690 220 - 660 160 - 480
25 300-1500 230 - 460 220 - 440 200-400 230 - 460 220 - 440 160 - 320
26 300-1000 230 - 460 220 - 440 200-400 230 - 460 220 - 440 160 - 320
27 300-800 170 - 345 165 - 330 150-300 170 - 345 165 - 330 120 - 240
28 300-800 115 - 230 110 - 220 100-200 115 - 230 110 - 220 80 - 160
29 150-600 55 - 230 55 - 220 50-200 55 - 230 55 - 220 40 - 160
30
No. IC804 IC806 IC807 IC907 IC908 IC808 IC04 IC07 IC20 IC08
31 60 - 95 50 - 80 50 - 80 45 - 75 40-65 40 - 70 30 - 50 30 - 45 25 - 40 25 - 40
32 45 - 65 35 - 55 35 - 55 35 - 50 30-45 30 - 45 25 - 35 20 - 30 20 - 30 20 - 25
33 45 - 65 35 - 55 35 - 55 35 - 50 30-45 30 - 45 25 - 35 20 - 30 20 - 30 20 - 25
34 35 - 60 30 - 50 30 - 50 30 - 45 25-40 25 - 40 20 - 30 15 - 30 15 - 25 15 - 25
35 30 - 45 25 - 35 25 - 35 25 - 35 20-30 20 - 30 15 - 25 15 - 20 15 - 20 10 - 20
36 150 - 255 125 - 210 120 - 205 115 - 195 100-170 105 - 180 80 - 135 70 - 120 65 - 110 60 - 100
37 50 - 65 45 - 60 40 - 50 40 - 50 35-45 35 - 45 50 - 65 40 - 55 40 - 50 35 - 45
No. IB10H IB50 IB20H IC807 IC907 IC808 IC908
38 100-155 90-140 80-125 35-45 30-40 30-40 25-35
39 90-135 80-120 75-110 30-40 25-35 25-35 20-30
40 110-175 100-160 90-145 45-65 40-60 40-60 30-50
41 100-135 90-120 80-110 40-50 35-45 35-45 30-40
ISCAR
342
GROOVE-TURN
ISCAR
342
USER GUIDE
10
20
30
40
50
60
70
80
90
0
90°±10'
0.10/100
A
Principles of Turning
with Groove-Turn Tools
The basic principle in turning with groove-turn tools is
the deflection of the cutting tool, which results in a frontal
clearance angle αº between the insert and the workpiece.
The clearance angle αº is a function of the side cutting
forces and is not constant, as is the case with ISO inserts.
The deflection is influenced by the following factors:
When all of the above factors remain constant
during turning, a high degree of accuracy with a
tolerance up to ±0.01 mm can be achieved.
Feed f
Depth of Cut ap
Overhang of Insert Support T
Width of Insert Support A
Cutting Speed Vc
Workpiece Material
If the conditions are too light (such as in a super finish operation),
there may not be enough deflection and the clearance angle
will be very small. This may result in chatter and vibration.
Positioning the Tool on the Turret
Successful machining can be achieved only if
the tool is properly positioned on the turret.
The following sequence should be followed:
• Position the grip holder perpendicular to the workpiece;
deviation may be 0.10/100 mm along the holder
• Check to ensure that the frontal cutting
edge is aligned parallel to the workpiece
If the cutting edge is not parallel to the workpiece or is
positioned as shown, the deflection during machining (in the
indicated direction) will be too small and chatter may occur.
T
f
α°
a
p
α°
f
It is very important not to overtighten a grip insert, even though
you may get the impression that the insert is more secure. When
overtightened, the insert doesn’t clamp into its correct and
carefully designed clamping points, and therefore, is less stable.
2
1
3
What is a GRIP Insert?
A grip insert is a grooving, groove-turn or parting insert
that is clamped between 2 prisms.
Clamping a grip insert correctly in
the holder is necessary for stable machining.
• Ensure that the seat is clean of dirt and swarf.
• In the first stage of clamping, ease the insert gently into
place. Make sure that the prismatic surfaces match.
• Always use the wrench supplied with the tool.
Use reasonable force to the point of resistance
for final clamping.
The maximum recommended clamping torque is
1.5xd Nm or 15xd Kgf x cm.
d=clamping screw dia. in mm.
2
1
3
343
GROOVE-TURN
343
USER GUIDE
Cutting Conditions
Choosing the correct cutting conditions
Specific cutting conditions are listed in the catalog
for every individual insert as shown below:
• Carbide grades and cutting speeds:
- Cutting speed recommendations are derived from
the type of workpiece material and choice of
carbide grade
Example: GIMF 608 Utility Inserts
for Grooving and Turning
Grades for Applications and Materials
- Choose the carbide grade according to the chart below.
For specific workpiece material and cutting speed
recommendations, refer to pages 340-341
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC830
IC8250
IC808
IC908
IC20
IC428
IC5010
IC907
IC806
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIMF 608 6.00 0.80 5.0 • • • • • • 1.00-3.60 0.24-0.42 0.13-0.25
Depth of cut Turning feed Grooving
feed
7º
W
R
M
5
15.3Ref
±0.1
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 Non-ferrous
High
Temperature
Alloys
Hard
Steel & Cast
Iron
GROOVE
TURN
Harder IC20N IC804 IB50
IC807 IC807 IC5010 ID5 IC806
IC807 IC907
IC808
(IC908)
IC808
(IC908)
IC808
(IC908) IC428 IC807 IC807
IC8250 IC07
IC8250 IC20 IC20 IC808
IC908
Tougher IC830 IC830 IC830 IC08
First choice
ISCAR
344
GROOVE-TURN
ISCAR
344
USER GUIDE
Machining Tips
Insert Radius
Choosing the insert radius for a particular
application is a combination of many factors.
The corner radius of the groove-turn insert
influences the product shape and tool life.
• A larger radius in turning operations
normally improves surface quality.
• An insert with a larger radius has a better
distribution of the cutting load and of the
generated heat. It is stronger and ensures
longer tool life.
• Small radii on grip inserts result in
increased side forces and side deflection,
preventing instability, especially with small
depths of cut and feed.
• The best radius to use is basically determined by
the geometry and dimensions of the workpiece.
The more securely the workpiece is fastened in
the machine tool, the larger the radius may be.
• When the ratio of a workpiece’s length
compared to its diameter is large, inserts
with smaller radii will prevent chatter.
• A larger corner radius enables
machining at a larger feed rate.
• In profiling operations, inserts with larger
corner radii or full radii are required.
Insert Width
Generally, the insert width should be as
wide as possible as it contributes to its
strength. However, there are additional
considerations that should be taken into
account in order to choose the correct width:
• Workpiece size and clamping stability:
A larger width means higher cutting forces during
grooving. A width that is too large can cause
deformation of the workpiece and/or vibration.
• When using a larger width, make sure your
machine has enough power. (see page 349)
• Machining strategy:
Grooving in a correct sequence should
also affect your choice. (see page 345)
• Required overhang:
A larger tool overhang will require a
wider insert to maintain stability.
• The larger the insert, the wider the upper and lower
jaws can be, therefore, higher forces are
required to effect the necessary side deflection.
• If the depth of cut is small, the width of the
insert should be proportionately smaller
to guarantee the required deflection.
Efficient use of insert’s corners:
Always try to evenly split machining between the two
corners. This optimization will increase the insert’s life.
345
GROOVE-TURN
345
USER GUIDE
1 2 3
12
34
5
Eliminating a “Hanging Ring”
When turning at the end of a bar or towards a recess
between two walls, a “hanging ring” may be formed.
To eliminate the unwanted “hanging ring”:
1. Turn toward the recess. Stop a short
distance before reaching the recess.
2. Pull back the groove-turn
tool and re-position it.
3. Machine as shown. This final
operation achieves the size
and flatness of the side wall.
Correct grooving sequence
When making a groove where the insert’s width is not
identical to the groove, it is recommended to select an
insert that will enable to groove symmetrically in such
a way that the material is always in the center
of the insert. This practice will ensure better
chipbreaking and symmetrical cutting forces.
Machining Tips
Internal Machining
Optimizing Internal Machining Toolholder Overhang
It is always recommended to use the minimum possible
overhang in order to maintain maximum toolholder
rigidity. As a general rule, maximum overhang should
not exceed three times the holder-bar diameter.
Lmax.
ØD
Lmax.≤3D
Improving Internal Turning in a Blind Hole
Internal turning in a blind hole brings about the
problem of chip exit. When the tool reaches the rear
side wall, chips may be caught between the wall
and the insert, possibly causing insert breakage.
Two solutions that can eliminate this problem:
First Solution
1. Start by grooving
at the rear wall.
2. Continue by turning from the
inside toward the outside.
1
2
Second Solution
Start by grooving at the
rear wall. Pull the tool back
to the outside. Turn the
final diameter from outside,
toward the groove.
12
34
5
ISCAR
346
GROOVE-TURN
ISCAR
346
USER GUIDE
Finishing Operation: Diameter Compensation
Characteristic Values of ∆
A compensation factor for the final diameter must be
used in the final machining operation.
After the initial grooving to the required final diameter,
the machining direction is normally changed for
longitudinal turning. At this point the deflection occurs.
If machining continues without correction,
corner A will penetrate the material.
This will result in two different diameters:
øD1 from the grooving and øD2 from the turning.
The difference between øD1 and øD2 is a value we
define as ∆.
The compensation factor is ∆/2, as shown below.
Using the compensation factor will eliminate the small surface
step. Follow this simple procedure during machining:
1. Groove to the final diameter
2. Pull the tool back, a distance equal to the value of ∆/2
3. Continue the finish turning operation
Characteristic values of ∆ are shown in
the diagrams on the next page.
Δ/2
ØD1
ØD2
ØD1ØD2
A
∆
2
øD1-øD2
2
=
a
p
1
Δ/2
2
3
The diagrams show experimental results for
specific machining conditions. These are sample
values that will vary with different workpiece
materials and different holder types.
0.04
0.08
0.12
0.16
0.20
0.24
0.1 0.2 0.3 0.4 0.5
ap=0.5mm
ap=3mm
ap=2mm
ap=1mm
0
0.6
Insert: GIP 3.00E-0.4
Toolholder: GHDR 25-3
Diameter Compensation
Factor ∆ mm
Feed f (mm/rev)
Diameter Compensation
Factor ∆ mm
ap=1mm
ap=2mm
ap=4mm
ap=3mm
0.04
0.08
0.12
0.16
0.20
0.24
0.1 0.2 0.3 0.4 0.5
0
0.6
Insert: GIP 4.00E-0.4
Toolholder: GHDR 25-4
Feed f (mm/rev)
ap=4mm
ap=3mm
ap=2mm
ap=1mm
0.04
0.08
0.12
0.16
0.20
0.24
0.1 0.2 0.3 0.4 0.5
0
0.6
Insert: GIP 6.00E-0.8
Toolholder: GHDR 25-5
Diameter Compensation
Factor ∆ mm
Feed f (mm/rev)
Measure the ∆ value for your finishing operation in
a short test using your selected finishing conditions.
Do not run your test using the final diameter.
347
GROOVE-TURN
347
USER GUIDE
Multifunction Operations
The groove-turn are multifunction tools, able to operate
in a sequence of grooving and turning modes.
Moving from turning to grooving requires
consideration of the basic Grip principle, thereby
eliminating the possibility of insert breakage.
In this situation one must release the side
deflection which is necessary in turning,
but not recommended in grooving.
0.1mm
The following machining sequence is suggested:
After completing the longitudinal turning, but before
starting the grooving, the side deflection must be released.
Move the tool in the direction opposite that
of feed, approximately 0.1 mm, and return to
the original position without side load.
Then, after the deflection has been released and
the holder is perpendicular to the workpiece,
the grooving operation may start.
Prior move Actual move
Not recommended
and repeat same cycle leaving steps
of 0.2 mm at the shoulders for the finishing cut.
Minimum D.O.C. has to be ap≥Rx1.2 (corner radius).
Finishing
Plunge on the right side, reaching the tangent of the
bottom radius. Retract and relieve the tangent point of
the radius on the other side. Retract and machine
all of the contour, pulling back by compensation
value along the bottom (see page 346).
One of the most important advantages of the
GROOVE-TURN systems is the ability to machine
between walls. To achieve the best results, the
following sequence is recommended:
Roughing
Plunge to depth of cut. Pull back 0.2 mm radially.
Turn longitudinally, retract at the end of the cut by 0.2 mm,
simultaneously in radial and axial directions. Plunge again
Roughing Roughing Finishing
A B C
Finishing Finishing Finishing
D E F
These instructions can be viewed at:
http://www.youtube.com/watch?v=HXhEtc1zl4w
Machining Between Walls
ISCAR
348
GROOVE-TURN
ISCAR
348
USER GUIDE
Recommended Criteria for Replacement
of the Cutting Edge
The cutting edge should be replaced in time to save costly
downtime. The recommended value of wear
at replacement is defined as the wear land size.
The insert should be replaced when the wear land
size is such that the increase in side forces is still
small - not causing the insert to break and still
maintaining the required workpiece tolerances.
Wear is a function of machining time.
The cutting edge should normally be replaced
after 15 minutes of machining time.
Insert Wear - Tool Life
Wear on the Clearance Face
Wear land on groove turn inserts generally occurs at
the corner of the clearance face VBN, on the side
near the corner VB, on the frontal cutting edge
VBF and at the end of the cutting side VG. The
effective life of the cutting edge ends when any of
the wear land values - VB, VB, VBF or VG - exceed
the recommended maximum values shown.
VB
VB
F
VB
N
VG
W
Insert Width (mm)
Maximum
Wear Land (mm)
≤3 0.20
4 0.22
5 0.25
6 0.27
8 0.27
≥10 0.30
The largest wear land is normally measured at the corner
of the clearance face VBN. It has the most influence on
the dimensions and tolerances of the final workpiece.
The wear land shape on GRIP inserts differs slightly from
that of ISO inserts. Although the frontal cutting surface of
GRIP inserts absorbs more heat and wear, the wear land
VBF is generally negligible in turning operations when
compared to VB and VBN. Wear and may be found
only occasionally at the end of the cutting side VG.
Crater Wear and Tool Life
Crater wear KB occurs on the rake face and is mainly
affected by feed and cutting speed. Crater wear
develops over time toward the frontal cutting edge.
If penetration of the frontal cutting edge occurs, it will
immediately affect the quality of the machined surface.
KB
Plastic Deformation
Plastic deformation occurs when the hardness of a
cutting edge is decreased due to heat and pressure.
The so-called “hot hardness” of the cutting tool
material limits the feed and the cutting speed.
Plastic deformation will affect the dimensions and
tolerances of the finished product. It generally
occurs when a small corner radius is used with
high cutting speeds and high feeds. Using the
proper insert geometry and the correct speed and
feed ranges should eliminate the problem.
Maximum Recommended Wear Land
Values Relative to Insert Widths
349
GROOVE-TURN
349
USER GUIDE
Machine Power Calculation
Use the formulas below or use our internet web tool at:
http://mpwr.iscar.com/machinimgpwr
Calculation of Required
Machine Power
Where:
Kc - Specific cutting forces (N/mm2),
turning values could be used
h - Efficiency (h≈0.8)
Turning
P= [kW]
Kc•ap•f•vc
h•61•103
R
W
f
apf
Grooving/Parting
P= [kW]
Kc•W•f•vc
h•61•103
f
f
W
R
Face Grooving
P= [kW]
Kc•W•f•vc
h•61•103
f
W
f
Kc Values
For material groups, see page 340
Mtl. Gr. No. Kc [N/mm2] Mtl. Gr. No. Kc [N/mm2]
12000 21 500
22100 22 800
32150 23 800
42200 26 700
52100 27 700
62100 28 1700
72100 31 3000
82100 32 3100
92100 33 3300
10 2500 34 3300
11 3250 35 3200
12 2300 36 1700
13 2800 37 1700
14 2600 38 4600
15 1100 39 4700
16 1300 40 4600
17 1100 41 4500
18 1800
19 900
20 1000
M-type Tools
• M-type tools have no support under the insert’s
cutting edge
• For an insert with a width smaller than 2.2 mm,
there are no standard catalog tools available.
There are 2 options as to how to use these
narrow inserts:
1. Modify an existing tool and adjust the support
under the insert to the required width
2. Use a standard M-type tool without support
• In wider widths, there are also cases where the support
under the insert will disturb machining (threading inserts,
pulley-V inserts and various specially tailored inserts) and
therefore the above explanation should be considered
• These tools also provide the option for customers
to use a very wide range of insert widths on the
same tool (up to 6.4 mm)
• Machining conditions need to be light due
to little support and limited gripping forces
ISCAR
350
GROOVE-TURN
ISCAR
350
USER GUIDE
Tool
Recommended
Torque Range
[Nm]
Adjustable
Torque
Handle
Key Blade
TGDR/L
TGDR/L 1616-3M 6-7
TSA 6 5-14
BLD 6 HEX4
TGDR/L 1616-4M 7-8 BLD 6 HEX4
TGDR/L 2020-3M 7-8 BLD 6 HEX4
TGDR/L 2020-4M 7-8 BLD 6 HEX4
TGDR/L 2525-3M 7-8 BLD 6 HEX4
TGDR/L 2525-4M 6-7 BLD 6 HEX4
TGDR/L 2525-5M 6-7 BLD 6 HEX4
TGDR/L 2525-6M 8-9 BLD 6 HEX5
TGDR/L 3232-5M 7-8 BLD 6 HEX5
TGDR/L 3232-6M 12-13 BLD 6 HEX5
TOP-GRIP
CUT-GRIP
Tool
Recommended
Torque Range
[Nm]
Adjustable
Torque
Handle
Key Blade
GHDR/L
(short pocket)
GHDR/L 12-3 4-5
TSA 6 5-14
BLD 6 T20
GHDR/L 16-3 5-6 BLD 6 HEX4
GHDR/L 16-3 ST 5-6 BLD 6 HEX4
GHDR/L 16-4 7-8 BLD 6 HEX5
GHDR/L 16-4 ST 7-8 BLD 6 HEX5
GHDR/L 20-3 5-6 BLD 6 HEX4
GHDR/L 20-4 7-8 BLD 6 HEX5
GHDR/L 20-5 8-9 BLD 6 HEX5
GHDR/L 25-3 5-6 BLD 6 HEX4
GHDR/L 25-4 7-8 BLD 6 HEX5
GHDR/L 25-5 8-9 BLD 6 HEX5
GHDR/L 25-6 9-10 BLD 6 HEX5
GHDR/L 32-3 6-7 BLD 6 HEX4
GHDR/L 32-4 8-10 BLD 6 HEX5
GHDR/L 32-5 9-11 BLD 6 HEX5
GHDR/L 25-P8 13-14 BLD 6 HEX6
GHDR/L 32-P8 10-12 BLD 6 HEX6
GHDR/L-JHP
(short pocket)
GHDR/L 20-3-JHP 5-6
TSA 6 5-14
BLD 6 HEX4
GHDR/L 20-4-JHP 7-8 BLD 6 HEX5
GHDR/L 25-3-JHP 7-8 BLD 6 HEX4
GHDR/L 25-4-JHP 10-11 BLD 6 HEX5
GHDR/L 25-5-JHP 10-12 BLD 6 HEX5
GHDR/L 25-P8-JHP 10-11 BLD 6 HEX5
Recommended Clamping Torques and Interchangeable Key Blades and
Adjustable Torque Handles (optional) for GROOVE-TURN Tools
HELI-GRIP
Tool
Recommended
Torque Range
[Nm]
Adjustable
Torque
Handle
Key Blade
HELIR/L
HELIR/L 1212-3T12 5-6
TSA 6 5-14
BLD 6 HEX4
HELIR/L 1616-3T12 7-8 BLD 6 HEX4
HELIR/L 1616-3T20 8-9 BLD 6 HEX5
HELIR/L 1616-4T12 5-6 BLD 6 HEX4
HELIR/L 1616-4T20 11-12 BLD 6 HEX5
HELIR/L 2020-3T12 6-7 BLD 6 HEX4
HELIR/L 2020-3T20 7-8 BLD 6 HEX5
HELIR/L 2020-4T12 6-7 BLD 6 HEX4
HELIR/L 2020-4T25 7-8 BLD 6 HEX5
HELIR/L 2020-5T12 7-8 BLD 6 HEX5
HELIR/L 2020-5T25 9-10 BLD 6 HEX5
HELIR/L 2525-3T12 6-7 BLD 6 HEX4
HELIR/L 2525-3T20 10-11 BLD 6 HEX5
HELIR/L 2525-4T12 6-7 BLD 6 HEX4
HELIR/L 2525-4T25 8-9 BLD 6 HEX5
HELIR/L 2525-5T12 8-9 BLD 6 HEX5
HELIR/L 2525-5T25 10-11 BLD 6 HEX5
HELIR/L 2525-6T12 11-12 BLD 6 HEX5
HELIR/L 2525-6T30 10-11 BLD 6 HEX5
HELIR/L 3232-3T20 9-10 BLD 6 HEX5
HELIR/L 3232-4T25 9-10 BLD 6 HEX5
HELIR/L 3232-5T25 10-11 BLD 6 HEX5
HELIR/L 3232-6T30 11-12 BLD 6 HEX5
HELIR/L 4032-4T25 9-10 BLD 6 HEX5
C#-HELIR/L
C4 HELIR/L 3T20 9-10
TSA 6 5-14
BLD 6 HEX5
C4 HELIR/L 4T25 11-12 BLD 6 HEX5
C5 HELIR/L 3T20 10-11 BLD 6 HEX5
C5 HELIR/L 4T25 11-12 BLD 6 HEX5
C5 HELIR/L 5T25 11-12 BLD 6 HEX5
C6 HELIR/L 3T20 10-11 BLD 6 HEX5
C6 HELIR/L 4T25 12-13 BLD 6 HEX5
C6 HELIR/L 5T25 12-13 BLD 6 HEX5
C6 HELIR/L 6T30 13-14 BLD 6 HEX5
351
GROOVE-TURN
351
USER GUIDE
CUT-GRIP
Tool
Recommended
Torque Range
[Nm]
Adjustable
Torque
Handle
Key Blade
GHDR/L-JHP
(long pocket)
GHDR/L 32-8-JHP 15-17 Not Available Not Available
GHDR/L-8A
GHDR/L 25-8A 10-12 TSA 6 5-14 BLD 6 HEX5
GHDR/L 32-8A 10-12 BLD 6 HEX5
GHDR/L
(long pocket)
GHDR/L 25-8 10-12
TSA 6 5-14
BLD 6 HEX5
GHDR/L 25-812 10-12 BLD 6 HEX5
GHDR/L 32-8 10-12 BLD 6 HEX5
GHDR/L 3225-8 10-12 BLD 6 HEX5
GHDR/L 32-812 11-12 BLD 6 HEX5
GHDR/L 25-10 15-17
Not Available Not Available
GHDR/L 32-836 16-17
GHDR/L 32-10 15-17
GHDR/L 40-10 16-17
C#-GHDR/L
C4 GHDR/L-3 6-7
TSA 6 5-14
BLD 6 HEX4
C4 GHDR/L-4 7-8 BLD 6 HEX5
C5 GHDR/L-3 6-7 BLD 6 HEX4
C5 GHDR/L-4 7-8 BLD 6 HEX5
C5 GHDR/L-5 8-9 BLD 6 HEX5
C6 GHDR/L-3 6-7 BLD 6 HEX4
C6 GHDR/L-4 7-8 BLD 6 HEX5
C6 GHDR/L-5 8-9 BLD 6 HEX5
C6 GHDR/L-8 10-12 BLD 6 HEX5
GHDR/L/N 12/14
GHDR/L 2525-14T12 16-17
Not Available Not Available
GHDR/L 32-12 15-16
GHDR/L 3232-14T12 16-17
GHDR/L 3232-14T38 18-20
GHDN 3232-14T38 18-20
GHDR/L 4040-14T38 18-20
GHDN 4040-14T38 18-20
GHGR/L
GHGR/L 16-3 7-8
TSA 6 5-14
BLD 6 HEX5
GHGR/L 16-3 ST 7-8 BLD 6 HEX5
GHGR 16-4 7-8 BLD 6 HEX5
GHGR/L 20-2 4-6 HSA 4 1-5 BLD 4 HEX4
GHGR/L 20-3 7-8 TSA 6 5-14 BLD 6 HEX5
GHGR/L 20-4 7-8 BLD 6 HEX5
GHGR/L 25-2 4-5 HSA 4 1-5 BLD 4 HEX4
GHGR/L 25-3 6-8
TSA 6 5-14
BLD 6 HEX5
GHGR/L 25-4 8-10 BLD 6 HEX5
GHGR/L 25-425 8-10 BLD 6 HEX5
GHGR/L 25-5 9-11 BLD 6 HEX5
GHGR/L 25-630 10-12 BLD 6 HEX5
GHGR/L 32-5 10-12 BLD 6 HEX5
GHGR/L 32-632 10-12 BLD 6 HEX5
Tool
Recommended
Torque Range
[Nm]
Adjustable
Torque
Handle
Key Blade
GHMR/L
GHMR/L 12 8-9
TSA 6 5-14
BLD 6 T20
GHMR/L 16 10-12 BLD 6 HEX5
GHMR/L 16-3 ST 10-12 BLD 6 HEX5
GHMR/L 20 10-12 BLD 6 HEX5
GHMR/L 25 10-12 BLD 6 HEX5
GHMR/L 32 10-12 BLD 6 HEX5
GHMPR/L
GHMPR/L 16 4-5
TSA 6 5-14
BLD 6 HEX5
GHMPR/L 20 5-6 BLD 6 HEX5
GHMPR/L 25 8-9 BLD 6 HEX5
GHMUR/L
GHMUR/L 16 6-7
TSA 6 5-14
BLD 6 HEX5
GHMUR/L 20 8-10 BLD 6 HEX5
GHMUR/L 25 10-11 BLD 6 HEX5
GHSR/L
GHSR/L 10-2 2-3
HSA 4 1-5
BLD 4 T15
GHSR/L 12-2 2-3 BLD 4 T15
GHSR/L 14-2 2-3 BLD 4 T15
GHSR/L 16-2 4-5 TSA 6 5-14 BLD 6 T20
CGHN-P8
CGHN 52-P8 6-7 TSA 6 5-14 BLD 6 HEX4
CGHN 53-P8 6-7 BLD 6 HEX4
CGHN-8-10D
CGHN 52-8D 7-8
TSA 6 5-14
BLD 6 HEX4
CGHN 53-8D 7-8 BLD 6 HEX4
CGHN 52-10D 9-11 BLD 6 HEX5
CGHN 53-10D 9-11 BLD 6 HEX5
CGHR/L-12-14D
CGHR/L 53-12D 10-12 TSA 6 5-14 BLD 6 HEX5
CGHR/L 53-14D 10-12 BLD 6 HEX5
ISCAR
352
GROOVE-TURN
ISCAR
352
USER GUIDE
•
All JETCUT tools also provide great advantages to
standard low-pressure (7-10 Bars) machine tools
The JETCUT tools provide a great advantage
when standard machine pressure (10-20 bars) is
applied and on a wide range of popular materials
such as alloy & stainless steel, improving their
tool life and in some cases chip control.
The main reasons for the improvement
in both high and low pressure are:
• The JETCUT coolant is pinpointed exactly to the
cutting edge where it is most effective.
• In parting-off and deep grooving, external coolant loses
its effectiveness as the groove becomes deeper.
With JETCUT tools and blades, the coolant delivery is
not influenced by the groove’s depth.
• The JETCUT coolant is steady and not influenced by
the operator’s attention or interrupted by the chips.
These advantages were reported by many customers
and are presented in various test reports.
CUT-GRIP CUT-GRIP
JETCUT
Material Stainless Steel 1.4301 (AISI 304)
Operation External Grooving
Pressure (Bar) 20 (external) 20 (Internal)
Tool GHDR 20-4 GHDR 20-4-JHP
Insert GIP 4.00E-0.4 IC808 GIP 4.00E-0.4 IC808
Vc (m/min) 120 140
f (mm/rev) 0.12 0.2
Cycle time (min) 128.5 67.4
Parts/Edge 10 12
Tool life increase 20%
Cycle time improvement 52%
10
CUT-GRIP CUT-GRIP
JETCUT
12
Tool life increase 82%
PENTAIQGRIP PENTAIQGRIP
JETCUT
Material Stainless Steel AISI 316
Operation Grooving
Pressure (Bar) 10 (external) 10 (Internal)
Tool PCHR 25-D40-3 PCHR 25-D40-3-JHP
Insert PENTA D40N300C020 IC808G
Vc (mm/min) 180
f (mm/rev) 0.2
Toolife (number of grooves) 110 200
110
PENTAIQGRIP PENTAIQGRIP
JETCUT
200
353
GROOVE-TURN
353
USER GUIDE
JETCUT Tools High Pressure (up to 340 Bar)
The high pressure coolant feature has been in
existence for a long time in the metal removal
world, taking a bigger role in today’s machining.
ISCAR was one of the first cutting tools companies to
respond to market needs by designing and producing
tools for ultra high and high pressure coolant flow.
High pressure coolant was initially implemented
mainly for difficult-to-machine materials such as
titanium, inconel and other heat resistant alloys.
Later it was found that tool-life, productivity
and chip control can be improved when
machining stainless and alloyed steel.
JETCUT tools are essential and important in the
aviation, aerospace and medical industries.
How does it work?
The stream velocity of the coolant emitted from the
pump increases as the coolant holes become smaller.
When it emerges out of the tool through the nozzle,
the velocity is very high, exerting considerable
force on the chips, lowering their temperature and
protecting the cutting edge from thermal shock.
High temperature alloys produce a very high temperature
as they are being cut. By effectively removing the heat,
the chips become less ductile and thus easier to break.
Shorter chips are easily managed - they do not
tangle around the workpiece or machine parts, so
there is no need to stop the process frequently.
Usually in conventional cooling the chip prevents
the coolant from reaching the insert rake face in the
cutting zone. The coolant stream of the JETCUT
tools is directed precisely between the insert rake
face and the flowing chip. This results in longer
tool life and a much more reliable process.
The coolant channels of the JETCUT tools
feature outlets very close to the cutting edges,
thus gaining the following advantages:
• Shorter machining time – the cutting speed
may be increased by up to 200% when
machining titanium & heat resistant alloys
• Longer tool life – tool life increases by up to
100% not only on titanium and heat resistant
alloys, but also on stainless and alloy steels
• Improved chip control – even on the most ductile and
problematic materials, small chips can be obtained
• Very effective cooling down of the cutting edge,
which reduces sensitivity to heat fluctuations
• Safer and more stable process
JETCUT tools provide advantageous performance
also when conventional pressure is applied.
Pressure Ranges
Up to 30 Bar – Low pressure (LP) may provide
some improvement in tool life. Usually will
not have an effect on chip control.
30 – 120 Bar – High pressure (HP) the most commonly
used pressure range used with JETCUT tools.
Increase in tool life, increase in cutting
speeds, improved chip control.
120 – 400 Bar – Ultra high pressure (UHP) requires
special tool design in order to take advantage
of the extra pressure. Minor increase in
tool life compared to HP range.
Ultra high pressure coolant is usually implemented for
machining titanium and heat resistant alloys when
there is a need for very small chips
and higher machining rates.
Since 2000, ISCAR has provided hundreds of
special tools featuring ultra high pressure coolant
capability, for various customers and applications.
Pressure vs. Flow
Each JETCUT tool is designed to work at a certain flow
rate, depending on the pressure. The flow rates are listed
in the catalog pages for each tool. The user should verify
that his pump can supply the required flow in order to
achieve the optimal results. The pump data sheet will
usually list the maximum flow rate for each pressure range.
Chips & Pressure
The coolant flow will start to break the chips at a
certain pressure, depending on the specific tool
and the workpiece material. If the chips are not
breaking, the pressure should be increased until
chip control is achieved. Above this pressure, as
it is increased the chips become smaller and
smaller. It is possible to control the size of the
chips by modifying the pressure in order
to achieve the desired chip size.
General Information
•
ISCAR
354
GROOVE-TURN
ISCAR
354
USER GUIDE
Grooving Test
Material: Titanium (Ti6Al4v)
Operation: Grooving
Tool: GHDL 25-6-JHP
Insert: GIMF 608 IC07
Vc: 50 mm/min
f: 0.15 mm/rev
Pressure [bar]
10 (External)70 350
0
5
10 70 350
Pressure [bar]
10
15
20
25
Tool Life
Grooves
High Pressure Coolant with
Groove-Turn and Parting Tools
In grooving and parting operations, applying
high pressure coolant provides excellent
chip breaking results on all materials.
On exotic alloys such as inconel and titanium, it is usually
impossible to break the chips with standard external
coolant pressure.
Applying high coolant pressure provides
excellent chip breaking results.
On some alloyed and stainless steel, especially
when low feeds are applied, high pressure
coolant may solve chip breaking problems.
High pressure coolant reduces or even eliminates
built-up edge phenomenon, especially when machining
stainless steel and high temperature alloys.
In turning operations, applying high pressure coolant is less
effective because the jet is directed to the frontal edge.
Assembly and Safety Guidelines
When Using the JET HP ISO Turning
and Grooving Tools
Before use, please ensure that:
• The machine door is in a fully closed position
• The coolant hose is in the correct location and
fully tightened with all seals in position
• A blank plug is inserted into the unused coolant hole
• All O-rings and washers are in place
• The coolant hose is tightened securely to the toolholder
and tool block, to prevent leakage of coolant
H.P. Coolant Hose
1/8” BSPP
Adaptation Nipple
Plug Screw
Important
Always pay attention not to exceed
the maximum safe working pressure
for GROOVE-TURN tools 340 bar and
PARTING OFF tools 300 bar.
Copper Seal
Washer 1/8”
•
355
GROOVE-TURN
SW=12
13
4
9.45
5/16”-24 UNF
6
9
G1/8”-28 BSPP
25
Bar Max
Designation L
JHP CONECTOR 5/16"-G1/8" 25.00 JHP COPPER SEAL 5/16"-2.5
JHP CONNECTOR
High Pressure Connector
dD
W
Designation D d W
JHP COPPER SEAL 5/16"-2.5 9.40 8.00 2.50 JHP COPPER SEAL 1/8"
JHP COPPER SEAL 5/16" 11.00 8.00 1.00 JHP COPPER SEAL 1/8"
JHP COPPER SEAL 1/8" 15.00 10.00 1.00 JHP COPPER SEAL 1/8"
JHP COPPER SEAL
High Pressure Copper Seal
L
L
Thread
Size (Th)
Thread
Size (Th1)
2
1
BB
BS
Bar Max
Designation L Fig. ThTh1
JHP HOSE G1/8-7/16-200BS 200.00 1 G1/8"-28 BSPP UNF7/16"-20FLARE 37°
JHP HOSE 5/16-G1/8-200BS 200.00 1 5/16"-24 UNF G1/8"-28 BSPP
JHP HOSE 5/16-7/16-200BS 200.00 1 5/16"-24 UNF UNF7/16"-20FLARE 37°
JHP HOSE G1/8-G1/8-200BB 200.00 2 G1/8"-28 BSPP G1/8"-28 BSPP
JHP HOSE G1/8-7/16-250BS 250.00 1 G1/8"-28 BSPP UNF7/16"-20FLARE 37°
JHP HOSE G1/8-G1/8-250BB 250.00 2 G1/8"-28 BSPP G1/8"-28 BSPP
Spare Parts
Designation
JHP HOSE G1/8-7/16-200BS JHP HOSE G1/8-7/16-200BS JHP BANJO BOLT G1/8" JHP COPPER SEAL 1/8"*
JHP HOSE 5/16-G1/8-200BS JHP BANJO BOLT 5/16" UNF JHP COPPER SEAL 5/16"
JHP HOSE 5/16-7/16-200BS JHP HOSE 5/16-7/16-200BS JHP BANJO BOLT 5/16" UNF JHP COPPER SEAL 5/16"
JHP HOSE G1/8-G1/8-200BB JHP HOSE G1/8-G1/8-200BB JHP BANJO BOLT G1/8"* JHP COPPER SEAL 1/8"*
JHP HOSE G1/8-7/16-250BS JHP HOSE G1/8-7/16-250BS
JHP HOSE G1/8-G1/8-250BB JHP HOSE G1/8-G1/8-250BB JHP BANJO BOLT G1/8"* JHP COPPER SEAL 1/8"*
* Optional, should be ordered separately
JHP HOSE
High Pressure Coolant Hose
CXD CXT
OAL
DRVS
CND
CNT
Bar Max
Designation OAL TDZ CNT CND CXD DRVS
JHP NIPPLE G1/8"-7/16"UNF 28.80 1/8"-28 BSPP 7/16"-20 UNF 4.00 4.00 14.3 JHP NIPPLE G1/8"-7/16"UNF
JHP NIPPLE 1/8NPT-7/16UNF 31.00 1/8"-27 NPT 7/16"-20 UNF 4.80 4.40 12.7 JHP NIPPLE 1/8NPT-7/16UNF
JHP NIPPLE 1/4NPT-7/16UNF 36.00 1/4"-18 NPT 7/16"-20 UNF 4.40 4.40 14.3
JHP NIPPL 5/16UNF-7/16UNF 29.50 5/16"-24 UNF 7/16"-20 UNF 4.00 4.40 12.7 JHP COPPER SEAL 5/16"
JHP NIPPLE
High Pressure Adaptation Nipple
ISCAR
356
GROOVE-TURN
TOOLS FOR MACHINING
ALUMINUM WHEELS
357
GROOVE-TURN
Dmin
Tmax-r
a°
fF1
l1
dg7
h1
l1
l2
W
a° min
D
max
D
min
Right-hand shown
Designation W d D min Tmax-r(1) l1l2f F1h1a°
GHIUR/L 40C-15A-6 6.00 40.00 160.00 - 320.00 83.0 21.2 19.0 18.0 15.0 SR M5X25DIN912 HW 4.0 PL 40
GHIUR/L 40C-15A-8 8.00 40.00 160.00 0.00 (2) 320.00 83.0 21.0 18.0 18.0 15.0 SR M6X20 DIN912 HW 5.0 PL 40
GHIUR 50C-15A-8 8.00 50.00 100.00 0.00 (3) 350.00 83.0 26.0 23.0 23.0 15.0 SR M6X25 DIN912 HW 5.0 PL 40
GHIUR/L 40C-27.5A-6 6.00 40.00 90.00 0.60 (4) 320.00 80.0 25.1 23.5 18.0 27.5 SR M6X25 DIN912 HW 5.0 PL 40
GHIUR/L 50C-27.5A-8 8.00 50.00 120.00 1.80 (4) 350.00 82.0 30.2 28.0 23.0 27.5 SR M6X25 DIN912 HW 5.0 PL 40
• Upper jaw with hard coating to sustain chip deflection
(1) Dimension for minimum bore diameter
(2) For bore diameter D>200, Tmax is 0.5 mm
(3) For bore diameter D>200, Tmax is 1.4 mm
(4) For bore diameter D>200, Tmax is 4.0 mm
For inserts, see pages: GDMA (256) • GIPA (full radius W=3-6) (257) • GIPA 8-35V (V-shape) (360) • GIPA/GIDA 8 (full radius) (257)
GHIUR/L-C-A(15° & 27.5°)
Bars
Internal Grooving and Turning Bars
for Machining Aluminum Wheels
Dmin
Dmax
a min
T
Dmin
l1
dg7
a° 95°
f
50°
Tmax-a
h1
l2Right-hand shown
Designation W d D min Tmax-a(1) l1l2h1fa°
GHIUR/L 40C-22.5A-8V 8.00 40.00 300.00 28.50 250.00 60.0 18.0 21.0 22.5 SR M6X20 DIN912 HW 5.0 PL 40
• Upper jaw with hard coating to sustain chip deflection
(1) Dimension for min. bore diameter & up to 200 mm
For inserts, see pages: GIPA 8-35V (V-shape) (360)
GHIUR/L-C-22.5A-8V
22.5° Approach Angle Bars for
Facing and Internal Machining
45˚
F1
f
l1
l2
W
d
g7
h1
Tmax-r
D
a°min
D
max
D
min
T
Right-hand shown
Designation W d D min Tmax-r l1l2f F1h1
GHIUR/L 40UC-6 6.00 40.00 70.00 0.00 (1) 350.00 75.0 23.8 24.7 18.0 SR M6X20 DIN912 HW 5.0 PL 40
GHIUR 50UC-6 6.00 50.00 78.00 0.00 (2) 350.00 75.0 28.8 29.7 23.0 SR M6X20 DIN912 HW 5.0 PL 40
GHIUR/L 40UC-8 8.00 40.00 68.00 0.00 (3) 350.00 79.0 28.8 26.0 18.0 SR M6X20 DIN912 HW 5.0 PL 40
GHIUR 50UC-8 8.00 50.00 58.00 0.00 (4) 350.00 80.0 30.2 31.4 23.0 SR M6X20 DIN912 HW 5.0 PL 40
(1) For bore diameter more than 200, Tmax is 2.0 mm
(2) For bore diameter more than 200, Tmax is 1.3 mm
(3) For bore diameter more than 200, Tmax is 2.8 mm
(4) For bore diameter more than 200, Tmax is 6.0 mm
For inserts, see pages: GDMA (256) • GIPA 8-35V (V-shape) (360) • GIPA/GIDA 8 (full radius) (257)
GHIUR/L-UC
45° Undercutting Bars for Internal
Turning of Aluminum Wheels
l1
Dmin
fdg7
Tmax-a
l2
a°
a°min
a°min
D
max
D
min
D
min
D
max
T
Right-hand shown
Designation W D min D max l1l2Tmax-afa° d
GHIFR/L 40C-10A-6 6.00 300.00 360.0 300.00 80.0 40.00 19.3 10 40.00 SR M5X20DIN912 HW 4.0 PL 40
GHIFR/L 40C-8A-8 8.00 300.00 360.0 320.00 100.0 70.00 19.5 8 40.00 SR M6X25 DIN912 HW 5.0 PL 40
• Upper jaw with hard coating to sustain chip deflection
For inserts, see pages: GDMA (256) • GIPA (full radius W=3-6) (257) • GIPA/GIDA 8 (full radius) (257)
GHIFR/L-A
8° / 10° Approach Angle Bars for
Facing and Internal Machining
ISCAR
358
GROOVE-TURN
A
b
h
l1
f
h
l2
h4
Tmax-r
WRight-hand shown
Designation h W min W max Tmax-r b l1f A l2h4
GHDR/L 25-8A 25.0 8.00 8.00 25.00 25.0 150.00 22.0 6.00 40.0 7.6 SR M6X16 DIN912 HW 5.0
GHDR/L 32-8A 32.0 8.00 8.00 25.00 32.0 170.00 29.0 6.00 40.0 - SR M6X16 DIN912 HW 5.0
• Upper jaw with hard coating to sustain chip deflection • For user guide, see pages 340-351
For inserts, see pages: GIPA/GIDA 8 (full radius) (257)
GHDR/L-8A
External Tools for Turning, Grooving
and Parting; Upper Jaw with Hard
Coating to Sustain Chip Deflection
l2
hh
f
45°
5°
5° l1
b
Right-hand shown
Designation W h b l1f l2
GHVR/L 25-8 8.00 25.0 25.0 150.00 29.0 41.0 SR M6X25 DIN912 HW 5.0
For inserts, see pages: GIPA 8-35V (V-shape) (360)
GHVR/L
Internal and External Profiling Holders
for Machining Aluminum Wheels
l
2
h
l1
h4
f
15°
W
Tmax-a
h
b
Right-hand shown
Designation W h b l1l2f h4
GHDKR/L 25-6 (1) 6.00 25.0 25.0 150.00 40.0 32.2 6.0 SR M6X20 DIN912 HW 5.0
GHDKR/L 25-8 8.00 25.0 25.0 150.00 44.0 33.0 6.0 SR M6X20 DIN912 HW 5.0
GHDKR/L 32-8 8.00 32.0 32.0 170.00 44.0 40.0 - SR M6X20 DIN912 HW 5.0
(1) Only insert GIPA 6.00-3.00 is suitable for this tool.
For inserts, see pages: GDMA (256) • GDMY (full radius) (247) • GIPA (full radius W=3-6) (257) • GIPA/GIDA 8 (full radius) (257)
GHDKR/L
External and Internal Profiling Holders
for Machining Aluminum Wheels
359
GROOVE-TURN
7°
W
±0.025
RM
5
15 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC20
IC806
IC4
ID5
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIPA 3.00-1.50 3.00 1.50 2.40 •0.00-1.50 0.15-0.30 0.08-0.16
GIPA 3.00-1.50-D (1) 3.00 1.50 2.40 •0.00-1.50 0.19-0.36 0.09-0.19
GIPA 3.00-1.50YZ-D (2) 3.00 1.50 2.40 •0.00-1.50 0.19-0.36 0.09-0.19
GIPA 4.00-2.00 4.00 2.00 3.20 • • 0.00-2.00 0.20-0.43 0.10-0.22
GIPA 4.00-2.00-D (1) 4.00 2.00 3.20 •0.00-2.00 0.25-0.53 0.12-0.26
GIPA 4.00-2.00YZ-D (2) 4.00 2.00 3.20 •0.00-2.00 0.25-0.53 0.12-0.26
GIPA 5.00-2.50 5.00 2.50 3.90 • • 0.00-2.50 0.21-0.48 0.09-0.24
GIPA 5.00-2.50-D (1) 5.00 2.50 3.90 •0.00-2.50 0.22-0.60 0.11-0.30
GIPA 5.00-2.50YZ-D (2) 5.00 2.50 3.90 •0.00-2.50 0.22-0.60 0.11-0.30
GIPA 6.00-3.00 6.00 3.00 4.80 • • 0.00-3.00 0.21-0.58 0.11-0.29
GIPA 6.00-3.00-D (1) 6.00 3.00 4.80 •0.00-3.00 0.26-0.72 0.13-0.36
GIPA 6.00-3.00YZ 6.00 3.00 4.80 •0.00-3.00 0.21-0.58 0.11-0.29
GIPA 6.00-3.00YZ-D (2) 6.00 3.00 4.80 •0.00-3.00 0.26-0.72 0.13-0.36
GIPA 6.00-3.00CB (3) 6.00 3.00 4.80 •0.00-3.00 0.21-0.58 0.11-0.29
• For cutting speed recommendations and user guide, see pages 340-351
(1) Single-ended PCD tipped insert
(2) Single-ended molded PCD chipformer tipped insert
(3) Single-ended flat PCD tipped insert with chip deflector
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDKR/L (358) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHIFR/L-A (357) •
GHIUR/L-C-A (15° & 27.5°) Bars (357) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
GIPA (full radius W=3-6)
Precision Double-Ended Inserts
with Polished Top Rake for
Machining Aluminum
10° 6.4
7°
W
RM
GIDA 80-40CB
GIPA 8.00-4.00
GIDA 80-40
±0.025
30 Ref.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M
IC20
IC4
ID5
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIDA 80-40 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40-D 8.00 4.00 5.60 •0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40CB-D (1) 8.00 4.00 5.60 •0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40YZ 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
GIDA 80-40YZ-D 8.00 4.00 5.60 •0.00-4.00 0.35-0.96 0.18-0.48
GIPA 8.00-4.00 8.00 4.00 6.00 •0.00-4.00 0.24-0.67 0.14-0.38
• ID5 is a single-ended PCD tipped insert • For cutting speed recommendations and user guide, see pages 340-351
(1) Should not be clamped on tools with "A" suffix
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHDR/L (long
pocket) (240) • GHDR/L-8A (358) • GHDR/L-JHP (long pocket) (241) • GHFGR/L-8 (450) • GHIFR/L-A (357) • GHIR/L (W=7.0-8.3) (301) • GHIUR/L-C-A (15° &
27.5°) Bars (357) • GHIUR/L-UC (357)
GIPA/GIDA 8 (full radius)
Precision Double-Ended Inserts
with Polished Top Rake for
Machining Aluminum
ISCAR
360
GROOVE-TURN
l1
l2
a°
f
R
Tmax-r
Dmin
d
h1Right-hand shown
Designation W d D min l1l2Tmax-r fa°
FSHIUR 40C-15A-6 6.00 40.00 160.00 320.00 68.0 2.20 21.0 15 SR M6X1-28509 HW 5.0 OR 5X1N PU SEAL-28510 PL 40
FSHIUR 40C-10A-8 8.00 40.00 160.00 320.00 68.0 2.40 24.3 10 SR M6X1-28509 HW 5.0 OR 5X1N PU SEAL-28510 PL 40
FSHIUR 40C-15A-8 8.00 40.00 160.00 320.00 68.0 3.00 21.0 15 SR M6X1-28509 HW 5.0 OR 5X1N PU SEAL-28510 PL 40
• Clamping torque for FSHIUR..-6: 9 Nxm, for FSHDR..-8: 10.5 Nxm
For inserts, see pages: FSP/MA (362)
Locating / gripping surfaces
3
4
4
1. Position the insert in the pocket so
the notch (1) on the insert sits on top
of the frontal bulge (2) of the pocket
Insert Clamping Instructions
2. Close the clamping screw (3)
Warning
1. Do not apply any force and do not hold the insert
in place while closing the screw
2. There is no contact between the insert and pocket rear wall (4)
FSHIUR
10° / 15° Approach Angle
Bars for Facing and Internal
Profiling of Aluminum
30 Ref.
6.4
7°
±0.025
35°
RM
Dimensions Tough
1
Hard Recommended Machining Data
Designation R R±toler M
IC20
IC4
ID5
ap
(mm)
f turn
(mm/rev)
GIPA 6.0-35V-0.8 0.80 0.050 4.80 •1.00-3.60 0.21-0.48
GIPA 8YZ-35V-0.80 0.80 0.050 6.00 •1.00-4.80 0.24-0.56
GIPA 8YZ-35V-1.20 1.20 0.050 6.00 •1.45-4.80 0.24-0.62
GIPA 8YZ-35V-1.20-D (1) 1.20 0.050 6.00 •1.45-4.80 0.35-0.88
GIPA 8-35V-1.20 1.20 0.050 6.00 •1.45-4.80 0.24-0.62
GIPA 8-35V-1.20-D (1) 1.20 0.050 6.00 •1.45-4.80 0.35-0.88
GIPA 8-35V-3.0 3.00 0.050 6.00 • • 3.60-4.80 0.24-0.67
• Precision ground and polished rake to avoid built-up edge • Toolholder seat needs to be modified according to insert profile to ensure clearance
(1) Single-ended PCD tipped insert
For tools, see pages: GHIUR/L-C-22.5A-8V (357) • GHIUR/L-C-A (15° & 27.5°) Bars (357) • GHIUR/L-UC (357) • GHVR/L (358)
GIPA 8-35V (V-shape)
V-Shaped Inserts for Machining
Aluminum Wheels
7°
±0.1
R
W
M
6.4
30 Ref.
Can cut arcs to 250°
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M
IC07
IC507
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMA 840 8.00 4.00 5.60 • • 0.00-4.00 0.24-0.67 0.14-0.38
• For heavy-duty machining • Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 340-351
For tools, see pages: GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHIFR/L-A (357) • GHIR/L (W=7.0-8.3) (301) •
GHIUR/L-C-A (15° & 27.5°) Bars (357) • GHIUR/L-UC (357)
GDMA
Utility Double-Ended Insert
with a Polished Top Rake for
Machining Aluminum
361
GROOVE-TURN
h
f
W
Tmax-r
l2
l
1
h4
h
A
b
Designation W Tmax-r h b f A l2h4l1
FSHDR 25-6 6.00 21.00 25.0 25.0 22.8 4.40 51.0 8.0 150.00 SR M5X20DIN912 HW 4.0
FSHDR 25-8 8.00 25.50 25.0 25.0 22.3 5.40 51.5 8.0 170.00 SR M6X25 DIN912 HW 5.0
• Clamping torque for FSHDR..-6: 7.5 Nxm, for FSHDR..-8: 10 Nxm
For inserts, see pages: FSP/MA (362)
Locating / gripping surfaces
3
4
4
1. Position the insert in the pocket so the
notch (1) on the insert sits on top of the frontal
bulge (2) of the pocket
Insert Clamping Instructions
2. Close the clamping screw (3).
Warning
1. Do not apply any force and do not hold the insert in place while
closing the screw.
2. There is no contact between the insert and pocket rear wall (4)
FSHDR
Tools with a Very Strong Insert
Grip for Interrupted Cuts and
Back Turning of Aluminum Wheels
ISCAR
362
GROOVE-TURN
l1
l2
h
f
62°
b
h
8
h4
45°
Tmax-r
Right-hand shown
Designation Tmax-r h b l1f l2h4
FGHDUR 25C-3A-10S 22.30 25.0 25.0 150.00 13.3 54.4 7.0 SR M6X25 DIN912 HW 5.0
• Upper jaw with hard coating to sustain chip deflection • For mounting and removing the inserts, see page 340-351
For inserts, see pages: FGPAM (362)
FGHDUR
Tools for Interrupted Cuts and Back
Turning of Aluminum Wheels
10°
10°
4.5
R10 25°
11.8
l
S
M
Dimensions Recommended Machining Data
Designation R M S
IC20
ap
(mm)
f turn
(mm/rev)
FGPAM 10S-3R-25A 3.00 7.00 8.20 •0.05-12.00 0.40-0.72
For tools, see pages: FGHDUR (362)
FGPAM
V-Shaped Inserts for Machining
Aluminum Wheels
a°
±0.025
YZ l
S
M
W
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R±0.05 S M l a°
IC20
IC07
ID5
ap
(mm)
f turn
(mm/
rev)
FSPA 6.00-3.00 6.00 0.02 3.00 7.50 4.60 25.00 9.0 •0.05-3.00 0.30-0.55
FSPA 6.00-3.00YZ 6.00 0.02 3.00 7.50 4.60 25.00 9.0 •0.05-3.00 0.30-0.55
FSPA 6.00-3.00YZ-D 6.00 0.02 3.00 7.50 4.60 25.00 9.0 •0.05-3.00 0.30-0.55
FSPA 80-40 8.00 0.02 4.00 8.40 5.60 29.70 10.0 •0.05-4.00 0.40-0.72
FSPA 80-40-D 8.00 0.02 4.00 8.40 5.60 29.70 10.0 •0.05-4.00 0.40-0.72
FSPA 80-40YZ 8.00 0.02 4.00 8.40 5.60 29.70 10.0 •0.05-4.00 0.40-0.72
FSPA 80-40YZ-D 8.00 0.02 4.00 8.40 5.60 29.70 10.0 •0.05-4.00 0.40-0.72
FSMA 80-40 (1) 8.00 0.04 4.00 8.40 5.60 29.70 10.0 •0.05-4.00 0.40-0.72
(1) Utility insert
For tools, see pages: FSHDR (361) • FSHIUR (360)
FSP/MA
Full Radius Precision Inserts
for Machining Aluminum at
Medium to High Feeds
363
PARTING
PARTING
ISCAR
364
PARTING
TABLE OF CONTENTS
Selection Guide ................................................................................... 365
Tools and Inserts ................................................................................ 370
DO-GRIP ................................................................................................. 370
TANG-GRIP ............................................................................................. 389
CUT-GRIP ................................................................................................ 402
PENTACUT .............................................................................................. 405
Modular Adaptations ............................................................................... 415
User Guide ................................................................................. 416
365
PARTING
365
SELECTION GUIDE
Clamping Systems
FIRST CHOICE!
• First choice for parting
• Double-ended insert
• Self clamped for deep grooving and large diameters
• Screw clamped for small diameters
• See also HELI-GRIP, page 219 Self-clamped
Screw-clamped
• Single-ended insert
• Self- and screw-clamped options Screw-clamped
Self-clamped
• 5 cutting edges
• Fast edge indexing
• For shallow grooving and
up to 20 mm parting diameter
PENTACUT
TANG-GRIP
• Very rigid clamping in a tangentially oriented pocket
• Enables machining at very high feed rates and
provides excellent straightness and surface finish
• Recommended for parting large diameter
parts and for interrupted cuts
• Offers a free, unobstructed chip flow
• Excellent tool and pocket life
PARTING
ISCAR
366
PARTING
ISCAR
366
SELECTION GUIDE
Main Chipformers
C-Type
• First choice for parting of bars, hard materials
and tough applications.
• A positive rake, single cavity with negative land and
shoulders provides extra cutting-edge strength.
• Medium-to-high feed
f ≈ W insert
18 [mm/rev]
~12˚
7˚
Alloy
Steel
Austenitic
Stainless
High
Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✘ ✔
(IC20 only)
✔
(IC20 only)
✔
0.02
1.6 2.0 3.0 5.04.0 6.0 8.0 9.0 12.7
0.15
0.25
0.35
0.45
Feed
mm/rev
0.80
Width
mm
Recommended feed range as a function of insert width
Recommendations are for neutral inserts.
For R/L inserts, reduce feed by 20-40%.
Alloy
Steel
Austenitic
Stainless
High
Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✔ ✘ ✔
JT-Type
The JT chipformer design is based on the J-type
chipformer with a T-land reinforced frontal cutting edge.
• Provides a solution for the intermediate range
between the strong and negative C-type configuration
and the positive edged J-type chipformer.
• Can be used on a wide range of materials,
including soft or hard alloy and stainless steel,
high temperature alloys and also cast iron.
• The JT chipformer deforms the chips into compact
shapes, in the same manner as the J-type, but it can
be used at higher feeds due to its reinforced edge.
7°
5°
f ≈ W insert
24 [mm/rev]
0.10
0.15
0.20
0.25
0.30
72 3 4 65
Feed
mm/rev
Width
mm
Recommended feed range as a function of insert width
MF Type
• Parting and Grooving Double-Sided Insert for
Soft and Hard Materials, Medium Feed 12
°
f ≈ W insert
21 [mm/rev]
Alloy
Steel
Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✔ ✘ ✔
PARTING
367
PARTING
367
SELECTION GUIDE
Alloy
Steel
Austenitic
Stainless
High
Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✔ ✔ ✘
J-Type
• First choice for soft materials, parting tubes,
small diameters and thin-walled parts
• Cutting edge with positive rake
• General application on low carbon steel,
alloy steel, austenitic stainless steel
• Low-to-medium feed
Material: Austenitic stainless steel
f ≈ W insert
26 [mm/rev]
7°
4°
6.01.6 2.0 3.0 4.0 5.01.41.0
Feed
mm/rev
Width
mm
0.02
0.06
0.10
0.14
0.18
0.22
0.25
Recommended feed range as a function of insert width
Recommendations are for neutral inserts.
For R/L inserts, reduce feed by 20-40%.
PARTING
Alloy
Steel
Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✔ ✔ ✘
Z-Type
• Cutting edge with high positive rake, suitable for parting
tubes, thin walled arts and for small diameters
• Suitable for soft materials
• Excellent for cutting bearing steel and stainless steel
• Low-to-medium feeds
f ≈ W insert
28 [mm/rev]
11˚
7˚
Alloy
Steel
Austenitic
Stainless
High
Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✔ ✘ ✘
LF
• Double-Sided Parting and Grooving Insert for Stainless Steel
f ≈ W insert
31 [mm/rev] 7°
0°
ISCAR
368
PARTING
ISCAR
368
SELECTION GUIDE
P-Type
• Very positive rake inclination and sharp cutting edge
• For soft materials, slim parts and general parting
f ≈ W insert
55 [mm/rev] 7˚
13˚
Alloy
Steel
Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✔ ✘ ✔ ✘
M-Type
• Similar to C-type, but with modified edge
• Improved chip control at medium feed
f ≈ W insert
22 [mm/rev]
~12°
7°
Alloy
Steel
Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✔ ✘ ✔ ✘ ✘
7°
9°
A-Type
• Positive rake, sharp edge
• For parting aluminum
• In grade IC20
f ≈ W insert
43 [mm/rev]
Alloy
Steel
Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials
Cast
Iron
✘ ✘ ✘ ✔ ✘
UA/UT-Type
• A chipformer for use at low feeds
• Recommended for CrNi alloys and low carbon
steel, especially in the bearing industry and on
similar, problematic materials
• The narrow chipformer design ensures short
deformed chips and provides improved performance
• UA and UT are similar chipformers. UT is slightly
tighter than the UA chipformer
f ≈ W insert
40 [mm/rev]
7°
~12°
4.0 5.0 6.0
0.02
0.06
0.10
0.14
0.18
3.02.2
Feed
mm/rev
Width
mm
Recommended feed range as a function of insert width
PARTING
369
PARTING
369
Inserts Alloy Steel Austenitic
Stainless
High Temp.
Alloys
Nonferrous
Materials Cast Iron
High
Feed
Low
C✔✘✔
(IC20 only) ✔
(IC20 only) ✔
W✔✘ ✘ ✘ ✔
C-jet
(Coolant) ✔ ✔ ✔✘ ✘
MF ✔✔
Medium to
high feed
✔✘ ✔
JT ✔✔✔ ✘ ✔
J✔✔✔ ✔ ✘
Z✔✔✔ ✔ ✘
LFT ✔✔✔ ✘ ✘
LF ✔✔✔ ✘ ✘
UT ✔✘ ✘ ✘ ✘
P✔✔ ✘ ✔ ✘
A✘ ✘ ✘ ✔✘
Selection of Chipformers for Various Workpiece Materials
✔ First choice
SELECTION GUIDE
PARTING
Workpiece
Hardness
Feed mm/rev0.01 0.03 0.05 0.07 0.09 0.11 0.13 0.15 0.17 0.19 0.21 0.23 0.25
LF
UT
J
C
MF
C
MF
J
LF
UT
Main Chipformers - Recommended Feed
ISCAR
370
PARTING
Dmax
l1A
150°
h1
B1
W
W
D
DGFH
DGFH-C
Designation B1W min W max A l1h1D max Insert
DGFH 26-1.4 26.0 1.40 1.40 2.50 (5) 110.00 21.4 26.0 DG. 14..
DGFH 26-2 (1) 26.0 1.90 (4) 2.50 1.60 110.00 21.4 39.0 (6) DG. 1.../DG. 2...
DGFH 26-3 (1) 26.0 3.00 (4) 3.18 2.40 110.00 21.4 39.0 (6) DG. 1.../DG. 3...
DGFH 26C-3 (2) 26.0 3.00 3.18 2.40 110.00 21.4 39.0 (6) DG. 3..C
DGFH 26-4 26.0 4.00 4.00 3.20 110.00 21.4 80.0 DG. 4.../GRIP 4...
DGFH 32-1.4 32.0 1.40 1.40 2.50 (5) 150.00 24.8 26.0 DG. 14
DGFH 32-2 (1) 32.0 1.90 (4) 2.50 1.80 150.00 24.8 39.0 (6) DG. 1.../DG. 2...
DGFH 32-3 (1) 32.0 3.00 (4) 3.18 2.40 150.00 24.8 39.0 (6) DG. 1.../DG. 3...
DGFH 32C-3 (2) 32.0 3.00 3.18 2.40 150.00 24.8 39.0 (6) DG. 3..C
DGFH 32-4 32.0 4.00 4.00 3.20 150.00 24.8 100.0 DG. 4.../GRIP 4...
DGFH 32C-4 (3) 32.0 4.00 4.00 3.20 150.00 24.8 69.0 DG. 4..C
DGFH 32-5 32.0 5.00 5.00 4.00 150.00 24.8 120.0 DG. 5.../GRIP 5...
DGFH 32-6 32.0 6.00 6.35 5.20 150.00 24.8 120.0 DG. 6.../GRIP 6...
DGFH 45-3 45.0 3.00 (4) 3.18 2.40 225.00 38.0 160.0 DG. 1.../DG. 3...
DGFH 45-4 45.0 4.00 4.10 3.20 225.00 38.0 160.0 DG. 4.../GRIP 4...
DGFH 45-5 45.0 4.80 5.00 4.00 225.00 38.0 160.0 DG. 5.../GRIP 5...
DGFH 45-6 45.0 6.00 6.40 5.20 225.00 38.0 160.0 DG. 6.../GRIP 6...
• For user guide, see pages 416-422
(1) When using a double-ended insert, grooving depth is limited by the insert.
(2) Blades with frontal coolant holes (JET-CUT) • For Dmax 50 mm, use single-ended insert (should be modified by the user).
(3) These blades are suitable for turning, using GRIP 4 inserts • Blades with frontal coolant holes (JET-CUT)
(4) For DG. 1... insert, modify holder
(5) Thickness at the D.O.C. area is 1.0 mm
(6) Maximum diameter with double-sided inserts.
For inserts, see pages: DGN-MF (383) • DGN/DGNC/DGNM-C (380) • DGR/L-C DGRC/LC-C (380) • DGN/DGNM-J/JS/JT (381) • DGR/L-J/JS (382) • DGN-P
(384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • GRIP (229) •
GRIP (full radius) (230)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBR/L (473) • SGTBU/SGTBN (472) •
UBHCR/L (473)
Spare Parts
Designation
DGFH 26-1.4 EDG 23B*
DGFH 26-2 EDG 23A*
DGFH 26-3 EDG 23A*
DGFH 26C-3 EDG 23A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 26-4 EDG 23A*
DGFH 32-1.4 EDG 23B*
DGFH 32-2 EDG 33A*
DGFH 32-3 EDG 33A*
DGFH 32C-3 EDG 33A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 32-4 EDG 33A*
DGFH 32C-4 EDG 33A* SGC 340 SGCU 341* CGF 343* CF 343* CGM 343*
DGFH 32-5 EDG 33A*
DGFH 32-6 EDG 33A*
DGFH 45-3 EDG 33A*
DGFH 45-4 EDG 33A*
DGFH 45-5 EDG 33A*
DGFH 45-6 EDG 33A*
* Optional, should be ordered separately
DGFH
Parting and Grooving Blades with
and without Coolant Channels for
DO-GRIP and HELI-GRIP Inserts
371
PARTING
W
Dmax
B1
h1
A2
A
l1
Min. Max.
Max.Min.
Bar Max
Designation W min W max A A2l1B1h1D max Insert
DGFH 32-2-JHP (1) 1.90 (2) 2.50 1.80 2.4 150.00 32.0 24.8 39.0 DG. 1.../DG. 2... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-3-JHP 3.00 (2) 3.18 2.50 - 150.00 32.0 24.8 90.0 DG. 1.../DG. 3... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-4-JHP 4.00 4.00 3.20 - 150.00 32.0 24.9 90.0 DG. 4.../GRIP 4... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-5-JHP 5.00 5.00 4.00 - 150.00 32.0 24.9 90.0 DG. 5.../GRIP 5... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
DGFH 32-6-JHP (1) 6.00 6.35 5.20 - 160.00 32.0 24.9 90.0 DG. 6.../GRIP 6... SR M2.0X2.5DIN916 SGC 340 EDG 33A-JHP*
• For user guide and accessories, see pages 416-422
(1) Only an upper channel
(2) For DG. 1... insert, modify holder
* Optional, should be ordered separately
For inserts, see pages: DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) •
DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382) • GRIP (229) •
GRIP (full radius) (230)
For holders, see pages: TGTBU-JHP (393)
DGFH-JHP
Parting and Grooving Blades with
Channels for Low and High Pressure
Coolant Carrying DO-GRIP Inserts
Dmax
Dmax
l1
B1
h1
W
15°
A2
A
l1
DGFHR-32...
DGFHR-26...
Designation B1W min(1) W max A2A l1h1D max(2) Machines Insert
DGFHR 26T16-2 26.0 1.90 2.50 8.0 1.70 110.00 21.4 42.0 TNS-30 DG. 1.../DG. 2.. EDG 23A*
DGFHR/L 26T23-2 26.0 1.90 2.50 8.0 1.60 110.00 21.4 42.0 TNS-30/112 DG. 1.../DG. 2.. EDG 23A*
DGFHR/L 26T16-3 26.0 3.00 3.18 8.0 2.40 110.00 21.4 30.0 TNS-30 DG. 1.../DG. 3.. EDG 23A*
DGFHR/L 26T23-3 26.0 3.00 3.18 8.0 2.40 110.00 21.4 42.0 TNS-30/42 DG. 1.../DG. 3.. EDG 23A*
DGFHR/L 32T22-2 32.0 1.90 2.50 8.0 1.60 110.00 24.8 42.0 TNS-42 DG. 1.../DG. 2.. EDG 33A*
DGFHR/L 32T22-4 32.0 4.00 4.00 8.0 3.40 110.00 24.8 42.0 TNS-42 DG. 4.../GRIP 4.. EDG 33A*
DGFHR/L 32T33-3 32.0 3.00 3.18 8.0 2.40 110.00 24.8 60.0 TNS-42/60/65 DG. 1.../DG. 3.. EDG 33A*
DGFHR/L 32T33-4 32.0 4.00 4.00 8.0 3.40 110.00 24.8 60.0 TNS-42/60/65 DG. 4.../GRIP 4.. EDG 33A*
DGFHR/L 32T41-4 32.0 4.00 4.00 10.0 3.40 110.00 24.8 80.0 TNS-65/80/480 DG. 4.../GRIP 4.. EDG 33A*
• Insert limit is Tmax=18 mm. If deeper penetration is required, the insert should be modified into single-ended by the user. • DG..1.0 insert can be mounted into
pocket sizes 2 and 3. In which case the pocket width has to be modified - see page 378 • For user guide, see pages 416-422
(1) For DG: 1.0 insert - modify holder
(2) The specified limit refers to the tool
* Optional, should be ordered separately
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBR/L (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
DGFHR/L
Parting and Grooving Reinforced
Blades for DO-GRIP Inserts
l1
Tmax-r
A
A2
h1B1
W
DGHFL... DGHFR... DGHFL...RDGHFR...L
MinMax
Bar Max
Designation W min(1) W max A2A l1B1h1Tmax-r(2) Insert
DGFHR/L 32BC-3T33-JHP 3.00 3.18 7.9 2.40 111.00 32.0 24.8 33.00 DG. 3.. SR M4-21532 HW 3.0 SGC 340
DGFHL 32BC-3T33R-JHP 3.00 3.18 7.9 2.40 111.00 32.0 24.8 33.00 DG. 3.. SR M4-21532 HW 3.0 SGC 340
DGFHR 32BC-3T33L-JHP 3.00 3.18 7.9 2.40 111.00 32.0 24.8 33.00 DG. 3.. SR M4-21532 HW 3.0 SGC 340
• For user guide and accessories, see pages 416-422
(1) For DG: 1.0 insert - modify holder
(2) The specified limit refers to the tool
For inserts, see pages: DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-Z (383) • DGN/DGNM-J/JS/JT (381) • DGR-Z/ZS (384) • DGR/L-C DGRC/
LC-C (380) • DGR/L-J/JS (382)
For holders, see pages: TGTBU-JHP (393)
T-2010/5
SGC 340
DGFHR/L-BC-JHP
Parting and Grooving Reinforced
Blades with Channels for High
Pressure Coolant for DO-GRIP Inserts
ISCAR
372
PARTING
l2
B1
l1W
A2
A
Dmax
a°
Designation B1W min(7) W max D max A l1l2a°
DGFS 0-12-2 (1) 12.7 1.90 2.50 32.0 1.60 110.00 32.0 0 EDG 33B*
DGFS 0-17-2 (2) 17.4 1.90 2.50 35.0 1.60 110.00 32.0 0 EDG 33B*
DGFS 0-17-3 (2) 17.4 3.00 3.18 60.0 2.40 110.00 32.0 0 EDG 33B*
DGFS 5-17-2 (3) 17.4 1.90 2.50 35.0 1.60 110.00 32.0 5 EDG 33B*
DGFS 5-17-3 (3) 17.4 3.00 3.18 60.0 2.40 110.00 32.0 5 EDG 33B*
DGFS 5-17-4 (3) 17.4 4.00 4.00 60.0 3.20 110.00 32.0 5 EDG 33B*
DGFS 5-22-2 (4) 22.2 1.90 2.50 50.0 1.60 150.00 32.0 5 EDG 33B*
DGFS 5-22-3 (5) 22.2 3.00 3.18 75.0 2.40 150.00 32.0 5 EDG 33B*
DGFS 5-22-4 (5) 22.2 4.00 4.00 80.0 3.20 150.00 32.0 5 EDG 33B*
DGFS 5-24-3 23.8 3.00 3.18 80.0 2.40 150.00 32.0 5 EDG 33B*
DGFS 5-28-2 (6) 28.5 1.90 2.50 65.0 1.60 150.00 32.0 5 EDG 33B*
DGFS 5-28-4 (6) 28.5 4.00 4.00 100.0 3.20 150.00 32.0 5 EDG 33B*
• DG..1.0 insert can be mounted into pocket sizes 2 and 3. In which case the pocket width has to be modified -see page 378 • For user guide, see pages 416-422
(1) Toolholder assembly X18-1,46,47-WT,160-CL,354-CL,701-ACL,702,702-CL,703,703-CL,704,704-CL,6921,6925.
(2) Toolholder assembly E-7,47,102-CL,103-CL,161-A-CL,162-A-CL.
(3) Toolholder assembly 226,226-CL,275,275-CL,276-CL,361-CL,431,630,707-A,707-A-CL.
(4) Toolholder assembly 100-CL,274,277,277-CL,274-CL,370,383-CL, 6722,6754,6755,6854,6855,6922,51,51-CL,353-CL,167,370-CL
(5) Toolholder assembly 100-CL,274,277,277-CL,274-CL,370,383-CL, 6722,6754,6755,6854,6855,51,51-CL,353-CL,167,370-CL.
(6) Toolholder assembly 278,278-CL,279,279-CL,280,280-CL,281,281-CL,375-CL,359-CL,372-CL,A6120,52,52-CL.
(7) For DG: 1.0 insert - modify holder
* Optional, should be ordered separately
For inserts, see pages: DGN-LF/LFT (383) • DGN/DGNC/DGNM-C (380) • DGR/L-C DGRC/LC-C (380) • DGN/DGNM-J/JS/JT (381) • DGR/L-J/JS (382) •
DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • GRIP (229) • GRIP (full radius) (230)
DGFS
Blades for Multi-Spindle
Machines, Replacement for
HSS and Brazed Tools
Dmax
Tmax-r
H2
36.7 l1
h4
B
1
h1
DGFHL-B-D50 DGFHR-B-D50
DGFHL-B-D50R DGFHR-B-D50L
A
A2
W
Dmax
Designation B1(4) W min(5) W max A A2l1H2h1h4Tmax-r D max(6) Insert
DGFHR/L 26B-2D50 (1) 26.0 1.90 2.50 1.60 8.0 110.00 33.7 21.4 3.6 18.00 42.0 DG. 1.../DG. 2..
DGFHL 26B-2D50R (2) 26.0 1.90 2.50 1.60 8.0 110.00 31.5 21.4 3.7 18.00 50.0 DG. 1.../DG. 2..
DGFHR 26B-2D50L (2) 26.0 1.90 2.50 1.60 8.0 110.00 31.5 21.4 3.7 18.00 50.0 DG. 1.../DG. 2..
DGFHR/L 26B-3D50 (1) 26.0 3.00 3.18 2.40 8.0 110.00 31.5 21.4 3.7 18.00 30.0 DG. 1.../DG. 3..
DGFHL 26B-3D50R (2) 26.0 3.00 3.18 2.40 8.0 110.00 31.5 21.4 3.7 18.00 50.0 DG. 1.../DG. 3..
DGFHR 26B-3D50L (2) 26.0 3.00 3.18 2.40 8.0 110.00 31.5 21.4 3.7 18.00 50.0 DG. 1.../DG. 3..
DGFHR/L 32B-2D50 (3) 32.0 1.90 2.50 1.60 8.0 120.00 31.5 24.8 - 18.00 42.0 DG. 1.../DG. 2..
DGFHL 32B-2D50R (2) 32.0 1.90 2.50 1.60 8.0 120.00 31.5 24.8 - 18.00 50.0 DG. 1.../DG. 2..
DGFHR 32B-2D50L (2) 32.0 1.90 2.50 1.60 8.0 120.00 31.5 24.8 - 18.00 50.0 DG. 1.../DG. 2..
DGFHR/L 32B-3D50 (3) 32.0 3.00 3.18 2.40 8.0 120.00 31.5 24.8 - 18.00 42.0 DG. 1.../DG. 3..
DGFHL 32B-3D50R (2) 32.0 3.00 3.18 2.40 8.0 120.00 31.5 24.8 - 18.00 50.0 DG. 1.../DG. 3..
DGFHR 32B-3D50L (2) 32.0 3.00 3.18 2.40 8.0 120.00 31.5 24.8 - 18.00 50.0 DG. 1.../DG. 3..
• Insert limit is Tmax=18 mm. If deeper penetration is required, the insert should be modified into single-ended by the user. • DG..1.0 insert can be mounted into
pocket sizes 2 and 3. In which case the pocket width has to be modified -see page 378 • For user guide, see pages 416-422
(1) For Traub machines, model TNC 30, TNM 28, TNS 26/30/42/112, TNA 300, TNK 260.
(2) For Tornos Bechler, Emco 2000/20, 2000/26 machines.
(3) For Traub machines, model TNC 42/65, TNM 42/65, TNS 42/60/65, TNA 300/400.
(4) Mounted on all ISCAR standard blocks.
(5) For DG: 1.0 insert - modify holder.
(6) The specified limit refers to the tool.
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGR-Z/ZS (384)
• DGR/L-C DGRC/LC-C (380)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBR/L (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
Spare Parts
Designation
DGFHR/L-B-D..(R/L) SR M4X20 DIN912 HW 3.0
DGFHR/L-B-D..(R/L)
Reinforced Type Blades
with Screw Clamping
373
PARTING
B1h1
A
31.5
H2
A
DGFHL..B-..TR-D..
A54 max
Dmax
37.8
W
3.5
l2
A2
DGFHL..B
-..TR-D-R
DGFHL..B
-..TR-D
Designation B1(2) W min W max A A2l1H2h1D max(3) Insert
DGFHL 26B-1.5TR-D20 (1) 26.0 1.00 1.50 1.20 7.9 110.00 27.9 21.4 20.0 DG. 1.../DG. 15.. SR M5X20-01172 HW 3.0
DGFHL 26B-2TR-D36 26.0 1.90 (4) 2.50 1.60 7.9 110.00 27.9 21.4 36.0 DG. 1.../DG. 2.. SR M5X20-01172 HW 3.0
DGFHL 26B-2TR-D36R 26.0 1.90 (4) 2.50 1.60 7.9 110.00 27.9 21.4 36.0 DG. 1.../DG. 2.. SR M4X20 DIN912 HW 3.0
DGFHL 26B-3TR-D36 26.0 3.00 (4) 3.18 2.40 7.9 110.00 27.9 21.4 36.0 DG. 1.../DG. 3.. SR M5X20-01172 HW 3.0
DGFHL 26B-3TR-D36R 26.0 3.00 (4) 3.18 2.40 7.9 110.00 27.9 21.4 36.0 DG. 1.../DG. 3.. SR M5X20-01172 HW 3.0
• Insert limit is Tmax=18 mm. If deeper penetration is required, the insert should be modified into single-ended by the user. • DG..1.0 insert can be mounted into
pocket sizes 2 and 3. In which case the pocket width has to be modified - see page 378 • For user guide, see pages 416-422
(1) Do not use DG.. 1.4 on this tool!
(2) Mounted on all ISCAR standard blocks
(3) The specified limit refers to the tool
(4) For DG: 1.0 insert - modify holder.
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
DGFHL-26B-TR-D
Reinforced Type Blades with
Screw Clamping for Traub
and Index Machines
Dmax l2
h
h4
h
l1
W
fb
A
H2
DGTR/L..B-1.5D...
with DGN/R/L 1000 inserts
Tmax=3 0.75
ALeft-hand shown
Right-hand shown
Designation W min W max h b A f l2D max H2h4l1Insert
DGTR/L 8B-1.4SH 1.40 1.40 8.0 8.0 1.00 7.5 18.0 10.0 15.4 2.0 125.00 DG. 14.. SR 16-236 P T-15/5
DGTR/L 10B-1.4D20SH 1.40 1.40 10.0 10.0 1.00 9.5 18.0 20.0 13.7 - 120.00 DG. 14.. SR 16-236 P T-15/5
DGTR/L 10B-1.5D20SH (1) 1.00 1.50 10.0 10.0 1.00 9.5 19.0 20.0 15.7 2.0 120.00 DG. 1.../DG. 15.. SR 16-236 P T-15/5
DGTR/L 10B-2D20SH 1.90 2.50 10.0 10.0 1.60 9.2 19.0 20.0 15.7 2.0 120.00 DG. 1.../DG. 2.. SR 16-236 P T-15/5
DGTR/L 12B-1.4D24SH 1.40 1.40 12.0 12.0 1.00 11.5 19.0 24.0 15.7 - 120.00 DG. 14.. SR 16-236 P T-15/5
DGTR/L 12B-1.5D24SH (1) 1.00 1.50 12.0 12.0 1.00 11.4 19.0 24.0 15.7 - 120.00 DG. 1.../DG. 15.. SR 16-236 P T-15/5
DGTR/L 12B-2D24SH 1.90 2.50 12.0 12.0 1.60 11.2 19.0 24.0 15.7 - 120.00 DG. 1.../DG. 2.. SR 16-236 P T-15/5
DGTR/L 12B-2D24SH-L85 1.90 2.50 12.0 12.0 1.60 11.2 19.0 24.0 15.7 - 85.00 DG. 1.../DG. 2.. SR 16-236 P T-15/5
DGTR/L 12B-3D24SH 3.00 3.18 12.0 12.0 2.40 10.8 19.0 24.0 15.7 - 120.00 DG. 3.../DG. 10.. SR 16-236 P T-15/5
DGTR/L 16B-1.5D25SH (1) 1.00 1.50 16.0 16.0 1.20 15.4 19.5 25.4 19.7 - 120.00 DG. 1.../DG. 15.. SR 16-236 P T-15/5
DGTR/L 16B-2D25SH 1.90 2.50 16.0 16.0 1.60 15.2 19.5 25.4 19.7 - 120.00 DG. 1.../DG. 2.. SR 16-236 P T-15/5
DGTR/L 16B-3D25SH 3.00 3.18 16.0 16.0 2.40 14.8 19.5 25.4 19.7 - 120.00 DG. 1.../DG. 3.. SR 16-236 P T-15/5
DGTR/L 20B-1.5D25SH (1) 1.00 1.50 20.0 20.0 1.20 19.4 19.5 25.4 23.7 - 120.00 DG. 1.../DG. 15.. SR 16-236 P T-15/5
DGTR/L 20B-3D25SH 3.00 3.18 20.0 20.0 2.40 18.8 19.5 25.4 23.7 - 120.00 DG. 1.../DG. 3.. SR 16-236 P T-15/5
• DGN/R/L 1 mm inserts can also be mounted into pocket sizes 2 and 3. For insert depth capacity table and modification instructions for the 2 and 3 holder pockets,
see page 378 • For user guide, see pages 416-422
(1) Do not use DG.. 1.4 on this tool!
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
D
T
Depth Capacity DGTR/L-B-D
Depth of Cut Function of
Workpiece Diameter
(DGN/R/L-100... excluded)
NL - No Limit Example:
For 9 mm depth of groove on a 75 mm workpiece diameter, six tools may be used.
Depth T 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4
Designation øDmax
DGTR/L 10B-1.4D20 — — — — — — — — — — 20 23 26 32 45 76 NL
DGTR/L 12B-1.4D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 16B-1.4D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 20B-1.4D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 10B-2D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 12B-2D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 16B-2D32 — — — — 32 35 37 41 47 55 69 93 150 400 NL NL NL
DGTR/L 20B-2D35 — — — 75 90 113 155 250 650 NL NL NL NL NL NL NL NL
DGTR/L 25B-2D35 — — — 75 90 113 155 250 650 NL NL NL NL NL NL NL NL
DGTR/L 12B-3D30 — — — — — 30 32 35 38 43 50 62 83 125 300 NL NL
DGTR/L 16B-3D35 — — — 35 39 42 46 51 59 71 91 130 230 1200 NL NL NL
DGTR/L 20B-3D40 56 62 71 83 102 134 200 400 NL NL NL NL NL NL NL NL NL
DGTR/L 25B-3D40 56 62 71 83 102 134 200 400 NL NL NL NL NL NL NL NL NL
DGTR/L-B-D-SH
Parting and Grooving Short Head
Tools for CNC and Swiss Automatics
ISCAR
374
PARTING
h
Th (typ.x3)
W
b
l
1
H2
h
l2h4
G 1/8"-28
ALeft-hand shown
Bar Max
Designation W min W max h b A l2D max H2h4l1Insert
DGTR/L 12B-2D24-JHP-SL 1.90 2.50 12.0 12.0 1.60 29.4 24.0 25.7 6.5 100.00 DG. 2...
DGTR/L 16B-2D35-JHP-SL 1.90 2.50 16.0 16.0 1.60 32.0 35.0 26.7 2.6 120.00 DG. 2...
DGTR/L 20B-2D35-JHP-SL 1.90 2.50 20.0 20.0 1.60 32.0 35.0 28.1 - 140.00 DG. 2...
DGTR/L 12B-3D24-JHP-SL 3.00 3.18 12.0 12.0 2.40 29.4 24.0 25.7 6.5 100.00 DG. 3..
DGTR/L 16B-3D35-JHP-SL 3.00 3.18 16.0 16.0 2.40 32.0 35.0 26.7 2.6 120.00 DG. 3..
DGTR/L 20B-3D40-JHP-SL 3.00 3.18 20.0 20.0 2.40 35.6 40.0 28.1 - 140.00 DG. 3..
DGTR/L 25B-2D35-JHP-SL 1.90 2.50 25.0 25.0 1.60 32.1 35.0 33.1 - 140.00 DG. 2..
DGTR/L 25B-3D40-JHP-SL 3.00 3.18 25.0 25.0 2.40 35.6 40.0 33.1 - 140.00 DG. 3..
• For insert depth capacity table and modification instructions for the holder pockets, see page 378 • For user guide, see pages 416-422
For inserts, see pages: DGN-LF/LFT (383) • DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) •
DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
NL - No Limit
Example:
For a 9 mm depth of groove on a 75 mm workpiece diameter, six tools may be used.
Depth T 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4
Depth Capacity
DGTR/L-B-D-JHP-SL
Depth of Cut Function of
Workpiece Diameter
(DGN/R/L-100... excluded)
Designation øDmax
DGTR/L 12B-2D24-JHP-SL — — — — — — — — 24 26 27 28 30 32 36 42 52
DGTR/L 16B-2D35-JHP-SL — — — — — — — — 24 26 27 28 30 32 36 42 52
DGTR/L 20B-2D35-JHP-SL — — — 35 39 42 46 51 59 71 91 130 230 1200 NL NL NL
DGTR/L 25B-2D35-JHP-SL — — — 65 70 75 80 90 100 120 140 180 250 410 1200 NL NL
DGTR/L 12B-3D24-JHP-SL — — — 35 39 42 46 51 59 71 91 130 230 1200 NL NL NL
DGTR/L 16B-3D35-JHP-SL — — — 75 90 113 155 250 650 NL NL NL NL NL NL NL NL
DGTR/L 20B-3D40-JHP-SL 56 62 71 83 102 134 200 400 NL NL NL NL NL NL NL NL NL
DGTR/L 25B-3D40-JHP-SL 50 55 60 67 75 85 100 115 140 200 350 1500 NL NL NL NL NL
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
DGTR/L ...2-JHP-SL 3-4 4-5 5-6
DGTR/L ...3-JHP-SL 5-6 6-7 7-8
D
T
Spare Parts
Designation
DGTR/L 12B-2D24-JHP-SL PIN-32121 SR M5-24145 SR 5/16UNF TL360 HW 2.5 SR M2.5X6 DIN913 HW 5/32" SR M2.5X2.5 DIN913
DGTR/L 16B-2D35-JHP-SL PIN-32121 SR M5-24145 SR 5/16UNF TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5/32" SR M2.5X2.5 DIN913
DGTR/L 20B-2D35-JHP-SL PIN-32121 SR M5-24145 PLG 1/8BSP TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5.0 SR M2.5X2.5 DIN913
DGTR/L 12B-3D24-JHP-SL PIN-32121 SR M5-24145 SR 5/16UNF TL360 HW 2.5 SR M2.5X6 DIN913 HW 5/32" SR M2.5X2.5 DIN913
DGTR/L 16B-3D35-JHP-SL PIN-32121 SR M5-24145 SR 5/16UNF TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5/32" SR M2.5X2.5 DIN913
DGTR/L 20B-3D40-JHP-SL PIN-32121 SR M5-24145 PLG 1/8BSP TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5.0 SR M2.5X2.5 DIN913
DGTR/L 25B-2D35-JHP-SL PIN-32121 SR M5-24145 PLG 1/8BSP TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5.0 SR M2.5X2.5 DIN913
DGTR/L 25B-3D40-JHP-SL PIN-32121 SR M5-24145 PLG 1/8BSP TL360 HW 2.5/5 SR M2.5X6 DIN913 HW 5.0 SR M2.5X2.5 DIN913
DGTR/L-B-D-JHP-SL
Parting and Grooving Short
Head Tools with Channels for
High Pressure Coolant for CNC
and Swiss Automatics
375
PARTING
l2
h
DGTL-BC-D DGTL-B-D
h4
l1
W
f
T
h
b
A
Left-hand shown
Designation W min W max h b A l1l2Tmax-r(3) f h4Insert
DGTR/L 10B-1.4D20 1.40 1.40 10.0 10.0 1.00 140.00 23.6 10.00 9.5 2.0 N DG. 14..
DGTR/L 12B-1.4D30 1.40 1.40 12.0 12.0 1.00 140.00 29.6 15.00 11.5 3.5 N DG. 14..
DGTR/L 16B-1.4D30 1.40 1.40 16.0 16.0 1.00 140.00 29.6 15.00 15.5 - N DG. 14..
DGTR/L 20B-1.4D30 1.40 1.40 20.0 20.0 1.00 140.00 29.6 15.00 19.5 - N DG. 14..
DGTR/L 10B-2D30 1.90 2.50 10.0 10.0 1.60 140.00 29.6 15.00 9.2 6.6 N DG. 1.../DG. 2..
DGTR/L 12B-2D30 1.90 2.50 12.0 12.0 1.60 140.00 29.6 15.00 11.2 3.5 N DG. 1.../DG. 2..
DGTR/L 16B-2D32 1.90 2.50 16.0 16.0 1.60 140.00 30.6 16.00 15.2 - N DG. 1.../DG. 2..
DGTR/L 20B-2D35 1.90 2.50 20.0 20.0 1.60 140.00 32.1 17.50 19.2 - N DG. 1.../DG. 2..
DGTR/L 25B-2D35 1.90 2.50 25.0 25.0 1.60 140.00 32.1 17.50 24.2 - N DG. 1.../DG. 2..
DGTR/L 12B-3D30 3.00 3.18 12.0 12.0 2.40 140.00 29.6 15.00 10.8 3.5 N DG. 1.../DG. 3..
DGTR/L 16B-3D35 3.00 3.18 16.0 16.0 2.40 140.00 32.1 16.00 14.8 2.6 N DG. 1.../DG. 3..
DGTR/L 16BC-3D35 (1) 3.00 3.18 16.0 16.0 2.40 140.00 31.1 16.00 14.8 2.6 Y DG.C 3..
DGTR/L 20B-3D40 (2) 3.00 3.18 20.0 20.0 2.40 140.00 35.6 20.00 18.8 - N DG. 1.../DG. 3..
DGTR/L 20BC-3D40 (1) 3.00 3.18 20.0 20.0 2.40 140.00 34.6 20.00 18.8 - Y DG.C 3..
DGTR/L 25B-3D40 (2) 3.00 3.18 25.0 25.0 2.40 140.00 35.6 20.00 23.8 - N DG. 1.../DG. 3..
• Important: 1.4 mm width inserts should be used only on tools for 1.4 mm specific width tools. • DGN/R/L 1 mm inserts can also be mounted into pocket sizes 2
and 3. For insert depth capacity table and modification instructions for the 2 and 3 holder pockets, see page 378 • For user guide, see pages 416-422
(1) Tools for inserts with coolant holes for high temperature alloys and stainless steel
(2) Insert's Tmax=18 mm, for deeper penetration modify insert into single-ended.
(3) The specified limit refers to the tool
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
Spare Parts
Designation
DGTR/L 10B-1.4D20 SR M5X12 DIN912 HW 4.0
DGTR/L 12B-1.4D30 SR M5X12 DIN912 HW 4.0
DGTR/L 16B-1.4D30 SR M5X12 DIN912 HW 4.0
DGTR/L 20B-1.4D30 SR M5X12 DIN912 HW 4.0
DGTR/L 10B-2D30 SR M5X12 DIN912 HW 4.0
DGTR/L 12B-2D30 SR M5X12 DIN912 HW 4.0
DGTR/L 16B-2D32 SR M4X14 DIN912 HW 3.0
DGTR/L 20B-2D35 SR M4X14 DIN912 HW 3.0
DGTR/L 25B-2D35 SR M5X12 DIN912 HW 4.0
DGTR/L 12B-3D30 SR M5X12 DIN912 HW 4.0
DGTR/L 16B-3D35 SR M5X12 DIN912 HW 4.0
DGTR/L 16BC-3D35 SR M5X12 DIN912 HW 4.0 CGM 343* CF 343* SGCU 341* CGF 343*
DGTR/L 20B-3D40 SR M5X12 DIN912 HW 4.0
DGTR/L 20BC-3D40 SR M5X12 DIN912 HW 4.0 CGM 343* CF 343* SGCU 341* CGF 343*
DGTR/L 25B-3D40 SR M5X12 DIN912 HW 4.0
* Optional, should be ordered separately
DGTR/L-B/BC-D
Integral Shank Reinforced
Parting and Grooving Tools
l2
Tmax
hh
Dmax
Wfb
A
H2
l1
Left-hand shown
Designation W min W max h b A f l1l2D max Tmax-r H2
DGTR/L 2009B-1.5T9SH 1.00 1.50 20.0 9.0 1.20 8.4 100.00 19.0 95.0 9.00 23.7 SR 16-236 P T-15/5
• Important: 1.4 mm width inserts should be used only on tools for 1.4 mm specific width • For user guide, see pages 416-422
For inserts, see pages: DGN-P (384) • DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR/L-J/JS (382)
DGTR/L-B-T-SH
Reinforced Parting and Grooving
Tools for DGN Double-Ended Inserts
ISCAR
376
PARTING
Dmax
l2
h
h4
l2
l2
W
A
l1
b
h
Right-hand shown
Left-hand shown
Designation W min W max h b A l1l2h4D max Insert
DGTR/L 1010-2 1.90 2.50 10.0 10.0 1.80 150.00 29.0 6.6 35.0 DG. 1.../DG. 2.. EDG 33B*
DGTR/L 1212-2 1.90 2.50 12.0 12.0 1.80 150.00 29.0 6.6 35.0 (1) DG. 1.../DG. 2.. EDG 33B*
DGTR/L 1616-2 1.90 2.50 16.0 16.0 1.80 150.00 29.0 2.6 35.0 (2) DG. 1.../DG. 2.. EDG 33B*
DGTR/L 2012-2 1.90 2.50 20.0 12.0 1.80 125.00 29.0 - 35.0 (1) DG. 1.../DG. 2.. EDG 33A*
DGTR/L 1212-3 3.00 3.18 12.0 12.0 2.50 150.00 29.0 6.6 35.0 (1) DG. 1.../DG. 3.. EDG 33B*
DGTR/L 1616-3 3.00 3.18 16.0 16.0 2.50 150.00 29.0 6.6 35.0 (2) DG. 1.../DG. 3.. EDG 33B*
DGTR/L 2012-3 3.00 3.18 20.0 12.0 2.50 125.00 29.0 - 35.0 (1) DG. 1.../DG. 3.. EDG 33A*
DGTR/L 2020-3 3.00 3.18 20.0 20.0 2.50 125.00 29.0 - 35.0 (1) DG. 1.../DG. 3.. EDG 33A*
DGTR/L 2525-3 3.00 3.18 25.0 25.0 2.50 150.00 29.0 - 35.0 (1) DG. 1.../DG. 3.. EDG 33A*
DGTR/L 2020-4 4.00 4.76 20.0 20.0 3.40 125.00 31.0 - 51.0 DG. 4.../GRIP 4.. EDG 33A*
DGTR/L 2525-4 4.00 4.76 25.0 25.0 3.40 150.00 31.0 - 51.0 DG. 4.../GRIP 4.. EDG 33A*
DGTR/L 2020-5 4.80 5.00 20.0 20.0 4.00 125.00 33.0 - 59.0 DG. 5.../GRIP 5.. EDG 33A*
DGTR/L 2525-5 4.80 5.00 25.0 25.0 4.00 150.00 33.0 - 76.0 DG. 5.../GRIP 5.. EDG 33A*
DGTR/L 2525-6 6.00 6.35 25.0 25.0 5.30 150.00 33.0 - 76.0 DG. 6.../GRIP 6.. EDG 33A*
• For user guide, see pages 416-422
* Optional, should be ordered separately
(1) When using a double-ended insert, grooving depth is limited by the insert.
(2) Dmax=43(1.69") when single-ended insert is used
For inserts, see pages: DGN-LF/LFT (383) • DGN-MF (383) • DGN/DGNC/DGNM-C (380) • DGR/L-C DGRC/LC-C (380) • DGN/DGNM-J/JS/JT (381) • DGR/L-J/
JS (382) • DGN-P (384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • GRIP (229) •
GRIP (full radius) (230)
DGTR/L
Integral Shank Parting
and Grooving Tools
l2
h
h
b
l1
AW
f
Tmax-r Right-hand shown
Designation h b W min W max l1A f l2Tmax-r
DGTR/L 20BC-4T25 20.0 20.0 4.00 4.00 140.00 3.40 18.3 42.0 25.00
DGTR/L 25BC-4T25 25.0 25.0 4.00 4.00 140.00 3.40 23.3 42.0 25.00
• For user guide, see pages 416-422
For inserts, see pages: DGN-UT/UA (384) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT (381) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
Spare Parts
Designation
DGTR/L-BC-T SR M6X16 DIN912 SGCU 341* CGF 343* CF 343* CGM 343* HW 5.0
* Optional, should be ordered separately
DGTR/L-BC-T
Parting and Grooving Tools with
Coolant Holes for JET-CUT Inserts
l2
h
L7
h4
f
Wl1
b
hH2
A
A2
Dmax
DGTR/L..12B-1.5D...
with DGN/R/L 1000 inserts
Tmax=3 0.75
ARight -hand shown
Left-hand shown
Designation W min W max h b A A2f l1l2L7D max H2h4Insert
DGTR/L 12B-1.4D20-TR12 1.40 1.40 12.0 12.0 1.00 2.3 11.5 95.00 32.5 20.00 20.0 23.7 8.0 DG. 14..
DGTL 12B-1.5D20-TR12 1.00 1.50 12.0 12.0 1.20 2.3 11.3 95.00 32.5 20.00 20.0 23.7 8.0 DG. 1.../DG. 15..
DGTR 12B-1.5-D20-TR12 1.00 1.50 12.0 12.0 1.20 2.3 11.3 95.00 32.5 20.00 20.0 23.7 8.0 DG. 1.../DG. 15..
• Important: 1.4 mm width inserts should be used only on tools for 1.4 mm specific width !! • For Traub machines, model TNL 12/7
• For user guide, see pages 416-422
For inserts, see pages: DGN-P (384) • DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR/L-J/JS (382)
Spare Parts
Designation
DGTR/L-B-D-TR SR 16-236 P T-15/5
DGTR/L-B-D-TR
Reinforced Parting and Grooving Tools
for Double-Ended DO-GRIP Inserts
377
PARTING
l
1
l2
h h
b
h4
A
W
f
Dmax.
Left-hand shown
Designation W D max h b A l1l2f h4
DGTR/L 20B-2XL-D60 2.00 60.0 20.0 20.0 1.74 150.00 41.3 19.1 8.0 SR M4X35DIN912 HW 3.0
DGTR/L 25B-2XL-D60 2.00 60.0 25.0 25.0 1.74 150.00 41.3 24.1 3.0 SR M4X35DIN912 HW 3.0
DGTR/L 20B-3XL-D65 3.00 65.0 20.0 20.0 2.40 150.00 41.3 18.8 12.0 SR M5X40DIN912 HW 4.0
DGTR/L 25B-3XL-D65 3.00 65.0 25.0 25.0 2.40 150.00 41.3 23.8 7.0 SR M5X40DIN912 HW 4.0
• For insert depth capacity table, see page 377 • For user guide, see pages 416-422
For inserts, see pages: DGN-C-XL (387) • DGN-J-XL (388) • DGR/L-C-XL (388) • DGR/L-J-XL (388)
Depth of Cut Function of Workpiece Diameter
Tmax
Dmax
T max D max
15 No limit
16 600
17 300
18 200
19 150
20 130
21 120
22 100
23 90
24 85
25 80
26 75
27 70
28 65
29 63
30 60
T max D max
15 No limit
16 1000
17 400
18 300
19 230
20 180
21 150
22 130
23 115
24 105
25 95
26 90
27 85
28 80
29 75
30 72
31 70
32.5 65
Tmax/Dmax for
DGTR/L...-2XL
Tmax/Dmax for
DGTR/L...-3XL
DGTR/L-XL
Integral Shank Reinforced Parting
and Grooving Tools for Parting
Up to 65 mm Diameters
f1h2
hH2
H5
l
1
L6L5
(a)
W(a)
b
T21
T22
T23
T24
T25
T11
T12
T13
T14
T15 Left-hand shown •
(a) See adapter dimensions
Designation h b l1f1h2H2H5L6L5
DGHAL DECO 7-10 (1) 40.3 18.2 106.00 15.0 - 12.8 4.8 52.00 69.00
DGHAL DECO 13 (2) 42.0 35.2 115.00 28.7 2.0 16.0 16.0 60.00 60.00
DGHAL DECO 20-26 (2) 44.8 23.2 120.00 20.0 4.0 17.0 17.0 65.00 65.00
• DGAD-... HGAD-... adapters should be ordered separately
(1) Positioning combinations: T11; T25
(2) Positioning combinations: All
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62)
Spare Parts
Designation
DGHAL DECO 7-10 SR 14-519-L9.7 HW 4.0 SR 16-212-L9.5 T-20/5 SR 16-212 SR M5X25DIN912
DGHAL DECO 13 SR 14-519-L9.7 HW 5.0 SR 16-212-L7.5 T-20/5 SR 16-212 SR M6X25 DIN912
DGHAL DECO 20-26 SR 14-519-L12.8 HW 5.0 SR 16-212-L7.5 T-20/5 SR 16-212 SR M6X25 DIN912 EZ 104
DGHAL-DECO
Holders for DGAD Adapters for
Tornos Bechler Deco Machines
ISCAR
378
PARTING
h1
(a)
(a)
(a)
(a)
h
b
b
l1
f1
f1
(a) See adapter dimensions
Designation h b h1l1f1S1(2)
HMSN 35/3722 (1) 36.5 22.4 34.5 181.70 18.4 226 SR 16-212 SR 14-519 T-20/5
• DGAD-... HGAD-..., adapters should be ordered separately
(1) For models #42; #52; #60; #61; #62; #602
(2) Comparable Empire block
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62)
HMSN-New Britain
Holders for Grooving and
Turning Adapters for New Britain
Multi-Spindle Bar Machines
Dmax
h1
DGAD, HGAD 1.4N/2N/3N DGAD 4N/5N/6N
l1
h1
l1
B1B1
A
W
A2
AW
Dmax
Designation W min W max A A2B1h1l1D max
DGAD 1.4N 1.40 1.40 1.00 3.2 30.0 24.0 41.50 28.0 EDG 23B*
DGAD 2N 1.90 (2) 2.50 1.60 3.2 30.0 24.0 41.50 32.0 EDG 33A*
DGAD 3N (1) 3.00 (2) 3.18 2.40 4.0 30.0 24.0 41.50 32.0 EDG 33A*
HGAD 3N 3.00 3.00 2.40 4.0 30.0 24.0 50.50 50.0 EDG 23B*
DGAD 4N 4.00 4.00 3.20 - 30.0 24.0 50.50 50.0 EDG 33A*
DGAD 5N 4.80 5.00 4.00 - 30.0 24.0 50.50 50.0 EDG 33A*
DGAD 6N 6.00 6.35 5.20 - 30.0 24.0 50.50 50.0 EDG 33A*
• DG..1.0 insert can be mounted into pocket sizes 2 and 3. In which case the pocket width has to be modified - see page 378 • For user guide, see pages 416-422
(1) Only the DGN/R/L inserts are suitable for this adapter
(2) For 1 mm inserts, modify adapter
* Optional, should be ordered separately
For inserts, see pages: DGN/DGNC/DGNM-C (380) • HGN-C (386) • DGR/L-C DGRC/LC-C (380) • HGR/L-C (386) • DGN/DGNM-J/JS/JT (381) • HGN-J (386)
• DGR/L-J/JS (382) • HGR/L-J/JS (387) • DGN-P (384) • DGN-UT/UA (384) • DGN-W (381) • DGN-WP (385) • DGN-Z (383) • DGR-P (385) • DGR-WP (385) •
DGR-Z/ZS (384) • HGN-UT (387) • GRIP (229) • GRIP (full radius) (230)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
DGAD/HGAD
Parting and Grooving Adapters for
DO-GRIP Double-Ended Inserts
Depth Capacity for DGN/R-1002J Insert on Standard Holders
D
max
T
Standard Holders Modification
To achieve no limitation on the workpiece diameter up to 3 mm depth, the steel
support under the insert should be ground, as per the shown sketch.
0.6 3.3
Cutting Edge
Depth: T D max
Up to 2.2 32.3
2.3 29.3
2.4 26.7
2.5 24.8
2.6 23.2
2.7 21.7
2.8 20.5
2.9 19.4
3.0 18.4
Depth: T D max
Up to 1.2 No limit
1.3 830
1.4 218
1.5 126
1.6 88.4
1.7 68.2
1.8 55.6
1.9 46.9
2.0 40.7
2.1 36.0
379
PARTING
h1
l1
B1
WAA2
Dmax
Designation W min W max A A2l1D max h1B1
DGAD 1.4B-D16 1.40 1.40 1.00 3.2 36.80 16.0 24.0 30.3
DGAD 1.5B-D20 (1) 1.00 1.50 1.00 3.2 41.00 20.0 24.0 30.3
DGAD 2B-D20 1.90 2.50 1.60 3.2 41.00 20.0 24.0 30.3
• Up to 3 mm depth, without any limitation on the diameter. • DG..1.0 insert can also be mounted into pocket sizes 2 and 3. In which case the pocket width has to
be modified-see page 378 • For user guide, see pages 416-422
(1) Do not use DG.. 1.4 on this tool!
For inserts, see pages: DGN-LF/LFT (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483) • HMSN-New Britain (378) • DGHAL-DECO (377)
DGAD-B-D
Parting and Grooving
Screw-Clamped Adapters for
DO-GRIP Double-Ended Inserts
l1
h1
f2
A2
W
HOLDER: MAHL-...-JHP
HOLDER: MAHPR-...-JHP
l2
B1
A
f=f1(shank)+f2(adapter)
Bar Max
Designation W min W max D max l2f2A A2l1B1h1Insert
DGPAD 2R/L-D22-JHP 1.90 2.50 22.0 21.0 6.40 1.60 7.2 45.50 33.0 24.0 DG. 2... SR M3X3DIN913
DGPAD 2R/L-D32-JHP 1.90 2.50 32.0 21.0 6.40 1.60 7.2 45.50 33.0 24.0 DG. 2... SR M3X3DIN913
DGPAD 3R/L-D32-JHP 3.00 3.18 32.0 21.0 6.00 2.40 7.2 45.50 33.0 24.0 DG. 3... SR M3X3DIN913
• For user guide and accessories, see pages 416-422
For inserts, see pages: DGN-LF/LFT (383) • DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-WP (385) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) •
DGN/DGNM-J/JS/JT (381) • DGR-P (385) • DGR-WP (385) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382)
For holders, see pages: MAHR/L-JHP-MC (236)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
DGPAD 2R/L-D22-JHP 567
DGPAD 2R/L-D32-JHP 567
DGPAD 3R/L-D32-JHP 8.5 10 12
DGPAD-JHP
Adapters with High Pressure
Coolant Channels for DO-GRIP
Parting and Grooving Inserts
Coolant
inlet
CUTDIA
HF
CW
WF
WB_2
LF
OAL
Coolant outlet
OAH
WB
Designation CWCUTDIA WFWBWB_2 LFOAL OAH HFInsert
DGPAD-XL 3R/L-D52-JHP 3.00 52.0 6.00 2.4 7.2 27.70 53.40 43.0 34.0 DG. 3... SR M3X3DIN913
DGPAD-XL 3R/L-D65-JHP 3.00 65.0 6.00 2.4 7.2 34.20 60.40 43.0 34.0 DG. 3... SR M3X3DIN913
• For user guide and accessories see pages 416-422
For inserts, see pages: DGN-LF/LFT (383) • DGN-MF (383) • DGN-P (384) • DGN-UT/UA (384) • DGN-Z (383) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/
JS/JT (381) • DGR-Z/ZS (384) • DGR/L-C DGRC/LC-C (380) • DGR/L-J/JS (382) • GRIP (229)
For holders, see pages: MAHR/L-MG-XL-JHP (394) • MAHR/L-MG-XL-JHP-MC (395)
DGPAD-XL-JHP
Parting and Grooving Extra
Long Adapters with Coolant
Channels for DO-GRIP Inserts
ISCAR
380
PARTING
W
fa°
Rl Ref
±0.1
R
L
DGR/LC
±0.1
W
fa°
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R Tmax-r fa° l Ref.
IC328
IC830
IC1028
IC354
IC808
IC908
IC20
f groove
(mm/rev)
DGR/L 2202C-6D 2.20 0.20 18.00 6.0 20.80 ••••••• 0.04-0.12
DGR/L 3102C-15D 3.10 0.20 18.00 15.0 21.00 ••• 0.08-0.14
DGR/L 3102C-6D 3.10 0.20 18.00 6.0 21.00 ••••••• 0.08-0.18
DGR/LC 3102C-6D (1) 3.10 0.20 18.00 6.0 21.00 • • 0.08-0.18
DGR 3102C-8D 3.10 0.20 18.00 8.0 21.10 ••• 0.05-0.15
DGR/L 4003C-4D 4.00 0.30 - (2) 4.0 18.90 •••• •• 0.08-0.20
DGR/LC 4003C-4D (1) 4.00 0.30 - (2) 4.0 19.00 • • 0.08-0.20
DGR 4800CS-4D 4.80 0.02 - (2) 4.0 19.70 •0.05-0.15
DGR 4800CS-8D 4.80 0.02 - (2) 8.0 19.70 •0.05-0.15
DGR 4803C-4D 4.80 0.30 - (2) 4.0 20.30 •0.10-0.25
DGR 4803C-8D 4.80 0.30 - (2) 8.0 20.30 •0.10-0.20
DGR/L 5003C-4D 5.00 0.30 - (2) 4.0 19.10 •••0.10-0.25
DGR/L 6303C-4D 6.35 0.35 - (2) 4.0 19.10 •••0.12-0.30
• Feed values for grade IC20 should be decreased by 50% • For cutting speed recommendations and user guide, see pages 416-422
(1) Inserts with coolant holes, recommended coolant pressure 10 bar minimum
(2) No depth limit
For tools, see pages: C#-HELIR/L (225) • DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) •
DGFHR/L-B-D..(R/L) (372) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) •
DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375) • DGTR/L-BC-T (376) • HELIR/L (226)
DGR/L-C DGRC/LC-C
Double-Sided Inserts for Parting Bars,
Hard Materials and Tough Applications
DGNM DGNCDGN
R
±0.1
W
l Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R Tmax-r l Ref.
IC328
IC830
IC928
IC1028
IC354
IC5400
IC308
IC808
IC908
IC30N
IC20
IC807
IC907
f groove
(mm/rev)
DGN 2002C 2.00 0.03 0.20 18.00 19.90 • • • • • • • • 0.05-0.16
DGN 2202C 2.20 0.03 0.20 18.00 19.80 •• •••••••• • 0.05-0.16
DGN 2502C 2.50 0.03 0.20 18.00 20.70 • • 0.08-0.20
DGN 3102C 3.10 0.04 0.20 18.00 20.10 •• •••••••• • 0.10-0.25
DGNC 3102C (1) 3.10 0.04 0.20 18.00 21.00 • • 0.10-0.25
DGNM 3202C (2) 3.18 0.04 0.20 - (3) 20.40 ••• 0.10-0.25
DGN 4003C 4.00 0.04 0.30 - (3) 18.80 •• •• •••••• 0.10-0.30
DGNC 4003C (1) 4.00 0.04 0.30 - (3) 19.00 • • 0.10-0.30
DGN 4803C 4.80 0.04 0.30 - (3) 19.90 •0.12-0.35
DGN 5003C 5.00 0.04 0.30 - (3) 19.10 •• •• •••• 0.12-0.35
DGN 6303C 6.35 0.04 0.35 - (3) 19.10 • • • • • • • 0.15-0.40
• For user guide, see pages 416-422
(1) When using a double-ended insert, grooving depth is limited by the insert.
(2) Single-ended insert.
(3) No depth limit
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP
(229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) •
DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375) • DGTR/L-BC-T (376) • HELIR/L (226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441)
• HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T (439) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFIR/L-MC (446) • HFPAD-4 (441) •
HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
DGN/DGNC/DGNM-C
Double-Sided Parting Inserts for
Parting and Grooving Bars, Hard
Materials and Tough Applications
381
PARTING
R
±0.1
W
l Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R l Ref.
IC328
IC354
f groove
(mm/rev)
DGN 5003W 5.00 0.30 19.00 • • 0.12-0.33
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGTR/L (376)
• HELIR/L (226) • HFAER/L-5T, 6T (441) • HFAIR/L-DG (445) • HFFR/L-T (439) • HFHR/L-5T (437) • HFIR/L-MC (446) • HFPAD-5 (439) • HGPAD (227) •
HGPAD-JHP (227) • IM-HFIR-MC (446)
DGN-W
Double-Sided Inserts with Central
Ridged Chipformer for Parting
and Grooving Hard Materials
and Interrupted Cuts
R
±0.1
W
lRef.
7°
T
max-r
DGNMDGN 1002
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R Tmax-r l Ref.
IC328
IC830
IC928
IC1028
IC354
IC5400
IC308
IC808
IC908
IC20
IC807
IC907
f groove
(mm/rev)
DGN 1002J 1.00 0.02 0.16 3.00 21.00 • • • 0.02-0.07
DGN 1402J 1.40 0.03 0.16 15.00 15.80 •• •• ••• 0.03-0.12
DGN 1502J 1.50 0.03 0.16 18.00 20.40 • • • 0.03-0.12
DGN 2002JT 2.00 0.03 0.20 18.00 19.80 •0.04-0.14
DGN 2200JS (1) 2.20 0.03 0.02 18.00 19.40 • • 0.03-0.08
DGN 2202J 2.20 0.03 0.20 18.00 19.80 •• •••••••• 0.04-0.12
DGN 2202JT 2.20 0.03 0.20 18.00 19.80 • • • 0.04-0.14
DGN 3100JS (1) 3.10 0.04 0.02 18.00 19.70 • • 0.03-0.10
DGN 3102J 3.10 0.04 0.20 18.00 20.10 •• ••••••• • 0.04-0.16
DGN 3102JT 3.10 0.04 0.20 18.00 20.10 • • • • 0.05-0.18
DGN 3202J 3.18 0.04 0.20 18.00 21.00 •0.04-0.16
DGNM 3202J (2) 3.18 0.04 0.20 - (3) 20.30 ••• 0.04-0.16
DGN 4003J 4.00 0.04 0.30 - (3) 18.90 •• •• ••••• 0.05-0.18
DGN 4003JT 4.00 0.04 0.30 - (3) 18.90 •0.05-0.18
DGN 4803J 4.80 0.04 0.30 - (3) 20.40 •0.05-0.20
DGN 5003J 5.00 0.04 0.30 - (3) 19.00 •• •• ••• 0.05-0.20
DGN 5003JT 5.00 0.04 0.30 - (3) 19.00 • • 0.05-0.20
DGN 6303J 6.35 0.04 0.35 - (3) 19.10 •• •• ••• 0.05-0.25
DGN 6303JT 6.35 0.04 0.35 - (3) 19.10 • • 0.05-0.25
• 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 416-422
(1) Sharp corners
(2) Single-ended insert
(3) No depth limit
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP
(229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) •
DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B-D-TR (376) • DGTR/L-B-T-SH (375) • DGTR/L-B/BC-D (375) • DGTR/L-BC-T (376) • HELIR/L
(226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T (439) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T
(438) • HFIR/L-MC (446) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
DGN/DGNM-J/JS/JT
Double-Sided Inserts for Parting and
Grooving Soft Materials, Parting Tubes,
Small Diameters and Thin-Walled Parts
ISCAR
382
PARTING
W
fa°
R
±0.1
R
DGR/L 1001
R
L
W
Tmax-r
fa°
7°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R Tmax-r fa° l Ref.
IC328
IC830
IC1028
IC354
IC308
IC808
IC908
IC20
f groove
(mm/rev)
DGR/L 1001J-8D 1.00 0.07 3.00 8.0 21.00 •••• 0.02-0.06
DGR/L 1400JS-15D (1) 1.40 0.02 15.00 15.0 15.40 • • • • • 0.03-0.07
DGR/L 1402J-8D 1.40 0.16 15.00 8.0 15.80 • • • • • 0.03-0.08
DGR 1500J-8D 1.50 0.05 18.00 8.0 20.90 • • • • 0.03-0.08
DGR/L 2200JS-15D (1) 2.20 0.02 18.00 15.0 20.40 • • • • • • 0.03-0.07
DGR/L 2200JS-6D (1) 2.20 0.02 18.00 6.0 20.40 ••••• • 0.03-0.08
DGR/L 2202J-6D 2.20 0.20 18.00 6.0 21.00 •••• •• 0.03-0.10
DGR 2202J-15D 2.20 0.20 18.00 15.0 21.00 ••• 0.03-0.08
DGR/L 3100JS-15D (1) 3.10 0.02 18.00 15.0 20.60 ••••• • 0.03-0.07
DGR/L 3100JS-6D (1) 3.10 0.02 18.00 6.0 20.60 ••••• • 0.03-0.08
DGR/L 3102J-15D 3.10 0.20 18.00 15.0 21.00 • • • • 0.04-0.10
DGR/L 3102J-6D 3.10 0.20 18.00 6.0 21.00 •••• ••• 0.04-0.14
DGR 4000JS-15D (1) 4.00 0.00 - (2) 15.0 18.40 •0.04-0.10
DGR/L 4003J-4D 4.00 0.30 - (2) 4.0 18.90 •••• ••• 0.04-0.15
DGR 4800JS-4D (1) 4.80 0.03 - (2) 4.0 19.70 •0.04-0.12
DGR 4800JS-8D (1) 4.80 0.03 - (2) 8.0 19.70 •0.04-0.14
DGR 4803J-4D 4.80 0.30 - (2) 4.0 20.40 •0.04-0.18
DGR 4803J-8D 4.80 0.30 - (2) 8.0 20.40 •0.04-0.15
DGR/L 5003J-4D 5.00 0.30 - (2) 4.0 19.00 • • • • 0.05-0.20
DGR/L 6303J-4D 6.35 0.35 - (2) 4.0 19.10 • • • 0.05-0.25
• For cutting speed recommendations and user guide, see pages 416-422
(1) Sharp corners
(2) No depth limit.
For tools, see pages: C#-HELIR/L (225) • DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371)
• DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) •
DGTR/L-B-D-TR (376) • DGTR/L-B-T-SH (375) • DGTR/L-B/BC-D (375) • DGTR/L-BC-T (376) • HELIR/L (226)
DGR/L-J/JS
Double-Sided Inserts for Parting
Soft Materials, Parting Tubes, Small
Diameters and Thin-Walled Parts
383
PARTING
W
l Ref.
R
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R Tmax-r l Ref.
IC830
IC928
IC5400
IC808
IC908
f groove
(mm/rev)
DGN 2002LF 2.00 0.03 0.20 18.00 19.80 • • • 0.03-0.08
DGN 2202LF 2.20 0.03 0.20 18.00 19.80 • • • 0.03-0.08
DGN 3102LF 3.10 0.04 0.20 18.00 20.10 ••••• 0.04-0.10
DGN 3102LFT 3.10 0.04 0.20 18.00 21.10 • • 0.04-0.12
• The LFT chipformer features basically the same design as the LF chipformer, except that it was reinforced by a T-land to improve its durability in interrupted-cut or on
hard materials applications. It can be applied at higher feeds than the LF chipformer.
For tools, see pages: DGAD-B-D (379) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • DGFS (372) • DGPAD-JHP (379) •
DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375)
DGN-LF/LFT
Double-Sided Inserts for Parting
and Grooving Stainless Steel
7°
R
W
l Ref.
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R Tmax-r l Ref.
IC830
IC5400
IC808
f groove
(mm/rev)
DGN 2002MF 2.00 0.20 18.00 19.90 ••• 0.04-0.12
DGN 3002MF 3.00 0.20 18.00 20.10 •0.06-0.18
DGN 3102MF 3.10 0.20 18.00 20.10 ••• 0.06-0.18
DGN 4003MF 4.00 0.30 18.00 18.80 • • 0.08-0.20
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGFH (228) • DGFH-JHP (229) • DGFHR/L-BC-JHP (371) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) •
DGTR/L-B-D-JHP-SL (374)
DGN-MF
Double-Sided Inserts for Parting
and Grooving Soft and Hard
Materials at Medium Feeds
R
±0.1
W
l Ref
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.03 Tmax-r R l Ref.
IC808
IC908
f groove
(mm/rev)
DGN 2002Z 2.00 18.00 0.20 20.90 • • 0.03-0.12
DGN 3002Z 3.00 18.00 0.20 20.90 • • 0.03-0.16
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..
(R/L) (372) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH
(373) • DGTR/L-B/BC-D (375)
DGN-Z
Double-Sided Inserts for Parting
Tubes, Thin-Walled and Small Parts
ISCAR
384
PARTING
l Ref
W
R
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R Tmax-r l Ref.
IC328
IC1028
IC354
IC350
IC308
IC908
IC20
f groove
(mm/rev)
DGN 2202UA 2.20 0.03 0.20 18.00 19.90 ••• 0.04-0.13
DGN 2202UT 2.20 0.03 0.20 18.00 19.60 • • 0.03-0.11
DGN 3003UA 3.00 0.03 0.25 18.00 20.50 • • • • • 0.04-0.15
DGN 3003UT 3.00 0.03 0.25 18.00 20.50 • • 0.04-0.13
DGN 4003UA 4.00 0.04 0.30 - (1) 19.40 • • 0.05-0.16
DGN 4003UT 4.00 0.04 0.30 - (1) 19.30 • • • • 0.04-0.15
DGN 5003UT 5.00 0.04 0.30 - (1) 19.00 • • • • 0.05-0.18
DGN 6008UT 6.00 0.04 0.80 - (1) 19.10 • • • • 0.06-0.20
• For cutting speed recommendations and user guide, see pages 416-422
(1) No depth limit
For tools, see pages: C#-HELIR/L (225) • DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) •
DGFHR/L-B-D..(R/L) (372) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) •
DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375) • DGTR/L-BC-T (376) • HELIR/L (226) • HGPAD (227) • HGPAD-JHP (227)
DGN-UT/UA
Double-Sided Inserts for Parting
and Grooving Cr-Ni Alloys,
Low Carbon Steel and Ductile
Materials at Low Feeds
R
±0.1 ±0.1
DGN 1000
l Ref
W
7°
WT
max-r
R
Dimensions Recommended
Machining Data
Designation W±0.02 R l Ref. Tmax-r
IC508
f groove
(mm/rev)
DGN 1000P 1.00 0.05 20.00 3.00 •0.02-0.05
DGN 1500P 1.50 0.05 20.00 18.00 •0.02-0.07
DGN 2000P 2.00 0.05 20.00 18.00 •0.02-0.08
DGN 3000P 3.00 0.05 20.00 18.00 •0.02-0.10
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..
(R/L) (372) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH
(373) • DGTR/L-B-D-TR (376) • DGTR/L-B-T-SH (375) • DGTR/L-B/BC-D (375)
DGN-P
Double-Sided Inserts for Parting
and Grooving Soft Materials,
Thin and Miniature Parts
fa°
R
W
l Ref.
±0.1
Dimensions Recommended
Machining Data
Designation W R l Ref. Tmax-r fa°
IC908
f groove
(mm/rev)
DGR 2000ZS-15D (1) 2.00 0.02 20.40 18.00 15.0 •0.03-0.07
DGR 2000ZS-6D (1) 2.00 0.02 20.40 18.00 6.0 •0.03-0.08
DGR 2002Z-15D 2.00 0.20 20.40 18.00 15.0 •0.03-0.10
DGR 2002Z-6D 2.00 0.20 20.90 18.00 6.0 •0.03-0.10
DGR 3000ZS-15D (1) 3.00 0.02 20.40 18.00 15.0 •0.03-0.10
DGR 3000ZS-6D (1) 3.00 0.02 20.40 18.00 6.0 •0.03-0.12
DGR 3002Z-6D 3.00 0.20 20.90 18.00 6.0 •0.03-0.14
• For cutting speed recommendations and user guide, see pages 416-422
(1) Sharp corners
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..
(R/L) (372) • DGFHR/L-BC-JHP (371) • DGFS (372) • DGPAD-JHP (379) • DGPAD-XL-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH
(373) • DGTR/L-B/BC-D (375)
DGR-Z/ZS
Double-Sided Inserts with Very
Positive Rake for Parting Tubes
and Thin-Walled and Small Parts
385
PARTING
K°
R
lDGR 1000
±0.1
7°
R
W
W
Tmax-r
fa°
Dimensions Recommended
Machining Data
Designation W R l Tmax-r fa°
IC508
f groove
(mm/rev)
DGR 1000P-15D 1.00 0.05 20.00 3.00 15.0 •0.02-0.03
DGR 1000P-6D 1.00 0.05 20.00 3.00 6.0 •0.02-0.04
DGR 1500P-15D 1.50 0.05 20.00 18.00 15.0 •0.02-0.04
DGR 1500P-6D 1.50 0.05 20.00 18.00 6.0 •0.02-0.05
DGR 2000P-15D 2.00 0.05 20.00 18.00 15.0 •0.02-0.05
DGR 2000P-6D 2.00 0.05 20.00 18.00 6.0 •0.02-0.07
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHR/L (371) • DGFS (372) • DGPAD-JHP (379) • DGTR/L
(376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B-D-TR (376) • DGTR/L-B-T-SH (375) • DGTR/L-B/BC-D (375)
DGR-P
Double-Sided Inserts for Parting Soft
Materials, Thin and Miniature Parts
R
W
l Ref
±0.1
Wipers
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r l
IC328
f groove
(mm/rev)
DGN 1900WP 1.90 0.05 6.00 19.70 •0.04-0.12
DGN 2400WP 2.39 0.05 6.00 20.40 •0.05-0.14
• For user guide, see pages 416-422
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHL-26B-TR-D (373) • DGFHR/L (371) • DGFHR/L-B-D..
(R/L) (372) • DGFS (372) • DGPAD-JHP (379) • DGTR/L (376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375)
DGN-WP
Double-Sided Parting and Grooving
Inserts with a Wiper Design for
High Flatness and Surface Finish
fa°
R
L
R
W
±0.1
l Ref
Dimensions Recommended
Machining Data
Designation W R Tmax-r l fa°
IC328
f groove
(mm/rev)
DGR 1900WP-12D 1.90 0.05 6.00 19.70 12.0 •0.04-0.10
DGR 1900WP-5D 1.90 0.05 6.00 19.70 5.0 •0.04-0.10
DGR 2400WP-12D 2.39 0.05 6.00 20.40 12.0 •0.04-0.10
DGR 2400WP-5D 2.39 0.05 6.00 20.40 5.0 •0.04-0.12
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFHR/L (371) • DGFS (372) • DGPAD-JHP (379) • DGTR/L
(376) • DGTR/L-B-D-JHP-SL (374) • DGTR/L-B-D-SH (373) • DGTR/L-B/BC-D (375)
DGR-WP
Double-Sided Parting Inserts
with a Wiper Design for High
Flatness and Surface Finish
ISCAR
386
PARTING
R
±0.1
W
l Ref
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R l
IC328
IC830
IC354
IC308
IC908
f groove
(mm/rev)
HGN 3003C 3.00 0.30 15.80 ••••• 0.08-0.20
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-HELIR/L (225) • DGAD/HGAD (378) • HELIR/L (226) • HFPAD-3 (438) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD
(227) • HGPAD-JHP (227)
HGN-C
Parting and Grooving Inserts
for Parting Bars, Hard Materials
and Tough Applications
fa°
R
±0.1
R
L
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R l fa°
IC328
IC830
f groove
(mm/rev)
HGR/L 3003C-6D 3.00 0.30 15.60 6.0 • • 0.06-0.16
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGAD/HGAD (378) • HGFH (227)
HGR/L-C
Inserts for Parting Bars, Hard
Materials and Tough Applications
R
W
l Ref
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R l
IC328
IC830
IC354
IC308
f groove
(mm/rev)
HGN 3002J 3.00 0.20 16.10 •••• 0.04-0.15
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-HELIR/L (225) • DGAD/HGAD (378) • HELIR/L (226) • HFPAD-3 (438) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD
(227) • HGPAD-JHP (227)
HGN-J
Inserts for Parting and Grooving
Soft Materials, Parting Tubes, Small
Diameters and Thin-Walled Parts
387
PARTING
W
fa°
R
±0.1
R
l
L
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R l fa°
IC328
IC830
IC354
f groove
(mm/rev)
HGR/L 3000JS-15D (1) 3.00 0.02 15.20 15.0 •0.03-0.07
HGR/L 3002J-6D 3.00 0.20 15.70 6.0 ••• 0.04-0.12
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
(1) Sharp corners
For tools, see pages: DGAD/HGAD (378) • HGFH (227)
HGR/L-J/JS
Double-Sided Inserts for Parting
Soft Materials, Parting Tubes, Small
Diameters and Thin-Walled Parts
l Ref
W
±0.1
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R l
IC328
IC354
f groove
(mm/rev)
HGN 3003UT 3.00 0.30 15.80 • • 0.04-0.13
• No depth limit • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-HELIR/L (225) • DGAD/HGAD (378) • HELIR/L (226) • HFPAD-3 (438) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD
(227) • HGPAD-JHP (227)
HGN-UT
Double-Sided Inserts for Parting
and Grooving Low Feeds on Cr-Ni
Alloys and Low Carbon Steel
7°
lRef.
W
R
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R Tmax-r l Ref.
IC830
IC5400
IC808
f groove
(mm/rev)
DGN 2002C-XL 2.05 0.20 30.00 32.00 ••• 0.05-0.16
DGN 3002C-XL 3.00 0.20 32.50 35.00 • • 0.07-0.20
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGTR/L-XL (377)
DGN-C-XL
Parting and Grooving Inserts for
Parting Bars Up to 65 mm Diameters,
Hard Materials and Tough Applications
ISCAR
388
PARTING
7°
lRef.
Wfa°
R
±0.1
Right-hand shown
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R Tmax-r fa° l Ref.
IC830
IC808
f groove
(mm/rev)
DGR/L 2002C-6D-XL 2.00 0.20 30.00 6.0 32.00 • • 0.05-0.12
DGR/L 3002C-6D-XL 3.00 0.20 32.50 6.0 35.00 • • 0.08-0.18
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGTR/L-XL (377)
DGR/L-C-XL
Double-Sided Inserts for Parting Bars,
Hard Materials and Tough Applications
7°
±0.1
lRef.
W
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R Tmax-r l Ref.
IC830
IC5400
IC808
f groove
(mm/rev)
DGN 2002J-XL 2.05 0.20 30.00 32.00 ••• 0.04-0.14
DGN 3002J-XL 3.00 0.20 32.50 35.00 • • 0.04-0.16
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGTR/L-XL (377)
DGN-J-XL
Inserts for Parting and Grooving
Soft Materials, Parting Tubes, Small
Diameters and Thin-Walled Parts
7°
±0.1
lRef.
Wfa°
R
Right-hand shown
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R Tmax-r fa° l Ref.
IC830
IC808
f groove
(mm/rev)
DGR/L 2002J-6D-XL 2.00 0.20 30.00 6.0 32.00 • • 0.04-0.10
DGR/L 3002J-6D-XL 3.00 0.20 32.50 6.0 35.00 • • 0.04-0.14
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: DGTR/L-XL (377)
DGR/L-J-XL
Double-Sided Inserts for Parting
Soft Materials, Tubes, Small
Diameters and Thin-Walled Parts
389
PARTING
TGFH 100-9
l1
A
150º
W
h1B1
Dmax
TGFH 100,150
TGFH...1.4/1.6
TGFH...K
L3
Designation B1W min W max A l1L3h1D max Insert
TGFH 19-1.4 19.0 1.40 1.40 1.05 (2) 86.00 9.60 15.7 30.0 N TAG 1.4 ETG 1.4/1.6*
TGFH 19-1.6 19.0 1.60 1.60 1.30 (3) 86.00 11.00 15.7 32.0 N TAG 1.6 ETG 1.4/1.6*
TGFH 19-2 19.0 1.80 2.40 1.65 86.00 - 15.7 38.0 N TAG 2 ETG 2*
TGFH 26-1.4 26.0 1.40 1.40 1.05 (2) 110.00 8.30 21.4 29.0 N TAG 1.4 ETG 1.4/1.6*
TGFH 26-1.6 26.0 1.60 1.60 1.30 (3) 110.00 10.00 21.4 35.0 N TAG 1.6 ETG 1.4/1.6*
TGFH 26-2 26.0 1.80 2.40 1.65 110.00 - 21.4 50.0 N TAG 2 ETG 2*
TGFH 26-3 26.0 2.80 3.50 2.50 110.00 - 21.4 75.0 N TAG 3 ETG 3-4*
TGFH 26K-3 (1) 26.0 2.80 3.50 2.50 110.00 - 21.4 75.0 Y TAG 3 ETG 3-4-SH* SGC 340
TGFH 26-4 26.0 3.70 4.50 3.40 110.00 - 21.4 80.0 N TAG 4 ETG 3-4*
TGFH 26-5 26.0 4.70 5.50 4.00 150.00 - 21.4 80.0 N TAG 5 ETG 5-7*
TGFH 32-1.4 32.0 1.40 1.40 1.05 (2) 150.00 7.10 24.8 29.0 N TAG 1.4 ETG 1.4/1.6*
TGFH 32-1.6 32.0 1.60 1.60 1.30 (2) 150.00 10.00 24.8 38.0 N TAG 1.6 ETG 1.4/1.6*
TGFH 32-2 32.0 1.80 2.40 1.65 (2) 150.00 - 24.8 50.0 N TAG 2 ETG 2*
TGFH 32-3 32.0 2.80 3.50 2.50 150.00 - 24.8 100.0 N TAG 3 ETG 3-4*
TGFH 32K-3 (1) 32.0 2.80 3.50 2.50 150.00 - 24.8 100.0 Y TAG 3 ETG 3-4-SH* SGC 340
TGFH 32-4 32.0 3.70 4.50 3.40 150.00 - 24.8 100.0 N TAG 4 ETG 3-4*
TGFH 32K-4 (1) 32.0 3.70 4.50 3.40 150.00 - 24.8 100.0 Y TAG 4 ETG 3-4-SH* SGC 340
TGFH 32-5 32.0 4.70 5.50 4.00 150.00 - 24.8 120.0 N TAG 5 ETG 5-7*
TGFH 32-6 32.0 5.70 6.50 5.20 150.00 - 24.8 120.0 N TAG 6 ETG 5-7*
TGFH 32-7 32.0 6.80 7.50 6.00 148.00 - 24.8 120.0 N TAG 7 ETG 5-7*
TGFH 45-3 45.0 2.80 3.50 2.50 225.00 - 38.1 160.0 N TAG 3 ETG 3-4*
TGFH 45-4 45.0 3.70 4.50 3.40 225.00 - 38.1 160.0 N TAG 4 ETG 3-4*
TGFH 45-5 45.0 4.70 5.50 4.00 225.00 - 38.1 160.0 N TAG 5 ETG 5-7*
TGFH 45-6 45.0 5.70 6.50 5.20 225.00 - 38.1 160.0 N TAG 6 ETG 5-7*
TGFH 45-7 45.0 6.80 7.50 6.00 225.00 - 38.1 160.0 N TAG 7 ETG 5-7*
TGFH 52-7 52.6 6.80 7.50 6.00 190.00 - 45.2 190.0 N TAG 7 ETG 5-7*
TGFH 53-7 52.6 6.80 7.50 6.00 260.00 - 45.2 220.0 N TAG 7 ETG 5-7*
TGFH 52K-8 (1) 52.6 7.70 8.50 7.20 190.00 - 45.2 190.0 Y TAG 8 ETG 8-12*
TGFH 53K-8 (1) 52.6 7.70 8.50 7.20 260.00 - 45.2 215.0 Y TAG 8 ETG 8-12*
TGFH 52K-9 (1) 52.6 8.70 10.00 8.20 190.00 - 45.2 190.0 Y TAG 9 ETG 8-12*
TGFH 53K-9 (1) 52.6 8.70 10.00 8.20 260.00 - 45.2 215.0 Y TAG 9 ETG 8-12*
TGFHR/L 53K-12 (1) 52.6 11.70 12.70 10.00 260.00 - 45.2 215.0 Y TAG 12 ETG 8-12*
TGFH 100-9 100.0 8.70 10.00 8.20 460.00 - 92.5 450.0 N TAG 9 ETG 8-12*
TGFH 100-12 100.0 11.70 12.70 10.00 460.00 - 92.5 450.0 N TAG 12 ETG 8-12*
TGFH 150-12 150.0 11.70 12.70 10.00 610.00 - 142.5 600.0 N TAG 12 ETG 8-12*
• For user guide, see pages 416-422
(1) With coolant holes, the recommended coolant pressure is 10 bar min.; cooling tube SGCU 341 should be ordered separately
(2) Thickness beyond the D.O.C. area is 2.50 mm
(3) Thickness beyond the D.O.C. area is 1.60 mm
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C
(399) • TAG R/L-J/JS (401) • TAGB/TAGBA (284)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBR/L (473) • SGTBU/SGTBN (472) •
UBHCR/L (473)
TGFH/R/L
Blades with Tangentially Oriented
Pocket Carrying TANG-GRIP Single-
Ended Inserts for Parting and Grooving
Coolant inlet SGCU-341 (should be ordered separately) Coolant outlet
ISCAR
390
PARTING
l1
Dmax W
B1
h1
A
Min Max
Min Max
Min Max
Bar Max
Designation B1W min W max A l1h1D max Insert
TGFH 26C-3-JHP 26.0 2.80 3.50 2.50 140.00 21.4 75.0 TAG 3 SGC 340 ETG 3-4-SH*
TGFH 32C-3-JHP 32.0 2.80 3.50 2.50 150.00 24.8 90.0 TAG 3 SGC 340 ETG 3-4-SH*
TGFH 26C-4-JHP 26.0 3.70 4.50 3.40 140.00 21.4 75.0 TAG 4 SGC 340 ETG 3-4-SH*
TGFH 32C-4-JHP 32.0 3.70 4.50 3.40 150.00 24.8 90.0 TAG 4 SGC 340 ETG 3-4-SH*
TGFH 32C-5-JHP 32.0 4.70 5.50 4.00 160.00 24.8 120.0 TAG 5 SGC 340 ETG 5-7*
TGFH 32C-6-JHP (1) 32.0 5.70 6.50 5.20 160.00 24.8 120.0 TAG 6 SGC 340 ETG 5-7*
• For user guide and accessories, see pages 416-422
(1) Only an upper channel
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401) • TAGB/TAGBA (284)
For holders, see pages: TGTBU-JHP (393)
TGFH-JHP
Parting and Grooving Blades with
Channels for Low and High Pressure
Coolant Carrying TANG-GRIP Inserts
TGFH 19-2S TGFH 19-3S
l1
H2h1
B
1
l2
W
h4A
Designation B1W min W max A l1h1H2h4l2Tmax-r D max
TGFH 19-2S 19.0 1.80 2.40 1.65 32.00 15.7 19.0 - - 12.00 36.0 ETG 2*
TGFH 19-3S 19.0 2.80 3.50 2.50 32.00 15.7 22.0 3.0 15.5 16.00 40.0 ETG 3-4-SH*
• For Dmax and Tmax drawing, see SGBHR/L holder
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
TGFH-S
Parting and Grooving Single-Sided
Blades for TANG-GRIP Inserts
h
12 l2h4
10.3
h
b
l1
B1
Right-hand shown
Designation h b h4l1B1l2Tmax-r D max
SGBHR/L 1010 10.0 10.0 10.0 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
SGBHR 1212 12.0 12.0 8.0 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
SGBHR 1414 14.0 14.0 6.0 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
SGBHR/L 1616 16.0 16.0 6.0 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
SGBHR/L 2020 20.0 20.0 2.0 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
SGBHR/L 2525 25.0 25.0 - 154.00 19.0 20.0 16.00 40.0 SR M5X25DIN912 HW 4.0
• For Dmax and Tmax dimensions, see TGFH-S adapters
For tools, see pages: TGFH-S (390)
SGBHR/L
Tool Blocks for SELF-GRIP
Single-Sided Blades
391
PARTING
l1l1W
h1 B1
A
A2
Dmax
TGFHR 32... TGFHR 26...
Right-hand shown
Designation B1W min W max A A2l1h1D max
TGFHL 26T16-2 26.0 1.80 2.40 1.65 7.9 110.50 21.4 43.0 ETG 2*
TGFHR 26T16-3 26.0 2.80 3.50 2.50 7.9 110.50 21.4 43.0 ETG 3-4-SH*
TGFHR/L 26T23-2 26.0 1.80 2.40 1.65 7.9 110.50 21.4 46.0 ETG 2*
TGFHR/L 26T23-3 26.0 2.80 3.50 2.50 7.9 110.50 21.4 46.0 ETG 3-4-SH*
TGFHR/L 32T22-2 32.0 1.80 2.40 1.65 7.9 110.50 24.8 42.0 ETG 2*
TGFHR/L 32T22-3 32.0 2.80 3.50 2.50 7.9 110.50 24.8 42.0 ETG 3-4-SH*
TGFHR/L 32T33-3 32.0 2.80 3.50 2.50 7.9 110.50 24.8 66.0 ETG 3-4-SH*
TGFHR/L 32T33-4 32.0 3.70 4.50 3.40 7.9 110.50 24.8 66.0 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBR/L (473) • SGTBU/SGTBN (472) •
UBHCR/L (473)
TGFHR/L
Single- and Double-Ended
Parting and Grooving Reinforced
Blades Carrying TANG-GRIP
Tangentially Clamped Inserts
TGFHL... TGFHR... TGFHR...L TGFHL...R
W
A
A2
h1B1
l1
Tmax-r
Min Max
Bar Max
Designation W min W max A2A l1B1h1Tmax-r Insert
TGFHR/L 32C-3T33-JHP 2.80 3.50 7.9 2.50 110.50 32.0 24.8 33.00 TAG 3 ETG 3-4-SH* SGC 340
TGFHL 32C-3T33R-JHP 2.80 3.50 7.9 2.50 110.50 32.0 24.8 33.00 TAG 3 ETG 3-4-SH* SGC 340
TGFHR 32C-3T33L-JHP 2.80 3.50 7.9 2.50 110.50 32.0 24.8 33.00 TAG 3 ETG 3-4-SH* SGC 340
• For user guide and accessories see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: TGTBU-JHP (393)
SGC 340
T-2010/5
TGFHR/L-JHP
Parting and Grooving Reinforced
Blades with Channels for High
Pressure Coolant Carrying
TANG-GRIP Inserts
ISCAR
392
PARTING
30 40 50 60 MAX.
30 40 50 60 MAX.
l1W
A
150°
B1
h1
Dmax
TGSU ...-4Z
1
2
3 1
4 2
Designation B1W min W max D max NOP(2) A l1h1Insert
TGSU 35-1.4-IQ 35.0 1.40 1.40 35.0 2 2.50 (3) 180.00 33.2 N TAG 1.4 ETG 1.4/1.6*
TGSU 35-2-IQ 35.0 1.80 2.40 59.5 2 2.50 (4) 160.00 33.2 N TAG 2 ETG 2*
TGSU 35-3-IQ-4Z 35.0 2.80 3.50 120.0 4 2.50 180.00 33.2 N TAG 3 ETG 3-4-SH*
TGSU 35-4-IQ-4Z 35.0 3.70 4.50 120.0 4 3.40 180.00 33.2 N TAG 4 ETG 3-4-SH*
TGSU 35-5-IQ 35.0 4.70 5.50 144.0 2 4.00 180.00 33.2 N TAG 5 ETG 5-7*
TGSU 35-6-IQ 35.0 5.70 6.50 144.0 2 5.20 180.00 33.2 N TAG 6 ETG 5-7*
TGSU 35-7-IQ 35.0 6.80 7.50 144.0 2 6.00 180.00 33.2 N TAG 7 ETG 5-7*
TGSU 35C-8-IQ (1) 35.0 7.70 8.50 144.0 2 7.20 180.00 33.2 Y TAG 8 ETG 8-12*
TGSU 35C-9-IQ (1) 35.0 8.70 10.00 144.0 2 8.20 180.00 33.2 Y TAG 9 ETG 8-12*
TGSU 56C-7-IQ (1) 56.0 6.80 7.50 220.0 2 6.00 260.00 53.6 Y TAG 7 ETG 5-7*
TGSU 56C-8-IQ (1) 56.0 7.70 8.50 220.0 2 7.20 260.00 53.6 Y TAG 8 ETG 8-12*
TGSU 56C-9-IQ (1) 56.0 8.70 10.00 220.0 2 8.20 260.00 53.6 Y TAG 9 ETG 8-12*
• For user guide, see pages 416-422
(1) C- Internal coolant, use with TGTBU HD blocks only; cooling tube SGCU 341 should be ordered separately
(2) Number of pockets
(3) Thickness at the D.O.C. area is 1.05 mm
(4) Thickness at the D.O.C. area is 1.65 mm
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401) • TAGB/TAGBA (284)
For holders, see pages: TGTBU (392)
31
4
2
TGSU 35-3-IQ-4
TGSU 35-4-IQ-4
TGSU
Parting and Grooving Flat Top Blades
with Tangential Pockets Carrying
TANG-GRIP Single-Ended Inserts
B1
L3
A1
b
h4
H2h
L
Choose blade by B1 dimension
Designation h b B1L3A1H2h4L
TGTBU 20-35 20.0 19.0 35.0 6.00 38.00 56.0 23.7 110.00 BKU 110 SR M6X30 DIN912 HW 5.0
TGTBU 25-35 25.0 23.0 35.0 6.00 42.00 56.0 18.7 110.00 BKU 110 SR M6X30 DIN912 HW 5.0
TGTBU 32-35 32.0 29.0 35.0 6.00 48.00 56.0 11.7 110.00 BKU 110 SR M6X30 DIN912 HW 5.0
TGTBU 32-35 HD (1) 32.0 30.0 35.0 8.00 55.00 64.0 18.0 130.00 BK 509 SR M8X30DIN912 HW 6.0
TGTBU 40-35 40.0 41.0 35.0 6.00 60.00 56.0 3.7 110.00 BKU 110 SR M6X30 DIN912 HW 5.0
TGTBU 40-35 HD (1) 40.0 41.0 35.0 8.00 66.00 64.0 10.0 130.00 BK 509 SR M8X30DIN912 HW 6.0
TGTBU 40-56 HD (1) 40.0 41.0 56.0 8.00 66.00 72.0 28.0 130.00 BK 509 SR M8X30DIN912 HW 6.0
(1) HD - recommended blocks for TGSU...-8, TGSU...-9 blades
For tools, see pages: TGSU (392)
TGTBU
Tool Blocks for TGSU Parting
and Grooving Blades
393
PARTING
L
H
2
A
1
L
3
h
b
h
4
B1
G 1/8"-28
Choose blade by B1 dimension.
Bar Max
Designation h b B1A1H2h4L3L
TGTBU 16-5G-JHP 16.0 16.9 26.0 35.60 29.9 13.1 4.10 86.00 BKU 86 SR M6X16 DIN912 HW 5.0
TGTBU 20-5G-JHP 20.0 20.9 26.0 39.60 33.9 9.1 4.10 86.00 BKU 86 SR M6X16 DIN912 HW 5.0
TGTBU 20-6G-JHP 20.0 19.0 32.0 39.20 36.4 15.0 5.30 100.00 BKU 100 SR M6X16 DIN912 HW 5.0
TGTBU 25-5G-JHP 25.0 26.1 26.0 44.10 39.0 5.5 4.10 110.00 BKU 105 SR M6X16 DIN912 HW 5.0
TGTBU 25-6G-JHP 25.0 23.0 32.0 43.20 41.4 8.0 5.30 110.00 BKU 110 SR M6X16 DIN912 HW 5.0
TGTBU 32-6G-JHP 32.0 29.0 32.0 49.20 48.4 5.0 5.30 110.00 BKU 110 SR M6X16 DIN912 HW 5.0
For tools, see pages: DGFH-JHP (229) • DGFHR/L-BC-JHP (371) • TGFH-JHP (390) • TGFHR/L-JHP (391)
TGTBU-JHP
Tool Blocks for Parting and Grooving
Blades for High Pressure Coolant
h4
l2
h1
h1
W
A
l1
Tmax-r TGFH 12MB-2
Designation W min W max A l1h1h4l2Tmax-r Insert
TGFH 12MB-2 L58 1.80 2.40 1.65 58.00 12.2 2.8 15.5 11.50 TAG 2 ETG 2*
TGFH 17MB-2 L58 1.80 2.40 1.65 58.00 17.2 - - 11.50 TAG 2 ETG 2*
TGFH 22MB-2 L58 1.80 2.40 1.65 58.00 22.2 - - 11.50 TAG 2 ETG 2*
TGFH 17MB-3 2.80 3.50 2.50 64.00 17.2 - - 12.00 TAG 3 ETG 3-4-SH*
TGFH 22MB-3 2.80 3.50 2.50 64.00 22.2 - - 12.00 TAG 3 ETG 3-4-SH*
TGFH 22MB-3-L84 2.80 3.50 2.50 84.00 22.2 - - 16.00 TAG 3 ETG 3-4-SH*
TGFH 28MB-3 2.80 3.50 2.50 100.00 28.0 - - 19.00 TAG 3 ETG 3-4-SH*
TGFH 17MB-4 3.70 4.50 3.40 70.00 17.2 - - 14.00 TAG 4 ETG 3-4-SH*
TGFH 22MB-4 3.70 4.50 3.40 70.00 22.2 - - 14.00 TAG 4 ETG 3-4-SH*
TGFH 22MB-4-L90 3.70 4.50 3.40 90.00 22.2 - - 17.00 TAG 4 ETG 3-4-SH*
TGFH 28MB-4 3.70 4.50 3.40 100.00 28.0 - - 19.00 TAG 4 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
TGFH-MB
Parting and Grooving Blades for
Other Manufacturers Blocks
Dmax
h1
l1
B1
A2
A
W
Designation W min W max A A2l1D max h1B1Insert
TGAD 1.4N 1.40 1.40 3.20 1.1 41.50 32.0 24.0 29.0 TAG 1.4 ETG 1.4/1.6*
TGAD 2N 1.80 2.40 3.20 1.7 41.50 32.0 24.0 30.0 TAG 2 ETG 2*
TGAD 3N 2.80 3.50 4.00 2.4 41.50 35.0 24.0 30.0 TAG 3 ETG 3-4-SH*
TGAD 4N 3.70 4.50 3.20 3.2 50.50 50.0 24.0 30.0 TAG 4 ETG 3-4-SH*
TGAD 5N 4.70 5.50 4.00 4.0 50.50 50.0 24.0 30.0 TAG 5 ETG 5-7*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • HSK A63WH-MAHUR/L (482) • HSK A63WH-MAHDR-45
(481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
TGAD
Parting and Grooving Adapters
for TANG-GRIP Tangentially
Clamped Inserts
ISCAR
394
PARTING
l1
h1
f2
W
A2
A
HOLDER: MAHPR-...-JHP
HOLDER: MAHL-...-JHP
l2
B1
f=f1(shank)+f2(adapter)
Bar Max
Designation W min W max D max l2f2A A2l1B1h1Insert
TAGPAD 2R/L-D42-JHP 1.80 2.40 42.0 24.0 5.18 1.65 6.0 48.40 33.0 24.0 TAG 2 ETG 2* SR M3X3DIN913
TAGPAD 2R/L-D52-JHP 1.80 2.40 52.0 29.0 5.18 1.65 6.0 53.40 33.0 24.0 TAG 2 ETG 2* SR M3X3DIN913
TAGPAD 3R/L-D42-JHP 2.80 3.50 42.0 24.0 4.80 2.40 6.0 48.40 33.0 24.0 TAG 3 ETG 3-4-SH* SR M3X3DIN913
TAGPAD 3R/L-D52-JHP 2.80 3.50 52.0 29.0 4.80 2.40 6.0 53.40 33.0 24.0 TAG 3 ETG 3-4-SH* SR M3X3DIN913
• For user guide and accessories see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: MAHR/L-JHP-MC (236)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
TAGPAD 2R/L-D42-JHP 567
TAGPAD 2R/L-D52-JHP 567
TAGPAD 3R/L-D42-JHP 8.5 10 12
TAGPAD 3R/L-D52-JHP 8.5 10 12
TAGPAD-JHP
Parting and Grooving Adapters with
Coolant Channels for High Pressure
Carrying TANG-GRIP Inserts
Coolant inlet
OAL
HF
WF
OAH
WB_2
WB
CW
33
Coolant
outlet
CUTDIA
Bar Max
Designation W min W max f2A A2l1B1h1D max Insert
TAGPAD-XL 3R/L-D52-JHP 2.80 3.50 4.80 2.40 6.0 53.40 43.0 34.0 52.0 TAG 3 ETG 3-4-SH* SR M3X3DIN913
TAGPAD-XL 3R/L-D65-JHP 2.80 3.50 4.80 2.40 6.0 59.90 43.0 34.0 65.0 TAG 3 ETG 3-4-SH* SR M3X3DIN913
TAGPAD-XL 3R/L-D82-JHP 2.80 3.50 4.80 2.40 6.0 70.40 43.0 34.0 82.0 TAG 3 ETG 3-4-SH* SR M3X3DIN913
• For user guide and accessories, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: MAHR/L-MG-XL-JHP (394) • MAHR/L-MG-XL-JHP-MC (395)
TAGPAD-XL-JHP
Parting and Grooving Extra
Long Adapters with Channels
for High Pressure Coolant
Carrying TANG-GRIP Inserts
OAL
HBH
HF H
B
HBKW
WF
G1/8x3
Right-hand
Left-hand f=f1(shank)+f2(adapter)
Bar Max
MAHR/L-MG-XL-JHP
Holders with High Pressure Coolant
Channels for Interchangeable Adapters
• For user guide and accessories, see pages 416-422
For tools, see pages: TAGPAD-XL-JHP (394).
Designation h b l1h4f1f3
MAHR/L 20-MG-XL-JHP 20.0 20.0 149.10 24.0 14.0 4.00
MAHR/L 25-MG-XL-JHP 25.0 25.0 149.10 19.0 19.0 9.00
Spare Parts
Designation
MAHR/L 20-MG-XL-JHP SR M6X12DIN6912 HW 5.0 SR M5-04451 T-20/5 OR 5X1N SR M4X3 DIN913 PLG 1/8BSP TL360
MAHR/L 25-MG-XL-JHP SR M6X12DIN6912 HW 5.0 SR M5-04451 T-20/5 OR 5X1N SR M4X3 DIN913 PLG 1/8BSP TL360
395
PARTING
h1
fh4
l1
l2
B1H2
A
W
a°
Designation W min W max B1A l1H2h1l2f h4D max a° Insert
TGFS 0-17-2 1.80 2.40 17.2 1.65 110.00 17.2 17.2 - 18.0 1.8 35.0 0 TAG 2 ETG 2*
TGFS 0-17-3 2.80 3.50 17.2 2.50 110.00 19.0 17.2 - 18.0 1.8 60.0 0 TAG 3 ETG 3-4-SH*
TGFS 5-17-2 1.80 2.40 17.4 1.65 110.00 18.9 17.5 18.0 18.0 1.5 35.0 5 TAG 2 ETG 2*
TGFS 5-17-3 2.80 3.50 17.4 2.50 110.00 20.7 17.5 18.0 18.0 1.5 60.0 5 TAG 3 ETG 3-4-SH*
TGFS 5-17-4 3.70 4.50 17.4 3.40 110.00 20.7 17.5 18.0 18.0 1.5 60.0 5 TAG 4 ETG 3-4-SH*
TGFS 5-22-2 1.80 2.40 22.2 1.65 150.00 23.8 22.4 18.0 - - 50.0 5 TAG 2 ETG 2*
TGFS 5-22-3 2.80 3.50 22.2 2.50 150.00 24.1 22.4 18.0 - - 75.0 5 TAG 3 ETG 3-4-SH*
TGFS 5-22-4 3.70 4.50 22.2 3.40 150.00 24.1 22.4 18.0 - - 80.0 5 TAG 4 ETG 3-4-SH*
TGFS 5-28-4 3.70 4.50 28.6 3.40 150.00 30.4 28.7 18.0 - - 100.0 5 TAG 4 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
TGFS
Blades for Multi-Spindle
Machines - Replacement for
HSS and Brazed Tools
OAL
HBH
HF H
Coolant inlet
B
HBKW
WF
G1/8x3
Right-hand
Left-hand
Bar Max
Designation h b l1h4f1f3
MAHR/L 20-MG-XL-JHP-MC 20.0 20.0 116.10 10.0 14.0 4.00
MAHR/L 25-MG-XL-JHP-MC 25.0 25.0 114.00 10.0 19.0 9.00
• For Tmax, refer to the adapters data
For tools, see pages: DGPAD-XL-JHP (379) • TAGPAD-XL-JHP (394)
MAHR/L-MG-XL-JHP-MC
Holders with Bottom Fed Inlets for
High Pressure Coolant Channels
Carrying MODULAR-GRIP Adapters
Spare Parts
Designation
MAHR/L-MG-XL-JHP-MC SR M6X14-XT DIN 912 HW 5.0 SR M5-04451 T-20/5 OR 5X1N
MC Type Tools
for mounting on VDI DIN69880 toolholders
ISCAR
396
PARTING
l2
H2
h
l1
Dmax
h4
W
A
h
L3
b
Left-hand shown
Right-hand shown
Designation W min W max h b A l1H2l2L3h4D max Insert
TGTR/L 1010-1.4-IQ 1.40 1.45 10.0 10.0 1.05 140.00 15.0 - 15.50 5.0 20.0 TAG 1.4 ETG 1.4/1.6*
TGTR/L 1212-1.4-IQ 1.40 1.45 12.0 12.0 1.05 140.00 12.0 - 16.00 3.0 30.0 TAG 1.4 ETG 1.4/1.6*
TGTR/L 1616-1.4-IQ 1.40 1.45 16.0 16.0 1.05 140.00 16.0 - 16.00 - 30.0 TAG 1.4 ETG 1.4/1.6*
TGTR/L 2020-1.4-IQ 1.40 1.45 20.0 20.0 1.05 140.00 20.0 - 16.00 - 30.0 TAG 1.4 ETG 1.4/1.6*
TGTR/L 1010-1.6-IQ 1.60 1.64 10.0 10.0 1.30 120.00 - - 16.00 5.0 28.0 TAG 1.6 ETG 1.4/1.6*
TGTR/L 1212-1.6-IQ 1.60 1.64 12.0 12.0 1.30 120.00 - - 16.00 3.0 32.0 TAG 1.6 ETG 1.4/1.6*
TGTR/L 1616-1.6-IQ 1.60 1.64 16.0 16.0 1.30 120.00 - - 16.00 - 35.0 TAG 1.6 ETG 1.4/1.6*
TGTR/L 1010-2-IQ 1.80 2.40 10.0 10.0 1.65 150.00 15.0 - 15.50 5.0 28.0 TAG 2 ETG 2*
TGTR/L 1212-2-IQ 1.80 2.40 12.0 12.0 1.65 150.00 15.0 - 17.00 3.0 32.0 TAG 2 ETG 2*
TGTR/L 1612-2-L120-IQ 1.80 2.50 16.0 12.0 1.65 120.00 16.0 - 16.00 - 35.0 TAG 2 ETG 2*
TGTR/L 1616-2-IQ 1.80 2.40 16.0 16.0 1.65 150.00 16.0 - 16.00 - 35.0 TAG 2 ETG 2*
TGTR/L 2012-2-IQ 1.80 2.40 20.0 12.0 1.65 125.00 20.0 - 16.00 - 35.0 TAG 2 ETG 2*
TGTR/L 1212-3-IQ 2.80 3.50 12.0 12.0 2.50 150.00 19.0 - 19.00 7.0 32.0 TAG 3 ETG 3-4-SH*
TGTR/L 1612-3-L120-IQ 2.80 3.50 16.0 12.0 2.50 120.00 19.0 - 19.00 3.0 35.0 TAG 3 ETG 3-4-SH*
TGTR/L 1616-3-IQ 2.80 3.50 16.0 16.0 2.50 150.00 19.0 - 19.00 3.0 35.0 TAG 3 ETG 3-4-SH*
TGTR/L 2012-3-IQ 2.80 3.50 20.0 12.0 2.50 125.00 20.0 - 19.00 - 43.0 TAG 3 ETG 3-4-SH*
TGTR/L 2020-3-IQ 2.80 3.50 20.0 20.0 2.50 120.50 21.7 23.4 19.00 - 54.0 TAG 3 ETG 3-4*
TGTR/L 2525-3-IQ 2.80 3.50 25.0 25.0 2.50 150.50 26.7 23.4 19.00 - 56.0 TAG 3 ETG 3-4*
TGTR 2525K-3 (1) 2.80 3.50 25.0 25.0 2.50 150.00 26.7 23.4 19.00 - 56.0 TAG 3 ETG 3-4*
TGTR/L 2020-4-IQ 3.70 4.50 20.0 20.0 3.40 120.50 21.7 23.4 19.00 - 57.0 TAG 4 ETG 3-4*
TGTR/L 2525-4-IQ 3.70 4.50 25.0 25.0 3.40 150.50 26.7 23.4 19.00 - 65.0 TAG 4 ETG 3-4*
TGTR/L 2020-5-IQ 4.70 5.50 20.0 20.0 4.00 120.00 21.7 - 19.00 - 57.0 TAG 5 ETG 5-7*
TGTR/L 2525-5-IQ 4.70 5.50 25.0 25.0 4.00 150.00 25.0 - 19.00 - 76.0 TAG 5 ETG 5-7*
TGTR/L 2525-6-IQ 5.70 6.50 25.0 25.0 5.20 150.00 25.0 - 19.00 - 76.0 TAG 6 ETG 5-7*
• For user guide, see pages 416-422
(1) With coolant
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401) • TAGB/TAGBA (284)
TGTR/L-IQ
Integral Shank TANG-GRIP
Toolholders for Parting and Grooving
Dmax
h
b
A
W
l1
L2Left-hand shown
Designation W min W max D max h b A l1L2Insert
TGTR/L 2020-3-IQ-2Z 2.80 3.50 54.0 20.0 20.0 2.50 150.00 98.90 TAG 3 ETG 3-4-SH*
TGTR/L 2525-3-IQ-2Z 2.80 3.50 56.0 25.0 25.0 2.50 150.00 98.00 TAG 3 ETG 3-4-SH*
TGTR/L 2020-4-IQ-2Z 3.70 4.50 57.0 20.0 20.0 3.40 150.00 95.00 TAG 4 ETG 3-4-SH*
TGTR/L 2525-4-IQ-2Z 3.70 4.50 65.0 25.0 25.0 3.40 150.00 88.00 TAG 4 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
TGTR/L-IQ-2Z
Integral Shank TANG-GRIP
Toolholders with 2 Pockets
for Parting and Grooving
397
PARTING
l1
l2
A
W
Tmax-r
h4
h h1
b
D
max
10.8
Dmax
TGTR/L 10
Right-hand shown
Designation W min W max h h1b A l1l2h4Tmax-r D max(1)
TGTR/L 1010-2T10SH-L120-IQ 1.80 2.50 10.0 10.1 10.0 1.65 120.00 15.0 5.0 10.00 26.0 ETG 2-SH-T*
TGTR/L 1212-2T15SH-L120-IQ 1.80 2.50 12.0 12.1 12.0 1.65 120.00 15.0 3.0 15.00 30.0 ETG 2-SH-T*
TGTR/L 1616-2T18SH-L120-IQ 1.80 2.50 16.0 16.1 16.0 1.65 120.00 - - 18.00 36.0 ETG 2-SH-T*
• For user guide, see pages 416-422
(1) For parting
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
TGTR/L-2T..SH-L120
Integral Shank Short-Head TANG-GRIP
Toolholders for Parting and Grooving
W
H2
h
A
l1
h4
l2
h
Dmax
20-25 mm shanks 10-16 mm shanks
Th (Inlet ports)
b
Left-hand shown
Bar Max
Designation W min W max h b A l1H2l2h4ThD max Insert
TGTR/L 1010-2JHP 1.80 2.50 10.0 10.0 1.72 100.00 19.5 18.5 5.0 UNF 5/16-24 24.0 TAG 2
TGTR/L 1212-2JHP 1.80 2.50 12.0 12.0 1.72 100.00 19.5 18.5 3.0 UNF 5/16-24 24.0 TAG 2
TGTR/L 1616-2JHP 1.80 2.50 16.0 16.0 1.72 120.00 21.5 25.5 - UNF 5/16-24 35.0 TAG 2
TGTR/L 2012-2JHP 1.80 2.50 20.0 12.0 1.72 120.00 25.6 25.5 - UNF 5/16-24 35.0 TAG 2
TGTR/L 1616-3JHP 2.80 3.50 16.0 16.0 2.50 120.00 24.5 25.5 3.0 UNF 5/16-24 35.0 TAG 3
TGTR/L 2020-3JHP 2.80 3.50 20.0 20.0 2.50 120.00 27.0 35.0 - G 1/8-28 54.0 TAG 3
TGTR/L 2525-3JHP 2.80 3.50 25.0 25.0 2.50 150.00 32.5 35.0 - G 1/8-28 56.0 TAG 3
TGTR/L 2020-4JHP 3.70 4.50 20.0 20.0 3.40 120.00 27.0 35.0 - G 1/8-28 54.0 TAG 4
TGTR/L 2525-4JHP 3.70 4.50 25.0 25.0 3.40 150.00 32.5 35.0 - G 1/8-28 56.0 TAG 4
• For user guide and accessories, see pages 416-422
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
TGTR/L...-2JHP 2-4 4-6 6-8
TGTR/L...-3JHP 7-9 9-11 11-13
TGTR/L...-4JHP
7-9 9-11 11-13
Spare Parts
Designation
TGTR/L 1010-2JHP ETG 2-SH-T* SR 5/16XUNF-TL-S HW 5/32"
TGTR/L 1212-2JHP ETG 2-SH-T* SR 5/16UNF TL360 HW 5/32"
TGTR/L 1616-2JHP ETG 2* SR 5/16UNF TL360 HW 5/32"
TGTR/L 2012-2JHP ETG 2* SR 5/16UNF TL360 HW 5/32"
TGTR/L 1616-3JHP ETG 3-4-SH* SR 5/16UNF TL360 HW 5/32"
TGTR/L 2020-3JHP ETG 3-4-SH* PLG 1/8BSP TL360 HW 5.0
TGTR/L 2525-3JHP ETG 3-4-SH* PLG 1/8BSP TL360 SR 5/16UNF TL360
TGTR/L 2020-4JHP ETG 3-4-SH* PLG 1/8BSP TL360 HW 5.0
TGTR/L 2525-4JHP ETG 3-4-SH* PLG 1/8BSP TL360 SR 5/16UNF TL360
* Optional, should be ordered separately
TGTR/L-JHP
Parting and Grooving Toolholders
with Channels for High Pressure
Coolant Carrying TANG-GRIP Inserts
ISCAR
398
PARTING
54
Dmax
W
A3.5
l1
h1
...TR-D36R ...TR-D36
B1
Designation B1W min W max A l1h1D max Insert
TGFHL 26-2TR-D36 26.0 1.80 2.40 1.65 110.00 21.4 36.0 TAG 2 ETG 2*
TGFHL 26-2TR-D36R 26.0 1.80 2.40 1.65 110.00 21.4 36.0 TAG 2 ETG 2*
TGFHL 26-3TR-D36 26.0 2.80 3.50 2.50 110.00 21.4 36.0 TAG 3 ETG 3-4-SH*
TGFHL 26-3TR-D36R 26.0 2.80 3.50 2.50 110.00 21.4 36.0 TAG 3 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
For holders, see pages: SGTBR/L (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
INDEX
TGFHL-TR
Reinforced Blades for Traub and
Index Machines Carrying TANG-GRIP
Tangentially Clamped Inserts
hh
h4
l2
Wf
bA
L3
Dmax
l
1TGTR/L 16TGTR/L 20
Dmax
D1max
A1
A
L3
Right-hand shown
Designation W W min W max h b A A1l1l2f h4D max D1 max L3Insert
TGTR/L 1616-2-D52-IQ 2.00 1.80 2.40 16.0 16.0 1.65 3.50 125.00 40.0 15.2 14.0 52.0 65.0 6.00 TAG 2 ETG 2*
TGTR/L 2020-2-D65-IQ 2.00 1.80 2.40 20.0 20.0 1.65 - 125.00 40.0 19.2 10.0 65.0 - 18.00 TAG 2 ETG 2*
TGTR/L 1616-3-D52-IQ 3.00 2.80 3.50 16.0 16.0 2.50 3.50 125.00 40.0 14.8 14.0 52.0 65.0 6.00 TAG 3 ETG 3-4-SH*
TGTR/L 2020-3-D65-IQ 3.00 2.80 3.50 20.0 20.0 2.50 - 125.00 40.0 18.8 10.0 65.0 - 18.00 TAG 3 ETG 3-4-SH*
• For user guide, see pages 416-422
* Optional, should be ordered separately
For inserts, see pages: TAG N-A (402) • TAG N-C/W/M (399) • TAG N-J/JS/JT (400) • TAG N-LF (401) • TAG N-MF (400) • TAG N-UT (402) • TAG R/L-C (399) •
TAG R/L-J/JS (401)
Depth Capacity DGTR/L-D
Table Determining Depth of Cut
Function of Workpiece Diameter
Designation T
max
TGTR/L 1616-2-D52-IQ 20 25 19 16 15 13 11 10 9 8
TGTR/L 2020-2-D65-IQ 20 25 30 31 29 26 24 23 22 20
TGTR/L 1616-3-D52-IQ 20 25 20 17 15 13 11 10 9 8
TGTR/L 2020-3-D65-IQ 20 25 30 31 29 26 24 23 22 20
D 40 50 60 70 80 100 120 150 200 300
D
T
TGTR/L-D
Integral Shank TANG-GRIP Toolholders
with Reinforced Blades for Parting and
Grooving Mainly Sub-Spindle Machines
399
PARTING
W
CW
7º
R
WR
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R±0.04
IC830
IC928
IC5400
IC808
IC908
IC30N
IC20
IC807
f groove
(mm/rev)
TAG N1.4C 1.40 0.05 0.16 •0.04-0.10
TAG N1.6C 1.60 0.05 0.16 • • 0.04-0.14
TAG N2C 2.00 0.05 0.20 • • • • • 0.05-0.16
TAG N2.4C 2.40 0.04 0.16 • • 0.06-0.18
TAG N3CB (1) 3.00 0.05 0.35 • • 0.12-0.30
TAG N3C 3.05 0.05 0.20 •••••••• 0.10-0.25
TAG N3M (2) 3.05 0.05 0.20 • • 0.06-0.18
TAG N3W 3.05 0.05 0.20 • • 0.10-0.25
TAG N4C 4.00 0.05 0.24 ••••• •• 0.10-0.30
TAG N4CB (1) 4.00 0.05 0.40 • • 0.10-0.33
TAG N4M (2) 4.00 0.05 0.24 • • 0.06-0.20
TAG N4W 4.00 0.05 0.24 • • 0.10-0.30
TAG N4.8C 4.80 0.05 0.30 • • 0.10-0.35
TAG N5C 5.05 0.05 0.25 •••0.10-0.35
TAG N6.3C 6.30 0.10 0.35 • • 0.15-0.40
TAG N7W 7.00 0.10 0.50 • • 0.18-0.40
TAG N8C 8.00 0.10 0.50 • • 0.20-0.70
TAG N9.5C 9.50 0.10 0.50 • • 0.25-0.80
TAG N9.5W 9.50 0.10 0.50 • • 0.22-0.80
TAG N12.7W 12.70 0.10 0.85 • • 0.30-0.80
• Feed values for grade IC20 should be decreased by 50% • For cutting speed recommendations and user guide, see pages 416-422
(1) Larger corner radii for interrupted cut and high feed applications
(2) Similar to C-type, but with a modified edge; Improved chip control at medium feeds
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGBHR/L (282) • TGBHR/L-JHP (283) • TGFH-JHP (390) • TGFH-MB
(393) • TGFH-S (390) • TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) •
TGTR/L-D (398) • TGTR/L-IQ (396) • TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-C/W/M
Single-Ended Inserts for Parting,
Grooving and Slitting Bars, Hard
Materials and Tough Applications
WW
faº faº 7º
RR
RL
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.10 R±0.05 fa° W tol(±)
IC830
IC928
IC808
IC908
IC30N
f groove
(mm/rev)
TAG R/L2C-6D 2.05 0.20 6.0 0.10 • • 0.04-0.12
TAG R2.4C-8D 2.40 0.16 8.0 0.10 •0.05-0.13
TAG R/L3C-6D 3.00 0.20 6.0 0.10 •••• 0.08-0.18
TAG R3C-8D 3.00 0.20 8.0 0.10 •0.06-0.16
TAG R/L3C-15D 3.00 0.20 15.0 0.10 •••• 0.08-0.16
TAG R/L4C-4D 4.05 0.24 4.0 0.10 •••• 0.08-0.20
TAG R/L5C-4D 5.05 0.25 4.0 0.10 • • 0.10-0.25
TAG R/L6.3C-4D 6.35 0.35 4.0 0.10 • • 0.12-0.30
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGBHR/L (282) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390) •
TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398) •
TGTR/L-IQ (396) • TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG R/L-C
Single-Ended Inserts for Parting
Bars, Hard Materials and
Tough Parting Applications
ISCAR
400
PARTING
7°
R
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W W tol(±) R±0.03
IC830
IC5400
IC808
f groove
(mm/rev)
TAG N2MF 2.00 0.05 0.20 ••• 0.04-0.12
TAG N3MF 3.00 0.05 0.20 ••• 0.06-0.18
TAG N4MF 4.00 0.05 0.25 ••• 0.07-0.22
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390) • TGFH/R/L (283)
• TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398) • TGTR/L-IQ (396)
• TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-MF
Single-Ended Inserts for
Parting, Grooving and Slitting
Stainless and Alloy Steels at
Medium Feed Applications
W
JT J
7º
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R R±toler
IC830
IC928
IC5400
IC808
IC908
IC20
IC807
f groove
(mm/rev)
TAG N1.4J 1.40 0.16 0.050 •••0.03-0.10
TAG N1.6J 1.60 0.16 0.050 • • 0.03-0.12
TAG N2JS (1) 2.00 0.02 0.020 • • 0.03-0.08
TAG N2J 2.00 0.20 0.050 • • • • 0.04-0.12
TAG N2JT 2.00 0.20 0.050 ••••• 0.04-0.10
TAG N3JS (1) 3.05 0.02 0.020 • • 0.04-0.10
TAG N3J 3.05 0.20 0.050 ••••••• 0.04-0.16
TAG N3JT 3.05 0.20 0.050 • • • • 0.05-0.18
TAG N3.2JT 3.25 0.20 0.050 •0.05-0.18
TAG N4J 4.00 0.24 0.050 ••••• • 0.04-0.18
TAG N4JT 4.05 0.24 0.050 • • • • 0.06-0.20
TAG N5J 5.05 0.25 0.050 • • 0.05-0.20
TAG N5JT 5.05 0.25 0.050 • • • 0.06-0.22
TAG N6.3J 6.35 0.34 0.050 • • 0.06-0.22
TAG N6.3JT 6.35 0.34 0.050 • • 0.08-0.25
TAG N7JT 7.05 0.50 0.050 • • 0.10-0.28
• JT chipformer has the basic positive configuration of the J-type and a reinforced negative frontal edge; most suitable for soft materials at low to medium feeds.
• For cutting speed recommendations and user guide, see pages 416-422
(1) Sharp corners cannot be used on TGSF slitting cutters
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGBHR/L (282) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390)
• TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398)
• TGTR/L-IQ (396) • TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-J/JS/JT
Single-Ended Inserts for Parting,
Grooving and Slitting Soft Materials
401
PARTING
WW
7°
RR
fa° fa°
RL
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W R fa°
IC830
IC928
IC808
IC908
IC807
f groove
(mm/rev)
TAG R/L1.4J-8D 1.40 0.16 8.0 •••0.03-0.08
TAG R/L1.4JS-10D (1) 1.40 0.02 10.0 •••0.02-0.06
TAG R/L2J-6D 2.00 0.20 6.0 • • 0.03-0.10
TAG R/L2JS-6D (1) 2.00 0.02 6.0 • • 0.02-0.08
TAG R/L2J-15D 2.00 0.20 15.0 • • 0.03-0.08
TAG R/L2JS-15D (1) 2.00 0.02 15.0 • • 0.02-0.06
TAG R/L3J-6D 3.00 0.20 6.0 •••• 0.04-0.14
TAG R/L3JS-6D (1) 3.00 0.02 6.0 • • 0.03-0.10
TAG R/L3J-15D 3.00 0.20 15.0 •••• 0.04-0.12
TAG R/L3JS-15D (1) 3.00 0.02 15.0 • • 0.03-0.08
TAG R/L4J-4D 4.00 0.24 4.0 •••• 0.04-0.15
TAG R/L5J-4D 5.05 0.25 4.0 • • 0.05-0.18
TAG R/L6.3J-4D 6.35 0.35 4.0 • • 0.05-0.20
• For cutting speed recommendations and user guide, see pages 416-422
(1) Sharp corners cannot be used on TGSF slitting cutters
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGBHR/L (282) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390)
• TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398)
• TGTR/L-IQ (396) • TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG R/L-J/JS
TANG-GRIP Inserts for Parting
Soft Materials, Tubes, Small
Diameters and Thin-Walled Parts
W
R
7°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R±0.03
IC830
IC5400
IC808
f groove
(mm/rev)
TAG N2LF 2.00 0.20 ••• 0.03-0.08
TAG N3LF 3.05 0.20 ••• 0.04-0.10
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390) • TGFH/R/L (283)
• TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398) • TGTR/L-IQ (396)
• TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-LF
Single-Ended Inserts for Parting,
Grooving and Slitting Stainless Steel
ISCAR
402
PARTING
W
R
7°
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.04 R±0.04
IC830
IC808
IC908
f groove
(mm/rev)
TAG N2UT 2.00 0.20 ••• 0.03-0.10
TAG N3UT 3.00 0.30 • • 0.04-0.12
TAG N4UT 4.00 0.30 •0.05-0.15
TAG N5UT 5.00 0.30 •0.05-0.18
TAG N6UT 6.00 0.85 •0.06-0.22
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGBHR/L (282) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390)
• TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398)
• TGTR/L-IQ (396) • TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-UT
Single-Sided Inserts for Parting,
Grooving & Slitting at Low
Feeds on Cr-Ni Alloys, Ductile
Materials & Low Carbon Steel
10°
7°
WR
Dimensions Recommended Machining Data
Designation W±0.04 R±0.05
IC20
f groove
(mm/rev)
TAG N2A 2.10 0.20 •0.02-0.10
TAG N3A 3.05 0.20 •0.03-0.14
TAG N4A 4.05 0.24 •0.03-0.16
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: TAGPAD-JHP (394) • TAGPAD-XL-JHP (394) • TGAD (393) • TGFH-JHP (390) • TGFH-MB (393) • TGFH-S (390) • TGFH/R/L (283)
• TGFHL-TR (398) • TGFHR/L (391) • TGFHR/L-JHP (391) • TGFS (395) • TGSU (392) • TGTR/L-2T..SH-L120 (397) • TGTR/L-D (398) • TGTR/L-IQ (396)
• TGTR/L-IQ-2Z (396) • TGTR/L-JHP (397)
TAG N-A
Single-Ended Inserts for Parting,
Grooving and Slitting Aluminum
15.3 Ref.
WM
7° 5
R
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 3C 3.00 0.22 2.40 •••• 0.15-0.25
GIM 4C 4.00 0.25 3.40 •0.15-0.25
GIM 5C 5.00 0.40 4.00 •••• 0.15-0.30
GIM 6C 6.00 0.40 4.80 •••• 0.15-0.30
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIM-C
Parting and Grooving Single-Sided
Inserts for Parting Bars, Hard
Materials and Tough Applications
403
PARTING
WM
5
15.3 Ref.
7°
±0.1
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.2J 2.20 0.17 1.70 •••• 0.06-0.13
GIM 3J 3.00 0.25 2.40 ••••• 0.08-0.15
GIM 4J 4.00 0.25 3.20 •••• 0.08-0.18
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
• GHSR/L (312) • GHSR/L-JHP-SL (313)
GIM-J
Utility Single-Sided Inserts for
Parting and Grooving Soft Materials,
Parting Tubes and Small Diameters
5
7°
LA
RA
15.3 Ref.
±0.1
M
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R fa° M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.2J-8R/LA 2.20 0.17 8.0 1.70 ••••• 0.05-0.10
GIM 2.2JS-15R/LA 2.20 0.02 15.0 1.70 •••• 0.05-0.10
GIM 3J-4R/LA 3.00 0.25 4.0 2.40 • • • 0.05-0.12
GIM 3J-8R/LA 3.00 0.25 8.0 2.40 ••••• 0.05-0.12
GIM 3JS-15R/LA 3.00 0.02 15.0 2.40 • • • 0.05-0.12
GIM 4J-6R/LA 4.00 0.25 6.0 3.20 • • 0.08-0.15
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
GIM-J-RA/LA
Utility Single-Sided Inserts for
Parting and Grooving Soft Materials,
Parting Tubes and Small Diameters
WM
5
7°
R
15.3 Ref.
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 2.4 2.40 0.18 2.40 ••• 0.10-0.18
GIM 3 3.00 0.22 2.40 •••• 0.10-0.18
GIM 3.2 3.20 0.22 2.40 ••••• 0.10-0.20
GIM 4 4.00 0.25 3.20 ••••• 0.15-0.20
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIM-W
Single-Sided Inserts with
Central Ridged Chipformer and
Reinforced Edge for Parting
and Grooving Alloy Steel
ISCAR
404
PARTING
5
7˚
fa˚
fa˚
15.3 Ref.
M
±0.1
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R fa° M
IC656
IC328
IC354
IC908
IC20
f groove
(mm/rev)
GIM 3-4R/LA 3.00 0.20 4.0 2.40 ••••• 0.08-0.16
GIM 3-8R/LA 3.00 0.20 8.0 2.40 ••••• 0.08-0.16
GIM 3S-15RA 3.00 0.22 15.0 2.40 •0.08-0.16
GIM 3.2-4R/LA 3.20 0.22 4.0 2.40 • • • 0.08-0.16
GIM 3.2-8R/LA 3.20 0.22 8.0 2.40 •••• 0.08-0.16
GIM 4-4R/LA 4.00 0.25 4.0 3.20 • • • • 0.10-0.16
GIM 4-8R/LA 4.00 0.25 8.0 3.20 •••• 0.10-0.16
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIM-W-RA/LA
Single-Sided Screw-Clamped
Inserts with Central Ridged
Chipformer for Parting Alloy Steel
W
5
15.3 Ref.
±0.1
7°
RM
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.03 R M
IC656
IC328
f groove
(mm/rev)
GIM 4.6UT 4.60 0.60 3.80 • • 0.03-0.10
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIM-UT
Single-Ended Screw-Clamped Inserts
for Parting and Grooving at Low Feeds
on CrNi Alloys and Low Carbon Steel
5
7°
15.3 Ref.
R
W
fa° M
±0.1
Dimensions Recommended
Machining Data
Designation W±0.03 R fa° M
IC328
f groove
(mm/rev)
GIM 3UT-1.5RA 3.12 0.25 1.5 2.50 •0.03-0.10
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232)
GIM-UT-RA/LA
Single-Ended Screw-Clamped
Inserts for Parting at Low Feeds on
CrNi Alloys and Low Carbon Steel
20 Ref.
7˚
±0.1
WRM
5.5
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.04 R±0.03 M Tmax-r
IC830
IC808
IC20
IC20N
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMW 2.4 2.40 0.18 2.00 18.00 ••••0.25-1.50 0.07-0.12 0.05-0.08
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PADR/L (264) • PHGR/L (264) • PHSR/L (312)
GDMW 2.4
Utility Double-Ended Inserts for
External Turning, Grooving and Parting
405
PARTING
H2
h
l1
L3
l2
W
f
h
Dmax
h4
b
Left-hand shown
Designation h b W min W max f D max l1l2L3h4H2Insert
PCHR/L 12-D22-2-IQ 12.0 12.0 2.00 2.40 11.4 22.0 100.00 26.9 25.70 8.0 25.5 PENTA D22
PCHR/L 16-D22-2-IQ 16.0 16.0 2.00 2.40 15.4 22.0 120.00 26.9 23.20 4.0 25.5 PENTA D22
PCHR/L 20-D22-2-IQ 20.0 20.0 2.00 2.40 19.4 22.0 120.00 26.9 - - 25.5 PENTA D22
PCHR/L 12-D32-2-IQ 12.0 12.0 2.00 2.40 11.5 32.0 100.00 28.4 29.50 14.0 33.6 PENTA D32
PCHR/L 16-D32-2-IQ 16.0 16.0 2.00 2.40 15.5 32.0 120.00 28.4 29.50 10.0 33.6 PENTA D32
PCHR/L 20-D32-2-IQ 20.0 20.0 2.00 2.40 19.5 32.0 120.00 28.4 29.50 6.0 33.6 PENTA D32
PCHR/L 25-D32-2-IQ 25.0 25.0 2.00 2.40 24.5 32.0 120.00 28.4 - - 33.6 PENTA D32
PCHR/L 16-D40-3-IQ 16.0 16.0 3.00 3.20 14.7 40.0 135.00 33.3 36.80 17.0 43.5 PENTA D40
PCHR/L 20-D40-3-IQ 20.0 20.0 3.00 3.20 18.7 40.0 135.00 33.3 35.60 13.0 43.5 PENTA D40
PCHR/L 25-D40-3-IQ 25.0 25.0 3.00 3.20 23.7 40.0 135.00 33.3 33.60 8.0 43.5 PENTA D40
PCHR/L 32-D40-3-IQ 32.0 32.0 3.00 3.20 30.7 40.0 135.00 33.3 - - 43.5 PENTA D40
For inserts, see pages: PENTA D-N-C (407) • PENTA D-N-J (406) • PENTA D-N-PB (407) • PENTA D-R/L-C (407) • PENTA D-R/L-J (407)
• PENTA D-R/L-PB (408)
Tmax Dmax
(1) N.L = No Limit
Tmax as a Function of Dmax for PENTA D32
Tmax T≤1.2 T≤2 T≤3.0 T≤4.0 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤9.0 T≤16.0
Dmax N.L(1) N.L(1) 250 130 80 60 50 45 40 32
Tmax as a Function of Dmax for PENTA D22
Tmax T≤1.2 T≤2.0 T≤3.0 T≤4.0 T≤5.0 T≤7.0 T≤9.0 T≤11.0
Dmax N.L(1) 600 130 60 40 30 25 22
Tmax as a Function of Dmax for PENTA D40
Tmax
T≤1.2 T≤2 T≤3.0 T≤4.0 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤9.0 T≤10.0 T≤11.0 T≤12.0 T≤13.0 T≤16.0 T≤20.0
Dmax
N.L(1) N.L(1) N.L(1) 350 200 140 105 85 75 65 60 55 50 45 40
Spare Parts
Designation
PCHL 12-D22-2-IQ SR M6-R-L LEVER PD22-2 BLD T15/S7 SW6-SD
PCHR 12-D22-2-IQ SR M6-R-L LEVER PD22-2 BLD T15/S7 SW6-SD
PCHR/L 16-D22-2-IQ SR M6-R-L LEVER PD22-2 BLD T15/S7 SW6-SD
PCHR/L 20-D22-2-IQ SR M6-R-L LEVER PD22-2 BLD T15/S7 SW6-SD
PCHR/L 12-D32-2-IQ SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD
PCHR/L 16-D32-2-IQ SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD
PCHR/L 20-D32-2-IQ SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD
PCHR/L 25-D32-2-IQ SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD
PCHR/L 16-D40-3-IQ SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD
PCHR/L 20-D40-3-IQ SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD
PCHR/L 25-D40-3-IQ SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD
PCHR/L 32-D40-3-IQ SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD
PCHR/L-D-IQ
Grooving and Parting Holders Carrying
Inserts with 5 Cutting Edges
ISCAR
406
PARTING
H2
h
l1
L3
h4
l
2
Dmax
h1
b
Th (typx3)
f
W
Bar Max
Designation h b W min W max f D max l1l2L3h4H2ThInsert
PCHR/L 12-D22-2-JHP 12.0 12.0 2.00 2.40 11.0 22.0 101.50 29.0 29.50 8.0 32.0 UNF 5/16-24 PENTA D22
PCHR/L 16-D22-2-JHP 16.0 16.0 2.00 2.40 15.0 22.0 121.50 29.0 29.50 4.0 32.0 UNF 5/16-24 PENTA D22
PCHR/L 20-D22-2-JHP 20.0 20.0 2.00 2.40 19.0 22.0 121.50 29.0 29.50 - 32.0 G 1/8-28 PENTA D22
PCHR/L 12-D32-2-JHP 12.0 12.0 2.00 2.40 11.2 32.0 101.00 30.0 30.50 - 41.0 UNF 5/16-24 PENTA D32
PCHR/L 16-D32-2-JHP 16.0 16.0 2.00 2.40 15.0 32.0 101.00 30.0 30.50 10.5 41.0 UNF 5/16-24 PENTA D32
PCHR/L 20-D32-2-JHP 20.0 20.0 2.00 2.40 19.0 32.0 121.00 30.0 30.50 6.5 41.0 G 1/8-28 PENTA D32
PCHR/L 25-D32-2-JHP 25.0 25.0 2.00 2.40 24.0 32.0 121.00 30.0 30.50 1.5 41.0 G 1/8-28 PENTA D32
PCHR/L 16-D40-3-JHP 16.0 16.0 3.00 3.20 14.6 40.0 135.00 36.3 36.80 17.0 51.0 UNF 5/16-24 PENTA D40
PCHR/L 20-D40-3-JHP 20.0 20.0 3.00 3.20 18.6 40.0 135.00 35.1 35.60 13.0 51.0 G 1/8-28 PENTA D40
PCHR/L 25-D40-3-JHP 25.0 25.0 3.00 3.20 23.6 40.0 135.00 33.1 33.60 8.0 51.0 G 1/8-28 PENTA D40
For inserts, see pages: PENTA D-N-C (407) • PENTA D-N-J (406) • PENTA D-N-PB (407) • PENTA D-R/L-C (407) • PENTA D-R/L-J (407) • PENTA D-R/L-PB (408)
PCHR/L-D-JHP
Grooving and Parting Tools Carrying
Inserts with 5 Cutting Edges and
Channels for High Pressure Coolant
D
R
W
Designation
Dimensions
IC808G
Recommended
Machining Data
W±0.02 R D
f groove
(mm/rev)
PENTA D22N200J020 2.00 0.20 22.00 •0.04-0.12
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCHR/L-D-IQ (405)
PENTA D-N-J
Inserts with 5 Cutting Edges for Parting
and Grooving Soft Materials, Parting
Tubes, Small and Thin-Walled Parts
Tmax Dmax
PCHR/L D32-2...-JHP Dmax for Partting Off 32/T16
Tmax T≤1.0 T≤2.0 T≤3.0 T≤4.0 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤9.0 T≤10.0
Dmax 150 125 100 78 65 57 51 46 43 40
Tmax T≤11.0 T≤12.0 T≤13.0 T≤14.0 T≤15.0
Dmax 39 37 35 34 33
PCHR/L D40-3...-JHP Dmax for Partting Off 40/T20
Tmax T≤1.0 T≤2.0 T≤3.0 T≤4.0 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤9.0 T≤10.0
Dmax 400 300 200 145 114 95 82 73 66 61
Tmax T≤11.0 T≤12.0 T≤13.0 T≤14.0 T≤15.0 T≤16.0 T≤17.0 T≤18.0 T≤19.0
Dmax 57 54 51 49 47 46 45 44 42
PCHR/L D22-2...-JHP Dmax for Partting Off 22/T11
Tmax T≤1.0 T≤2.0 T≤3.0 T≤4.0 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤9.0 T≤10.0
Dmax
89 64 48 40 34 31 28 27 24 21
Flow Rate vs. Pressure
Designation
70 bar
Flow Rate (liters/min)
100 bar
Flow Rate (liters/min)
140 bar
Flow Rate (liters/min)
PCHR/L...-2JHP 2-4 4-6 6-8
PCHR/L...-3JHP 7-9 9-11 11-13
Spare Parts
Designation
PCHR/L 12-D32-2-JHP SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD HW 5/32" SR 5/16UNF TL360
PCHR/L 16-D32-2-JHP SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD HW 5/32" SR 5/16UNF TL360
PCHR/L 20-D32-2-JHP SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD HW 5.0 PLG 1/8BSP TL360 SR M4X6 DIN913 TL180
PCHR/L 25-D32-2-JHP SR M6-R-L LEVER PD32-2 BLD T15/S7 SW6-SD HW 5.0 PLG 1/8BSP TL360 SR M4X6 DIN913 TL180
PCHR/L 16-D40-3-JHP SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD HW 5/32" SR 5/16UNF TL360
PCHR/L 20-D40-3-JHP SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD HW 5.0 PLG 1/8BSP TL360
PCHR/L 25-D40-3-JHP SR M7-R-L LEVER PD40 BLD T20/S7 SW6-SD HW 5.0 PLG 1/8BSP TL360
407
PARTING
D
R
Wfa° Right-hand shown
Dimensions Recommended
Machining Data
Designation W R D fa°
IC808G
f groove
(mm/rev)
PENTA D22R/L200J-6D 2.00 0.20 22.00 6.0 •0.04-0.10
PENTA D22R/L200J-15D 2.00 0.20 22.00 15.0 •0.04-0.08
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCHR/L-D-IQ (405)
PENTA D-R/L-J
Inserts with 5 Cutting Edges for Parting
Tubes, Small and Thin-Walled Parts
D
R
W
Right-hand shown
Dimensions Recommended
Machining Data
Designation W±0.02 R D
IC808G
f groove
(mm/rev)
PENTA D32N200C020 2.00 0.20 30.25 •0.04-0.14
PENTA D40N300C020 3.02 0.20 37.80 •0.06-0.22
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCHR/L-D-IQ (405) • PCHR/L-D-JHP (406)
PENTA D-N-C
Inserts with 5 Cutting Edges for
Parting and Grooving Hard Materials,
Tough and General Applications
D
R
Wfa° Right-hand shown
Dimensions Recommended
Machining Data
Designation W R D fa°
IC808G
f groove
(mm/rev)
PENTA D32R/L200C-6D 2.00 0.20 30.25 6.0 •0.04-0.12
PENTA D32R/L200C-15D 2.00 0.20 30.25 15.0 •0.04-0.10
PENTA D40R/L300C-6D 3.00 0.20 37.80 6.0 •0.04-0.14
PENTA D40R/L300C-15D 3.00 0.20 37.80 15.0 •0.04-0.10
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCHR/L-D-IQ (405) • PCHR/L-D-JHP (406)
PENTA D-R/L-C
Inserts with 5 Cutting Edges for
Parting Hard Materials, Tough
and General Applications
D
R
W
Dimensions Recommended
Machining Data
Designation W±0.02 R D
f groove
(mm/rev)
PENTA D40N300PB020 IC808G 3.00 0.20 37.80 0.03-0.10
• For cutting speed recommendations and user guide, see pages 416-422
PENTA D-N-PB
Pentagonal Inserts for Parting
and Grooving Bearing Steel
and Other Ductile Materials
ISCAR
408
PARTING
D
R
Wfa° Right-hand shown
Dimensions Recommended Machining Data
Designation W R fa° D
f groove
(mm/rev)
PENTA D40R/L300PB-6D IC808G 3.00 0.20 6.0 37.80 0.03-0.08
PENTA D40R/L300PB-15D 808G 3.00 0.20 15.0 37.80 0.03-0.06
• For cutting speed recommendations and user guide, see pages 416-422
PENTA D-R/L-PB
Pentagonal Inserts for Parting Bearing
Steel and other Ductile Materials
W
R
M
T(1) 24
±0.04
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R M Tmax-r(1)
IC1008
IC908
IC807G
f groove
(mm/rev)
PENTA 24N050J000 0.50 0.00 4.00 1.00 •0.02-0.04
PENTA 24N050J004 0.50 0.04 4.00 2.50 •0.02-0.05
PENTA 24N080J000 0.80 0.00 4.00 1.60 •0.02-0.05
PENTA 24N100J004 1.00 0.04 4.00 3.50 •0.03-0.07
PENTA 24N100J006 1.00 0.06 4.00 3.50 • • 0.03-0.07
PENTA 24N104J000 1.04 0.00 4.00 2.00 •0.02-0.07
PENTA 24N120J000 1.20 0.00 4.00 2.00 • • 0.03-0.07
PENTA 24N125J010 1.25 0.10 4.00 2.00 •0.03-0.07
PENTA 24N140J000 1.40 0.00 4.00 2.00 •0.03-0.08
PENTA 24N147J000 1.47 0.00 4.00 2.50 •0.03-0.08
PENTA 24N150J010 1.50 0.10 4.00 5.00 ••• 0.03-0.10
PENTA 24N157J015 1.57 0.15 4.00 3.00 • • 0.00-0.12
PENTA 24N170J010 1.70 0.10 4.00 3.00 • • 0.03-0.12
PENTA 24N178J018 1.78 0.18 4.00 3.00 • • 0.04-0.12
PENTA 24N185J015 1.85 0.15 4.00 3.00 •0.04-0.12
PENTA 24N196J015 1.96 0.15 4.00 3.00 • • 0.04-0.12
PENTA 24N200J020 2.00 0.20 4.00 6.00 ••• 0.04-0.12
PENTA 24N222J015 2.22 0.15 4.00 3.50 • • 0.04-0.16
PENTA 24N230J020 2.30 0.20 4.00 3.50 • • 0.04-0.16
PENTA 24N239J015 2.39 0.15 4.00 5.00 • • 0.04-0.16
PENTA 24N247J020 2.47 0.20 4.00 5.00 • • 0.04-0.16
PENTA 24N270J010 2.70 0.10 4.00 5.00 •0.04-0.16
PENTA 24N287J020 2.87 0.20 4.00 6.50 •0.04-0.16
PENTA 24N300J000 3.00 0.00 4.00 6.50 •0.04-0.10
PENTA 24N300J020 3.00 0.20 4.00 6.50 • • 0.04-0.16
PENTA 24N300J040 3.00 0.40 4.00 6.50 • • 0.04-0.16
PENTA 24N315J015 3.15 0.15 4.00 6.50 •0.04-0.16
PENTA 24N318J020 3.18 0.20 4.00 6.50 • • 0.04-0.16
PENTA 24N330J010 3.30 0.10 5.00 6.40 •0.04-0.16
PENTA 24N348J020 3.48 0.20 5.00 6.40 •0.04-0.18
PENTA 24N356J020 3.56 0.20 5.00 6.40 •0.04-0.18
PENTA 24N374J020 3.74 0.20 5.00 6.40 •0.04-0.18
PENTA 24N398J020 3.98 0.20 5.00 6.20 •0.04-0.18
PENTA 24N400J040 4.00 0.40 5.00 6.20 •0.04-0.18
PENTA 24N423J010 4.23 0.10 5.00 6.20 •0.04-0.18
• (1)Recessing is possible only with 2.39 mm and wider inserts • For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depth relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-J
Inserts with 5 Cutting Edges for
Parting and Grooving Soft Materials,
Tubes, Small and Thin-Walled Parts
Circular
circumference
of the insert
Insert
lead angle (K)
N, R, L
N
Corner radius R (mm)x100
for neutral insert. (k=0)
Or lead angle for right- or
left-hand inserts. (eg. 15D=15º)
010
Cutting edge
width W(mm)x100
150
24
Family
name
PENTA
Chipbreaker
style J, Z
J
Identification System for Standard Inserts
409
PARTING
D24
W
R
87º
RS
R
W
LS
87º
3º pocket inclination
f
f - refer to inserts data
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r D max f
IC908
f groove
(mm/rev)
PENTA 24N080NF010R/LS 0.80 0.10 1.60 - (1) 1.6 •0.03-0.05
PENTA 24N100NF010R/LS 1.00 0.10 1.80 - (1) 1.5 •0.03-0.06
PENTA 24N119NF010R/LS 1.19 0.10 2.00 - (1) 1.4 •0.03-0.06
PENTA 24N157NF020R/LS 1.57 0.20 3.00 - (1) 1.2 •0.03-0.08
PENTA 24N157NF079R/LS 1.57 0.79 3.00 - (1) 1.2 •0.03-0.08
PENTA 24N200NF020R/LS 2.00 0.20 3.00 - (1) 1.0 •0.03-0.10
PENTA 24N239NF020R/LS 2.39 0.20 5.00 40.0 0.8 •0.03-0.12
PENTA 24N239NF119R/LS 2.39 1.19 5.00 40.0 0.8 •0.03-0.12
PENTA 24N300NF020R/LS 3.00 0.20 6.20 16.0 0.5 •0.04-0.14
PENTA 24N318NF020R/LS 3.18 0.20 6.50 13.0 0.4 •0.04-0.14
PENTA 24N318NF159R/LS 3.18 1.59 6.50 13.0 0.4 •0.04-0.14
PENTA 24N400NF020R/LS 4.00 0.20 6.50 13.0 1.0 •0.04-0.16
PENTA 24N480NF020R/LS 4.80 0.20 6.50 13.0 1.6 •0.04-0.16
• For cutting speed recommendations and user guide, see pages 416-422
(1) No limit
For tools, see pages: PCHRS/LS (267)
PENTA 24N-RS/LS
Pentagonal Inserts for Parting
and Precision Grooving Next to
High Shoulder Applications
H2
l2l1
h
h
W
h4
3º Pocket Inclination
b
l3
f
Right-hand shown
Designation h b W min W max l1l2L3h4H2
PCHR/LS 12-24 12.0 12.0 0.80 4.80 120.00 19.5 24.50 4.0 21.0 SR 16-212-01397LS T-2010/5
PCHR/LS 16-24 16.0 16.0 0.80 4.80 120.00 19.5 - - 21.0 SR 16-212-01397LS T-2010/5
PCHR/LS 20-24 20.0 20.0 0.80 4.80 120.00 19.5 - - 25.0 SR 16-212-01397LS T-2010/5
PCHR/LS 25-24 25.0 25.0 0.80 4.80 135.00 19.5 - - 30.0 SR 16-212-01397LS T-2010/5
For inserts, see pages: PENTA 24N-J-RS (273) • PENTA 24N-RS/LS (274)
3°
PCHRS/LS
Holders Carrying Inserts with 5 Cutting
Edges for Grooving, Parting and
Recessing Next to High Shoulders
24
±0.04
fa˚
Tmax
R.H. L.H.
fa˚
R
Dimensions Recommended
Machining Data
Designation W±0.02 R fa° D max(1)
IC1008
f groove
(mm/rev)
PENTA 24R/L100J15D 1.00 0.06 15.0 7.0 •0.02-0.06
PENTA 24R/L150J15D 1.50 0.06 15.0 10.0 •0.03-0.08
PENTA 24R/L150J06D 1.50 0.10 6.0 10.0 •0.03-0.09
PENTA 24R/L200J06D 2.00 0.10 6.0 12.0 •0.04-0.10
PENTA 24R/L200J15D 2.00 0.10 15.0 12.0 •0.04-0.09
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24R/L-J
Inserts with 5 Cutting Edges for Parting
Tubes, Small and Thin-Walled Parts
ISCAR
410
PARTING
W
R
22
T(1) 24
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 24N150C010 1.50 0.10 5.00 •0.05-0.11
PENTA 24N157C015 1.57 0.15 3.00 •0.05-0.12
PENTA 24N178C018 1.78 0.18 3.00 •0.05-0.14
PENTA 24N200C020 2.00 0.20 6.00 •0.05-0.16
PENTA 24N230C020 2.30 0.20 3.50 •0.06-0.17
PENTA 24N239C015 2.39 0.15 5.00 •0.07-0.18
PENTA 24N247C020 2.47 0.20 5.00 •0.08-0.20
PENTA 24N300C020 3.00 0.20 6.20 •0.10-0.25
PENTA 24N300C040 3.00 0.40 6.20 •0.10-0.25
PENTA 24N318C020 3.18 0.20 6.20 •0.10-0.25
• (1)Recessing is possible only with 2.39 mm and wider inserts • For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-C
Parting and Grooving Inserts with 5
Cutting Edges for Parting Bars, Hard
Materials and Tough Applications
24
±0.04
fa˚
Tmax-r
R.H. L.H.
fa˚
R
Dimensions Recommended
Machining Data
Designation W±0.02 R fa° Tmax-r
IC1008
f groove
(mm/rev)
PENTA 24R150C06D 1.50 0.06 6.0 5.00 •0.03-0.10
PENTA 24R200C06D 2.00 0.10 6.0 6.00 •0.04-0.12
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24R-C
Inserts with 5 Cutting Edges
for Parting Bars, Hard Materials
and Tough Applications
4
7º
Kr°
RTmax-r
±0.04
24
W
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R R±toler Tmax-r(1) Kr°
IC1008
IC908
IC30N
f groove
(mm/rev)
PENTA 24N100P005 1.00 0.05 0.020 3.50 12.0 •0.02-0.05
PENTA 24N100PF010 1.00 0.10 0.020 4.00 6.0 • • 0.03-0.06
PENTA 24N150P005 1.50 0.05 0.020 5.00 12.0 •0.02-0.07
PENTA 24N150PF020 1.50 0.20 0.030 6.00 6.0 • • 0.03-0.09
PENTA 24N185PF020 1.85 0.20 0.030 6.00 6.0 •0.03-0.10
PENTA 24N200P005 2.00 0.05 0.020 6.00 12.0 •0.02-0.08
PENTA 24N200PF020 2.00 0.20 0.030 6.50 6.0 • • 0.04-0.10
PENTA 24N239PF015 2.39 0.15 0.030 6.50 6.0 •0.04-0.14
PENTA 24N250PF020 2.50 0.20 0.030 6.50 6.0 • • 0.04-0.14
PENTA 24N300PF020 3.00 0.20 0.030 6.50 6.0 • • 0.04-0.14
PENTA 24N400PF020 4.00 0.20 0.030 6.50 6.0 •0.04-0.16
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 41
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24N-PF/P
Pentagonal Inserts with a High
Positive Flat Rake for Parting
and Precision Grooving
411
PARTING
WR
4
24
T
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 24N150Z010 1.50 0.10 5.00 •0.05-0.08
PENTA 24N200Z020 2.00 0.20 6.40 •0.04-0.12
PENTA 24N300Z020 3.00 0.20 6.40 •0.04-0.16
• Cutting edge with high positive rake, suitable for parting tubes, thin walled parts and for small diameters • Suitable for machining soft materials and bearing steel
at low to medium feeds • For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
ØDmax
ÿ DmaxTmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 24 Inserts
W±0.02 Tmax(3) Tmax / Dmax T≤3.0 T≤3.5 T≤4.0 T≤4.5 T≤5.0 T≤5.5 T≤6.5 T≤6.4
W=0.50 (1) 1.0 1.0 / N.L. --------
W=0.50 (2) 2.5 250
W=0.80 1.6 1.6 / N.L. --------
W=1.00 3.5 N.L. 250 - - - - - -
1.04≤W≤1.40 2.0 2.0 / N.L. --------
W=1.47 2.5 2.5 / N.L. --------
W=1.50 5.0 N.L. 470 210 70 30 - - -
1.57≤W≤1.96 3.0 N.L. - - - - - - -
W=2.00 6.0(4) N.L. 470 210 130 75 45 20 -
2.22≤W≤2.30 3.5 N.L. 250 - - - - - -
2.39≤W≤2.50 5.0 N.L. 470 210 70 30 - - -
2.70≤W≤3.18 6.4 N.L. 470 210 135 100 70 40 20
(1) Refers to PENTA 24N050J000 - a precision grooving insert (2) Refers to PENTA 24N050J004 - a parting insert (3) Dmax for parting = 2 x Tmax
(4)
For full radius insert, Tmax = 3.0, Dmax = No limit
PENTA 24N-Z
Inserts with 5 Cutting Edges for
Grooving and Parting Tubes,
Small and Thin-Walled Parts
fa˚
RH LH
fa˚
WR
4
±0.04 24
T
Dimensions Recommended
Machining Data
Designation W fa° R D max
IC1008
f groove
(mm/rev)
PENTA 24R/L150Z06D 1.50 6.0 0.06 10.0 •0.03-0.09
PENTA 24R/L150Z15D 1.50 15.0 0.06 10.0 •0.03-0.08
PENTA 24R/L200Z06D 2.00 6.0 0.10 12.8 •0.04-0.10
PENTA 24R/L200Z15D 2.00 15.0 0.10 12.8 •0.04-0.09
PENTA 24R/L300Z06D 3.00 6.0 0.20 12.8 •0.04-0.13
PENTA 24R/L300Z15D 3.00 15.0 0.20 12.8 •0.04-0.12
• Cutting edge with high positive rake, suitable for parting tubes, thin walled parts and for small diameters • Suitable for machining soft materials and bearing steel
at low to medium feeds • For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
ØDmax
ØDmaxTmax
W±0.02 Tmax(1)
Tmax /
Dmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 24 Inserts
T≤3.0 T≤3.5 T≤4.0 T≤4.5 T≤5.0 T≤5.5 T≤6.0 T≤6.2 T≤6.4
W=0.50 1.0 1.0 / N.L. ---------
W=0.50 2.5 2.5 / N.L. ---------
W=0.80 1.6 1.6 / N.L. ---------
W=1.00 3.5 N.L. 250 - - - - - - -
1.04≤W≤1.40 2.0 2.0 / N.L. ---------
W=1.47 2.5 2.5 / N.L. ---------
W=1.50 5.0 N.L. 470 210 70 30 - - - -
1.57≤W≤1.96 3.0 N.L. - - - - - - - -
W=2.00 6.0(2) N.L. 470 210 130 75 45 20 - -
2.22≤W≤2.30 3.5 N.L. 250 - - - - - - -
2.39≤W≤2.50 5.0 N.L. 470 210 70 30 - - - -
2.70≤W≤3.18 6.2 N.L. 470 210 135 100 70 40 20 -
3.19≤W≤3.74 6.4 N.L. 350 180 115 80 52 32 26 20
3.75≤W≤4.00 6.2 N.L. 350 180 115 80 62 32 18 -
4.01≤W≤4.23 6.2 N.L. 350 180 115 80 62 42 25 -
(1) Dmax for parting = 2 x Tmax
(2) For full radius insert , Tmax = 3.0, Dmax = No limit
PENTA 24R/L-Z
Inserts with 5 Cutting Edges for Parting
Tubes, Small and Thin-Walled Parts
ISCAR
412
PARTING
12°
Dmax
Tmax-r
±0.04
24
fa˚
Tmax R
R.H. L.H.
fa˚
Dimensions Recommended
Machining Data
Designation W±0.02 R fa° D max(1)
IC1008
f groove
(mm/rev)
PENTA 24R100P06D 1.00 0.05 6.0 7.2 •0.02-0.04
PENTA 24R100P15D 1.00 0.05 15.0 7.2 •0.02-0.03
PENTA 24R150P06D 1.50 0.05 6.0 11.0 •0.02-0.05
PENTA 24R150P15D 1.50 0.05 15.0 11.0 •0.02-0.04
PENTA 24R200P06D 2.00 0.05 6.0 12.6 •0.02-0.07
PENTA 24R200P15D 2.00 0.05 15.0 12.6 •0.02-0.05
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24R-P
Inserts with 5 Cutting Edges
for Parting Soft Materials, Thin
Walls and Miniature Parts
34
±0.04
W
R
4.3
Dmax
Tmax
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150C015 1.50 0.15 8.00 •0.03-0.07
PENTA 34N200C020 2.00 0.20 8.00 •0.04-0.14
PENTA 34N200C100 2.00 1.00 8.00 •0.05-0.16
PENTA 34N222C015 2.22 0.15 8.00 •0.05-0.14
PENTA 34N230C020 2.30 0.20 8.00 •0.05-0.14
PENTA 34N239C015 2.39 0.15 8.00 •0.05-0.15
PENTA 34N239C120 2.39 1.20 8.00 •0.05-0.18
PENTA 34N247C020 2.47 0.20 8.00 •0.05-0.18
PENTA 34N250C020 2.50 0.20 8.00 •0.05-0.18
PENTA 34N270C010 2.70 0.10 10.00 •0.05-0.18
PENTA 34N287C020 2.87 0.20 10.00 •0.05-0.18
PENTA 34N300C000 3.00 0.00 10.00 •0.04-0.10
PENTA 34N300C020 3.00 0.20 10.00 •0.06-0.22
PENTA 34N300C040 3.00 0.40 10.00 •0.06-0.25
PENTA 34N300C150 3.00 1.50 10.00 •0.06-0.20
PENTA 34N315C015 3.15 0.15 10.00 •0.06-0.20
PENTA 34N318C020 3.18 0.20 10.00 •0.06-0.22
PENTA 34N330C010 3.30 0.10 10.00 •0.06-0.20
PENTA 34N348C020 3.48 0.20 10.00 •0.06-0.25
PENTA 34N350C025 3.50 0.25 10.00 •0.06-0.30
PENTA 34N398C020 3.98 0.20 10.00 •0.06-0.30
PENTA 34N400C030 4.00 0.30 10.00 •0.06-0.30
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 411
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
ØDmax
ÿ DmaxTmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 34 Inserts
W±0.02 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤8.5 T≤9.0 T≤10.0
1.50 ≤ W ≤ 2.69 N.L. 350 165 100 55 - -
2.70 ≤ W ≤ 4.00 55 20
Dmax for parting = 2 x Tmax
N.L. = No Limit
PENTA 34N-C
Inserts with 5 Cutting Edges for
Parting and Grooving Hard Materials,
Tough and General Applications
413
PARTING
W
R
4.3
faº faº
Tmax
±0.04
R.H. L.H.
34 Dmax
Dimensions Recommended
Machining Data
Designation W R D max(1) fa°
IC908
f groove
(mm/rev)
PENTA 34R/L150C08D 1.50 0.07 18.0 8.0 •0.03-0.08
PENTA 34R/L200C06D 2.00 0.10 18.0 6.0 •0.04-0.12
PENTA 34R/L200C15D 2.00 0.10 18.0 15.0 •0.04-0.10
PENTA 34R/L300C06D 3.00 0.20 20.0 6.0 •0.04-0.14
PENTA 34R/L300C15D 3.00 0.20 20.0 15.0 •0.04-0.10
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 412
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34R/L-C
Inserts with 5 Cutting Edges for
Parting Hard Materials, Tough
and General Applications
W
RØ34
4.3
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150J015 1.50 0.15 8.50 •0.03-0.10
PENTA 34N200J020 2.00 0.20 8.50 •0.04-0.12
PENTA 34N200J100 2.00 1.00 8.50 •0.05-0.12
PENTA 34N239J015 2.39 0.15 8.50 •0.04-0.16
PENTA 34N239J120 2.39 1.20 8.50 •0.06-0.16
PENTA 34N250J020 2.50 0.20 8.50 •0.04-0.16
PENTA 34N270J010 2.70 0.10 10.00 •0.04-0.16
PENTA 34N300J000 3.00 0.00 10.00 •0.04-0.10
PENTA 34N300J020 3.00 0.20 10.00 •0.04-0.16
PENTA 34N300J040 3.00 0.40 10.00 •0.04-0.16
PENTA 34N300J150 3.00 1.50 10.00 •0.06-0.20
PENTA 34N318J020 3.18 0.20 3.18 •0.20-0.16
• Recessing is possible only with 2.39 mm and wider inserts. • For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 412
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34N-J
Inserts with 5 Cutting Edges for Parting
and Grooving Soft Materials, Parting
Tubes, Small and Thin-Walled Parts
ISCAR
414
PARTING
fa° fa°
W
RØ34
4.3
RL
±0.04
Dimensions Recommended
Machining Data
Designation W±0.02 R fa° D max(1)
IC908
f groove
(mm/rev)
PENTA 34R/L150J06D 1.50 0.07 6.0 18.0 •0.03-0.09
PENTA 34R/L150J15D 1.50 0.07 15.0 18.0 •0.03-0.08
PENTA 34R/L200J06D 2.00 0.10 6.0 18.0 •0.04-0.10
PENTA 34R/L200J15D 2.00 0.10 15.0 18.0 •0.04-0.09
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 412
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34R/L-J
Inserts with 5 Cutting Edges for Parting
Tubes, Small and Thin-Walled Parts
W
R±0.04 34
4.3
Dimensions Recommended
Machining Data
Designation W±0.02 R Tmax-r(1)
IC908
f groove
(mm/rev)
PENTA 34N150PB015 1.50 0.15 8.50 •0.03-0.06
PENTA 34N200PB020 2.00 0.20 8.50 •0.03-0.08
PENTA 34N300PB020 3.00 0.20 9.50 •0.03-0.10
• For cutting speed recommendations and user guide, see pages 416-422
(1) For grooving and parting depths relative to part diameter, see page 412
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34N-PB
Parting and Grooving Pentagonal
Inserts for Parting Bearing Steel
and Other Ductile Materials
W
R
4.3
faº faº
R.H. L.H.
34
±0.04
Dimensions Recommended
Machining Data
Designation W R D max fa°
IC908
f groove
(mm/rev)
PENTA 34R/L150PB-6D 1.50 0.07 18.0 6.0 •0.03-0.05
PENTA 34R/L200PB-6D 2.00 0.10 18.0 6.0 •0.03-0.06
PENTA 34R/L300PB-6D 3.00 0.20 20.0 6.0 •0.03-0.08
• For cutting speed recommendations and user guide, see pages 416-422
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
ØDmax
ÿ DmaxTmax
Dmax as a Function of Parting / Grooving Depth (T) for PENTA 34 Inserts
W±0.02 T≤5.0 T≤6.0 T≤7.0 T≤8.0 T≤8.5 T≤9.0 T≤10.0
1.50 ≤ W ≤ 2.69 N.L. 350 165 100 55 - -
2.70 ≤ W ≤ 4.00 55 20
Dmax for parting = 2 x Tmax
N.L. = No Limit
PENTA 34R/L-PB
Pentagonal Inserts for Parting Bearing
Steel and other Ductile Materials
415
PARTING
Parting
Available adapters for the following
specific machines:
• STAR
• DOOSAN
• MAZAK
• MORI SEIKI
• BIGLIA
• MIYANO
• NAKAMURA-Tom
• INDEX ABC
• TRAUB
Multi-Spindle machine tools
• INDEX CNC
• SCHÜTTE
• Göltenbodt
Product Features
• The unique combination of a rigid tool and
efficient coolant improves the insert’s tool life,
surface finish and part straightness
• Designed for high-pressure coolant up to
340 bars and also very efficient when using
low coolant pressure of 7-10 bars
• No coolant tubes involved, which means
no obstruction for chip evacuation
• Each adapter can carry several types
of MODULAR-GRIP blades
• Excellent tool location repeatability after
blade replacement for fast set-up
• Easy and user-friendly mounting
Please contact an ISCAR representative
for a detailed products brochure
Modular Adaptations Systems for
Turning Lathes and Multi-Spindle
Machine Tools Carrying ISCAR’s
MODULAR-GRIP Adapters Featuring
Directed Internal Coolant Channels
MODULAR GRIP ADAPTATIONS
ISCAR
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PARTING
ISCAR
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USER GUIDE
Machining Data
PARTING
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
417
PARTING
417
USER GUIDE
Parting Speed Recommendations
PARTING
Material
No. IC907/807 IC30N IC354 IC908/808/1008 IC5400 IC830/928/1028 IC328
1160 - 240 130 - 190 115 - 170 135 - 200 110 - 160 100 - 150 95 - 140
2150 - 205 120 - 160 105 - 145 125 - 170 100 - 135 95 - 125 85 - 120
3115 - 170 90 - 135 80 - 120 95 - 140 75 - 110 70 - 105 65 - 100
4125 - 190 100 - 150 90 - 135 105 - 160 85 - 130 80 - 120 75 - 110
5100 - 160 80 - 130 70 - 115 85 - 135 70 - 110 65 - 100 60 - 95
6125 - 190 100 - 150 90 - 135 105 - 160 85 - 130 80 - 120 75 - 110
7100 - 170 80 - 135 70 - 120 85 - 140 70 - 110 65 - 105 60 - 100
8100 - 160 80 - 130 70 - 115 85 - 135 70 - 110 65 - 100 60 - 95
990 - 150 70 - 120 65 - 105 75 - 125 60 - 100 55 - 95 50 - 85
10 150 - 205 120 - 160 105 - 145 125 - 170 100 - 135 95 - 125 85 - 120
11 90 - 150 70 - 120 65 - 105 75 - 125 60 - 100 55 - 95 50 - 85
IC20N IC907/807 IC808 IC908 IC5400 IC830/928/1028 IC328
12 170 - 300 115 - 210 110 - 200 105 - 190 85 - 150 80 - 140 75 - 135
13 150 - 290 105 - 200 100 - 190 95 - 180 75 - 145 70 - 135 65 - 125
IC20N IC907/807 IC808 IC908 IC5400 IC830/928/1028 IC328
14 140 - 260 95 - 175 90 - 170 85 - 160 70 - 130 65 - 120 60 - 110
IC907/807 IC808 IC908 IC20
15 170 - 305 145 - 270 140 - 255 70 - 125
16 150 - 215 130 - 190 125 - 180 60 - 90
17 160 - 265 140 - 230 135 - 220 65 - 110
18 125 - 205 110 - 180 105 - 170 50 - 85
19 190 - 320 170 - 280 160 - 265 80 - 130
20 160 - 265 140 - 230 135 - 220 65 - 110
IC907/807 IC908/808 IC20
21 360 - 1080 330 - 990 300 - 900
22 270 - 900 250 - 825 225 - 750
23 270 - 900 250 - 825 225 - 750
24 180 - 540 165 - 495 150 - 450
25 180 - 360 165 - 330 150 - 300
26 180 - 360 165 - 330 150 - 300
27 130 - 270 120 - 250 110 - 225
28 90 - 180 80 - 165 75 - 150
29 40 - 180 40 - 165 35 - 150
IC807 IC907 IC908 IC808 IC830/328/928/1028 IC20
31 50 - 70 45 - 70 40 - 60 40 - 65 30 - 45 30 - 40
32 35 - 55 35 - 50 30 - 45 30 - 45 20 - 35 20 - 30
33 35 - 55 35 - 50 30 - 45 30 - 45 20 - 35 20 - 30
34 30 - 50 30 - 45 25 - 40 25 - 40 20 - 30 15 - 30
35 25 - 35 25 - 35 20 - 30 20 - 30 15 - 20 15 - 20
36 115 - 190 110 - 185 95 - 160 100 - 170 70 - 120 65 - 110
37 40 - 50 40 - 50 35 - 45 35 - 45 30 - 40 40 - 50
IC807 IC907 IC808 IC908
38 35-45 30-40 30-40 25-35
39 30-40 25-35 25-35 20-30
40 45-65 40-60 40-60 30-50
41 40-50 35-45 35-45 30-40
ISCAR
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PARTING
ISCAR
418
USER GUIDE
PARTING
Parting and Grooving
Selection of Inserts
For a proper match of insert and cutting
material to application, the following variables
must be taken into consideration:
• Width of cut (width of insert)
• Chipformer style
• Lead angle
• Corner radius
• Carbide grade
Width of Cut (W.O.C.) and
Depth of Cut (D.O.C.)
In selecting W.O.C., the main factor to consider is the
required D.O.C. The ratio D.O.C.≈ 8xW.O.C. is of practical
use on alloy steel of average machinability.
For example, applying a 3 mm W.O.C. insert TAG N3C
to cut-off a 48 mm solid bar.
Additional factors which affect D.O.C.
capacity, relative to the ratio, are:
Holder or Blade Size
To minimize risk of vibration and deflection always choose:
• Blade or toolholder with smallest possible overhang.
• Toolholder with maximum shank dimension.
• Blade height (B) dimension which is larger than Tmax.
• Blade or holder with maximum blade width
(largest possible insert seat size).
• Example:
• A W.O.C. 9.5 mm on blade TGFH 53K-9
(B=52.6 mm) extends the ratio of D.O.C.
to W.O.C. by some 50% to 120 mm.
Tmax
Insert Support
A self-clamped tool is recommended
for deep radial machining.
A screw-clamp holder is recommended for
axial and small D.O.C. machining.
90˚ Mounting
It is very important that the insert is mounted at 90º
to the center line of the workpiece in order to obtain
perpendicular surfaces and reduce the risk of vibration.
Workpiece Machinability
The workpiece material affects all of the above factors.
Machine Power and Setup Rigidity
Excessive W.O.C. on a light-duty machine will yield
vibration and may even stop spindle rotation.
Expensive Workpiece Material
On costly metals the narrowest applicable
W.O.C. should be used.
10'
0.1/1000
90°±
10 20
30
40
50
60
70
80
90
0
Clamping
Extended, prismatic surfaces guarantee reliable, foolproof
clamping even in unstable machining conditions.
Screw-Clamping
Small diameters (D.O.C.)
with screw-clamped Inserts
Self-Clamping
Large diameters (D.O.C.)
with self-clamped Inserts
Insert Positioning
Machining depths longer than insert length is made
possible with the double-ended, twisted insert body.
The rear edge is slanted in relation to the frontal
edge so it does not come into contact with
the machined groove surface when the tool
penetrates deeply into the workpiece.
The Twisted Insert for Cut-Off and
Grooving Applications
419
PARTING
419
USER GUIDE
(0.08+0.025) max.
Center Height
Setup
• The optimal cutting edge height above the center of
TANG-GRIP tools is up to 0.08 mm + 0.025 mm
W.O.C., an advantage when cutting solid bar to center
• Cut-off as close to chuck as possible
• On new applications, first machine in the low or
middle range of recommended speeds and feeds
Machining
• Consistency of speed and feed improves performance
• Apply coolant abundantly
• Secure inserts into clean pockets
• Cutting forces on soft workpiece materials may
be insufficient to push insert well into pocket.
Tap insert into place using a plastic hammer
• On a conventional lathe, lock the carriage
to prevent axial motion during cut-off
PARTING
Selection of Corner Radius
"S" Sharp Corners
JS/P
• Cutting edge with positive
rake and sharp corners
• When a minimum burr
(pip) size is essential
• For small feeds
• For small diameters or thin walls
• For CNCs, multi-spindle
and screw machines
Sharp corner
"B" Large Corner Radius
• Reinforced corners with
stronger cutting edge
• For tough applications and
interrupted cuts
Large corner radius
Sharp
Radii
Diameter
Feed
1
2
1. A smaller corner radius (r) will reduce the load on
the workpiece and produce a smaller size burr
2. At the same time, a large corner radius allows for
higher feeds and increased tool life
JS
P
Standard Corner Radius
• Standard medium corner size
• For general applications
and materials
Medium (standard)
corner radius
Usage
• Replace worn inserts promptly, the price of a
new one is much less than the risk of damage
from continuing with one that is worn out
• Replace blades that have worn or damaged pockets
• Never try to repair damaged pockets
• Chip curling is dependent on the chipformer
type and the machining conditions
Chipformer Features
• Narrows the chip
• Eliminates friction with groove walls,
prevents chip jam overload
• Permits higher feeds
• Produces unscratched surfaces,
eliminating additional facing
• Curls the chips into compact spirals for easy disposal
ISCAR
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PARTING
ISCAR
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USER GUIDE
Lead Angle
Lead angle (K) on cut-off inserts reduces size of burr
remaining on workpiece. Increasing the lead angle
reduces the burr, but also reduces possible feed
rates and tool life.
Therefore, neutral inserts are recommended
for parts on which a burr is tolerated.
Insert designations such as TAG R... DGR (R.H.) and
TAG L... DGL (L.H.) comply with standard terms for
TAG R/DGR TAG N/DGN
Right
TAG R/DGR
Neutral
TAG N/DGN
Left
TAG L/DGL
K
TAGR/GFR/DGR TAGR/GFN/DGN
TAG R/DGR - WRONG
PARTING
turning direction. When looking toward the chuck from the
workpiece, R.H.=counterclockwise (C.C.) rotation of
workpiece and L.H.=clockwise (C)
rotation of workpiece. C.C. requires right-hand inserts; C
requires left-hand inserts.
A neutral insert with 0º lead angle increases
D.O.C. capacity.
Neutral Insert vs. Lead Angle Type
Lifetime Chip Control Burr Size Surface Finish
Part
Straaightness
✔ ✔ ✔ ✔
✔
421
PARTING
421
USER GUIDE
General Rules for Specific Applications
Cut-Off on Eccentric Tubes
Inserts with 4º lead angle are usually recommended
for tubes. However, the combination of eccentric bore
and machine resiliency may increase feed-snap on
breakthrough and damage the cutting edge. Changing
to 6º lead angle inserts will moderate breakthrough.
Alternatively, inserts with an extra negative rake-land that
strengthens the cutting edge are available on request.
21 3
Chamfer and Cut-Off
1. Break in and/or groove
2. Chamfer
3. Cut-off
21 43
V-Belt Pulley Grooves
1. Break in
2. Multiple plunge to depth at minor width of groove
3-4. Bevel, plunge and turn to minor diameter
a
1 2 3 4 5 6
Neck Recessing
5. Multiple plunge grooves
6. Necking On neck turning, DOC (a)=up
to size of insert corner radius
PARTING
The flat side of the
pin must face up
Clamping / Extraction Instructions
The tools are equipped with a user-friendly clamping and extraction device
ETG 5-7 (for 5-7 mm tools)
ETG 2 (for 2 mm tools)
ETG 1.4 (for 1.4 mm tools)
Insertion Side
Extraction Side
ETG 8-12 Extractor for 8 to 12.7 mm Inserts
Clamping
Extracting
ETG 3-4 (for 3 and 4 mm tools)
Extracting
Clamping
ISCAR
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PARTING
ISCAR
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USER GUIDE
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 Non-
ferrous
High
Temperature
Alloys
Hard
Steel & Cast
Iron
PARTING
Harder IC807
(IC907) IC807 (IC907) IC807 (IC907) IC20 IC807 (IC907) IC807 (IC907)
IC808 (IC908) IC808 (IC908) IC807
(IC907) IC20
IC808
(IC908) IC20 IC808 (IC908) IC808 (IC908)
IC5400 IC5400 IC808
(IC908)
Tougher IC830 IC830 IC830 IC830 (IC928)
Selection Guide for Parting Grades
Cutting Speed
Feed / Interrupted cut
IC808(IC908)
IC807(IC907)
IC354
IC830(IC928)
PARTING
Extracting
the insert
Extractor for DGN/R/L Double-Ended Inserts
DO-GRIP Insert Clamping/Extracting
Clamping / Extraction Instructions
Extractor and Insert Replacement
The Eccentric Extractor
Simple to operate; controlled rotation requires low
force; guarantees limited upper jaw movement
and secures maximum load on blade.
Grade Application Range
First choice
423
FACE GROOVING
FACE GROOVING AND TURNING
Selection Guide .................................................................................... 424
Tools and Inserts ................................................................................. 431
PICCO-CUT ............................................................................................. 431
CHAMGROOVE ........................................................................................ 433
MINCUT ................................................................................................... 434
HELI-FACE and HELI-GRIP ...................................................................... 435
CUT-GRIP ................................................................................................. 450
TANG-GRIP .............................................................................................. 454
SELF-GRIP ............................................................................................... 456
PENTACUT ............................................................................................... 458
User Guide ............................................................................................ 460
ISCAR
424
FACE GROOVING
ISCAR
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Selection Guide
A Variety of Inserts for
Face Machining Applications
W
Tmax
Dia. Min.
Face Grooving D min 6–30 mm
D min D max W min W max T max Page
PICCO 6 _ 1 3 30 431-433
MIFR 8 30 1.5 3.5 9 434
GFQR 12 19 1 2.5 3 433
HGPL 12 ∞ 3 6 ∞ 449
GRIP 12 ∞ 3 6 ∞ 448-449
DGN 21 ∞ 4 6 ∞ 380-381
TNF 30 700 3 6 ∞ 455
HFPN 27 130 2 2 14 447
425
FACE GROOVING
425
Selection Guide
Face Grooving D min 24–80 mm
D min D max W min W max T max Page
HFPR/L 24 ∞ 3 6 ∞ 447-448
PENTA 34F 22 ∞ 2.39 4 5 458-459
GDMY/N 50 ∞ 8 8 25 246, 453
GIF 8 80 ∞ 8 8 25 452
GIFG 8 50 ∞ 8 8 25 452
GIMM 8CC 80 ∞ 7 8 ∞ 454
GDMM CC 50 ∞ 8 8 ∞ 454
ISCAR
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FACE GROOVING
ISCAR
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Small Diameter
Face Machining Systems
Integral shank toolholder which
uses double-ended 3 mm inserts.
Used for face grooving and face
turning of small parts for 12 mm
minimum groove diameter.
Tool: HGHR/L see page 436
Insert: GRIP… / HGPL…
W = 3 mm
Tmax = 6 mm
Min. dia. = 12 mm
AB
Exchangeable external adapters.
Used with HELIFACE and GRIP
inserts for deep face machining.
Tool: HGAER/L… (adapter) see page 440
Tool: HFAER/L… (adapter) see page 440-441
Insert: HFPR/L…
W = 3-6 mm
Tmax = 32 mm
Min. dia. = 12 mm
AB
Pentagonal insert for face
grooving and recessing up to
5 mm depth of cut at a
minimum of 22 mm diameter.
Tool: PCHPR/L see page 459
Insert: PENTA 34F...
W = 2.39-4 mm
Tmax = 5 mm
Min. dia. = 22 mm
AB
Small solid carbide bars for
machining shallow grooves from
6 mm minimum diameter.
Tool: PICCO R010 see pages 431
W = 1-3 mm
Tmax = 6 mm
Min. dia. = 6 mm
B
C
427
FACE GROOVING
427
USER GUIDE
Small solid carbide bars for
machining deep face grooves
of up to 30 and 15 mm
minimum diameter.
Tool: PICCO R015 see page 432
W = 2.5-3 mm
Tmax = 30 mm
Min. dia. = 15 mm
B
MINCUT - A family of internal face
grooving and face turning tools for
machining small diameters ranging
from 8-17 mm.
Strong and stable tangential pocket
with internal coolant.
W = 1.5-3 mm
Tmax = 5.5 mm
Min. dia. = 8 mm
Tool: MIFHR ... see page 434
Insert: MIFR …
MINCUT - A family of internal face
grooving and face turning tools for
machining small diameters ranging
from 10-34 mm.
Strong and stable tangential
pocket with internal coolant.
W = 2-3 mm
Tmax = 9 mm
Min. dia. = 10 mm
Tool: MIFHR ... see page 434
Insert: MIFR …
Tool: MGCH 09C see page 433
Insert: GFQR…
A screw-clamped insert on an
internal coolant solid carbide bar.
Used for machining shallow grooves
from 12 mm minimum diameter.
W = 1-2.5 mm
Tmax = 3 mm
Min. dia. = 12 mm
C
B
Main Applications
External Grooving Internal Grooving
W
Tmax
Dia. Min
W
Tmax
Dia. Min
W
Tmax
Dia. Min
Grooving Next to a Shaft
A B
B
C
B
C
C
ISCAR
428
FACE GROOVING
ISCAR
428
Tool: HFHR/L… see pages 436-438
Insert: HFPR/L…
W = 3-6 mm
Tmax = 32 mm
Min. dia. = 25 mm
Integral shank toolholders carrying
HELIFACE and GRIP inserts.
For deep face grooving
and side face turning.
Tool: TNFFH see page 454
Insert: TNF 3-6C…
W = 3-6 mm
Tmax = 32 mm
Min. dia. = 30 mm
Adapter and blade toolholders
carrying TNF 3-6C inserts.
For deep face grooving.
B
Slanted, screw-clamped adapter
carrying HELIFACE and GRIP inserts.
A part of the MODULAR-GRIP system.
Very rigid, for tough face operations.
Tool: HFPAD… (adapter) see pages 438-439
Insert: HFPR/L…
W = 3-6 mm
Tmax = 22 mm
Min. dia. = 25 mm
Reinforced blades carrying
TNF 3-6C inserts. Recommended
for face grooving only.
Can machine along a shaft.
Excellent chip evacuation.
Tool: TNFFA see page 455
Insert: TNF 3-6C…
W = 3-6 mm
Tmax = 32 mm
Min. dia. = 30 mm
BA
Economical, double-ended
blades carrying HELIFACE
and GRIP inserts.
Recommended for deep face
grooving and face turning to a
maximum depth of 38 mm.
Tool: HFFR/L… see page 439
Insert: HFPR/L…
W = 4-6 mm
Tmax = 38 mm
Min. dia. = 48 mm
B
AB
AB
Medium Diameter
Face Machining Systems
429
FACE GROOVING
429
USER GUIDE
Integral toolholders carrying
HELIFACE and GRIP inserts.
For machining up to 5 mm depth
of cut. 3-6 mm wide inserts can
be mounted in the same pocket.
Tool: HFHR/L..-M see page 442
Insert: HFPR/L…
W = 3-6 mm
Tmax = 5 mm
Min. dia. = 20 mm
AB
Exchangeable, internal coolant
adapters carrying HELIFACE and
GRIP inserts. Recommended for
deep internal face machining.
Tool: HFAIR/L…& HGAIR/L
(adapter) see pages 444-445
Insert: HFPR/L…
W = 3-6 mm
Tmax = 12 mm
Min. dia. = 32 mm
C
B
Boring bars for shallow face
machining of up to 5 mm
depth carrying HELIFACE and
GRIP inserts. Internal coolant.
3-6 mm width inserts can be
mounted on the same pocket.
Tool: HFIR/L..-MC see page 446
Insert: HFPR/L…
W = 3-6 mm
Tmax = 5 mm
Min. dia. = 20 mm
C
B
Main Applications
External Grooving Internal Grooving
W
Tmax
Dia. Min
W
Tmax
Dia. Min
W
Tmax
Dia. Min
Grooving Next to a Shaft
A B
Pentagonal insert for face grooving
and recessing next to shoulders
up to 5 mm depth of cut at a
minimum of 22 mm diameter.
Tool: PCHPRS/LS see page 459
Insert: PENTA 34F-RS/LS…
W = 2.39-4 mm
Tmax = 5 mm
Min. dia. = 22 mm
AB
C
Tool: TNFFA see page 455
Insert: TNF 3-6C…
ISCAR
430
FACE GROOVING
ISCAR
430
USER GUIDE
Large Diameter
Face Machining Systems
Blades carrying 8 mm single-ended
CUT-GRIP inserts. Can machine
up to 120 mm depth next to a
shaft. Used for large diameters.
Tool: CGFG 51-..R/L-P8
see page 452
Insert: GIMY 8…
W = 8 mm
Tmax = 120 mm
Min. dia. = 180 mm
AB
Tool: GHFG ..R/L-8 see page 450
Insert: GDMY 8..
Integral toolholders carrying 8
mm CUT-GRIP inserts. For heavy
machining of medium and large
parts. Can machine next to a
shaft of up to 25 mm depth.
W = 8 mm
Tmax = 25 mm
Min. dia. = 50 mm
AB
Exchangeable adapters carrying
8 mm CUT-GRIP inserts. Can
machine up to 25 mm depth next
to a shaft.
For heavy machining of
medium and large parts.
Tool: GAFG ..R/L-8
(adapter) see page 451
Insert: GDMM 8CC
W = 8 mm
Tmax = 25 mm
Min. dia. = 80 mm
AB
Main Applications
W
Tmax
Dia. Min
Grooving Next to a Shaft
A
External Grooving
W
Tmax
Dia. Min
B
Internal Grooving
W
Tmax
Dia. Min
BA
C
431
FACE GROOVING
l1
dh6
Tmax-a
a
Wl2
Min Bore
Dia.
Tmax-a
Wl2
Right-hand shown
Dimensions Recommended
Machining Data
Designation D1 min W Tmax-adal2l1
IC228
f face-groove
(mm/rev)
PICCO R 010.1006-10 6.0 1.00 1.50 6.00 5.20 11.0 26.00 •0.01-0.04
PICCO R 010.1506-10 6.0 1.50 2.00 6.00 5.20 11.0 26.00 •0.01-0.04
PICCO R 010.1008-10 8.0 1.00 1.50 7.00 5.90 11.0 26.00 •0.01-0.04
PICCO R 010.1008-20 8.0 1.00 1.50 7.00 5.90 21.0 35.00 •0.01-0.04
PICCO R 010.1008-30 8.0 1.00 1.50 7.00 5.90 30.0 45.00 •0.01-0.04
PICCO R 610.1008-10 8.0 1.00 1.50 6.00 5.20 11.0 26.00 •0.01-0.04
PICCO R 610.1008-20 8.0 1.00 1.50 6.00 5.20 20.0 35.00 •0.01-0.04
PICCO R/L 010.1508-20 8.0 1.50 2.50 7.00 5.90 21.0 35.00 •0.01-0.04
PICCO R/L 010.1508-30 8.0 1.50 2.50 7.00 5.90 30.0 45.00 •0.01-0.04
PICCO R 010.1508-10 8.0 1.50 2.50 7.00 5.90 11.0 26.00 •0.01-0.04
PICCO R 610.1508-10 8.0 1.50 2.50 6.00 5.20 11.0 26.00 •0.01-0.04
PICCO R 610.1508-20 8.0 1.50 2.50 6.00 5.20 20.0 35.00 •0.01-0.04
PICCO R/L 010.2008-30 8.0 2.00 3.00 7.00 5.90 30.0 45.00 •0.02-0.05
PICCO R 010.2008-10 8.0 2.00 3.00 7.00 5.90 11.0 26.00 •0.02-0.05
PICCO R 010.2008-20 8.0 2.00 3.00 7.00 5.90 21.0 35.00 •0.02-0.05
PICCO R 610.2008-10 8.0 2.00 3.00 6.00 5.20 11.0 26.00 •0.02-0.05
PICCO R 610.2008-20 8.0 2.00 3.00 6.00 5.20 20.0 35.00 •0.02-0.05
PICCO R 010.2508-10 8.0 2.50 3.50 7.00 5.90 11.0 26.00 •0.02-0.05
PICCO R 010.2508-20 8.0 2.50 3.50 7.00 5.90 21.0 35.00 •0.02-0.05
PICCO R 010.2508-30 8.0 2.50 3.50 7.00 5.90 30.0 45.00 •0.02-0.05
PICCO R 610.2508-10 8.0 2.50 3.50 6.00 5.20 11.0 26.00 •0.02-0.05
PICCO R 610.2508-20 8.0 2.50 3.50 6.00 5.20 20.0 35.00 •0.02-0.05
PICCO R 010.3008-10 8.0 3.00 3.50 7.00 5.90 11.0 26.00 •0.02-0.06
PICCO R 010.3008-20 8.0 3.00 3.50 7.00 5.90 21.0 35.00 •0.02-0.06
PICCO R 010.3008-30 8.0 3.00 3.50 7.00 5.90 30.0 45.00 •0.02-0.06
PICCO R 610.3008-10 8.0 3.00 3.50 6.00 5.20 11.0 26.00 •0.02-0.06
PICCO R 610.3008-20 8.0 3.00 3.50 6.00 5.20 20.0 35.00 •0.02-0.06
• Only right-hand inserts are available as standard • All inserts are with sharp corners • For detailed cutting data, see pages 466-467
PICCO-010/610
(face grooving)
Inserts for Face Grooving
D1min.
dh6
l1
Tmax-a
W
a
l2Right-hand shown
Dimensions Recommended
Machining Data
Designation D1 min W R Tmax-adal2l1
IC1008
f face-groove
(mm/rev)
PICCO R 010.1005-10 8.0 1.00 0.50 2.00 7.00 5.90 11.0 26.00 •0.01-0.04
PICCO R 010.1005-20 8.0 1.00 0.50 2.00 7.00 5.90 20.0 35.00 •0.01-0.04
PICCO R 010.1608-10 8.0 1.60 0.80 3.00 7.00 5.90 11.0 26.00 •0.01-0.05
PICCO R 010.1608-20 8.0 1.60 0.80 3.00 7.00 5.90 20.0 35.00 •0.01-0.05
PICCO R 010.2010-10 8.0 2.00 1.00 4.00 7.00 5.90 11.0 26.00 •0.02-0.05
PICCO R 010.2010-20 8.0 2.00 1.00 4.00 7.00 5.90 20.0 35.00 •0.02-0.05
PICCO R 010.2512-10 8.0 2.50 1.25 5.00 7.00 5.90 11.0 26.00 •0.02-0.05
PICCO R 010.2512-20 8.0 2.50 1.25 5.00 7.00 5.90 20.0 35.00 •0.02-0.05
PICCO R 010.3015-10 8.0 3.00 1.50 6.00 7.00 5.90 11.0 26.00 •0.02-0.05
PICCO R 010.3015-20 8.0 3.00 1.50 6.00 7.00 5.90 20.0 35.00 •0.02-0.05
• Only right-hand inserts are available as standard, left-hand inserts on request. • For detailed cutting data, see pages 466-467
PICCO-010
(round face groove)
Inserts for Round Profile Face Grooving
ISCAR
432
FACE GROOVING
a
W
Tmax-a
l2
dh6
l1
D1min.
Tmax-a
W
Right-hand shown
Dimensions Recommended
Machining Data
Designation D1 min W Tmax-adal2l1
IC228
f face-groove
(mm/rev)
PICCO R 015.2515-20 15.0 2.50 20.00 7.00 5.90 20.0 35.00 •0.01-0.04
PICCO R/L 015.3015-20 15.0 3.00 20.00 7.00 5.90 20.0 35.00 •0.02-0.05
PICCO R 015.3015-30 15.0 3.00 30.00 7.00 5.90 30.0 45.00 •0.01-0.04
• Only right-hand inserts are available as standard, left-hand inserts on request. • All inserts are with sharp corners • For detailed cutting data, see pages 466-467
PICCO-015 (face grooving)
Inserts for Deep Face Grooving
l2
D1min.
dh6
l1
Tmax-a
a
WRight-hand shown
Dimensions Recommended
Machining Data
Designation D1 min W Tmax-adal2l1
IC1008
f face-groove
(mm/rev)
PICCO R 620.1006-20 6.0 1.00 2.00 6.00 5.20 20.0 35.00 •0.01-0.04
PICCO R 620.1506-20 6.0 1.50 3.00 6.00 5.20 20.0 35.00 •0.01-0.05
6.0 2.00 4.00 6.00 5.20 20.0 35.00 •0.02-0.06
PICCO R 620.2506-20 6.0 2.50 5.00 6.00 5.20 20.0 35.00 •0.02-0.06
PICCO R 620.3006-20 6.0 3.00 6.00 6.00 5.20 20.0 35.00 •0.02-0.06
• Only right-hand inserts are available as standard, left-hand inserts on request. • All carbide inserts are with sharp corners
• For detailed cutting data, see pages 466-467
PICCO-620
(groove along shaft)
Inserts for Grooving Along
a Shaft Dmin 6 mm
R0.2
R0.2
W
a
l1
Tmax-a
dh6
6.3
D1 min.
Right-hand shown
Bar Max
Dimensions Recommended
Machining Data
Designation D1 min W Tmax-adal1
IC1008
f face-groove
(mm/rev)
PICCO R 016.0300-10 16.0 3.00 10.00 8.00 5.50 30.00 •0.01-0.05
PICCO R 016.0300-20 16.0 3.00 20.00 8.00 5.50 40.00 •0.01-0.05
PICCO R 016.0400-10 16.0 4.00 10.00 8.00 6.00 30.00 •0.01-0.05
PICCO R 016.0400-20 16.0 4.00 20.00 8.00 6.00 40.00 •0.01-0.05
PICCO R 020.0300-25 20.0 3.00 25.00 8.00 5.50 45.00 •0.01-0.05
PICCO R 020.0300-30 20.0 3.00 30.00 8.00 5.50 50.00 •0.01-0.04
PICCO R 020.0300-35 20.0 3.00 35.00 8.00 5.50 55.00 •0.01-0.04
PICCO R 020.0300-40 20.0 3.00 40.00 8.00 5.50 60.00 •0.01-0.04
PICCO R 020.0400-25 20.0 4.00 25.00 8.00 6.00 45.00 •0.01-0.06
PICCO R 020.0400-30 20.0 4.00 30.00 8.00 6.00 50.00 •0.01-0.06
PICCO R 020.0400-35 20.0 4.00 35.00 8.00 6.00 55.00 •0.01-0.05
PICCO R 020.0400-40 20.0 4.00 40.00 8.00 6.00 60.00 •0.01-0.05
PICCO R 020.0500-20 20.0 5.00 20.00 8.00 6.50 40.00 •0.02-0.06
PICCO R 020.0500-25 20.0 5.00 25.00 8.00 6.50 45.00 •0.02-0.06
PICCO R 020.0500-30 20.0 5.00 30.00 8.00 6.50 50.00 •0.02-0.06
PICCO R 020.0500-35 20.0 5.00 35.00 8.00 6.50 55.00 •0.02-0.05
PICCO R 020.0500-40 20.0 5.00 40.00 8.00 6.50 60.00 •0.02-0.05
• All inserts have two coolant holes which may be used with coolant pressure up to 100 bars. • For detailed cutting data, see pages 466-467
PICCO-016/020
(face grooving)
Inserts with Coolant Holes
for Deep Face Grooving
433
FACE GROOVING
D1 min
W
KITS
Designation D1 min W min W max
KIT PICCO SET-4R 8.0 1.00 3.00
PICCO
Face Grooving PICCO Mini-Bar Tool Set - 4R
Designation
Mini
Bore
Dia.
L1Tmax W Pcs. Designation
PICCO 16.D6 1x Holder
PICCO R/L 010.1008-10 8.0 11 1.5 1.0 1x Mini Carbide Bar
PICCO R/L 010.1508-10 8.0 11 2.5 1.5 1x Mini Carbide Bar
PICCO R/L 010.2008-10 8.0 11 3.0 2.0 1x Mini Carbide Bar
PICCO R/L 010.2508-20 8.0 21 3.5 2.5 1x Mini Carbide Bar
PICCO R/L 010.3008-20 8.0 21 3.5 3.0 1x Mini Carbide Bar
Available grade: IC228
Min Bore
Dia.
Tmax.
WL1
KIT PICCO Face
Contains One Toolholder and a Set
of Solid Carbide Miniature Face
Turning and Grooving Boring Bars
d
Lmax
MGCH 09C (MG PCO-16-9)
l1
f
The same tool applies for right-and left-machining
Designation d l1L max f
MGCH 09C 9.00 83.50 65.0 5.5 SR 76-2145 T-15/5
For inserts, see pages: GFQR (433)
For holders, see pages: PICCO/MG PCO (holder) (315)
15 75
16
MG PCO-16-9
MG PCO
Holder Bar for Adjustable Shank
MGCH-C (face)
Face Machining Tools Carrying
GFQR Inserts for Dmin 12 - Dmax
19 mm Penetration Range
l
Tmax-a 5
f
W R
D1min
.
Dimensions Recommended
Machining Data
Designation W±0.02 Tmax-aD1 min(1) D1 max(2)
IC528
f face-groove
(mm/rev)
GFQR 12-1.00-0.05 1.00 1.50 12.0 16.0 •0.01-0.04
GFQR 12-1.50-0.20 1.50 2.50 12.0 17.0 •0.01-0.04
GFQR 12-2.00-0.20 2.00 3.00 12.4 18.0 •0.02-0.05
GFQR 12-2.50-0.20 2.50 3.00 13.0 19.0 •0.02-0.05
• For detailed cutting data, see pages 466-467
(1) Minimum penetration diameter
(2) Maximum penetration diameter
GFQR
Face Grooving Inserts
ISCAR
434
FACE GROOVING
f1
R
f2
L
l2
d
MIFHR... 10 MIFHR... 8
d5
L3R
Designation d d5f1f2L L3l2R Insert
MIFHR 8SC-8-SRK (1) 8.00 1.2 1.4 3.70 75.00 7.40 11.7 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 10C-8 10.00 4.0 1.4 4.50 102.50 7.40 12.5 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 12C-8 12.00 5.0 1.4 5.50 102.50 7.40 12.5 3.80 MI.R 8 SR 14-297 T-8/5
MIFHR 12C-10 (2) 12.00 6.0 2.4 5.50 90.00 11.20 17.2 4.60 MIFR 10 SR 34-506 T-9/5
MIFHR 16C-10 (2) 16.00 6.0 2.4 7.50 90.00 11.20 17.2 4.60 MIFR 10 SR 34-506 T-9/5
(1) Solid carbide shank
(2) Only face grooving inserts are available for this tool
For inserts, see pages: MEFL (435) • MIFR (434) • MIGR 8 (329) • MITR 8-MT (330) • MIUR 8 (329)
For holders, see pages: PICCO/MG PCO (holder) (315)
MIFHR
Bars for Face and Internal Grooving,
Undercutting and Threading Inserts
l
2
L3
l1
f
D1
h
Tmax-a
Tmax-a
H
2
h
UNF 5/16”-24 typex3
b
Bar Max
Designation h b l1l2L3Tmax-aD1 min H2Insert
MFHR 12C-10-JHP 12.0 12.0 100.00 27.0 5.20 9.00 10.0 20.0 MIFR 10 SR 34-506 T-9/5 SR 5/16UNF TL360
MFHR 16C-10-JHP 16.0 16.0 100.00 27.0 5.20 9.00 10.0 24.0 MIFR 10 SR 34-506 T-9/5 SR 5/16UNF TL360
MFHR 20C-10-JHP 20.0 20.0 100.00 30.0 5.20 9.00 10.0 28.0 MIFR 10 SR 34-506 T-9/5 SR 5/16UNF TL360
• For D1max, refer to insert data • For user guide and accessories, see pages 460-470
For inserts, see pages: MIFR (434)
Flow Rate vs. Pressure
Designation
70 Bar
Flow Rate (liters/min)
100 Bar
Flow Rate (liters/min)
140 Bar
Flow Rate (liters/min)
MFHR 12C-10-JHP 3 5-9 9-11
MFHR 16C-10-JHP 3 7-9 9-11
MFHR-JHP
Square Shank Tools for MIFR
10 Face Grooving Inserts
l Ref.
L5
h3
MIFR 8MIFR 10MIFR 15
Tmax-a
W
R
f
D1
Tmax-a
Dimensions Recommended
Machining Data
Designation l Ref. W±0.02 R±0.02 f h3D1 min D1 max Tmax-aL5
IC908
f face-
groove
(mm/
rev)
f face-
turn
(mm/
rev)
MIFR 8-1.50-0.20 17.70 1.50 0.20 2.6 6.5 8.0 11.5 5.50 11.00 •0.02-0.10 0.02-0.06
MIFR 8-1.60-0.80 17.70 1.60 0.80 2.6 6.5 8.0 12.1 5.50 11.00 •0.02-0.10 0.02-0.06
MIFR 8-2.00-0.20 17.70 2.00 0.20 2.8 6.5 8.0 16.0 5.50 11.00 •0.02-0.10 0.02-0.06
MIFR 8-2.20-0.20 17.70 2.20 0.20 2.9 6.5 8.0 21.0 5.50 11.00 •0.02-0.10 0.02-0.06
MIFR 10-2.00-0.20 25.10 2.00 0.20 3.0 7.6 10.0 - 9.00 14.80 •0.02-0.10 0.02-0.06
MIFR 10-2.00-1.00 25.10 2.00 1.00 3.0 7.6 10.0 - 9.00 14.80 •0.02-0.10 0.02-0.06
MIFR 10-2.50-0.20 25.10 2.50 0.20 3.1 7.6 10.0 30.0 9.00 14.80 •0.02-0.10 0.02-0.06
MIFR 10-2.50-1.25 25.10 2.50 1.25 3.3 7.6 10.0 - 9.00 14.80 •0.02-0.10 0.02-0.06
MIFR 10-3.00-0.20 25.10 3.00 0.20 3.4 7.6 10.0 30.0 9.00 14.80 •0.02-0.10 0.02-0.06
MIFR 10-3.00-1.50 25.10 3.00 1.50 3.3 7.6 10.0 34.0 9.00 14.80 •0.02-0.10 0.02-0.06
• For cutting speed recommendations, see pages 466-467
For tools, see pages: MFHR-JHP (434) • MIFHR (329)
MIFR
Screw-Clamped Inserts for Internal
Face Grooving and Turning,
Penetration Diameter Range: 8-17 mm
435
FACE GROOVING
D1
Tmax-a
D1
f
Tmax
h3
l Ref.
L5
W
R
Dimensions Recommended
Machining Data
Designation l Ref. W±0.02 R±0.02 f h3D1 min D1 max Tmax-aL5
IC908
f face-
groove
(mm/
rev)
f face-
turn
(mm/
rev)
MEFL 8-1.50-0.20 17.40 1.50 0.20 2.6 6.6 8.0 15.0 5.50 11.00 •0.02-0.10 0.02-0.06
MEFL 8-1.60-0.80 17.40 1.60 0.80 2.7 6.6 7.0 12.1 5.50 11.00 •0.02-0.10 0.02-0.06
MEFL 8-2.00-0.20 17.40 2.00 0.20 3.1 6.6 7.0 20.0 5.50 11.00 •0.02-0.10 0.02-0.06
MEFL 8-2.00-1.00 17.40 2.00 1.00 2.9 6.6 7.0 14.0 5.50 11.00 •0.02-0.10 0.02-0.06
MEFL 8-2.20-0.20 17.40 2.20 0.20 3.1 6.6 7.0 20.0 5.50 11.00 •0.02-0.10 0.02-0.06
• For cutting speed recommendations, see pages 466-467
For tools, see pages: MIFHR (329)
MEFL
Screw-Clamped Inserts for
External Face Grooving and
Turning Next to Shafts
MIFR 8-2.20-0.20
Cat. No. 6404045
MIFR 8-1.60-0.80
Cat. No. 6404049
MIGR 8-2.00-0.10
Cat. No. 6405194
MIGR 8-1.60-0.80
Cat. No. 6404029
MIUR 8-1.00-0 .50
Cat. No. 6405188
MITR 8-MT1-0.05
Cat. No. 6405165
MIFHR 12C-8
Cat. No. 2801523
KITS
Designation Qty
KIT MINCUT 7
KIT MINCUT
Contains One Toolholder and a Set
of 6 Different Inserts for Internal Face
Grooving and Turning Applications
T
max-a
l1
W
f
A2
D1h1B1
Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-ah1B1f A2l1
HFFH 38R/L-2 2.00 38.0 45.0 14.00 24.8 32.0 8.2 5.2 150.00 EDG 33B*
HFFH 45R/L-2 2.00 45.0 60.0 14.00 24.8 32.0 8.2 5.2 150.00 EDG 33B*
HFFH 60R/L-2 2.00 60.0 80.0 14.00 24.8 32.0 8.2 5.2 150.00 EDG 33B*
HFFH 80R/L-2 2.00 80.0 100.0 14.00 24.8 32.0 8.2 5.2 150.00 EDG 33B*
HFFH 100R/L-2 2.00 100.0 130.0 14.00 24.8 32.0 8.2 5.2 150.00 EDG 33B*
• B1 dimension links blades and blocks
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: HFPN (447)
For holders, see pages: C#-TBK-R/L (477) • HSK A-WH-TBK-R/L (482) • SGTBF (473) • SGTBK (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
HFFH
Face Grooving Blades
l1
w
Tmax.
D1
f
A2
h1B1
Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-aB1f h1l1A2
HFFA 27R/L-2 2.00 27.0 29.0 14.00 32.0 9.5 24.8 102.00 21.0 EDG 33B*
HFFA 29R/L-2 2.00 29.0 33.0 14.00 32.0 9.5 24.8 102.00 18.5 EDG 33B*
HFFA 33R/L-2 2.00 33.0 38.0 14.00 32.0 9.5 24.8 102.00 17.5 EDG 33B*
HFFA 38R/L-2 2.00 38.0 46.0 14.00 32.0 9.5 24.8 102.00 13.5 EDG 33B*
HFFA 46R/L-2 2.00 46.0 60.0 14.00 32.0 9.5 24.8 102.00 13.5 EDG 33B*
HFFA 60R/L-2 2.00 60.0 80.0 14.00 32.0 9.5 24.8 102.00 14.0 EDG 33B*
HFFA 80R/L-2 2.00 80.0 105.0 14.00 32.0 9.5 24.8 102.00 16.1 EDG 33B*
• For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: HFPN (447)
For holders, see pages: SGTBU/SGTBN (472) • UBHCR/L (473)
HFFA
Reinforced Face Grooving Blades
ISCAR
436
FACE GROOVING
l2
Tmax-a h4
h
b
l1
fW
A1
H2
Tmax-a
D1
Right-hand shown
Left-hand shown
Designation h b W Tmax-ah4f D1 min(1) D1 max(2) l1l2H2A1
HGHR/L 1010-12-3T6 10.0 10.0 3.00 6.00 2.0 9.5 12.0 16.0 120.00 19.0 19.0 13.70 SR 76-1400 T-20/3
HGHR 1010-16-3T6 10.0 10.0 3.00 6.00 2.0 9.5 16.0 25.0 120.00 19.0 19.0 12.80 SR 76-1400 T-20/3
HGHR/L 1212-12-3T6 12.0 12.0 3.00 6.00 - 11.0 12.0 16.0 120.00 19.0 19.0 15.70 SR 76-1400 T-20/3
HGHR 1212-16-3T6 12.0 12.0 3.00 6.00 - 11.0 16.0 25.0 120.00 19.0 19.0 14.80 SR 76-1400 T-20/3
HGHR/L 1616-12-3T6 16.0 16.0 3.00 6.00 - 15.0 12.0 16.0 120.00 19.0 21.0 19.70 SR 76-1400 T-20/3
HGHR/L 1616-16-3T6 16.0 16.0 3.00 6.00 - 15.0 16.0 25.0 120.00 19.0 21.0 18.80 SR 76-1400 T-20/3
HGHR/L 2020-12-3T6 20.0 20.0 3.00 6.00 - 20.0 12.0 16.0 120.00 19.0 25.0 24.00 SR 76-1400 T-20/3
HGHR/L 2020-16-3T6 20.0 20.0 3.00 6.00 - 20.0 16.0 25.0 120.00 19.0 25.0 24.00 SR 76-1400 T-20/3
HGHR/L 2525-12-3T6 25.0 25.0 3.00 6.00 - 25.0 12.0 16.0 120.00 19.0 30.0 29.00 SR 76-1400 T-20/3
HGHR/L 2525-16-3T6 25.0 25.0 3.00 6.00 - 25.0 16.0 25.0 120.00 19.0 30.0 29.00 SR 76-1400 T-20/3
• HGN & GRIP inserts can be used only with right-hand toolholders, HGPL inserts only with left-hand toolholders. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • HGN-C (386) • HGN-J (386) • HGN-UT (387) • HGPL (449)
No limitation for widening groove toward or away from center, except for the following tools:
d
D
Limitation of widening toward center
depends on the major diameter (D)
as per chart.
HGHR/L...-12-3T6
D d
12.0 4.0
13.0 1.0
13.5 0
HGHR/L-3
Integral Holders for Face Grooving
and Turning, Dmin. 12 mm
F1
Tmax-a
21
f
W
l1
h
b
l2
hH2
D1
Tmax-a HFHR/L :-:-3T12
Right-hand shown
Left-hand shown
Designation W Tmax-ah b l1f F1D1 min(2) D1 max(3) l2H2
HFHR/L 20-25-3T12 3.00 12.00 20.0 20.0 140.00 20.5 5.3 25.0 30.0 38.0 28.0 SR M6X16 DIN912 HW 5.0
HFHR/L 20-30-3T12 3.00 12.00 20.0 20.0 140.00 20.5 5.3 30.0 38.0 38.0 29.0 SR M6X16 DIN912 HW 5.0
HFHR/L 20-38-3T12 3.00 12.00 20.0 20.0 140.00 20.5 5.3 38.0 48.0 38.0 30.0 SR M6X16 DIN912 HW 5.0
HFHR/L 20-48-3T12 3.00 12.00 20.0 20.0 140.00 20.5 5.3 48.0 60.0 38.0 30.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-25-3T12 3.00 12.00 25.0 25.0 150.00 25.5 5.3 25.0 30.0 38.0 33.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-30-3T12 3.00 12.00 25.0 25.0 150.00 25.5 5.3 30.0 38.0 38.0 34.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-38-3T12 3.00 12.00 25.0 25.0 150.00 25.5 5.3 38.0 48.0 38.0 35.0 SR M6X16 DIN912 HW 5.0
HFHR/L 20-60-3T22 (1) 3.00 22.00 20.0 20.0 140.00 20.5 - 60.0 75.0 40.0 31.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-48-3T22 (1) 3.00 22.00 25.0 25.0 150.00 25.5 - 48.0 60.0 40.0 36.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-60-3T22 (1) 3.00 22.00 25.0 25.0 150.00 25.5 - 60.0 75.0 40.0 36.0 SR M6X16 DIN912 HW 5.0
HFHR/L 20-75-3T25 (1) 3.00 25.00 20.0 20.0 140.00 20.5 - 75.0 100.0 43.0 31.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-75-3T25 (1) 3.00 25.00 25.0 25.0 150.00 25.5 - 75.0 100.0 43.0 36.0 SR M6X16 DIN912 HW 5.0
• For user guide, see pages 460-47
(1) For deep face grooving only.
(2) Minimum penetration diameter
(3) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448)
d
D
No limitation for widening groove
toward or away from center, except for the following tools:
Limitation of
widening toward
center (d) depends
on the major
diameter (D) as per
chart.
HFHR/L-:-25-4T12
D d
25 1
≥26 0
HFHR/L-:-29-4T12
D d
29 1
≥46 0
HFHR/L-:-25-3T12
D d
25 5
26 2
≥27 0
HFHR/L-3T
Integral Holders for Facing,
Dmin. 25 mm
437
FACE GROOVING
F1
Tmax-a
21
HFHR/L :-:-4T12
f
W
h
l1
b
H2
h
h4
l2
D1
Tmax-a
Right-hand shown
Left-hand shown
Designation W Tmax-ah b l1f D1 min(1) D1 max(2) l2H2h4
HFHR/L 20-25-4T12 4.00 12.00 20.0 20.0 140.00 20.6 25.0 29.0 39.0 29.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-29-4T12 4.00 12.00 20.0 20.0 140.00 20.6 29.0 34.0 39.0 30.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-25-4T12 4.00 12.00 25.0 25.0 150.00 25.6 25.0 29.0 39.0 34.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-29-4T12 4.00 12.00 25.0 25.0 150.00 25.6 29.0 34.0 39.0 35.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-34-4T20 4.00 20.00 20.0 20.0 140.00 20.6 34.0 40.0 39.0 30.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-34-4T20 4.00 20.00 25.0 25.0 150.00 25.6 34.0 40.0 39.0 35.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-40-4T25 4.00 25.00 20.0 20.0 140.00 20.6 40.0 48.0 44.0 31.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-48-4T25 4.00 25.00 20.0 20.0 140.00 20.6 48.0 60.0 44.0 32.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-60-4T25 4.00 25.00 20.0 20.0 140.00 20.6 60.0 75.0 44.0 32.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-75-4T25 4.00 25.00 20.0 20.0 140.00 20.6 75.0 100.0 44.0 34.0 2.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-100-4T25 4.00 25.00 25.0 25.0 150.00 25.6 100.0 140.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-140-4T25 4.00 25.00 25.0 25.0 150.00 25.6 140.0 240.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-240-4T25 4.00 25.00 25.0 25.0 150.00 25.6 240.0 800.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-40-4T25 4.00 25.00 25.0 25.0 150.00 25.6 40.0 48.0 44.0 36.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-48-4T25 4.00 25.00 25.0 25.0 150.00 25.6 48.0 60.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-60-4T25 4.00 25.00 25.0 25.0 150.00 25.6 60.0 75.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-75-4T25 4.00 25.00 25.0 25.0 150.00 25.6 75.0 100.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
• DGN & GRIP 4 mm inserts can be used only with right-hand tools, HGPL 4 mm with left-hand tools. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
d
D
Limitation of widening
toward center (d depends
on the major diameter (D)
as per chart
HFHR/L-:-25-4T12
D d
25 1
≥26 0
HFHR/L-:-29-4T12
D d
29 1
≥46 0
Penetration Range
HFHR/L-4T
Integral Holders for Facing,
Dmin. 25 mm
h4
HFHR/L :-:-5T10
F1
Tmax-a
21
f
W
h
l1
b
l2
hH2
D1
Tmax-a
Right-hand shown
Left-hand shown
Designation W Tmax-ah b l1F1f D1 min(1) D1 max(2) l2H2h4
HFHR/L 20-25-5T10 5.00 10.00 20.0 20.0 140.00 7.1 21.0 25.0 30.0 38.0 28.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-25-5T10 5.00 10.00 25.0 25.0 150.00 7.1 26.0 25.0 30.0 38.0 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-110-5T14 5.00 14.00 25.0 25.0 150.00 - 23.5 110.0 200.0 32.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-52-5T14 5.00 14.00 25.0 25.0 150.00 - 23.5 52.0 75.0 32.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-75-5T14 5.00 14.00 25.0 25.0 150.00 - 23.5 75.0 110.0 32.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-28-5T15 5.00 17.00 20.0 20.0 140.00 - 21.0 28.0 31.0 34.0 30.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-31-5T15 5.00 17.00 20.0 20.0 140.00 - 21.0 31.0 35.0 34.0 30.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-28-5T15 5.00 17.00 25.0 25.0 150.00 - 26.0 28.0 31.0 34.0 35.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-31-5T15 5.00 17.00 25.0 25.0 150.00 - 26.0 31.0 35.0 34.0 35.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-35-5T20 5.00 20.00 20.0 20.0 140.00 - 21.0 35.0 40.0 39.0 31.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-40-5T20 5.00 20.00 20.0 20.0 140.00 - 21.0 40.0 45.0 39.0 31.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-200-5T20 5.00 20.00 25.0 25.0 150.00 - 23.5 200.0 800.0 32.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-35-5T20 5.00 20.00 25.0 25.0 150.00 - 26.0 35.0 40.0 39.0 36.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-40-5T20 5.00 20.00 25.0 25.0 140.00 - 26.0 40.0 45.0 39.0 36.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-45-5T25 5.00 25.00 20.0 20.0 140.00 - 21.0 45.0 55.0 44.0 32.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-55-5T25 5.00 25.00 20.0 20.0 140.00 - 21.0 55.0 70.0 44.0 35.0 3.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-45-5T25 5.00 25.00 25.0 25.0 150.00 - 26.0 45.0 55.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-55-5T25 5.00 25.00 25.0 25.0 150.00 - 26.0 55.0 70.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-70-5T28 5.00 28.00 20.0 20.0 140.00 - 21.0 70.0 95.0 47.0 35.0 3.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-130-5T32 5.00 32.00 25.0 25.0 150.00 - 26.0 130.0 180.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-180-5T32 5.00 32.00 25.0 25.0 150.00 - 26.0 180.0 800.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-70-5T32 5.00 32.00 25.0 25.0 150.00 - 26.0 70.0 95.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-95-5T32 5.00 32.00 25.0 25.0 150.00 - 26.0 95.0 130.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
• DGN & GRIP 5.. inserts can be used only with right-hand tools, HGPL 5.. inserts with left-hand tools. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
Limitation of
widening toward
center (d)
depends on the
major diameter
(D) as per chart
No limitation for widening groove toward or away from center, except for the following tools:
HFHR/L-
31-5-T15
D d
31 15
32 10
33 7
34 4
35 2
≥36 0
HFHR/L-28-5-T15
D d
28 13
29 8
30 5
31 3
32 1
≥33 0
HFHR/L-25-5-T10
D d
25 4
26 1
≥27 0
HFHR/L-30-6-T10
D d
30 7
31 4
32 1
≥33 0
d
D
HFHR/L-5T
Integral Holders for Facing,
Dmin. 25 mm
ISCAR
438
FACE GROOVING
h4
HFHR/L :-:-6T10
F1
Tmax-a
21
l1
b
hH2
l2
W
h
f
D1
Tmax-a
Right-hand shown
Left-hand shown
Designation W Tmax-ah b l1F1f D1 min(1) D1 max(2) l2H2h4
HFHL 20-26-6T10 6.00 10.00 20.0 20.0 140.00 7.9 21.4 26.0 30.0 39.0 29.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-30-6T15 6.00 17.00 20.0 20.0 140.00 - 21.4 30.0 38.0 36.0 30.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-30-6T15 6.00 17.00 25.0 25.0 150.00 - 26.4 30.0 38.0 36.0 35.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-38-6T20 6.00 20.00 20.0 20.0 140.00 - 21.4 38.0 50.0 39.0 31.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-100-6T20 6.00 20.00 25.0 25.0 150.00 - 26.0 100.0 200.0 40.0 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-200-6T20 6.00 20.00 25.0 25.0 150.00 - 23.0 200.0 3000.0 37.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-38-6T20 6.00 20.00 25.0 25.0 150.00 - 26.4 38.0 50.0 39.0 36.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-50-6T20 6.00 20.00 25.0 25.0 150.00 - 23.0 50.0 65.0 37.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-65-6T20 6.00 20.00 25.0 25.0 150.00 - 23.0 65.0 100.0 37.5 33.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 20-50-6T25 6.00 25.00 20.0 20.0 140.00 - 21.4 50.0 70.0 44.0 32.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-50-6T25 6.00 25.00 25.0 25.0 150.00 - 26.4 50.0 70.0 44.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-100-6T32 6.00 32.00 25.0 25.0 150.00 - 26.4 100.0 180.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
HFHR/L 25-180-6T32 6.00 32.00 25.0 25.0 150.00 - 26.4 180.0 400.0 51.0 40.0 3.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-400-6T32 6.00 32.00 25.0 25.0 150.00 - 26.4 400.0 3000.0 51.0 40.0 3.0 SR M6X16 DIN912 HW 5.0
HFHR/L 25-70-6T32 6.00 32.00 25.0 25.0 150.00 - 26.4 70.0 100.0 51.0 37.0 - SR M6X16 DIN912 HW 5.0
• DGN & GRIP 6.. inserts can be used only with right-hand tools, HGPL 6.. inserts with left-hand tools. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
Limitation of widening
toward center (d) depends on
the major diameter (D)
as per chart
d
D
No limitation for widening groove toward or away
from center, except for the following tools: HFHR/L--30-6T10
D d
30 7
31 4
32 1
≥33 0
HFHR/L-6T
Integral Holders for Facing,
Dmin. 26 mm
B1
l1
h1
A2
f2
W
Holder: MAHPL Holder: MAHR
l2
f (a)
D
D1
Tmax-a
Left-hand shown
Designation D1 min(1) D1 max(2) WTmax-al2f2A2l1
HFPAD 3R/L-25-T10 25.0 30.0 3.00 10.00 15.0 4.80 5.8 39.50
HFPAD 3R/L-30-T10 30.0 40.0 3.00 10.00 15.0 4.80 5.8 39.50
HFPAD 3R/L-40-T10 40.0 65.0 3.00 10.00 15.0 4.80 5.8 39.50
HFPAD 3R/L-65-T18 65.0 115.0 3.00 18.00 19.0 4.80 5.8 43.50
HFPAD 3R/L-115-T18 115.0 400.0 3.00 18.00 19.0 4.80 5.8 43.50
• f(a)=f1(shank) + f2(adapter) • HGN & GRIP 3.. inserts can be used only with right-hand adapters, HGPL 3.. inserts with left-hand adapters. • For user guide, see
pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • HGN-C (386) • HGN-J (386) • HGN-UT (387) • HGPL (449)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
HFPAD-3
Adapters for Face Machining
439
FACE GROOVING
l1
A2
f2
W
Holder: MAHPL Holder: MAHR
l2
f (a)
D
B1
h1
D1
Tmax-a
Left-hand shown
Left-hand shown
Designation D1 min(1) D1 max(2) WTmax-al2f2A2l1h1B1
HFPAD 6R/L-60-T14 60.0 100.0 6.00 14.00 16.0 4.50 6.8 40.50 24.0 32.0
HFPAD 6R/L-100-T20 100.0 200.0 6.00 20.00 21.0 4.50 6.8 45.50 24.0 32.0
HFPAD 6R/L-200-T20 200.0 3000.0 6.00 20.00 21.0 4.50 7.1 45.50 24.0 32.0
• f(a)=f1(shank) + f2(adapter) • DGN & GRIP 6.. inserts can be used only with right-hand adapters, HGPL 6.. inserts with left-hand adapters. • For user guide, see
pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
HFPAD-6
Adapters for Face Machining
l1 A2
150°
B1
h1
W
L
R
D1
Tmax-a
Right-hand shown
Left-hand shown
Designation W D1 min(2) D1 max(3) Tmax-al1B1A2
HFFR/L 48-4T25 (1) 4.00 48.0 60.0 25.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 60-4T25 4.00 60.0 75.0 25.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 75-4T30 4.00 75.0 140.0 30.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 140-4T30 4.00 140.0 1500.0 30.00 150.00 32.0 3.2 EDG 33B*
HFFR/L 70-5T32 5.00 70.0 95.0 32.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 95-5T35 5.00 95.0 130.0 35.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 130-5T38 5.00 130.0 180.0 38.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 180-5T38 5.00 180.0 1500.0 38.00 150.00 32.0 4.0 EDG 33B*
HFFR/L 90-6T32 6.00 90.0 180.0 32.00 150.00 32.0 5.2 EDG 33B*
HFFR/L 180-6T38 6.00 180.0 400.0 38.00 150.00 32.0 5.2 EDG 33B*
• After initial groove, no limitation to widening groove outward or toward center. • DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with
left-hand blades. • For user guide, see pages 460-470
(1) HGPL 4...Y with LH blade.
(2) Minimum penetration diameter
(3) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
For holders, see pages: SGTBF (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
HFFR/L-T
Blades for Face Machining
l1
A2
f2
W
Holder: MAHPL Holder: MAHR
l2
f (a)
D
B1
h1
D1
Tmax-a
Left-hand shown
Left-hand shown
Designation D1 min(1) D1 max(2) WTmax-al2f2A2l1h1B1
HFPAD 5R/L-40-T14 40.0 50.0 5.00 14.00 16.0 4.50 6.3 40.50 24.0 32.0
HFPAD 5R/L-50-T14 50.0 75.0 5.00 14.00 16.0 4.50 6.3 40.50 24.0 32.0
HFPAD 5R/L-75-T14 75.0 110.0 5.00 14.00 16.0 4.50 6.3 40.50 24.0 32.0
HFPAD 5R/L-110-T14 110.0 200.0 5.00 14.00 16.0 4.50 6.3 40.50 24.0 32.0
HFPAD 5R/L-200-T20 200.0 800.0 5.00 20.00 21.0 4.50 6.6 45.50 24.0 32.0
• f(a)=f1(shank) + f2(adapter) • DGN & GRIP 5.. inserts can be used only with right-hand adapters, HGPL 5.. inserts with left-hand adapters. • For user guide, see
pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHDOR (478) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
HFPAD-5
Adapters for Face Machining
ISCAR
440
FACE GROOVING
L
b
h
A1
h
Coolant Outlet
HFAEL
Adapter
Right-hand shown
Designation L b h A1W
HAR/L 25C 110.00 25.0 25.0 39.00 0.00 SR 14-519 T-20/3
HAR/L 32C 130.00 32.0 32.0 46.00 0.00 SR 14-519 T-20/3
• Holders for adapters HFAER/L & HGAER/L, HFAIR/L & HGAIR/L.
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
HAR/L
Face Machining Adapter Holders
b
h
L
h
Coolant Outlet
HFAEL
Adapter
Left-hand shown
Designation L h b
HAPR/L 25C 124.00 25.0 25.0 SR 14-519 T-20/3
HAPR/L 32C 139.00 32.0 32.0 SR 14-519 T-20/3
• Holders for adapters HFAER/L & HGAER/L, HFAIR/L & HGAIR/L.
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
HAPR/L
Face Machining Perpendicular
Holders for Adapters
Tmax-a
D1
l1
l2
f
1
Right-hand shown
Designation Tmax-aW D1 min(1) D1 max(2) l2f1l1
HGAER/L 12-3M 2.00 3.00 12.0 500.0 21.0 10.2 55.00 SR 16-236 P T-15/5
HGAER/L 12-3T6 6.00 3.00 12.0 15.0 21.0 10.2 55.00 SR 16-236 P T-15/5
HGAER/L 14-3T7 7.00 3.00 14.0 17.0 21.0 10.2 55.00 SR 16-236 P T-15/5
HGAER/L 17-3T8 8.00 3.00 17.0 21.0 21.0 10.2 55.00 SR 16-236 P T-15/5
HGAER/L 21-3T9 9.00 3.00 21.0 25.0 21.0 10.2 55.00 SR 16-236 P T-15/3
• GRIP 3... inserts can be used with right-hand adapters only, HGPL 3 with left-hand adapters. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
HGAER/L-3
Adapters for External
Facing Along Shafts
Tmax-a
D1
l1
l2
f1
Right-hand shown
Left-hand shown
Designation Tmax-aW D1 min(1) D1 max(2) l1l2f1
HFAER/L 40-4T20 20.00 4.00 40.0 48.0 68.50 21.0 11.6 SR M5X16 DIN912 HW 4.0
HFAER/L 48-4T20 20.00 4.00 48.0 60.0 68.50 21.0 11.6 SR M5X16 DIN912 HW 4.0
HFAER/L 60-4T25 25.00 4.00 60.0 75.0 68.50 26.0 11.6 SR M5X16 DIN912 HW 4.0
HFAER/L 75-4T25 25.00 4.00 75.0 100.0 68.50 26.0 11.6 SR M5X16 DIN912 HW 4.0
• DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand blades. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
HFAER/L-4
Adapters for External
Facing Along Shafts
441
FACE GROOVING
B1
l1
h1
A2
f2
W
Holder: MAHPL Holder: MAHR
l2
f (a)
D
D1
Tmax-a
Left-hand shown
Designation D1 min(1) D1 max(2) WTmax-al2f2A2l1
HFPAD 4R/L-25-T10 25.0 31.0 4.00 10.00 16.0 4.50 5.8 40.50
HFPAD 4R/L-31-T10 31.0 44.0 4.00 10.00 16.0 4.50 5.8 40.50
HFPAD 4R/L-44-T14 44.0 58.0 4.00 14.00 16.0 4.50 5.8 40.50
HFPAD 4R/L-58-T14 58.0 88.0 4.00 14.00 16.0 4.50 5.8 40.50
HFPAD 4R/L-88-T14 88.0 175.0 4.00 14.00 16.0 4.50 5.8 40.50
HFPAD 4R/L-175-T20 175.0 800.0 4.00 20.00 21.0 4.50 6.5 45.50
• f(a)=f1(shank) + f2(adapter) • DGN & GRIP 4.. inserts can be used only with right-hand adapters, HGPL 4.. inserts with left-hand adapters. • For user guide, see
pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
For holders, see pages: C#-MAHD-JHP (479) • C#-MAHPD-JHP (480) • MAHR/L-JHP-MC (236) • MAHPR/L-JHP (237) • MAHR/L-JHP (236) • MAHR/L (235) •
MAHPR/L (237) • C#-MAHD (479) • C#-MAHPD (480) • C#-MAHUR/L (479) • C#-MAHDR-45 (478) • C#-MAHDOR (478) • HSK A63WH-MAHUR/L (482) • HSK
A63WH-MAHDR-45 (481) • HSK A63WH-MAHDOR (482) • IM-MAHD (483) • IM-MAHPD (483)
HFPAD-4
Adapters for Face Machining
Tmax-a
D1
l1f1
Right-hand shown
Left-hand shown
Designation W Tmax-aD1 min(1) D1 max(2) l1f1
HFAER/L 70C-5T25 5.00 25.00 70.0 95.0 66.00 12.2 EDG 33B*
HFAER/L 95C-5T25 5.00 25.00 95.0 130.0 66.00 12.2 EDG 33B*
HFAER/L 70C-6T28 6.00 28.00 70.0 100.0 69.00 12.3 EDG 33B*
HFAER/L 100C-6T32 6.00 32.00 100.0 180.0 73.00 12.3 EDG 33B*
HFAER/L 180C-6T32 6.00 32.00 180.0 400.0 73.00 12.3 EDG 33B*
• After initial groove, no limitation to widening groove outward from or toward center. • Adapters can be mounted on standard HAR/L, HAPR/L, HAI holders for
external machining. • DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand blades. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
HFAER/L-5T, 6T
Adapters for External
Facing Along Shafts
ISCAR
442
FACE GROOVING
Tmax-a
D1
l2
Tmax-a
hh
b
W
f
l1
A1
H2
Right-hand shown
Left-hand shown
Designation W min W max Tmax-af h b l1D1 min(1) D1 max(2) H2A1
HFHR/L 20M 3.00 6.00 5.30 20.0 20.0 20.0 130.00 20.0 2000.0 29.0 22.50 SR M6X16 DIN912 HW 5.0
HFHR/L 25M 3.00 6.00 5.30 25.0 25.0 25.0 150.00 20.0 2000.0 34.0 27.50 SR M6X16 DIN912 HW 5.0
• DGN & GRIP 4.. - 6.. inserts can be used only with right-hand tools, HGPL 4.. - 6.. inserts with left-hand tools. • After initial groove, no limitation to widening
groove outward or toward center. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448)
HFHR/L-
M & HFHPR/L-
M
Integral Toolholders
For shallow machining up to max. 5 mm depth of groove.
One toolholder can be mounted with inserts in
3-6 mm widths.
The initial major diameter groove is limited by
the insert geometry in each size.
After initial groove, face recessing outward or toward
center is not limited by insert geometry.
W max=6 mm
W min=3 mm
W
D1
D1
D1
W Min. Max.
3 25.6 51.5
4 24.1 73.7
5 22.1 170
6 20.8 ∞
Insert initial face grooving range
HFHR/L-M
Toolholders for Shallow Face Grooving
Tmax-a
D1
h
b
WTmax-a
l1
f
25
H2
h
Right-hand shown
Left-hand shown
Designation W min W max Tmax-af h b l1D1 min(1) D1 max(2) H2
HFHPR/L 20M 3.00 6.00 5.00 25.3 20.0 20.0 130.00 20.0 2000.0 29.0 SR M6X16 DIN912 HW 5.0
HFHPR/L 25M 3.00 6.00 5.00 30.3 25.0 25.0 150.00 20.0 2000.0 34.0 SR M6X16 DIN912 HW 5.0
• DGN & GRIP 4.. - 6.. inserts can be used only with right-hand tools, HGPL 4.. - 6.. inserts with left-hand tools. • After initial groove, no limitation to widening
groove outward or toward center. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448)
HFHPR/L-M
Perpendicular Toolholders for
Shallow Face Grooving
443
FACE GROOVING
443
USER GUIDE
Boring Bars for Adapters
HGAIR/L & HFAIR/L Adapters
and HAI Holders
Adapter clamped on HAI round shank holders can
machine deep internal boring and grooving applications.
The tool can bore down to the bottom, and is supplied
with internal coolant for better performance.
HFAIR/L & HGAIR/L
Exchangeable adapters, see pages B268, B270.
HAI Holders
for adapters, see page B269.
HFAIR/L HGAIR/L - C- T -
HELIFACE
Internal adapters right or left
Min. initial
groove diameter
Internal
coolant
Insert
width
Max. depth
of groove
HAI Holder System Assembly
The same HAI boring bar can be used with right- and
left-hand adapters in a wide range of face machining
applications. The two screws and the central guiding
slot on the adapter correspond to the key and
holes on the holder ensuring strong, safe, and
accurate clamping.
HFAIL & HGAIL
Left-hand Adapters
HFAIR & HGAIR
Right-hand Adapters
Coolant System
Seal HAI HGAIR/L
HFAIR/L
Coolant Inlet
Connector (1)
(1) Connector for coolant inlet BSP 1/8 thread. For PL-20, use M6 thread.
Connector not supplied with tools.
Connector
Seal
Seal
ISCAR
444
FACE GROOVING
l1f1
Tmax-a
D
1
Wl2
Right-hand shown
Designation Tmax-aW D1 min(1) D1 max(2) l1f1l2
HFAIR/L 34-4T18 18.00 4.00 34.0 40.0 67.00 15.3 33.0 SR M5X16 DIN912 HW 4.0
HFAIR/L 40-4T20 20.00 4.00 40.0 48.0 67.00 15.3 33.0 SR M5X16 DIN912 HW 4.0
HFAIR/L 48-4T20 20.00 4.00 48.0 60.0 67.00 15.3 33.0 SR M5X16 DIN912 HW 4.0
HFAIR/L 60-4T25 25.00 4.00 60.0 75.0 67.00 15.3 33.0 SR M5X16 DIN912 HW 4.0
• DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand blades. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAI-C (445) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
HFAIR/L-4
Adapters for Internal Face
Grooving and Turning
l1f1
Tmax-a
D
1
Wl2
Right-hand shown
Designation Tmax-aD1 min(1) D1 max(2) W l1f1l2
HGAIR/L 12-3M 2.00 12.0 500.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 12-3T6 6.00 12.0 15.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 14-3T7 7.00 14.0 17.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 17-3T8 8.00 17.0 21.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 21-3T9 9.00 21.0 25.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 25-3T9 9.00 25.0 34.0 3.00 55.00 10.2 21.0 SR 16-236 P T-15/3
HGAIR/L 35-3T10 10.00 35.0 45.0 3.00 56.00 10.3 22.0 SR 16-236 P T-15/3
HGAIR/L 45-3T10 10.00 45.0 65.0 3.00 56.00 10.3 22.0 SR 16-236 P T-15/3
HGAIR/L 65-3T18 18.00 65.0 115.0 3.00 64.00 11.3 30.0 SR 16-236 P T-15/3
HGAIR/L 115-3T18 18.00 115.0 400.0 3.00 64.00 11.3 30.0 SR 16-236 P T-15/3
• HGN & GRIP 3.. inserts can be used only with right-hand adapters, HGPL 3.. inserts with left-hand adapters. • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GRIP (229) • GRIP (full radius) (230) • HGN-C (386) • HGN-J (386) • HGN-UT (387) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAI-C (445) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
HGAIR/L-3
Adapters for Internal Face
Grooving and Turning
SS
f5.3
F1
d
Wl2Right-hand shown
Left-hand shown
Designation W min W max SS f l2F1d
C4 HFIR/L-MC 3.00 6.00 40 11.3 52.0 80.0 25.00 SR M5X16 DIN912 HW 4.0 EZ 83
C5 HFIR/L-MC 3.00 6.00 50 11.3 52.0 80.0 25.00 SR M5X16 DIN912 HW 4.0 EZ 83
• DGN & GRIP 4.. - 6.. inserts can be used only with right-hand tools, HGPL 4.. - 6.. inserts with left-hand tools. • After initial groove, no limitation to widening
groove outward or toward center. • For user guide, see pages 460-470
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
C#-HFIR/L-MC
Boring Bars for Internal Grooving
and Turning with CAMFIX
Exchangeable Shanks
445
FACE GROOVING
Tmax(a) l1
f=f1+f2
f1 (Adapter)
Coolant Outlet
h1
f2
dg7
Designation d l1h1f2
HAI 20 20.00 130.00 9.0 0.50 N SR 14-519 T-20/3
HAI 25C 25.00 150.00 11.5 3.00 Y SR 14-519 T-20/3 PL 25
HAI 32C 32.00 200.00 14.5 6.50 Y SR 14-519 T-20/3 PL 32
HAI 40C 40.00 250.00 18.0 10.50 Y SR 14-519 T-20/3 PL 40
• The HAI boring bars can be used with right and left-hand adapters. • (a) Tmax - see corresponding adapters.
For tools, see pages: HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAIR/L-3 (444)
HAI-C
Boring Bars with Coolant Holes for
Internal Grooving and Turning Adapters
l1
f1
Tmax-a
Wl2
D1
Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-af1l2l1
HFAIR/L 75C-4T30DG 4.00 75.0 140.0 30.00 10.9 34.5 68.50 EDG 33B*
HFAIR/L 140C-4T30DG 4.00 140.0 - 30.00 10.9 34.5 68.50 EDG 33B*
HFAIR/L 55C-5T25DG 5.00 55.0 70.0 25.00 11.9 32.0 66.00 EDG 33B*
HFAIR/L 70C-5T25DG 5.00 70.0 95.0 25.00 11.9 32.0 66.00 EDG 33B*
HFAIR/L 95C-5T35DG 5.00 95.0 130.0 35.00 11.9 39.5 73.50 EDG 33B*
HFAIR/L 130C-5T38DG 5.00 130.0 180.0 38.00 11.9 42.5 76.50 EDG 33B*
HFAIR/L 180C-5T38DG 5.00 180.0 - 38.00 11.9 42.5 76.50 EDG 33B*
HFAIR/L 70C-6T28DG 6.00 70.0 100.0 28.00 12.0 35.0 69.00 EDG 33B*
HFAIR/L 100C-6T32DG 6.00 100.0 180.0 32.00 12.0 39.0 73.00 EDG 33B*
HFAIR/L 180C-6T38DG 6.00 180.0 400.0 38.00 12.4 42.5 76.50 EDG 33B*
• After initial groove, no limitation to widening groove outward or toward center • DGN inserts can be used on right- and left-hand tools, GRIP inserts only on
right-hand tools, HFPR/L right-hand inserts on right-hand tools (same for left-hand), and HGPL inserts only on left-hand tools.
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
For holders, see pages: C#-HAD (480) • C#-HAPR/L (480) • HAI-C (445) • HAPR/L (440) • HAR/L (440) • IM-HAD (484) • IM-HAPR/L (484)
Adapters can be used for internal machining along bore. Adapters can be mounted on standard HAI boring bars for internal machining and
on HAR/L, HAPR/L holders for external machining
G(1)
Bmin.
Boring
B Min. =F+G+d/2
Pmin.
B
G(1)
Face Recessing
P Min. =2F-B-2W+2G+d
G(1)
Dmin.
B
Face Grooving
D Min. =2F-B+2G+d
(1)
The minimum recommended value for clearance (G) is 0.5 mm
Boring, Face Grooving & Face Recessing Capacity
HFAIR/L-DG
Adapters for Internal Face
Grooving and Turning
ISCAR
446
FACE GROOVING
Tmax-a
Wl1
f
W/2
h1
dg7
Designation d W min W max l1f±0.10 h1Tmax-a
HFIR 16MC 16.00 3.00 6.00 150.00 11.14 7.5 5.00 SR M5X16 DIN912 HW 4.0 PL 16
HFIR 20MC 20.00 3.00 6.00 170.00 11.14 9.0 5.00 SR M5X16 DIN912 HW 4.0 PL 20
HFIR/L 25MC 25.00 3.00 6.00 200.00 11.14 11.5 5.00 SR M5X16 DIN912 HW 4.0 PL 25
HFIR/L 32MC 32.00 3.00 6.00 250.00 14.68 14.5 5.00 SR M6X20 DIN912 HW 5.0 PL 32
HFIR/L 40MC 40.00 3.00 6.00 300.00 18.70 18.0 5.00 SR M6X20 DIN912 HW 5.0 PL 40
• DGN & GRIP 4.. - 6.. inserts can be used only with right-hand tools, HGPL 4.. - 6.. inserts with left-hand tools. • After initial groove, no limitation to widening
groove outward or toward center. • For user guide, see pages 460-470
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381) • HGPL (449)
Internal Face Recessing
Boring Internal Face Grooving
HFIR/L-: MC Integral Boring bars
For shallow, internal face machining to max. 5 mm
depth of groove. One boring bar can be mounted
with inserts in 4-6 mm widths.
The initial major diameter groove is limited by
the insert’s geometry in each size.
After the initial groove, face recessing outward or toward
center is not limited by the insert’s geometry.
Insert Initial
Face Grooving Range
W
D
Min. Max.
423 90
521 300
620 ∞
(1)
The minimum recommended value for clearance (G) is 0.5 mm
Boring, Face Grooving & Face Recessing Capacity
Boring
B Min.=F+d/2+W/2+2G
B
Bmin.
G(1)
Face Grooving
D Min.=2F+d+W-B+2G
B
D
5max
G(1)
B
Dmin.
Face Recessing
P Min.=2F+d-W-B+2G
PB
G(1)
B
Pmin.
HFIR/L-MC
Boring Bars for Internal
Grooving and Turning
SS
5.3
W
f
F
1
l
2
d
Left-hand shown
Designation SS F1d f l2W min W max
IM40 HFIR-MC 40 80.0 25.00 11.3 52.0 3.00 6.00 SR M5X16 DIN912 HW 4.0 EZ 83
IM50 HFIR-MC 50 80.0 25.00 11.3 52.0 3.00 6.00 SR M5X16 DIN912 HW 4.0 EZ 83
• (*) Tools with orientation holes in the flange groove can be supplied on request • DGN & GRIP 4.. - 6.. inserts can be used only with right-hand tools, HGPL 4.. - 6..
inserts with left-hand tools. • After initial groove, no limitation to widening groove outward or toward center. • For user guide, see pages 460-470
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381)
IM-HFIR-MC
Tools for Internal Grooving and Turning
with ISO 26622-1(*) Tapered Shank
447
FACE GROOVING
h1
f
Wl1
h
b
25
Tmax-a
D
W
Right-hand shown
Designation W min W max h1b h l1fTmax-a
CR HFIR-16M 3.00 6.00 16.0 16.0 20.0 67.00 20.0 5.00
CR HFIR-20M 3.00 6.00 20.0 20.0 24.0 72.00 24.0 5.00
• Used for shallow internal face machining to max. 5 mm depth of groove • Inserts in 3-6 mm widths can be mounted on the cartridges • Only DGN & GRIP 4.. -
6.. inserts can be used with the right-hand tools
For inserts, see pages: HFPR/L (447) • HFPR/L (full radius) (448) • GRIP (229) • GRIP (full radius) (230) • DGN/DGNC/DGNM-C (380) • DGN/DGNM-J/JS/JT
(381) • DGN-W (381)
F
E
R
L1
CR-HFIR/L-M
Assembly Dimensions
(1) L adjustment ± 1
(2) F adjustment
(3)
Assembly screws ISO 7380 are recommended
+0.3
- 0
Designation E L1(1) F(2) Rmax. Assembly Screw(3)
CR HFIR/L-16M 25 8 20 6 M8X30
CR HFIR/L-20M 30 10 24 6 M8X30
Assembly
Screw
45º
M8
Spare Parts
Designation
CR HFIR-16M SR M5X20DIN912 HW 4.0 SR 76-1401 SR M4X10 DIN916 HW 2.0
CR HFIR-20M SR M5X20DIN912 HW 4.0 SR 76-1401 SR M4X10 DIN913 HW 2.0
CR HFIR-M
Cartridges for Face
Grooving and Turning
7°
RM
W
19 Ref.
±0.1
D1
No depth penetration limit
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M D1 min D1 max
IC328
IC830
IC354
IC8250
IC808
IC9015
IC20
IC5010
IC428
ap
(mm)
f face-
groove
(mm/rev)
f face-turn
(mm/rev)
HFPR/L 3003 3.00 0.30 2.10 25.6 51.5 •••••••• 0.30-1.50 0.08-0.20 0.10-0.20
HFPR/L 4004 4.00 0.40 2.80 24.1 73.7 ••••••••• 0.40-2.00 0.10-0.24 0.15-0.25
HFPR/L 5004 5.00 0.40 3.40 22.1 170.0 •••••••• 0.50-2.50 0.12-0.24 0.15-0.35
HFPR/L 6004 6.00 0.40 4.00 20.8 - •••••••• 0.40-3.00 0.12-0.28 0.15-0.40
• For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-HFIR/L-MC (444) • CR HFIR-M (447) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T
(439) • HFHPR/L-M (442) • HFHR/L-3T (436) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFHR/L-M (442) • HFIR/L-MC (446) • HFPAD-4 (441)
• HFPAD-5 (439) • HFPAD-6 (439) • IM-HFIR-MC (446)
HFPR/L
Utility Double-Ended Face
Machining Inserts
7°
HFPN 2010
W
RlRef.
±0.1
Dimensions Recommended
Machining Data
Designation W±0.04 R l Ref.
IC808
f groove
(mm/rev)
HFPN 2002 2.00 0.20 19.40 •0.03-0.10
HFPN 2010 2.00 1.00 19.40 •0.03-0.10
• For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: HFFA (435) • HFFH (435)
HFPN
Utility Double-Ended Face
Machining Inserts
ISCAR
448
FACE GROOVING
W
lRef.
M
R
±0.1
No depth penetration limit
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l M
IC830
IC8250
IC08
IC808
IC908
IC418
IC5010
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
f face-
groove
(mm/rev)
f face-
turn
(mm/rev)
GRIP 3002Y 3.00 0.20 16.00 2.30 ••••• •0.25-1.80 0.14-0.18 0.07-0.11 0.08-0.20 0.10-0.20
GRIP 3003Y 3.00 0.30 16.00 2.30 •••• •• 0.40-1.80 0.15-0.19 0.07-0.11 0.08-0.20 0.10-0.20
GRIP 318-040Y 3.18 0.40 16.00 2.30 •• ••• 0.50-1.90 0.17-0.22 0.07-0.12 0.08-0.20 0.10-0.20
GRIP 4002Y 4.00 0.20 19.00 2.80 ••••• •0.25-2.40 0.16-0.21 0.09-0.14 0.10-0.24 0.15-0.30
GRIP 4004Y 4.00 0.40 19.00 2.80 ••••••••0.50-2.40 0.18-0.24 0.09-0.15 0.10-0.24 0.15-0.30
GRIP 476-080Y 4.76 0.80 19.00 3.10 •• ••• 1.00-2.80 0.21-0.33 0.10-0.20 0.10-0.24 0.15-0.30
GRIP 5005Y 5.00 0.50 19.00 3.30 ••••••••0.60-3.00 0.20-0.30 0.11-0.20 0.12-0.24 0.15-0.35
GRIP 5008Y 5.00 0.80 19.00 3.40 •• •••••1.00-3.00 0.23-0.35 0.11-0.21 0.12-0.24 0.15-0.35
GRIP 6005Y 6.00 0.50 19.00 4.20 •• •••••0.60-3.60 0.22-0.36 0.13-0.23 0.12-0.28 0.15-0.40
GRIP 6008Y 6.00 0.80 19.00 4.20 •• •••••1.00-3.60 0.24-0.42 0.13-0.25 0.12-0.28 0.15-0.40
GRIP 635-080Y 6.35 0.80 19.00 4.20 •• ••• 1.00-3.80 0.25-0.44 0.14-0.27 0.12-0.28 0.15-0.40
• For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFS (372)
• DGPAD-XL-JHP (379) • DGTR/L (376) • HELIIR/L (301) • HELIR/L (226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445)
• HFFR/L-T (439) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFIR/L-MC (446) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGAER/L-3
(440) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
The Twisted Insert
for Face Machining
The double-ended, twisted insert body makes
it possible to machine deeper than the inserts’
length. A unique chipformer for controlled chip
flow in axial and radial directions.
The rear angle is slanted in relation to the frontal
edge so it does not come into contact with the
machined groove surface as the tool penetrates
deeply into the workpiece.
GRIP
Utility Double-Ended Inserts for
External, Internal and Face Machining
19 Ref.
±0.1
7°
R M
W
D1
No depth penetration limit.
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M D1 min D1 max
IC830
IC354
IC8250
IC808
IC9015
IC20
IC5010
IC428
ap
(mm)
f face-
groove
(mm/rev)
f face-turn
(mm/rev)
HFPR/L 3015 3.00 1.50 2.10 25.6 51.5 •••••••• 0.00-1.50 0.08-0.20 0.12-0.20
HFPR/L 4020 4.00 2.00 2.80 24.1 73.7 •••••••• 0.00-2.00 0.10-0.24 0.15-0.25
HFPR/L 5025 5.00 2.50 3.40 22.1 170.0 •••••••• 0.00-2.50 0.12-0.24 0.15-0.35
HFPR/L 6030 6.00 3.00 4.00 20.8 - •••••••• 0.00-3.00 0.12-0.28 0.20-0.40
• For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-HFIR/L-MC (444) • CR HFIR-M (447) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T
(439) • HFHPR/L-M (442) • HFHR/L-3T (436) • HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFHR/L-M (442) • HFIR/L-MC (446) • HFPAD-4 (441)
• HFPAD-5 (439) • HFPAD-6 (439) • IM-HFIR-MC (446)
HFPR/L (full radius)
Utility Double-Ended Full Radius
Face Machining Inserts
449
FACE GROOVING
lRef.
±0.1
7°
RM
W
No depth penetration limit
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 l M
IC830
IC8250
IC08
IC808
IC908
IC418
IC5010
IC807
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
f face-
groove
(mm/
rev)
f face-
turn
(mm/
rev)
GRIP 3015Y 3.00 1.50 15.80 2.10 ••••••••0.00-1.50 0.18-0.26 0.07-0.13 0.08-0.20 0.10-0.20
GRIP 318-159Y 3.18 1.59 16.00 2.30 • • 0.00-1.50 0.19-0.28 0.07-0.13 0.08-0.20 0.10-0.20
GRIP 4020Y 4.00 2.00 19.00 2.80 ••••••••0.00-2.00 0.20-0.34 0.09-0.17 0.10-0.24 0.15-0.30
GRIP 476-238Y 4.76 2.38 19.00 3.20 ••• 0.00-2.30 0.21-0.40 0.10-0.20 0.10-0.24 0.15-0.30
GRIP 5025Y 5.00 2.50 19.00 3.40 •• •••••0.00-2.50 0.23-0.42 0.11-0.21 0.12-0.24 0.15-0.35
GRIP 6030Y 6.00 3.00 19.00 4.20 ••••••••0.00-3.00 0.24-0.50 0.13-0.25 0.12-0.28 0.15-0.40
GRIP 635-318Y 6.35 3.18 19.00 4.00 • • 0.00-3.10 0.25-0.53 0.14-0.27 0.12-0.28 0.15-0.40
• For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-HELIR/L (225) • C#-HFIR/L-MC (444) • CR HFIR-M (447) • DGAD/HGAD (378) • DGFH (228) • DGFH-JHP (229) • DGFS (372)
• DGTR/L (376) • HELIIR/L (301) • HELIR/L (226) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T (439) •
HFHR/L-4T (437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFIR/L-MC (446) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGAER/L-3
(440) • HGAIR/L-3 (444) • HGFH (227) • HGHR/L-3 (436) • HGPAD (227) • HGPAD-JHP (227) • IM-HFIR-MC (446)
GRIP (full radius)
Utility Double-Ended Full Radius
Inserts for External, Internal
and Face Machining
±0.1 l Ref. W
M
R
W
7°
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.03 M R±0.05 l
IC328
IC354
IC08
IC808
IC908
ap
(mm)
f face-
groove
(mm/rev)
f face-turn
(mm/rev)
HGPL 3015Y 3.00 2.10 1.50 16.00 • • 0.00-1.50 0.08-0.20 0.12-0.23
HGPL 3002Y 3.00 2.30 0.20 16.00 ••••0.24-1.80 0.08-0.20 0.12-0.23
HGPL 3003Y 3.00 2.30 0.30 16.00 •••••0.36-1.80 0.08-0.20 0.12-0.23
HGPL 4002Y 4.00 2.80 0.20 19.00 ••••0.24-2.40 0.10-0.24 0.16-0.30
HGPL 4004Y 4.00 2.80 0.40 19.00 ••••0.48-2.40 0.10-0.24 0.16-0.30
HGPL 4020Y 4.00 2.80 2.00 19.00 •••0.00-2.00 0.10-0.24 0.16-0.30
HGPL 5005Y 5.00 3.30 0.50 19.00 • • • 0.60-3.00 0.12-0.24 0.20-0.38
HGPL 5025Y 5.00 3.30 2.50 19.00 •••0.00-2.50 0.12-0.24 0.20-0.38
HGPL 6005Y 6.00 4.20 0.50 19.00 • • • 0.60-3.60 0.12-0.28 0.24-0.45
HGPL 6005Y * 6.00 4.20 0.50 19.00 •0.60-3.60 0.12-0.28 0.24-0.45
HGPL 6030Y 6.00 4.20 3.00 19.00 •••0.00-3.00 0.12-0.28 0.24-0.45
• No depth penetration limit • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-HFIR/L-MC (444) • HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HFFR/L-T (439) • HFHR/L-4T
(437) • HFHR/L-5T (437) • HFHR/L-6T (438) • HFIR/L-MC (446) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGAER/L-3 (440) •
HGAIR/L-3 (444) • HGHR/L-3 (436)
HGPL
Utility Double-Ended Inserts
for Face Machining
ISCAR
450
FACE GROOVING
D1
Tmax-a
l
2
h
l1
h4
f
W
b
h
Right-hand shown
Designation D1 min(1) D1 max(2) h b l1l2f h4
GHFGR/L 25-80-8 80.0 115.0 25.0 25.0 150.00 43.5 21.3 6.0 SR M6X20 DIN912 HW 5.0
GHFGR/L 32-80-8 80.0 115.0 32.0 32.0 170.00 43.5 28.3 - SR M6X20 DIN912 HW 5.0
GHFGR/L 25-105-8 105.0 160.0 25.0 25.0 150.00 43.5 21.3 6.0 SR M6X20 DIN912 HW 5.0
GHFGR/L 32-105-8 105.0 160.0 32.0 32.0 170.00 43.5 28.3 - SR M6X20 DIN912 HW 5.0
GHFGR/L 25-155-8 155.0 510.0 25.0 25.0 150.00 43.5 21.3 6.0 SR M6X20 DIN912 HW 5.0
GHFGR/L 32-155-8 155.0 510.0 32.0 32.0 170.00 43.5 28.3 - SR M6X20 DIN912 HW 5.0
• No limitation to widening the groove either way after initial grooving • Tmax depends on the penetration diameter and the insert
• For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GIA-K (long
pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIFG-E (W=8) (452) • GIPA/GIDA 8 (full radius) (257)
Tmax for GHFGR/L (25/32)-80-8
DGIF 8… GIFG 8… GDMY 8… GIPA 8… GIDA 8… GIA 8… GDMM 8CC…
80 16 23 23 20 24 16 24
82 17 23 23 20 24 17 24
84 18 23 23 21 24 18 24
86 19 23 23 21 24 19 24
88 20 23 23 22 24 20 24
90 20 23 23 22 24 20 24
96 20 23 23 22 24 20 24
104 20 23 23 22 24 20 24
115 22 23 23 22 24 22 24
Tmax for GHFGR/L (25/32)-105-8
DGIF 8… GIFG 8… GDMY 8… GIPA 8… GIDA 8… GIA 8… GDMM 8CC…
105 21 23 23 23 24 21 24
114 22 23 23 23 24 22 24
126 23 23 24 23 24 23 24
140-160 24 24 24 23 24 24 24
Tmax for GHFGR/L (25/32)-155-8
DGIF 8… GIFG 8… GDMY 8… GIPA 8… GIDA 8… GIA 8… GDMM 8CC…
155 24 24 24 23 24 24 24
180 24 24 24 23 24 24 24
210-510
24 24 24 23 24 24 24
GHFGR/L-8
Holders for Face Grooving and Turning
l2
h
l1
h
GHFG-25-50R-8
b
W
f
Tmax-a
D1
Right-hand shown
Left-hand shown
Designation Tmax-aD1 min(1) D1 max(2) h b l1l2f
GHFG 25-50R/L-8 25.00 50.0 64.0 25.0 25.0 150.00 41.0 22.0 SR M6X20 DIN912 HW 5.0
GHFG 25-63R/L-8 25.00 63.0 82.0 25.0 25.0 150.00 41.0 22.0 SR M6X20 DIN912 HW 5.0
GHFG 32-63R-8 25.00 63.0 82.0 32.0 32.0 170.00 41.0 30.0 SR M6X20 DIN912 HW 5.0
• For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) • GIA-K (long
pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIFG-E (W=8) (452)
GHFG-R/L-8
Holders for Face Grooving
and Turning Along Shafts
451
FACE GROOVING
D1
Tmax-a
B1h1
GAFG-...L8
For face grooving
l1
f2
W
Tmax
Left-hand shown
Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-a(3) f2h1B1l1
GAFG 80R/L-8 8.00 80.0 115.0 23.00 9.00 32.0 42.0 63.50
GAFG 105R/L-8 8.00 105.0 160.0 25.00 9.00 32.0 42.0 63.50
GAFG 155R/L-8 8.00 155.0 510.0 25.00 9.00 32.0 42.0 63.50
• No limitation for widening the groove either way after initial grooving • For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
(3) For GIFG-8 & GDMY-8 Tmax=25 mm for D range
For inserts, see pages: GDMA (256) • GDMF (244) • GDMM-CC (454) • GDMN (246) • GDMU (246) • GDMY (245) • GDMY (full radius) (247) • GDMY-F (248) •
GIA-K (long pocket) (254) • GIF (long pocket) (253) • GIF-E (W=8,10 full radius) (250) • GIF-E (W=8,10) (248) • GIFG-E (W=8) (452) • GIPA/GIDA 8 (full radius) (257)
For holders, see pages: C#-GHAD-8 (241) • C#-GHAPR/L-8 (242) • GHAPR/L-8 (243) • GHAR/L-8 (242) • IM-GHAD-8 (484) • IM-GHAPR/L-8 (484)
GAFG-R/L-8
Adapters for Face Machining
h
l1L5
l2
h4
ff1
Tmax-r
h
b
GADR-8
GAFG-L-8 GHARRight-hand shown
Designation h b f1l1l2L5h4TGTmax-r(1) FGTmax-a(1)
GHAR/L 25-8 25.0 25.0 16.0 124.50 45.0 25.50 14.0 GADR/L 8 25.50 GAFG...R/L-8 25.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
GHAR/L 32-8 32.0 32.0 23.0 144.50 45.0 25.50 7.0 GADR/L 8 25.50 GAFG...R/L-8 25.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
• Adapters GADR/L-8 for turning and grooving, GAFG-R/L-8 for face-grooving (to be ordered separately)
(1) See specific adapter dimensions
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
GHAR/L-8
External Holders for Grooving
and Turning Adapters
l1
h
b
h
l2h4
Tmax-r
GAFG…R-8 GADL 8 GHAPRRight-hand shown
Designation h b l1l2h4TGTmax-r(1) FGTmax-a(1)
GHAPR/L 32-8 32.0 32.0 155.00 30.0 7.0 GADR/L 8 25.50 GAFG...R/L-8 26.00 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0
• Adapters GADR/L-8 for turning and grooving, GAFG-R/L-8 for face-grooving (to be ordered separately)
(1) See specific adapter dimensions
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
GHAPR/L-8
External Holders for Grooving
and Turning Perpendicularly
Oriented Adapters
ISCAR
452
FACE GROOVING
7°
30
Ref.
6.4
R
W
±0.025
M
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R R±toler M Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
IC806
IC807
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIF 8.00E-0.40 8.00 0.40 0.030 6.00 27.00 • • 0.50-4.80 0.29-0.48 0.18-0.31
GIF 8.00E-0.80 8.00 0.80 0.050 6.00 27.00 •••••••• 1.00-4.80 0.32-0.56 0.18-0.34
GIF 8.00E-1.20 8.00 1.20 0.050 6.00 27.00 •••••• 1.45-4.80 0.32-0.62 0.18-0.34
GIF 10.00E-0.80 10.00 0.80 0.050 8.00 27.00 •••••• • 1.00-6.00 0.35-0.65 0.22-0.40
GIF 10.00E-1.20 10.00 1.20 0.050 8.00 27.00 •••• • 1.45-6.00 0.35-0.72 0.22-0.40
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GIF-E (W=8,10)
Precision Double-Ended Inserts
for Grooving and Turning
D1
Tmax-a l1
B1h1H2
A2
Left-hand shown
Designation W D1 min(1) D1 max(2) Tmax-aB1h1l1H2A2
CGFG 51-180R/L-P8 8.00 180.0 240.0 70.00 52.6 45.0 200.00 60.0 27.5 SR M4-2052 HW 3.0
CGFG 51-240R/L-P8 8.00 240.0 320.0 80.00 52.6 45.0 210.00 70.0 26.0 SR M4-2052 HW 3.0
CGFG 51-320R/L-P8 8.00 320.0 440.0 90.00 52.6 45.0 220.00 80.0 24.5 SR M4-2052 HW 3.0
CGFG 51-440R/L-P8 8.00 440.0 700.0 100.00 52.6 45.0 230.00 90.0 22.5 SR M4-2052 HW 3.0
CGFG 51-700R/L-P8 8.00 700.0 1500.0 120.00 52.6 45.0 250.00 100.0 20.0 SR M4-2052 HW 3.0
• For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GIMF (244) • GIMM 8CC (454) • GIMY (245) • GIMY (full radius) (246) • GIMY-F (247) • GIPY (255)
For holders, see pages: SGTBK (473) • SGTBU/SGTBN (472)
CGFG 51-P8
Blades for Face Machining
Carrying 8 mm Inserts
W
6.4
M
R
±0.1 30 Ref.
D1
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.02 R±0.05 D1 min Tmax-aM
IC635
IC20
f face-groove
(mm/rev)
GIFG 8.00E-0.80 8.00 0.80 50.0 25.00 6.00 • • 0.15-0.25
GIFG 8.00E-1.20 8.00 1.20 50.0 25.00 6.00 •0.15-0.25
• For cutting speed recommendations, see pages 464-465
For tools, see pages: GAFG-R/L-8 (451) • GHFG-R/L-8 (450) • GHFGR/L-8 (450)
GIFG-E (W=8)
Inserts for Deep Face
Grooving and Turning
453
FACE GROOVING
R
W
7°
15°
±0.025
M
6.4
30 Ref.
D1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.02 R±0.05 M Tmax-r D1 min
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GIA 8.00K-0.80 8.00 0.80 6.00 25.00 160.0 • • 1.00-4.80 0.36-0.64 0.18-0.38
GIA 8.00K-1.20 8.00 1.20 6.00 25.00 160.0 • • 1.45-4.80 0.36-0.70 0.18-0.38
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GIA-K (long pocket)
Flat Top Precision Double-Ended
Inserts with T-Land for Machining
Cast Iron
6.4
30 Ref.
±0.1
7°
M
W
R
D1
Tmax-a
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M D1 min Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMY 808 8.00 0.80 6.00 50.0 27.00 •••••• 1.00-4.80 0.32-0.56 0.18-0.34
• Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY
Utility Double-Ended Inserts
for Grooving and Turning
7°
±0.1
W
M
R
30 Ref.
6.4
D1
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 M D1 min Tmax-r
IC830
IC8250
IC808
IC20
IC5010
IC428
IC806
ap
(mm)
f turn
(mm/
rev)
f groove
(mm/
rev)
GDMY 840 8.00 4.00 5.60 50.0 25.00 •••••••0.00-4.00 0.32-0.67 0.18-0.34
• Can cut arcs to 250° • Dmin for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDKR/L (358) • GHDR/L (long
pocket) (240) • GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY (full radius)
Utility Double-Ended Full Radius
Inserts for Grooving and Profiling
7º
30 Ref.
6.3
Ref.
W
RM
±0.1
Dimensions Tough
1
Hard Recommended Machining Data
Designation W±0.05 R±0.05 M Tmax-r
IC808
IC908
ap
(mm)
f turn
(mm/rev)
f groove
(mm/rev)
GDMY 840F 8.00 4.00 5.60 25.00 • • 0.00-4.00 0.32-0.67 0.18-0.34
• Dmin for internal applications = 65 mm • For cutting speed recommendations and user guide, see pages 460-470
For tools, see pages: C#-GHDR/L (233) • CGHN-8-10D (244) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) •
GHDR/L-JHP (long pocket) (241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMY-F
Utility Double-Ended Inserts for
Grooving and Profiling Ductile Materials
ISCAR
454
FACE GROOVING
W
f
B1
D1h1
A2
l1
Tmax-a
Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-ah1B1f A2l1Insert
TNFFH 65R/L-3IQ 3.00 65.0 90.0 18.00 24.8 32.0 4.1 5.2 150.00 TNF 3... ETF 3-6*
TNFFH 90R/L-3IQ 3.00 90.0 120.0 18.00 24.8 32.0 4.1 5.2 150.00 TNF 3... ETF 3-6*
TNFFH 120R/L-3IQ 3.00 120.0 160.0 24.00 24.8 32.0 4.1 5.2 150.00 TNF 3... ETF 3-6*
TNFFH 80R/L-4IQ 4.00 80.0 150.0 32.00 24.8 32.0 3.8 5.2 150.00 TNF 4... ETF 3-6*
TNFFH 150R/L-4IQ 4.00 150.0 500.0 32.00 24.8 32.0 3.8 5.2 150.00 TNF 4... ETF 3-6*
TNFFH 80R/L-5IQ 5.00 80.0 150.0 30.00 24.8 32.0 3.5 5.2 150.00 TNF 5... ETF 3-6*
TNFFH 150R/L-5IQ 5.00 150.0 500.0 35.00 24.8 32.0 3.5 5.2 150.00 TNF 5... ETF 3-6*
TNFFH 80R/L-6IQ 6.00 80.0 150.0 30.00 24.8 32.0 3.3 5.2 150.00 TNF 6... ETF 3-6*
TNFFH 150R/L-6IQ 6.00 150.0 700.0 35.00 24.8 32.0 3.3 5.2 150.00 TNF 6... ETF 3-6*
• B1 dimension links blades and blocks
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: TNF-M-IQ (455) • TNF-P-IQ (455)
ETF 3-6 extractor (to be ordered separately).
TNFFH-IQ
Face Grooving Blades
W
±0.1
M
R
15.3
Ref.
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 M
IC808
IC908
f face-groove
(mm/rev)
GIMM 8CC 8.00 0.80 5.80 • • 0.30-0.45
• For cutting speed recommendations, see pages 464-465
For tools, see pages: CGFG 51-P8 (452) • CGHN-P8 (240) • CGHR/L-P8DG (240) • CGPAD (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235)
GIMM 8CC
Single-Ended Utility Insert with a
Frontal Chip Splitter for External
Rough Grooving and Side Turning
W
M
29.95 Ref.
R
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.05 R±0.05 M
IC830
IC354
IC808
IC907
f face-groove
(mm/rev)
GDMM 7CC 7.00 0.80 6.00 •0.30-0.45
GDMM 8CC 8.00 0.80 5.60 • • • 0.30-0.45
• For cutting speed recommendations, see pages 464-465
For tools, see pages: C#-GHDR/L (233) • GADR/L-8 (243) • GADR/L-JHP (243) • GAFG-R/L-8 (451) • GHDR/L (long pocket) (240) • GHDR/L-JHP (long pocket)
(241) • GHFG-R/L-8 (450) • GHFGR/L-8 (450) • GHIR/L (W=7.0-8.3) (301)
GDMM-CC
Single-Ended Utility Insert for
External Rough Grooving and Side
Turning with a Frontal Chip Splitter
455
FACE GROOVING
l1
W
f
D1
B1
h1
A2
Tmax-a Right-hand shown
Designation W D1 min(1) D1 max(2) Tmax-aB1f h1l1A2Insert
TNFFA 30R/L-3IQ 3.00 30.0 35.0 19.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 35R/L-3IQ 3.00 35.0 40.0 19.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 40R/L-3IQ 3.00 40.0 46.0 23.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 46R/L-3IQ 3.00 46.0 54.0 25.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 54R/L-3IQ 3.00 54.0 65.0 26.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 65R/L-3IQ 3.00 65.0 80.0 27.00 32.0 9.5 24.8 90.00 18.5 TNF 3... ETF 3-6*
TNFFA 80R/L-3IQ 3.00 80.0 100.0 27.00 32.0 9.5 24.8 90.00 16.7 TNF 3... ETF 3-6*
TNFFA 35R/L-4IQ 4.00 35.0 45.0 25.00 32.0 9.0 24.8 90.00 18.1 TNF 4... ETF 3-6*
TNFFA 45R/L-4IQ 4.00 45.0 60.0 25.00 32.0 9.0 24.8 90.00 17.3 TNF 4... ETF 3-6*
TNFFA 60R/L-4IQ 4.00 60.0 80.0 27.00 32.0 9.0 24.8 90.00 18.0 TNF 4... ETF 3-6*
TNFFA 80R/L-4IQ 4.00 80.0 130.0 27.00 32.0 9.0 24.8 90.00 14.8 TNF 4... ETF 3-6*
TNFFA 40R/L-5IQ 5.00 45.0 50.0 25.00 32.0 9.7 24.8 90.00 18.0 TNF 5... ETF 3-6*
TNFFA 50R/L-5IQ 5.00 60.0 70.0 28.00 32.0 9.7 24.8 90.00 18.0 TNF 5... ETF 3-6*
TNFFA 70R/L-5IQ 5.00 80.0 100.0 30.00 32.0 9.7 24.8 90.00 18.0 TNF 5... ETF 3-6*
TNFFA 100R/L-5IQ 5.00 100.0 180.0 35.00 32.0 9.7 24.8 90.00 18.0 TNF 5... ETF 3-6*
TNFFA 45R/L-6IQ 6.00 45.0 60.0 25.00 32.0 10.2 24.8 90.00 18.0 TNF 6... ETF 3-6*
TNFFA 60R/L-6IQ 6.00 60.0 80.0 28.00 32.0 10.2 24.8 90.00 18.0 TNF 6... ETF 3-6*
TNFFA 80R/L-6IQ 6.00 75.0 110.0 30.00 32.0 10.2 24.8 90.00 18.0 TNF 6... ETF 3-6*
TNFFA 110R/L-6IQ 6.00 100.0 300.0 35.00 32.0 10.2 24.8 90.00 14.8 TNF 6... ETF 3-6*
• For user guide, see pages 460-470
(1) Minimum penetration diameter
(2) Maximum penetration diameter
* Optional, should be ordered separately
For inserts, see pages: TNF-M-IQ (455) • TNF-P-IQ (455)
TNFFA-IQ
Reinforced Face Grooving Blades
WR
Dimensions Recommended Machining Data
Designation W±0.05 R
IC808
f face-groove
(mm/rev)
TNF 3P-IQ 3.00 0.30 •0.10-0.15
TNF 4P-IQ 4.00 0.25 •0.10-0.15
TNF 5P-IQ 5.00 0.35 •0.12-0.20
TNF 6P-IQ 6.00 0.35 •0.12-0.20
• For user guide, see pages 460-470
For tools, see pages: TNFFA-IQ (455) • TNFFH-IQ (454)
TNF-P-IQ
Face Grooving Single-Ended
Inserts for Machining Steel
WR
Dimensions Recommended Machining Data
Designation W±0.05 R
IC808
f face-groove
(mm/rev)
TNF 3M-IQ 3.00 0.30 •0.08-0.10
TNF 4M-IQ 4.00 0.25 •0.08-0.12
TNF 5M-IQ 5.00 0.35 •0.12-0.20
TNF 6M-IQ 6.00 0.35 •0.12-0.20
• For user guide, see pages 460-470
For tools, see pages: TNFFA-IQ (455) • TNFFH-IQ (454)
TNF-M-IQ
Face Grooving Single-Ended Inserts
for Machining Stainless Steel
and High Temperature Alloys
ISCAR
456
FACE GROOVING
D1
Tmax-a W
b
h
l1
h2
Left-hand shown
Designation W h b Tmax-aD1 min(1) D1 max(2) h2l1Insert
SGFFR/L 20-25-2 2.10 20.0 20.0 13.00 25.0 30.0 0.0 120.00 GFF 2R/L ESG 0.5
SGFFR/L 20-30-2 2.10 20.0 20.0 14.00 29.0 36.0 0.0 120.00 GFF 2R/L ESG 0.5
SGFFR/L 20-35-2 2.10 20.0 20.0 16.00 35.0 46.0 0.8 120.00 GFF 2N ESG 0.5
SGFFR/L 20-45-2 2.10 20.0 20.0 20.00 45.0 61.0 0.8 120.00 GFF 2N ESG 0.5
SGFFR/L 20-60-2 2.10 20.0 20.0 20.00 60.0 80.0 0.8 120.00 GFF 2N ESG 0.5
SGFFR/L 25-35-2 2.10 25.0 25.0 16.00 35.0 46.0 0.8 130.00 GFF 2N ESG 0.5
SGFFR/L 25-45-2 2.10 25.0 25.0 20.00 45.0 61.0 0.8 130.00 GFF 2N ESG 0.5
SGFFR/L 25-60-2 2.10 25.0 25.0 20.00 60.0 80.0 0.8 130.00 GFF 2N ESG 0.5
SGFFR 25-25-2 2.10 25.0 25.0 13.00 25.0 30.0 0.0 130.00 GFF 2N ESG 0.5
SGFFR 25-30-2 2.10 25.0 25.0 14.00 29.0 36.0 0.0 130.00 GFF 2N ESG 0.5
SGFFR/L 20-30-3 3.00 20.0 20.0 16.00 30.0 35.0 0.0 120.00 GFF 3R/L ESG 0.5
SGFFR/L 20-35-3 3.00 20.0 20.0 18.00 34.4 40.6 0.0 120.00 GFF 3R/L ESG 0.5
SGFFR/L 20-40-3 3.00 20.0 20.0 20.00 40.0 47.0 0.0 120.00 GFF 3R/L ESG 0.5
SGFFR/L 20-46-3 3.00 20.0 20.0 22.00 46.0 55.0 0.0 120.00 GFF 3R/L ESG 0.5
SGFFR 20-55-3 3.00 20.0 20.0 22.00 54.0 65.0 1.2 120.00 GFF 3N ESG 0.5
SGFFR 20-65-3 3.00 20.0 20.0 23.00 64.0 80.0 1.0 120.00 GFF 3N ESG 0.5
SGFFR 20-80-3 3.00 20.0 20.0 24.00 79.0 100.0 0.7 120.00 GFF 3N ESG 0.5
SGFFR/L 25-35-3 3.00 25.0 25.0 18.00 34.4 40.6 0.0 130.00 GFF 3R/L ESG 0.5
SGFFR/L 25-40-3 3.00 25.0 25.0 20.00 40.0 47.0 0.0 130.00 GFF 3R/L ESG 0.5
SGFFR/L 25-55-3 3.00 25.0 25.0 24.00 54.0 65.0 1.2 130.00 GFF 3N ESG 0.5
SGFFR 25-30-3 3.00 25.0 25.0 16.00 30.0 35.0 0.0 130.00 GFF 3R/L ESG 0.5
SGFFR 25-46-3 3.00 25.0 25.0 22.00 46.0 55.0 0.0 130.00 GFF 3R/L ESG 0.5
SGFFR 25-65-3 3.00 25.0 25.0 25.00 64.0 80.0 1.0 130.00 GFF 3N ESG 0.5
SGFFR 25-80-3 3.00 25.0 25.0 26.00 79.0 100.0 0.7 130.00 GFF 3N ESG 0.5
SGFFR/L 20-35-4 4.00 20.0 20.0 20.00 35.0 45.0 0.0 120.00 GFF 4N ESG 0.5
SGFFR/L 20-45-4 4.00 20.0 20.0 25.00 44.0 58.0 0.0 120.00 GFF 4N ESG 0.5
SGFFR 20-60-4 4.00 20.0 20.0 25.00 57.0 80.0 0.0 120.00 GFF 4N ESG 0.5
SGFFR 20-80-4 4.00 20.0 20.0 25.00 79.0 130.0 0.0 120.00 GFF 4N ESG 0.5
SGFFR/L 25-45-4 4.00 25.0 25.0 25.00 44.0 58.0 0.0 150.00 GFF 4N ESG 0.5
SGFFR/L 25-60-4 4.00 25.0 25.0 26.00 57.0 80.0 0.0 150.00 GFF 4N ESG 0.5
SGFFR/L 25-80-4 4.00 25.0 25.0 26.00 79.0 130.0 0.0 150.00 GFF 4N ESG 0.5
SGFFR 25-35-4 4.00 25.0 25.0 20.00 35.0 45.0 0.0 150.00 GFF 4N ESG 0.5
SGFFR/L 20-50-5 5.00 20.0 20.0 25.00 50.0 75.0 0.0 120.00 GFF 5N ESG 0.5
SGFFR 20-75-5 5.00 20.0 20.0 26.00 74.0 130.0 0.0 120.00 GFF 5N ESG 0.5
SGFFR/L 25-100-5 5.00 25.0 25.0 30.00 100.0 180.0 0.0 150.00 GFF 5N ESG 0.5
SGFFR/L 25-50-5 5.00 25.0 25.0 26.00 50.0 71.0 0.0 150.00 GFF 5N ESG 0.5
SGFFR 25-40-5 5.00 25.0 25.0 22.00 40.0 52.0 0.0 150.00 GFF 5N ESG 0.5
SGFFR 25-70-5 5.00 25.0 25.0 28.00 69.0 102.0 0.0 150.00 GFF 5N ESG 0.5
SGFFR 20-60-6 6.00 20.0 20.0 25.00 57.0 60.0 0.0 120.00 GFF 6N ESG 0.5
SGFFR/L 25-100-6 6.00 25.0 25.0 30.00 100.0 180.0 0.0 150.00 GFF 6N ESG 0.5
SGFFR/L 25-60-6 6.00 25.0 25.0 30.00 57.0 77.0 0.0 150.00 GFF 6N ESG 0.5
SGFFR/L 25-75-6 6.00 25.0 25.0 30.00 75.0 102.0 0.0 150.00 GFF 6N ESG 0.5
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated.
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GFF-N (458) • GFF-R/L (458)
SGFFR/L
Face Grooving Integral Shank Tools
457
FACE GROOVING
W
l1
h2
B1
Tmax-a
D1
Right-hand shown
Left-hand shown
Designation W Tmax-aD1 min(1) D1 max(2) B1h2l1
SGFFA 25-R/L-2 2.10 13.00 25.0 30.0 32.0 0.0 80.00 ESG 0.5
SGFFA 30-R/L-2 2.10 14.00 29.0 36.0 32.0 0.0 80.00 ESG 0.5
SGFFA 35-R/L-2 2.10 16.00 35.0 46.0 32.0 0.8 80.00 ESG 0.5
SGFFA 45-R/L-2 2.10 20.00 45.0 61.0 32.0 0.8 80.00 ESG 0.5
SGFFA 60-R/L-2 2.10 20.00 60.0 80.0 32.0 0.8 80.00 ESG 0.5
SGFFA 80-R/L-2 2.10 20.00 79.0 102.0 32.0 0.8 80.00 ESG 0.5
SGFFA 30-R/L-3 3.00 19.00 30.0 35.0 32.0 0.0 90.00 ESG 0.5
SGFFA 35-R/L-3 3.00 20.00 34.4 40.6 32.0 0.0 90.00 ESG 0.5
SGFFA 40-R/L-3 3.00 22.00 40.0 47.0 32.0 0.0 90.00 ESG 0.5
SGFFA 46-R/L-3 3.00 24.00 46.0 55.0 32.0 0.0 90.00 ESG 0.5
SGFFA 55-R/L-3 3.00 25.00 54.0 65.0 32.0 1.2 90.00 ESG 0.5
SGFFA 65-R/L-3 3.00 26.00 64.0 80.0 32.0 1.0 90.00 ESG 0.5
SGFFA 80-R/L-3 3.00 28.00 79.0 100.0 32.0 0.7 95.00 ESG 0.5
SGFFA 35-R/L-4 4.00 25.00 35.0 45.0 32.0 0.0 90.00 ESG 0.5
SGFFA 45-R/L-4 4.00 25.00 44.0 58.0 32.0 0.0 90.00 ESG 0.5
SGFFA 60-R/L-4 4.00 28.00 57.0 80.0 32.0 0.0 95.00 ESG 0.5
SGFFA 80-R/L-4 4.00 30.00 79.0 130.0 32.0 0.0 95.00 ESG 0.5
SGFFA 40-R/L-5 5.00 25.00 40.0 52.0 32.0 0.0 90.00 ESG 0.5
SGFFA 50-R/L-5 5.00 28.00 50.0 71.0 32.0 0.0 95.00 ESG 0.5
SGFFA 70-R/L-5 5.00 30.00 69.0 102.0 32.0 0.0 95.00 ESG 0.5
SGFFA 100-R/L-5 5.00 35.00 100.0 180.0 32.0 0.0 100.00 ESG 0.5
SGFFA 45-R/L-6 6.00 25.00 44.0 58.0 32.0 0.0 90.00 ESG 0.5
SGFFA 60-R/L-6 6.00 30.00 57.0 77.0 32.0 0.0 95.00 ESG 0.5
SGFFA 75-R/L-6 6.00 35.00 75.0 102.0 32.0 0.0 100.00 ESG 0.5
SGFFA 100-R/L-6 6.00 40.00 100.0 150.0 32.0 0.0 105.00 ESG 0.5
SGFFA 150-R/L-6 6.00 40.00 149.0 250.0 32.0 0.0 105.00 ESG 0.5
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated. • B1 dimension links blades and blocks
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GFF-N (458) • GFF-R/L (458)
For holders, see pages: SGTBF (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
SGFFA
Reinforced Face Grooving Blades
for Standard Tool Blocks
Wh2
B
1
A2
A2l1A2
SGFFH..L-6 SGFFH..R-6
W
W
B1
D1
Tmax-a
Left-hand shown
Designation W Tmax-aD1 min(1) D1 max(2) h2B1A2l1
SGFFH 35-R/L-2 2.10 20.00 35.0 46.0 0.8 32.0 5.2 150.00 ESG 0.5
SGFFH 45-R/L-2 2.10 20.00 45.0 61.0 0.8 32.0 5.2 150.00 ESG 0.5
SGFFH 60-R/L-2 2.10 20.00 60.0 80.0 0.8 32.0 5.2 150.00 ESG 0.5
SGFFH 80-R/L-2 2.10 20.00 79.0 102.0 0.8 32.0 4.0 150.00 ESG 0.5
SGFFH 100-R/L-2 2.10 20.00 101.0 132.0 0.0 32.0 4.0 150.00 ESG 0.5
SGFFH 75-R/L-3 3.00 20.00 65.0 92.0 1.0 32.0 5.2 150.00 ESG 0.5
SGFFH 90-R/L-3 3.00 20.00 90.0 122.0 0.2 32.0 5.2 150.00 ESG 0.5
SGFFH 120-R/L-3 3.00 25.00 120.0 160.0 0.0 32.0 5.2 150.00 ESG 0.5
SGFFH 80-R/L-4 4.00 30.00 80.0 155.0 2.5 32.0 5.2 150.00 ESG 0.5
SGFFH 150-R/L-4 4.00 30.00 150.0 500.0 2.5 32.0 5.2 150.00 ESG 0.5
SGFFH 80-R/L-5 5.00 32.00 80.0 162.0 0.0 32.0 5.2 150.00 ESG 0.5
SGFFH 150-R/L-5 5.00 35.00 150.0 600.0 0.0 32.0 5.2 150.00 ESG 0.5
SGFFH 90-R/L-6 6.00 32.00 90.0 150.0 0.0 32.0 8.0 150.00 ESG 0.5
SGFFH 150-R/L-6 6.00 35.00 148.0 700.0 0.0 32.0 5.2 150.00 ESG 0.5
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated. • B1 dimension links blades and blocks
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: GFF-N (458)
For holders, see pages: SGTBF (473) • SGTBK (473) • SGTBU/SGTBN (472) • UBHCR/L (473)
SGFFH
Face Grooving Blades
ISCAR
458
FACE GROOVING
W
7°
R
R L
D1
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.10 R±0.05 D1 min D1 max
IC656
IC635
IC354
IC20
f face-groove
(mm/rev)
GFF 2R/L 2.10 0.20 25.0 36.0 •••• 0.03-0.13
GFF 3R/L 3.00 0.30 30.0 55.0 •••• 0.03-0.15
For tools, see pages: SGFFA (457) • SGFFR/L (456)
GFF-R/L
Face Grooving Inserts
N
7°
W
R
D1
Tmax-a
Dimensions Tough
1
Hard Recommended
Machining Data
Designation W±0.10 R±0.05 D1 min
IC656
IC635
IC354
IC20
f face-groove
(mm/rev)
GFF 2N 2.10 0.20 35.0 •••• 0.03-0.13
GFF 3N 3.00 0.30 54.0 •••• 0.03-0.15
GFF 4N 4.00 0.25 35.0 •••• 0.04-0.18
GFF 5N 5.00 0.25 40.0 • • • 0.05-0.18
GFF 6N 6.00 0.25 44.0 •••• 0.05-0.20
For tools, see pages: SGFFA (457) • SGFFH (457) • SGFFR/L (456)
GFF-N
Face Grooving Inserts
D1 min
D1 min
34
R L
Tmax.
±0.04
R
W
D1
Tmax-a
Dimensions Recommended
Machining Data
Designation W R Tmax-aD1 min
IC908
f face-groove
(mm/rev)
PENTA 34F239-0.15-22R/L 2.39 0.15 5.00 22.0 •0.08-0.12
PENTA 34F247-0.20-22R/L 2.47 0.20 5.00 22.0 •0.08-0.12
PENTA 34F300-0.40-22R/L 3.00 0.40 5.00 22.0 •0.08-0.15
PENTA 34F400-0.40-22R/L 4.00 0.40 5.00 22.0 •0.08-0.15
• For cutting speed recommendations, see pages 460-470
For tools, see pages: PCADR/L (268) • PCADR/L 34N-RE (269) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-34 (267) • PCHR/L-34-JHP (267)
PENTA 34F-R/L
Pentagonal Inserts for Face
Grooving and Recessing
459
FACE GROOVING
b
h
Lock
Tmax-a
F1
l
2
h
l1
W
f
h4
Right-hand shown
Designation h b W min W max f F1l1l2h4Tmax-a(1)
PCHPR/L 16-24 16.0 16.0 0.50 3.20 (2) 1.5 (3) 23.5 120.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 20-24 20.0 20.0 0.50 3.20 (2) 1.5 (3) 28.0 120.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 25-24 25.0 25.0 0.50 3.20 (2) 1.5 (3) 33.0 135.00 11.5 - 6.50 SR 16-212-01397 T-20/5
PCHPR/L 20-34 20.0 20.0 1.40 4.00 1.9 34.0 120.00 15.0 6.0 10.00 SR 16-212-01397 T-20/5
PCHPR/L 25-34 25.0 25.0 1.40 4.00 1.9 34.0 135.00 15.0 - 10.00 SR 16-212-01397 T-20/5
(1) For specific information, refer to insert data.
(2) Up to 6.2 mm width may be ordered on request.
(3) Valid for inserts with W<3.2 mm
For inserts, see pages: PENTA 24-BSPT (275) • PENTA 24-ISO (274) • PENTA 24-MT (276) • PENTA 24-NPT (511) • PENTA 24-UN (275) • PENTA 24-W (275)
• PENTA 24-WT (276) • PENTA 24N-C (271) • PENTA 24N-C (full radius) (272) • PENTA 24N-J (270) • PENTA 24N-J (full radius) (271) • PENTA 24N-PF/P (272) •
PENTA 24N-Z (273) • PENTA 24R-C (410) • PENTA 24R-P (412) • PENTA 24R/L-J (409) • PENTA 24R/L-Z (411) • PENTA 34F-R/L (458) • PENTA 34N-C (277) •
PENTA 34N-J (278) • PENTA 34N-PB (276) • PENTA 34R/L-C (413) • PENTA 34R/L-J (414) • PENTA 34R/L-PB (414)
PCHPR/L
Perpendicular Holders Carrying Inserts
with 5 Cutting Edges for Facing,
Grooving, Parting and Recessing
34
Tmax-a
±0.04
WR
D1 min
T
D1
Dimensions Recommended
Machining Data
Designation W R Tmax-aD1 min
IC908
f face-groove
(mm/rev)
PENTA 34F239-0.15-22R/LS 2.39 0.15 5.00 22.0 •0.08-0.12
PENTA 34F247-0.20-22R/LS 2.47 0.20 5.00 22.0 •0.08-0.12
PENTA 34F300-0.40-22R/LS 3.00 0.40 5.00 22.0 •0.08-0.15
PENTA 34F400-0.40-22R/LS 4.00 0.40 5.00 22.0 •0.08-0.15
• For cutting speed recommendations, see pages 460-470
For tools, see pages: PCHPRS/LS (459)
PENTA 34F-RS/LS
Pentagonal Inserts for Face
Grooving and Recessing Along
Shafts up to 5 mm Depth of Cut at
a Minimum of 22 mm Diameter
T
D1
b
Tmax-a
33.8
15
hh
l1
W
3°
h4
6
14.04
Right-hand shown
Designation h b W min W max l1h4Tmax-a(1)
PCHPR/LS 20-34 20.0 20.0 2.39 4.00 120.00 6.0 5.00 SR 16-212-01397RS T-20/5
PCHPR/LS 25-34 25.0 25.0 2.39 4.00 135.00 - 5.00 SR 16-212-01397RS T-20/5
(1) Insert limit
For inserts, see pages: PENTA 34F-RS/LS (459)
PCHPRS/LS
Perpendicular Shank Tools Carrying
Pentagonal Inserts for Machining
Next to Long Central Shafts
ISCAR
460
FACE GROOVING
ISCAR
460
USER GUIDE
Machining Data for Face Machining
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
461
FACE GROOVING
461
USER GUIDE
Material
No. IC228/528 IC830 IC354 IC908 IC808 IC8250
185 - 125 90 - 135 95 - 145 120 - 180 125 - 190 180 - 270
275 - 110 80 - 115 90 - 125 110 - 155 115 - 165 165 - 230
360 - 85 65 - 95 70 - 100 85 - 125 90 - 130 125 - 185
465 - 100 70 - 110 75 - 115 95 - 145 100 - 150 140 - 215
550 - 85 55 - 90 60 - 95 75 - 120 80 - 125 110 - 180
665 - 100 70 - 110 75 - 115 95 - 145 100 - 150 140 - 215
750 - 85 55 - 95 60 - 100 75 - 125 80 - 130 110 - 185
850 - 85 55 - 90 60 - 95 75 - 120 80 - 125 110 - 180
950 - 75 50 - 80 55 - 90 70 - 110 75 - 115 105 - 165
10 75 - 110 80 - 115 90 - 125 110 - 155 115 - 165 165 - 230
11 50 - 75 50 - 80 55 - 90 70 - 110 75 - 115 105 - 165
IC806 IC808 IC354 IC830 IC20
12 110 - 200 100 - 180 80 - 145 75 - 135 50 - 90
13 100 - 185 90 - 170 70 - 135 65 - 125 45 - 85
IC806 IC808 IC354 IC830 IC20
14 90 - 170 80 - 155 65 - 125 60 - 115 40 - 75
IC5010 IC428 IC8250 IC808 IC20
15 135 - 255 125 - 230 110 - 205 85 - 160 60 - 115
16 120 - 180 110 - 160 100 - 145 75 - 110 55 - 80
17 130 - 215 120 - 195 110 - 175 85 - 135 60 - 95
18 105 - 170 95 - 155 85 - 140 65 - 110 45 - 75
19 160 - 265 145 - 240 130 - 215 100 - 170 70 - 120
20 130 - 215 120 - 195 110 - 175 85 - 135 60 - 95
IC808 IC20
21 330 - 990 300 - 900
22 250 - 825 225 - 750
23 250 - 825 225 - 750
24 165 - 495 150 - 450
25 165 - 330 150 - 300
26 165 - 330 150 - 300
27 120 - 250 110 - 225
28 80 - 165 75 - 150
29 40 - 165 35 - 150
30
IC806 IC908 IC808 IC830 IC20
31 45 - 70 35 - 55 35 - 60 25 - 40 25 - 40
32 30 - 50 25 - 40 25 - 40 20 - 30 15 - 30
33 30 - 50 25 - 40 25 - 40 20 - 30 15 - 30
34 25 - 45 20 - 35 20 - 35 15 - 25 15 - 25
35 20 - 30 15 - 25 15 - 25 10 - 20 10 - 15
36 105 - 180 85 - 145 90 - 150 65 - 110 60 - 100
37 40 - 50 30 - 40 30 - 40 25 - 35 35 - 45
IC808 IC20
38 25-30 20-30
39 20-30 15-25
40 30-45 30-40
41 25-30 25-30
ISCAR
462
FACE GROOVING
ISCAR
462
USER GUIDE
Machining Data for Face Machining
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
463
FACE GROOVING
463
USER GUIDE
Cutting
Speed
(m/min
GFQR
IC528
Feed (mm/rev)
PICCO
IC228
Feed (mm/rev)
MIFR/MEFL 8
IC908
Feed (mm/rev)
MIFR 10
IC908
Feed (mm/rev)
MIFR 15
IC908
Feed (mm/rev)
80-180
0.02-0.08 0.015-0.05
0.015-0.08 0.03-0.10 0.03-0.08
80-130
0.02-0.06 0.015-0.04
80-120
0.02-0.06 0.015-0.04
80-140
0.02-0.08 0.015-0.04
80-140
0.02-0.08 0.015-0.04
80-120
0.02-0.06 0.015-0.03
80-120
0.02-0.05 0.015-0.03
80-140
0.02-0.08 0.015-0.04
80-120
0.02-0.08 0.015-0.03
40-120
0.02-0.08 0.015-0.04
0.015-0.07 0.03-0.08 0.02-0.05
40-120
0.02-0.07 0.015-0.04
0.015-0.07 0.03-0.08 0.02-0.05
40-100 0.02-0.06 0.015-0.03 0.015-0.07 0.03-0.08 0.02-0.05
80-140 0.02-0.08 0.015-0.05
0.02-0.10 0.05-0.12 0.04-0.10
80-120 0.02-0.07 0.015-0.04
80-140 0.02-0.08 0.015-0.04
80-120 0.02-0.07 0.015-0.04
80-140 0.02-0.06 0.015-0.04
80-120 0.02-0.07 0.015-0.04
150-320 0.02-0.08 0.015-005
0.02-0.10 0.05-0.15 0.05-0.12
100-250 0.02-0.08 0.015-005
150-300 0.02-0.08 0.015-005
150-300 0.02-0.08 0.015-005
100-150 0.02-0.08 0.015-005
80-230 0.02-0.08 0.015-005
70-200 0.02-0.08 0.015-005
50-180 0.02-0.08 0.015-005
20-40 0.02-0.06 0.015-0.04
0.015-0.7 0.02-0.08 0.02-0.05
15-30 0.02-0.06 0.015-0.04
15-20 0.02-0.06 0.015-0.04
15-20 0.02-0.06 0.015-0.04
15-20 0.02-0.06 0.015-0.04
40-120 0.02-0.06 0.015-0.04
20-50 0.02-0.06 0.015-0.04
ISCAR
464
FACE GROOVING
ISCAR
464
USER GUIDE
HELIFACE
HFPR/L & HGPL Type
For general use in turning
& grooving on all types of
materials. Use for deep
grooving in low-to-medium
feeds 0.04-0.15 mm/rev.
Min grooving dia. 12 mm.
DO-GRIP
DGN...C Type
For grooving operations
only. Strong cutting
edge for hard materials
and tough applications in
feeds 0.1-0.2 mm/rev.
HELI-GRIP
GRIP...Y Type
The “all in one” insert for
parting, external grooving
and turning, internal
grooving and turning, face
grooving and turning.
DO-GRIP
DGN...J Type
For grooving operations
only. Positive rake, for soft
materials in low-to-medium
feeds 0.05-0.15 mm/rev.
The unique chipformer is designed for deep
grooving and face turning both toward and away
from center, with excellent chip formation.
Clamping the Insert
Clamping an insert correctly into the holder
is necessary for stable machining.
• Be sure that the seat is clean of dirt and swarf.
• At the first stage of clamping, ease the insert gently into
place. Make sure that the prismatic surfaces match.
• Screw Clamping Torque
Insert Width Nxm
34-5
45-6
56-7
6/8 7-9
CGFG 51... 4-6
Face Machining Guide
W
Choose the widest possible insert and tool, according
to the cutting width and geometry to be machined.
T max
Choose the shortest tool blade overhang,
according to the maximum depth required.
Dmin
Major
Diameter
Minor
Diameter
Choose the tool range with the largest
diameter, depending on the initial grooving
diameter required in the application.
Remark: On integral shank tools the given
range refers to the holder capacity.
Tool Adjustment - Prior to machining, check
and adjust the following tool positions.
Tool Selection - Follow these recommendations
to choose the right tool for high peformance
Check the cutting edge height at center line, machine
in light turning down to center and check for burr.
// 0.015 4 mm
Check parallelism of the cutting edge and machined
surface. Correct position can guarantee good surface
quality when face turning in both directions.
465
FACE GROOVING
465
USER GUIDE
Face Machining Guide
Recommended machining sequence in roughing operation using multifunction HELIFACE tools
Groove at the initial diameter up to the depth
of cut selected for next step in face turning.
1Continue with face turning away from center.
2
Note: When face grooving, reduce the speed by
40% in relation to that used in face turning.
After rapid positioning back into initial groove,
continue with face turning to center.
3
Groove at the initial diameter to the final depth
of groove and continue face turning away from
center to the tangential point on the radius.
Finish major diameter toward the
bottom and generate the radius.
Position the tool in rapid movement in
the initial groove, continue face turning
to center, without touching the machined
roughing steps on the wall.
Finish boring the minor diameter to
the bottom, up to final depth.
1 2
34
Note: When face grooving, reduce the speed by 40% in relation to that used in face turning.
Optimizing the Machining Sequence
Recommended machining sequence using multifunction tools
ISCAR
466
FACE GROOVING
ISCAR
466
USER GUIDE
The HELIFACE internal boring bar HFIR/L MC
type with internal coolant can replace the three
different ISO tools and shorten machining time
by 20%.
A single multifunction tool machines the whole
part: grooving, face turning and chamfering,
replacing three ISO tools and reducing
machining time by 40%.
A single integral HELIFACE tool HFHPL-M
replaces three ISO tools and reduces
machining time by 50%.
1 2
3
The Multifunction Advantage
An indexable drill for bottom drilling.
1A standard internal boring bar with trigon
insert for roughing and finishing.
2
A standard internal boring bar with trigon
insert for bottom machining.
This operation requires a small diameter shank
and long overhang.
3
The HELIFACE internal boring bar HFIR/L MC type
with internal coolant can replace the three different
ISO tools and shorten machining time by 20%.
The HELIFACE Solution
The Multifunction Advantage
This workpiece was machined using three different conventional tools.
467
FACE GROOVING
467
USER GUIDE
A single integral HELIFACE tool HFHPL-M replaces
three ISO tools and reduces machining time by 50%.
1A boring bar for face turning and chamfering.
2
A face grooving tool for grooving,
recessing and chamfering.
A standad ISO tool for external turning.
3
The Multifunction Advantage
This part was machined using three different conventional tools.
The HELIFACE Solution
EDG 33B
Simple to operate; controlled rotation requires low
force; guarantees limited upper jaw movement
and secures maximum load on blade.
Two extractor pins are placed in the
two holes in the holder blades.
The New Eccentric Extractor
Indexing
Place the EDG extractor in the holes
1. Hold the extractor against the tool.
2. Rotate the eccentric handle to lift the upper jaw.
Insert Replacement
1
2
ISCAR
468
FACE GROOVING
ISCAR
468
USER GUIDE
Recommended feed range for grooving with
HFPR/L inserts in various widths.
mm/rev
0.15
0.03
0.05
0.07
0.09
0.11
0.13
34
56
mm
0.12
0.04
0.15 0.15
0.1
0.05 0.05
0.04
Width of Inserts (W)
Feed
Chip shapes for grooving, according to width of
insert and feed, using HFHR/L toolholders.
Note: In face grooving, narrowed and deformed chips are preferred.
Curled and long chips can flow out more easily from deep grooves.
Machining Conditions in Face Grooving
Recommended depth of cut and feed range
for face turning using HFHR/L toolholders
carrying HFPR/L inserts in various widths.
HFPR/L 3003
GRIP/HGPL 300Y
HFPR/L 4004
GRIP/HGPL 400Y
HFPR/L 5004
GRIP/HGPL 500Y
HFPR/L 6004
GRIP/HGPL 600Y
mm
4.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
0.1 0.2 0.3 mm/rev0.05 0.15 0.25
Depth of Cut
Feed
Chip shapes in face turning with inserts HFPR/L-5004
& HFPR/L 6004 and HFHR/L toolholders.
Note: In roughing, increase feed at small depth of cut and reduce feed
at large depth of cut.
f=0.05
mm/rev
f=0.08
mm/rev
f=0.10
mm/rev
f=0.15
mm/rev
W=3, 4 mmW=5, 6 mm
f=0.10
mm/rev
f=0.20
mm/rev
f=0.25
mm/rev
f=0.30
mm/rev
ap=1mmap=2mmap=3mmap=4mm
469
FACE GROOVING
469
USER GUIDE
Face Grooving and Turning Recommendations
Using Adapters for 3 mm Inserts
Recommended feed range for grooving with Grip 3...
and HGPL 3... inserts and HGAIR/L and HGAER/L
adapters. Feed range changes according to
adapter type.
Recommended depth of cut and feed range for turning
with HGPL 3... inserts with HGAIR/L and HGAER/L
adapters. Feed range changes according to
adapter type.
Feed
mm/rev
0.08
0.02
0.03
0.04
0.05
0.06
0.07
40-60 40-60 40-80 40-80 40-80 m/min
0.08
0.02
0.08
0.020.020.02
0.02
0.05
0.07
0.04
HGAIR/L 12-3T6
HGAER/L 12-3T6
HGAIR/L 14-3T7
HGAER/L 14-3T7
HGAIR/L 21-3T9
HGAER/L 21-3T9
HGAIR/L 25-3T9
HGAIR/L 17-3T8
HGAER/L 17-3T8
Cutting Speed Vc
Feed
mm
1.2
0.4
0.6
0.05
1.0
0.06 0.07 0.090.08 0.1 0.11 0.12 mm/rev
0.8
0.2
0.04
HGAIR/L 14-3T7
HGAER/L 14-3T7
HGAIR/L 17-3T8
HGAER/L 17-3T8
HGAIR/L 21-3T9
HGAER/L 21-3T9
HGAIR/L 25-3T9
HGAIR/L 12-3T6
HGAER/L 12-3T6
Depth of Cut ap
Note: In roughing, increase feed at small depth of cut, and reduce feed
at large depth of cut.
Recommended feed range in grooving with HFPR/L
inserts and HFAIR/L & HFAER/L adapters.
Recommended depth of cut and feed range in turning
with HFPR/L inserts and HFAIR/L & HFAER/L
adapters. Feed range changes according to
adapter type.
mm/rev
0.12
0.04
0.06
0.08
0.09
0.10
4 5 6
0.05
0.07
mm
0.11 0.12
0.10
0.07
0.050.05
0.04
Width of Inserts (W) Feed
Feed
mm
2.5
0.5
1.0
1.5
2.0
0.1 0.20.05 0.15 0.25 mm/rev
HFAIR/L- ...5
HFAER/L- ...5
HFAIR/L- ...6
HFAER/L- ...6
HFAIR/L- ...4
HFAER/L- ...4
Depth of Cut ap
Note: In roughing, reduce feed when depth of cut is
increased, ad increase feed at small depth of cut.
Face Grooving and Turning Recommendations
Using Adapters for 4-6 mm Inserts
ISCAR
470
FACE GROOVING
ISCAR
470
USER GUIDE
Semi-Standard Face Grooving
and Undercutting Tools
D
T
D
d
The following drawings show typical
semi-standard face grooving tools that can be
ordered. Please specify all relevant dimensions and
attach workpiece material geometric details.
W
TB
1
B
L
W
F
T
2
W
TB
3
W
T
F
L
HSK
IM
CAMFIX
4
HSK
IM
CAMFIX
L
W
F
T
5
F
W
B
a
6
Specially Tailored
Grade Selection for Facing Applications
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 Non-ferrous
High
Temperature
Alloys
Hard
Steel & Cast
Iron
FACING
Harder IC808 IC808 IC808 IC5010 IC808
IC8250 IC8250 IC8250 IC20 IC20
IC830 IC830 IC908
Tougher IC428 IC08 IC808
First choice
471
TOOL BLOCKS
TOOL BLOCKS
ISCAR
472
TOOL BLOCKS
h
h4
H2B1
SGTBN
A1
b
L3
L
SGTBU- - -G
SGTBU- C-
Coolant connection
Designation h b B1A1H2h4L3L
SGTBN 16-2 16.0 16.0 19.0 26.00 30.0 4.0 2.00 76.00
SGTBU 16-5G 16.0 17.0 26.0 34.00 43.0 13.0 4.00 86.00
SGTBU 20-5G 20.0 21.0 26.0 38.00 43.0 9.0 4.00 86.00
SGTBU 20-6G 20.0 19.0 32.0 38.00 50.0 13.0 5.30 100.00
SGTBU 25-5G 25.0 23.0 26.0 42.00 45.0 5.0 4.00 110.00
SGTBU 25-6G 25.0 23.0 32.0 42.00 50.0 8.0 5.30 110.00
SGTBU 25-8M 25.0 23.0 45.0 42.00 70.0 27.0 5.30 110.00
SGTBU 25C-6 (1) 25.0 23.0 32.0 42.00 50.0 8.0 5.30 110.00
SGTBU 32-25-6G 32.0 25.0 32.0 44.00 54.0 5.0 5.30 110.00
SGTBU 32-6G 32.0 29.0 32.0 48.00 54.0 5.0 5.30 110.00
SGTBU 32-8M 32.0 29.0 45.0 48.00 70.0 20.0 5.30 110.00
SGTBU 40-6G 40.0 - 32.0 60.00 57.0 - 5.30 114.00
SGTBU 40-9 40.0 41.0 52.6 66.00 81.0 22.0 8.00 130.00
SGTBU 50-9 50.0 41.0 52.6 66.00 83.0 14.0 8.00 135.00
SGTBU 100-9-12 50.0 50.0 100.0 108.00 155.0 73.5 15.00 225.00
SGTBU 150-9-12 50.0 50.0 150.0 111.00 209.0 127.5 15.00 306.00
• Choose blade by B1 dimension
(1) Elbow-style connector unit supplied with each JET-CUT tool block
For tools, see pages: CGFG 51-P8 (452) • CGHN-8-10D (244) • CGHN-D (239) • CGHN-DG (239) • CGHN-P8 (240) • CGHR/L-12-14D (284) • CGHR/L-P8DG
(240) • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • HFFA (435) • HFFH (435) • HFFR/L-T (439) • HGFH (227) • PCHBR/L (269) • SGFFA (457)
• SGFFH (457) • TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGHN-D (231) • TNFFA-IQ (455) • TNFFH-IQ (454)
Spare Parts
Designation
SGTBN 16-2 SR M5X25DIN912 HW 4.0
SGTBU 16-5G BKU 86 SR M6X30 DIN912 HW 5.0
SGTBU 20-5G BKU 86 SR M6X30 DIN912 HW 5.0
SGTBU 20-6G BKU 100 SR M6X30 DIN912 HW 5.0
SGTBU 25-5G BKU 105 SR M6X30 DIN912 HW 5.0
SGTBU 25-6G BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 25-8M BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 25C-6 BKU 110 SR M6X30 DIN912 HW 5.0 SGCU-344 CF 343* CGF 343* CGM 343*
SGTBU 32-25-6G BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 32-6G BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 32-8M BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 40-6G BKU 110 SR M6X30 DIN912 HW 5.0
SGTBU 40-9 BK 509 SR M8X30DIN912 HW 6.0
SGTBU 50-9 BK 509 SR M8X30DIN912 HW 6.0
SGTBU 100-9-12 SR M10X25 DIN912 HW 8.0
SGTBU 150-9-12 SR M10X25 DIN912 HW 8.0
* Optional, should be ordered separately
SGTBU/SGTBN
Blocks for Various Parting
and Grooving Blades
H2
L
h
bh4
B1
A1
SGTBU 100/150-9-12
473
TOOL BLOCKS
L
H2
h4
h
b
A1
L3
B1
Designation h b L3B1A1H2h4L
SGTBK 32-9 32.0 28.0 8.50 32.0 48.00 62.0 3.0 120.00 BK 32-9 WEDG SR M6X16 DIN912 HW 5.0
SGTBK 38-9 38.0 35.0 8.50 52.6 60.00 90.0 25.0 135.00 BK 40-9 SR M6X20 DIN912 HW 5.0
SGTBK 40-9 40.0 35.0 8.50 52.6 60.00 90.0 23.0 135.00 BK 40-9 SR M6X20 DIN912 HW 5.0
SGTBK 50-9 50.0 40.0 8.50 52.6 65.00 90.0 15.0 135.00 BK 40-9 SR M6X20 DIN912 HW 5.0
• Choose blade by B1 dimension
For tools, see pages: CGFG 51-P8 (452) • CGHN-8-10D (244) • CGHN-P8 (240) • CGHR/L-12-14D (284) • CGHR/L-P8DG (240) • DGFH (228) • HFFH (435)
• PCHBR/L (269) • SGFFH (457) • TGFH/R/L (283) • TGFHR/L (391) • TNFFH-IQ (454)
SGTBK
Blocks for Heavy Duty Parting
and Grooving Blades
L
h
B1
L3
b
h1
Right-hand shown
Designation h h1B1b L L3
SGTBR 19-2 25.0 19.0 19.0 19.0 100.00 2.00 SR M6X25 DIN912 HW 5.0
SGTBR/L 25-6 32.0 25.0 26.0 20.0 120.00 5.00 SR M6X25 DIN912 HW 5.0
• Choose blade by B1 dimension
For tools, see pages: • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • HGFH (227) • PCHBR/L (269) • TGFH/R/L (283) • TGFHL-TR (398)
• TGFHR/L (391)
SGTBR/L
Blocks for Parting and Grooving
Blades for Conventional Lathes
B1
b
A1
H2h
L
Right-hand shown
Designation h B1b H2A1L
UBHCR/L 20-26 20.0 26.0 20.0 42.0 35.60 100.00 BKU 176 307 SR M6X16 DIN912 HW 5.0 SPRING PLUNGER M6X14X3.5
UBHCR/L 25-32 25.0 32.0 25.0 46.0 40.00 130.00 BKU 176 307 SR M6X16 DIN912 HW 5.0 SPRING PLUNGER M6X14X3.5
UBHCR/L 32-32 32.0 32.0 32.0 46.0 47.00 130.00 BKU 176 307 SR M6X16 DIN912 HW 5.0 SPRING PLUNGER M6X14X3.5
• Choose blade by B1 dimension
For tools, see pages: CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGHR/L-P8DG (240) ) • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372)
• HFFA (435) • HFFH (435) • HFFR/L-T (439) • HGFH (227) • SGFFA (457) • SGFFH (457) • TGFH/R/L (283) • TGFHL-TR (398) • TGFHR/L (391) • TGHN-D
(231) • TGHN-S (231) • TNFFA-IQ (455) • TNFFH-IQ (454)
UBHCR/L
Holders for Grooving, Turning
and Parting Blades
B1
h2 Ref.(a)
5.5 H2
h
b
A1
L2
L
Designation h b B1L L2A1H2L3
SGTBF 25-A 25.0 25.0 32.0 102.00 80.00 48.00 48.0 5.50 SR M6X40 DIN912 HW 5.0
SGTBF 32-A 32.0 32.0 32.0 116.00 100.00 48.00 48.0 5.50 SR M6X40 DIN912 HW 5.0
• (a) h2 Ref. as defined for SELF-GRIP face grooving blades • Choose blade by B1 dimension
For tools, see pages: • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • HFFH (435) • HFFR/L-T (439) • HGFH (227) • SGFFA (457) • SGFFH (457)
• TGFH/R/L (283) • TGFHR/L (391) • TNFFA-IQ (455) • TNFFH-IQ (454)
SGTBF
Perpendicular Blocks for Parting
and Grooving Blades
ISCAR
474
TOOL BLOCKS
ISCAR
474
USER GUIDE
The coolant supply tube can be attached directly to
the DGTR...C integral tool, DGFH-C blades used on
the regular blocks or to the SGTBU-C blocks which
have coolant passages and connecting ports.
Option 2:
Coolant supplied through the tool block.
TUBE 343
3/16” copper tube (length 250 mm)
(G1/8 external thread) (G1/8 internal thread) (NPT1/8
external thread) (NPT1/8 internal thread)
SGCU 344
Elbow connector
Option 3:
Coolant supplied directly to the tool.
Connectors:
CGM 343 (G1/8 external thread)
CGF 343 (G1/8 internal thread)
CF 343 (NPT1/8 internal thread)
SGCU 341
Coolant connection unit
The Right Connection for Your Application
JET-CUT Assembly
C Insert GF
D Blade SGFHK-
E Cap SGC 340 supplied with blade;
to be used with Option 1 only.
F Tool block SGTBUC-
G Elbow-style connector unit supplied
with each tool block; SGCU-344
H 3/16” copper Tube 343 (length 250 mm)
I Choice of connector sets:
CGM-343 (G 1/8 external thread)
CGF-343 (G 1/8 internal thread)
CF-343 (NPT 1/8 internal thread)
J Standard current tool block
SGTBN, SGTBU, SGTBF
K Coolant connection unit; SGCU-341
M Integral shank holder
SGTFR/LK-
Option 1:
Coolant supplied through the tool block.
I
F
G
H
D
C
E
Connectors:
CGM 343 (G1/8 external thread)
CGF 343 (G1/8 internal thread)
CF 343 (NPT1/8 internal thread)
SGCU 341
Coolant connection unit
Option 1:
Coolant supplied directly to the blade.
Option 2:
Coolant supplied directly to the blade.
J
K
I
D
C
G
Option 3:
Coolant supplied directly to the integral shank tool.
C
M
K
I
475
EXCHANGEABLE HEADS
EXCHANGEABLE HEADS
ISCAR
476
EXCHANGEABLE HEADS
ISCAR
476
HSK-T (ISO 1264-3 T Type and ICTM Standard)
Quick Change tools are expensive compared to
standard shank tools. ISCAR offers economical
solutions by using adapters, blades or regular tools
and boring bars on the Quick Change adaptations.
CAMFIX (ISO 26623-1) ................................................................... 477
HSK-T (ISO 12164-3 T Type and ICTM Standard) .......................... 481
IM (ISO 26622-1 and Mazak XMZ Standard) .................................... 482
TABLE OF CONTENTS
ISCAR offers a wide range of tools for
three types of Quick-Change systems:
1. CAMFIX (ISO 26623-1)
2. HSK-T (ISO 12164-3 T Type and ICTM Standards)
3. IM (ISO 26622-1 and Mazak XMZ Standards)
CHAMFIX (ISO 266231)
477
EXCHANGEABLE HEADS
CAMFIX b2d1 ±0.1 d2d4d5 ±0.1 Dme l1l2 ±0.1 l3 min l6 ±0.15 l7 ±0.15 l8 min l11 ±0.1
C3 28,3 32 15 M12x1.5 3,6 22 0,7 2,5 19 15 6 13 25 8
C4 35,3 40 18 M14x1.5 4,6 28 0,9 2,5 24 20 8 15 30 11,5
C5 44,4 50 21 M16x1.5 6,1 35 1,12 3 30 20 10 20 37 14
C6 55,8 63 28 M20x2 8,1 44 1,4 3 38 22 12 27 47 15,5
C8 71,1 80 32 M20x2 9,1 55 2 3 48 30 12 28 48 25
C8X 88,7 100 32 M20x2 9,1 55 2 3 48 32 16 28 48 25
C10 88,3 100 43 M24x2 12 72 2,8 3 60 36 16 40 70 26,5
B1
SS
L
f1
T
Right-hand shown • T= See specific blade dimensions
Designation SS f1L B1
C6 TBK-32R/L 63 32.0 138.00 32.0 BK 32-9 WEDG SR M6X16 DIN912 HW 5.0 EZ 125
C8 TBK-32R 80 40.5 147.00 32.0 BK 32-9 WEDG SR M6X16 DIN912 HW 5.0 EZ 125
C8 TBK-52R 80 40.5 161.00 52.0 BK 40-9 SR M6X16 DIN912 HW 5.0 EZ 125
For tools, see pages: CGHN-DG (239) • CGHR/L-P8DG (240) • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • HFFH (435) • HGFH (227)
• PCHBR/L (269) • TGFH/R/L (283) • TGFHR/L (391) • TNFFH-IQ (454)
C#-TBK-R/L
Blocks with CAMFIX
Exchangeable Shanks for
Parting and Grooving Blades
SS
B1
TL
f1
Right-hand shown • T= See specific blade dimensions
Designation SS f1L B1
C4 TBU-32R/L 40 21.0 60.00 32.0 BKU 176 307 SR M6X25 DIN912 HW 5.0 SR M6X8 DIN916 EZP 5 EZ 125
C5 TBU-32R/L 50 30.0 64.00 32.0 BKU 176 307 SR M6X25 DIN912 HW 5.0 SR M6X8 DIN916 EZP 5 EZ 125
For tools, see pages: CGHN-S (239) • TGHN-S (231)
C#-TBU
Blocks with CAMFIX Exchangeable
Tapered Shanks for Parting
and Grooving Blades
CAMFIX ISO 26623-1
Toolholder Standard l7
l8A
A-A C-C
A
C
d4
d2
l2l3
l6
l11
l1
d5
d1
b2
Dm
2e
C
Features
• Symmetrical design: Due to the symmetrical design, the torque load is distributed
on the polygon, providing a self-centering effect.
• Rigidity: The CAMFIX clamping mechanism is extremely rigid against bending forces.
• Accuracy: The taper and face contact ensure high repeatability within 2 microns
when operated with an automatic tool changer.
Alignment point of the
toolholder with extensions
(for modular systems)
Coolant
technologic hole
Magazine
and spindle
positioning groove
V-groove for ATC
(Automatic Tool Change) arm
CAMFIX -
ISO 26623-1 Standard Quick Change Shanks
ISCAR
478
EXCHANGEABLE HEADS
L3
SS
L
f1
D1
91.9 45°
T
Right-hand shown • T= See specific adapter dimensions
45°
45°
Designation SS L L1f1D1L3
C6 MAHDR-45 63 130.00 91.9 89.0 75.00 105.78
C8 MAHDR-45 80 130.00 91.9 89.0 80.00 -
• For mill-turn machines.
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
C6 MAHDR-45 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20DIN7984 HW 4.0 SR M6X6DIN551 14H/22H(c) SR M5X4 DIN913 EZ 83
C8 MAHDR-45 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) SR M5X6 DIN913 EZ 83
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
C#-MAHDR-45
Holders with CAMFIX Exchangeable
Shanks for Parting, Grooving,
Turning and Facing Adapters
SS
L
T
f1Right-hand shown • T= See specific adapter dimensions
Designation SS f1L
C8 MAHDOR 80 37.5 130.00 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125
C6 MAHDOR 63 29.0 130.00 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
For tools, see pages: DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) •
SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62)
C#-MAHDOR
Holders with CAMFIX Exchangeable
Shanks for Parting, Grooving,
Turning and Facing Adapters
479
EXCHANGEABLE HEADS
SS
26
L
L1
f1
T
10°
f2
Right-hand shown • T= See specific adapter dimensions
10°
Designation SS f1f2L L1
C6 MAHUR/L-10 63 113.1 29.00 123.00 49.4
C8 MAHUR-10 * 80 113.1 29.00 123.00 49.4
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
C#-MAHUR/L SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
C#-MAHUR/L
Holders with CAMFIX Shanks for
10° Mounting on Mill-Turn Machines
for Parting, Grooving, Turning and
Facing Adapters
SS
L
f1
T
Right-hand shown • T - See specific adapter dimensions
Designation SS L f1
C3 MAHD 32 50.00 18.5
C4 MAHD 40 46.50 22.1
C5 MAHD 50 47.00 23.0
C6 MAHD 63 50.00 29.0
C8 MAHD 80 60.00 37.5
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
C3 MAHD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 EZA 125 SR 76-1022
C4 MAHD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 EZA 125 SR 76-1022
C5 MAHD SR M5-04451 SR 14-519(a) SR M6X20-XT(b) SR M6X6DIN551 14H/22H(c) EZ 125 EZA 125 SR 76-1022
C6 MAHD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 EZA 125 SR 76-1022
C8 MAHD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 EZA 125 SR 76-1022
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
C#-MAHD
Holders with CAMFIX Exchangeable
Shanks for Parting, Grooving,
Turning and Facing Adapters
L
SS
f1
T
Right-hand shown
• T - See specific
adapter dimensions
• f=f1(shank)+f2(adapter)
Bar Max
Designation SS L f1
C3 MAHD-JHP 32 45.00 18.5 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C4 MAHD-JHP 40 46.50 21.0 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C5 MAHD-JHP 50 47.00 26.0 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C6 MAHD-JHP 63 50.00 32.5 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
For tools, see pages: CGPAD (238) • CGPAD-JHP (238) • DGAD-B-D (379) • DGAD/HGAD (378) • DGPAD-JHP (379) • HFPAD-3 (438) • HFPAD-4 (441)
• HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • HGPAD-JHP (227) • PCADR/L (268) • PCADR/L-JHP (268) • SCLCR-PAD (47) • SDJCR-PAD (51) •
SVJCR-PAD (56) • SWAPR-PAD (62) • TAGPAD-JHP (394) • TGAD (393) • TGPAD (230)
C#-MAHD-JHP
Holders with CAMFIX Exchangeable
Shanks and High Pressure Coolant
Channels for MODULAR-GRIP Adapters
OR 5X1N
SR M4X8ISO14580 (Key: T-20/5)
SR M6X12DIN6912 (Key: HW 5.0)
SR M5-04451(Key: T-20/5)
SR M6X20-XT
(Key: HW 5.0)
ISCAR
480
EXCHANGEABLE HEADS
SS
L
f2
T
T= See specific adapter dimensions
Designation SS L f2
C4 MAHPD 40 46.00 25.00
C5 MAHPD 50 46.00 26.00
C6 MAHPD 63 47.00 33.00
C8 MAHPD 80 56.00 42.00
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
C4 MAHPD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 SR 76-1022 EZA-21414
C5 MAHPD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 SR 76-1022 EZA-21414
C6 MAHPD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 SR 76-1022 EZA-21414
C8 MAHPD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125 EZP 5
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
C#-MAHPD
Perpendicular Holders with CAMFIX
Exchangeable Shanks for Parting,
Grooving, Turning and Facing Adapters
f2
L
SS
T
T= See specific adapter dimensions
Bar Max
Designation SS L f2
C3 MAHPD-JHP 32 40.00 26.00 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C4 MAHPD-JHP 40 46.00 26.00 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C5 MAHPD-JHP 50 46.00 26.00 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
C6 MAHPD-JHP 63 46.00 33.00 SR M5-04451 T-20/5 SR M6X12DIN6912 SR M6X20-XT HW 5.0 OR 5X1N SR M4X8ISO14580 BLACK
For tools, see pages: CGPAD (238) • CGPAD-JHP (238) • DGAD-B-D (379) • DGAD/HGAD (378) • DGPAD-JHP (379) • HFPAD-3 (438) • HFPAD-4 (441)
• HFPAD-5 (439) • HFPAD-6 (439) • HGPAD (227) • HGPAD-JHP (227) • PCADR/L (268) • PCADR/L-JHP (268) • SCLCR-PAD (47) • SDJCR-PAD (51) •
SVJCR-PAD (56) • SWAPR-PAD (62) • TAGPAD-JHP (394) • TGAD (393) • TGPAD (230)
C#-MAHPD-JHP
Perpendicular Holders with CAMFIX
Exchangeable Shanks for Parting,
Grooving, Turning and Facing Adapters
L
SS
T
26
f1
T-See specific adapter dimensions.
Designation SS L f1
C4 HAD 40 60.00 18.0 SR 14-519 T-20/3 SR M4X6DIN912 HW 3.0
C5 HAD 50 60.00 18.0 SR 14-519 T-20/3 SR M4X6DIN912 HW 3.0
C6 HAD 63 60.00 22.0 SR 14-519 T-20/3 SR M4X6DIN912 HW 3.0
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
C#-HAD
Holders with CAMFIX
Exchangeable Tapered Shanks
for Internal Facing Adapters
T
SS
L
8
Right-hand shown • T= See specific blade dimensions
Designation SS L
C4 HAPR/L 40 50.00 SR 14-519 T-20/3
C6 HAPR/L 63 50.00 SR 14-519 T-20/3
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
C#-HAPR/L
Perpendicular Holders with
CAMFIX Exchangeable Shanks
for Internal Facing Adapters
481
EXCHANGEABLE HEADS
b5
d15
d9 max.
d
1
b1
d2d4
l5
f3
f1
l1
d3
60°
f2
HSK-A WH d1 h10 d2d3 H10 d4 H11 d9 max d15 l1-0.2 l5 Js10 b1±0.04 b5±0.035 f1 -0.1 f2 min f3 ±0.1
63 63 48 34 40 62 M18X1 32 18.13 12.54 12.425 26 30 18
100 100 75 53 63 99 M24X1.5 50 28.56 20.02 19.91 29 34 20
HSK-T (ISO 12164-3 T Type and ICTM Standards)
DIN 69893
Standard
Tolerance
(ISO
12164-3 T
Type and
ICTM
Standards
Tolerance
SS
L
D1
f1
45°
L1
L5
T
T= See specific adapter dimensions • Right-hand shown
45°
45°
Designation SS L L1f1D1
HSK A63WH-MAHDR-45 63 130.00 91.9 89.0 75.00
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with the ICTM and HSK-T standards
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
HSK A63WH-MAHDR-45 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT HW 5.0 SR M6X6DIN551 14H/22H(b) SATZ-M8X1-M3
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
HSK A63WH-MAHDR-45
Holders with HSK Tapered Shanks
for MODULAR-GRIP, Parting,
Grooving and Facing Adapters
ISCAR
482
EXCHANGEABLE HEADS
SS
f1
L5
TLT= See specific adapter dimensions • Right-hand shown
Designation SS f1L
HSK A63WH-MAHDOR 63 29.0 130.00 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with the ICTM and HSK-T standards
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
HSK A63WH-MAHDOR
Holders with HSK Exchangeable
Shanks for Parting, Grooving,
Turning and Facing Adapters
SS
L1
L
f2
L5
T
f1
10°
T= See specific adapter dimensions • Right-hand shown
10°
Designation SS f1f2L L1
HSK A63WH-MAHUR/L-10 63 113.1 29.00 130.00 49.4
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with the ICTM and HSK-T standards
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
HSK A63WH-MAHUR/L-10 SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZ 125
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
HSK A63WH-MAHUR/L
Holders with HSK-T Shanks
for 10° Mounting on Mill-Turn
Machines for Parting, Grooving,
Turning and Facing Adapters
SS
B1
L
T
f1
L5T= See specific blade dimensions • Right-hand shown
Designation SS L f1B1(1)
HSK A100WH-TBK-32L 100 150.00 50.0 32.0 BK 32-9 WEDG SR M6X16 DIN912 HW 5.0 SATZ-M12X1-M6
HSK A63WH-TBK-32R/L 63 138.00 32.0 32.0 BK 32-9 WEDG SR M6X16 DIN912 HW 5.0 EZ 125
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with the ICTM and HSK-T standards
(1) Blade size B1 has to fit this dimension
For tools, see pages: CGHN-DG (239) • CGHR/L-P8DG (240) • DGFH (228) • DGFHR/L (371) • DGFHR/L-B-D..(R/L) (372) • HFFH (435) • HGFH (227)
• PCHBR/L (269) • TGFH/R/L (283) • TGFHR/L (391) • TNFFH-IQ (454)
HSK A-WH-TBK-R/L
Blocks with HSK Exchangeable
Tapered Shanks for Parting
and Grooving Blades
IM ISO 26622-1 Standard
d1
l1l2
d6
l24
Section view K-K Section view P-P
P
P
4xd15
b1
d8
K K
5°44’59”±0°1’30”
d2
l4
IM UT d1 -0.1 d2 ±0.0075 d6d8d15 H11 l1 -0.1 l2 min l4l24 b1
32 32 23.9975 17.65 +0.1 7.5 - 20 10 10.8 - 8.9
40 40 29.9975 21 +0.1 9.5 9 25 12 13.6 5.95 10
50 50 39.9975 28.2 +0.15 12.5 12 32 18 17.2 8.95 14
63 63 49.9975 35.2 +0.15 14.5 16 40 20 22.4 9.95 16
80 80 63.9975 48 +0.15 18.5 16 45 22 24.9 10.95 20
IM (ISO 26622-1 and Mazak XMZ Standards)
483
EXCHANGEABLE HEADS
B
1
SS
L
T
f1
T= See specific blade dimensions. • Right-hand shown
Designation SS B1L f1
IM40 TBU-32R 40 32.0 51.00 23.0 BKU 176 307 SR M6X25 DIN912 HW 5.0 SR M6X6 DIN913 EZP 5 EZ 125
IM50 TBU-32R/L 50 32.0 61.00 30.0 BKU 176 307 SR M6X25 DIN912 HW 5.0 SR M6X6 DIN913 EZP 5 EZ 125
IM63 TBU-32L 63 32.0 63.00 38.0 BKU 176 307 SR M6X25 DIN912 HW 5.0 SR M6X6 DIN913 EZP 5 EZ 125
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: CGHN-S (239) • TGHN-S (231)
IM-TBU
Blocks with an ISO 26622-1(*) Tapered
Shank for Parting and Grooving Blades
L
SS
f1
TT= See specific adapter dimensions • Right-hand shown
Designation SS L f1
IM40 MAHD 40 43.00 18.0
IM50 MAHD 50 47.00 23.0
IM63 MAHD 63 52.00 29.0
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
IM-MAHD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) SR 76-1022 EZA 125 EZ 125
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
IM-MAHD
Holders with an ISO 26622-1(*)
Tapered Shank for Parting, Grooving,
Turning and Facing Adapters
f2
SS
L
T
T= See specific adapter dimensions • Right-hand shown
Designation SS L f2
IM40 MAHPD 40 44.00 25.00
IM50 MAHPD 50 45.00 26.00
IM63 MAHPD 63 45.00 33.00
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: CGPAD (238) • DGAD-B-D (379) • DGAD/HGAD (378) • HFPAD-3 (438) • HFPAD-4 (441) • HFPAD-5 (439) • HFPAD-6 (439) • HGPAD
(227) • PCADR/L (268) • SCLCR-PAD (47) • SDJCR-PAD (51) • SVJCR-PAD (56) • SWAPR-PAD (62) • TGAD (393) • TGPAD (230)
Spare Parts
Designation
IM-MAHPD SR M5-04451 T-20/5 SR 14-519(a) SR M6X20-XT(b) HW 5.0 SR M6X6DIN551 14H/22H(c) EZP 5 EZ 125
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
IM-MAHPD
Perpendicular Holders with an ISO
26622-1(*) Tapered Shank for Parting,
Grooving, Turning and Facing Adapters
ISCAR
484
EXCHANGEABLE HEADS
f
W
d
L
25.5
26
SS
T
T= See specific adapter dimensions
Designation SS L f W d Range T Range
IM50 GHAD-8 50 60.00 26.00 8.00 80-510 15-25
IM63 GHAD-8 63 60.00 32.50 8.00 80-510 15-25
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
Spare Parts
Designation
IM-GHAD-8 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0 SR 76-1022 EZA 125 EZ 125
IM-GHAD-8
Holders with an ISO 26622-1(*)
Tapered Shank for Grooving,
Turning and Facing Adapters
L
W
SS
f
d
T
T= See specific adapter dimensions • Right-hand shown
Designation SS L f W d Range T Range
IM50 GHAPR/L-8 50 60.00 26.00 8.00 80-510 15-25 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0 EZ 125
IM63 GHAPL-8 63 75.00 33.00 8.00 80-510 15-25 SR 14-519 T-20/5 SR M6X25 DIN912 HW 5.0 EZ 125
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: GADR/L-8 (243) • GAFG-R/L-8 (451) • PCADR/L 34N-RE (269)
IM-GHAPR/L-8
Perpendicular Holders with an
ISO 26622-1(*) Tapered Shank for
Grooving, Turning and Facing Adapters
SS
L
T
26
f1
T= See specific adapter dimensions • Right-hand shown
Designation SS L f1
IM40 HAD 40 60.00 18.0 SR 14-519 T-20/3 SR M5X8 DIN913 HW 3.0 SR M4X6DIN912
IM50 HAD 50 60.00 18.0 SR 14-519 T-20/3 HW 3.0 SR M4X6DIN912
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
IM-HAD
Holders with an ISO 26622-1(*)
Tapered Shank for Internal
Facing Adapters
T
SS
L
8
T= See specific adapter dimensions • Right-hand shown
Designation SS L
IM40 HAPR/L 40 50.00 SR 14-519 T-20/3
IM50 HAPR/L 50 50.00 SR 14-519 T-20/3
• (*) Tools with orientation holes in the flange groove can be supplied on request
For tools, see pages: HFAER/L-4 (440) • HFAER/L-5T, 6T (441) • HFAIR/L-4 (444) • HFAIR/L-DG (445) • HGAER/L-3 (440) • HGAIR/L-3 (444)
IM-HAPR/L
Perpendicular Holders with an
ISO 26622-1(*) Tapered Shank
for Internal Facing Adapters
THREADING
START
Complete Machining Solutions
THREADING TOOLS & INSERTS
ISCAR
486
THREADING
TABLE OF CONTENTS
Threading Inserts ................................................................................. 487
Selection Guide .................................................................................... 488
Insert Identification System .......................................................................................... 489
55° Partial Profile ......................................................................................................... 490
60° Partial Profile ......................................................................................................... 493
ISO Metric Full Profile .................................................................................................. 497
American UN Full Profile .............................................................................................. 502
Whitworth Full Profile ................................................................................................... 507
NPT/NPTF Full Profile .................................................................................................. 510
BSPT ........................................................................................................................... 512
Round DIN 405 ........................................................................................................... 523
STUB ACME ............................................................................................................... 514
ACME .......................................................................................................................... 515
UNJ ............................................................................................................................. 516
MJ ISO 5855 ............................................................................................................... 517
Trapeze DIN 103 .......................................................................................................... 518
SAGE DIN 513 ............................................................................................................ 519
American Buttress ....................................................................................................... 520
API Oil Threads ........................................................................................................... 521
Tools for Threading ............................................................................. 525
Toolholder Identification System ................................................................................... 526
External Holders .......................................................................................................... 528
Threading Bars ............................................................................................................ 531
User Guide ............................................................................................ 536
487
THREADING
THREADING INSERTS
ISCAR
488
THREADING
ISCAR
488
THREADING SYSTEMS
B/M-TYPE U-TYPE REGULAR TYPE MULTI-TOOTH
Additional Threading Systems
External
Internal
TIPI-Partial Profile
Minimum bore dia. 20 mm
GEPI-Partial Profile
Minimum bore dia. 12.5 mm
Partial Profile (TIP) Full Profile (TIP)
External
Minimum bore dia. 2.4 mm
Mini-Bar
UMGR - Partial Profile 55º/60º
Minimum bore dia. 5.2 mm
Internal Internal
GIQR/L - Partial Profile 55º/60º
Minimum bore dia. 8.0 mm
Internal Internal
Main Types of Laydown Inserts
External External
489
THREADING
489
INSERT IDENTIFICATION SYSTEM
I (mm) d
06 5/32"
08 3/16"
11 1/4"
16 3/8"
22 1/2"
27 5/8"
1. Insert Size
d
I
E — External
I — Internal
UE — U-type, External
UI — U-type, Internal
UEI — U-type, External
and Internal
2. Application
U-type Regular Type
3. Hand of Tool
R — Right-hand
L — Left-hand
RL — Right- and
Left-hand
4. Type
B — Peripherally ground
& chipformer
M — Press to size
with a chipformer
— No indication
regular type
5. Pitch
Full Profile
(value by number)
0.35-9.0 mm
72-2 TPI
Partial Profile
(Range by letter)
mm TPI
A 0.5-1.5 48-16
AG 0.5-3.0 48-8
G 1.75-3.0 14-8
N 3.5-5.0 7-5
Q 5.5-6.0 4.5-4
U 5.5-9.0 4.5-2.75
6. Thread Standard
16
1
E
2
R
3
M
4
1.50
5
ISO
6
IC808
8
2M
7
7. No. of Teeth
(Optional)
2M — 2 teeth
3M — 3 teeth
8. Grade
60 — Partial Profile 60º
55 — Partial Profile 55º
ISO —ISO Metric
UN — American UN
W — Whitworth
BSPT — British BSPT
RND — Round DIN 405
TR — Trapeze DIN 103
ACME —ACME
STACME — Stub ACME
ABUT —American Buttress
UNJ —UNJ
NPT —NPT
API RD —API Round
BUT —API Buttress Casing
API —API
H90 —H-90
EL —Extreme Line Casing
MJ —ISO 5855
IC1007
IC908
IC808
IC508
IC250
IC228
IC50M
ISCAR
490
THREADING
W
R
di
Dimensions
Designation TPI max TPI min R W di
IC908
TTG-16E-A55 48 16 0.05 2.10 16.00 •
• For detailed cutting data, see pages 536-546
For tools, see pages: SER/L-TT (528)
TTG-16E-A55
External Inserts with 10 Threading
Corners and a 55° Partial Profile
for the General Industry
YR
Y
R
l
di
X
l
X
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pmin Pmax
TPI
max
TPI
min l R X Y
IC228
IC50M
IC250
IC508
IC808
IC908
IC1007
11ER/L A 55 6.35 0.50 1.50 48 16 11.00 0.05 0.8 0.9 • • •
16ER/L A 55 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • • •
16ER/L AG 55 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 • • • • • •
16ERB AG 55 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 •
16ERM AG 55 (1) 9.52 0.50 3.00 48 8 16.00 0.07 1.2 1.7 • • • • •
16ER/L G 55 9.52 1.75 3.00 14 8 16.00 0.20 1.2 1.7 • • •
16ERB G 55 (1) 9.52 1.75 3.00 14 8 16.00 0.20 1.2 1.7 •
16ERM G 55 (1) 9.52 1.75 3.00 14 8 16.00 0.23 1.2 1.7 • • •
22ER/L N 55 12.70 3.50 5.00 7 5 22.00 0.42 1.7 2.5 • • •
22UEIRL U 55 12.70 5.50 8.00 4.5 3.25 22.00 0.60 0.9 11.0 • •
27ER Q 55 15.88 5.50 6.00 4.5 4 27.00 0.60 2.0 2.9 • •
27UEIRL U 55 15.88 6.50 9.00 4 2.75 27.00 0.81 1.2 13.7 •
• For insert identification system, see pages 489 • For threading between walls use GRIP-type inserts TIP-WT, GEPI-WT, TIPI-WT. • For detailed cutting data, see
pages 536-546
(1) With pressed chipformer
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-55°
External Laydown Threading
Inserts with a 55 ° Partial Profile
for the General Industry
55°
NUT
SCREW
491
THREADING
17.7 Ref.
±0.025
W
55°
R
TIP inserts are 1.6 mm longer than GIP in the same pocket
Dimensions Tough
1
Hard
Designation W R±0.03 TPI max TPI min(1)
IC08
IC908
TIP 2WT-0.05 2.40 0.05 54 D/6.4 • •
TIP 4WT-0.15 4.00 0.15 19 D/6.4 • •
TIP 5WT-0.25 5.50 0.25 12 D/6.4 •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.187xD
(1) D-Diameter of thread (inch)
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-WT
Precision Ground Double-Ended
Threading Inserts with a 55°
Partial Profile and Chipformer
YR
Y
R
X
l
di
X
l
di
U-Type
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di Pmin Pmax
TPI
max
TPI
min l R X Y
IC228
IC928
IC50M
IC250
IC508
IC808
IC908
IC1007
06IR/L A 55 3.97 0.50 1.25 48 20 6.00 0.05 0.5 0.6 •
08IR/L A 55 4.76 0.50 1.50 48 16 8.00 0.05 0.6 0.7 • • •
08UIRL U 55 4.76 1.75 2.00 14 11 8.00 0.10 0.9 4.0 •
11IR/L A 55 6.35 0.50 1.50 48 16 11.00 0.05 0.8 0.9 • • • • •
16IR A 55 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • • •
16IR/L AG 55 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 • • • • •
16IRB AG 55 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 •
16IRM AG 55 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 • • • • •
16IR/L G 55 9.52 1.75 3.00 14 8 16.00 0.20 1.2 1.7 • • • •
16IRB G 55 (1) 9.52 1.75 3.00 14 8 16.00 0.20 1.2 1.7 •
16IRM G 55 (1) 9.52 1.75 3.00 14 8 16.00 0.20 1.2 1.7 • • •
22IR N 55 12.70 3.50 5.00 7 5 22.00 0.42 1.7 2.5 • • •
27IR Q 55 15.88 5.50 6.00 4.5 4 27.00 0.60 2.0 2.9 • • •
• For insert identification system, see pages 489. • For threading between walls use GRIP-type inserts TIP-WT, GEPI-WT, TIPI-WT. • For detailed cutting data, see
pages 536-546
(1) With pressed chipformer
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-55°
Internal Laydown Threading
Inserts with a 55 ° Partial
Profile for General Industry
55°
NUT
SCREW
24
55°
2.4
4.0
R
1.8 max
±0.04
Dimensions
Designation TPI max TPI min R
IC908
PENTA 24-WT-0.05 48 14 0.05 •
PENTA 24A-WT-0.05 (1) 48 14 0.05 •
• TPImin=6.4/D(inch) D-nominal thread diameter (inch)
(1) Flat rake (without a chipformer)
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-WT
Precision Ground Pentagonal
External Threading Inserts
with a Whitworth 55° Partial
Profile and Chipformer
ISCAR
492
THREADING
10 Ref.
2.9 Ref.
8˚
55°
W
RM
±0.025
Dimensions Tough
1
Hard
Designation W R±0.03 M TPI max Pmin
IC08
IC908
GEPI 2.5-WT0.05 2.50 0.05 1.80 54 0.47 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.167xD, TPI min D/6.0
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIMR/L (287) • GEHIMR/L-SC (287) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) •
GEHSR/L-SL (311)
GEPI-WT
Precision Ground Double-Ended
Threading Inserts with a 55°
Partial Profile and Chipformer
for 11.5 mm Bore Diameter
5
8°
W55°
15.7 Ref.
±0.025
R
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIPI 3.4WT-0.10 3.40 0.10 0.95 27 • •
TIPI 5.4WT-0.20 5.40 0.20 1.67 15 •
• Toolholder seat needs to be modified according to insert profile to ensure clearance • Pitch max 0.187xD, TPI min D/5.25 D=Diameter of thread (pitch max<=W)
• For detailed cutting data, see pages 536-546.
For tools, see pages: GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
TIPI-WT
Double-Ended Internal
Threading Inserts with a 55°
Partial Profile and Chipformer
for 20 mm Min. Bore Diameter
X
af
l1
dh6
W
l2
Y
x
55°
Y
te
Right-hand shown
Dimensions
Designation d
TPI
max TPI min tew Y f al2l1D min
IC228
PICCO R 005.5548-15 5.00 48 24 0.40 0.06 0.5 1.9 4.40 15.0 30.00 4.80 •
PICCO R 006.5548-15 6.00 48 24 0.40 0.06 0.5 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.5524-15 6.00 24 16 0.81 0.12 0.8 2.3 5.30 15.0 30.00 6.00 •
PICCO R 007.5524-15 7.00 24 16 0.81 0.12 0.8 2.8 6.30 15.0 30.00 7.00 •
• All mini-bars have sharp corners • For detailed cutting data, see pages 536-546
PICCO-55°-Thread
Inserts for 55° Internal
Threading Profile
493
THREADING
W
R
di
Dimensions
Designation Pmin Pmax TPI max TPI min R W di
IC908
TTG-16E-A60 0.50 1.50 48 16 0.05 2.10 16.00 •
• For detailed cutting data, see pages 536-546
For tools, see pages: SER/L-TT (528)
TTG-16E-A60
External Inserts with 10 Threading
Corners and 60° Partial Profile
for General Industry
0.1
0.8
f
55°
Right-hand shown
Dimensions
Designation f TPI max TPI min Pmin Pmax D min
IC508
UMGR 4.0-A55 2.7 48 18 0.50 1.40 5.20 •
For tools, see pages: MGUHR (327)
UMGR-A55
Mini Indexable Inserts with Whitworth
Partial Profile for Threading in
5.2 mm and Larger Holes
lf
Tmax-r
R
55°
Left-hand shown
Dimensions
Designation l R±0.03 Tmax-r f D min Pmin TPI max
IC528
GIQR/L 8-WT-0.05 7.78 0.05 1.50 4.8 8.00 0.50 50 •
GIQR/L 11-WT-0.05 10.68 0.05 2.00 6.7 11.00 0.50 50 •
• Can be used for thread milling by circular interpolation. • TPI min D/5.9 • D-diameter of thread (pitch max<=W) • For cutting speed recommendations, see
pages 536-546
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-WT
Internal Inserts with Whitworth
Partial Profile for Threading in
8 mm and Larger Holes
ISCAR
494
THREADING
YR
Y
R
di
X
l
X
di
l
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pmin Pmax
TPI
max
TPI
min l R X Y
IC228
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
11ER/L A 60 6.35 0.50 1.50 48 16 11.00 0.05 0.8 0.9 • • •
16ER/L A 60 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 ••••• ••
16ERB A 60 (1) 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • •
16ERM A 60 (1) 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • • • • •
16ER/L AG 60 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 ••••• ••
16ERB AG 60 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 •
16ERM AG 60 (1) 9.52 0.50 3.00 48 8 16.00 0.06 1.2 1.7 • • • • • •
16ER/L G 60 9.52 1.75 3.00 14 8 16.00 0.17 1.2 1.7 • • • • • •
16ERB G 60 (1) 9.52 1.75 3.00 14 8 16.00 0.17 1.2 1.7 •
16ERM G 60 (1) 9.52 1.75 3.00 14 8 16.00 0.17 1.2 1.7 • • • • •
22ER/L N 60 12.70 3.50 5.00 7 5 22.00 0.32 1.7 2.5 • • • • •
22ERM N 60 (1) 12.70 3.50 5.00 7 5 22.00 0.32 1.7 2.5 • • • • •
22UEIRL U 60 12.70 5.50 8.00 4.5 3.25 22.00 0.28 0.6 11.0 • • •
27ER/L Q 60 15.88 5.50 6.00 4.5 4 27.00 0.63 2.1 3.1 • • • •
27UEIRL U 60 15.88 6.50 9.00 4 2.75 27.00 0.28 1.0 13.7 • •
• For Insert Identification System, see page 489 • For threading between walls use GRIP-type inserts SCIR/L B/F -MTR/L, TIP-MT, GEPI-MT, TIPI-MT. • For technical
information and detailed cutting data, see pages 536-546
(1) With pressed chipformer.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-60°
External Laydown Threading
Inserts with a 60° Partial Profile
for General Industries
NUT
SCREW
60°
YR
Y
R
X
l
di
l
X
di
U-Type
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di Pmin Pmax
TPI
max
TPI
min l R X Y
IC28
IC228
IC50M
IC250
IC508
IC808
IC908
IC1007
06IR/L A 60 3.97 0.50 1.25 48 20 6.00 0.05 0.6 0.6 • •
06IRM A 60 (1) 3.97 0.50 1.25 48 20 6.00 0.05 0.5 0.6 •
08IR/L A 60 4.76 0.50 1.50 48 16 8.00 0.05 0.6 0.7 •
08IRM A 60 (1) 4.76 0.50 1.50 48 16 8.00 0.05 0.6 0.7 • • • •
08UIRL U 60 4.76 1.75 2.00 14 11 8.00 0.10 0.8 4.0 •
11IR/L A 60 6.35 0.50 1.50 48 16 11.00 0.05 0.8 0.9 • • • • •
11IRM A 60 (1) 6.35 0.50 1.50 48 16 11.00 0.05 0.7 0.9 • • • •
16IL A 60 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • • • • • •
16IRB A 60 (1) 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 •
16IRM A 60 (1) 9.52 0.50 1.50 48 16 16.00 0.05 0.8 0.9 • • • •
16IR/L AG 60 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 • • • • • •
16IRB AG 60 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 •
16IRM AG 60 (1) 9.52 0.50 3.00 48 8 16.00 0.05 1.2 1.7 ••••••
16IR/L G 60 9.52 1.75 3.00 14 8 16.00 0.12 1.2 1.7 • • • • • •
16IRB G 60 (1) 9.52 1.75 3.00 14 8 16.00 0.12 1.2 1.7 •
16IRM G 60 (1) 9.52 1.75 3.00 14 8 16.00 0.10 1.2 1.7 • • • • •
22IR/L N 60 12.70 3.50 5.00 7 5 22.00 0.22 1.7 2.5 • • • •
22IRM N 60 (1) 12.70 3.50 5.00 7 5 22.00 0.19 1.7 2.5 • • • • •
27IR/L Q 60 15.88 5.50 6.00 4.5 4 27.00 0.31 2.1 3.1 • • •
• For Insert Identification System, see page 489. • For technical information and detailed cutting data, see pages 536-546
(1) With a pressed chipformer
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-60°
Internal Laydown Threading
Inserts with a 60° Partial
Profile for General Industry
60°
NUT
SCREW
495
THREADING
22.0
7.0
Y60°
R
Left-hand shown
Dimensions
Designation R Y Pmin Pmax TPI max TPI min
IC1008
SCIL 22-MTL003 0.03 0.4 0.30 0.90 83 28 •
SCIR 22-MTR003 0.03 0.4 0.30 0.90 83 28 •
SCIL 22-MTR/L007 0.07 0.5 0.70 1.10 36 23 •
SCIR 22-MTR/L007 0.07 0.5 0.70 1.10 36 23 •
SCIL 22-MTL010 0.10 0.8 0.90 1.70 28 15 •
SCIR 22-MTR010 0.10 0.8 0.90 1.70 28 15 •
• For detailed cutting data, see pages 536-546
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR/L-22-MTR/MTL
Threading Inserts with a
60° Partial Profile
17.7 Ref.
(a)
W
TIP _A-MT
60°
R
±0.025
TIP _MT
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIP 2A-MT-0.05 (1) 2.40 0.05 0.45 56 •
TIP 2MT-0.05 2.40 0.05 0.45 56 • •
TIP 2MT-0.14 2.40 0.14 1.11 23 • •
TIP 4A-MT-0.15 (1) 4.00 0.15 1.25 20 •
TIP 4MT-0.15 4.00 0.15 1.25 20 •
TIP 4MT-0.20 4.00 0.20 1.63 16 • •
TIP 5MT-0.25 5.50 0.25 1.94 13 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket • Toolholder seat needs to be modified according to insert profile to ensure clearance
(1) Without chipformer (flat rake)
For tools, see pages: C#-GHDR/L (233) • CGHN 26-M (302) • CGHN 32-DGM (304) • CGHN 32-M (303) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239)
• CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233) • GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) •
GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-MT
Precision Ground Double-Ended
Threading Inserts with a 60°
Partial Profile and Chipformer
24
60°
2.4
4.0
R
1.8 max
±0.04
Dimensions
Designation Pmin Pmax R
IC908
PENTA 24-MT-0.05 0.50 1.75 0.05 •
PENTA 24A-MT-0.05 (1) 0.50 1.75 0.05 •
• Pmax=0.175xD
(1) Flat rake (without a chipformer)
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-MT
Precision Ground Pentagonal
External Threading Inserts
with a 60° Partial Profile
ISCAR
496
THREADING
10 Ref.
±0.025
2.9 Ref.
8˚
60°
W
RM
Dimensions Tough
1
Hard
Designation W R±0.03 a° M Pmin TPI max
IC08
IC908
GEPI 2.5-MT0.05 2.50 0.05 60 1.80 0.90 28 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • Pitch max 0.187xD, TPI min D/5.35 • D=Diameter of thread (pitch max<=W)
For tools, see pages: E-GEHIR / E-GHIR (289) • GEAIR/L (289) • GEHIMR/L (287) • GEHIMR/L-SC (287) • GEHIR/L (288) • GEHIR/L-SC (288) • GEHSR (311) •
GEHSR/L-SL (311)
GEPI-MT
Precision Ground Internal Double-
Ended Threading Inserts with a 60°
Partial Profile for General Applications
5
8°
W60°
±0.025
15.7 Ref
Dimensions Tough
1
Hard
Designation W R±0.03 Pmin TPI max
IC08
IC908
TIPI 3.4MT-0.10 3.40 0.10 1.80 14 • •
TIPI 5.4MT-0.20 5.40 0.20 3.19 8 • •
• Toolholder seat needs to be modified according to insert profile to ensure clearance. • Pitch max 0.205xD, TPI min D/4.8 • D=Diameter of thread (pitch max<=W)
• TIPI inserts are 1.6 mm longer than GIPI in the same pocket.
For tools, see pages: CGIN 26 (295) • GAIR/L (294) • GHIR/L (W=1.9-6.4) (293) • GHIR/L-C (W=4-6.4) (293) • GHIR/L-SC (W=2-4.8) (293)
TIPI-MT
Precision Ground Double-Ended
Internal Threading Inserts with
60° Partial Profile and Chipformer
for 20mm Min. Bore Dia.
0.1
0.8
f
60°
Right-hand shown
Dimensions
Designation f D min Pmin Pmax
IC508
UMGR 4.0-A60 2.7 5.20 0.50 1.25 •
• For detailed cutting data, see pages 536-546
For tools, see pages: MGUHR (327)
UMGR-A60
Mini Indexable Inserts with a
60° Partial Profile for Threading
in 5.2 mm and Larger Holes
f
30°
L5
30°
R0.2
R
Tmax-r
Dimensions
Designation Tmax-r R±0.02 l D min Pmin Pmax
IC908
MITR 8-MT2-0.1 1.17 0.10 5.75 10.00 1.50 2.00 •
MITR 8-MT1-0.05 1.23 0.05 5.75 10.00 0.75 1.25 •
For tools, see pages: MIFHR (329)
MITR 8-MT
Internal ISO Metric Threading
Inserts for Partial Profile
497
THREADING
lf
Tmax-r
R
60°
Left-hand shown
Dimensions
Designation l R±0.03 Tmax-r f D min Pmin TPI max
IC528
GIQR/L 8-MT-0.05 7.78 0.05 1.50 4.8 8.00 0.90 28 •
GIQR/L 11-MT-0.05 10.68 0.05 2.00 6.7 11.00 0.90 28 •
• Can be used for thread milling by circular interpolation. • Pitch max 0.19xD. • D-diameter of thread • For cutting speed recommendations, see pages 536-546
For tools, see pages: MG (330) • MGCH (330)
GIQR/L-MT
Internal Threading Inserts with a
60° Partial Profile for Threading
in 8 mm and Larger Holes
W
R
di
Dimensions
Designation Pitch R W di
IC908
TTG-16E-0.50-ISO 0.50 0.06 2.10 16.00 •
TTG-16E-0.75-ISO 0.75 0.10 2.10 16.00 •
TTG-16E-1.00-ISO 1.00 0.13 2.10 16.00 •
TTG-16E-1.25-ISO 1.25 0.17 2.10 16.00 •
TTG-16E-1.50-ISO 1.50 0.20 2.10 16.00 •
• For detailed cutting data, see pages 536-546
For tools, see pages: SER/L-TT (528)
TTG-16E-ISO
External ISO Metric (DIN13 12-1986
class: 6G) Threading Inserts with 10
Threading Corners for General Industry
W
f
a
l2
Y
dh6
l1
x
Y
60°
te
X
Right-hand shown
Dimensions Tough
1
Hard
Designation d Pitch tew Y f al2l1D min
IC228
IC908
PICCO R 003.0105-8 4.00 0.50 0.27 0.04 0.3 0.3 2.30 8.0 22.00 2.40 •
PICCO R 004.0105-10 4.00 0.50 0.27 0.09 0.4 1.0 3.00 10.0 24.00 3.20 •
PICCO R/L 004.0205-15 4.00 0.50 0.27 0.06 0.4 1.5 3.50 15.0 30.00 4.00 •
PICCO R/L 005.0205-15 5.00 0.50 0.27 0.06 0.4 1.9 4.40 15.0 30.00 5.00 •
PICCO R/L 005.0407-15 5.00 0.75 0.40 0.09 0.5 1.9 4.40 15.0 30.00 5.00 • •
PICCO R 005.0407-20 5.00 0.75 0.40 0.09 0.5 1.9 4.40 20.0 35.00 5.00 •
PICCO R/L 005.0510-15 5.00 1.00 0.55 0.12 0.6 1.9 4.40 15.0 30.00 4.80 •
PICCO R 005.0510-20 5.00 1.00 0.55 0.12 0.6 1.9 4.40 20.0 35.00 4.80 •
PICCO R/L 006.0510-15 6.00 1.00 0.55 0.12 0.6 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0510-22 6.00 1.00 0.55 0.12 0.6 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 006.0612-15 6.00 1.25 0.68 0.15 0.7 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0612-22 6.00 1.25 0.68 0.15 0.7 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 006.0815-15 6.00 1.50 0.81 0.18 0.8 2.3 5.30 15.0 30.00 6.00 •
PICCO R 006.0815-22 6.00 1.50 0.81 0.18 0.8 2.3 5.30 22.0 37.00 6.00 •
PICCO R/L 007.0815-15 7.00 1.50 0.81 0.18 0.8 2.7 6.30 15.0 30.00 7.00 •
• For detailed cutting data, see pages 536-546
PICCO R/L-60°-Thread
Inserts with a 60° Internal Thread
Profile for 2.4 mm Min. Bore Diameter
ISCAR
498
THREADING
di
l
XX
l
di
lX
di
Y
YR
Y
R
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l R X Y Z(3)
IC228
IC50M
IC250
IC950
IC08
IC508
IC808
IC908
IC1007
11ER/L 0.35 ISO 6.35 0.35 11.00 0.04 0.8 0.4 1 • •
11ER 0.40 ISO 6.35 0.40 11.00 0.04 0.7 0.4 1 •
11ER 0.45 ISO 6.35 0.45 11.00 0.05 0.7 0.4 1 •
11ER/L 0.50 ISO 6.35 0.50 11.00 0.05 0.6 0.6 1 • • • •
11ER 0.60 ISO 6.35 0.60 11.00 0.07 0.6 0.6 1 • •
11ER 0.70 ISO 6.35 0.70 11.00 0.07 0.6 0.6 1 • • •
11ER/L 0.75 ISO 6.35 0.75 11.00 0.08 0.6 0.6 1 • •
11ER 0.80 ISO 6.35 0.80 11.00 0.09 0.6 0.6 1 • • •
11ER/L 1.00 ISO 6.35 1.00 11.00 0.12 0.7 0.7 1 • • • •
11ER 1.25 ISO 6.35 1.25 11.00 0.15 0.8 0.9 1 • • •
11ER/L 1.50 ISO 6.35 1.50 11.00 0.18 0.8 1.0 1 • • • •
11ER 1.75 ISO 6.35 1.75 11.00 0.21 0.8 1.1 1 •
16ER/L 0.35 ISO 9.52 0.35 16.00 0.04 0.8 0.4 1 • •
16ER/L 0.40 ISO 9.52 0.40 16.00 0.04 0.7 0.4 1 • •
16ER 0.45 ISO 9.52 0.45 16.00 0.05 0.7 0.4 1 • •
16ER/L 0.50 ISO 9.52 0.50 16.00 0.04 0.6 0.6 1 • • • • •
16ER 0.60 ISO 9.52 0.60 16.00 0.07 0.6 0.6 1 • • •
16ER/L 0.70 ISO 9.52 0.70 16.00 0.07 0.6 0.6 1 • • • •
16ER/L 0.75 ISO 9.52 0.75 16.00 0.08 0.6 0.6 1 • • • • •
16ER 0.75 ISO 3M (1) 9.52 0.75 16.00 0.08 1.3 1.9 3 •
16ERM 0.75 ISO (2) 9.52 0.75 16.00 0.08 0.6 0.6 1 • • •
16ER/L 0.80 ISO 9.52 0.80 16.00 0.09 0.6 0.6 1 • • • •
16ERB 0.80 ISO (2) 9.52 0.80 16.00 0.09 0.6 0.6 1 •
16ER/L 1.00 ISO 9.52 1.00 16.00 0.12 0.7 0.7 1 • • • • • •
16ER 1.00 ISO 3M (1) 9.52 1.00 16.00 0.12 1.7 2.5 3 •
16ERB 1.00 ISO (2) 9.52 1.00 16.00 0.12 0.7 0.7 1 •
16ERM 1.00 ISO (2) 9.52 1.00 16.00 0.11 0.7 0.7 1 • • • • • •
16ER/L 1.25 ISO 9.52 1.25 16.00 0.15 0.8 0.9 1 • • • • •
16ERB 1.25 ISO (2) 9.52 1.25 16.00 0.15 0.8 0.9 1 •
16ERM 1.25 ISO (2) 9.52 1.25 16.00 0.14 0.8 0.9 1 • • • •
16ER/L 1.50 ISO 9.52 1.50 16.00 0.18 0.8 1.0 1 • • • • • •
16ER 1.50 ISO 2M (1) 9.52 1.50 16.00 0.18 1.5 2.3 2 • •
16ERB 1.50 ISO (2) 9.52 1.50 16.00 0.19 0.8 1.0 1 •
16ERM 1.50 ISO (2) 9.52 1.50 16.00 0.19 0.8 1.0 1 • • • • • •
16ER/L 1.75 ISO 9.52 1.75 16.00 0.21 0.9 1.2 1 • • • • •
16ERB 1.75 ISO (2) 9.52 1.75 16.00 0.21 0.9 1.2 1 •
16ERM 1.75 ISO (2) 9.52 1.75 16.00 0.20 0.9 1.2 1 • • • •
16ER/L 2.00 ISO 9.52 2.00 16.00 0.25 1.0 1.3 1 • • • • •
16ER 2.00 ISO 2M (1) 9.52 2.00 16.00 0.25 2.0 3.0 2 • •
16ER 2.00 IS0 2M (1) 9.52 2.00 16.00 0.25 2.0 3.0 2 •
16ERM 2.00 ISO (2) 9.52 2.00 16.00 0.24 1.0 1.3 1 • • • • •
16ER/L 2.50 ISO 9.52 2.50 16.00 0.31 1.1 1.5 1 • • • • •
16ERM 2.50 ISO (2) 9.52 2.50 16.00 0.30 1.1 1.5 1 • • • • •
16ER/L 3.00 ISO 9.52 3.00 16.00 0.38 1.2 1.6 1 • • • • • •
16ERB 3.00 ISO (2) 9.52 3.00 16.00 0.38 1.2 1.6 1 •
16ERM 3.00 ISO (2) 9.52 3.00 16.00 0.38 1.2 1.6 1 • • • • • •
22ER 1.50 ISO 3M (1) 12.70 1.50 22.00 0.18 2.3 3.7 3 • •
22ER 2.00 ISO 2M (1) 12.70 2.00 22.00 0.25 2.0 3.0 2 •
22ER 2.00 ISO 3M (1) 12.70 2.00 22.00 0.25 3.1 5.0 3 • •
22ER/L 3.50 ISO 12.70 3.50 22.00 0.44 1.6 2.3 1 • • • •
22ERM 3.50 ISO (2) 12.70 3.50 22.00 0.48 1.6 2.3 1 • • •
22ER/L 4.00 ISO 12.70 4.00 22.00 0.52 1.6 2.3 1 • • • •
22ERM 4.00 ISO (2) 12.70 4.00 22.00 0.52 1.6 2.3 1 • • •
22ER/L 4.50 ISO 12.70 4.50 22.00 0.58 1.7 2.4 1 • • • •
22ER/L 5.00 ISO 12.70 5.00 22.00 0.64 1.7 2.5 1 • • •
22UERL 5.50 ISO 12.70 5.50 22.00 0.70 2.3 11.0 1 • •
22EL 6.00 ISO 12.70 6.00 22.00 0.78 2.0 2.7 1 •
22UERL 6.00 ISO 12.70 6.00 22.00 0.78 2.6 11.0 1 •••
27ER 3.00 ISO 2M (1) 15.88 3.00 27.00 0.38 2.9 4.6 2 •
27ER/L 5.50 ISO 15.88 5.50 27.00 0.70 1.9 2.7 1 • •
27ER/L 6.00 ISO 15.88 6.00 27.00 0.78 2.0 2.9 1 • • • •
27UERL 8.00 ISO 15.88 8.00 27.00 1.08 2.4 13.7 1 • •
• For Insert Identification System, see page 489 • For threading between walls use GRIP-type inserts TIP-ISO class: 6G • For technical information and detailed
cutting data, see pages 536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) Multi-tooth
(2) With pressed chipformer
(3) Number of teeth per corner.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-ISO
External ISO Metric (DIN13 12-1986
class: 6G) Laydown Threading
Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
499
THREADING
Dimensions Tough
1
Hard
Designation di Pitch l R X Y Z
IC28
IC228
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
06IR/L 0.50 ISO 3.97 0.50 6.00 0.03 0.9 0.5 1 •
06IR/L 0.75 ISO 3.97 0.75 6.00 0.04 0.8 0.5 1 •
06IR/L 1.00 ISO 3.97 1.00 6.00 0.05 0.7 0.6 1 •
06IR/L 1.25 ISO 3.97 1.25 6.00 0.07 0.6 0.6 1 •
08IR/L 0.50 ISO 4.76 0.50 8.00 0.05 0.6 0.5 1 •
08IR 0.75 ISO 4.76 0.75 8.00 0.04 0.6 0.5 1 •
08IR/L 1.00 ISO 4.76 1.00 8.00 0.05 0.6 0.6 1 • •
08IR/L 1.25 ISO 4.76 1.25 8.00 0.07 0.6 0.7 1 •
08IR/L 1.50 ISO 4.76 1.50 8.00 0.08 0.6 0.7 1 • •
08IR/L 1.75 ISO 4.76 1.75 8.00 0.10 0.6 0.8 1 •
08UIRL 2.00 ISO 4.76 2.00 8.00 0.12 0.9 4.0 1 •
11IR/L 0.35 ISO 6.35 0.35 11.00 0.02 0.8 0.3 1 • •
11IR 0.40 ISO 6.35 0.40 11.00 0.02 0.8 0.4 1 •
11IR/L 0.50 ISO 6.35 0.50 11.00 0.03 0.6 0.6 1 • • • •
11IRB 0.50 ISO 6.35 0.50 11.00 0.03 0.6 0.6 1 •
11IR 0.70 ISO 6.35 0.70 11.00 0.04 0.6 0.6 1 •
11IR/L 0.75 ISO 6.35 0.75 11.00 0.08 0.6 0.6 1 • • •
11IRB 0.75 ISO 6.35 0.75 11.00 0.08 0.6 0.6 1 •
11IR 0.80 ISO 6.35 0.80 11.00 0.04 0.6 0.6 1 • •
11IRB 0.80 ISO 6.35 0.80 11.00 0.04 0.6 0.6 1 •
11IR/L 1.00 ISO 6.35 1.00 11.00 0.05 0.6 0.7 1 • • • • •
11IRB 1.00 ISO 6.35 1.00 11.00 0.05 0.6 0.6 1 •
11IRM 1.00 ISO (1) 6.35 1.00 11.00 0.05 0.6 0.7 1 • • •
11IR/L 1.25 ISO 6.35 1.25 11.00 0.07 0.8 0.8 1 • • •
11IRB 1.25 ISO 6.35 1.25 11.00 0.07 0.8 0.9 1 •
11IR/L 1.50 ISO 6.35 1.50 11.00 0.08 0.8 1.0 1 • • • • •
11IRB 1.50 ISO 6.35 1.50 11.00 0.08 0.8 0.9 1 •
11IRM 1.50 ISO (1) 6.35 1.50 11.00 0.08 0.8 1.0 1 • • •
11IR/L 1.75 ISO 6.35 1.75 11.00 0.10 0.8 1.1 1 • • •
11IRB 1.75 ISO 6.35 1.75 11.00 0.10 0.8 0.9 1 •
11IR/L 2.00 ISO 6.35 2.00 11.00 0.12 0.8 0.9 1 • • • •
16IR 0.35 ISO 9.52 0.35 16.00 0.02 0.8 0.3 1 •
16IR/L 0.40 ISO 9.52 0.40 16.00 0.02 0.8 0.4 1 •
16IL 0.45 ISO 9.52 0.45 16.00 0.02 0.8 0.4 1 •
16IL 0.50 ISO 9.52 0.50 16.00 0.03 0.6 0.6 1 • • • •
16IR/L 0.60 ISO 9.52 0.60 16.00 0.03 0.6 0.6 1 • •
16IR/L 0.70 ISO 9.52 0.70 16.00 0.04 0.6 0.6 1 • • •
16IL 0.75 ISO 9.52 0.75 16.00 0.04 0.6 0.6 1 • • • • •
16IR/L 0.80 ISO 9.52 0.80 16.00 0.04 0.6 0.6 1 • •
16IL 1.00 ISO 9.52 1.00 16.00 0.05 0.6 0.7 1 • • • • •
16IR 1.00 ISO 3M (2) 9.52 1.00 16.00 0.05 1.7 2.5 3 •
16IRB 1.00 ISO (1) 9.52 1.00 16.00 0.05 0.6 0.7 1 •
16IRM 1.00 ISO (1) 9.52 1.00 16.00 0.05 0.6 0.7 1 • • • • • •
16IL 1.25 ISO 9.52 1.25 16.00 0.07 0.8 0.9 1 • • • • • •
16IRB 1.25 ISO (1) 9.52 1.25 16.00 0.07 0.8 0.9 1 •
16IRM 1.25 ISO (1) 9.52 1.25 16.00 0.06 0.8 0.9 1 • • •
16IR/L 1.50 ISO 9.52 1.50 16.00 0.08 0.8 1.0 1 • • • • • •
16IR 1.50 ISO 2M (2) 9.52 1.50 16.00 0.08 1.5 2.3 2 • •
16IRB 1.50 ISO (1) 9.52 1.50 16.00 0.08 0.8 1.0 1 •
16IRM 1.50 ISO (1) 9.52 1.50 16.00 0.08 0.8 1.0 1 • • • • • •
16IR/L 1.75 ISO 9.52 1.75 16.00 0.10 0.9 1.2 1 • • • •
16IRB 1.75 ISO (1) 9.52 1.75 16.00 0.10 0.9 1.2 1 •
16IRM 1.75 ISO (1) 9.52 1.75 16.00 0.10 0.9 1.2 1 • • • •
16IR/L 2.00 ISO 9.52 2.00 16.00 0.12 1.0 1.3 1 • • • • •
16IR 2.00 ISO 2M (2) 9.52 2.00 16.00 0.12 2.0 3.0 2 •
YR
l
X
di
X
l
Y
di
y
R
X
l
d
i
U-Type
Internal left-hand shown
IR/L-ISO
Internal ISO Metric (DIN13 12-1986
class 6H) Laydown Threading
Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
• For Insert Identification System, see page 489. • Tolerance: Class 6H. • For technical information and detailed cutting data, see pages 536-546 • For
recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
ISCAR
500
THREADING
Dimensions Tough
1
Hard
Designation di Pitch l R X Y Z
IC28
IC228
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
16IRB 2.00 ISO (1) 9.52 2.00 16.00 0.12 1.0 1.3 1 •
16IRM 2.00 ISO (1) 9.52 2.00 16.00 0.11 1.0 1.3 1 • • • • • •
16IR/L 2.50 ISO 9.52 2.50 16.00 0.15 1.1 1.5 1 • • • • • •
16IRM 2.50 ISO (1) 9.52 2.50 16.00 0.14 1.1 1.5 1 • • • •
16IR/L 3.00 ISO 9.52 3.00 16.00 0.18 1.1 1.5 1 • • • • •
16IRB 3.00 ISO (1) 9.52 3.00 16.00 0.18 1.1 1.5 1 •
16IRM 3.00 ISO (1) 9.52 3.00 16.00 0.17 1.1 1.5 1 • • • • • •
22IR 1.50 ISO 3M (2) 12.70 1.50 22.00 0.08 2.3 3.7 3 • •
22IR 2.00 ISO 2M (2) 12.70 2.00 22.00 0.08 2.0 3.0 2 •
22IR 2.00 ISO 3M (2) 12.70 2.00 22.00 0.08 3.1 5.0 3 • •
22IL 3.00 ISO 12.70 3.00 16.00 0.17 1.1 1.5 1 •
22IR/L 3.50 ISO 12.70 3.50 22.00 0.22 1.6 2.3 1 • • • •
22IR/L 4.00 ISO 12.70 4.00 22.00 0.25 1.6 2.3 1 • • • •
22IR/L 4.50 ISO 12.70 4.50 22.00 0.29 1.6 2.4 1 • • •
22IR/L 5.00 ISO 12.70 5.00 22.00 0.32 1.6 2.3 1 • • •
22IR 6.00 ISO 12.70 6.00 22.00 0.40 1.6 2.4 1 •
22UIRL 5.50 ISO 12.70 5.50 22.00 0.35 2.4 11.0 1 • •
22UIRL 6.00 ISO 12.70 6.00 22.00 0.39 2.1 11.0 1 • •
27IR 3.00 ISO 2M (2) 15.88 3.00 27.00 0.18 2.9 4.6 2 •
27IR/L 5.50 ISO 15.88 5.50 27.00 0.35 1.6 2.3 1 • • • •
27IR/L 6.00 ISO 15.88 6.00 22.00 0.39 1.8 2.5 1 • • •
YR
l
X
di
X
l
Y
di
y
R
X
l
d
i
U-Type
Internal left-hand shown
IR/L-ISO
Internal ISO Metric (DIN13 12-1986
class 6H) Laydown Threading
Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
• For Insert Identification System, see page 489 • Tolerance: Class 6H. • For technical information and detailed cutting data, see pages 536-546
• For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
(continued)
l1
X
D2te
W
af
X
l2
dh6
yY
60°
Right-hand shown
Dimensions
Designation Pitch d f al1l2D2Y tew D min
IC908
PICCO R/L 105.0510-15 1.00 5.00 1.9 4.40 30.00 15.0 3.30 0.6 0.54 0.12 4.80 •
PICCO R/L 106.0612-15 1.25 6.00 2.3 5.30 30.00 15.0 3.40 0.7 0.67 0.15 6.00 •
PICCO R/L 106.0815-15 1.50 6.00 2.3 5.30 30.00 15.0 3.40 0.8 0.81 0.18 6.00 •
PICCO R/L 107.0815-15 1.50 7.00 2.8 6.30 30.00 15.0 3.80 0.8 0.81 0.18 7.00 •
PICCO ISO Full Profile
Inserts for ISO Standard
Full Profile Thread
501
THREADING
±0.04 24
4.0
2.4
R
60°
Dimensions
Designation Pitch R
IC908
PENTA 24-0.5-ISO 0.50 0.08 •
PENTA 24-0.75-ISO 0.75 0.11 •
PENTA 24-0.8-ISO 0.80 0.12 •
PENTA 24-1.0-ISO 1.00 0.14 •
PENTA 24-1.25-ISO 1.25 0.18 •
PENTA 24-1.5-ISO 1.50 0.22 •
PENTA 24-1.75-ISO 1.75 0.25 •
PENTA 24-2.0-ISO 2.00 0.28 •
• Dmin(mm)=5.435xP
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-ISO
Precision Ground ISO Metric Full
Profile Pentagonal External Threading
Inserts with a Chipformer
22.0
7.0
Y
Tmax-r
W
R
3.0
Dimensions
Designation Pitch W Tmax-r R Y
IC1008
SCIR 22-MTR-0.3ISO 0.30 1.00 3.00 0.03 0.2 •
SCIR 22-MTR-0.4ISO 0.40 1.00 3.00 0.04 0.2 •
SCIR 22-MTR-0.5ISO 0.50 1.00 3.00 0.06 0.3 •
SCIR 22-MTR-0.75ISO 0.75 1.00 3.00 0.10 0.4 •
SCIR 22-MTR-1.0ISO 1.00 1.50 4.00 0.14 0.6 •
SCIR 22-MTR-1.5ISO 1.50 2.00 4.00 0.20 0.8 •
For tools, see pages: SCHR/L-BF (306) • SCHR/L-BF-JHP (306)
SCIR-22-MTR-ISO
Precision Ground ISO Metric
Full Profile Threading Inserts
l1
X
D2
te
W
af
X
l2
d
h6
Y
60°
y
Right-hand shown
Dimensions
Designation Pitch d f al1l2D2Y tew D min
IC908
PICCO R/L 104.0205-15 0.50 5.00 1.5 3.50 30.00 15.0 2.40 0.4 0.27 0.06 4.00 •
PICCO R/L 105.0205-15 0.50 5.00 1.9 4.40 30.00 15.0 3.30 0.4 0.27 0.06 5.00 •
PICCO R/L 105.0407-15 0.75 5.00 1.9 4.40 30.00 15.0 3.30 0.5 0.40 0.09 5.00 •
PICCO R/L 106.0510-15 1.00 6.00 2.3 5.30 30.00 15.0 3.40 0.6 0.54 0.12 6.00 •
PICCO ISO Full Profile Fine
Inserts for ISO Fine Pitch
Full Profile Thread
ISCAR
502
THREADING
W
R
di
Dimensions
Designation TPI R W di
IC908
TTG-16E-32-UN 32.0 0.08 2.10 16.00 •
TTG-16E-28-UN 28.0 0.10 2.10 16.00 •
TTG-16E-24-UN 24.0 0.11 2.10 16.00 •
TTG-16E-20-UN 20.0 0.14 2.10 16.00 •
TTG-16E-18-UN 18.0 0.15 2.10 16.00 •
TTG-16E-16-UN 16.0 0.19 2.10 16.00 •
• For detailed cutting data, see pages 536-546
For tools, see pages: SER/L-TT (528)
TTG-16E-UN
External American UN Full Profile
(UN, UNC, UNF, UNEF) Threading
Inserts with 10 Threading
Corners for General Industry
17.7 Ref.(a)
±0.025
W
60°
R
Dimensions Tough
1
Hard
Designation Pitch W R R±toler
IC08
IC908
TIP 2P0.5-ISO 0.50 2.40 0.08 0.030 • •
TIP 2P0.75-ISO 0.75 2.40 0.11 0.030 • •
TIP 2P0.8-ISO 0.80 2.40 0.12 0.030 • •
TIP 2P1.0-ISO 1.00 2.40 0.14 0.030 • •
TIP 2P1.25-ISO 1.25 2.40 0.18 0.030 • •
TIP 2P1.5-ISO 1.50 2.40 0.22 0.030 • •
TIP 2P1.75-ISO 1.75 2.40 0.25 0.030 • •
TIP 4P2.0-ISO 2.00 4.00 0.28 0.030 • •
TIP 4P2.5-ISO 2.50 4.00 0.35 0.050 • •
TIP 4P3.0-ISO 3.00 4.00 0.42 0.050 •
TIP 4P3.5-ISO 3.50 4.00 0.48 0.050 •
TIP 5P4.0-ISO 4.00 5.50 0.55 0.050 •
TIP 5P5.0-ISO 5.00 5.50 0.68 0.050 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-ISO
Precision Ground ISO Metric Full
Profile Double-Ended External
Threading Inserts with a Chipformer
503
THREADING
YRY
X
l
di
l
X
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
11ER 44 UN 6.35 44.0 11.00 0.05 0.6 0.6 1 •
11ER 36 UN 6.35 36.0 11.00 0.07 0.6 0.6 1 •
11ER 32 UN 6.35 32.0 11.00 0.09 0.6 0.6 1 •
11ER/L 28 UN 6.35 28.0 11.00 0.10 0.6 0.7 1 • •
11ER/L 24 UN 6.35 24.0 11.00 0.12 0.7 0.8 1 •
11ER/L 20 UN 6.35 20.0 11.00 0.15 0.8 0.9 1 • •
11ER 18 UN 6.35 18.0 11.00 0.17 0.8 1.0 1 •
11ER 16 UN 6.35 16.0 11.00 0.18 0.9 1.1 1 • • •
16ER 72 UN 9.52 72.0 16.00 0.04 0.8 0.4 1 •
16ER 56 UN 9.52 56.0 16.00 0.04 0.7 0.4 1 • •
16ER 48 UN 9.52 48.0 16.00 0.05 0.6 0.6 1 • •
16ER 40 UN 9.52 40.0 16.00 0.06 0.6 0.6 1 • • •
16ER/L 36 UN 9.52 36.0 16.00 0.07 0.6 0.6 1 • • •
16ER/L 32 UN 9.52 32.0 16.00 0.09 0.6 0.6 1 •••• •
16ER/L 28 UN 9.52 28.0 16.00 0.10 0.6 0.7 1 • • • • •
16ER 27 UN 9.52 27.0 16.00 0.10 0.7 0.8 1 •
16ER/L 24 UN 9.52 24.0 16.00 0.12 0.7 0.8 1 • • • • •
16ERB 24 UN (1) 9.52 24.0 16.00 0.12 0.7 0.8 1 •
16ERM 24 UN (1) 9.52 24.0 16.00 0.11 0.7 0.8 1 • • • •
16ER/L 20 UN 9.52 20.0 16.00 0.15 0.8 0.9 1 • • • • •
16ERB 20 UN (1) 9.52 20.0 16.00 0.15 0.8 0.9 1 •
16ERM 20 UN (1) 9.52 20.0 16.00 0.14 0.8 0.9 1 • • • • •
16ER/L 18 UN 9.52 18.0 16.00 0.17 0.8 1.0 1 • • • •
16ERB 18 UN (1) 9.52 18.0 16.00 0.17 0.8 1.0 1 •
16ERM 18 UN (1) 9.52 18.0 16.00 0.15 0.8 1.0 1 • • • •
16ER/L 16 UN 9.52 16.0 16.00 0.18 0.9 1.1 1 • • • • •
16ER 16 UN 2M (2) 9.52 16.0 16.00 0.18 1.5 2.3 2 •
16ERB 16 UN (1) 9.52 16.0 16.00 0.18 0.9 1.1 1 •
16ERM 16 UN (1) 9.52 16.0 16.00 0.19 0.9 1.1 1 • • • •
16ER/L 14 UN 9.52 14.0 16.00 0.22 1.0 1.2 1 • • • • •
16ER 14 UN 2M (2) 9.52 14.0 16.00 0.22 1.5 2.3 2 •
16ERB 14 UN (1) 9.52 14.0 16.00 0.22 1.0 1.2 1 •
16ERM 14 UN (1) 9.52 14.0 16.00 0.22 1.0 1.2 1 • • • •
16ER/L 13 UN 9.52 13.0 16.00 0.24 1.0 1.3 1 • • •
16ERB 13 UN (1) 9.52 13.0 16.00 0.24 1.0 1.3 1 •
16ERM 13 UN (1) 9.52 13.0 16.00 0.24 1.0 1.3 1 •
16ER/L 12 UN 9.52 12.0 16.00 0.26 1.1 1.4 1 • • • • •
16ER 12 UN 2M (2) 9.52 12.0 16.00 0.26 2.2 3.4 2 •
16ERB 12 UN (1) 9.52 12.0 16.00 0.26 1.1 1.4 1 •
16ERM 12 UN (1) 9.52 12.0 16.00 0.25 1.1 1.4 1 • • • • •
16ER 11.5 UN 9.52 11.5 16.00 0.27 1.1 1.5 1 • •
16ER/L 11 UN 9.52 11.0 16.00 0.28 1.1 1.5 1 • • •
16ERB 11 UN (1) 9.52 11.0 16.00 0.28 1.1 1.5 1 •
16ER/L 10 UN 9.52 10.0 16.00 0.32 1.1 1.5 1 • • • • •
16ERB 10 UN (1) 9.52 10.0 16.00 0.32 1.1 1.5 1 •
16ER/L 9 UN 9.52 9.0 16.00 0.36 1.2 1.7 1 • •
16ERB 9 UN (1) 9.52 9.0 16.00 0.36 1.2 1.7 1 •
16ER/L 8 UN 9.52 8.0 16.00 0.41 1.2 1.6 1 • • • •
16ERB 8 UN (1) 9.52 8.0 16.00 0.41 1.2 1.6 1 •
16ERM 8 UN (1) 9.52 8.0 16.00 0.41 1.2 1.6 1 • • •
22ER 16 UN 3M (2) 12.70 16.0 22.00 0.18 2.5 4.0 3 •
22ER 12 UN 2M (2) 12.70 12.0 22.00 0.25 2.2 3.4 2 •
22ER 12 UN 3M (2) 12.70 12.0 22.00 0.25 3.3 5.3 3 • •
22ER 7 UN 12.70 7.0 22.00 0.47 1.6 2.3 1 • • •
22ER/L 6 UN 12.70 6.0 22.00 0.67 1.6 2.3 1 • •
22ER 5 UN 12.70 5.0 22.00 0.67 1.7 2.5 1 • • •
27ER 8 UN 2M (2) 15.88 8.0 27.00 0.41 3.1 4.9 2 •
27ER 4.5 UN 15.88 4.5 27.00 0.75 1.9 2.7 1 • •
27ER/L 4 UN 15.88 4.0 27.00 0.85 2.1 3.0 1 • • •
• For Insert Identification System, see page 489 • Tolerance: Class 2A • For threading between walls use GRIP-type insert TIP-UN • For technical
information and detailed cutting data, see pages 536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-UN
External American UN Full Profile
(UN, UNC, UNF, UNEF) Laydown
Threading Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
ISCAR
504
THREADING
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC928
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
06IR 32 UN 3.97 32.0 6.00 0.04 0.8 0.5 1 •
06IL 28 UN 3.97 28.0 6.00 0.04 0.8 0.6 1 •
06IR/L 24 UN 3.97 24.0 6.00 0.05 0.7 0.6 1 •
06IR/L 20 UN 3.97 20.0 6.00 0.06 0.6 0.6 1 •
06IR/L 18 UN 3.97 18.0 6.00 0.07 0.6 0.7 1 •
08IR 32 UN 4.76 32.0 8.00 0.04 0.6 0.5 1 •
08IR/L 28 UN 4.76 28.0 8.00 0.04 0.6 0.6 1 •
08IR/L 24 UN 4.76 24.0 8.00 0.05 0.6 0.6 1 •
08IR/L 20 UN 4.76 20.0 8.00 0.06 0.6 0.7 1 •
08IR 18 UN 4.76 18.0 8.00 0.07 0.6 0.7 1 •
08IR/L 16 UN 4.76 16.0 8.00 0.09 0.6 0.7 1 •
08IR 14 UN 4.76 14.0 8.00 0.10 0.6 0.8 1 • •
08UIRL 13 UN 4.76 13.0 8.00 0.10 1.0 4.0 1 •
08UIRL 12 UN 4.76 12.0 8.00 0.10 0.9 4.0 1 •
08UIRL 11 UN 4.76 11.0 8.00 0.10 0.9 4.0 1 •
11IR 64 UN 6.35 64.0 11.00 0.02 0.8 0.4 1 •
11IR 36 UN 6.35 36.0 11.00 0.04 0.6 0.6 1 •
11IR/L 32 UN 6.35 32.0 11.00 0.04 0.6 0.6 1 • •
11IRB 32 UN 6.35 32.0 11.00 0.04 0.6 0.6 1 •
11IR/L 28 UN 6.35 28.0 11.00 0.04 0.6 0.7 1 • •
11IRB 28 UN 6.35 28.0 11.00 0.04 0.6 0.6 1 •
11IR/L 24 UN 6.35 24.0 11.00 0.05 0.7 0.8 1 • •
11IRB 24 UN 6.35 24.0 11.00 0.05 0.6 0.6 1 •
11IR/L 20 UN 6.35 20.0 11.00 0.06 0.8 0.9 1 • • • •
11IRB 20 UN 6.35 20.0 11.00 0.06 0.8 0.9 1 •
11IR/L 18 UN 6.35 18.0 11.00 0.07 0.8 1.0 1 • • • •
11IRB 18 UN 6.35 18.0 11.00 0.07 0.8 0.9 1 •
11IR/L 16 UN 6.35 16.0 11.00 0.09 0.9 1.1 1 • • • • •
11IRB 16 UN 6.35 16.0 11.00 0.09 0.8 0.9 1 •
11IR/L 14 UN 6.35 14.0 11.00 0.10 0.9 1.1 1 • • •
11IRB 14 UN 6.35 14.0 11.00 0.10 0.8 0.9 1 •
11IR 12 UN 6.35 12.0 11.00 0.12 0.9 1.1 1 •
11IRB 12 UN 6.35 12.0 11.00 0.12 0.8 0.9 1 •
11IR 11 UN 6.35 11.0 11.00 0.14 0.8 1.1 1 • •
16IR 32 UN 9.52 32.0 16.00 0.04 0.6 0.6 1 • • •
16IR/L 28 UN 9.52 28.0 16.00 0.04 0.6 0.7 1 • •
16IR 27 UN 9.52 27.0 16.00 0.04 0.7 0.8 1 •
16IR 24 UN 9.52 24.0 16.00 0.05 0.7 0.8 1 • • • •
16IRB 24 UN (1) 9.52 24.0 16.00 0.05 0.7 0.8 1 •
16IL 20 UN 9.52 20.0 16.00 0.06 0.8 0.9 1 • • • • • •
16IRB 20 UN (1) 9.52 20.0 16.00 0.06 0.8 0.9 1 •
16IRM 20 UN (1) 9.52 20.0 16.00 0.06 0.8 0.9 1 • •
16IL 18 UN 9.52 18.0 16.00 0.07 0.8 1.0 1 • • •
16IR 18 UN * 9.52 18.0 16.00 0.07 0.8 1.0 1 •
16IRB 18 UN (1) 9.52 18.0 16.00 0.07 0.8 1.0 1 •
16IRM 18 UN (1) 9.52 18.0 16.00 0.08 0.8 1.0 1 • •
16IR/L 16 UN 9.52 16.0 16.00 0.09 0.9 1.1 1 • • • •
16IR 16 UN-2M (2) 9.52 16.0 16.00 0.09 1.5 2.3 2 •
16IRB 16 UN (1) 9.52 16.0 16.00 0.09 0.9 1.1 1 •
16IRM 16 UN (1) 9.52 16.0 16.00 0.09 0.9 1.1 1 • • •
16IR/L 14 UN 9.52 14.0 16.00 0.10 0.9 1.2 1 • • • •
16IRB 14 UN (1) 9.52 14.0 16.00 0.10 0.9 1.2 1 •
16IRM 14 UN (1) 9.52 14.0 16.00 0.11 0.9 1.2 1 • • • •
16IR/L 13 UN 9.52 13.0 16.00 0.11 1.0 1.3 1 • •
16IR/L 12 UN 9.52 12.0 16.00 0.12 1.1 1.4 1 • • • • • •
X
l
Y
di
YR
l
X
di
Y
R
di
x
l
U-Type
Internal left-hand shown
IR/L-UN
Internal American UN Full Profile
(UN, UNC, UNF, UNEF) Laydown
Threading Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
• For Insert Identification System, see page 489. • Tolerance: class 2B,ANSI B1, 3M-1986. • For technical information and detailed cutting data, see pages 536-546
• For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
505
THREADING
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC928
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
16IRB 12 UN (1) 9.53 12.0 16.00 0.12 1.1 1.4 1 •
16IRM 12 UN (1) 9.52 12.0 16.00 0.12 1.1 1.4 1 • • • •
16IR 11.5 UN 9.52 11.5 16.00 0.13 1.1 1.5 1 •
16IR 11 UN 9.52 11.0 16.00 0.14 1.1 1.5 1 • • •
16IR/L 10 UN 9.52 10.0 16.00 0.15 1.1 1.5 1 • • •
16IRB 10 UN (1) 9.52 10.0 16.00 0.15 1.1 1.5 1 •
16IR 9 UN 9.52 9.0 16.00 0.17 1.2 1.7 1 •
16IR/L 8 UN 9.52 8.0 16.00 0.19 1.1 1.5 1 • • • • •
16IRB 8 UN (1) 9.52 8.0 16.00 0.19 1.1 1.5 1 •
16IRM 8 UN (1) 9.52 8.0 16.00 0.20 1.1 1.5 1 • • • •
22IR 16 UN 3M (2) 12.70 16.0 22.00 0.09 2.5 4.0 3 •
22IR 12 UN 2M (2) 12.70 12.0 22.00 0.12 2.2 3.4 2 •
22IR 12 UN 3M (2) 12.70 12.0 22.00 0.12 3.3 5.3 3 •
22IR/L 7 UN 12.70 7.0 22.00 0.22 1.6 2.3 1 • • •
22IR 6 UN 12.70 6.0 22.00 0.26 1.6 2.3 1 • • •
22IR 5 UN 12.70 5.0 22.00 0.32 1.6 2.3 1 • • •
22UIRL 4.5 UN 12.70 4.5 22.00 0.36 2.4 11.0 1 •
22UIRL 4 UN 15.88 4.0 22.00 0.36 2.4 11.0 1 •
27IR 8 UN 2M (2) 15.88 8.0 27.00 0.19 3.1 4.9 2 •
27IR 4.5 UN 15.88 4.5 27.00 0.36 1.7 2.4 1 •
27IR/L 4 UN 15.88 4.0 27.00 0.41 1.8 2.7 1 • • •
X
l
Y
di
YR
l
X
di
Y
R
di
x
l
U-Type
Internal left-hand shown
IR/L-UN
Internal American UN Full Profile
(UN, UNC, UNF, UNEF) Laydown
Threading Inserts for General Industry
60° 1/4 P
1/8 P
NUT
SCREW
• For Insert Identification System, see page 489 • Tolerance: class 2B,ANSI B1, 3M-1986. • For technical information and detailed cutting data, see
pages 536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
(continued)
ISCAR
506
THREADING
±0.04
24
4.0
2.4
R
60°
Dimensions
Designation TPI R
IC908
PENTA 24-24-UN 24.0 0.13 •
PENTA 24-20-UN 20.0 0.16 •
PENTA 24-18-UN 18.0 0.18 •
PENTA 24-16-UN 16.0 0.21 •
PENTA 24-14-UN 14.0 0.23 •
• Dmin(inch)=5.435/TPI • Tolerance: Class 2A.
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-UN
American UN (UNC, UNF,
UNEF) Precision Ground Full
Profile Pentagonal External
Inserts with a Chipformer
17.7 Ref.(a)
±0.025
W
60°
R
Dimensions Tough
1
Hard
Designation W R R±toler TPI
IC08
IC808
IC908
TIP 2P32-UN 2.40 0.10 0.030 32.0 • •
TIP 2P28-UN 2.40 0.11 0.030 28.0 • •
TIP 2P24-UN 2.40 0.13 0.030 24.0 • •
TIP 2P20-UN 2.40 0.16 0.030 20.0 • •
TIP 2P18-UN 2.40 0.18 0.030 18.0 • •
TIP 2P16-UN 2.40 0.20 0.030 16.0 • •
TIP 2P14-UN 2.40 0.23 0.030 14.0 • •
TIP 2P13-UN 2.40 0.25 0.030 13.0 • •
TIP 2P12-UN 2.40 0.27 0.030 12.0 • •
TIP 4P11-UN 4.00 0.30 0.030 11.0 •
TIP 4P10-UN 4.00 0.33 0.050 10.0 • •
TIP 4P08-UN 4.00 0.41 0.050 8.0 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance. • For detailed
cutting data, see pages 536-546
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-UN
American UN (UNC,UNF,UNEF)
Precision Ground External
Double-Ended Full Profile
Threading Inserts with a Chipformer
507
THREADING
di
Y
YR
RY
X
l
l
X
di
X
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC50M
IC250
IC508
IC808
IC908
IC1007
11ER 36 W 6.35 36.0 11.00 0.07 0.6 0.6 1 •
11ER 20 W 6.35 20.0 11.00 0.14 8.0 0.9 1 •
11ER/L 19 W 6.35 19.0 11.00 0.15 0.8 1.0 1 •
11ER 18 W 6.35 18.0 11.00 0.16 0.8 1.0 1 •
11ER 16 W 6.35 16.0 11.00 0.18 0.9 1.1 1 •
11ER 14 W 6.35 14.0 11.00 0.21 0.9 1.1 1 • • •
16ER 40 W 9.52 40.0 16.00 0.06 0.6 0.6 1 •
16ER 32 W 9.52 32.0 16.00 0.09 0.6 0.6 1 •
16ER/L 28 W 9.52 28.0 16.00 0.09 0.6 0.7 1 • • • •
16ER 26 W 9.52 26.0 16.00 0.10 0.7 0.7 1 • • •
16ER/L 24 W 9.52 24.0 16.00 0.11 0.7 0.8 1 • • •
16ER/L 22 W 9.52 22.0 16.00 0.13 0.8 0.9 1 • • •
16ER 20 W 9.52 20.0 16.00 0.14 0.8 0.9 1 • • • •
16ER/L 19 W 9.52 19.0 16.00 0.15 0.8 1.0 1 • • • • •
16ERB 19 W (1) 9.52 19.0 16.00 0.15 0.8 1.0 1 •
16ERM 19 W (1) 9.52 19.0 16.00 0.16 0.8 1.0 1 • • • • •
16ER/L 18 W 9.52 18.0 16.00 0.16 0.8 1.0 1 • • •
16ER 16 W 9.52 16.0 16.00 0.18 0.9 1.1 1 • • •
16ERB 16 W (1) 9.52 16.0 16.00 0.18 0.9 1.1 1 •
16ERM 16 W (1) 9.52 16.0 16.00 0.20 0.9 1.1 1 • • • •
16ER/L 14 W 9.52 14.0 16.00 0.21 1.0 1.2 1 •••• •
16ER 14 W 2M (2) 9.52 14.0 16.00 0.21 1.7 2.7 2 •
16ERB 14 W (1) 9.52 14.0 16.00 0.21 1.0 1.2 1 •
16ERM 14 W (1) 9.52 14.0 16.00 0.24 1.0 1.2 1 • • • • •
16ER/L 12 W 9.52 12.0 16.00 0.25 1.1 1.4 1 • • • •
16ER/L 11 W 9.52 11.0 16.00 0.27 1.1 1.5 1 • • • • • •
16ERB 11 W (1) 9.52 11.0 16.00 0.27 1.1 1.5 1 •
16ERM 11 W (1) 9.52 11.0 16.00 0.27 1.1 1.5 1 •••••
16ER/L 10 W 9.52 10.0 16.00 0.31 1.1 1.5 1 • • •
16ERB 10 W (1) 9.52 10.0 16.00 0.31 1.1 1.5 1 •
16ER 9 W 9.52 9.0 16.00 0.34 1.2 1.7 1 • •
16ER/L 8 W 9.52 8.0 16.00 0.39 1.2 1.5 1 • • •
22ER 14 W 3M (2) 12.70 14.0 22.00 0.21 2.8 4.5 3 •
22ER 11 W 2M (2) 12.70 11.0 22.00 0.27 2.3 3.4 2 •
22ER 7 W 12.70 7.0 22.00 0.45 1.6 2.3 1 • •
22ER 6 W 12.70 6.0 22.00 0.52 1.6 2.3 1 • • •
22ER 5 W 12.70 5.0 22.00 0.65 1.7 2.4 1 • •
22UEIRL 4.5 W 12.70 4.5 22.00 0.73 2.3 11.0 1 •
22UEIRL 4 W 12.70 4.0 22.00 0.87 1.8 11.0 1 •
27ER 4.5 W 15.88 4.5 27.00 0.73 1.8 2.6 1 •
27ER 4 W 15.88 4.0 27.00 0.73 2.0 2.9 1 • •
27UEIRL 3.5 W 15.88 3.5 27.00 0.95 2.1 13.7 1 •
27UEIRL 3 W 15.88 3.0 27.00 1.12 2.3 13.7 1 •
• For Insert Identification System, see page 489 • For threading between walls use GRIP-type insert TIP-BSW • Tolerance: medium class • For technical
information and detailed cutting data, see pages 536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-W
External Whitworth (BSW, BSF, BSP)
B.S.84-1956 DIN 259 Medium Class
Full Profile Laydown Threading Inserts
R0.137P
R0.137P
55°
NUT
SCREW
ISCAR
508
THREADING
YR
di
l
X
Y
R
X
di
l
Y
di
X
l
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC928
IC50M
IC250
IC08
IC508
IC808
IC908
IC1007
06IR 26 W 3.97 26.0 6.00 0.10 0.7 0.6 1 •
06IR 20 W 3.97 20.0 6.00 0.14 0.6 0.7 1 •
08IR 28 W 4.76 28.0 8.00 0.09 0.6 0.6 1 •
08IR 24 W 4.76 24.0 8.00 0.11 0.6 0.6 1 •
08IR/L 19 W 4.76 19.0 8.00 0.15 0.6 0.7 1 • •
08IR 18 W 4.76 18.0 8.00 0.16 0.6 0.7 1 •
08IR 16 W 4.76 16.0 8.00 0.18 0.6 0.7 1 •
08UIRL 12 W 4.76 12.0 8.00 0.25 0.9 4.0 1 •
11IR 36 W 6.35 36.0 11.00 0.07 0.6 0.6 1 •
11IR 28 W 6.35 28.0 11.00 0.10 0.6 0.7 1 •
11IRB 28 W 6.35 28.0 11.00 0.10 0.6 0.6 1 •
11IR 26 W 6.35 26.0 11.00 0.10 0.7 0.7 1 •
11IR/L 24 W 6.35 24.0 11.00 0.11 0.7 0.8 1 • •
11IRB 24 W 6.35 24.0 11.00 0.11 0.6 0.6 1 •
11IR 20 W 6.35 20.0 11.00 0.14 0.8 0.9 1 • • •
11IRB 20 W 6.35 20.0 11.00 0.14 0.8 0.9 1 •
11IR 19 W 6.35 19.0 11.00 0.15 0.8 1.0 1 • • • •
11IRB 19 W 6.35 19.0 11.00 0.14 0.8 0.9 1 •
11IR/L 18 W 6.35 18.0 11.00 0.16 0.8 1.0 1 • • •
11IRB 18 W 6.35 18.0 11.00 0.16 0.8 0.9 1 •
11IR 16 W 6.35 16.0 11.00 0.18 0.9 1.1 1 • •
11IRB 16 W 6.35 16.0 11.00 0.18 0.8 0.9 1 •
11IR/L 14 W 6.35 14.0 11.00 0.21 0.9 1.1 1 • • • • • • •
11IRB 14 W 6.35 14.0 11.00 0.21 0.8 0.9 1 •
11IL 12 W 6.35 12.0 11.00 0.27 1.0 1.1 1 •
16IR 40 W 9.52 40.0 16.00 0.06 0.6 0.6 1 •
16IR/L 32 W 9.52 32.0 16.00 0.09 0.6 0.6 1 •
16IR/L 28 W 9.52 28.0 16.00 0.09 0.6 0.7 1 • •
16IR 26 W 9.52 26.0 16.00 0.10 0.7 0.7 1 • • •
16IR/L 24 W 9.52 24.0 16.00 0.11 0.7 0.8 1 • • •
16IR/L 22 W 9.52 22.0 16.00 0.13 0.8 0.9 1 • • •
16IR/L 20 W 9.52 20.0 16.00 0.14 0.8 0.9 1 • • • •
16IRM 20 W (1) 9.52 20.0 16.00 0.14 0.8 0.9 1 •
16IR/L 19 W 9.52 19.0 16.00 0.15 0.8 1.0 1 • • • •
16IRB 19 W (1) 9.52 19.0 16.00 0.15 0.8 1.0 1 •
16IRM 19 W (1) 9.52 19.0 16.00 0.15 0.8 1.0 1 •
16IR/L 18 W 9.52 18.0 16.00 0.16 0.8 1.0 1 • • •
16IR/L 16 W 9.52 16.0 16.00 0.18 0.9 1.1 1 •
16IRB 16 W (1) 9.52 16.0 16.00 0.18 0.9 1.1 1 •
16IRM 16 W (1) 9.52 16.0 16.00 0.18 0.9 1.1 1 • •
16IR/L 14 W 9.52 14.0 16.00 0.21 1.0 1.2 1 • • • • • •
16IR 14 W 2M (2) 9.52 14.0 16.00 0.23 1.7 2.7 2 • •
16IRB 14 W (1) 9.52 14.0 16.00 0.21 1.0 1.2 1 •
16IRM 14 W (1) 9.52 14.0 16.00 0.21 1.0 1.2 1 • • • •
16IR/L 12 W 9.52 12.0 16.00 0.25 1.1 1.4 1 • • •
16IR/L 11 W 9.52 11.0 16.00 0.27 1.1 1.5 1 • • • • • •
16IRB 11 W (1) 9.52 11.0 16.00 0.27 1.1 1.5 1 •
16IRM 11 W (1) 9.52 11.0 16.00 0.27 1.1 1.5 1 • • • • •
16IR/L 10 W 9.52 10.0 16.00 0.31 1.1 1.5 1 • • •
16IRB 10 W (1) 9.52 10.0 16.00 0.31 1.1 1.5 1 •
16IR/L 9 W 9.52 9.0 16.00 0.34 1.2 1.7 1 • •
16IR/L 8 W 9.52 8.0 16.00 0.39 1.2 1.5 1 • • •
22IR 14 W 3M (2) 12.70 14.0 22.00 0.21 2.8 4.5 3 •
22IR 11 W 2M (2) 12.70 11.0 22.00 0.27 2.3 3.4 2 •
22IR 7 W 12.70 7.0 22.00 0.45 1.6 2.3 1 • •
22IR 6 W 12.70 6.0 22.00 0.52 1.6 2.3 1 • •
22IR/L 5 W 12.70 5.0 22.00 0.65 1.7 2.4 1 • •
27IR 4.5 W 15.88 4.5 27.00 0.73 1.8 2.6 1 •
27IR 4 W 15.88 4.0 27.00 0.82 2.0 2.9 1 •
• For Insert Identification System, see page 489 • Tolerance: medium class. • For technical information and detailed cutting data, see pages 536-546
• For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-W
Internal Whitworth (BSW, BSF, BSP)
B.S.84-1956 DIN 259 Medium Class
Full Profile Laydown Threading Inserts
55°
R0.137P
R0.137P
NUT
SCREW
509
THREADING
±0.04
24
4.0
2.4
R
55°
Dimensions
Designation TPI R
IC908
PENTA 24-28-W 28.0 0.09 •
PENTA 24-19-W 19.0 0.15 •
PENTA 24-14-W 14.0 0.21 •
• Dmin(inch)=5.435/TPI
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-W
Whitworth (BSW, BSF, BSP)
B.S.84-1956 DIN 259 Pentagonal
Full Profile External Threading
Inserts with a Chipformer
17.7 Ref.(a)
±0.025
W
55°
R
Dimensions Tough
1
Hard
Designation W R TPI
IC08
IC908
TIP 2P28-BSW 2.40 0.11 28.0 • •
TIP 2P26-BSW 2.40 0.12 26.0 • •
TIP 2P-24BSW 2.40 0.12 24.0 •
TIP 2P24-BSW 2.40 0.12 24.0 •
TIP 2P-20BSW 2.40 0.16 20.0 •
TIP 2P20-BSW 2.40 0.16 20.0 •
TIP 2P19-BSW 2.40 0.16 19.0 • •
TIP 2P-18BSW 2.40 0.17 18.0 •
TIP 2P18-BSW 2.40 0.17 18.0 •
TIP 2P-16BSW 2.40 0.19 16.0 •
TIP 2P16-BSW 2.40 0.19 16.0 •
TIP 2P14-BSW 2.40 0.22 14.0 • •
TIP 4P12-BSW 4.00 0.25 12.0 •
TIP 4P11-BSW 4.00 0.28 11.0 • •
TIP 4P10-BSW 4.00 0.31 10.0 •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-BSW
American (BSW, BSF, BSP) Precision
Ground External Double-Ended Full
Profile Threading Inserts with
a Chipformer
ISCAR
510
THREADING
X
l
YR
Y
di
l
X
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC50M
IC250
IC508
IC808
IC908
IC1007
16ER 27 NPT 9.52 27.0 16.00 0.04 0.7 0.8 1 • • •
16ER 18 NPT 9.52 18.0 16.00 0.06 0.8 1.0 1 • • •
16ERB 18 NPT (1) 9.52 18.0 16.00 0.06 0.8 1.0 1 •
16ERM 18 NPT (1) 9.52 18.0 16.00 0.05 0.8 1.0 1 • • • •
16ER/L 14 NPT 9.52 14.0 16.00 0.07 0.9 1.2 1 • • • • • •
16ERB 14 NPT (1) 9.52 14.0 16.00 0.07 0.9 1.2 1 •
16ERM 14 NPT (1) 9.52 14.0 16.00 0.05 0.9 1.2 1 • • • • •
16ER/L 11.5 NPT 9.52 11.5 16.00 0.09 1.1 1.5 1 • • • • •
16ERB 11.5 NPT (1) 9.52 11.5 16.00 0.09 1.1 1.5 1 •
16ERM 11.5 NPT (1) 9.52 11.5 16.00 0.09 1.1 1.5 1 • • •
16ER 8 NPT 9.52 8.0 16.00 0.12 1.3 1.8 1 • • •
16ERB 8 NPT (1) 9.52 8.0 16.00 0.12 1.3 1.8 1 •
16ERM 8 NPT (1) 9.52 8.0 16.00 0.12 1.3 1.8 1 • • • •
22ER 11.5 NPT 2M (2) 12.70 11.5 22.00 0.09 2.3 3.5 2 •
27ER 11.5 NPT 3M (2) 15.88 11.5 27.00 0.09 3.3 5.5 3 •
27ER 8 NPT 2M (2) 15.88 8.0 27.00 0.15 3.1 5.0 2 •
• For Insert Identification System, see page 489 • For threading between walls use GRIP-type insert TIP-NPT. • National Pipe Threads ANSI/ASME B1.20.1-1983
• For technical information and detailed cutting data, see pages 536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-NPT
External NPT (National Pipe Threads)
Full Profile Laydown Threading Inserts
for Steam, Gas and Water Pipes
30°
1°47'
90°
30°
NUT
SCREW
Y
X
l
d
i
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y Z(3)
IC228
IC50M
IC250
IC508
IC808
IC908
IC1007
06IR 27 NPT 3.97 27.0 6.00 0.04 0.6 0.6 1 •
08IR 18 NPT 4.76 18.0 8.00 0.06 0.6 0.6 1 • •
11IR 27 NPT 6.35 27.0 11.00 0.04 0.7 0.8 1 •
11IR/L 18 NPT 6.35 18.0 11.00 0.06 0.8 1.0 1 • • • •
11IRB 18 NPT 6.35 18.0 11.00 0.00 0.8 0.9 1 •
11IR/L 14 NPT 6.35 14.0 11.00 0.07 0.8 1.0 1 • • •
16IR 27 NPT 9.52 27.0 16.00 0.04 0.7 0.8 1 • •
16IR 18 NPT 9.52 18.0 16.00 0.06 0.8 1.0 1 • •
16IRM 14 NPT (1) 9.52 14.0 16.00 0.05 0.9 1.2 1 • • • •
16IRB 14 NPT (1) 9.52 14.0 16.00 0.07 0.9 1.2 1 •
16IR/L 14 NPT 9.52 14.0 16.00 0.07 0.9 1.2 1 •••• •
16IRM 11.5 NPT (1) 9.52 11.5 16.00 0.09 1.1 1.5 1 • • • •
16IRB 11.5 NPT (1) 9.52 11.5 16.00 0.09 1.1 1.5 1 •
16IR/L 11.5 NPT 9.52 11.5 16.00 0.09 1.1 1.5 1 • • • • • •
16IRM 8 NPT (1) 9.52 8.0 16.00 0.12 1.3 1.8 1 • • •
16IRB 8 NPT (1) 9.52 8.0 16.00 0.12 1.3 1.8 1 •
16IR/L 8 NPT 9.52 8.0 16.00 0.12 1.3 1.8 1 • • •
22IR 11.5 NPT 2M (2) 12.70 11.5 22.00 0.09 2.3 3.5 2 •
27IR 11.5 NPT 3M (2) 15.88 11.5 27.00 0.09 3.3 5.5 3 •
27IR 8 NPT 2M (2) 15.88 8.0 27.00 0.12 3.1 5.0 2 •
• For Insert Identification System, see page 489 • National Pipe Threads ANSI/ASME B1.20.1-1983. • For technical information and detailed cutting data, see pages
536-546 • For recommended number of passes for multi-tooth inserts see page 544
(1) With pressed chipformer.
(2) Multi-tooth
(3) Number of teeth per corner.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-NPT
Internal NPT (National Pipe Threads)
Full Profile Laydown Threading Inserts
for Steam, Gas and Water Pipes
30°
1°47'
90°
30°
NUT
SCREW
511
THREADING
17.7 Ref.(a)
±0.025
60°
R
W
Dimensions Tough
1
Hard
Designation W R±0.03 TPI
IC08
IC908
TIP 2P27-NPT 2.40 0.05 27.0 • •
TIP 2P18-NPT 2.40 0.07 18.0 • •
TIP 2P14-NPT 2.40 0.09 14.0 •
TIP 4P11.5-NPT 4.00 0.10 11.5 • •
TIP 4P8-NPT 4.00 0.13 8.0 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-NPT
NPT (National Pipe Threads)
Precision Ground Double-Ended
External Full Profile Threading
Inserts with a Chipformer
±0.025
24
4.0
2.6
R
60°
Dimensions
Designation TPI R
IC908
PENTA 24-18-NPT 18.0 0.07 •
PENTA 24-14-NPT 14.0 0.09 •
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-NPT
NPT (National Pipe Threads) Precision
Ground Pentagonal External Full Profile
Threading Inserts with a Chipformer
ISCAR
512
THREADING
X
l
Y
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y
IC228
IC250
IC908
06IR 27 NPTF 3.97 27.0 6.00 0.04 0.7 0.6 •
08IR 27 NPTF 4.76 27.0 8.00 0.04 0.6 0.6 •
08IR 18 NPTF 4.76 18.0 8.00 0.06 0.6 0.6 •
11IR 18 NPTF 6.35 18.0 11.00 0.06 0.8 1.0 •
11IRB 18 NPTF 6.35 18.0 11.00 0.06 0.8 0.9 •
11IR 14 NPTF 6.35 14.0 16.00 0.07 0.8 1.0 •
16IR 18 NPTF 9.52 18.0 16.00 0.06 0.8 1.0 •
16IR/L 14 NPTF 9.52 14.0 16.00 0.07 0.9 1.2 • •
16IR 11.5 NPTF 9.52 11.5 16.00 0.09 1.1 1.5 • •
• For Insert Identification System, see page 489 • (National Pipe Threads-Dry seal) ANSI/ASME B1.20.1-1976. • For technical information and detailed cutting data,
see pages 536-546
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-NPTF
Internal NPTF (National Pipe Threads)
Full Profile Laydown Threading Inserts
for Steam, Gas and Water Pipes
30°
1°47'
90°
30°
NUT
SCREW
X
l
Y
di
R
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y
IC50M
IC250
IC508
IC808
IC908
IC1007
16ER 28 BSPT 9.52 28.0 16.00 0.11 0.6 0.6 • •
16ER/L 19 BSPT 9.52 19.0 16.00 0.16 0.8 0.9 • • • •
16ER/L 14 BSPT 9.52 14.0 16.00 0.21 1.0 1.2 • • • • •
16ERB 14 BSPT (1) 9.52 14.0 16.00 0.21 1.0 1.2 •
16ERM 14 BSPT (1) 9.52 14.0 16.00 0.21 1.0 1.2 • • •
16ER/L 11 BSPT 9.52 11.0 16.00 0.28 1.1 1.5 • • •
16ERB 11 BSPT (1) 9.52 11.0 16.00 0.28 1.1 1.5 •
16ERM 11 BSPT (1) 9.52 11.0 16.00 0.28 1.1 1.5 • •
• For Insert Identification System, see page 489 • For threading between walls use insert TIP-BSPT. • For technical information and detailed cutting data, see pages
536-546
(1) With pressed chipformer.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-BSPT
External BSPT (British Standard
Pipe) B.S.21-1957 Full Profile
Laydown Threading Inserts
R0.137P
27.5°
90°
1°47'
R0.137P
NUT
SCREW
Y
X
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y Z
IC50M
IC250
IC908
11ER 18 NPTF 6.35 18.0 11.00 0.8 1.0 1 •
11ER 14 NPTF 6.35 14.0 11.00 0.8 1.0 1 •
16ER 27 NPTF 9.52 27.0 16.00 0.7 0.7 1 • •
16ER 18 NPTF 9.52 18.0 16.00 0.8 1.0 1 •
16ER 14 NPTF 9.52 14.0 16.00 0.9 1.2 1 • • •
16ER 11.5 NPTF 9.52 11.5 16.00 1.1 1.5 1 • •
• For Insert Identification System, see page 489. • (National Pipe Threads-Dry Seal) ANSI/ASME B1.20.1-1976 full profile. • For technical information and detailed
cutting data, see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER-NPTF
External NPTF (National Pipe Threads)
Full Profile Laydown Threading Inserts
for Steam, Gas and Water Pipes
30°
1°47'
90°
30°
NUT
SCREW
513
THREADING
Y
X
l
di
R
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y
IC228
IC50M
IC250
IC808
IC908
IC1007
06IR 28 BSPT 3.97 28.0 6.00 0.11 0.7 0.6 •
08IR 28 BSPT 4.76 28.0 8.00 0.11 0.6 0.6 •
08IR 19 BSPT 4.76 19.0 8.00 0.16 0.6 0.6 •
11IR 19 BSPT 6.35 19.0 11.00 0.16 0.8 0.9 • • •
11IRB 19 BSPT 6.35 19.0 11.00 0.16 0.8 0.9 •
11IR/L 14 BSPT 6.35 14.0 11.00 0.21 0.9 1.0 • •
16IR 28 BSPT 9.52 28.0 16.00 0.11 0.6 0.6 •
16IR 19 BSPT 9.52 19.0 16.00 0.16 0.8 0.9 • •
16IRB 14 BSPT (1) 9.52 14.0 16.00 0.21 1.0 1.2 •
16IRM 14 BSPT (1) 9.52 14.0 16.00 0.21 1.0 1.2 • • •
16IR/L 14 BSPT 9.52 14.0 16.00 0.21 1.0 1.2 • • •
16IRM 11 BSPT (1) 9.52 11.0 16.00 0.28 1.1 1.5 • • •
16IRB 11 BSPT (1) 9.52 11.0 16.00 0.28 1.1 1.5 •
16IR/L 11 BSPT 9.52 11.0 16.00 0.28 1.1 1.5 • • • •
• For Insert Identification System, see page 489. • For technical information and detailed cutting data, see pages 536-546
(1) With pressed chipformer.
For tools, see pages: MGSIR/L (534) • SIR/L (531)
IR/L-BSPT
Internal BSPT (British Standard
Pipe) B.S.21-1957 Full Profile
Laydown Threading Inserts
R0.137P
27.5°
90°
1°47'
R0.137P
NUT
SCREW
±0.04
24
4.0
2.4
R
55°
Dimensions
Designation TPI R
IC908
PENTA 24-19-BSPT 19.0 0.16 •
PENTA 24-14-BSPT 14.0 0.22 •
• Dmin(inch)=5.435/TPI
For tools, see pages: PCADR/L (268) • PCADR/L-JHP (268) • PCHBR/L (269) • PCHPR/L (268) • PCHR/L-24 (265) • PCHR/L-24-JHP (266)
PENTA 24-BSPT
BSPT (British Standard Pipe) Precision
Ground External Pentagonal Full Profile
Threading Inserts with a Chipformer
17.7 Ref.(a)
±0.025
55°
R
W
Dimensions Tough
1
Hard
Designation W R±0.03 TPI
IC08
IC908
TIP 2P28-BSPT 2.40 0.11 28.0 • •
TIP 2P19-BSPT 2.40 0.16 19.0 • •
TIP 2P14-BSPT 2.40 0.22 14.0 • •
TIP 4P11-BSPT 4.00 0.28 11.0 • •
• (a) TIP inserts are 1.6 mm longer than GIP in the same pocket. • Toolholder seat needs to be modified according to insert profile to ensure clearance.
For tools, see pages: C#-GHDR/L (233) • CGHN-D (239) • CGHN-DG (239) • CGHN-S (239) • CGPAD (238) • CGPAD-JHP (238) • GHDR/L (short pocket) (233)
• GHDR/L-JHP (short pocket) (234) • GHGR/L (235) • GHMPR/L (232) • GHMR/L (232) • GHSR/L (312) • GHSR/L-JHP-SL (313)
TIP-P-BSPT
Precision Ground BSPT (British
Standard Pipe) External Double-Ended
Full Profile Threading Inserts with
a Chipformer
ISCAR
514
THREADING
Y
l
X
di External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC908
16ER/L 16 STACME 9.52 16.0 16.00 1.0 1.0 • • •
16ER/L 14 STACME 9.52 14.0 16.00 1.1 1.1 •
16ER/L 12 STACME 9.52 12.0 16.00 1.2 1.2 • • •
16ER/L 10 STACME 9.52 10.0 16.00 1.3 1.3 • •
16ER/L 8 STACME 9.52 8.0 16.00 1.5 1.5 • • •
16ER/L 6 STACME 9.52 6.0 16.00 1.8 1.8 • •
22ER/L 5 STACME 12.70 5.0 22.00 2.0 2.3 • • •
27ER/L 4 STACME 15.88 4.0 27.00 2.3 2.4 • • •
27EL 3 STACME 15.88 3.0 27.00 2.8 2.9 • • •
• For Insert Identification System, see page 489 • STUB ACME ASME/ANSI B1.8-1988 Class 2G • For technical information and detailed cutting data,
see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-STACME
External STUB ACME Laydown
Threading Inserts with a Shallow
ACME Profile for Control Valves
29°
NUT
SCREW
YY
l
X
X
di di
l
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC50M
IC250
IC908
16IR/L 16 STACME 9.52 16.0 16.00 1.0 1.0 •
16IR/L 14 STACME 9.52 14.0 16.00 1.1 1.1 •
16IR/L 12 STACME 9.52 12.0 16.00 1.2 1.2 • • •
16IR/L 10 STACME 9.52 10.0 16.00 1.3 1.3 •
16IR/L 8 STACME 9.52 8.0 16.00 1.5 1.5 •
16IR 6 STACME 9.52 6.0 16.00 1.8 1.8 • •
22IR/L 5 STACME 12.70 5.0 22.00 2.0 2.3 • •
22UIR 3 STACME 12.70 3.0 22.00 3.3 11.0 •
27IR/L 4 STACME 15.88 4.0 27.00 2.3 2.4 • • •
27IR/L 3 STACME 15.88 3.0 27.00 2.8 2.9 •
• For Insert Identification System, see page 489 • Tolerance: Class 2G. • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: SIR/L (531)
IR/L-STACME
Internal STUB ACME Laydown
Threading Inserts with a Shallow
ACME Profile for Control Valves
29°
NUT
SCREW
515
THREADING
YY
l
X
X
l
di di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC908
11ER 16 ACME 6.35 16.0 11.00 0.9 1.0 •
16ER/L 16 ACME 9.52 16.0 16.00 0.9 1.0 • •
16ER/L 14 ACME 9.52 14.0 16.00 1.0 1.2 •
16ER/L 12 ACME 9.52 12.0 16.00 1.1 1.2 • • •
16ER/L 10 ACME 9.52 10.0 16.00 1.3 1.3 • • •
16ER/L 8 ACME 9.52 8.0 16.00 1.5 1.5 • • •
22ER/L 6 ACME 12.70 6.0 22.00 1.8 2.1 • • •
22ER/L 5 ACME 12.70 5.0 22.00 2.0 2.3 • •
22ER/L 4 ACME 12.70 4.0 22.00 2.1 2.2 •
22UERL 4 ACME 12.70 4.0 22.00 2.3 11.0 • •
27ER/L 4 ACME 15.88 4.0 27.00 2.3 2.7 • • • •
27UERL 3 ACME 15.88 3.0 27.00 2.8 13.7 • •
• For Insert Identification System, see page 489 • ACME ASME/ANSI B1.5-1988 Class 3G • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-ACME
External ACME Profile Laydown
Threading Inserts for Feed Screws
29°
NUT
SCREW
Y
X
Y
l
X
di
di
l
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC08
IC508
IC908
16IR/L 16 ACME 9.52 16.0 16.00 0.9 1.0 • •
16IR/L 14 ACME 9.52 14.0 16.00 1.0 1.2 •
16IR/L 12 ACME 9.52 12.0 16.00 1.1 1.2 • • •
16IR/L 10 ACME 9.52 10.0 16.00 1.3 1.3 • •
16IR/L 8 ACME 9.52 8.0 16.00 1.5 1.5 • • • •
22IR/L 6 ACME 12.70 6.0 22.00 1.8 2.1 • • •
22IR/L 5 ACME 12.70 5.0 22.00 2.0 2.3 • • • •
22IR 4 ACME 12.70 4.0 22.00 2.1 2.2 •
22UIRL 4 ACME 12.70 4.0 22.00 2.3 11.0 • •
27IR/L 4 ACME 15.88 4.0 27.00 2.3 2.7 • • • •
27UIRL 3 ACME 15.88 3.0 27.00 2.8 13.7 • • •
• For Insert Identification System, see page 489 • ACME ASME/ANSI B1.5-1988 Class 3G. • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: SIR/L (531)
IR/L-ACME
Internal ACME Profile Laydown
Threading Inserts for Feed Screws
29°
NUT
SCREW
ISCAR
516
THREADING
Y
X
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y
IC50M
IC250
IC08
IC508
IC908
IC806
IC1007
11ER 28 UNJ 6.35 28.0 11.00 0.14 0.6 0.6 •
11ER 24 UNJ 6.35 24.0 11.00 0.16 0.7 0.8 •
11ER/L 20 UNJ 6.35 20.0 11.00 0.19 0.8 0.9 •
11EL 18 UNJ 6.35 18.0 11.00 0.21 0.8 1.0 •
16ER 48 UNJ 9.52 48.0 16.00 0.08 0.6 0.6 •
16ER 44 UNJ 9.52 44.0 16.00 0.09 0.6 0.6 •
16ER 40 UNJ 9.52 40.0 16.00 0.10 0.6 0.6 •
16ER 36 UNJ 9.52 36.0 16.00 0.11 0.6 0.6 •
16ER 32 UNJ 9.52 32.0 16.00 0.12 0.6 0.6 • • •
16ER 28 UNJ 9.52 28.0 16.00 0.14 0.6 0.6 • • • •
16ER/L 24 UNJ 9.52 24.0 16.00 0.16 0.7 0.8 • • • •
16ER/L 20 UNJ 9.52 20.0 16.00 0.19 0.8 0.9 • • • • • •
16ER/L 18 UNJ 9.52 18.0 16.00 0.21 0.8 1.0 • • • • • •
16ER/L 16 UNJ 9.52 16.0 16.00 0.24 0.8 1.0 • • • •
16ER/L 14 UNJ 9.52 14.0 16.00 0.27 1.0 1.2 • • • •
16ER 13 UNJ 9.52 13.0 16.00 0.29 1.1 1.3 •
16ER/L 12 UNJ 9.52 12.0 16.00 0.32 1.1 1.4 • • • •
16ER 11 UNJ 9.52 11.0 16.00 0.32 1.1 1.5 •
16ER 10 UNJ 9.52 10.0 16.00 0.38 1.1 1.5 • •
16ER/L 8 UNJ 9.52 8.0 16.00 0.48 1.2 1.6 • • •
• For Insert Identification System, see page 489 • UNJ MIL-S-8879C 9-1992 Class 3A • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-UNJ
External UNJ Profile Laydown
Threading Inserts for the Aviation
and Aerospace Industry
Rmax 0.18042P
Rmin 0.15011P
5/16 P
60°
SCREW
NUT
X
l
Y
di
R
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l R X Y
IC228
IC50M
IC250
IC908
IC806
08IR 20 UNJ 4.76 20.0 8.00 0.06 0.8 0.9 •
08IR 18 UNJ 4.76 18.0 8.00 0.07 0.8 1.0 •
11IR 32 UNJ 6.35 32.0 11.00 0.04 0.6 0.6 •
11IRB 32 UNJ 6.35 32.0 11.00 0.04 0.6 0.6 •
11IR 28 UNJ 6.35 28.0 11.00 0.04 0.6 0.6 •
11IRB 28 UNJ 6.35 28.0 11.00 0.04 0.6 0.6 •
11IR 24 UNJ 6.35 24.0 11.00 0.05 0.7 0.8 •
11IRB 24 UNJ 6.35 24.0 11.00 0.05 0.6 0.6 •
11IR 20 UNJ 6.35 20.0 11.00 0.06 0.8 0.9 •
11IRB 20 UNJ 6.35 20.0 11.00 0.06 0.8 0.9 •
11IR 18 UNJ 6.35 18.0 11.00 0.07 0.8 1.0 • •
11IRB 18 UNJ 6.35 18.0 11.00 0.07 0.8 0.9 •
11IR 16 UNJ 6.35 16.0 11.00 0.09 0.8 1.0 •
11IRB 16 UNJ 6.35 16.0 11.00 0.09 0.8 0.9 •
11IRB 14 UNJ 6.35 14.0 11.00 0.10 0.8 0.9 •
16IR 28 UNJ 9.52 28.0 16.00 0.04 0.6 0.6 •
16IR 24 UNJ 9.52 24.0 16.00 0.05 0.7 0.8 •
16IR 20 UNJ 9.52 20.0 16.00 0.06 0.8 0.9 •
16IR 18 UNJ 9.52 18.0 16.00 0.07 0.8 1.0 •
16IR/L 16 UNJ 9.52 16.0 16.00 0.09 0.8 1.0 • • • •
16IR 14 UNJ 9.52 14.0 16.00 0.10 1.0 1.2 • •
16IR/L 12 UNJ 9.52 12.0 16.00 0.12 1.1 1.4 • • • •
16IR/L 8 UNJ 9.52 8.0 16.00 0.19 1.2 1.6 •
• For Insert Identification System, see page 489 • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: SIR/L (531)
IR/L-UNJ
Internal Thread Profile Inserts for the
Aircraft and Aerospace Industry
Rmax 0.18042P
Rmin 0.15011P
5/16 P
60°
SCREW
NUT
517
THREADING
X
l
Y
di
Internal left-hand shown
Dimensions
Designation di Pitch l R X Y
IC908
11IR 1.00 MJ 6.35 1.00 11.00 0.05 0.7 0.8 •
11IRB 1.00 MJ 6.35 1.00 11.00 0.05 0.6 0.6 •
11IR 1.25 MJ 6.35 1.25 11.00 0.07 0.8 0.9 •
11IR 1.50 MJ 6.35 1.50 11.00 0.08 0.8 1.0 •
11IRB 1.50 MJ 6.35 1.50 11.00 0.08 0.8 0.9 •
11IR 2.00 MJ 6.35 2.00 11.00 0.12 0.9 1.0 •
16IR 1.00 MJ 9.52 1.00 16.00 0.05 0.7 0.8 •
16IR 1.25 MJ 9.52 1.25 16.00 0.07 0.8 0.9 •
16IR 1.50 MJ 9.52 1.50 16.00 0.08 0.8 1.0 •
• For Insert Identification System, see page 489 • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: SIR/L (531)
IR-MJ
Internal MJ ISO 5855 Metric Full
Profile Laydown Threading Inserts for
the Aviation and Aerospace Industry
Rmax 0.18042P
Rmin 0.15011P
5/16 P 60°
SCREW
NUT
Y
X
l
di
R
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l R X Y
IC250
IC908
16ER 1.00 MJ 9.52 1.00 16.00 0.16 0.7 0.8 •
16ER 1.25 MJ 9.52 1.25 16.00 0.20 0.8 0.9 •
16ER 1.50 MJ 9.52 1.50 16.00 0.23 0.8 1.0 • •
16ER 2.00 MJ 9.52 2.00 16.00 0.32 1.0 1.3 •
• For Insert Identification System, see page 489 • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER-MJ
External MJ ISO 5855 Metric Full
Profile Laydown Threading Inserts for
the Aviation and Aerospace Industry
Rmax 0.18042P
Rmin 0.15011P
5/16 P
60°
SCREW
NUT
ISCAR
518
THREADING
YY
l
X
X
di
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC228
IC50M
IC250
IC508
IC908
IC1007
16ER/L 1.5 TR 9.52 1.50 16.00 1.0 1.1 • • •
16ER/L 2 TR 9.52 2.00 16.00 1.0 1.3 • • •
16ER/L 3 TR 9.52 3.00 16.00 1.3 1.5 ••••••
22ER/L 4 TR 12.70 4.00 22.00 1.8 1.9 • • •
22ER/L 5 TR 12.70 5.00 22.00 2.0 2.4 • • • •
22ER 6 TR 12.70 6.00 22.00 2.0 2.4 •
22UERL 6 TR 12.70 6.00 22.00 2.0 11.0 • • • •
22UERL 7 TR 12.70 7.00 22.00 2.3 11.0 • •
22UERL 8 TR 12.70 8.00 22.00 2.5 11.0 •
27ER/L 6 TR 15.88 6.00 27.00 2.3 2.7 • •
27ER/L 7 TR 15.88 7.00 27.00 2.2 2.6 •
27UERL 8 TR 15.88 8.00 27.00 2.5 13.7 •••
27UERL 9 TR 15.88 9.00 27.00 3.0 13.7 • •
27UERL 10 TR (1) 15.88 10.00 27.00 3.2 13.7 • •
• For Insert Identification System, see page 489 • DIN 103 04/1977,1502901/1977 Class 7e. • For technical information and detailed cutting data,
see pages 536-546
(1) One cutting edge only
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-TR
External Trapeze Shaped
DIN 103 Laydown Threading
Inserts for Feed Screws
30°
NUT
SCREW
Y
di
Y
X
l
X
l
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC228
IC50M
IC250
IC508
IC908
08IR 1.5 TR (1) 4.76 1.50 8.00 0.6 0.6 •
08UIRL 2 TR 4.76 2.00 8.00 0.9 4.0 •
16IR 1.5 TR 9.52 1.50 16.00 1.0 1.1 •
16IR/L 2 TR 9.52 2.00 16.00 1.0 1.3 • • •
16IR/L 3 TR 9.52 3.00 16.00 1.3 1.5 •••••
22IR/L 4 TR 12.70 4.00 22.00 1.8 1.9 • • •
22IR/L 5 TR 12.70 5.00 22.00 2.0 2.4 • • •
22IR/L 6 TR 12.70 6.00 22.00 2.0 2.4 • • • •
22UIRL 6 TR 12.70 6.00 22.00 2.0 11.0 • • •
22UIRL 7 TR 12.70 7.00 22.00 2.3 11.0 • •
27IR/L 6 TR 15.88 6.00 27.00 2.3 2.7 • •
27IL 7 TR 15.88 7.00 27.00 2.2 2.6 •
27UIRL 8 TR 15.88 8.00 27.00 2.5 13.7 • • • •
27UIRL 9 TR 15.88 9.00 27.00 3.0 13.7 • •
27UIRL 10 TR (2) 15.88 10.00 27.00 3.2 13.7 •
• For Insert Identification System, see page 489 • Tolerance: Class 7H • For technical information and detailed cutting data, see pages 536-546
(1) Single threading corner
(2) One cutting edge only
For tools, see pages: SIR/L (531)
IR/L-TR
Internal Trapeze Shaped DIN 103
Laydown Threading Inserts for
Feed Screws
30°
NUT
SCREW
519
THREADING
Y
X
l
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC50M
IC250
IC908
11IR 18 PG 6.35 18.00 11.00 0.8 0.9 • •
16IR/L 16 PG 9.52 16.00 16.00 0.8 1.0 • •
16IR 18 PG 9.52 18.00 16.00 0.8 0.9 •
16IL 20 PG 9.52 20.00 16.00 0.8 1.0 •
• For Insert Identification System, see page 489
For tools, see pages: SIR/L (531)
IR/L-PG
Internal Thread Profile Inserts
for the Electrical Industry
SCREW
80°
NUT
Y
X
Y
X
l
di
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC250
IC908
16ER/L 2 SAGE 9.52 2.00 16.00 1.1 1.6 •
22ER 3 SAGE 12.70 3.00 22.00 1.5 2.4 •
22ER/L 4 SAGE 12.70 4.00 22.00 1.9 3.1 • •
22UER/L 5 SAGE (1) 12.70 5.00 22.00 1.2 11.6 • •
22UER/L 6 SAGE (1) 12.70 6.00 22.00 1.2 11.7 •
• For Insert Identification System, see page 489 • Sagengenwinde (DIN 513) • For technical information and detailed cutting data, see pages 536-546
(1) Requires special anvil
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-SAGE
External Sagengenwinde
Thread Application for High
Force in One Direction
P
3° 30°
NUT
SCREW
Y
X
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC08
IC908
16ER 16 PG 9.52 16.00 16.00 0.8 1.0 •
16ER 18 PG 9.52 18.00 16.00 0.8 0.9 •
16ER 20 PG 9.52 20.00 16.00 0.7 0.8 • •
• For Insert Identification System, see page 489
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER-PG
External Threading Inserts
for the Electrical Industry
SCREW
80°
NUT
ISCAR
520
THREADING
YY
X
l
di
di
X
l
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di Pitch l X Y
IC250
IC08
IC908
16IR/L 2 SAGE 9.52 2.00 16.00 1.2 1.7 •
22IR/L 3 SAGE 12.70 3.00 22.00 1.9 2.9 • • •
22IR 4 SAGE 12.70 4.00 22.00 2.3 3.5 •
22UIR 5 SAGE (1) 12.70 5.00 22.00 1.9 11.7 • •
22UIR 6 SAGE (1) 12.70 6.00 22.00 2.1 11.9 •
• For Insert Identification System, see page 489. • For technical information and detailed cutting data, see pages 536-546
(1) Requires special anvil
For tools, see pages: SIR/L (531)
IR/L-SAGE
Internal Sagengenwinde (DIN 513)
Thread Application for High Force in
One Direction
P
3° 30°
NUT
SCREW
YY
X
l
X
l
di di External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC50M
IC250
IC08
IC908
11ER 20 ABUT 6.35 20.0 11.00 1.0 1.3 • • •
11ER 16 ABUT 6.35 16.0 11.00 1.0 1.5 •
16ER 20 ABUT 9.52 20.0 16.00 1.0 1.3 •
16ER/L 16 ABUT 9.52 16.0 16.00 1.1 1.5 • •
16ER/L 12 ABUT 9.52 12.0 16.00 1.4 2.0 • • •
16ER/L 10 ABUT 9.52 10.0 16.00 1.5 2.3 •
22ER 8 ABUT 12.70 8.0 22.00 2.1 3.3 • •
22ER 6 ABUT 12.70 6.0 22.00 2.1 3.4 •
22UER 4 ABUT 12.70 4.0 22.00 2.3 9.5 • •
27UER/L 3 ABUT 15.88 3.0 27.00 3.1 11.7 • •
• For Insert Identification System, see page 489 • ANSI B1.9-1973 Class 2 • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-ABUT
External American Buttress Laydown
Threading Inserts for High Force
Transmission in One Direction
45°
P
7°
NUT
SCREW
Y
X
l
di
X
l
Y
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC908
11IR 20 ABUT 6.35 20.0 11.00 1.0 1.3 •
11IR/L 16 ABUT 6.35 16.0 11.00 1.0 1.5 • • •
16IR 20 ABUT 9.52 20.0 16.00 1.0 1.3 • •
16IR/L 16 ABUT 9.52 16.0 16.00 1.0 1.5 • •
16IR/L 12 ABUT 9.52 12.0 16.00 1.4 2.0 • • •
16IR/L 10 ABUT 9.52 10.0 16.00 1.5 2.3 • • •
22IR 8 ABUT 12.70 8.0 22.00 2.1 3.3 •
22IR/L 6 ABUT 12.70 6.0 22.00 2.1 3.4 • •
22UIR 4 ABUT 12.70 4.0 22.00 2.3 9.5 • •
27UIR/L 3 ABUT 15.88 3.0 27.00 3.1 11.7 •
• For Insert Identification System, see page 489 • ANSI B1.9-1973 Class 2. • For technical information and detailed cutting data, see pages 536-546
For tools, see pages: SIR/L (531)
IR/L-ABUT
Internal American Buttress Laydown
Threading Inserts for High Force
Transmission in One Direction
45°
P
7°
NUT
SCREW
521
THREADING
Y
X
l
Y
X
l
di
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Z(2)
IC50M
IC250
IC508
IC908
16ER 10 API RD 9.52 10.0 16.00 0.75 1.5 1.4 1 • • •
16ER/L 8 API RD 9.52 8.0 16.00 0.75 1.3 1.6 1 • • • •
22ER 10 API RD 2M (1) 12.70 10.0 22.00 0.75 2.4 3.7 2 •
27ER 10 API RD 3M (1) 15.88 10.0 27.00 0.75 3.8 6.2 3 •
27ER 8 API RD 2M (1) 15.88 8.0 27.00 0.75 3.0 4.5 2 •
• For Insert Identification System, see page 489 • API Spec 5B8-1996. • For technical information and detailed cutting data, see pages 536-546
• For recommended number of passes for multi-tooth inserts, see page 544
(1) Multi-tooth
(2) Number of teeth per corner.
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-API RD
External API - Oil Thread Round
Profile Laydown Threading Inserts
30° 30°
90°
TAPER 1:16
IPF
NUT
SCREW
Y
X
l
di
Y
X
l
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Z(2)
IC228
IC50M
IC250
IC908
16IR/L 10 API RD 9.52 10.0 16.00 0.75 1.5 1.4 1 • • • •
16IR/L 8 API RD 9.52 8.0 16.00 0.75 1.3 1.6 1 • •
22IR 10 API RD 2M (1) 12.70 10.0 22.00 0.75 2.4 3.7 2 •
27IR 10 API RD 3M (1) 15.88 10.0 27.00 0.75 3.8 6.2 3 •
27IR 8 API RD 2M (1) 15.88 8.0 27.00 0.75 3.0 4.5 2 •
• For Insert Identification System, see page 489 • API Spec 5B8-1996. • For technical information and detailed cutting data, see pages 536-546
• For recommended number of passes for multi-tooth inserts see page 544
(1) Multi-tooth
(2) Number of teeth per corner.
For tools, see pages: SIR/L (531)
IR/L-API RD
Internal API - Oil Thread Round
Profile Laydown Threading Inserts
30° 30°
90°
TAPER 1:16
IPF
NUT
SCREW
Y
X
l
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(4)
IC50M
IC250
IC908
22ER/L 5 API 403 (1) 12.70 5.0 22.00 3 1.8 2.5 2.375"-4.5"REG • • •
27ER/L 4 API 382 (2) 15.88 4.0 27.00 2 2.1 2.8 NC23-NC50 • •
27ER 4 API 383 (2) 15.88 4.0 27.00 3 2.1 2.8 NC56-NC77 • •
27ER/L 4 API 502 (3) 15.88 4.0 27.00 2 2.0 3.0 6-5/8" REG • • •
27ER 4 API 503 (3) 15.88 4.0 27.00 3 2.0 3.0 5-1/2,7-5/8,8-5/8REG • • •
• For Insert Identification System, see page 489 • For technical information and detailed cutting data, see pages 536-546
(1) V-0.040
(2) V-0.038R
(3) V-0.050
(4) Connection no. or size
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-API
External API - Oil Thread Profile
Laydown Threading Inserts
90° IPF
30° 30°
P
NUT
SCREW
ISCAR
522
THREADING
Y
X
l
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(4)
IC50M
IC250
IC908
22IR/L 5 API 403 (1) 12.70 5.0 22.00 3 1.8 2.5 2.375"-4.5"REG • • •
27IR/L 4 API 382 (2) 15.88 4.0 27.00 2 2.1 2.8 NC23-NC50 • • •
27IR 4 API 383 (2) 15.88 4.0 27.00 3 2.1 2.8 NC56-NC77 •
27IR/L 4 API 502 (3) 15.88 4.0 27.00 2 2.0 3.0 6-5/8" REG • •
27IR/L 4 API 503 (3) 15.88 4.0 27.00 3 2.0 3.0 5-1/2,7-5/8,8-5/8REG • •
• For Insert Identification System, see page 489 • 0.050, API Spec 74-1994. • For technical information and detailed cutting data, see pages 536-546
(1) V-0.040
(2) V-0.038R
(3) V-0.050
(4) Connection no. or size
For tools, see pages: SIR/L (531)
IR/L-API
Internal API - Oil Thread Profile
Laydown Threading Inserts
90° IPF
30° 30°
P
NUT
SCREW
l
X
Y
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(1)
IC50M
IC250
IC908
22ER 5 BUT 0.75 12.70 5.0 22.00 0.75 2.2 2.4 4-1/2" - 13-3/8" • • •
22ER 5 BUT-1.00 12.70 5.0 22.00 1.0 2.3 2.4 16" - 20" •
• For Insert Identification System, see page 489 • ANSI B1.9.1973 Class 2 • For technical information and detailed cutting data, see pages 536-546
(1) Connection no. or size
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER-BUT
External BUT - Oil Thread
Profile Laydown Threading
Inserts for Buttress Casing
3° 10°
90° IPF
NUT
SCREW
l
X
Y
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(1)
IC50M
IC250
IC908
22IR 5 BUT 0.75 12.70 5.0 22.00 0.75 2.2 2.4 4-1/2" - 13-3/8" • • •
22IR 5 BUT 1.00 12.70 5.0 22.00 1.00 2.3 2.4 16" - 20" •
• For Insert Identification System, see page 489. • ANSI B1.9.1973 Class 2. • For technical information and detailed cutting data, see pages 536-546
(1) Connection no. or size
For tools, see pages: SIR/L (531)
IR-BUT
Internal BUT - Oil Thread
Profile Laydown Threading
Inserts for Buttress Casing
3° 10°
90° IPF
NUT
SCREW
523
THREADING
l
X
Y
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(1)
IC250
IC908
22ER 6 EL 1.5 12.70 6.0 22.00 1.5 1.9 1.9 5" - 7-5/8" • •
22ER 5 EL 1.25 12.70 5.0 22.00 1.25 2.4 2.3 8-5/8" - 10-3/4" • •
• For Insert Identification System, see page 489 • ANSI B1.9.1973 Class 2
(1) Connection no. or size
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER-EL
External EL - Extreme Line Oil Thread
Profile Laydown Threading Inserts
6° 6°
90°
TAPER- IPF
NUT
SCREW
l
X
Y
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l IPF X Y Size(1)
IC250
IC908
22IR 6 EL 1.5 12.70 6.0 22.00 1.5 1.9 1.9 5" - 7-5/8" •
22IR 5 EL 1.25 12.70 5.0 22.00 1.25 2.4 2.3 8-5/8" - 10-3/4" •
• For Insert Identification System, see page 489 • ANSI B1.9.1973 Class 2.
(1) Connection no. or size
For tools, see pages: SIR/L (531)
IR-EL
Internal EL - Extreme Line Oil Thread
Profile Laydown Threading Inserts
6° 6°
90°
TAPER- IPF
NUT
SCREW
X
l
Y
di
External right-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC508
IC908
16ER/L 10 RND 9.52 10.0 16.00 1.1 1.2 • • •
16ER/L 8 RND 9.52 8.0 16.00 1.4 1.3 • • •
16ERM 8 RND (1) 9.52 8.0 16.00 1.4 1.3 •
16ER/L 6 RND 9.52 6.0 16.00 1.5 1.7 • • •
16ERM 6 RND (1) 9.52 6.0 16.00 1.5 1.7 • •
22ER/L 6 RND 12.70 6.0 22.00 1.5 1.7 • • • •
22ER/L 4 RND 12.70 4.0 22.00 2.2 2.3 • • •
27ER 4 RND 15.88 4.0 27.00 2.2 2.3 • •
• For Insert Identification System, see page 489 • Tolerance: Class 7H. • For technical information and detailed cutting data, see pages 536-546
(1) With pressed chipformer
For tools, see pages: C#-SER/L (530) • SER-D (530) • SER/L (529)
ER/L-RND
External DIN 405 Round Laydown
Threading Inserts for Fire Fighting
and Food Industry Pipe Couplings
R0.23851P
30°
R0.22105P
SCREW
NUT
ISCAR
524
THREADING
X
l
Y
di
Internal left-hand shown
Dimensions Tough
1
Hard
Designation di TPI l X Y
IC228
IC50M
IC250
IC908
16IR 10 RND 9.52 10.0 16.00 1.1 1.2 • • •
16IR/L 8 RND 9.52 8.0 16.00 1.4 1.4 • • •
16IRM 8 RND (1) 9.52 8.0 16.00 1.4 1.4 •
16IR/L 6 RND 9.52 6.0 16.00 1.4 1.5 • • •
16IRM 6 RND (1) 9.52 6.0 16.00 1.4 1.5 •
22IR 6 RND 12.70 6.0 22.00 1.5 1.7 • •
22IR/L 4 RND 12.70 4.0 22.00 2.2 2.3 • • •
27IR/L 4 RND 15.88 4.0 27.00 2.2 2.3 • • •
• For Insert Identification System, see page 489 • Tolerance: Class 7H. • For technical information and detailed cutting data, see pages 536-546
(1) With pressed chipformer.
For tools, see pages: SIR/L (531)
IR/L-RND
Internal DIN 405 Round Laydown
Threading Inserts for Fire Fighting
and Food Industry Pipe Couplings
R0.23851P
30°
R0.22105P
SCREW
NUT
525
THREADING
THREADING TOOLS
ISCAR
526
THREADING
ISCAR
526
E — External
I — Internal
2. Application
1. Clamping System
S
1
E
2
R
3
2020
4
K
5
16
6
7
7. Optional
Specifications
U - For U-type inserts
B - Bore for coolant
C - Carbide shank
O - Offset style
D - Drop head
G - Gang tool
SP - Special
6. Insert Size
l (mm) d
06 5/32"
08 3/16"
08U 3/16"
11 1/4"
16 3/8"
22 1/2"
22U 1/2"
27 5/8"
27U 5/8"
l
d
Internal Toolholders
Shank: diameter d
0025 - Diameter 25mm
External Toolholders
Shank: hxb
2020 - 20x20 mm
R — Right-hand
L — Left-hand
3. Hand of Tool
mm
D — 60
F — 80
H — 100
K — 125
L — 140
M — 150
P — 170
R — 200
S — 250
T — 300
U — 350
V — 400
5. Tool Length
l
* Optional Prefix
SER
SEL
S — Screw Clamping
C
HSK
KM ]Exchangeable Adaptation System
Toolholder Identification System
527
THREADING
527
Tool Types
Boring Bars
C#-SER/L
HSK-SEL Standard
U-Type
ISCAR GROOVE-TURN TOOLS
DECAIQTHREAD Carrying Insert
with 10 Threading Corners
PENTACUT carrying with 5 Threading corners
Inserts
For tool information, refer to the
Groove-Turn chatpter
E-SIR-HEAD Standard
U-Type
GROOVE-TURN
Boring Bars
CHAMGROOVE Holder
and Carbide Bar
CHAMGROOVE Integral
PICCOCUT Holders
and Carbide Bars
ISCAR
528
THREADING
L3b
hH2
l1
l2
f
h
12 & 16 mm shank sizes Th
Right-hand shown
Bar Max
Designation h b f L3l2l1H2Th
SER/L 1212 F16TT-JHP 12.0 12.0 12.2 - 20.0 80.00 23.0 UNF 5/16-24 SR M4X0.7-L10 IP10X2 IP-10/5 SR 5/16UNF TL360
SER 1616 H16TT-JHP 16.0 16.0 16.2 - 20.0 100.00 27.0 UNF 5/16-24 SR M4X0.7-L10 IP10X2 IP-10/5 SR 5/16UNF TL360
SER/L 2020 K16TT-JHP 20.0 20.0 20.2 - 20.0 125.00 31.0 G 1/8-28 SR M4X0.7-L10 IP10X2 IP-10/5
SER/L 2525 M16TT-JHP 25.0 25.0 25.2 17.00 20.0 150.00 36.0 G 1/8-28 SR M4X0.7-L10 IP10X2 IP-10/5
• IMPORTANT: Applying coolant through the tool is mandatory.
For inserts, see pages: TTG-16E-A55 (490) • TTG-16E-A60 (493) • TTG-16E-ISO (497) • TTG-16E-UN (502)
SER/L-TT
External Threading Tools Carrying
Inserts with 10 Threading Corners
529
THREADING
h1
f
10°
h
b
U-Type
l1
l1
b
f
G-Type
Right-hand shown
Right-hand shown
Designation h b l1f Insert(2)
SER 0808 H11 (1) 8.0 8.0 100.00 11.0 11 ER..
SER/L 1010 H11 (1) 10.0 10.0 100.00 11.0 11 ER/L..
SER/L 1212 F16 12.0 12.0 80.00 16.0 16 ER/L..
SER/L 1616 H16 16.0 16.0 100.00 16.0 16 ER/L..
SER 1616 K16G 16.0 16.0 125.00 21.7 16 ER..
SER/L 2020-16-AD 20.0 20.0 67.00 20.0 16 ER/L..
SER/L 2020 K16 20.0 20.0 125.00 20.0 16 ER/L..
SER/L 2525 M16 25.0 25.0 150.00 25.0 16 ER/L..
SER/L 3232 P16 32.0 32.0 170.00 32.0 16 ER/L..
SER/L 2525 M22 25.0 25.0 150.00 25.0 22 ER/L..
SER/L 3232 P22 32.0 32.0 170.00 32.0 22 ER/L..
SER/L 2525 M22U 25.0 25.0 150.00 28.0 22 UER/L..
SER/L 3232 P22U 32.0 32.0 170.00 32.0 22 UER/L..
SER/L 4040 R22U 40.0 40.0 200.00 40.0 22 UER/L..
SER/L 2525 M27 25.0 25.0 150.00 25.0 27 ER/L..
SER/L 3232 P27 32.0 32.0 170.00 32.0 27 ER/L..
SER/L 2525 M27U 25.0 25.0 150.00 32.0 27 UER/L..
SER/L 3232 P27U 32.0 32.0 170.00 32.0 27 UER/L..
SER/L 4040 R27U 40.0 40.0 200.00 40.0 27 UER/L..
• All tools are made for 1.5 helix angle • For multi-tooth inserts use anvils AE16M / AI16M; AE22M / AI22M; AE27M / AI27M • For GTGA inserts, use anvil AE
16-0
(1) Toolholder without anvil
(2) Right-hand inserts (ER) for right-hand tools (SER)
Spare Parts
Designation
SER 0808 H11 SR M2.6-L6.7-S11 T-8/5
SER/L 1010 H11 SR M2.6-L6.7-S11 T-8/5
SEL 1212 F16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 1212 F16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 1616 H16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 1616 H16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SER 1616 K16G SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 2020-16-AD SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 2020-16-AD SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 2020 K16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 2020 K16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 2525 M16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 2525 M16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 3232 P16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AI16 T-10/5
SER 3232 P16 SR 5-40-L12.2-S16 SR 5-40-L6.8-A16 AE16 T-10/5
SEL 2525 M22 SR 8-32-L15-S22 SR 8-32-L5.8-A22 AI22 T-20/5
SER 2525 M22 SR 8-32-L15-S22 SR 8-32-L5.8-A22 AE22 T-20/5
SEL 3232 P22 SR 8-32-L15-S22 SR 8-32-L5.8-A22 AI22 T-20/5
SER 3232 P22 SR 8-32-L15-S22 SR 8-32-L5.8-A22 AE22 T-20/5
SER 4040 R22 SR 8-32-L15-S22 SR 8-32-L5.8-A22 AE22 T-20/5
SEL 2525 M22U SR 8-32-L15-S22 SR 8-32-L5.8-A22 AI22U T-20/5
SER 2525 M22U SR 8-32-L15-S22 SR 8-32-L5.8-A22 AE22U T-20/5
SEL 3232 P22U SR 8-32-L15-S22 SR 8-32-L5.8-A22 AI22U T-20/5
SER 3232 P22U SR 8-32-L15-S22 SR 8-32-L5.8-A22 AE22U T-20/5
SEL 4040 R22U SR 8-32-L15-S22 SR 8-32-L5.8-A22 AI22U T-20/5
SEL 2525 M27 SR M5-L22-S40 SR M5-L5.8-A27 AI27 T-25/3
SER 2525 M27 SR M5-L22-S40 SR M5-L5.8-A27 AE27 T-25/3
SEL 3232 P27 SR M5-L22-S40 SR M5-L5.8-A27 AI27 K40
SER 3232 P27 SR M5-L22-S40 SR M5-L5.8-A27 AE27 K40
SER 4040 R27 SR M5-L22-S40 SR M5-L5.8-A27 AE27 K40
SEL 2525 M27U SR M5-L22-S40 SR M5-L5.8-A27 AI27U K40
SER 2525 M27U SR M5-L22-S40 SR M5-L5.8-A27 AE27U K40
SEL 3232 P27U SR M5-L22-S40 SR M5-L5.8-A27 AI27U K40
SER 3232 P27U SR M5-L22-S40 SR M5-L5.8-A27 AE27U K40
SEL 4040 R27U AI27U
SER/L 4040 R27U SR M5-L22-S40 SR M5-L5.8-A27 K40
SER 4040 R27U AE27U
SER/L
External Threading Toolholders
ISCAR
530
THREADING
b
h
l2
f
h
l1Right-hand shown
Designation h b l1f l2Insert
SER 2525 M16D 25.0 25.0 150.00 32.0 38.0 16 ER.. SR 5-40-L12.2-S16 T-10/5 AE16 SR 5-40-L6.8-A16
SER 2525 M22D 25.0 25.0 150.00 32.0 38.0 22 ER.. SR 8-32-L15-S22 T-20/5 AE22 SR 8-32-L5.8-A22
• All toolholders are made for 1.5 helix angle. • For GTGA inserts, use anvil AE 16-0
SER-D
External Threading
Drophead Toolholders
SS
f
l1Right-hand shown
Designation SS f l1Insert(1)
C4 SER/L-27050-16 40 27.0 50.00 16ER/L...
C5 SER/L-35060-16 50 35.0 60.00 16ER/L...
C6 SER/L-45065-16 63 45.0 65.00 16ER/L...
C4 SER/L-27050-22 40 27.0 50.00 22ER/L...
C5 SER/L-35060-22 50 35.0 60.00 22ER/L...
C6 SER/L-45065-22 63 45.0 65.00 22ER/L...
C8 SER/L-55080-22 80 55.0 80.00 22ER/L...
(1) Right-hand inserts for right-hand tools and vice versa.
For inserts, see pages: ER-BUT (522) • ER-EL (523) • ER-MJ (517) • ER-NPTF (512) • ER-PG (519) • ER/L-55° (490) • ER/L-60° (494) • ER/L-ABUT (520)
• ER/L-ACME (515) • ER/L-API (521) • ER/L-API RD (521) • ER/L-BSPT (512) • ER/L-ISO (498) • ER/L-NPT (510) • ER/L-RND (523) • ER/L-SAGE (519) •
ER/L-STACME (514) • ER/L-TR (518) • ER/L-UN (503) • ER/L-UNJ (516) • ER/L-W (507) • GTGA (278) • GTMA (278)
Spare Parts
Designation
C4 SEL-27050-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SER-27050-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 EZ 83
C5 SEL-35060-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 EZ 104
C5 SER-35060-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 EZ 104
C6 SEL-45065-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SER-45065-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SEL-27050-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SER-27050-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SEL-35060-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SER-35060-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SEL-45065-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SER-45065-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C8 SEL-55080-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C8 SER-55080-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C#-SER/L
External Threading Tools with
CAMFIX Exchangeable Shanks
531
THREADING
Dmin
l1
l2
d
U-Type
Coolant Holes
f
D2
Right-hand shown
Designation d D2l1l2D min f Shank m.(4) Insert(5)
SIR/L 0005 H06 (1) 12.00 5.10 100.00 12.0 6.40 4.3 N S 06 IR/IL..
SIR/L 0005 H06CB (2) 6.00 5.10 100.00 25.0 6.40 4.3 Y C 06 IR/IL..
SIR 0005 H06-W (3) 12.00 5.10 100.00 12.0 6.40 4.3 N S 06 IR/IL..
SIR/L 0007 K08 (1) 16.00 6.60 125.00 18.0 7.80 5.3 N S 08 IR/IL..
SIR/L 0007 K08CB (2) 8.00 6.60 125.00 30.0 7.80 5.3 Y C 08 IR/IL..
SIR/L 0008 K08U (1) 16.00 7.30 125.00 21.0 9.00 6.6 N S 08 UIRL..
SIR 0008 K08UCB (2) 8.00 7.30 125.00 35.0 9.00 6.4 Y C 08 UIRL..
SIR/L 0010 H11 (1) 10.00 10.00 100.00 - 12.00 7.4 N S 11 IR/IL..
SIR 0010 H11B (1) 10.00 10.00 100.00 - 12.00 7.4 Y S 11 IR/IL..
SIR/L 0010 K11 (1) 16.00 10.00 125.00 25.0 12.00 6.5 N S 11 IR/IL..
SIR/L 0010 K11B (1) 16.00 10.00 125.00 25.0 12.00 7.4 Y S 11 IR/IL..
SIR/L 0010 M11CB (2) 10.00 10.00 150.00 - 12.00 7.4 Y C 11 IR/IL..
SIR/L 0012 P11CB (2) 12.00 12.00 170.00 - 15.00 8.4 Y C 11 IR/IL..
SIR/L 0013 L11 (1) 16.00 13.00 140.00 32.0 15.00 8.9 N S 11 IR/IL..
SIR/L 0013 M16 (1) 16.00 13.00 150.00 32.0 16.00 10.0 N S 16 IR/L..
SIR/L 0013 M16B (1) 16.00 13.00 150.00 32.0 16.00 10.2 Y S 16 IR/L..
SIR/L 0016 P16 (1) 20.00 16.00 170.00 40.0 19.00 11.4 N S 16 IR/L..
SIR/L 0016 P16B (1) 20.00 16.00 170.00 40.0 19.00 11.7 Y S 16 IR/L..
SIR 0016 R16CB (2) 16.00 16.00 200.00 - 19.00 11.7 Y C 16 IR/IL..
SIR/L 0020-16-AD 20.00 20.00 80.00 - 24.00 13.7 N S 16 IR/L..
SIR/L 0020 P16 20.00 20.00 170.00 - 24.00 13.7 N S 16 IR/L..
SIR/L 0020 P16B 20.00 20.00 170.00 - 24.00 13.7 Y S 16 IR/L..
SIR 0020 S16CB 20.00 20.00 250.00 - 28.00 13.7 Y C 16 IR/L..
SIR/L 0025-16-AD 25.00 25.00 100.00 - 29.00 16.3 N S 16 IR/L..
SIR/L 0025 R16 25.00 25.00 200.00 - 29.00 16.3 N S 16 IR/L..
SIR/L 0025 R16B 25.00 25.00 200.00 - 29.00 16.2 Y S 16 IR/L..
SIR 0025 S16CB 25.00 25.00 250.00 - 28.00 16.2 Y C 16 IR/L..
SIR/L 0032 S16 32.00 32.00 250.00 - 36.00 19.7 N S 16 IR/L..
SIR/L 0040 T16 40.00 40.00 300.00 - 44.00 23.7 N S 16 IR/L..
SIR/L 0050 U16 50.00 50.00 350.00 - 54.00 28.7 N S 16 IR/L..
SIR/L 0020 P22 (1) 20.00 20.00 170.00 - 24.00 15.6 N S 22 IR/L..
SIR/L 0025 R22 25.00 25.00 200.00 - 29.00 17.2 N S 22 IR/L..
SIR/L 0025 R22B 25.00 25.00 200.00 - 29.00 18.1 Y S 22 IR/L..
SIR/L 0032 S22 32.00 32.00 250.00 - 38.00 21.5 N S 22 IR/L..
SIR/L 0040 T22 40.00 40.00 300.00 - 46.00 25.8 N S 22 IR/L..
SIR/L 0050 U22 50.00 50.00 350.00 - 56.00 30.6 N S 22 IR/L..
SIR/L 0032 S22U 32.00 32.00 250.00 - 38.00 25.5 N S 22 UIRL..
SIR 0040 T22U 40.00 40.00 300.00 - 46.00 29.5 N S 22 UIRL..
SIR/L 0032 S27 32.00 32.00 250.00 - 40.00 22.4 N S 27 IR/L
SIR 0040 T27 40.00 40.00 300.00 - 48.00 26.6 N S 27 IR/L..
SIR/L 0050 U27 50.00 50.00 350.00 - 58.00 31.6 N S 27 IR/L..
SIR/L 0060 V27 60.00 60.00 400.00 - 68.00 36.6 N S 27 IR/L..
SIR/L 0032 S27U 32.00 32.00 250.00 - 40.00 24.7 N S 27 UIRL..
SIR 0040 T27U 40.00 40.00 300.00 - 48.00 29.4 N S 27 UIRL..
SIR/L 0050 U27U 50.00 50.00 350.00 - 58.00 34.3 N S 27 UIRL..
SIR/L 0060 V27U 60.00 60.00 400.00 - 68.00 39.3 N S 27 UIRL..
• B-steel shank with coolant hole, C-carbide shank without coolant hole, CB-carbide shank with coolant hole • All toolholders are made for 1.5 helix angle • For
GTGA inserts, use anvil AL 16-0
(1) Toolholder without anvil
(2) Carbide shank without anvil
(3) Toolholder without anvil • WBMT 060102 R/L for internal turning
(4) C-carbide,S-steel
(5) Right-hand inserts (IR) for right-hand tools (SIR)
SIR/L
Internal Threading Bars
SIR/L 0005 H06 SR 14-552 T-6/5
SIR/L 0005 H06CB SR 14-552 T-6/5
SIR 0005 H06-W SR 14-552 T-6/5
SIR/L 0007 K08 SR 14-558 T-6/5
SIR/L 0007 K08CB SR 14-558 T-6/5
SIR/L 0008 K08U SR 14-558 T-6/5
SIR 0008 K08UCB SR 14-558 T-6/5
Spare Parts
Designation
ISCAR
532
THREADING
Dmin
l1
l2
d
U-Type
Coolant Holes
f
D2
Right-hand shown
SIR/L
Internal Threading Bars
(continued)
SIR/L 0010 H11 SR M2.6-L6.7-S11 T-8/5
SIR 0010 H11B SR M2.6-L6.7-S11 T-8/5
SIR/L 0010 K11 SR M2.6-L6.7-S11 T-8/5
SIR/L 0010 K11B SR M2.6-L6.7-S11 T-8/5 PL 16
SIR/L 0010 M11CB SR M2.6-L6.7-S11 T-8/5
SIR/L 0012 P11CB SR M2.6-L6.7-S11 T-8/5
SIR/L 0013 L11 SR M2.6-L6.7-S11 T-8/5
SIR/L 0013 M16 SR 5-40-L9.7-S16S T-10/5
SIR/L 0013 M16B SR 5-40-L9.7-S16S T-10/5 PL 16
SIR/L 0016 P16 SR 5-40-L9.7-S16S T-10/5
SIR/L 0016 P16B SR 5-40-L9.7-S16S T-10/5 PL 20
SIR 0016 R16CB SR 5-40-L9.7-S16S T-10/5
SIL 0020-16-AD AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0020-16-AD AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0020 P16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0020 P16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0020 P16B AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 PL 20
SIR 0020 P16B AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 PL 20
SIR 0020 S16CB AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0025-16-AD AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0025-16-AD AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0025 R16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0025 R16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0025 R16B AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 PL 25
SIL 0025 R16B AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 PL 25
SIR/L 0025 R16B SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5 PL 25
SIR 0025 S16CB AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0032 S16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0032 S16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0040 T16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0040 T16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIL 0050 U16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR 0050 U16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
SIR/L 0020 P22 SR 8-32-L12-S22S T-20/5
SIL 0025 R22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0025 R22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIL 0025 R22B AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5 PL 25
SIR 0025 R22B AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5 PL 25
SIL 0032 S22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0032 S22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIL 0040 T22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0040 T22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIL 0050 U22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0050 U22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIL 0032 S22U AE22U SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0032 S22U AI22U SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIR 0040 T22U AI22U SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
SIL 0032 S27 AE27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0032 S27 AI27 SR M5-L5.8-A27 SR M5-L22-S40 T-25/3
SIR 0040 T27 AI27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIL 0050 U27 AE27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0050 U27 AI27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIL 0060 V27 AE27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0060 V27 AI27 SR M5-L5.8-A27 SR M5-L22-S40 K40
SIL 0032 S27U AE27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0032 S27U AI27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0040 T27U AI27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIL 0050 U27U AE27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0050 U27U AI27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIL 0060 V27U AE27U SR M5-L5.8-A27 SR M5-L22-S40 K40
SIR 0060 V27U AI27U SR M5-L5.8-A27 SR M5-L22-S40 K40
Spare Parts
Designation
533
THREADING
SS
l
2
f
l
1
Minimum
Bore
C#-SIR/L
Internal Threading Bars with
CAMFIX Exchangeable Shanks
C4 SIL-12060-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-12060-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIL-14060-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-14060-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIL-17070-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-17070-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIL-22090-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-22090-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIL-27080-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-27080-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIL-12060-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIR-12060-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIL-14060-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIR-14060-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIL-17070-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIR-17070-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIL-22090-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIR-22090-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIL-27105-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C5 SIR-27105-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIL-14070-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIR-14070-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIL-17075-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIR-17075-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIL-22090-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIR-22090-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIL-27105-16 AE16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C6 SIR-27105-16 AI16 SR 5-40-L6.8-A16 SR 5-40-L12.2-S16 T-10/5
C4 SIR-15065-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIL-19070-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIR-19070-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIL-22090-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIR-22090-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIL-27080-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C4 SIR-27080-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
Designation SS f l2l1D min Insert
C4 SIR/L-12060-16 40 11.7 37.0 60.00 20.00 16 IR/L..
C4 SIR/L-14060-16 40 13.5 38.0 60.00 25.00 16 IR/L..
C4 SIR/L-17070-16 40 16.0 48.0 70.00 29.00 16 IR/L..
C4 SIR/L-22090-16 40 19.5 69.0 90.00 36.00 16 IR/L..
C4 SIR/L-27080-16 40 23.5 60.0 80.00 44.00 16 IR/L..
C5 SIR/L-12060-16 50 11.7 35.0 60.00 20.00 16 IR/L..
C5 SIR/L-14060-16 50 13.5 36.0 60.00 25.00 16 IR/L..
C5 SIR/L-17070-16 50 16.0 47.0 70.00 29.00 16 IR/L..
C5 SIR/L-22090-16 50 19.5 68.0 90.00 36.00 16 IR/L..
C5 SIR/L-27105-16 50 23.5 84.0 105.00 44.00 16 IR/L..
C6 SIR/L-14070-16 63 13.5 42.0 70.00 25.00 16 IR/L..
C6 SIR/L-17075-16 63 16.0 48.0 75.00 29.00 16 IR/L..
C6 SIR/L-22090-16 63 19.5 64.0 90.00 36.00 16 IR/L..
C6 SIR/L-27105-16 63 23.5 80.0 105.00 44.00 16 IR/L..
C4 SIR-15065-22 40 15.4 42.0 65.00 25.00 22 IR/L..
C4 SIR/L-19070-22 40 17.9 48.0 70.00 29.00 22 IR/L..
C4 SIR/L-22090-22 40 21.4 69.0 90.00 38.00 22 IR/L..
C4 SIR/L-27080-22 40 25.4 60.0 80.00 46.00 22 IR/L..
C5 SIR/L-15065-22 50 15.4 41.0 65.00 25.00 22 IR/L..
C5 SIR/L-19070-22 50 17.9 47.0 70.00 29.00 22 IR/L..
C5 SIR/L-22090-22 50 21.4 68.0 90.00 38.00 22 IR/L..
C5 SIR/L-27105-22 50 25.4 84.0 105.00 46.00 22 IR/L..
C6 SIR/L-19075-22 63 17.9 48.0 75.00 29.00 22 IR/L..
C6 SIR/L-22090-22 63 21.4 64.0 90.00 38.00 22 IR/L..
C6 SIR/L-27105-22 63 25.4 80.0 105.00 46.00 22 IR/L..
For inserts, see pages: GTGA (278) • GTMA (278) • IR-BUT (522) • IR-EL (523) • IR-MJ (517) • IR/L-55° (491) • IR/L-60° (494) • IR/L-ABUT (520) • IR/L-ACME
(515) • IR/L-API (522) • IR/L-API RD (521) • IR/L-BSPT (513) • IR/L-ISO (499) • IR/L-NPT (510) • IR/L-NPTF (512) • IR/L-PG (519) • IR/L-RND (524) •
IR/L-SAGE (520) • IR/L-STACME (514) • IR/L-TR (518) • IR/L-UN (504) • IR/L-UNJ (516) • IR/L-W (508)
Spare Parts
Designation
ISCAR
534
THREADING
Dmin
f
l1
Lmin
max
d
Right-hand shown
9 1°
Designation d l1L min(3) L max(3) f D min
MGSIR/L 06-06W (1) 6.00 59.00 16.0 42.0 3.9 7.00 SR 14-552 T-6/5
MGSIR/L 08-06W (2) 8.00 72.00 20.0 56.0 5.0 9.20 SR 14-552 T-6/5
• 91° for shoulder depth up to 2 mm • Use right-hand WBMT 06...R inserts on left-hand tools and left-hand WBMT 06...L inserts on right-hand tools. • In order to
maintain high machining reliability we strongly recommend replacing the clamping screw every 10 insert indexes.
(1) For WBMT 060102 Dmin=6.6 mm f=4.13 mm
(2) For WBMT 060102 Dmin=8.8 mm f=5.20 mm
(3) Adjustment range
For inserts, see pages: IR/L-55° (491) • IR/L-60° (494) • IR/L-BSPT (513) • IR/L-ISO (499) • IR/L-NPT (510) • IR/L-NPTF (512) • IR/L-UN (504) • IR/L-W (508) •
WBGT (171) • WBMT (171)
MGSIR/L
Solid Carbide Bars for Internal
Turning and Threading
SS
l
2
f
l
1
Minimum
Bore
C#-SIR/L
Internal Threading Bars with
CAMFIX Exchangeable Shanks
C5 SIL-15065-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIR-15065-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIL-19070-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIR-19070-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIL-22090-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIR-22090-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIL-27105-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C5 SIR-27105-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIL-19075-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIR-19075-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIL-22090-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIR-22090-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIL-27105-22 AE22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
C6 SIR-27105-22 AI22 SR 8-32-L5.8-A22 SR 8-32-L15-S22 T-20/5
(continued)
Spare Parts
Designation
535
THREADING
T
L5L3
L
d
D
d2
L3L5
T
d3d
L
d2
1 2
Designation d d2d3L L5L3T D Fig.
PICCO 12-4-5 12.00 4.00 5.00 75.00 10.00 55.00 10.3 - 2 SR M5X4-PF HW 2.5
PICCO 16-4-5 16.00 4.00 5.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5
PICCO 20-4-5 20.00 4.00 5.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5
PICCO 22-4-5 (1) 22.00 4.00 5.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5
PICCO 16-6-7 16.00 6.00 7.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5
PICCO 20-6-7 20.00 6.00 7.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5
PICCO 22-6-7 (1) 22.00 6.00 7.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5
MG PCO-12-6 12.00 6.00 - 75.00 15.00 50.80 11.0 18.00 1 SR M5X6-PF HW 2.5
MG PCO-16-6-8 16.00 6.00 8.00 75.00 10.00 55.00 14.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-20-6-8 20.00 6.00 8.00 90.00 10.00 70.00 18.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-22-6-8 (1) 22.00 6.00 8.00 90.00 10.00 70.00 20.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-25-6-8 25.00 6.00 8.00 90.00 10.00 70.00 23.0 - 2 SR M5X6-PF HW 2.5 MG PCO-SPCR8
MG PCO-16-9 16.00 9.00 - 75.00 15.00 53.00 15.0 20.00 1 SR M5X6-PF HW 2.5 PL 16
• Holders are suitable for right- and left-hand inserts, and boring bars.
(1) Tools for Swiss-type CNC
PICCO/MG PCO (holder)
Holders for PICCO Inserts and
Small Diameter Boring Bars
dg6
LL3
T
L5
Dd2
Designation d d2D L L5L3T
PICCO ACE 12-4 12.00 4.00 14.50 85.00 23.00 53.00 10.3 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 12-5 12.00 5.00 14.50 85.00 23.00 53.00 10.3 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-4 16.00 4.00 14.50 85.00 21.50 53.50 14.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-5 16.00 5.00 14.50 85.00 21.50 53.00 14.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 16-6 16.00 6.00 19.90 85.00 23.00 53.50 14.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 16-7 16.00 7.00 19.90 85.00 23.00 53.50 14.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 20-4 20.00 4.00 14.50 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 20-5 20.00 5.00 14.50 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 20-6 20.00 6.00 19.90 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 20-7 20.00 7.00 19.90 150.00 21.50 118.00 18.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 22-4 22.00 4.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 22-5 22.00 5.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 22-6 22.00 6.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 22-7 22.00 7.00 19.90 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25-4 25.00 4.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25-5 25.00 5.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 4-5
PICCO ACE 25-6 25.00 6.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
PICCO ACE 25-7 25.00 7.00 14.50 150.00 21.50 118.00 20.0 PL 16 M6-D5 WRENCH ACE 6-7
• Holders are suitable for right- and left-hand PICCO inserts
Cap
Wrench
Locking shim
Body
Pins
Locking
shim
Cap
Insert
Pin
PICCO ACE
Holders for PICCOCUT Inserts
MG PCO...-6-8
Back Stopper
MG PCO-SPCR8
PICCO...MFT
PICCO...MF ...8-...
...8-...
ISCAR
536
THREADING
ISCAR
536
USER GUIDE
ISO Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 125 1
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
Quenched and tempered 1000 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 200 10
Quenched and tempered 1100 325 11
Stainless steel and
cast steel
Ferritic/martensitic 680 200 12
Martensitic 820 240 13
MStainless steel Austenitic 600 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 180 15
Pearlitic 260 16
Grey cast iron (GG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum-
wrought alloy
Not cureable 60 21
Cured 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 75 23
Cured 90 24
>12% Si High temperature 130 25
Copper alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic copper 100 28
Non-metallic Duroplastics, fiber plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys RM 400 36
Alpha+beta alloys cured RM 1050 37
H
Hardened steel Hardened 55 HRC 38
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
Machining Data for Threading
537
THREADING
537
USER GUIDE
Coated
IC228 IC908 IC808 IC1007
Cutting Speed (m/min)
60-100 115-190 125 - 205 135-230
60-95 110-180 120 - 195 130-220
50-90 100-175 105 - 185 120-210
45-85 90-165 95 - 175 110-200
45-85 90-165 95 - 175 110-200
50-95 100-180 105 - 195 120-215
40-75 75-140 80 - 150 90-170
35-70 70-135 75 - 145 85-160
35-70 70-135 75 - 145 85-160
40-65 80-120 85 - 130 95-145
25-50 50-100 55 - 105 60-120
35-70 70-130 75 - 140 85-155
45-60 85-110 90 - 120 100-130
45-75 90-140 95 - 150 110-170
65-85 125-160 135 - 170 150-190
45-65 90-120 95 - 130 110-145
35-70 70-130 75 - 140 85-155
30-60 60-115 65 - 125 70-140
30-35 60-70 65 - 75 70-85
30-75 60-145 65 - 155 70-175
50-195 100-365 105 - 390 120-440
40-115 80-220 85 - 235 95-265
105-215 200-400 215 - 430 240-480
105-150 200-280 215 - 300 240-335
105-150 200-280 215 - 300 240-335
40-135 80-255 85 - 275 95-305
40-135 80-255 85 - 275 95-305
40-130 80-255 85 - 275 95-305
40-130 80-250 85 - 265 95-300
40-130 80-250 85 - 265 95-300
25-30 45-60 50 - 65 55-70
15-25 35-50 35 - 55 40-60
10-15 20-30 20 - 30 25-35
5-10 15-25 15 - 25 18-30
5-10 15-25 15 - 25 18-30
75-90 140-170 150 - 180 170-205
25-35 50-70 55 - 75 60-85
25-30 45-60 50 - 65 55-70
25-30 45-60 50 - 65 55-70
25-30 45-60 50 - 65 55-70
25-30 45-60 50 - 65 55-70
ISCAR
538
THREADING
ISCAR
538
USER GUIDE
Types and Profiles of Threading Inserts
User Guide and Cutting Data
Full ProfilePartial Profile
• Performs different thread standards and
is suitable for a wide range of pitches that
have a common angle (60º or 55º)
• Inserts with a small root-corner radius
suitable for the smallest pitch of the range
• Additional operations to complete the
outer/internal diameter is necessary
• Not recommended for mass production
• Eliminates the need for different inserts
• Performs complete thread profile
• Root corner radius is only
suitable for the relevant pitch
• Recommended for
mass production
• Suitable for one profile only
Thread Turning Methods
External Thread Internal Thread
(1) See pages 539-540
LH
RH
LH
RH
RH
LH
RH
LH
Change anvil to negative(1)
Change anvil to negative(1) Change anvil to negative(1)
Right-Hand ThreadRight-Hand Thread
Left-Hand ThreadLeft-Hand Thread
539
THREADING
539
USER GUIDE
Thread Helix Angle and Anvil Selection
Anvil Selection According to Thread Helix Angle λ
4˚
β
2˚3˚
1˚
40
302010 50 60 75
TPI
Pitch
mm
0.5
1.0
1.5
2.0
3.0
4.0
2.5
0
5.0
48
24
16
12
8
6
10
0
5
Diameter
β(1)
=
4.5
˚
β(1)=3.5
˚
β(1)=2.5
˚
β(1)=1.5
˚
β
(1)
=0.5
˚
λ
P
D
Diameter-D (mm)
Pitch mm
Pitch-TPI
Helix Angle λ Evaluation
P - Pitch in mm
D - Effective diameter
of thread in mm
λ - Angle of inclination
tg λ = P
3.14·
D
λº ≈ 20
·
P
D
(1) β - Effective inclination angle
1.5°
const.
+λ°
+β°−β°
−λ°
1.5°
const.
Anvils for positive inclination angle
applicable when turning RH thread with
RH holders or LH thread with LH toolholders.
Anvils for negative inclination used
when turning RH thread with LH holder
or LH thread with RH toolholder.
Standard
Thread Helix Angle λ>4º 3º-4º 2º-3º 1º-2º 0º-1º Negative Anvils
Inclination Angle β4.5º 3.5º 2.5º 1.5º 0.5º -0.5º -1.5º
l (d) Toolholder Anvil Designation
16 EX RH OR IN LH AE16+4.5 AE16+3.5 AE16+2.5 AE16 AE16+0.5 AE16-0.5 AE16-1.5
(3/8) EX LH OR IN RH AI16+4.5 AI16+3.5 AI16+2.5 AI16 AI16+0.5 AI16-0.5 AI16-1.5
22 EX RH OR IN LH AE22+4.5 AE22+3.5 AE22+2.5 AE22 AE22+0.5 AE22-0.5 AE22-1.5
(1/2) EX LH OR IN RH AI22+4.5 AI22+3.5 AI22+2.5 AI22 AI22+0.5 AI22-0.5 AI22-1.5
27 EX RH OR IN LH AE27+4.5 AE27+3.5 AE27+2.5 AE27 AE27+0.5 AE27-0.5 AE27-1.5
(5/8) EX LH OR IN RH AI27+4.5 AI27+3.5 AI27+2.5 AI27 AI27+0.5 AI27-0.5 AI27-1.5
22U EX RH OR IN LH AE22U+4.5 AE22U+3.5 AE22U+2.5 AE22U AE22U+0.5 AE22U-0.5 AE22U-1.5
(1/2U) EX LH OR IN RH AI22U+4.5 AI22U+3.5 AI22U+2.5 AI22U AI22U+0.5 AI22U-0.5 AI22U-1.5
27U EX RH OR IN LH AE27U+4.5 AE27U+3.5 AE27U+2.5 AE27U AE27U+0.5 AE27U-0.5 AE27U-1.5
(5/8U) EX LH OR IN RH AI27U+4.5 AI27U+3.5 AI27U+2.5 AI27U AI27U+0.5 AI27U-0.5 AI27U-1.5
ISCAR
540
THREADING
ISCAR
540
USER GUIDE
Thread Helix Angle and Anvil Selection
Use AE Anvils for EX-RH
and IN-LH Toolholders.
Use Al Anvils for IN-RH
and EX-LH Toolholders.
λ°
1.5
α°
°
Toolholder
10520304050607080
1.5
2
2.5
3
4
5
6
7
8
9
10
3.5
mm
Diamete
r
mm
TPI
Pitch
16
12
10
8
6
5
4
3.5
3
2.5
ACME STUB ACME
trapez (din 103)
round (din 405)
Special Holder Required
AE or Al+4.5º
AE or Al+3.5º
AE or Al+2.5º
AE or Al+0.5º
Standard Anvil (supplied with toolholder)
Use AE Anvils for EX-RH
and IN-LH Toolholders.
Use Al Anvils for IN-RH
and EX-LH Toolholders.
10520304050607080
1.5
2
2.5
3
4
5
6
7
8
9
10
3.5
mm
Diamete
r
mm
TPI
Pitch
16
12
10
8
6
5
4
3.5
3
2.5
Special Holder Required
AE or Al+4.5º
AE or Al+3.5º
AE or Al+2.5º
Partial Profiles 60º Partial
Profiles 55º ISO, UN,
WHIT., NPT, BSPT
Standard Anvil (supplied with toolholder)
°
α°=3.74
γ=1.5
Use AE Anvils for EX-RH
and IN-LH Toolholders.
Use Al Anvils for IN-RH
and EX-LH Toolholders.
Replacing the
standard anvil
with a negative
angle anvil
will eliminate
side rubbing
Toolholder
10520304050607080
1.5
2
2.5
3
4
5
6
7
8
9
10
3.5
mm
Diameter
mm
TPI
Pitch
16
12
10
8
6
5
4
3.5
3
2.5
Special Holder Required
AE or Al+2.5º
American Buttress
Sagengewinde
(DIN-513)
Standard Anvil (supplied with toolholder)
Change to Negative Anvil AE or Al-1.5º
541
THREADING
541
USER GUIDE
Mini-Tool Features
(1)
(2)
(3)
øD M8; 5/16”-UN; 1/16”-NPT
4H÷8H/1B÷3B
A 0.00
(1) Smallest possible thread
(2) All tolerances
(3) Minimum runout
(4) High surface quality
A
Flank Clearance and Effective Inclination Angle
Inclination angle b of the cutting edges corresponds
to a specific thread helix angle l and ensures an
equal clearance angle on both sides of the insert.
α - Flank clearance angle
l - Helix angle
b - Effective inclination angle is achieved by
selecting the suitable anvil
λ
=0
α α
β
L
R
λ
β
αL αR
αl=αr
Incorrect
αl<αr
Infeed Methods for Threading Operations
Flank Infeed
D
1
/2
D
2
/2
D
3
/2
D
n
/2
U/2
H/2
D/2
Flank Equal
Equal depth of cut for each pass
D1/2
D2/2
D3/2
Dn+1/2
D/2
U/2
Dn/2
Flank Diminishing
Diminished depth of cut for each pass
Radial Infeed
1
2
3
4
5
Alternating Flanks Infeed
H - Depth of thread profile (on ø)
D - Depth of pass (on ø)
U - Depth of finishing pass (on ø)
D1
2=D2
2=D3
2=Dn
2
D1
2>D2
2>D3
2> >
Dn
2
Dn+1
2
ISCAR
542
THREADING
ISCAR
542
USER GUIDE
Full
Profile Pitch TPI
Insert
Designation
No. of
Passes
Max. Depth for First Pass (D1) mm
Low Carbon
Steel
High Carbon
Steel Alloy Steel Stainless Steel
Nonferrous
Aluminium
Min. Max. Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3)
ISO
Metric
1.00 16 ER/L 1.00 ISO 5 9 0.34 0.51 0.31 0.46 0.27 0.41 0.22 0.33 0.48 0.71
1.25 16 ER/L 1.25 ISO 6 11 0.42 0.63 0.38 0.57 0.34 0.50 0.27 0.41 0.59 0.88
1.50 16 ER/L 1.50 ISO 6 12 0.46 0.69 0.41 0.62 0.37 0.55 0.30 0.45 0.64 0.97
1.75 16 ER/L 1.75 ISO 8 13 0.48 0.72 0.43 0.65 0.38 0.58 0.31 0.47 0.67 1.01
2.00 16 ER/L 2.00 ISO 8 14 0.50 0.75 0.45 0.68 0.40 0.60 0.33 0.49 0.70 1.05
2.50 16 ER/L 2.50 ISO 10 15 0.53 0.80 0.48 0.72 0.42 0.64 0.34 0.52 0.74 1.12
3.00 16 ER/L 3.00 ISO 12 17 0.56 0.84 0.50 0.76 0.45 0.67 0.36 0.55 0.78 1.18
American
UN
24 16 ER/L 24 UN 5 9 0.34 0.51 0.31 0.46 0.27 0.41 0.22 0.33 0.48 0.71
20 16 ER/L 20 UN 6 10 0.42 0.63 0.38 0.57 0.34 0.50 0.27 0.41 0.59 0.88
18 16 ER/L 18 UN 6 11 0.46 0.69 0.41 0.62 0.37 0.55 0.30 0.45 0.64 0.97
16 16 ER/L 16 UN 7 12 0.47 0.71 0.42 0.64 0.38 0.57 0.31 0.46 0.66 0.99
14 16 ER/L 14 UN 6 13 0.46 0.69 0.41 0.62 0.37 0.55 0.28 0.41 0.64 0.97
12 16 ER/L 12 UN 8 14 0.50 0.75 0.45 0.68 0.40 0.60 0.33 0.49 0.70 1.05
8 16 ER/L 8 UN 12 17 0.56 0.84 0.50 0.76 0.45 0.67 0.36 0.55 0.78 1.18
British
BSW
19 16 ER/L 19 W 6 11 0.35 0.52 0.32 0.47 0.28 0.42 0.21 0.31 0.49 0.73
16 16 ER/L 16 W 7 12 0.47 0.71 0.42 0.64 0.38 0.57 0.31 0.46 0.66 0.99
14 16 ER/L 14 W 8 13 0.50 0.75 0.45 0.68 0.40 0.60 0.33 0.49 0.70 1.05
11 16 ER/L 11 W 9 14 0.44 0.66 0.40 0.59 0.35 0.53 0.29 0.43 0.62 0.92
NPT
18 16 ER/L 18 NPT 10 20 0.24 0.36 0.22 0.32 0.19 0.29 0.16 0.23 0.34 0.50
14 16 ER/L 14 NPT 13 26 0.24 0.36 0.22 0.32 0.19 0.29 0.14 0.22 0.34 0.50
11.5 16 ER/L 11.5 NPT 15 24 0.27 0.40 0.24 0.36 0.22 0.32 0.18 0.26 0.38 0.56
8 16 ER/L 8 NPT 17 30 0.31 0.46 0.28 0.41 0.25 0.37 0.20 0.30 0.43 0.64
Round 6 16 ER/L 6 Rnd 9 20 0.42 0.63 0.38 0.57 0.34 0.50 0.27 0.41 0.59 0.88
Partial
Profile 60º
0.50-1.50 48-16 16 ER/L A60 (1) 0.22 0.33 0.20 0.30 0.18 0.26 0.14 0.21 0.31 0.46
1.75-3.00 14-8 16 ER/L G60 0.50 0.75 0.45 0.68 0.40 0.60 0.33 0.49 0.70 1.05
0.50-3.00 48-8 16 ER/L AG60 0.24 0.36 0.22 0.32 0.19 0.29 0.16 0.23 0.34 0.50
3.50-5.00 7-5 22 ER/L N60 0.41 0.62 0.37 0.56 0.33 0.50 0.27 0.40 0.57 0.87
Partial
Profile 55º
1.75-3.00 14-8 16 ER/L G55 0.50 0.75 0.45 0.68 0.40 0.60 0.33 0.49 0.70 1.05
0.50-3.00 48-8 16 ER/L AG55 0.22 0.33 0.20 0.30 0.18 0.26 0.14 0.21 0.31 0.46
Maximum Depth of First Cut for CNC Control
External Threading - M-Type Inserts
(1) Per the number of passes for the relevant pitch
(2) Equal depth of cut method
(3) Diminished depth of cut for each pass method
Number of Cutting Passes for Regular Type Inserts
TPI Pitch mm 0.5
48
1.0
24
1.5
16
2.0
12
2.5
10
3.0
8
4.0
6
6.0
4
Number of Passes 4-6 5-9 5-12 6-14 7-15 8-17 10-20 11-22
For mini-tools (06IR or 08IR) add 1-3 passes. Increase for hard materials.
543
THREADING
543
USER GUIDE
Maximum Depth of First Cut for CNC Control
Internal Threading - M-Type Inserts
(1) Per the number of passes for the relevant pitch
(2) Equal depth of cut method
(3) Diminished depth of cut for each pass method
Cutting Data
Full
Profile Pitch TPI
Insert
Designation
No. of
Passes
Max. Depth for First Pass (D1) mm
Low Carbon
Steel
High Carbon
Steel Alloy Steel
Stainless
Steel
Nonferrous
Aluminium
Min. Max. Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3)
ISO
Metric
1.50 11 IRM 1.50 ISO 10 20 0.20 0.30 0.18 0.27 0.16 0.24 0.12 0.18 0.28 0.42
1.00 16 IRM 1.00 ISO 9 16 0.14 0.20 0.13 0.18 0.11 0.16 0.09 0.13 0.20 0.28
1.25 16 IRM 1.25 ISO 9 16 0.19 0.28 0.17 0.25 0.15 0.22 0.12 0.18 0.27 0.39
1.50 16 IRM 1.50 ISO 10 20 0.20 0.30 0.18 0.27 0.16 0.24 0.12 0.18 0.28 0.42
1.75 16 IRM 1.75 ISO 11 18 0.21 0.32 0.19 0.29 0.17 0.26 0.14 0.21 0.29 0.45
2.00 16 IRM 2.00 ISO 12 21 0.22 0.33 0.20 0.30 0.18 0.26 0.14 0.21 0.31 0.46
2.50 16 IRM 2.50 ISO 14 21 0.23 0.34 0.21 0.31 0.18 v0.27 0.15 0.22 0.32 0.48
3.00 16 IRM 3.00 ISO 16 22 0.24 0.35 0.22 0.32 0.19 0.29 0.16 0.23 0.34 0.50
American
UN
16
20 16 IRM 20UN 7 13 0.20 0.30 0.18 0.27 0.16 0.24 0.12 0.18 0.28 0.42
18 16 IRM 18UN 8 15 0.20 0.30 0.18 0.27 0.16 0.24 0.12 0.18 0.28 0.42
16 IRM 16 UN 11 19 0.20 0.30 0.18 0.27 0.16 0.24 0.13 0.20 0.28 0.42
14 16 IRM 14 UN 11 20 0.21 0.31 0.19 0.28 0.17 0.25 0.13 0.19 0.29 0.43
12 16 IRM 12 UN 12 21 0.23 0.34 0.21 0.31 0.18 0.27 0.15 0.22 0.32 0.48
8 16 IRM 8 UN 14 20 0.24 0.36 0.22 0.32 0.19 0.29 0.16 0.23 0.34 0.50
British
BSW
19 16 IRM 19 W 7 12 0.28 0.42 0.25 0.38 0.22 0.34 0.17 0.25 0.39 0.59
16 16 IRM 16 W 9 14 0.26 0.39 0.23 0.35 0.21 0.31 0.17 0.25 0.36 0.55
14 16 IRM 14 W 10 16 0.27 0.41 0.24 0.37 0.22 0.33 0.18 0.27 0.38 0.57
11 16 IRM 11 W 12 19 0.31 0.46 0.28 0.41 0.25 0.37 0.20 0.30 0.43 0.64
NPT
14 16 IRM 14 NPT 21 35 0.13 0.20 0.12 0.18 0.10 0.16 0.08 0.12 0.18 0.28
11.5 16 IRM 11.5 NPT 21 33 0.17 0.25 0.15 0.23 0.14 0.20 0.11 0.16 0.24 0.35
8 16 IRM 8 NPT 20 34 0.23 0.34 0.21 0.31 0.18 0.27 0.14 0.20 0.32 0.48
Round 6 16 IRM 6 RND 12 24 0.30 0.46 0.27 0.41 0.24 0.37 0.20 0.30 0.42 0.64
Partial
Profile 60º
0.50-1.25 48-16 06 IRM A60 0.22 0.33 0.20 0.30 0.18 0.26 0.14 0.21 0.31 0.46
0.50-1.50 48-16 08 IRM A60 (1) 0.13 0.20 0.12 0.18 0.10 0.16 0.08 0.13 0.18 0.28
0.50-1.50 48-16 11 IRM A60 0.13 0.20 0.12 0.18 0.10 0.16 0.08 0.13 0.18 0.28
0.50-1.50 48-16 16 IRM A60 0.13 0.20 0.12 0.18 0.10 0.16 0.08 0.13 0.18 0.28
1.75-3.00 14-8 16 IRM G60 0.22 0.33 0.20 0.30 0.18 0.26 0.14 0.21 0.31 0.46
0.50-3.00 48-8 16 IRM AG60 0.14 0.21 0.13 0.19 0.11 0.17 0.09 0.14 0.20 0.29
3.50-5.00 7-5 22 IRM N60 0.23 0.34 0.21 0.31 0.18 0.27 0.15 0.22 0.32 0.48
Partial
Profile 55º
1.75-3.00 14-8 16 IRM G55 0.34 0.50 0.31 0.45 0.27 0.40 0.22 0.33 0.48 0.70
0.50-3.00 48-8 16 IRM AG55 0.14 0.20 0.13 0.18 0.11 0.16 0.09 0.13 0.20 0.28
ISCAR
544
THREADING
ISCAR
544
USER GUIDE
Recommended Number of Passes for Multi-Tooth Insert
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 ER 1.0 ISO 3M 2 0.39 0.24 — —
16 ER 1.5 ISO 2M 3 0.40 0.31 0.21 —
22 ER 1.5 ISO 3M 2 0.54 0.38 — —
22 ER 2.0 ISO 2M 3 0.56 0.42 0.27 —
22 ER 2.0 ISO 3M 2 0.75 0.50 — —
27 ER 3.0 ISO 2M 4 0.60 0.52 0.44 0.30
ISO - (Metric)
External
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 IR 1.0 ISO 3M 2 0.32 0.26 — —
16 IR 1.5 ISO 2M 3 0.36 0.29 0.22 —
22 IR 1.5 ISO 3M 2 0.49 0.38 — —
22 IR 2.0 ISO 2M 3 0.50 0.40 0.25 —
22 IR 2.0 ISO 3M 2 0.72 0.43 — —
27 IR 3.0 ISO 2M 4 0.57 0.45 0.38 0.33
Internal
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 ER 16 UN 2M 3 0.45 0.32 0.20 —
22 ER 16 UN 3M 2 0.60 0.37 — —
22 ER 12 UN 2M 3 0.60 0.39 0.31 —
22 ER 12 UN 3M 2 0.80 0.50 — —
27 ER 8 UN 2M 4 0.63 0.55 0.42 0.36
UN
External
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 IR 16 UN 2M 3 0.40 0.29 0.23 —
22 IR 16 UN 3M 2 0.57 0.35 — —
22 IR 12 UN 2M 3 0.55 0.39 0.28 —
22 IR 12 UN 3M 2 0.75 0.47 — —
27 IR 8 UN 2M 4 0.65 0.49 0.42 0.27
Internal
NPT
External
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
22 ER 11.5 NPT 2M 4 0.55 0.46 0.35 0.32
27 ER 11.5 NPT 3M 3 0.75 0.57 0.36 —
27 ER 8 NPT 2M 4 0.80 0.62 0.54 045
Internal
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
22 IR 11.5 NPT 2M 4 0.55 0.46 0.35 0.32
27 IR 11.5 NPT 3M 3 0.75 0.57 0.36 —
27 IR 8 NPT 2M 4 0.80 0.62 0.54 045
WHITWORTH
External
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 ER 14 W 2M 3 0.51 0.39 0.26 —
22 ER 14 W 3M 2 0.72 0.44 — —
22 ER 11 W 2M 3 0.65 0.46 0.37 —
Internal
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
16 IR 14 W 2M 3 0.51 0.39 0.26 —
22 IR 14 W 3M 2 0.72 0.44 — —
22 IR 11 W 2M 3 0.65 0.46 0.37 —
API-ROUND
External
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
22 ER 10 API RD 2M 3 0.58 0.53 0.30 —
27 ER 10 API RD 3M 2 0.98 0.43 — —
27 ER 8 API RD 2M 3 0.82 0.59 0.40 —
Internal
Insert Description No. of Passes 1st Pass 2nd Pass 3rd Pass 4th Pass
22 IR 10 API RD 2M 3 0.58 0.53 0.30 —
27 IR 10 API RD 3M 2 0.98 0.43 — —
27 IR 8 API RD 2M 3 0.82 0.59 0.40 —
545
THREADING
545
USER GUIDE
Cutting Data
Carbide
Grade
Steel (N/mm Tensile Strength) Stainless
Steel
Cast
Iron
Non-
ferrous
400-500 500-700 700-850 850-1150 >1150
Cutting
Speed
Vc m/min.
IC228 160 140 120 90 70 90 100 300
IC908 185 160 140 105 80 105 115 350
Pitch (p) mm TPI No. of Passes
0.5 48 6 6 7 7 8 8 7 6
0.75 32 8 8 9 9 10 10 9 8
1.0 24 10 10 12 12 12 12 12 10
1.25 20-19 12 12 14 14 15 15 14 12
1.5 16 15 15 17 17 18 18 17 15
For internal threading of small diameters, the PVD coated grade IC228 is recommended.
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 Non-ferrous
High
Temperature
Alloys
Hard
Steel & Cast
Iron
THREADING
Harder IC1007 IC1007 IC1007 IC1007 IC08 IC806 IC1007
IC808 (IC908) IC808 (IC908) IC1007
IC250 (IC950) IC808
(IC908)
IC808
(IC908) IC250 (IC950) IC228 IC808
(IC908)
IC808
(IC908)
Tougher IC228 IC228 IC228 IC228 IC28
First choice
ISCAR
546
THREADING
ISCAR
546
USER GUIDE
Troubleshooting
Problem Cause Solution
• Cutting speed too high • Reduce RPM
• Infeed depth too small • Modify flank infeed
• Increase depth of cut
• Highly abrasive material • Use coated grade
• Inadequate coolant supply • Apply coolant
• Wrong inclination anvil • Reselect anvil
• Wrong turned dia. prior to threading • Check turned dia.
Premature Wear • Insert is above center line • Check center height
• Cutting speed too high • Reduce RPM
• Depth of cut large • Reduce depth of cut
• Wrong grade • Use coated grade
• Use tougher grade
• Poor chip control • Modify flank infeed
• Inadequate coolant supply • Apply coolant
Chipped Edge • Center height incorrect • Adjust center height
• Excessive heat in cutting zone
• Reduce RPM
• Reduce depth of cut
• Check turned dia.
• Wrong grade • Use coated grade
• Use harder grade
Plastic Deformation • Inadequate coolant supply • Apply coolant
• Cutting edge too cold • Increase RPM
• Increase depth of cut
• Wrong grade • Use coated grade
Built-Up Edge • Inadequate coolant supply • Apply coolant
• Cutting edge too cold • Increase RPM
• Depth of cut too large • Reduce depth of cut
• Increase number of infeed passes
• Wrong grade • Use tougher grade
• Wrong turned dia. prior to threading • Check turned dia.
• Corner height incorrect • Adjust center height
• Infeed depth too shallow • Modify flank infeed
• Wrong inclination anvil • Re-select anvil
Broken Nose During 1st Pass • Tool overhang too long • Reduce tool overhang
Poor Surface Finish • Wrong cutting speed • Increase RPM
• Reduce RPM
• Excessive heat in cutting zone • Reduce depth of cut
• Poor chip control • Modify flank infeed
• Inadequate coolant supply • Apply coolant
• Wrong inclination anvil • Reselect anvil
• Tool overhang too long • Reduce tool overhang
• Center height incorrect • Check center height
Poor Chip Control
• Excessive heat in cutting zone
• Reduce RPM
• Change depth of cut
• Check turned dia.
• Wrong grade
• Use coated grade
• Check turned dia.
• Use M-type insert
• Inadequate coolant supply • Apply coolant
• Wrong turned dia. prior to threading • Check turned dia.
START
Complete Machining Solutions
NON-ROTATING TOOL HOLDERS
ISCAR
548
NON-ROTATING TOOL HOLDERS
l7
l8A
A-A C-C
A
C
d4
d2
l2l3
l6
l11
l1
d5
d1
b2
Dm
2e
C
CAMFIX (ISO 26623-1)
CAMFIX ISO 26623-1
Toolholder Standard
CAMFIX b2d1 ±0.1 d2d4d5 ±0.1 Dme l1l2 ±0.1 l3 min l6 ±0.15 l7 ±0.15 l8 min l11 ±0.1
C3 28,3 32 15 M12x1.5 3,6 22 0,7 2,5 19 15 6 13 25 8
C4 35,3 40 18 M14x1.5 4,6 28 0,9 2,5 24 20 8 15 30 11,5
C5 44,4 50 21 M16x1.5 6,1 35 1,12 3 30 20 10 20 37 14
C6 55,8 63 28 M20x2 8,1 44 1,4 3 38 22 12 27 47 15,5
C8 71,1 80 32 M20x2 9,1 55 2 3 48 30 12 28 48 25
C8X 88,7 100 32 M20x2 9,1 55 2 3 48 32 16 28 48 25
C10 88,3 100 43 M24x2 12 72 2,8 3 60 36 16 40 70 26,5
h1h2
h3
H5
D1
SS
f2
L
L2L3
bCAMFIX
a°
Left-hand shown.
Right-hand shown
Bar Max
Designation SS L L2L3f2h1b h2h3H5D1a°
C4 ASHR/L 16 1 40 104.00 70.00 34.00 7.00 16.0 16.0 20.0 23.0 20.50 60.00 30
C5 ASHR/L 20 1 50 98.00 63.50 24.50 10.00 20.0 20.0 33.0 30.0 29.00 90.00 30
C6 ASHR/L 20-1 63 100.00 63.50 26.50 10.00 20.0 20.0 33.0 30.0 29.00 90.00 30
C6 ASHR/L 25 1 63 120.00 70.00 30.00 13.00 25.0 25.0 32.0 38.0 32.00 100.00 27
C8 ASHR/L 32-1 80 140.00 95.00 35.00 8.00 32.0 32.0 32.0 40.0 40.00 110.00 27
Spare Parts
Designation
C4 ASHR/L 16 1 SR M8X16 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C5 ASHR/L 20 1 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHR/L 20-1 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHR/L 25 1 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C8 ASHR/L 32-1 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
C#-ASHR/L
Holders with CAMFIX
Exchangeable Shanks for
External Square-Shank Tools
Tool Holders for Square and Round Shank Tools ................................ 548
CAMFIX Shanks ....................................................................................... 548
HSK Shanks ............................................................................................. 551
Tool Blocks for Parting Blades ................................................................ 471
Exchangeable Heads for Grooving and Parting
Blades and Adapters ................................................................................. 475
Modular Grip Adaptations ........................................................................ 415
549
NON-ROTATING TOOL HOLDERS
SS
Coolant Nozzle
Stopper Screw
bL
L2
L1
l1
h
h2
D
1
Left-hand shown
Designation SS L L2b D1L1l1h h2
C3 ADE 16R/L 32 45.00 28.10 16.0 65.00 45.0 20.00 16.0 20.0
C4 ADE-20R/L 40 49.20 29.10 20.0 87.00 57.0 32.00 20.0 26.0
C5 ADE-20R/L 50 55.20 35.10 20.0 87.00 57.0 32.00 20.0 26.0
• Use the tools with AD suffix • Regular tools should be shortened
Spare Parts
Designation
C3 ADE 16R/L SR M10X20 DIN915 HW 3.0* SR M6X8 DIN916(a) HW 5.0* SATZ-M8X1-M3
C4 ADE-20R/L SR M10X20DIN912 HW 4.0 SR M8X10 DIN913(a) HW 8.0* EZ 125
C5 ADE-20R/L SR M10X16 HW 4.0 SR M8X10 DIN916(a) HW 8.0* EZ 125
* Optional, should be ordered separately
(a) Stopper screw
C#-ADE
Holders with CAMFIX
Exchangeable Shanks for
External Square-Shank Tools
L
SS
D
f2
h1h2
h3
H5
b
L2
A left-hand tool in a right-hand adapter are shown
Bar Max
Designation SS h1b L2L h2h3H5f2D
C5 ASHR/L 20-45 50 20.0 20.0 - 127.00 26.0 36.0 31.50 15.00 72.00
C6 ASHR/L 20-45 63 20.0 20.0 - 102.00 33.0 41.6 38.00 15.00 72.00
C6 ASHR/L 25-45 63 25.0 25.0 70.00 102.00 33.0 41.6 38.00 15.00 100.00
C8 ASHR/L 32-45 80 32.0 32.0 100.00 140.00 40.0 50.0 60.00 17.00 140.00
Spare Parts
Designation
C5 ASHR/L 20-45 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHR/L 20-45 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHR/L 25-45 SR M12X30 DIN915 HW 6.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C8 ASHR/L 32-45 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
C#-ASHR/L-45
Holders with CAMFIX Exchangeable
Shanks Carrying Square Shank Tools
for 45° Mounting on Turn-Mill Machines
H4
L3bL
H5
SS
L2
h3
h1h2
D
Bar Max
Designation SS h1b L L2L3h3H5h2H4D
C5 ASHA 20 50 20.0 20.0 58.00 46.00 38.00 38.0 38.00 31.5 76.5 90.00
C6 ASHA 20 63 20.0 20.0 60.00 46.00 40.00 38.0 38.00 31.5 76.5 90.00
C6 ASHA 25 63 25.0 25.0 71.00 61.00 46.00 45.0 45.00 31.6 86.6 110.00
C8 ASHA 32 80 32.0 32.0 85.00 80.00 53.00 55.0 55.00 30.0 95.0 142.00
Spare Parts
Designation
C5 ASHA 20 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHA 20 SR M10X25 DIN915 HW 5.0* SATZ-M10X1-M5 WRENCH NOZZLE HP M10*
C6 ASHA 25 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C8 ASHA 32 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
C#-ASHA
Perpendicular Holders with
CAMFIX Shanks for External
Square-Shank Tools
ISCAR
550
NON-ROTATING TOOL HOLDERS
SS
L
L4
D1
d2
G1
Bar Max
Designation SS L L4d2D1G1
C3 ADI 10 32 50.00 20.0 10.00 36.00 M6 SR M6X10 DIN1835B HW 3.0*
C3 ADI 12 32 50.00 21.5 12.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C3 ADI 16 32 50.00 29.5 16.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C4 ADI 10 40 50.00 20.0 10.00 36.00 M6 SR M6X10 DIN1835B HW 3.0*
C4 ADI 12 40 50.00 24.0 12.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C4 ADI 16 40 50.00 32.0 16.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C4 ADI 20 40 60.00 40.0 20.00 36.00 M10 SR M10X12 DIN1835-B HW 5.0*
C4 ADI 25 40 70.00 45.0 25.00 54.00 M12 SR M12X16 DIN1835-B HW 6.0*
C5 ADI 10 50 60.00 26.0 10.00 36.00 M6 SR M6X10 DIN1835B HW 3.0*
C5 ADI 12 50 60.00 26.0 12.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C5 ADI 16 50 60.00 32.0 16.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C5 ADI 25 50 70.00 50.0 25.00 54.00 M12 SR M12X16 DIN1835-B HW 6.0*
C5 ADI 20 50 75.00 49.0 20.00 40.00 M10 SR M10X12 DIN1835-B HW 5.0*
C5 ADI 32 50 100.00 76.0 32.00 68.00 M12 SR M12X16 DIN1835-B HW 6.0*
C6 ADI 12 60 65.00 36.0 12.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C6 ADI 16 60 65.00 36.0 16.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C6 ADI 20 60 65.00 40.0 20.00 36.00 M10 SR M10X12 DIN1835-B HW 5.0*
C6 ADI 25 60 76.00 51.0 25.00 54.00 M12 SR M12X16 DIN1835-B HW 6.0*
C6 ADI 32 60 100.00 76.0 32.00 68.00 M12 SR M12X16 DIN1835-B HW 6.0*
C6 ADI 40 60 100.00 76.0 40.00 98.00 M12 SR M12X16 DIN1835-B HW 6.0*
C6 ADI 50 60 115.00 76.0 50.00 98.00 M12 SR M12X16 DIN1835-B HW 6.0*
C8 ADI 12 80 70.00 36.0 12.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C8 ADI 16 80 70.00 36.0 16.00 36.00 M8 SR M8X10 DIN1835-B HW 4.0*
C8 ADI 20 80 70.00 40.0 20.00 36.00 M10 SR M10X12 DIN1835-B HW 5.0*
C8 ADI 25 80 80.00 51.0 25.00 54.00 M12 SR M12X16 DIN1835-B HW 6.0*
C8 ADI 32 80 110.00 86.0 32.00 68.00 M12 SR M12X16 DIN1835-B HW 6.0*
C8 ADI 40 80 115.00 86.0 40.00 98.00 M12 SR M12X16 DIN1835-B HW 6.0*
C8 ADI 50 80 115.00 86.0 50.00 98.00 M12 SR M12X16 DIN1835-B HW 6.0*
• Use the tools with "AD" suffix • Regular tools should be shortened
* Optional, should be ordered separately
C#-ADI
Holders with CAMFIX
Exchangeable Shanks
for Boring Bars
SS
CAMFIX
L
L
4
D1
d2
M12 (typ.4)
Bar Max
Designation SS d2D1L L4
C4 ABB 25-60 40 25.00 63.00 100.00 60.0
C5 ABB-25-60 50 25.00 63.00 100.00 60.0
C6 ABB-25-60 63 25.00 63.00 100.00 60.0
C6 ABB-40-70 63 40.00 75.00 105.00 71.0
C8 ABB 25-60 80 25.00 63.00 100.00 60.0
C8 ABB 40-72 80 40.00 75.00 105.00 71.0
• For SC reduction sleeves, see page 552
Spare Parts
Designation
C4 ABB 25-60 SR M10X12 DIN1835-B(a) SR M10X20 DIN915(b) SR M10X6DIN913(c) HW 5.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C5 ABB-25-60 SR M10X12 DIN1835-B(a) SR M10X20 DIN915(b) SR M10X6DIN913(c) HW 5.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C6 ABB-25-60 SR M10X12 DIN1835-B(a) SR M10X20 DIN915(b) SR M10X6DIN913(c) HW 5.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C6 ABB-40-70 SR M12X16 DIN1835-B(a) SR M12X30 DIN915(b) SR M10X6DIN913(c) HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C8 ABB 25-60 SR M10X12 DIN1835-B(a) SR M10X20 DIN915(b) SR M10X6DIN913(c) HW 5.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
C8 ABB 40-72 SR M12X16 DIN1835-B(a) SR M12X30 DIN915(b) SR M10X6DIN913(c) HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
(a) Used on A-type sleeves
(b) Used on B-type sleeves
(c) Rear stopper screw
C#-ABB
Adapters with CAMFIX
Exchangeable Shanks for Boring
Bars with Reduction Sleeves
551
NON-ROTATING TOOL HOLDERS
b5
d15
d9 max.
d
1
b1
d2d4
l5
f3
f1
l1
d3
60°
f2
DIN 69893 Form A WH
HSK-A WH d1 h10 d2d3 H10 d4 H11 d9 max d15 l1-0.2 l5 Js10 b1±0.04 b5±0.035 f1 -0.1 f2 min f3 ±0.1
63 63 48 34 40 62 M18X1 32 18.13 12.54 12.425 26 30 18
100 100 75 53 63 99 M24X1.5 50 28.56 20.02 19.91 29 34 20
HSK DIN 69893 Standard
bL3
L5
L2
SS
Dh1h2
H5
h3
L
27°
f2
Left-hand shown
Right-hand shown
Bar Max
Designation SS h1b f2L L5L2L3h2h3H5D
HSK A63WH-ASHR/L-25-1 63 25.0 25.0 13.00 125.00 30.00 70.00 35.00 32.0 38.0 32.00 100.00
HSK A100WH-ASHR/L-32-1 100 32.0 32.0 8.00 145.00 34.00 90.00 45.00 35.0 40.0 44.00 100.00
• Complies with the HSK-T (ISO 12164-3) and ICTM standards • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately)
Spare Parts
Designation
HSK A-WH-ASHR/L-1 SR M12X30 DIN915 HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
HSK A-WH-ASHR/L-1
Square Shank Tool Adapters
with HSK Exchangeable Shanks
for Turn-Mill Machines
SS
13
13
L2
L5
L
b
100
h77.4 Left-hand shown
Bar Max
Designation SS L l1L2h b
HSK A63WH-ASHR/L-25-2 63 125.00 160.00 95.00 25.0 25.0 SR M12X30 DIN915 SATZ-M12X1-M6
• Complies with the HSK-T and ICTM standards • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately)
HSK A63WH-ASHR/L-2
Twin Square Shank Tool Adapters
with HSK Exchangeable Shanks
for Turn-Mill Machines
HSK A vs. HSK A...WH Tolerance
ISO
STANDARD
ICTM
STANDARD
HSK-A63
Tolerance
HSK-A63WH
Tolerance
Drive key slot range
Drive key slot range
Max. gap 0.075
Max. gap 0.33
Max. gap 0.015
key slot
tolerance
key
tolerance
Drive key slot range
L2
L5
b
SS
L
h
100
45
f
Left-hand shown
Bar Max
Designation SS L L2F h b
HSK A63WH-ASHR/L-25-3 63 125.00 90.00 45.0 25.0 25.0 SR M12X30 DIN915 EZ 83
• Complies with the HSK-T and ICTM standards • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately)
HSK A63WH-ASHR/L-3
Triple Square Shank Tool Adapters
with HSK Exchangeable Shanks for
45° Mounting on Turn-Mill Machines
ISCAR
552
NON-ROTATING TOOL HOLDERS
D1d2
L
6
D1d2
L
6
SS
SS
G1
1
2
Designation SS d2D1L G1Fig.
SC 25T6A 25.00 6.00 31.00 56.00 M6 1 SR M6X6 DIN916 HW 3.0*
SC 25T8A 25.00 8.00 31.00 56.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 25T10A 25.00 10.00 31.00 56.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 25T12A 25.00 12.00 31.00 56.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 25T16B 25.00 16.00 31.00 56.00 - 2
SC 25T20B 25.00 20.00 31.00 56.00 - 2
SC 40T6A 40.00 6.00 46.00 60.00 M6 1 SR M6X10 DIN1835B HW 3.0*
SC 40T8A 40.00 8.00 46.00 60.00 M6 1 SR M8X10 DIN1835-B HW 4.0*
SC 40T10A 40.00 10.00 46.00 60.00 M8 1 SR M8X10 DIN1835-B HW 4.0*
SC 40T12A 40.00 12.00 46.00 60.00 M8 1 SR M8X10 DIN1835-B HW 4.0*
SC 40T16B 40.00 16.00 46.00 60.00 - 2
SC 40T20B 40.00 20.00 46.00 60.00 - 2
SC 40T25B 40.00 25.00 46.00 60.00 - 2
SC 40T32B 40.00 32.00 46.00 60.00 - 2
SC 50T6A 50.00 6.00 56.00 70.00 M6 1 SR M6X6 DIN916 HW 3.0*
SC 50T8A 50.00 8.00 56.00 70.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 50T10A 50.00 10.00 56.00 70.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 50T12A 50.00 12.00 56.00 70.00 M8 1 SR M8X6 DIN916 HW 4.0*
SC 50T16B 50.00 16.00 56.00 80.00 - 2
SC 50T20B 50.00 20.00 56.00 80.00 - 2
SC 50T25B 50.00 25.00 56.00 80.00 - 2
SC 50T32B 50.00 32.00 56.00 80.00 - 2
* Optional, should be ordered separately
SC-T (sleeves)
Reduction Sleeves for Holders
with Exchangeable Adaptation
h33
41.6
38
15
100
SS
L
45°
L2
L5
A left-hand tool in a right-hand adapter are shown
Designation SS L L2L3h
HSK A63WH-ASHR/L-25-45 63 110.00 70.00 30.00 25.0 SR M12X30 DIN915 EZ 104
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with the HSK-T and ICTM standards
HSK A63WH-ASHR/L-45
Square Shank Tool Adapters with
HSK-T Exchangeable Shanks for 45°
Mounting on Turn-Mill Machines
D1d2
M12 Typ 2
L5
L4
SS
L
Bar Max
HSK A-WH ABB
Adapters with HSK Exchangeable
Shanks for Boring Bars with
Reduction Sleeves
Designation SS d2L D1L4
HSK A63WH-ABB-40 63 40.00 105.00 75.00 71.0
HSK A100WH-ABB-40 100 40.00 115.00 82.00 71.0
HSK A100WH-ABB-50 100 50.00 125.00 92.00 83.0
• Complies with the HSK-T (ISO 12164-3) and ICTM standards. • A cooling tube must be used with all coolant through HSK spindles (should be ordered separately)
• For SC reduction sleeves, see page 552
Spare Parts
Designation
HSK A-WH ABB SR M12X16 DIN1835-B(a) SR M12X30 DIN915(b) SR M10X6DIN913(c) HW 6.0* SATZ-M12X1-M6 WRENCH NOZZLE HP M12*
* Optional, should be ordered separately
(a) Used on A-type sleeves
(b) Used on B type sleeves
(c) Rear stopper screw
L
45°
SS
L2
L5
b
h
90
35
70
50
Rigth-hand shown
Designation SS L L2h b
HSK A63WH-ASHN-25-45 63 110.00 72.00 25.0 25.0 SR M10X25 DIN912 SR M8X20 DIN916 SATZ-M12X1-M6
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • For using left-hand toolholder, the position of the clamping
spacer must be changed • Complies with the HSK-T and ICTM standards
HSK A63WH-ASHN-45
Square Shank Tool Adapters with
HSK Exchangeable Shanks for 45°
Mounting on Turn-Mill Machines
MATERIALS AND GRADES
START
Complete Machining Solutions
MATERIALS AND GRADES
ISCAR
554
MATERIALS AND GRADES
According to DIN / ISO 513 and VDI 3323
Steel Stainless Steel Cast Iron
Hardened Steel
High Temp. AlloysNonferrous
MATERIAL GROUPS
(1) Specific cutting force for 1 mm2 chip section
(2) Chip thickness factor.
ISO Material Condition
Tensile
Strength
[N/mm2]
Kc1(1)
[N/mm2] mc(2)
Hardness
HB
Material
No.
P
Non-alloy steel and cast steel,
free cutting steel
< 0.25 %C Annealed 420 1350 0.21 125 1
>= 0.25 %C Annealed 650 1500 0.22 190 2
< 0.55 %C Quenched and
tempered 850 1675 0.24 250 3
>= 0.55 %C Annealed 750 1700 0.24 220 4
Quenched and
tempered 1000 1900 0.24 300 5
Low alloy steel and cast steel
(less than 5% of alloying elements)
Annealed 600 1775 0.24 200 6
Quenched and
tempered
930 1675 0.24 275 7
1000 1725 0.24 300 8
1200 1800 0.24 350 9
High alloyed steel, cast steel,
and tool steel
Annealed 680 2450 0.23 200 10
Quenched and
tempered 1100 2500 0.23 325 11
Stainless steel and
cast steel
Ferritic/martensitic. 680 1875 0.21 200 12
Martensitic 820 1875 0.21 240 13
MStainless steel Austenitic 600 2150 0.20 180 14
K
Cast iron nodular (GGG) Ferritic/pearlitic 1150 0.20 180 15
Pearlitic 1350 0.28 260 16
Grey cast iron (GG) Ferritic 1225 0.25 160 17
Pearlitic 1350 0.28 250 18
Malleable cast iron Ferritic 1225 0.25 130 19
Pearlitic 1420 0.3 230 20
N
Aluminum-
wrought alloy
Not cureable 700 0.25 60 21
Cured 800 0.25 100 22
Aluminum-cast,
alloyed
<=12% Si Not cureable 700 0.25 75 23
Cured 700 0.25 90 24
>12% Si High temperature 750 0.25 130 25
Copper alloys
>1% Pb Free cutting 700 0.27 110 26
Brass 700 0.27 90 27
Electrolitic copper 700 0.27 100 28
Non metallic
Duroplastics, fiber
plastics 29
Hard rubber 30
S
High temp. alloys
Fe based Annealed 2600 0.24 200 31
Cured 3100 0.24 280 32
Ni or Co based
Annealed 3300 0.24 250 33
Cured 3300 0.24 350 34
Cast 3300 0.24 320 35
Titanium Ti alloys
RM 400 1700 0.23 36
Alpha+beta alloys
cured RM 1050 2110 0.22 37
H
Hardened steel Hardened 4600 55 HRc 38
Hardened 4700 60 HRc 39
Chilled cast iron Cast 4600 400 40
Cast iron Hardened 4500 55 HRc 41
555
MATERIALS AND GRADES
USER GUIDE
2240
2100
1960
1820
1680
1540
1400
1260
1120
980
840
700
560
10 20 30 40 50 60 70
320
300
280
260
240
220
200
180
160
140
120
100
80
200
300
400
500
600
700
Hardness Conversion Table
Brinell Hardness (HB)
Tensile Strength
N/mm2
Rockwell “C” Hardness (HRC)
Kpsi
MATERIAL GROUPS
ISCAR
556
MATERIALS AND GRADES
Grades ISO Coating Layers
IC228
P25-P50 S25-S30
K20-K50
M30-M40
TiN
TiCN
TiN
IC520N
PVD COATED
CERMET
P05-P25
M05-M15
TiN
TiC N
TiN
IC530N
PVD COATED
CERMET
P10-P30
M10-M20
TiN
TiC N
TiN
S .T.
IC806
S15-S25
TIAIN
TiN
S .T.
IC807
IC907
P10-P30 M05-M20
S05-S20 H05-H15
TIAIN
TiN
S .T.
IC808
IC908
P15-P30 M20-M30
K20-K40 S05-S20
H05-H15
TIAIN
TiN
IC1007
P10-P30 M05-M20
K20-K40 S05-S20
H05-H15
TIAIN
TiN
S .T.
IC5005
K05-K20
P05-P15
H15-H25
TiCN
Al203
TiN
S .T.
IC5010
K10-K25
TiCN
Al203
TiN
S .T.
IC6015
M05-M25
TiCN
Al203
TiN
S .T.
IC6025
M15-M35
TiCN
Al203
TiN
S .T.
IC8150
P01-P30 K05-
K15 M05-M15
TiCN
Al203
TiN
S .T.
IC8250
P10-P35 M05-M20
TiCN
Al203
TiN
S .T.
IC8350
P20-P45 M15-M30
TiCN
Al203
TiN
ISCAR Turning Grades Chart
S .T.
SUMO TEC PVD COATED CVD COATED
557
MATERIALS AND GRADES
Recommended Applications
A TiN PVD coated tough grade. Used for grooving and threading a wide range of workpiece materials at low cutting speeds.
A cermet TiCN/TiN PVD coated grade. Used for grooving and turning applications. Recommended for semi-finishing
and finishing operations when excellent surface finish is required. Wear resistant, prevents built-up edge.
A cermet TiCN/TiN PVD coated grade. Provides excellent resistance to wear and plastic deformation even at
high cutting speeds and medium feeds. Useful for turning semi-finishing and finishing applications.
A tough submicron substrate, TiAlN PVD coated grade followed by a special SUMO TEC
surface treatment. Suitable for turning inconel at low to medium cutting speeds.
A tough submicron substrate, TiAlN PVD coated grade. Suitable for turning heat resistant
alloys, austenitic stainless steel and hard steel at low to medium cutting speeds.
A tough submicron substrate, TiAlN PVD coated grade. Suitable for turning heat resistant
alloys, austenitic stainless steel and hard steel at low to medium cutting speeds.
A hard submicron grain size substrate featuring very high deformation resistance with PVD coating
and special post coating treatment. For threading steel and stainless steel at moderate to high cutting
speeds at stable conditions
A TiC/Al2O3 multilayer, CVD coated grade. Used for grooving and turning grey
and nodular cast iron at medium to high cutting speeds.
A Tic/Al2O3 multilayer, CVD coated grade. Used for grooving and turning grey and nodular cast iron
at medium to high cutting speeds. Can be used for interrupted cuts and heavy machining.
A very hard substrate with a cobalt enriched outer layer and alpha Al2O3 coating. Used for finishing and
medium turning of stainless steel at high cutting speed. Features long tool life and excellent repeatability.
A tough substrate with MTCVD Al2O3 and TiCN coating. Recommended for machining
stainless steel at high feeds and unfavorable conditions at medium cutting speed.
A very hard substrate with a cobalt enriched layer, MTCVD TiCN and a thick Al2O3 CVD
coating. Features excellent thermal stability and resistance to chipping and plastic deformation.
Recommended for high speed machining of steel at stable or slightly unstable conditions.
A tough substrate with a cobalt enriched layer combined with MTCVD TiCN and a thick alpha Al2O3 CVD coating.
Recommended for general use machining of steel in a wide range of conditions, featuring high toughness and wear resistance.
A very tough substrate with a cobalt enriched layer combined with a MTCVD TiCN and Al2O3 CVD coating. Provides
excellent toughness and good wear resistance on steel for interrupted and unstable cutting conditions.
ISCAR Turning Grades Chart
ISCAR
558
MATERIALS AND GRADES
Grades ISO Coating Layers
IC20N
P05-P25
M05-M15
IC30N
P10-P30
M10-M20
H10-H25
IC08
M10-M30
N10-N25
S10-S30
IC20
M10-M25 K10-K20
N05-N25 S05-
S20 H05-H15
IB05S
S05
IB10H
H10
IB10HC
H10
TiN
IB10S
S10
IB20H
H20
IB25HA
H25
IB25HC
H25
TiN
IB50
K01-K10
H01-H10
IB55
K05-K15
H10-H25
IB85
K01-K15
IB90
K05-K15
S01-S10
ID5
N01-N10
ISCAR Turning Grades Chart
CERMET UNCOATED CBN PCD
559
MATERIALS AND GRADES
Recommended Applications
A cermet grade, used for grooving and turning applications. Recommended for semi-finishing and
finishing operations when excellent surface finish is required. Wear resistant, prevents built-up edge.
A cermet grade. Provides excellent resistance to wear and plastic deformation even at high cutting
speeds and medium feeds. Useful for turning and milling of semi-finishing and finishing applications.
An uncoated, fine grain carbide grade. Used for stainless steel and high temperature alloys at low to medium cutting speeds.
An uncoated carbide grade. Used for semi-finishing, finishing and semi-roughing of aluminum,
cast iron and stainless steel. Used at low to medium speeds and feeds.
Super fine grain PCBN with a very high CBN content for machining ferrous sintered metals.
Extra fine grain PCBN, enables grinding a very sharp edge used for finish turning of hardened steel, providing excellent surface finish.
TiN PVD coated, fine grain PCBN substrate. Used for high speed, continuous turning of hardened steel, providing excellent surface finish.
Fine grain, very hard PCBN grade for machining valve seats, sintered metals and Ti alloys.
A combination of coarse and fine grain PCBN, used for general and interrupted cutting of hardened steel.
Ti (C,N,O) PVD coated, very tough PCBN, used for general cutting of hardened steel.
Ti (C,N,O) PVD coated, medium grain size PCBN substrate. Used for medium and light interrupted cut turning of hardened steel.
A 50% CBN brazed tip, used for finishing hardened steel (45-65 HRc) and nodular cast iron in continuous cutting.
A 55% CBN brazed tip, used for finishing hardened steel (45-65 HRc) in continuous cutting.
An 85% CBN brazed tip, used for high speed turning of cast iron, cemented tungsten carbide,
sintered metals and heavy alloys. Excellent for interrupted cutting of hardened steel.
A 90% CBN brazed tip, used for high speed cutting of cast iron, cemented tungsten carbide,
sintered metals and heavy alloys. Excellent for interrupted cutting of hardened steel.
A PCD brazed tip, suitable for machining aluminum (Si < 12%) and copper alloys and general cutting of nonferrous materials.
ISCAR Turning Grades Chart
ISCAR
560
MATERIALS AND GRADES
Grades ISO Coating Layers
IN11
WHITE CERAMICS
K01-K10
S01-S10
IN22
BLACK CERAMICS
H05-H25
K05-K10
IN23
BLACK CERAMICS
K05-K15
H10-H30
IS6
SILICON NITRIDE
K01-K10
IS8
SILICON NITRIDE
K01-K20
IS9
SILICON NITRIDE
S20-S30
IS80
SILICON NITRIDE
K01-K20
TiN
IN420
BLACK CERAMICS
K05-K10
H05-H25
TiN
IW7
WHISKER CERAMICS
S20-S30
H05-H25
ISCAR Turning Grades Chart
CERAMICS
561
MATERIALS AND GRADES
Recommended Applications
White ceramic, features high toughness and wear resistance. Used for high speed turning of cast iron.
Black ceramic (Al2O3/TiCN), used for high speed, light roughing and finishing of hardened steel
and chilled cast iron.
Black ceramic (Al2O3/TiC), used for machining grey and nodular cast iron at medium to finishing conditions.
SiAlON based ceramic grade for high speed machining of cast iron. Used for roughing and finishing
at both wet and dry conditions of automotive parts like brake drum, brake disk etc.
Provides high productivity also in roughing of mill rolls made of High-Cr Steel and HSS.
A silicon nitride grade, used for medium turning and milling applications. Can be used for
interrupted cuts. Cutting speed range: 100-1500 m/min, feed range: 0.1-1.0 mm/rev.
A silicon nitride ceramic grade, recommended for high speed machining and interrupted cut
for nickel based, heat resistant alloys such as inconel, Waspaloy and Rene.
A CVD coated Si3N4 ceramic grade. Used for rough turning and milling of grey and nodular cast iron.
Black ceramic (Al2O3/TiCN) TiN PVD coated, used for light roughing and finishing for high speed
machining of hardened steel, chilled cast iron, high chromium steel, etc.
Whisker reinforced ceramic grade for machining high nickel alloys and hardened steel.
ISCAR Turning Grades Chart
ISCAR
562
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
1.0028 Ust 34-2
(S250G1T) A 34-2 Fe 330; Fe 330 B FU SS 330
1
1.0034 RSt 34-2
(S250G2T)
1449 34/20HR;
1449 34/20HS; 1449
34/20CR; 1449
34/20CS
A 34-2 NE Fe 330 B FN St2sp; St2ps
1
1.0035 St185
(Fe 310-0); St 33
Fe 310-0; 1449
15HR; 1449 15HS A 33 1300 Fe 320 Fe 310-0 St0
1
A 570 Gr. 33; A 570
Gr. 36 1.0036 S235JRG1;
(Fe 360 B); Ust 37-2 Fe 360 B; 4360-40 B 1311; 1312 FE37BFU AE 235 B; Fe 360 B 16D; 18Kp; St3Kp
1
1.0037 S235JR
(Fe 360 B); St 37-2 Fe 360 B; 4360-40 B E 24-2 1311 Fe 360 B; 1449
37/23 HR AE 235 B; Fe 360 B STKM 12 A; STKM
12 AC
1
A 570 Gr. 40 1.0044 S275JR
(Fe 430 B); St44-2
Fe 430 B FN; 1449
43/25 HR; 1449
43/25HS; 4360-43 B
E 28-2 1412 Fe 430 B; Fe 430
B FN
AE 275 B; Fe 430
B FN
SM 400 A; SM 400
B; SM 400 C St4ps; St4sp
1
1.0045 S355JR 4360-50 B E 36-2 2172 Fe 510 B AE 355 B
1
A 570 Gr.50; A 572
Gr.50 1.0050 E295
(Fe 490-2); St 50-2
Fe 490-2 FN; 4360-
50 B A 50-2 1550; 2172 Fe 490 a 490-2; Fe 490-2
FN SS 490 ST5ps; ST5sp
1
A 572 Gr. 65 1.0060 E335
(Fe 590-2); St 60-2
Fe 60-2; 4360-55 E;
4360-55 C A 60-2 1650 Fe 60-2; Fe 590 A 590-2; Fe 590-2
FN SM 570 St6ps; St6sp
1
1.0112 P235S 1501-164-360B LT20 A37AP Fe 360 C AE 235 C
1
1.0114 S235JU; St 37-3 U 4360-40C E 24-3 Fe 360 C AE 235 C
1
1.0130 P265S 1501-164-400B LT
20 A 42 AP SPH 265
1
1.0143 S275J0; St 44-3 U 4360-43C E 28-3 1414-01 Fe 430 D AE 275 D
1
A 573 Gr. 70; A 611
Gr.D 1.0144 S275J2G3
(Fe 430 D 1); St 44-3
Fe 430 D1 FF; 4360-
43 C; 4360-43 D E 28-3; E 28-4 1411; 1412; 1414
Fe 430 B; Fe 430 C
(FN); Fe 430 D
(FF)
AE 275 D; Fe 430
D1 FF
SM 400 A; SM 400
B; SM 400 C St4kp; St4ps; St4sp
1
1.0149 S275JOH; RoSt 44-2 4360-43C 1412-04 Fe 430 C Fe 430 C
1
1.0226 DX51D; St 02 Z Z2 GC 1151 10 FeP 02 G FeP 02 G
1
M 1010 1.0301 C10 040 A 10; 045 M 10;
1449 10 CS AF 34 C 10; XC 10 C 10; 1 C 10 F.1511; F.151.A S 10C 10
1
A 621
(1008)
1.0330 DC 01; St 2; St 12 1449 4 CR; 1449
3 CS TC 1142 FeP 00; FeP 01 AP 11 SPHD 15 kp
1
A 619
(1008)
1.0333 Ust 3
(DC03G1); Ust 13
1449 2 CR;1449 3
CR EFeP 02 AP 02 SPCD
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
563
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
1.0028 Ust 34-2
(S250G1T) A 34-2 Fe 330; Fe 330 B FU SS 330
1
1.0034 RSt 34-2
(S250G2T)
1449 34/20HR;
1449 34/20HS; 1449
34/20CR; 1449
34/20CS
A 34-2 NE Fe 330 B FN St2sp; St2ps
1
1.0035 St185
(Fe 310-0); St 33
Fe 310-0; 1449
15HR; 1449 15HS A 33 1300 Fe 320 Fe 310-0 St0
1
A 570 Gr. 33; A 570
Gr. 36 1.0036 S235JRG1;
(Fe 360 B); Ust 37-2 Fe 360 B; 4360-40 B 1311; 1312 FE37BFU AE 235 B; Fe 360 B 16D; 18Kp; St3Kp
1
1.0037 S235JR
(Fe 360 B); St 37-2 Fe 360 B; 4360-40 B E 24-2 1311 Fe 360 B; 1449
37/23 HR AE 235 B; Fe 360 B STKM 12 A; STKM
12 AC
1
A 570 Gr. 40 1.0044 S275JR
(Fe 430 B); St44-2
Fe 430 B FN; 1449
43/25 HR; 1449
43/25HS; 4360-43 B
E 28-2 1412 Fe 430 B; Fe 430
B FN
AE 275 B; Fe 430
B FN
SM 400 A; SM 400
B; SM 400 C St4ps; St4sp
1
1.0045 S355JR 4360-50 B E 36-2 2172 Fe 510 B AE 355 B
1
A 570 Gr.50; A 572
Gr.50 1.0050 E295
(Fe 490-2); St 50-2
Fe 490-2 FN; 4360-
50 B A 50-2 1550; 2172 Fe 490 a 490-2; Fe 490-2
FN SS 490 ST5ps; ST5sp
1
A 572 Gr. 65 1.0060 E335
(Fe 590-2); St 60-2
Fe 60-2; 4360-55 E;
4360-55 C A 60-2 1650 Fe 60-2; Fe 590 A 590-2; Fe 590-2
FN SM 570 St6ps; St6sp
1
1.0112 P235S 1501-164-360B LT20 A37AP Fe 360 C AE 235 C
1
1.0114 S235JU; St 37-3 U 4360-40C E 24-3 Fe 360 C AE 235 C
1
1.0130 P265S 1501-164-400B LT
20 A 42 AP SPH 265
1
1.0143 S275J0; St 44-3 U 4360-43C E 28-3 1414-01 Fe 430 D AE 275 D
1
A 573 Gr. 70; A 611
Gr.D 1.0144 S275J2G3
(Fe 430 D 1); St 44-3
Fe 430 D1 FF; 4360-
43 C; 4360-43 D E 28-3; E 28-4 1411; 1412; 1414
Fe 430 B; Fe 430 C
(FN); Fe 430 D
(FF)
AE 275 D; Fe 430
D1 FF
SM 400 A; SM 400
B; SM 400 C St4kp; St4ps; St4sp
1
1.0149 S275JOH; RoSt 44-2 4360-43C 1412-04 Fe 430 C Fe 430 C
1
1.0226 DX51D; St 02 Z Z2 GC 1151 10 FeP 02 G FeP 02 G
1
M 1010 1.0301 C10 040 A 10; 045 M 10;
1449 10 CS AF 34 C 10; XC 10 C 10; 1 C 10 F.1511; F.151.A S 10C 10
1
A 621
(1008)
1.0330 DC 01; St 2; St 12 1449 4 CR; 1449
3 CS TC 1142 FeP 00; FeP 01 AP 11 SPHD 15 kp
1
A 619
(1008)
1.0333 Ust 3
(DC03G1); Ust 13
1449 2 CR;1449 3
CR EFeP 02 AP 02 SPCD
ISCAR
564
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
A 621
(1008)
1.0334 UStW 23
(DD12G1) S C FeP 12 AP 12 SPHE 10kp
1
A 622
(1008)
1.0335 DD13; StW 24 1449 1 HR 3 C FeP 13 AP 13 SPHE 08kp
1
A 620
(1008)
1.0338 DC04; St 4; St 14 1449 1 CR; 1449
2 CR ES 1147 FeP 04 AP 04 SPCE 08jU; JUA
1
A 516 Gr. 65; 55 A
515 Gr. 65; 55 A 414
Gr. C; A 442 Gr.55
1.0345 P235GH/H I
1501 Gr. 141-360;
1501 Gr. 161-360;
151-360 1501 Gr.
161-400; 154-360
1501 Gr. 164-360;
161-360
A 37 CP; A 37 AP 1331; 1330
FeE235; Fe 360 1
KW; Fe 360 1KG; Fe
360 2 KW; Fe 360
2 KG
A 37 RC I; RA II
SGV 410; SGV 450;
SGV 480; SPV 450;
SPV 480
1
(M) 1020; M 1023 1.0402 C22
055 M 15; 070 M 20;
1499 22 HS; 1499
22 CS
2C/2D AF 42 C 20; XC 25;
1 C 22 1450 C 20; C 21; C 25 1 C 22; F.112 S20C 20
1
1020 1.0402 C22 050A20 2C/2D CC20 1450 C20; C21 F.112 S22 C 20
1
1020; 1023 1.0402 C22 055 M 15; 070 M 20 2C AF 42 C 20; XC 25;
1 C 22 1450 C 20;C 21;C 25 1 C 22F.112 S 20 C; S 22 C
1
1.0425 P265GH/H ll
1501 Gr. 161-400;
151-400 1501 Gr.
164-360; 161-400
1501 Gr. 164-400;
154-400
A 42 CP; A 42 AP 1431; 1430; 1432
Fe 410 1KW; Fe 410
1KG; Fe 410 1KT;
Fe 410 2KW; Fe 410
2KG
A 42 RC I; A 42
RC II
SPV 315; SPV 355;
SG 295; SGV 410;
SGV 450; SGV 480
16K; 20K
1
A27 65-35 1.0443 GS-45 A1 E 23-45 M 1305
1
1.0539 S355NH;StE 335 TSE 355-4 2134-04 Fe 510 B Fe 355 KGN
1
1.0545 S355N; StE 355 4360-50E E 355 R 2334-01 FeE 355 KG AE 355 KG
1
1.0546 S355NL;TStE 355 4360-50EE E 355 FP 2135-01 FeE 355 KT AE 355 KT
1
1.0547 S355JOH 4360-50C TSE 355-3 2172-04 Fe 510 C Fe 510 C
1
1.0549 S355 NLH;TStE 355 2135 Fe 510 D FeE 355 KTM
1
1.0553 S355JO;St 52-3U 4360-50C E 36-3 Fe 510 C
1
A 633 Gr.C; A 588 1.0562 P355N; StE 355 1501 Gr.225-490A
LT 20
FeE 355 KG N; E
355 R/FP; A 510 AP 2106 FeE 355 KG; FeE
355 KW
AEE 355 KG; AEE
355 DD
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
15GF
1
1.0565 P355NH; WStE 355 1501-225-490B LT
20 A 510 AP 2106 FeE 355-2
1
1.0566 P355NL1; TStE 355 1501-225-490A LT
50 A 510 FP 2107-01 FeE 355-3
1
1 1.0570 S355J2G3; St 52-3
Fe 510 D1 FF; 1449
50/35 HR›HS; 4360-
50 D
E 36-3; E 36-4 2132; 2133; 2134;
2174 17GS; 17G1S AE 355 D; Fe 510
D1 FF
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
17GS; 17G1S
1
1213 1.0715 9 SMn 28
(1SMn30) 230 M 07 S 250 1912 CF SMn 28 F.2111 - 11 SMn 28 SUM 22
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
565
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
A 621
(1008)
1.0334 UStW 23
(DD12G1) S C FeP 12 AP 12 SPHE 10kp
1
A 622
(1008)
1.0335 DD13; StW 24 1449 1 HR 3 C FeP 13 AP 13 SPHE 08kp
1
A 620
(1008)
1.0338 DC04; St 4; St 14 1449 1 CR; 1449
2 CR ES 1147 FeP 04 AP 04 SPCE 08jU; JUA
1
A 516 Gr. 65; 55 A
515 Gr. 65; 55 A 414
Gr. C; A 442 Gr.55
1.0345 P235GH/H I
1501 Gr. 141-360;
1501 Gr. 161-360;
151-360 1501 Gr.
161-400; 154-360
1501 Gr. 164-360;
161-360
A 37 CP; A 37 AP 1331; 1330
FeE235; Fe 360 1
KW; Fe 360 1KG; Fe
360 2 KW; Fe 360
2 KG
A 37 RC I; RA II
SGV 410; SGV 450;
SGV 480; SPV 450;
SPV 480
1
(M) 1020; M 1023 1.0402 C22
055 M 15; 070 M 20;
1499 22 HS; 1499
22 CS
2C/2D AF 42 C 20; XC 25;
1 C 22 1450 C 20; C 21; C 25 1 C 22; F.112 S20C 20
1
1020 1.0402 C22 050A20 2C/2D CC20 1450 C20; C21 F.112 S22 C 20
1
1020; 1023 1.0402 C22 055 M 15; 070 M 20 2C AF 42 C 20; XC 25;
1 C 22 1450 C 20;C 21;C 25 1 C 22F.112 S 20 C; S 22 C
1
1.0425 P265GH/H ll
1501 Gr. 161-400;
151-400 1501 Gr.
164-360; 161-400
1501 Gr. 164-400;
154-400
A 42 CP; A 42 AP 1431; 1430; 1432
Fe 410 1KW; Fe 410
1KG; Fe 410 1KT;
Fe 410 2KW; Fe 410
2KG
A 42 RC I; A 42
RC II
SPV 315; SPV 355;
SG 295; SGV 410;
SGV 450; SGV 480
16K; 20K
1
A27 65-35 1.0443 GS-45 A1 E 23-45 M 1305
1
1.0539 S355NH;StE 335 TSE 355-4 2134-04 Fe 510 B Fe 355 KGN
1
1.0545 S355N; StE 355 4360-50E E 355 R 2334-01 FeE 355 KG AE 355 KG
1
1.0546 S355NL;TStE 355 4360-50EE E 355 FP 2135-01 FeE 355 KT AE 355 KT
1
1.0547 S355JOH 4360-50C TSE 355-3 2172-04 Fe 510 C Fe 510 C
1
1.0549 S355 NLH;TStE 355 2135 Fe 510 D FeE 355 KTM
1
1.0553 S355JO;St 52-3U 4360-50C E 36-3 Fe 510 C
1
A 633 Gr.C; A 588 1.0562 P355N; StE 355 1501 Gr.225-490A
LT 20
FeE 355 KG N; E
355 R/FP; A 510 AP 2106 FeE 355 KG; FeE
355 KW
AEE 355 KG; AEE
355 DD
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
15GF
1
1.0565 P355NH; WStE 355 1501-225-490B LT
20 A 510 AP 2106 FeE 355-2
1
1.0566 P355NL1; TStE 355 1501-225-490A LT
50 A 510 FP 2107-01 FeE 355-3
1
1 1.0570 S355J2G3; St 52-3
Fe 510 D1 FF; 1449
50/35 HR›HS; 4360-
50 D
E 36-3; E 36-4 2132; 2133; 2134;
2174 17GS; 17G1S AE 355 D; Fe 510
D1 FF
SM 490 A; SM 490
B; SM 490 C; SM
490 YA; SM 490YB
17GS; 17G1S
1
1213 1.0715 9 SMn 28
(1SMn30) 230 M 07 S 250 1912 CF SMn 28 F.2111 - 11 SMn 28 SUM 22
ISCAR
566
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
1213 1.0715 9 SMn 28 230 M 07 S 250 1912 CF 9 SMn 28 11 SMn 28 SUM 22
1
12 L 13 1.0718 9 SMnPb 28
(11SMnPb30) S 250 Pb 1914 CF 9 SMnPb 28 F.2112-11 SMnPb
28
SUM 22 L; SUM 23
L; SUM 24 L
1
1108; 1109 1.0721 10 S 20 10S20 10S20; 10 F 2 CF 10 S 20 F. 2121 - 10 S 20
1
11 L 08 1.0722 10 SPb 20 10PbF 2 CF 10 SPb 20 F.2122-10 SPb 20
1
11 L 08 1.0722 10 SPb 20 10 PbF 2 CF 10 SPb 20 10 SPb 20
1
1215 1.0736 9 SMn 36 11SMn37) S 300 CF 9 Mn 36 F.2113 - 12 SMn 35 SUM 25
1
12 L 14 1.0737 9 SMnPb 36
(11SMnPb37) S 300 Pb 1926 CF 9 SMnPb 36 F.2114- 12 SMnPb
35
1
1.0972 S315MC; QStE 300 TM 1501-40F30 E 315 D
1
1.0976 S355MC; QStE 360 TM 1501-43F35 E 355 D 2642 FeE 355TM
1
1.0982 S460MC; QStE 460 TM 1501-50F45
1
1.0984 S500MC; QStE 500 TM E 490 D 2662 FeE 490 TM
1
1.0986 S500MC; QStE 500 TM 1501 - 60F55 E 560 D FeE 560 TM
1
1010 1.1121 CK 10;
(C10E) 040 A 10 XC 10 1265 C 10; 2 C 10; 2 C 15 F-1510-C 10 K S 9 CK; S 10 C 08;10
1
1.1121 St 37-1 4360 40 A 1300
1
1015 1.1141 CK 15;
(C15E) 040 A 15; 080 M 15 32C XC 12; XC 15; XC 18 1370 C 15; C 16 F.1110-C 15 K;
F.1511-C 16 K S 15; S 15 CK 15
1
1020; 1023 1.1151 C22E; CK 22 055 M 15;
(070 M 20)
2 C 22; XC 18; XC
25 1450 C 20; C 25 F.1120-C 25 K S 20 C; S 20 CK; S
22 C 20
1
1.2083 2314
1
A572-60 1.8900 StE 380 4360 55 E 2145 FeE390KG S25C
1
A36 St 44-2 4360 43 A NFA 35-501 E 28 1411
1
StE 320-3Z 1 501 160 1421
2
(M) 1025 1.0406 C 25 070 M 26 1 C 25 C 25; 1 C 25
2
1.0416 GS-38 20-400 M 1306
2
A 537 CI.1; A 414 Gr.
G; A 612 1.0473 P355GH; 19 Mn 6 A 52 CP 2101; 2102 Fe E 355-2 A 52 RC I, RA II SGV 410; SGV 450;
SGV 480
2
1035 1.0501 C35
080 A 32; 080 A 35;
080 M 36; 1449 40
CS
1 C 35; AF 55 C 35;
XC 38 1572; 1550 C 35; 1 C 35 F.113 S 35 C 35
2
1045 1.0503 CF 45;
(C45G) 060 A 47; 080 M 46 XC 42 H 1 TS 1672 C 43; C 46 S 45 C 45
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
567
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
1
1213 1.0715 9 SMn 28 230 M 07 S 250 1912 CF 9 SMn 28 11 SMn 28 SUM 22
1
12 L 13 1.0718 9 SMnPb 28
(11SMnPb30) S 250 Pb 1914 CF 9 SMnPb 28 F.2112-11 SMnPb
28
SUM 22 L; SUM 23
L; SUM 24 L
1
1108; 1109 1.0721 10 S 20 10S20 10S20; 10 F 2 CF 10 S 20 F. 2121 - 10 S 20
1
11 L 08 1.0722 10 SPb 20 10PbF 2 CF 10 SPb 20 F.2122-10 SPb 20
1
11 L 08 1.0722 10 SPb 20 10 PbF 2 CF 10 SPb 20 10 SPb 20
1
1215 1.0736 9 SMn 36 11SMn37) S 300 CF 9 Mn 36 F.2113 - 12 SMn 35 SUM 25
1
12 L 14 1.0737 9 SMnPb 36
(11SMnPb37) S 300 Pb 1926 CF 9 SMnPb 36 F.2114- 12 SMnPb
35
1
1.0972 S315MC; QStE 300 TM 1501-40F30 E 315 D
1
1.0976 S355MC; QStE 360 TM 1501-43F35 E 355 D 2642 FeE 355TM
1
1.0982 S460MC; QStE 460 TM 1501-50F45
1
1.0984 S500MC; QStE 500 TM E 490 D 2662 FeE 490 TM
1
1.0986 S500MC; QStE 500 TM 1501 - 60F55 E 560 D FeE 560 TM
1
1010 1.1121 CK 10;
(C10E) 040 A 10 XC 10 1265 C 10; 2 C 10; 2 C 15 F-1510-C 10 K S 9 CK; S 10 C 08;10
1
1.1121 St 37-1 4360 40 A 1300
1
1015 1.1141 CK 15;
(C15E) 040 A 15; 080 M 15 32C XC 12; XC 15; XC 18 1370 C 15; C 16 F.1110-C 15 K;
F.1511-C 16 K S 15; S 15 CK 15
1
1020; 1023 1.1151 C22E; CK 22 055 M 15;
(070 M 20)
2 C 22; XC 18; XC
25 1450 C 20; C 25 F.1120-C 25 K S 20 C; S 20 CK; S
22 C 20
1
1.2083 2314
1
A572-60 1.8900 StE 380 4360 55 E 2145 FeE390KG S25C
1
A36 St 44-2 4360 43 A NFA 35-501 E 28 1411
1
StE 320-3Z 1 501 160 1421
2
(M) 1025 1.0406 C 25 070 M 26 1 C 25 C 25; 1 C 25
2
1.0416 GS-38 20-400 M 1306
2
A 537 CI.1; A 414 Gr.
G; A 612 1.0473 P355GH; 19 Mn 6 A 52 CP 2101; 2102 Fe E 355-2 A 52 RC I, RA II SGV 410; SGV 450;
SGV 480
2
1035 1.0501 C35
080 A 32; 080 A 35;
080 M 36; 1449 40
CS
1 C 35; AF 55 C 35;
XC 38 1572; 1550 C 35; 1 C 35 F.113 S 35 C 35
2
1045 1.0503 CF 45;
(C45G) 060 A 47; 080 M 46 XC 42 H 1 TS 1672 C 43; C 46 S 45 C 45
ISCAR
568
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
2
1040 1.0511 C40 080 M 40 1 C 40; AF 60 C 40 C40; 1 C 40 F.114.A
2
1.0540 C 50 1674 C 50 1 C 50
2
A27 70-36 1.0551 GS-52 A2 280-480 M 1505
2
A148 80-40 1.0553 GS-60 A3 320-560 M 1606
2
A738 1.0577 S355J2G4
(Fe 510 D 2)
Fe 510 D2 FF; 1501
Gr.224-460; 1501 Gr.
224-490
A 52 FP 2107 A 52 RB II; AE 355 D
2
1140 1.0726 35 S 20 212 M 36 8M 35MF 6 1957 F.210.G
2
1146 1.0727 45 S 20
(46S20) 45 MF 4 1973
2
1035; 1041 1.1157 40Mn4 150 M 36 15 35 M 5; 40 M 5 40G
2
1025 1.1158 C25E; CK 25 (070 M 25) 2 C 25; XC 25 C25 F.1120 - C 25 K S 25 C; S 28 C 25
2
1536 1.1166 34Mn5 TO.B SMn 433 H
2
1330 1.1170 28Mn6 (150 M 28);
(150 M 18) 14A 20 M 5; 28 Mn 6 C 28 Mn 28 Mn 6 SCMn 1 30G
2
1.1178 C30E; CK 30 080M30 XC 32 C 30 2 C 30
2
1035 1.1180 C35R; Cm 35 080 A 35 3 C 35; XC 32 1572 F.1135-C 35 K-1
2
1035; 1038 1.1181 C35E; CK 35 080 A 35;
(080 M 36)
2 C 35; XC 32; XC
38 H 1 1550; 1572 C 35 F.1130-C 35 K S 35 C 35
2
1035 1.1181 C35E; CK 35 080 A 35;
(080 M 36) XC 38 1572 C36 S35C
2
1035 1.1183 Cf 35
(C35G) 080 A 35 XC 38 H 1 TS 1572 C 36; C 38 S 35 C 35
2
1042 1.1191 GS- Ck 45 080 A 46 XC 45 1660 C45 F-1140
2
1049; 1050 1.1206 C50E; CK 50 080 M 50 2 C 50; XC 48 H 1;
XC 50 H1 1674 C 50 50
2
1050; 1055 1.1213 Cf 53;
(C53G) 070 M 55 XC 48 H TS 1674 C 53 S 50 C 50
2
4520 1.5423 22Mo4 1503-245-420 16 Mo 5 KG; 16 Mo
5 KW F.2602- 16 Mo 5 SB 450 M; SB 480
M
3
A 516 Gr.70; A 515
Gr. 70; A 414 Gr.F; A
414 Gr.G
1.0481 P295GH; 17 Mn 4 1501 Gr. 224 A 48 CP; A 48 AP
Fe 510 KG; Fe 510
KT; Fe 510 KW; Fe
510-2 KG; Fe 510-
2KT; Fe 510-2KW;
FeE 295
A 47 RC I; RA II SG 365; SGV 410;
SGV 450; SGV 480 14G2
569
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
2
1040 1.0511 C40 080 M 40 1 C 40; AF 60 C 40 C40; 1 C 40 F.114.A
2
1.0540 C 50 1674 C 50 1 C 50
2
A27 70-36 1.0551 GS-52 A2 280-480 M 1505
2
A148 80-40 1.0553 GS-60 A3 320-560 M 1606
2
A738 1.0577 S355J2G4
(Fe 510 D 2)
Fe 510 D2 FF; 1501
Gr.224-460; 1501 Gr.
224-490
A 52 FP 2107 A 52 RB II; AE 355 D
2
1140 1.0726 35 S 20 212 M 36 8M 35MF 6 1957 F.210.G
2
1146 1.0727 45 S 20
(46S20) 45 MF 4 1973
2
1035; 1041 1.1157 40Mn4 150 M 36 15 35 M 5; 40 M 5 40G
2
1025 1.1158 C25E; CK 25 (070 M 25) 2 C 25; XC 25 C25 F.1120 - C 25 K S 25 C; S 28 C 25
2
1536 1.1166 34Mn5 TO.B SMn 433 H
2
1330 1.1170 28Mn6 (150 M 28);
(150 M 18) 14A 20 M 5; 28 Mn 6 C 28 Mn 28 Mn 6 SCMn 1 30G
2
1.1178 C30E; CK 30 080M30 XC 32 C 30 2 C 30
2
1035 1.1180 C35R; Cm 35 080 A 35 3 C 35; XC 32 1572 F.1135-C 35 K-1
2
1035; 1038 1.1181 C35E; CK 35 080 A 35;
(080 M 36)
2 C 35; XC 32; XC
38 H 1 1550; 1572 C 35 F.1130-C 35 K S 35 C 35
2
1035 1.1181 C35E; CK 35 080 A 35;
(080 M 36) XC 38 1572 C36 S35C
2
1035 1.1183 Cf 35
(C35G) 080 A 35 XC 38 H 1 TS 1572 C 36; C 38 S 35 C 35
2
1042 1.1191 GS- Ck 45 080 A 46 XC 45 1660 C45 F-1140
2
1049; 1050 1.1206 C50E; CK 50 080 M 50 2 C 50; XC 48 H 1;
XC 50 H1 1674 C 50 50
2
1050; 1055 1.1213 Cf 53;
(C53G) 070 M 55 XC 48 H TS 1674 C 53 S 50 C 50
2
4520 1.5423 22Mo4 1503-245-420 16 Mo 5 KG; 16 Mo
5 KW F.2602- 16 Mo 5 SB 450 M; SB 480
M
3
A 516 Gr.70; A 515
Gr. 70; A 414 Gr.F; A
414 Gr.G
1.0481 P295GH; 17 Mn 4 1501 Gr. 224 A 48 CP; A 48 AP
Fe 510 KG; Fe 510
KT; Fe 510 KW; Fe
510-2 KG; Fe 510-
2KT; Fe 510-2KW;
FeE 295
A 47 RC I; RA II SG 365; SGV 410;
SGV 450; SGV 480 14G2
ISCAR
570
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
3
1043 1.0503 C35
060 A 47; 080 M 46;
1449 50 HS, 1449
50 CS
1 C 45; AF 65 C 45 1672; 1650 C 45; 1 C 45 F.114 S 45 C 45
3
1074 1.0614 C 76 D; D 75-2 XC 75
3
1086 1.0616 C 86 D; D 85-2 XC 80 C 85
3
1095 1.0618 C 92 D; D 95-2 XC 90
3
1036; 1330 1.1165 30Mn5 120 M 36;
(150 M 28) 35 M 5 F.8211-30 Mn 5;
f.8311-AM 30 Mn 5 SMn 433 H; SCMn 2 27ChGSNMDTL
30GSL
3
1335 1.1167 36Mn5 150 M 36 40 M 5 2120 F. 1203-36 Mn 6; F.
8212-36 Mn 5
ssmN 438
(H); SCMn 3 35G2; 35GL
3
1040 1.1186 C40E; CK 40 060 A 40; 080 A 40;
080 M 40 2 C 40; XC 42 H 1 C 40 S 40 C
3
1045 1.1191 C45E; CK 45 080 M 46; 060 A 47 2 C 45; XC 42 H 1;
XC 45; XC 48 H 1 1672 C 45; C 46 F.1140-C 45 K;
F.1142-C48 K S 45 C; S 48 C 45
3
1049 1.1201 C45R; Cm 45 080 M 46 3 C 45; XC 42 H 1;
XC 48 H 1 1660 C 45 F.1145-C 45K-1;
F.1147C 48 K-1 S 50 C
3
1.7242 18 CrMo 4
3
A 387 Gr. 12 CI 1.7337 16 CrMo 4 4 A 18 CrMo 4 5 KW 15ChM
3
1.7362 12 CrMo 19 5 3606-625 Z 10 CD 5.05 16 CrMo 20 5
3
A572-60 17 MnV 6 436055 E NFA 35-501 E 36 2142
4
1055 1.0535 C55 070 M 55 1 C 55; AF 70 C 55 1655 C 55; 1 C 55 S 55 C 55
4
1060 1.0601 C60 060 A 62; 1449 HS;
1449 CS 43D 1 C 60; AF 70 C 55 C 60; 1 C 60 S 58 C 60(G)
4
107 1.0603 C67 080 A 67; 1449 70
HS XC 65 C 67
4
1074; 1075 1.0605 C75 1449 80 HS C 75 75
4
1055 1.1203 C55E; CK 55 060 A 57; 070 M 55 2 C 55; XC 55 H 1 1655 C 55 F.1150-C 55 K S 55 C 55
4
1055 1.1209 C55R; Cm 55 070 M 55 3 C 55; XC 55 H 1 C 55 F.1155-C 55K-1
4
1060; 1064 1.1221 C60E; CK 60 060 A 62 43D 2 C 60; XC 60 H 1 1665; 1678 C 60 S 58 C 60; 60G; 60GA
4
1070 1.1231 Ck 67;
(C67E) 060 A 67 XC 68 1770 C70 65GA; 68GA; 70
4
1074; 1075; 1078 1.1248 CK 75;
(C75E) 060 A 78 XC 75 1774 C 75 75(A)
4
1086 1.1269 CK 85
(C85E) XC 90 C 90 85(A)
571
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
3
1043 1.0503 C35
060 A 47; 080 M 46;
1449 50 HS, 1449
50 CS
1 C 45; AF 65 C 45 1672; 1650 C 45; 1 C 45 F.114 S 45 C 45
3
1074 1.0614 C 76 D; D 75-2 XC 75
3
1086 1.0616 C 86 D; D 85-2 XC 80 C 85
3
1095 1.0618 C 92 D; D 95-2 XC 90
3
1036; 1330 1.1165 30Mn5 120 M 36;
(150 M 28) 35 M 5 F.8211-30 Mn 5;
f.8311-AM 30 Mn 5 SMn 433 H; SCMn 2 27ChGSNMDTL
30GSL
3
1335 1.1167 36Mn5 150 M 36 40 M 5 2120 F. 1203-36 Mn 6; F.
8212-36 Mn 5
ssmN 438
(H); SCMn 3 35G2; 35GL
3
1040 1.1186 C40E; CK 40 060 A 40; 080 A 40;
080 M 40 2 C 40; XC 42 H 1 C 40 S 40 C
3
1045 1.1191 C45E; CK 45 080 M 46; 060 A 47 2 C 45; XC 42 H 1;
XC 45; XC 48 H 1 1672 C 45; C 46 F.1140-C 45 K;
F.1142-C48 K S 45 C; S 48 C 45
3
1049 1.1201 C45R; Cm 45 080 M 46 3 C 45; XC 42 H 1;
XC 48 H 1 1660 C 45 F.1145-C 45K-1;
F.1147C 48 K-1 S 50 C
3
1.7242 18 CrMo 4
3
A 387 Gr. 12 CI 1.7337 16 CrMo 4 4 A 18 CrMo 4 5 KW 15ChM
3
1.7362 12 CrMo 19 5 3606-625 Z 10 CD 5.05 16 CrMo 20 5
3
A572-60 17 MnV 6 436055 E NFA 35-501 E 36 2142
4
1055 1.0535 C55 070 M 55 1 C 55; AF 70 C 55 1655 C 55; 1 C 55 S 55 C 55
4
1060 1.0601 C60 060 A 62; 1449 HS;
1449 CS 43D 1 C 60; AF 70 C 55 C 60; 1 C 60 S 58 C 60(G)
4
107 1.0603 C67 080 A 67; 1449 70
HS XC 65 C 67
4
1074; 1075 1.0605 C75 1449 80 HS C 75 75
4
1055 1.1203 C55E; CK 55 060 A 57; 070 M 55 2 C 55; XC 55 H 1 1655 C 55 F.1150-C 55 K S 55 C 55
4
1055 1.1209 C55R; Cm 55 070 M 55 3 C 55; XC 55 H 1 C 55 F.1155-C 55K-1
4
1060; 1064 1.1221 C60E; CK 60 060 A 62 43D 2 C 60; XC 60 H 1 1665; 1678 C 60 S 58 C 60; 60G; 60GA
4
1070 1.1231 Ck 67;
(C67E) 060 A 67 XC 68 1770 C70 65GA; 68GA; 70
4
1074; 1075; 1078 1.1248 CK 75;
(C75E) 060 A 78 XC 75 1774 C 75 75(A)
4
1086 1.1269 CK 85
(C85E) XC 90 C 90 85(A)
ISCAR
572
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
4
1095 1.1274 Ck 101
(C101E) XC 100 1870 C 100 F-5117 SUP 4
4
W 112 1.1663 C 125 W Y2 120
4
2223
5
1.0070 E360
(Fe 690-2); St 70-2 Fe 690-2 FN A 70-2 1655 Fe 70-2; Fe 690 A 690-2; Fe 690-2
FN
5
1.7238 49 CrMo 4
5
1.7701 51 CrMoV 4 51 CrMoV 4
6
A 284 Gr.D; A 573
Gr.58; A 570 Gr 36;
A 570 Gr C; A 611
Gr. C
1.0116 S235J2G3
(Fe 360 D 1); St 37-3
Fe 360 D1 FF; 1449
37/23 CR; 4360-
40 D
E 24-3; E 24-4 1312; 1313
Fe 360 D1 FF; Fe
360 C FN; Fe 360 D
FF; Fe 37-2
AE 235 D; Fe 360
D1 FF
St3kp; St3ps; St3sp;
16D
6
5120 1.0841 St 52-3 150 M 19 20 MC 5 2172 Fe 52 F-431
6
9255 1.0904 55 Si 7 250A53 45 55S7 2085 55Si8 56Si7
6
9254 1.0904 55 Si 7 250 A 53 55 S 7 2090
6
9262 1.0961 60SiCr7 60SC6 60SiCr8 60SiCr8
6
L3 1.2067 100Cr6 BL3 Y100C6 100Cr6
6
L1 1.2108 90 CrSi 5 2092 105WCR 5
6
L2 1.2210 115CrV3 100C3 107CrV3KU
6
1.2241 51CrV4
6
1.2311 40 CrMnMo 7 35 cRmO 8 KU
6
4135 1.2330 35 CrMo 4 708 A 37 34 CD 4 2234 35CrMo4 34CrMo4 SCM435TK
6
1.2419 105WCr6 105WC 13 105WC13 2140 10WCr6 105WCr5 ChWG
6
0 1 1.2510 100 MnCrW 4 BO1 8 MO 8 2140 10WCr6 105WCr5 SKS31
6
S1 1.2542 45 WCrV7 BS1 2710 45 WCrV8 KU 45WCrSi8 5ChW25F
6
S1 1.2550 60WCrV7 55WC20 2710 58WCr9KU
6
L6 1.2713 55NiCrMoV6 55NCDV7 F.520.S SKT4 5ChNM
6
L 6 1.2721 50NiCr13 55 NCV 6 2550 f-528
6
O2 1.2842 90MnCrV8 BO2 90 MV8
6
E 50100 1.3501 100 Cr 2
6
52100 1.3505 100Cr6 2 S 135; 535 A 99 31 100 C 6 2258 100Cr6 F.1310 - 100 Cr 6 SUJ2 SchCh 15
6
1.5024 46Si7 45 S 7; Y 46 7; 46
SI 7 F. 1451 - 46 SI 7
6
9255 1.5025 51Si7 51 S 7; 51 Si 7 2090 48 Si 7; 50 Si 7 F.1450-50 Si 7
6
9255 1.5026 55Si7 251 a 58 55 S 7 2085; 2090 55 Si 7 F.1440 - 56 Si 7 55S2
573
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
4
1095 1.1274 Ck 101
(C101E) XC 100 1870 C 100 F-5117 SUP 4
4
W 112 1.1663 C 125 W Y2 120
4
2223
5
1.0070 E360
(Fe 690-2); St 70-2 Fe 690-2 FN A 70-2 1655 Fe 70-2; Fe 690 A 690-2; Fe 690-2
FN
5
1.7238 49 CrMo 4
5
1.7701 51 CrMoV 4 51 CrMoV 4
6
A 284 Gr.D; A 573
Gr.58; A 570 Gr 36;
A 570 Gr C; A 611
Gr. C
1.0116 S235J2G3
(Fe 360 D 1); St 37-3
Fe 360 D1 FF; 1449
37/23 CR; 4360-
40 D
E 24-3; E 24-4 1312; 1313
Fe 360 D1 FF; Fe
360 C FN; Fe 360 D
FF; Fe 37-2
AE 235 D; Fe 360
D1 FF
St3kp; St3ps; St3sp;
16D
6
5120 1.0841 St 52-3 150 M 19 20 MC 5 2172 Fe 52 F-431
6
9255 1.0904 55 Si 7 250A53 45 55S7 2085 55Si8 56Si7
6
9254 1.0904 55 Si 7 250 A 53 55 S 7 2090
6
9262 1.0961 60SiCr7 60SC6 60SiCr8 60SiCr8
6
L3 1.2067 100Cr6 BL3 Y100C6 100Cr6
6
L1 1.2108 90 CrSi 5 2092 105WCR 5
6
L2 1.2210 115CrV3 100C3 107CrV3KU
6
1.2241 51CrV4
6
1.2311 40 CrMnMo 7 35 cRmO 8 KU
6
4135 1.2330 35 CrMo 4 708 A 37 34 CD 4 2234 35CrMo4 34CrMo4 SCM435TK
6
1.2419 105WCr6 105WC 13 105WC13 2140 10WCr6 105WCr5 ChWG
6
0 1 1.2510 100 MnCrW 4 BO1 8 MO 8 2140 10WCr6 105WCr5 SKS31
6
S1 1.2542 45 WCrV7 BS1 2710 45 WCrV8 KU 45WCrSi8 5ChW25F
6
S1 1.2550 60WCrV7 55WC20 2710 58WCr9KU
6
L6 1.2713 55NiCrMoV6 55NCDV7 F.520.S SKT4 5ChNM
6
L 6 1.2721 50NiCr13 55 NCV 6 2550 f-528
6
O2 1.2842 90MnCrV8 BO2 90 MV8
6
E 50100 1.3501 100 Cr 2
6
52100 1.3505 100Cr6 2 S 135; 535 A 99 31 100 C 6 2258 100Cr6 F.1310 - 100 Cr 6 SUJ2 SchCh 15
6
1.5024 46Si7 45 S 7; Y 46 7; 46
SI 7 F. 1451 - 46 SI 7
6
9255 1.5025 51Si7 51 S 7; 51 Si 7 2090 48 Si 7; 50 Si 7 F.1450-50 Si 7
6
9255 1.5026 55Si7 251 a 58 55 S 7 2085; 2090 55 Si 7 F.1440 - 56 Si 7 55S2
ISCAR
574
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
6
9260 1.5027 60Si7 251 A 60; 251 H 60 60 S 7 60 Si 7 F. 1441 - 60 Si 7 60S2
6
9260 H 1.5028 65Si7 60 S 7 50 P 7; SUP 6
6
1.5120 38 MnSi 4
6
A 204 Gr.A; 4017 1.5415 16Mo3; 15 Mo 3 1503-243 B 15 D 3 2912 16Mo3 KG;
16Mo3KW F. 2601 - 16 Mo 3
6
4419 1.5419 20Mo4 1503-243-430 2512 G 20 Mo 5; G 22
Mo5 SCPH 11
6
A 350-LF 5 1.5622 14Ni6 16N6 14 Ni 6 KG; 14 Ni
6 KT F.2641 - 15 Ni 6
6
3415 1.5732 1 NiICr10 14 NC 11 16NiCr11 15NiCr11 SNC415(H)
6
3310; 3314 1.5752 14NiICr14 655M13 36A 12NC15 SNC815(H)
6
1.6587 17CrNiMo6 820A16 18NCD6 14NiCrMo13
6
1.6657 14NiCrMo134 14NiCrMo131
6
5015 1.7015 15 Cr 3 523 M 15 12 C 3 SCr415(H) 15Ch
6
5132 1.7033 34Cr4 530A32 18B 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
6
5140 1.7035 41C r4 530M40 18 42C4 41Cr4 42Cr4 SCr440(H)
6
5140 1.7045 42Cr41 530 A 40 42 C 4 TS 2245 41Cr4 42Cr4 SCr440
6
5115 1.7131 16MnCr5 527 M 17 16 MC 5 2511 16MnCr5 16MnCr5
6
1.7139 16MnCr5 2127
6
5155 1.7176 55Cr3 527 A 60 48 55 C 3 2253 SUP9(A) 50ChGA
6
4135; 4137 1.7220 34CrMo4 708 Aa 37 35 CD 4 2234 35ChM
6
4142 1.7223 41CrMo4 41CrMo4 42CrMo4 SNB 22-1 40ChFA
6
4140 1.7225 42CrMo4 708 M 0 42 CD 4 2244
6
1.7228 55NiCrMoV6G 823M30 33 2512 653M31
6
1.7262 15CrMo5 12 CD 4 2216 12CrMo4
6
1.7321 20 mOcR 4 2625
6
ASTM A182 F12 1.7335 13CrMo4 4 1501-620Gr27 14CrMo4 5 14CrMo45
6
A 182-F11; A 182-
F12 1.7335 13 CrMo 4 4 1 501 620 Gr. 27 15 CD 4.5 2216 12CrMo4 SCM415(H) 12ChM; 15ChM
6
ASTM A 182 F22 1.7380 10CrMo9 10 1501-622gR31;
1501-622gR45
6
A182 F22 1.7380 10 CrMo 9 10 1501-622 12 CD 9.10 2218 12CrMo9,
12CrMo10 TU.H
6
1.7715 14MoV6 3 1503-660-440 13MoCrV6
575
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
6
9260 1.5027 60Si7 251 A 60; 251 H 60 60 S 7 60 Si 7 F. 1441 - 60 Si 7 60S2
6
9260 H 1.5028 65Si7 60 S 7 50 P 7; SUP 6
6
1.5120 38 MnSi 4
6
A 204 Gr.A; 4017 1.5415 16Mo3; 15 Mo 3 1503-243 B 15 D 3 2912 16Mo3 KG;
16Mo3KW F. 2601 - 16 Mo 3
6
4419 1.5419 20Mo4 1503-243-430 2512 G 20 Mo 5; G 22
Mo5 SCPH 11
6
A 350-LF 5 1.5622 14Ni6 16N6 14 Ni 6 KG; 14 Ni
6 KT F.2641 - 15 Ni 6
6
3415 1.5732 1 NiICr10 14 NC 11 16NiCr11 15NiCr11 SNC415(H)
6
3310; 3314 1.5752 14NiICr14 655M13 36A 12NC15 SNC815(H)
6
1.6587 17CrNiMo6 820A16 18NCD6 14NiCrMo13
6
1.6657 14NiCrMo134 14NiCrMo131
6
5015 1.7015 15 Cr 3 523 M 15 12 C 3 SCr415(H) 15Ch
6
5132 1.7033 34Cr4 530A32 18B 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
6
5140 1.7035 41C r4 530M40 18 42C4 41Cr4 42Cr4 SCr440(H)
6
5140 1.7045 42Cr41 530 A 40 42 C 4 TS 2245 41Cr4 42Cr4 SCr440
6
5115 1.7131 16MnCr5 527 M 17 16 MC 5 2511 16MnCr5 16MnCr5
6
1.7139 16MnCr5 2127
6
5155 1.7176 55Cr3 527 A 60 48 55 C 3 2253 SUP9(A) 50ChGA
6
4135; 4137 1.7220 34CrMo4 708 Aa 37 35 CD 4 2234 35ChM
6
4142 1.7223 41CrMo4 41CrMo4 42CrMo4 SNB 22-1 40ChFA
6
4140 1.7225 42CrMo4 708 M 0 42 CD 4 2244
6
1.7228 55NiCrMoV6G 823M30 33 2512 653M31
6
1.7262 15CrMo5 12 CD 4 2216 12CrMo4
6
1.7321 20 mOcR 4 2625
6
ASTM A182 F12 1.7335 13CrMo4 4 1501-620Gr27 14CrMo4 5 14CrMo45
6
A 182-F11; A 182-
F12 1.7335 13 CrMo 4 4 1 501 620 Gr. 27 15 CD 4.5 2216 12CrMo4 SCM415(H) 12ChM; 15ChM
6
ASTM A 182 F22 1.7380 10CrMo9 10 1501-622gR31;
1501-622gR45
6
A182 F22 1.7380 10 CrMo 9 10 1501-622 12 CD 9.10 2218 12CrMo9,
12CrMo10 TU.H
6
1.7715 14MoV6 3 1503-660-440 13MoCrV6
ISCAR
576
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
6
A355A 1.8509 41CrAlMo 7 905 M 39 41B 40 CAD 6.12 2940 41CrAlMo7 41CrAlMo7
7
A570.36 1.0038 S235JRG2
(Fe 360 B); RSt 37-2
Fe 360 B FU; 1449
27/23 CR; 4360-
40 B
E 24-2NE 1312 Fe 360 B FN
AE 235 B FN; AE
235 B FU; Fe 360 B
FN; Fe 360 B FU
St3ps; St3sp
7
3135 1.5710 36NiCr6 640A35 111A 35NC6 SNC236
7
1.5755 31 NiCr 14 653 M 31 18 NC 13
7
8620 1.6523 2 NiCrMo2 805M20 362 20 NCD 2 2506 20NiCrMo2 20NiCrMo2 SNCM220(H) 20ChGNM
7
8740 1.6546 40 NiCrMo 22 311-Tyre 7 40NiCrMo2(KB) 40NiCrMo2 SNCM240 38ChGNM
7
4340 1.6565 40NiCrMo6 817 M 40 24 35 NCD 6 2541 35NiCrMo6(KB) SNCM 447 38Ch2N2MA
7
4130 1.7218 25CrMo4 CDS 110 25 CD 4 2225 25CrMo4(KB) 55Cr3 SCM420; SCM430 20ChM; 30ChM
7
1.7733 24 CrMoV 5 5 20 CDV 6 21 CrMoV 5 11
7
1.7755 GS-45 CrMOV 10 4
7
1.8070 21 CrMoV 5 11 35 NiCr 9
8
C 45 W 1.173 C 45 W3 XC 48
8
4142 1.2332 47 CrMo 4 708 M 40 19A 42 CD 4 2244 42CrMo4 42CrMo4 SCM
(440)
8
A128
(A) 1.3401 G-X120 Mn 12 Z 120 M 12 2183 GX120Mn12 F.
8251-AM-X120Mn12
SCMnH 1; SCMn
H 11 110G13L
8
3435 1.5736 36 NiCr 10 30 NC 11
8
9840 1.6511 36CrNiMo4 816M40 110 40NCD3 36nIcRmO4(KB) 35NiCrMo4 SUP10 40ChN2MA
8
1.7361 32 CeMo12 722 M 24 40B 30 CD 12 2240 30CrMo12 F.124.A
8
6150 1.8159 50 CrV 4 735 A 50 47 50CrV4 2230 50CrV4 51CrV4 50ChGFA
8
1.8161 58 CrV 4
8
1.8515 32 CrMo 12 722 M 24 40B 30 CD 12 2240 32CrMo12 F.124.A
8
1.8523 39CrMoV13 9 897M39 40C 36CrMoV12
9
1.4882 X 50 CrMnNiNbN 21 9 Z 50 CMNNb 21.09
9
1.5864 35 niCr 18
9
31 NiCrMo 13 4 830 m 31 2534 f-1270
10
A 619 1.0347 DCO3; RRSt; RRSt 13 1449 3 CR; 1449
2 CR EFep 02 AP 02 08JU
10
M 1015; M 1016; M
1017 1.0401 C15 080 M 15; 080 M 15;
1449 17 CS AF 37 C12; XC 18 1350 C15; C16; 1 C 15 F.111 S 15 C
10
1.0723 15 S22; 15 S 20 210 A 15; 210 M 15 1922 F.210.F SUM 32
577
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
6
A355A 1.8509 41CrAlMo 7 905 M 39 41B 40 CAD 6.12 2940 41CrAlMo7 41CrAlMo7
7
A570.36 1.0038 S235JRG2
(Fe 360 B); RSt 37-2
Fe 360 B FU; 1449
27/23 CR; 4360-
40 B
E 24-2NE 1312 Fe 360 B FN
AE 235 B FN; AE
235 B FU; Fe 360 B
FN; Fe 360 B FU
St3ps; St3sp
7
3135 1.5710 36NiCr6 640A35 111A 35NC6 SNC236
7
1.5755 31 NiCr 14 653 M 31 18 NC 13
7
8620 1.6523 2 NiCrMo2 805M20 362 20 NCD 2 2506 20NiCrMo2 20NiCrMo2 SNCM220(H) 20ChGNM
7
8740 1.6546 40 NiCrMo 22 311-Tyre 7 40NiCrMo2(KB) 40NiCrMo2 SNCM240 38ChGNM
7
4340 1.6565 40NiCrMo6 817 M 40 24 35 NCD 6 2541 35NiCrMo6(KB) SNCM 447 38Ch2N2MA
7
4130 1.7218 25CrMo4 CDS 110 25 CD 4 2225 25CrMo4(KB) 55Cr3 SCM420; SCM430 20ChM; 30ChM
7
1.7733 24 CrMoV 5 5 20 CDV 6 21 CrMoV 5 11
7
1.7755 GS-45 CrMOV 10 4
7
1.8070 21 CrMoV 5 11 35 NiCr 9
8
C 45 W 1.173 C 45 W3 XC 48
8
4142 1.2332 47 CrMo 4 708 M 40 19A 42 CD 4 2244 42CrMo4 42CrMo4 SCM
(440)
8
A128
(A) 1.3401 G-X120 Mn 12 Z 120 M 12 2183 GX120Mn12 F.
8251-AM-X120Mn12
SCMnH 1; SCMn
H 11 110G13L
8
3435 1.5736 36 NiCr 10 30 NC 11
8
9840 1.6511 36CrNiMo4 816M40 110 40NCD3 36nIcRmO4(KB) 35NiCrMo4 SUP10 40ChN2MA
8
1.7361 32 CeMo12 722 M 24 40B 30 CD 12 2240 30CrMo12 F.124.A
8
6150 1.8159 50 CrV 4 735 A 50 47 50CrV4 2230 50CrV4 51CrV4 50ChGFA
8
1.8161 58 CrV 4
8
1.8515 32 CrMo 12 722 M 24 40B 30 CD 12 2240 32CrMo12 F.124.A
8
1.8523 39CrMoV13 9 897M39 40C 36CrMoV12
9
1.4882 X 50 CrMnNiNbN 21 9 Z 50 CMNNb 21.09
9
1.5864 35 niCr 18
9
31 NiCrMo 13 4 830 m 31 2534 f-1270
10
A 619 1.0347 DCO3; RRSt; RRSt 13 1449 3 CR; 1449
2 CR EFep 02 AP 02 08JU
10
M 1015; M 1016; M
1017 1.0401 C15 080 M 15; 080 M 15;
1449 17 CS AF 37 C12; XC 18 1350 C15; C16; 1 C 15 F.111 S 15 C
10
1.0723 15 S22; 15 S 20 210 A 15; 210 M 15 1922 F.210.F SUM 32
ISCAR
578
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
10
D 3 1.2080 X 210 Cr 12 BD 3 Z 200 C 12
10
420 1.2083 X 42 Cr 13 Z40 C14 2314 SUS 420 J 2
10
1.2085 X 33 CrS 16 Z35V CD 17.S
10
1.2162 21 MnCr 5 20 MC 5
10
L2 1.2210 115 Cr V3 100 C3 107 CrV3 KU F.520 L
10
1.2311 40 CrMnMo7 40 CMD 8 35 cRmO 8 KU
10
P20+S 1.2312 40CrMnMoS 8.6 40CMD8S
10
1.2316 X36CrMo17 X38CrMo16
10
H 11 1.2343 x 38 CrMoV 5 1 BH 11 Z 38 CDV 5 X 37 CrMoV 5 1 KU 4Ch5MFS
10
1.234 X 38 CrMoV 5 1 Z 38 CDV 5 X 37 CrMoV 51 KU
10
H 13 1.2344 X 40 CrMoV 5 1 BH 13 Z 40 CDV 5 2242 X40CrMoV511KU F-5318 SKD61 4Ch5MF1S
10
A 2 1.2363 X100 CrMoV 5 1 BA 2 Z 100 CDV 5 2260 X100CrMoV51KU F-5227 SKD12
10
1.236 X 100 CrMo V5-1
10
D 2 1.2379 X 155 CrVMo 12 1 BD2 Z 160 CDV 12 2310 X165CrMoW12KU X160CrMoW12KU SKD11
10
1.238 X 155 CrVMo 12 1 Z 160 CDV 12 X 155 CrVMo 12
1 KU
10
HNV3 1.2379 X210Cr12G BD2 Z160CDV12 2736
10
D 4
(D 6) 1.2436 X 210 CrW 12 BD6 Z 200 CD 12 2312 X215CrW 12 1 KU F-5213
10
1.244 X 210 CrW 12
10
O1 1.251 100 MnCrW 4 B0 1 90 MnWRrV5 95MnWCr 5 KU 95 MnCrW 5
10
H 21 1.2581 X 30 WCrV 9 3 BH 21 Z 30 WCV 9 X30WCrV 9 3 KU F-526 SKD5 3Ch2W8F
10
1.2601 X 165 CrMoV 12 2310
10
H 12 1.2606 X 37 CrMoW 5 1 BH 12 Z 35 CWDV 5 X 35 CrMoW 05 KU F.537 5ChNM
10
1.277 X 45 NiCrMo 4 45 NCD 16 40 NiCrMoV 8 KU
10
O2 1.284 90 MnCrV 8 B0 2 90 MV 8 90 MnVCr 8 KU
10
D3 1.3343 S 6-5-2 BM2 Z200C12 2715 X210Cr13KU X210Cr12 SUH3 R6M5
10
ASTM A353 1.5662 X8Ni9 1501-509; 1501-510 14 Ni 6 KG; 14 Ni
6 KT XBNiO9
10
ASM A353 1.5662 X8Ni9 502-650 9 Ni X10Ni9 F-2645 SL9N60
(53)
10
2517 1.568 12Ni19 12Ni19 Z18N5
10
2515 1.5680 12 Ni 19 Z 18 N 5
10
1.713 16 MnCr 5 16 MC 5
10
1.276 X 19 NiCrMo 4
11
1.3202 S 12-1-4-5 BT 15 HS 12-1-5-5 12-1-5-5
579
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
10
D 3 1.2080 X 210 Cr 12 BD 3 Z 200 C 12
10
420 1.2083 X 42 Cr 13 Z40 C14 2314 SUS 420 J 2
10
1.2085 X 33 CrS 16 Z35V CD 17.S
10
1.2162 21 MnCr 5 20 MC 5
10
L2 1.2210 115 Cr V3 100 C3 107 CrV3 KU F.520 L
10
1.2311 40 CrMnMo7 40 CMD 8 35 cRmO 8 KU
10
P20+S 1.2312 40CrMnMoS 8.6 40CMD8S
10
1.2316 X36CrMo17 X38CrMo16
10
H 11 1.2343 x 38 CrMoV 5 1 BH 11 Z 38 CDV 5 X 37 CrMoV 5 1 KU 4Ch5MFS
10
1.234 X 38 CrMoV 5 1 Z 38 CDV 5 X 37 CrMoV 51 KU
10
H 13 1.2344 X 40 CrMoV 5 1 BH 13 Z 40 CDV 5 2242 X40CrMoV511KU F-5318 SKD61 4Ch5MF1S
10
A 2 1.2363 X100 CrMoV 5 1 BA 2 Z 100 CDV 5 2260 X100CrMoV51KU F-5227 SKD12
10
1.236 X 100 CrMo V5-1
10
D 2 1.2379 X 155 CrVMo 12 1 BD2 Z 160 CDV 12 2310 X165CrMoW12KU X160CrMoW12KU SKD11
10
1.238 X 155 CrVMo 12 1 Z 160 CDV 12 X 155 CrVMo 12
1 KU
10
HNV3 1.2379 X210Cr12G BD2 Z160CDV12 2736
10
D 4
(D 6) 1.2436 X 210 CrW 12 BD6 Z 200 CD 12 2312 X215CrW 12 1 KU F-5213
10
1.244 X 210 CrW 12
10
O1 1.251 100 MnCrW 4 B0 1 90 MnWRrV5 95MnWCr 5 KU 95 MnCrW 5
10
H 21 1.2581 X 30 WCrV 9 3 BH 21 Z 30 WCV 9 X30WCrV 9 3 KU F-526 SKD5 3Ch2W8F
10
1.2601 X 165 CrMoV 12 2310
10
H 12 1.2606 X 37 CrMoW 5 1 BH 12 Z 35 CWDV 5 X 35 CrMoW 05 KU F.537 5ChNM
10
1.277 X 45 NiCrMo 4 45 NCD 16 40 NiCrMoV 8 KU
10
O2 1.284 90 MnCrV 8 B0 2 90 MV 8 90 MnVCr 8 KU
10
D3 1.3343 S 6-5-2 BM2 Z200C12 2715 X210Cr13KU X210Cr12 SUH3 R6M5
10
ASTM A353 1.5662 X8Ni9 1501-509; 1501-510 14 Ni 6 KG; 14 Ni
6 KT XBNiO9
10
ASM A353 1.5662 X8Ni9 502-650 9 Ni X10Ni9 F-2645 SL9N60
(53)
10
2517 1.568 12Ni19 12Ni19 Z18N5
10
2515 1.5680 12 Ni 19 Z 18 N 5
10
1.713 16 MnCr 5 16 MC 5
10
1.276 X 19 NiCrMo 4
11
1.3202 S 12-1-4-5 BT 15 HS 12-1-5-5 12-1-5-5
ISCAR
580
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
11
1.3207 S 10-4-3-10 BT42 Z130WKCDV
11
T 15 1.3243 S 6-5-2-5 KCV 06-05-05-04-
02 2723 HS 6-5-2-5 6-5-2-5 SKH55 R6M5K5
11
1.3246 S 7-4-2-5 Z110 WKCDV
07-05-04 7-4-2-5 HS 7-4-2-5 M 35
11
1.3247 S 2-10-1-8 BM 42 Z110 DKCWV
09-08-04 2-10-1-8 HS 2-9-1-8 M 41
11
M 42 1.3249 S 2-9-2-8 BM 34 2-9-2-8 R6M5
11
T 4 1.3255 S 18-1-2-5 BT 4 Z 80 WKCV 18-05-
04-0
11
M 2 1.3343 S6-5-2 BM2 Z 85 WDCV 2722 HS 6 5 2 F-5604 SKH 51
11
M 7 1.3348 S2-9-2 Z 100 DCWV 09-04-
02- 2782 HS 2 9 2 F-5607
11
T 1 1.3355 S 18-0-1 BT 1 Z 80 WCV 18-4-01 R18
11
HNV 3 1.4718 X45CrSi 9 3 401S45 52 Z45CS9 X45CrSi8 F322 SUH1 40Ch9S2
11
422 1.4935 x20 CrMoWV 12 1
12
403 1.4000 X6Cr13 403 S 17 Z 6 C 13 2301 X6Cr13 F.3110 SUS403 08Ch13
12
1.4001 X6Cr14 F8401 08Ch13
12
(410S) 1.4001 X7 Cr 13 (403 S 7) Z 8 C 13 2301 08Ch13
12
405 1.4002 X6CrA12 405S17 Z8CA12 X6CrAI13
12
405 1.4002 X6 CrAl 13 405 S 17 Z6CA13 2302 X6CrAI13
12
416 1.4005 X12CrS 13 416 S 21 Z11 CF 13 2380 X12 CrSC13 F-3411 SUS 416
12
410; CA-15 1.4006 (G-)X10 Cr 13 410S21 56A Z10 C 13 2302 X12Cr13 F.3401 SUS410 12Ch13
12
430 1.4016 X8Cr17 Z8C17 430S15 2320 X8Cr17 F.3113 12Ch17
12
430 1.4016 X6 Cr 17 430 S 15 60 Z 8 C 17 2320 X8Cr17 F3113 SUS430 12Ch17
12
1.4027 G-X20Cr14 420C29 Z20C13M 20Ch13L
12
420 1.4028 X30 Cr 13 420 S 45 Z 30 C 13 2304 20Ch13
12
1.4086 G-X120Cr29 452C11
12
430 F 1.4104 X12CrMoS17 420 S 37 Z 10 CF 17 2383 X10CrS17 F.3117 SUS430F
12
440B 1.4112 X90 CrMoV 18
12
434 1.4113 X6CrMo 17 434 S 17 Z 8 CD 17.01 2325 X8CrMo17 SUS434
12
1.4340 G-X40CrNi27 4
12
S31500 1.4417 X2CrNiM0Si19 5 2376
12
S31500 1.4417 X2 CrNoMoSi 18 5 3 2376
581
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
11
1.3207 S 10-4-3-10 BT42 Z130WKCDV
11
T 15 1.3243 S 6-5-2-5 KCV 06-05-05-04-
02 2723 HS 6-5-2-5 6-5-2-5 SKH55 R6M5K5
11
1.3246 S 7-4-2-5 Z110 WKCDV
07-05-04 7-4-2-5 HS 7-4-2-5 M 35
11
1.3247 S 2-10-1-8 BM 42 Z110 DKCWV
09-08-04 2-10-1-8 HS 2-9-1-8 M 41
11
M 42 1.3249 S 2-9-2-8 BM 34 2-9-2-8 R6M5
11
T 4 1.3255 S 18-1-2-5 BT 4 Z 80 WKCV 18-05-
04-0
11
M 2 1.3343 S6-5-2 BM2 Z 85 WDCV 2722 HS 6 5 2 F-5604 SKH 51
11
M 7 1.3348 S2-9-2 Z 100 DCWV 09-04-
02- 2782 HS 2 9 2 F-5607
11
T 1 1.3355 S 18-0-1 BT 1 Z 80 WCV 18-4-01 R18
11
HNV 3 1.4718 X45CrSi 9 3 401S45 52 Z45CS9 X45CrSi8 F322 SUH1 40Ch9S2
11
422 1.4935 x20 CrMoWV 12 1
12
403 1.4000 X6Cr13 403 S 17 Z 6 C 13 2301 X6Cr13 F.3110 SUS403 08Ch13
12
1.4001 X6Cr14 F8401 08Ch13
12
(410S) 1.4001 X7 Cr 13 (403 S 7) Z 8 C 13 2301 08Ch13
12
405 1.4002 X6CrA12 405S17 Z8CA12 X6CrAI13
12
405 1.4002 X6 CrAl 13 405 S 17 Z6CA13 2302 X6CrAI13
12
416 1.4005 X12CrS 13 416 S 21 Z11 CF 13 2380 X12 CrSC13 F-3411 SUS 416
12
410; CA-15 1.4006 (G-)X10 Cr 13 410S21 56A Z10 C 13 2302 X12Cr13 F.3401 SUS410 12Ch13
12
430 1.4016 X8Cr17 Z8C17 430S15 2320 X8Cr17 F.3113 12Ch17
12
430 1.4016 X6 Cr 17 430 S 15 60 Z 8 C 17 2320 X8Cr17 F3113 SUS430 12Ch17
12
1.4027 G-X20Cr14 420C29 Z20C13M 20Ch13L
12
420 1.4028 X30 Cr 13 420 S 45 Z 30 C 13 2304 20Ch13
12
1.4086 G-X120Cr29 452C11
12
430 F 1.4104 X12CrMoS17 420 S 37 Z 10 CF 17 2383 X10CrS17 F.3117 SUS430F
12
440B 1.4112 X90 CrMoV 18
12
434 1.4113 X6CrMo 17 434 S 17 Z 8 CD 17.01 2325 X8CrMo17 SUS434
12
1.4340 G-X40CrNi27 4
12
S31500 1.4417 X2CrNiM0Si19 5 2376
12
S31500 1.4417 X2 CrNoMoSi 18 5 3 2376
ISCAR
582
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
12
1.4418 X4 CrNiMo16 5 Z6CND16-04-01 2387
12
XM 8; 430 Ti; 439 1.4510 Z 4 CT 17 X 6 CrTi 17 F.3115 -X 5 CrTi 17 SUS 430 LX 08 Ch17T
12
430tI 1.4510 X6 CrTi 17 Z 4 CT 17 08Ch17T
12
1.4511 X 6 CrNb 17 Z 4 CNb 17 X 6 CrNb 17 F.3122-X 5 CrNb 17 SUS 430 LK
12
409 1.4512 X 6 CrTi 12;
(X2CrTi12) LW 19; 409 S 19 Z 3 CT 12 X 6 CrTi 12 SUH 409
12
1.4720 X20CrMo13
12
405 1.4724 X10CrA113 403S17 Z10C13 X10CrA112 F.311 10Ch13SJu
12
430 1.4742 X10CrA118 439S15 60 Z10CAS18 X8Cr17 F.3113 SUS430 15Ch13SJu
12
HNV6 1.4747 X80CrNiSi20 443S65 59 Z80CSN20.02 X80CrSiNi20 F.320B SUH4
12
446 1.4749 x18 cRn 28
12
446 1.4762 X10CrA124 Z10CAS24 2322 X16Cr26 SUH446
12
EV 8 1.4871 X 53 CrMnNiN 21 9 349 S 54 Z 52 CMN 21.09 X53CrMnNiN21 9 SUH35, SUH36 55Ch20G9AN4
12
302 x12 CrNi 18 9 302 S 31 Z 10 CN 18-09 2330
12
429 X10 CrNi 15
13
420 1.4021 X20Cr13 420S37 Z 20 C 13 2303 14210 20Ch13
13
420 1.4031 X40 Cr 13 Z 40 C 14 -2304 40Ch13
13
1.4034 X46Cr13 420 S 45 Z40 C 14 X40Cr14 F.3405 SUS420J2
13
431 1.4057 X20CrNi172 431 S 29 57 Z 15 CN 16.02 2321 X16CrNi16 F.3427 SUS431 20Ch17N2
13
CA6-NM 1.4313 G-X4 CrNi 13 4 425 C 11 Z 4 CND 13-04 M 2385 (G)X6CrNi304 SCS5
13
1.4544 S. 524; S. 526 X 6 CrNiTi 18 11 08Ch 18N12T
13
348 1.4546 X5CrNiNb 18-10
347 S 31; 2 S. 130;
2 S. 143; 2 S. 144; 2
S. 145; S.525; S.527
X 6 CrNiNb 18 11
13
1.4922 x20cRmV12-1 2317 x20cRmOnI 12 01
13
1.4923 X22 CrMoV12 1
14
304 1.4301 X 5 CrNi 18 9 304 S 15 Z 5 CN 18.09 2332; 2333 08Ch18N10
14
303 1.4305 X10 CrNiS 18 9 303 S 21 58M Z 8 CNF 18-09 2346 X10CrNiS18.09 F.3508 SUS303 30Ch18N11
14
304L 1.4306 X2CrNi18 9 304S12 Z2CrNi18 10 2352 x2cRnI18 11 F.3503 SCS19
14
304L 1.4306 X2 CrNi 18 10 304 S 11 Z 3 CN 19-11 2352 X2CrNi18 11
14
CF-8 1.4308 X6 CrNi 18 9 304 C 15 58E Z 6 CN 18-10 M 2333 SUS304L
14
301 1.4310 X12CrN i17 7 301 S 21 Z 12 CN 17.07 2331 X2CrNi18 07 F.3517
14
304 LN 1.4311 X2 CrNiN 18 10 304 S 62 Z 2 CN18.10 2371 X2CrNiN18 10 SUS304LN
14
1.4312 G-X10CrNi18 8 302C25 Z10CN18.9M 10Ch18N9L
14
305 1.4312 X8 CrNi 18 12 305 s 19 10Ch18N9L
583
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
12
1.4418 X4 CrNiMo16 5 Z6CND16-04-01 2387
12
XM 8; 430 Ti; 439 1.4510 Z 4 CT 17 X 6 CrTi 17 F.3115 -X 5 CrTi 17 SUS 430 LX 08 Ch17T
12
430tI 1.4510 X6 CrTi 17 Z 4 CT 17 08Ch17T
12
1.4511 X 6 CrNb 17 Z 4 CNb 17 X 6 CrNb 17 F.3122-X 5 CrNb 17 SUS 430 LK
12
409 1.4512 X 6 CrTi 12;
(X2CrTi12) LW 19; 409 S 19 Z 3 CT 12 X 6 CrTi 12 SUH 409
12
1.4720 X20CrMo13
12
405 1.4724 X10CrA113 403S17 Z10C13 X10CrA112 F.311 10Ch13SJu
12
430 1.4742 X10CrA118 439S15 60 Z10CAS18 X8Cr17 F.3113 SUS430 15Ch13SJu
12
HNV6 1.4747 X80CrNiSi20 443S65 59 Z80CSN20.02 X80CrSiNi20 F.320B SUH4
12
446 1.4749 x18 cRn 28
12
446 1.4762 X10CrA124 Z10CAS24 2322 X16Cr26 SUH446
12
EV 8 1.4871 X 53 CrMnNiN 21 9 349 S 54 Z 52 CMN 21.09 X53CrMnNiN21 9 SUH35, SUH36 55Ch20G9AN4
12
302 x12 CrNi 18 9 302 S 31 Z 10 CN 18-09 2330
12
429 X10 CrNi 15
13
420 1.4021 X20Cr13 420S37 Z 20 C 13 2303 14210 20Ch13
13
420 1.4031 X40 Cr 13 Z 40 C 14 -2304 40Ch13
13
1.4034 X46Cr13 420 S 45 Z40 C 14 X40Cr14 F.3405 SUS420J2
13
431 1.4057 X20CrNi172 431 S 29 57 Z 15 CN 16.02 2321 X16CrNi16 F.3427 SUS431 20Ch17N2
13
CA6-NM 1.4313 G-X4 CrNi 13 4 425 C 11 Z 4 CND 13-04 M 2385 (G)X6CrNi304 SCS5
13
1.4544 S. 524; S. 526 X 6 CrNiTi 18 11 08Ch 18N12T
13
348 1.4546 X5CrNiNb 18-10
347 S 31; 2 S. 130;
2 S. 143; 2 S. 144; 2
S. 145; S.525; S.527
X 6 CrNiNb 18 11
13
1.4922 x20cRmV12-1 2317 x20cRmOnI 12 01
13
1.4923 X22 CrMoV12 1
14
304 1.4301 X 5 CrNi 18 9 304 S 15 Z 5 CN 18.09 2332; 2333 08Ch18N10
14
303 1.4305 X10 CrNiS 18 9 303 S 21 58M Z 8 CNF 18-09 2346 X10CrNiS18.09 F.3508 SUS303 30Ch18N11
14
304L 1.4306 X2CrNi18 9 304S12 Z2CrNi18 10 2352 x2cRnI18 11 F.3503 SCS19
14
304L 1.4306 X2 CrNi 18 10 304 S 11 Z 3 CN 19-11 2352 X2CrNi18 11
14
CF-8 1.4308 X6 CrNi 18 9 304 C 15 58E Z 6 CN 18-10 M 2333 SUS304L
14
301 1.4310 X12CrN i17 7 301 S 21 Z 12 CN 17.07 2331 X2CrNi18 07 F.3517
14
304 LN 1.4311 X2 CrNiN 18 10 304 S 62 Z 2 CN18.10 2371 X2CrNiN18 10 SUS304LN
14
1.4312 G-X10CrNi18 8 302C25 Z10CN18.9M 10Ch18N9L
14
305 1.4312 X8 CrNi 18 12 305 s 19 10Ch18N9L
ISCAR
584
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
304 1.4350 X5CrNi18 9 304S15 58E Z6CN18.09 2332 X5CrNi18 10 F.3551 SUS304
14
S32304 1.4362 X2 CrNiN 23 4 Z 2 CN 23-04 AZ 2327
14
202 1.4371 X3 CrMnNiN 188 8 7 284 S 16 Z 8 CMN 18- 08-05
14
316 1.4401 X 5 CrNiMo 17 12 2;
(X4 CrNiMo 17 -12-2)
316 S 13; 316 S 17;
316 S 19; 316 S 31;
316 S 33
Z 3 CND 17 -11-01;
Z 6 CND 17-11; Z 6
CND 17-11-02; Z 7
CND 17-11-02; Z 7
CND 17-12-02
2347 X 5 CrNiMo 17 12 F.3534-X 5 CrNiMo
17 12 2 SUS 316
14
316L 1.4404
X2 CrNiMo 17 13 2;
(X2 CrNiMo 17-12-2); GX
2 CrNiMoN 18-10
316 S 11; 316 S 13;
316 S 14; 316 S 31;
316 S 42; S.537; 316
C 12; T.75; S. 161
Z 2 CND 17-12; Z
2 CND 18-13; Z 3
CND 17-11-02; Z 3
CND 17-12-02 FF; Z
3 CND 18-12-03; Z
3 CND 19.10 M
2348 X 2 CrNiMo 17 12;
G-X 2 CrNiMo 19 11
F.3533 - X 2 CrNiMo
17 13 2; F.3537 - X
2 CrNiMo 17 13 3
SUS 316 L
14
316LN 1.4406 X2 CrNiMoN 17 12 2;
(X2CrNiMoN 18-10) 316 S 61; 316 S 63 Z2 CND 17-12 AZ X 2 CrNiMoN 17 12 F.3542-X 2 CrNiMoN
17 12 2 SUS316LN 07 Ch 18N
14
CF-8M 1.4408 GX 5 CrNiMoN 7 12 2;
G-X 6 CrNiMo 18 10
316 C 16
(LT 196); ANC 4 B 2343 F.8414-AM-X 7
CrNiMo 20 10 SCS 14 10G2S2MSL
14
1.4410 G-X10CrNiMo18 9 Z5CND20.12M 2328
14
316 Ln 1.4429 X2 CrNiMo 17 -13-3 316 S 62 Z 2 CND 17-13 Az 2375 X 2 CrNiMoN 17 13 F.3543-X 2 CrNiMoN
17 13 3 SUS 316 LN
14
316L 1.4435 X2 CrNiMo18 14 3
316 S 11; 316 S 13;
316 S 14; 316 S 31;
LW 22; LWCF 22
Z 3 CND 17-12-03;
Z 3 CND 18-14-03 2375 X2CrNiMoN 17 13 F.3533-X 2 CrNiMo
17 13 2 SUS 316 L O3 Ch 17N14M3
14
316 1.4436 X 5 CrNiMo 17 13 3;
(X4CRNIMO 17-13-3
316 S 19; 316 S 31;
316 S 33; LW 23;
LWCF 23
Z 6 CND 18-12-03;
Z 7 CND 18-12-03 2343 X 5 CrNiMo 117 13;
X 8 cRnImO 17 13
F.3543-X 5 CrNiMo
17 12 2 F.3538-X 5
CrNiMo 17 13 3
SUS 316
14
317L 1.4438 X2 CrNiMo 18 16 4;
(X2CrNiMo 18-15-4) 317 S 12 Z 2 CND 19-15-04;
z 3 cnd 19-15-04 2367 X2CrNiMo18 16 f.3539-x 2 cRnImO
18 16 4 SUS317L
14
(s31726) 1.4439 X2 CrNiMoN 17 13 5 Z 3 CND 18-14-06
AZ
14
1.444 X 2 CrNiMo 18 13
14
317 1.4449 X5 CrNiMo 17 13 3 317 S 16 X 5 CrNiMo 18 15 SUS 317
14
329 1.4460 X 4 CrNiMo 27 5 2;
(X3CrNiMo27-5-2)
(Z 3 CND 25-07 Az);
Z 5 CND 27-05 Az 2324
F.3309-X 8 CrNiMo
17 12 2; F.3552-X 8
CrNiMo 18 16 4
SUS 329 J 1
14
329 1.4460 X8CrNiMo27 5 2324
585
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
304 1.4350 X5CrNi18 9 304S15 58E Z6CN18.09 2332 X5CrNi18 10 F.3551 SUS304
14
S32304 1.4362 X2 CrNiN 23 4 Z 2 CN 23-04 AZ 2327
14
202 1.4371 X3 CrMnNiN 188 8 7 284 S 16 Z 8 CMN 18- 08-05
14
316 1.4401 X 5 CrNiMo 17 12 2;
(X4 CrNiMo 17 -12-2)
316 S 13; 316 S 17;
316 S 19; 316 S 31;
316 S 33
Z 3 CND 17 -11-01;
Z 6 CND 17-11; Z 6
CND 17-11-02; Z 7
CND 17-11-02; Z 7
CND 17-12-02
2347 X 5 CrNiMo 17 12 F.3534-X 5 CrNiMo
17 12 2 SUS 316
14
316L 1.4404
X2 CrNiMo 17 13 2;
(X2 CrNiMo 17-12-2); GX
2 CrNiMoN 18-10
316 S 11; 316 S 13;
316 S 14; 316 S 31;
316 S 42; S.537; 316
C 12; T.75; S. 161
Z 2 CND 17-12; Z
2 CND 18-13; Z 3
CND 17-11-02; Z 3
CND 17-12-02 FF; Z
3 CND 18-12-03; Z
3 CND 19.10 M
2348 X 2 CrNiMo 17 12;
G-X 2 CrNiMo 19 11
F.3533 - X 2 CrNiMo
17 13 2; F.3537 - X
2 CrNiMo 17 13 3
SUS 316 L
14
316LN 1.4406 X2 CrNiMoN 17 12 2;
(X2CrNiMoN 18-10) 316 S 61; 316 S 63 Z2 CND 17-12 AZ X 2 CrNiMoN 17 12 F.3542-X 2 CrNiMoN
17 12 2 SUS316LN 07 Ch 18N
14
CF-8M 1.4408 GX 5 CrNiMoN 7 12 2;
G-X 6 CrNiMo 18 10
316 C 16
(LT 196); ANC 4 B 2343 F.8414-AM-X 7
CrNiMo 20 10 SCS 14 10G2S2MSL
14
1.4410 G-X10CrNiMo18 9 Z5CND20.12M 2328
14
316 Ln 1.4429 X2 CrNiMo 17 -13-3 316 S 62 Z 2 CND 17-13 Az 2375 X 2 CrNiMoN 17 13 F.3543-X 2 CrNiMoN
17 13 3 SUS 316 LN
14
316L 1.4435 X2 CrNiMo18 14 3
316 S 11; 316 S 13;
316 S 14; 316 S 31;
LW 22; LWCF 22
Z 3 CND 17-12-03;
Z 3 CND 18-14-03 2375 X2CrNiMoN 17 13 F.3533-X 2 CrNiMo
17 13 2 SUS 316 L O3 Ch 17N14M3
14
316 1.4436 X 5 CrNiMo 17 13 3;
(X4CRNIMO 17-13-3
316 S 19; 316 S 31;
316 S 33; LW 23;
LWCF 23
Z 6 CND 18-12-03;
Z 7 CND 18-12-03 2343 X 5 CrNiMo 117 13;
X 8 cRnImO 17 13
F.3543-X 5 CrNiMo
17 12 2 F.3538-X 5
CrNiMo 17 13 3
SUS 316
14
317L 1.4438 X2 CrNiMo 18 16 4;
(X2CrNiMo 18-15-4) 317 S 12 Z 2 CND 19-15-04;
z 3 cnd 19-15-04 2367 X2CrNiMo18 16 f.3539-x 2 cRnImO
18 16 4 SUS317L
14
(s31726) 1.4439 X2 CrNiMoN 17 13 5 Z 3 CND 18-14-06
AZ
14
1.444 X 2 CrNiMo 18 13
14
317 1.4449 X5 CrNiMo 17 13 3 317 S 16 X 5 CrNiMo 18 15 SUS 317
14
329 1.4460 X 4 CrNiMo 27 5 2;
(X3CrNiMo27-5-2)
(Z 3 CND 25-07 Az);
Z 5 CND 27-05 Az 2324
F.3309-X 8 CrNiMo
17 12 2; F.3552-X 8
CrNiMo 18 16 4
SUS 329 J 1
14
329 1.4460 X8CrNiMo27 5 2324
ISCAR
586
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
1.4462 X2CrNiMoN22 5 3 318 S 13
Z 3 CND 22-05 Az;
(Z 2 CND 24 -08 Az);
(Z 3 CND 25-06-03
Az)
2377 SUS 329 J3L
14
1.4500 G-X7NiCrMoCuNb25 20 23NCDU25.20M
14
17-7PH 1.4504 316S111 Z8CNA17-07 X2CrNiMo1712
14
443 444 1.4521 X2CrMoTi18-2 2326 F.3123-X 2
CrMoTiNb 18 2 SUS 444
14
UNS N 08904 1.4539 X1NiCrMoCuN25-20-5 Z 2 NCDU 25-20 2562
14
CN-7M 1.4539 (G-)X1 NiCrMoCu 25 20 5 Z1 NCDU 25-02 M 2564
14
321 1.4541 Z 6 CrNiTi 18-10
321 S 31; 321 S 51
(1010; 1105); LW 24;
LWCF 24
Z 6 CNT 18-10 2337 X 6 CrNiTi 18 11 F.3523 - X 6 CrNiTi
18 10 SUS 321
06Ch18N10T;
08Ch18N10T;
09Ch18N10T;
12Ch18N10T
14
630 1.4542 X5 CrNiCuNb 17 4;
(X5 CrNiChNb 16-4)
Z 7 CNU 15-05; Z 7
CNU 17-04 SCS 24; SUS 630
14
15-5PH 1.4545 Z7 CNU15.05
14
S31254 1.4547 X1 CrNiMoN 20 18 7 2378
14
347 1.4550 X6 CrNiNb 18 10 347 S 17 58F Z 6 CNNb 18.10 2338 X6CrNiNb18 11 F.3552 SUS347 08Ch18N12B
14
1.4552 G-X7CrNiNb18 9 Z4CNNb19.10M
14
17-7PH 1.4568 316S111 Z8CNA17-07 X2CrNiMo1712 09Ch17NJu1
14
316tTi 1.4571 X6 CrNiMoTi 17 12 2 320 S 31 Z 6 CNDT 17-12002 2350 10Ch17N13M2T
14
316 Ti 1.4571 x 6 CrNiMoTi 17 12 2 320 S 31 58J Z 6 NDT 17.12 2350 X6CrNiMoTi17 12 F.3535 10Ch17N13M2T
14
1.4581 G-X 5 CrNiMoNb 318 C 17 Z 4 CNDNb 18.12 M
14
318 1.4583 X 10CrNiMoNb 18 12 303 S 21 Z15CNS20.12 x15cRnIsI2 12
14
1.4585 G-X7CrNiMoCuNb18 18 X6CrNiMoTi17 12
14
1.4821 X20CrNiSi25 4 Z20CNS25.04
14
1.4823 G-X40CrNiSi27 4
14
309 1.4828 X15CrNiSi20 12 309 S 24 58C Z15CNS20.12 F.8414 SCS17 20Ch20N14S2
14
309S 1.4833 X6 CrNi 22 13 309 S 13 Z 15 CN 24-13
14
310 S 1.4845 X12 CrNi 25 21 310S24 Z 12 CN 25-20 2361 X6CrNi25 20 F.331 SUH310 20Ch23N18
14
321 1.4878 X6 CrNiTi 18 9 32 1 S 20 58B Z 6 CNT 18-12
(B) 2337 X6CrNiTi18 11 F.3553 SUS321
587
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
1.4462 X2CrNiMoN22 5 3 318 S 13
Z 3 CND 22-05 Az;
(Z 2 CND 24 -08 Az);
(Z 3 CND 25-06-03
Az)
2377 SUS 329 J3L
14
1.4500 G-X7NiCrMoCuNb25 20 23NCDU25.20M
14
17-7PH 1.4504 316S111 Z8CNA17-07 X2CrNiMo1712
14
443 444 1.4521 X2CrMoTi18-2 2326 F.3123-X 2
CrMoTiNb 18 2 SUS 444
14
UNS N 08904 1.4539 X1NiCrMoCuN25-20-5 Z 2 NCDU 25-20 2562
14
CN-7M 1.4539 (G-)X1 NiCrMoCu 25 20 5 Z1 NCDU 25-02 M 2564
14
321 1.4541 Z 6 CrNiTi 18-10
321 S 31; 321 S 51
(1010; 1105); LW 24;
LWCF 24
Z 6 CNT 18-10 2337 X 6 CrNiTi 18 11 F.3523 - X 6 CrNiTi
18 10 SUS 321
06Ch18N10T;
08Ch18N10T;
09Ch18N10T;
12Ch18N10T
14
630 1.4542 X5 CrNiCuNb 17 4;
(X5 CrNiChNb 16-4)
Z 7 CNU 15-05; Z 7
CNU 17-04 SCS 24; SUS 630
14
15-5PH 1.4545 Z7 CNU15.05
14
S31254 1.4547 X1 CrNiMoN 20 18 7 2378
14
347 1.4550 X6 CrNiNb 18 10 347 S 17 58F Z 6 CNNb 18.10 2338 X6CrNiNb18 11 F.3552 SUS347 08Ch18N12B
14
1.4552 G-X7CrNiNb18 9 Z4CNNb19.10M
14
17-7PH 1.4568 316S111 Z8CNA17-07 X2CrNiMo1712 09Ch17NJu1
14
316tTi 1.4571 X6 CrNiMoTi 17 12 2 320 S 31 Z 6 CNDT 17-12002 2350 10Ch17N13M2T
14
316 Ti 1.4571 x 6 CrNiMoTi 17 12 2 320 S 31 58J Z 6 NDT 17.12 2350 X6CrNiMoTi17 12 F.3535 10Ch17N13M2T
14
1.4581 G-X 5 CrNiMoNb 318 C 17 Z 4 CNDNb 18.12 M
14
318 1.4583 X 10CrNiMoNb 18 12 303 S 21 Z15CNS20.12 x15cRnIsI2 12
14
1.4585 G-X7CrNiMoCuNb18 18 X6CrNiMoTi17 12
14
1.4821 X20CrNiSi25 4 Z20CNS25.04
14
1.4823 G-X40CrNiSi27 4
14
309 1.4828 X15CrNiSi20 12 309 S 24 58C Z15CNS20.12 F.8414 SCS17 20Ch20N14S2
14
309S 1.4833 X6 CrNi 22 13 309 S 13 Z 15 CN 24-13
14
310 S 1.4845 X12 CrNi 25 21 310S24 Z 12 CN 25-20 2361 X6CrNi25 20 F.331 SUH310 20Ch23N18
14
321 1.4878 X6 CrNiTi 18 9 32 1 S 20 58B Z 6 CNT 18-12
(B) 2337 X6CrNiTi18 11 F.3553 SUS321
ISCAR
588
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
Ss30415 1.4891 X5 CrNiNb 18 10 2372
14
S30815 1.4893 X8 CrNiNb 11 2368
14
304H 1.4948 X6 CrNi 18 11 304 S 51 Z 5 CN 18-09 2333
14
660 1.4980 X5 NiCrTi 25 15 Zz 8 nctv 25-15 b ff 2570
14
X5 NiCrN 35 25
14
S31753 X2 CrNiMoN 18 13 4
14
X2 CrNiMoN 25 22 7
15
CLASS20 0.6010 GG10 Ft10D 110 G10 SCh10
15
A48-20B 0.6010 GG-10 FT 10 D 0110-00 SCh10
15
NO 25 B 0.6015 GG 15 Grade 150 FT 15 D 0115-00 G 15 FG 15 FC150 SCh15
15
CLASS25 0.6015 GG15 GRADE150 Ft15D 115 G 15 FG 15 SCh15
15
A48 25 B 0.6015 GG 15 Grade 150 Ft 15 D 01 15-00 G14 FG15 SCh15
15
A48-30B 0.6020 GG-20 Grade 220 Ft 20 D 0120-00 SCh20
15
NO 30 B 0.6020 GG 20 Grade 220 Ft 20 D 120 G 20 FC200 SCh20
15
A436 Type 2 0.6660 GGL-NiCr202 L-NiCuCr202 L-NC 202 0523-00
15
60-40-18 0.7040 GGG 40 SNG 420/12 FCS 400-12 0717-02 GS 370-17 FGE 38-17 FCD400 VCh42-12
15
No 20 B GG 10 Ft 10 D 110 FC100
16
CLASS30 0.6020 GG20 GRADE220 Ft20D 120 G 20 FG 20
16
A48-40 B 0.6025 EN- GJL-250
(GG25) Grade260 Ft 25 D 125 G 25 FG 25 FC250 VCh60-2
16
CLASS45 0.6030 GG30 GRADE300 Ft30D 130 G 30 FG 30 FC300 SCh20
16
A48-45 B 0.6030 Grade 300 Ft 30 D 01 30-00 SCh30
16
A48-50 0.6035 GG-35 GRADE 350 Ft35D 135 G 35 FG 35 FC350 SCh30
16
A48-60 B 0.6040 GG40 GRADE400 Ft 40 D 140 SCh40
16
1.4829 X 12 CrNi 22 12
16
16
SCh25
17
0.7033 GGG-35.3 350/22 L 40 FGS 370/17 0717-15 VCh42-12
17
60/40/18 0.7043 GGG-40.3 370/7 FGS 370/17 0717-15 VCh50-2
17
80-55-06 0.7050 EN- GJS-800-7
(GGG50) SNG500/7 FGS 500/7 0727-02 GGG 50 FCD500 VCh50-2
17
65-45-12 0.7050 GGG-50 SNG 500/7 FGS 500-7 0727-02
17
0.7652 GGG-NiMn 13 7 S-NiMn 137 S-Mn 137 0772-00
17
A43D2 0.7660 GGG-NiCr 20 2 Grade S6 S-NC 202 0776-00
589
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
14
Ss30415 1.4891 X5 CrNiNb 18 10 2372
14
S30815 1.4893 X8 CrNiNb 11 2368
14
304H 1.4948 X6 CrNi 18 11 304 S 51 Z 5 CN 18-09 2333
14
660 1.4980 X5 NiCrTi 25 15 Zz 8 nctv 25-15 b ff 2570
14
X5 NiCrN 35 25
14
S31753 X2 CrNiMoN 18 13 4
14
X2 CrNiMoN 25 22 7
15
CLASS20 0.6010 GG10 Ft10D 110 G10 SCh10
15
A48-20B 0.6010 GG-10 FT 10 D 0110-00 SCh10
15
NO 25 B 0.6015 GG 15 Grade 150 FT 15 D 0115-00 G 15 FG 15 FC150 SCh15
15
CLASS25 0.6015 GG15 GRADE150 Ft15D 115 G 15 FG 15 SCh15
15
A48 25 B 0.6015 GG 15 Grade 150 Ft 15 D 01 15-00 G14 FG15 SCh15
15
A48-30B 0.6020 GG-20 Grade 220 Ft 20 D 0120-00 SCh20
15
NO 30 B 0.6020 GG 20 Grade 220 Ft 20 D 120 G 20 FC200 SCh20
15
A436 Type 2 0.6660 GGL-NiCr202 L-NiCuCr202 L-NC 202 0523-00
15
60-40-18 0.7040 GGG 40 SNG 420/12 FCS 400-12 0717-02 GS 370-17 FGE 38-17 FCD400 VCh42-12
15
No 20 B GG 10 Ft 10 D 110 FC100
16
CLASS30 0.6020 GG20 GRADE220 Ft20D 120 G 20 FG 20
16
A48-40 B 0.6025 EN- GJL-250
(GG25) Grade260 Ft 25 D 125 G 25 FG 25 FC250 VCh60-2
16
CLASS45 0.6030 GG30 GRADE300 Ft30D 130 G 30 FG 30 FC300 SCh20
16
A48-45 B 0.6030 Grade 300 Ft 30 D 01 30-00 SCh30
16
A48-50 0.6035 GG-35 GRADE 350 Ft35D 135 G 35 FG 35 FC350 SCh30
16
A48-60 B 0.6040 GG40 GRADE400 Ft 40 D 140 SCh40
16
1.4829 X 12 CrNi 22 12
16
16
SCh25
17
0.7033 GGG-35.3 350/22 L 40 FGS 370/17 0717-15 VCh42-12
17
60/40/18 0.7043 GGG-40.3 370/7 FGS 370/17 0717-15 VCh50-2
17
80-55-06 0.7050 EN- GJS-800-7
(GGG50) SNG500/7 FGS 500/7 0727-02 GGG 50 FCD500 VCh50-2
17
65-45-12 0.7050 GGG-50 SNG 500/7 FGS 500-7 0727-02
17
0.7652 GGG-NiMn 13 7 S-NiMn 137 S-Mn 137 0772-00
17
A43D2 0.7660 GGG-NiCr 20 2 Grade S6 S-NC 202 0776-00
ISCAR
590
MATERIALS AND GRADES
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
17
GGG 40.3 SNG 370/17 FGS 370-17 0717-12 FC250
18
0.7060 GGG60 SNG600/3 FGS600-3 07 32-03 GGG 60 GGG 60
18
80/55/06 0.7060 GGG-60 600/3 FGS 600/3 0727-03 FCD600
18
100/70/03 0.7070 GGG-70 SNG700/2 FGS 700-2 07 37-01 GGG 70 GGG 70 FCD700
18
A48 40 B
19
0.8055 GTW55 GTW 55
19
32510 0.8135 GTS-35-10 B 340/12 MN35-10 810 GTS 35 KCh35-10
19
A47-32510 0.8135 GTS-35-10 B 340/2 Mn 35-10 0815-00 KCh35-10
19
A220-40010 0.8145 GTS-45-06 P 440/7 Mn 450-6 0852-00 GMN 45 FCMW370
19
GTS-35 B 340/12 0810-00
19
8 290/6 MN 32-8 814 AC4A
19
32510 GTS-35 B340/12 MN 35-10 08 15 FCMW330
20
0.8035 GTM-35 W340/3 MB35-7 852 GTM 35
20
0.8040 GTW-40 W410/4 MB40-10 GMB40 GTM 40
20
0.8045 GMB45 GTM 45 KCh55-4
20
0.8065 GTMW-65 GTW 65 KCh55-4
20
A220-50005 0.8155 GTS-55-04 P 510/4 Mn 550-4 0854-00 KCh60-3
20
50005 0.8155 GTS-55-04 P510/4 MP 50-5 854 GMN 55 FCMP490 KCh70-2
20
70003 0.8165 GTS-65-02 P 570/3 Mn 650-3 0856-00 GMN 65 FCMP590 KCh70-2
20
90001 0.8170 GTS-70-02 P 690/2 Mn 700-2 0862-00 GMN 70 FCMP690 KCh70-2
20
A220-90001 0.8170 GTS-70-02 Mn 700-2 0864-00 20G
20
1022; 1518 1.1133 20Mn5 120 M 19 20 M 5 2132 G 22 Mn 3; 20 Mn 7 F.1515-20 Mn 6 SMnC 420
20
400 10 GTS-45 P440/7 08 52
20
70003 GTS-65 P 570/3 MP 60-3 858 FCMP540 AD0
21
Al99 3.0205
21
1000 3.0255 AI99.5 L31; L34; L36 A59050C D1
21
3.3315 AIMg1
22
3.1325 AlCuMg 1 AD35
22
3.1655 AICuSiPb
22
3.2315 AlMgSi1 AK9
22
7050 3.4345 AIZnMgCuO,5 L 86 AZ 4 GU/9051 811-04
22
3.437 AlZnMgCu 1,5
23
3.2381 G-AISi 10 Mg AK12
23
3.2382 GD-AISi10Mg
591
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
17
GGG 40.3 SNG 370/17 FGS 370-17 0717-12 FC250
18
0.7060 GGG60 SNG600/3 FGS600-3 07 32-03 GGG 60 GGG 60
18
80/55/06 0.7060 GGG-60 600/3 FGS 600/3 0727-03 FCD600
18
100/70/03 0.7070 GGG-70 SNG700/2 FGS 700-2 07 37-01 GGG 70 GGG 70 FCD700
18
A48 40 B
19
0.8055 GTW55 GTW 55
19
32510 0.8135 GTS-35-10 B 340/12 MN35-10 810 GTS 35 KCh35-10
19
A47-32510 0.8135 GTS-35-10 B 340/2 Mn 35-10 0815-00 KCh35-10
19
A220-40010 0.8145 GTS-45-06 P 440/7 Mn 450-6 0852-00 GMN 45 FCMW370
19
GTS-35 B 340/12 0810-00
19
8 290/6 MN 32-8 814 AC4A
19
32510 GTS-35 B340/12 MN 35-10 08 15 FCMW330
20
0.8035 GTM-35 W340/3 MB35-7 852 GTM 35
20
0.8040 GTW-40 W410/4 MB40-10 GMB40 GTM 40
20
0.8045 GMB45 GTM 45 KCh55-4
20
0.8065 GTMW-65 GTW 65 KCh55-4
20
A220-50005 0.8155 GTS-55-04 P 510/4 Mn 550-4 0854-00 KCh60-3
20
50005 0.8155 GTS-55-04 P510/4 MP 50-5 854 GMN 55 FCMP490 KCh70-2
20
70003 0.8165 GTS-65-02 P 570/3 Mn 650-3 0856-00 GMN 65 FCMP590 KCh70-2
20
90001 0.8170 GTS-70-02 P 690/2 Mn 700-2 0862-00 GMN 70 FCMP690 KCh70-2
20
A220-90001 0.8170 GTS-70-02 Mn 700-2 0864-00 20G
20
1022; 1518 1.1133 20Mn5 120 M 19 20 M 5 2132 G 22 Mn 3; 20 Mn 7 F.1515-20 Mn 6 SMnC 420
20
400 10 GTS-45 P440/7 08 52
20
70003 GTS-65 P 570/3 MP 60-3 858 FCMP540 AD0
21
Al99 3.0205
21
1000 3.0255 AI99.5 L31; L34; L36 A59050C D1
21
3.3315 AIMg1
22
3.1325 AlCuMg 1 AD35
22
3.1655 AICuSiPb
22
3.2315 AlMgSi1 AK9
22
7050 3.4345 AIZnMgCuO,5 L 86 AZ 4 GU/9051 811-04
22
3.437 AlZnMgCu 1,5
23
3.2381 G-AISi 10 Mg AK12
23
3.2382 GD-AISi10Mg
ISCAR
592
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
23
A360.2 3.2383 G-AISi0Mg(Cu) LM9 4253
23
3.2581 G-AISi12
23
3.3561 G-AIMg 5
23
ZE 41 3.5101 G-MgZn4sE1Zr1 MAG 5
23
EZ 33 3.5103 MgSE3Zn27r1 MAG 6 G-TR3Z2
23
AZ 81 3.5812 G-MgAI8Zn1 NMAG 1
23
AZ 91 3.5912 G-MgAI9Zn1 MAG 7
23
A356-72 2789; 1973 NF A32-201
23
356,1 LM25 4244 A5052 AK7
23
A413.2 G-AlSi12 LM 6 4261
23
A413.1 G-AlSi 12
(Cu) LM 20 4260 ADC12 AK12
23
A413.0 GD-AlSi12 4247 A6061
23
A380.1 GD-AlSi8Cu3 LM24 4250 A7075
24
2.1871 G-AICu 4 TiMg
24
3.1754 G-AICu5Ni1,5
24
3.2163 G-AISi9Cu3 VAL 8
24
4218 B 3.2371 G-AISi 7 Mg AK8
24
SC64D 3.2373 G-AISI9MGWA A-S7G 4251 C4BS AK9
24
3.2373 G-AISi 9 Mg
24
QE 22 3.5106 G-MgAg3SE2Zr1 mag 12
24
GD-AISI12 G-ALMG5 LM5 A-SU12 4252
26
C93200 2.1090 G-CuSn 7 5 pb U-E 7 Z 5 pb 4
26
c 83600 2.1096 G-CuSn5ZnPb LG 2
26
C 83600 2.1098 G-CuSn 2 Znpb
26
C23000 2.1182 G-CuPb15Sn LB1 U-pb 15 E 8
26
C 93800 2.1182 G-CuPb15Sn Uu-PB 15e 8
27
2.0240 CuZn 15
27
C27200 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C 2700 L 63
27
C27700 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C2720 L 63
27
2.0590 G-CuZn40Fe
27
C 86500 2.0592 G-CuZn 35 AI 1 U-Z 36 N 3 HTB 1
27
C 86200 2.0596 G-CuZn 34 AI 2 HTB 1 U-Z 36 N 3 LTs23AD; ZMts
27
C 18200 2.1293 CuCrZr CC 102 U-Cr 0.8 Zr
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
593
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
23
A360.2 3.2383 G-AISi0Mg(Cu) LM9 4253
23
3.2581 G-AISi12
23
3.3561 G-AIMg 5
23
ZE 41 3.5101 G-MgZn4sE1Zr1 MAG 5
23
EZ 33 3.5103 MgSE3Zn27r1 MAG 6 G-TR3Z2
23
AZ 81 3.5812 G-MgAI8Zn1 NMAG 1
23
AZ 91 3.5912 G-MgAI9Zn1 MAG 7
23
A356-72 2789; 1973 NF A32-201
23
356,1 LM25 4244 A5052 AK7
23
A413.2 G-AlSi12 LM 6 4261
23
A413.1 G-AlSi 12
(Cu) LM 20 4260 ADC12 AK12
23
A413.0 GD-AlSi12 4247 A6061
23
A380.1 GD-AlSi8Cu3 LM24 4250 A7075
24
2.1871 G-AICu 4 TiMg
24
3.1754 G-AICu5Ni1,5
24
3.2163 G-AISi9Cu3 VAL 8
24
4218 B 3.2371 G-AISi 7 Mg AK8
24
SC64D 3.2373 G-AISI9MGWA A-S7G 4251 C4BS AK9
24
3.2373 G-AISi 9 Mg
24
QE 22 3.5106 G-MgAg3SE2Zr1 mag 12
24
GD-AISI12 G-ALMG5 LM5 A-SU12 4252
26
C93200 2.1090 G-CuSn 7 5 pb U-E 7 Z 5 pb 4
26
c 83600 2.1096 G-CuSn5ZnPb LG 2
26
C 83600 2.1098 G-CuSn 2 Znpb
26
C23000 2.1182 G-CuPb15Sn LB1 U-pb 15 E 8
26
C 93800 2.1182 G-CuPb15Sn Uu-PB 15e 8
27
2.0240 CuZn 15
27
C27200 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C 2700 L 63
27
C27700 2.0321 CuZn 37 cz 108 CuZn 36, CuZn 37 C2720 L 63
27
2.0590 G-CuZn40Fe
27
C 86500 2.0592 G-CuZn 35 AI 1 U-Z 36 N 3 HTB 1
27
C 86200 2.0596 G-CuZn 34 AI 2 HTB 1 U-Z 36 N 3 LTs23AD; ZMts
27
C 18200 2.1293 CuCrZr CC 102 U-Cr 0.8 Zr
ISCAR
594
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
28
2.0060 E-Cu57
28
2.0375 CuZn36Pb3 LS60-2
28
C 63000 2.0966 CuAI 10 Ni 5 Fe 4 Ca 104 U-A 10 N BrAD; N10-4-4
28
B-148-52 2.0975 G-CuAI 10 Ni
28
c 90700 2.1050 G-CuSn 10 CT1
28
C 90800 2.1052 G-CuSn 12 pb 2 UE 12 P
28
C 81500 2.1292 G-CuCrF 35 CC1-FF
28
2.4764 CoCr20W15Ni
31
N 08800 1.4558 X 2 NiCrAITi 32 20 NA 15
31
N 08031 1.4562 X 1 NiCrMoCu 32 28 7
31
N 08028 1.4563 X 1 NiCrMoCuN 31 27 4 Z1NCDU31-27-03 2584 EK 77
31
N 08330 1.4864 X 12 NiCrSi 36 16 NA 17 Z 12 NCS 35.16
31
330 1.4864 X12 NiCrSi 36 16 NA 17 Z 12 NCS 37.18 SUH330
31
1.4865 G-X40NiCrSi38 18 330 C 40 XG50NiCr39 19 SCH15
31
1.4958 X 5 NiCrAITi 31 20
31
AMS 5544 LW2.4668 NiCr19NbMo NC20K14
32
1.4977 X 40 CoCrNi 20 20 Z 42 CNKDWNb
33
Monel 400 2.4360 NiCu30Fe NA 13 NU 30
33
5390A 2.4603 NC22FeD
33
Hastelloy C-4 2.4610 NiMo16cR16Ti
33
Nimonic 75 2.4630 NiCr20Ti HR 5,203-4 NC 20 T
33
2.4630 NiCr20Ti HR5,203-4 NC20T
33
lnconel 690 2.4642 NiC29Fe Nnc 30 Fe
33
lnconel 625 2.4856 NiCr22Mo9Nb NA 21 NC 22 FeDNb
33
5666 2.4856 NiCr22Mo9Nb Inconel 625
33
lncoloy 825 2.4858 NiCr21Mo NA 16 NC 21 Fe DU KhN38VT
34
Monel k-500 2.4375 NiCu30 Al NA 18 NU 30 AT
34
4676 2.4375 NiCu30Al 3072-76
34
2.4631 NiCr20TiAI Hr40; 601 NC20TA KhN77TYuR
34
lnconel 718 2.4668 NiCr19FeNbMo NC 19 Fe Nb
34
lnconel 751 2.4694 NiCr16fE7TiAl
34
2.4955 NiFe25Cr20NbTi
34
5383 LM2.4668 NiCr19Fe19NbMo HR8 NC19eNB
34
5391 LW2 4670 S-NiCr13A16MoNb 3146-3 NC12AD
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
595
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
28
2.0060 E-Cu57
28
2.0375 CuZn36Pb3 LS60-2
28
C 63000 2.0966 CuAI 10 Ni 5 Fe 4 Ca 104 U-A 10 N BrAD; N10-4-4
28
B-148-52 2.0975 G-CuAI 10 Ni
28
c 90700 2.1050 G-CuSn 10 CT1
28
C 90800 2.1052 G-CuSn 12 pb 2 UE 12 P
28
C 81500 2.1292 G-CuCrF 35 CC1-FF
28
2.4764 CoCr20W15Ni
31
N 08800 1.4558 X 2 NiCrAITi 32 20 NA 15
31
N 08031 1.4562 X 1 NiCrMoCu 32 28 7
31
N 08028 1.4563 X 1 NiCrMoCuN 31 27 4 Z1NCDU31-27-03 2584 EK 77
31
N 08330 1.4864 X 12 NiCrSi 36 16 NA 17 Z 12 NCS 35.16
31
330 1.4864 X12 NiCrSi 36 16 NA 17 Z 12 NCS 37.18 SUH330
31
1.4865 G-X40NiCrSi38 18 330 C 40 XG50NiCr39 19 SCH15
31
1.4958 X 5 NiCrAITi 31 20
31
AMS 5544 LW2.4668 NiCr19NbMo NC20K14
32
1.4977 X 40 CoCrNi 20 20 Z 42 CNKDWNb
33
Monel 400 2.4360 NiCu30Fe NA 13 NU 30
33
5390A 2.4603 NC22FeD
33
Hastelloy C-4 2.4610 NiMo16cR16Ti
33
Nimonic 75 2.4630 NiCr20Ti HR 5,203-4 NC 20 T
33
2.4630 NiCr20Ti HR5,203-4 NC20T
33
lnconel 690 2.4642 NiC29Fe Nnc 30 Fe
33
lnconel 625 2.4856 NiCr22Mo9Nb NA 21 NC 22 FeDNb
33
5666 2.4856 NiCr22Mo9Nb Inconel 625
33
lncoloy 825 2.4858 NiCr21Mo NA 16 NC 21 Fe DU KhN38VT
34
Monel k-500 2.4375 NiCu30 Al NA 18 NU 30 AT
34
4676 2.4375 NiCu30Al 3072-76
34
2.4631 NiCr20TiAI Hr40; 601 NC20TA KhN77TYuR
34
lnconel 718 2.4668 NiCr19FeNbMo NC 19 Fe Nb
34
lnconel 751 2.4694 NiCr16fE7TiAl
34
2.4955 NiFe25Cr20NbTi
34
5383 LM2.4668 NiCr19Fe19NbMo HR8 NC19eNB
34
5391 LW2 4670 S-NiCr13A16MoNb 3146-3 NC12AD
ISCAR
596
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
34
5660 LW2.4662 NiFe35Cr14MoTi ZSNCDT42
34
5537C LW2.4964 CoCr20W15Ni KC20WN
34
AMS 5772 C0Cr22W14Ni KC22WN
35
lnconel X-750 2.4669 NiCr15Fe7TiAl NC 15 TNb A
35
Hastelloy B 2.4685 G-NiMo28
35
Hastelloy C 2.4810 G-NiMo30
35
AMS 5399 2.4973 NiCr19Co11MoTi NC19KDT VT5-1
35
3.7115 TiAl5Sn2 VT1-00
36
R 50250 3.7025 Ti 1 2 TA 1
36
R 52250 3.7225 Ti 1 pd TP 1
36
AMS 5397 LW2.4674 NiCo15Cr10MoAITi
37
3.7124 TiCu2 2 TA 21-24
37
R 54620 3.7145 TiAl6Sn2Zr4Mo2Si
37
3.7165 TiAl6V4 TA 10-13; TA 28 T-A 6 V VT6
37
3.7185 TiAl4Mo4Sn2 TA 45-51; TA 57
37
3.7195 TiAl 3 V 2.5
37
TiAl4Mo4Sn4Si0.5
37
AMS R54520 TiAl5Sn2.5 TA14/17 T-A5E
37
AMS R56400 TiAl6V4 TA10-13/TA28 T-A6V
37
AMS R56401 TiAl6V4ELI TA11
38
W 1 1.1545 C 105 W1 BW 1A Y1 105 1880 C 100 KU F-5118 SK 3
38
W210 1.1545 C105W1 BW2 Y120 2900 C120KU CF.515 SUP4 U10A
38
1.2762 75 CrMoNiW 6 7
38
440C 1.4125 X105 CrMo 17 Z 100 CD 17 X 105 CrMo 17 95Ch18
38
1.6746 32 nIcRmO 14 5 832 M 31 35 NCD 14
40
Ni- Hard 2 0.9620 G-X 260 NiCr 4 2 Grade 2 A 0512-00
40
Ni- Hard 1 0.9625 G-X 330 Ni Cr 4 2 Grade 2 B 0513-00
40
Ni-Hard 4 0.9630 G-X 300 CrNiSi 9 5 2
40
0.9640 G-X 300 CrMoNi 15 2 1
40
A 532 lll A 25% Cr 0.9650 G-X 260 Cr 27 Grade 3 D 0466-00 ChWG
40
A 532 lll A 25% Cr 0.9655 G-X 300 CrNMo 27 1 Grade 3 E 20Ch25N20S2
40
310 1.4841 X15 CrNiSi 25 20 314 S31 Z 15 CNS 25-20
41
0.9635 G-X 300 CrMo 15 3
41
0.9645 G-X 260 CrMoNi 20 2 1
ISCAR MATERIAL GROUPS
According to VDI 3323 Standard
597
MATERIALS AND GRADES
Mtl. No.
USA
AISI/SAE
GERMANY
Werkstoff DIN
Great Britain
BS EN
France
AFNOR
Sweden
SS
Italy
UNI
Spain
UNE
Japan
JIS
Russia
GOST
34
5660 LW2.4662 NiFe35Cr14MoTi ZSNCDT42
34
5537C LW2.4964 CoCr20W15Ni KC20WN
34
AMS 5772 C0Cr22W14Ni KC22WN
35
lnconel X-750 2.4669 NiCr15Fe7TiAl NC 15 TNb A
35
Hastelloy B 2.4685 G-NiMo28
35
Hastelloy C 2.4810 G-NiMo30
35
AMS 5399 2.4973 NiCr19Co11MoTi NC19KDT VT5-1
35
3.7115 TiAl5Sn2 VT1-00
36
R 50250 3.7025 Ti 1 2 TA 1
36
R 52250 3.7225 Ti 1 pd TP 1
36
AMS 5397 LW2.4674 NiCo15Cr10MoAITi
37
3.7124 TiCu2 2 TA 21-24
37
R 54620 3.7145 TiAl6Sn2Zr4Mo2Si
37
3.7165 TiAl6V4 TA 10-13; TA 28 T-A 6 V VT6
37
3.7185 TiAl4Mo4Sn2 TA 45-51; TA 57
37
3.7195 TiAl 3 V 2.5
37
TiAl4Mo4Sn4Si0.5
37
AMS R54520 TiAl5Sn2.5 TA14/17 T-A5E
37
AMS R56400 TiAl6V4 TA10-13/TA28 T-A6V
37
AMS R56401 TiAl6V4ELI TA11
38
W 1 1.1545 C 105 W1 BW 1A Y1 105 1880 C 100 KU F-5118 SK 3
38
W210 1.1545 C105W1 BW2 Y120 2900 C120KU CF.515 SUP4 U10A
38
1.2762 75 CrMoNiW 6 7
38
440C 1.4125 X105 CrMo 17 Z 100 CD 17 X 105 CrMo 17 95Ch18
38
1.6746 32 nIcRmO 14 5 832 M 31 35 NCD 14
40
Ni- Hard 2 0.9620 G-X 260 NiCr 4 2 Grade 2 A 0512-00
40
Ni- Hard 1 0.9625 G-X 330 Ni Cr 4 2 Grade 2 B 0513-00
40
Ni-Hard 4 0.9630 G-X 300 CrNiSi 9 5 2
40
0.9640 G-X 300 CrMoNi 15 2 1
40
A 532 lll A 25% Cr 0.9650 G-X 260 Cr 27 Grade 3 D 0466-00 ChWG
40
A 532 lll A 25% Cr 0.9655 G-X 300 CrNMo 27 1 Grade 3 E 20Ch25N20S2
40
310 1.4841 X15 CrNiSi 25 20 314 S31 Z 15 CNS 25-20
41
0.9635 G-X 300 CrMo 15 3
41
0.9645 G-X 260 CrMoNi 20 2 1
ISCAR
598
ALPHABETICAL INDEX
A/E-SDXNR/L-07 87
A/E-SDZNR/L-07 87
A/E-SEXPR/L-03 92
A/E/S-SCLCR/L 91
A/E/S-SDUCR/L 92
A/E/S-STFPR/L 97
A/E-STFPR-X 97
A/E-SWLNR/L-04 83
A/E-SWUCR 99
A-PSKNR/L-09 96
A-PTFNR/L-X/G 88
A-PWLNR/L-X/G 84
A-SDUCR/L-13-SL 92
A/S-MWLNR/L-W 83
A/S-PCLNR/L 81
A/S-PCLNR/L-X/G 82
A/S-PDUNR/L 86
A/S-PWLNR/L 84
A/S-STLPR/L 98
A/S-SVLBCR/L 94
A/S-SVLFCR/L; A-SVUCR/L 93
A/S-SVQCR/L 93
A-SVUNR/L 87
A-SXFOR-DR 100
A-SXFOR/L 99
BHDN 338
C#-ABB 550
C#-ADE 549
C#-ADI 550
CAMFIX ISO 26623-1 Standard 477, 548
C#-ASHA 549
C#-ASHR/L 548
C#-ASHR/L-45 549
CC95MT-SM 153
A
B
C
Alphabetical Index
599
ALPHABETICAL INDEX
CCET-WF 156
CCGT-AF 174
CCGT-AS 174
CCGT-F1P 154
CCGW/CCMW-2 (CBN) 189
CCLNR/L 73
CCMT-14 155
CCMT (CBN) 189
CCMT/CCGT 156
CCMT/CCGT-SM 155
CCMT (PCD) 184
CCMT-PF 155
CCMT-WG 156
C#-DDJNR/L 33
C#-DTGNR/L 42
CGFG 51-P8 452
C#-GHAD-8 241
C#-GHAD-JHP 242
C#-GHAPR/L-8 242
C#-GHDR/L 233
CGHN-8-10D 244
CGHN 26-M 302
CGHN 32-DGM 304
CGHN 32-M 303
CGHN-D 239
CGHN-DG 239
CGHN-P8 240
CGHN-S 239
CGHR/L-12-14D 284
CGHR/L-P8DG 240
CGIN 26 295
CGPAD 238
CGPAD-JHP 238
C#-HAD 480
C#-HAPR/L 480
C#-HELIR/L 225
C#-HFIR/L-MC 444
CKJNR/L 34
CKNNR/L 34
C#-MAHD 479
C#-MAHD-JHP 479
C
ISCAR
600
ALPHABETICAL INDEX
C#-MAHDOR 478
C#-MAHDR-45 478
C#-MAHPD 480
C#-MAHPD-JHP 480
C#-MAHUR/L 479
C#-MULNR/L-MW 19
CNGA-2 (CBN) 188
CNGA-4 (CBN) 188
CNGA-Ceramic 179
CNGG-M4HF/M4HM (CBN) 188
CNGN-Ceramic 178
CNGX-Ceramic 179
CNMA 125
CNMA-MW4 (CBN) 187
CNMA (PCD) 184
CNMA-T/M1/WG (CBN) 187
CNMG-Ceramic 178
CNMG/CNGG-PP 125
CNMG/CNGG-SF 123
CNMG/CNGG-TF 126
CNMG-F3M 122
CNMG-F3P 119
CNMG-GN 126
CNMG-M3M 122
CNMG-M3P 120
CNMG-MR 127
CNMG-NF 124
CNMG-NR 127
CNMG-R3M 123
CNMG-VL 123
CNMG-WF 124
CNMG-WG/NRW 124
CNMM-M4PW 128
CNMM-NR 129
CNMM-R3P 120
CNMS-12 176
CNMX-M3/4MW 128
CNMX-M3/4PW 128
COMG-R3P-IQ 121
COMM-R3P-IQ 121
C#-PCLNR/L-12-JHP 24
C
601
ALPHABETICAL INDEX
C#-PCLNR/L-X 27
C#-PCLNR/L-X-JHP 27
C#-PCLOR/L-IQ 30
C#-PDJNR 31
C#-PDJNR/L-JHP 32
CPGT-SM 157
CPMT-PF 157
C#-PSROR/L-IQ 41
C#-PWLNR/L-08-JHP 13
C#-PWLNR/L-X 16
C#-PWLNR/L-X-JHP 17
C#-PWLOR/L-IQ 22
CRDNN 76
CRGCR/L-CEB 76
CRGNR/L 76
CR HFIR-M 447
CR THDN-IQ 281
C#-SCLCR/L-JHP 47
C#-SDJCR-JHP 51
C#-SDJCR/L 50
C#-SDJCR/L-13-SL-JHP 50
C#-SDNCN 54
C#-SDNCN-13-SL-JHP 53
CSDNN-CE/CEA 74
CSDPN 63
C#-SER/L 530
C#-SIR/L 533
CSKNR/L 75
C#-SLANR/L-TANG 8
C#-SRGCR-12-JHP 61
C#-SRGCR/L 60
CSRNR/L 74
CSSNR/L-CE 75
CSSPR/L 62
C#-SVJCR/L 55
C#-SVJCR/L-JHP 56
C#-SVJNR/L-F 35
C#-SVVCN 58
C#-TBK-R/L 477
C#-TBU 477
CTFPR/L 63
C
ISCAR
602
ALPHABETICAL INDEX
CTGPR/L 63
CTJNR/L 75
DCBNR/L 28
DCET-WF 162
DCGT-AF 175
DCGT-AS 174
DCGW/DCMW-2 (CBN) 191
DCLNR/L 28
DCMT-14 162
DCMT (CBN) 191
DCMT/DCGT 161
DCMT/DCGT-SM 161
DCMT-F3P 158
DCMT-F3P-SL 158
DCMT-M3M-SL 159
DCMT (PCD) 184
DCMT-PF 160
DCMT-PF-SL 159
DCMT-SM-SL 160
DDJNR/L 32
DGAD-B-D 379
DGAD/HGAD 378
DGFH 228, 370
DGFH-JHP 229, 371
DGFHL-26B-TR-D 373
DGFHR/L 371
DGFHR/L-BC-JHP 371
DGFHR/L-B-D..(R/L) 372
DGFS 372
DGHAL-DECO 377
DGN-C-XL 387
DGN/DGNC/DGNM-C 380
DGN/DGNM-J/JS/JT 381
DGN-J-XL 388
DGN-LF/LFT 383
DGN-MF 383
DGN-P 384
DGN-UT/UA 384
DGN-W 381
DGN-WP 385
DGN-Z 383
C
D
603
ALPHABETICAL INDEX
DGPAD-JHP 379
DGPAD-XL-JHP 379
DGR/L-C DGRC/LC-C 380
DGR/L-C-XL 388
DGR/L-J/JS 382
DGR/L-J-XL 388
DGR-P 385
DGR-WP 385
DGR-Z/ZS 384
DGTR/L 376
DGTR/L-B/BC-D 375
DGTR/L-BC-T 376
DGTR/L-B-D-JHP-SL 374
DGTR/L-B-D-SH 373
DGTR/L-B-D-TR 376
DGTR/L-B-T-SH 375
DGTR/L-XL 377
DNGA-2 (CBN) 190
DNGA-4 (CBN) 190
DNGA-Ceramic 180
DNGG-M4HF/M4HM (CBN) 191
DNGP-F2M 130
DNGP-F2P 129
DNGX-Ceramic 181
DNMA 134
DNMA (CBN) 190
DNMG/DNGG-PP 132
DNMG/DNGG-SF 131
DNMG/DNGG-TF 133
DNMG-F3M 130
DNMG-F3P 129
DNMG-GN 133
DNMG-M3M 132
DNMG-M3P 130
DNMG-NF 131
DNMG-NR 135
DNMG-PF 132
DNMG-VL 133
DNMG-WG 131
DNMM-NM 134
DNMM-R3P 134
D
ISCAR
604
ALPHABETICAL INDEX
DNMS-12 176
DNMX-M3P 135
DSBNR/L 37
DSDNN 36
DSKNR/L 37
DSSNR/L 37
DTGNR/L 42
DWLNR/L 13
E-GEHIR / E-GHIR 289
EPGT-F1P 157
E-PWLNR/L-HEAD 85
ER-BUT 522
ER-EL 523
ER/L-55° 490
ER/L-60° 494
ER/L-ABUT 520
ER/L-ACME 515
ER/L-API 521
ER/L-API RD 521
ER/L-BSPT 512
ER/L-ISO 498
ER/L-NPT 510
ER/L-RND 523
ER/L-SAGE 519
ER/L-STACME 514
ER/L-TR 518
ER/L-UN 503
ER/L-UNJ 516
ER/L-W 507
ER-MJ 517
ER-NPTF 512
ER-PG 519
E-SCLCR/L-HEAD 90
E-SDUCR/L-HEAD 93
E-SHANK 78
E/S-SWUBR/L 98
E-STFCR-HEAD 95
E-STFPR/L-HEAD 97
FGHDUR 362
FGPAM 362
FSHDR 361
D
E
F
605
ALPHABETICAL INDEX
FSHIUR 360
FSP/MA 362
FTB 336
FTHN 336
GADR/L-8 243
GADR/L-JHP 243
GAFG-R/L-8 451
GAIR/L 294
GDK 259
GDMA 256, 360
GDMF 244
GDMM-CC 454
GDMN 246
GDMU 246
GDMW 2.4 265
GDMW 2.4 404
GDMY 245, 453
GDMY-F 248, 453
GDMY (full radius) 247, 453
GDP 260
GDPY 249
GEAIR/L 289
GEHIMR/L 287
GEHIMR/L-SC 287
GEHIR/L 288
GEHIR/L-SC 288
GEHIUR/L 288
GEHSR 311
GEHSR/L-SL 311
GEMI 290
GEMI (full radius) 290
GEPI 291
GEPI (full radius) 291
GEPI-MT 292, 496
GEPI-RX/LX 292
GEPI-UN/UR/UL 292
GEPI (W<M) 290
GEPI-WT 293, 492
GFF-N 458
GFF-R/L 458
GFQR 433
F
G
ISCAR
606
ALPHABETICAL INDEX
GHAIR/L-GE 289
GHAIR/L-GI 294
GHAIR/L-SC-GE 289
GHAPR/L-8 243, 451
GHAR/L-8 242, 451
GHAR/L-JHP 243
GHDKR/L 358
GHDR/L-8A 358
GHDR/L-JHP (long pocket) 241
GHDR/L-JHP (short pocket) 234
GHDR/L (long pocket) 240
GHDR/L/N 12/14 284
GHDR/L (short pocket) 233
GHFG-R/L-8 450
GHFGR/L-8 450
GHGR/L 235
GHIC-50 294
GHIC-70 301
GHIC-85 301
GHIFR/L-A 357
GHIR/L-C (W=4-6.4) 293
GHIR/L-SC (W=2-4.8) 293
GHIR/L (W=1.9-6.4) 293
GHIR/L (W=7.0-8.3) 301
GHIUR/L 294
GHIUR/L-C-22.5A-8V 357
GHIUR/L-C-A(15° & 27.5°)Bars 357
GHIUR/L-UC 357
GHMPR/L 232
GHMR/L 232
GHMUR/L 258
GHPCOR 316
GHSR/L 312
GHSR/L-JHP-SL 313
GHVR/L 358
GIA-K (long pocket) 254, 453
GIA-K (W=3-6) 254
GIF 253
GIF-E (W=4-6) 248
GIF-E (W=4-6 full radius) 250
GIF-E (W=8,10) 248, 452
G
607
ALPHABETICAL INDEX
GIF-E (W=8,10 full radius) 250
GIF (full radius) 254
GIFG-E (W=8) 452
GIFI 298
GIFI-E 296
GIFI-E (full radius) 296
GIF (long pocket) 253
GIG 252
GIM-C 402
GIMF 244
GIMIY 295
GIM-J 403
GIM-J-RA/LA 403
GIMM 8CC 454
GIMN 245
GIM-UT 404
GIM-UT-RA/LA 404
GIM-W 403
GIM-W-RA/LA 404
GIMY 245
GIMY 1260 247
GIMY-F 247
GIMY (full radius) 246
GIMY-UN 258
GINI-E 297
GIP 252
GIPA 8-35V (V-shape) 360
GIPA (full radius W=3-6) 257, 359
GIPA/GIDA 8 (full radius) 257, 359
GIPA (W=3-6) 256
GIP-E 249
GIP-E (full radius) 250
GIP (flat top W<M) 251
GIP (full radius) 253
GIP (full radius W<M) 251
GIPI 297
GIPI-E 296
GIPI (full radius) 298
GIPI (full radius W<M) 298
GIPI-RX/LX 299
GIPI-UR/UL 299
G
ISCAR
608
ALPHABETICAL INDEX
GIPI (W<M) 297
GIPM-A46 / GIP-1250 313
GIP-RX/LX 258
GIP-UN 259
GIPY 255
GIQR/L 8 331
GIQR/L 8-R 331
GIQR/L 11 332
GIQR/L 11-15 333
GIQR/L 11-15-R 333
GIQR/L 11-R 332
GIQR/L-A18 333
GIQR/L-B18 334
GIQR/L-MT 334, 497
GIQR/L-WT 334, 493
GITM 255
GITM (full radius) 255
GPV 259
GRIP 229, 448
GRIP (full radius) 230, 449
GTGA 278
GTMA 278
HAI-C 445
HAPR/L 440
HAR/L 440
HELIIR/L 301
HELIR/L 226
HFAER/L-4 440
HFAER/L-5T, 6T 441
HFAIR/L-4 444
HFAIR/L-DG 445
HFFA 435
HFFH 435
HFFR/L-T 439
HFHPR/L-M 442
HFHR/L-3T 436
HFHR/L-4T 437
HFHR/L-5T 437
HFHR/L-6T 438
HFHR/L-M 442
HFIR/L-MC 446
G
H
609
ALPHABETICAL INDEX
HFPAD-3 438
HFPAD-4 441
HFPAD-5 439
HFPAD-6 439
HFPN 447
HFPR/L 447
HFPR/L (full radius) 448
HGAER/L-3 440
HGAIR/L-3 444
HGFH 227
HGHR/L-3 436
HGN-C 386
HGN-J 386
HGN-UT 387
HGPAD 227
HGPAD-JHP 227
HGPL 449
HGR/L-C 386
HGR/L-J/JS 387
HLPGR/L 260
HMSN-New Britain 378
HSK A63WH-ASHN-45 551
HSK A63WH-ASHR/L-2 551
HSK A63WH-ASHR/L-3 552
HSK A63WH-ASHR/L-45 552
HSK A63WH-DDJNR/L 33
HSK A63WH-DDNNN 33
HSK A63WH-MAHDOR 482
HSK A63WH-MAHDR-45 481
HSK A63WH-MAHUR/L 482
HSK A63WH-MULNR-J12MWX2 20
HSK A63WH-MULNR/L-MW 19
HSK A63WH-MUMNN-MW 20
HSK A63WH-SVJCR/L 56
HSK A63WH-SVVNN-F 36
HSK A-WH ABB 552
HSK A-WH-ASHR/L-1 551
HSK A-WH-TBK-R/L 482
HSK DIN 69893 Standard 551
IM-GHAD-8 484
IM-GHAPR/L-8 484
H
I
ISCAR
610
ALPHABETICAL INDEX
IM-HAD 484
IM-HAPR/L 484
IM-HFIR-MC 446
IM ISO 26622-1 Standard 482
IM-MAHD 483
IM-MAHPD 483
IM-SDNCN 54
IM-TBU 483
IR-BUT 522
IR-EL 523
IR/L-55° 491
IR/L-60° 494
IR/L-ABUT 520
IR/L-ACME 515
IR/L-API 522
IR/L-API RD 521
IR/L-BSPT 513
IR/L-ISO 499
IR/L-NPT 510
IR/L-NPTF 512
IR/L-PG 519
IR/L-RND 524
IR/L-SAGE 520
IR/L-STACME 514
IR/L-TR 518
IR/L-UN 504
IR/L-UNJ 516
IR/L-W 508
IR-MJ 517
JHP CONNECTOR 71, 355
JHP COPPER SEAL 71, 355
JHP HOSE 71, 355
JHP NIPPLE 71, 355
KIT MINCUT 435
KIT PICCO Face 433
KIT PICCO SET 325
KNMX 135
KNUX 136
LNMX 19/30 153
LNMX-HF 153
LNMX-HM 152
I
J
K
L
611
ALPHABETICAL INDEX
LNMX-HT 152
LNMX-WG 152
LOMX-H6P 151
LPGIR/L 260
MAHPR/L 237
MAHPR/L-JHP 237
MAHR/L 235
MAHR/L-JHP 236
MAHR/L-JHP-MC 236
MAHR/L-MG-XL-JHP 394
MAHR/L-MG-XL-JHP-MC 395
MCLNR/L 24
MEFL 435
MFHR-JHP 434
MG 330
MGCH 330
MGCH-C (face) 433
MGSIR/L 98, 534
MG STFPR-X 97
MG-SWUBR/L 99
MG-SWUCR 99
MGUHR 327
MIFHR 329, 434
MIFR 434
MIGR 8 329
MITR 8-MT 330, 496
MIUR 8 329
MTENN-W 45
MTJNR/L-W 45
MULNR/L-12MW 18
MVJNR/L 35
MVVNN 36
MWLNR/L-13W 21
MWLNR/L-CA-W 101
MWLNR/L-W 21
PADR/L 264
PCADR/L 268
PCADR/L 34N-RE 269
PCADR/L-JHP 268
PCBNR/L 25
PCBOR/L-IQ 30
L
M
P
ISCAR
612
ALPHABETICAL INDEX
PCHBR/L 269
PCHPR/L 268, 459
PCHPRS/LS 459
PCHR/L-24 265
PCHR/L-24-JHP 266
PCHR/L-34 267
PCHR/L-34-JHP 267
PCHR/L-D-IQ 405
PCHR/L-D-JHP 406
PCHRS/LS 267, 409
PCLCR/L-JHP-MC 48
PCLCR/L-S 48
PCLCR/L-S-JHP 49
PCLNR/L 23
PCLNR/L-12-JHP 24
PCLNR/L-CA 101
PCLNR/L-X 25
PCLNR/L-X-JHP 26
PCLNR/L-X-JHP-MC 26
PCLOR/L-IQ 29
PDACR/L-JHP 52
PDACR/L-JHP-MC 53
PDACR/L-S 49
PDJNR/L 31
PDJNR/L-JHP 31
PDJNR/L-S 30
PENTA 24-BSPT 275, 513
PENTA 24-ISO 274, 501
PENTA 24-MT 276, 495
PENTA 24N-C 271, 410
PENTA 24N-C (full radius) 272
PENTA 24N-J 270, 408
PENTA 24N-J (full radius) 271
PENTA 24N-J-RS 273
PENTA 24N-PF/P 272
PENTA 24N-PF/P 410
PENTA 24-NPT 511
PENTA 24N-RS/LS 274, 409
PENTA 24N-Z 273, 411
PENTA 24R-C 410
PENTA 24R/L-J 409
P
613
ALPHABETICAL INDEX
PENTA 24R/L-Z 411
PENTA 24R-P 412
PENTA 24-UN 275, 506
PENTA 24-W 275, 509
PENTA 24-WT 276, 491
PENTA 34F-R/L 458
PENTA 34F-RS/LS 459
PENTA 34N-C 277, 412
PENTA 34N-J 278, 413
PENTA 34N-PB 276, 414
PENTA 34R/L-C 413
PENTA 34R/L-J 414
PENTA 34R/L-PB 414
PENTA D-N-C 407
PENTA D-N-J 406
PENTA D-N-PB 407
PENTA D-R/L-C 407
PENTA D-R/L-J 407
PENTA D-R/L-PB 408
PHAR/L 264
PHGR/L 264
PHSR/L 312
PICCO-010/610 (face grooving) 431
PICCO-010 (round face groove) 431
PICCO-015 (face grooving) 432
PICCO-016/020 (face grooving) 432
PICCO-55°-Thread 327, 492
PICCO-620 (groove along shaft) 432
PICCO ACE 314, 535
PICCO ACE-BH 316
PICCO ISO Full Profile 326, 500
PICCO ISO Full Profile Fine 326, 501
PICCO/MG PCO (holder) 315, 535
PICCO R 050.20 320
PICCO R 050 (CBN) 321
PICCO R/L 002-007 323
PICCO R/L 004-007 (radius) 324
PICCO R/L 047 325
PICCO R/L 050, 053, 055 317
PICCO R/L 050-C 319
PICCO R/L 060 324
P
ISCAR
614
ALPHABETICAL INDEX
PICCO R/L-60°-Thread 326, 497
PICCO R/L 070 325
PICCO R/L 080 322
PICCO R/L 090 322
PICCO R/L 520 324
PICCO R/LHD 050 321
PICCO R/LM 320
PICCO R/LX050 321
PLANR/L-TANG 6
PLBOR/L 10
PQFNR/L 11
PQLCR/L 46
PQLCR/L-S 46
PQLNR/L 11
PQSNR/L 12
PRDCN 61
PRGCR/L 61
PRWR/L 10
PRWR/L 175-CA 10
PRWR/L 177-CA 11
PSANR/L 45
PSBNR/L 41
PSBOR/L-IQ 40
PSDNN 38
PSDNN-JHP 39
PSDON-IQ 38
PSKNR/L 39
PSKNR/L-CA 101
PSSNR/L 39
PSSNR/L-CA 102
PSSNR/L-JHP 40
PTFNR-CA 102
PTFNR/L 44
PTGNR/L 42
PTGNR/L-X 43
PTGNR/L-X-JHP 43
PTGNR/L-X-JHP-MC 44
PVACR/L-JHP 57
PVACR/L-JHP-MC 57
PVACR/L-S 54
PWLNR/L 12
P
615
ALPHABETICAL INDEX
PWLNR/L-08-JHP 13
PWLNR/L-S 12
PWLNR/L-X 14
PWLNR/L-X-JHP 15
PWLNR/L-X-JHP-MC 16
PWLOR/L-IQ 22
PWXOR/L-TF-IQ 23
QCMT-PF 162
QCMT-SM 162
QNMG-GN 110
QNMG-NF 109
QNMG-PP 109
QNMG-TF 109
RCGT-AS 175
RCGX (CBN) 196
RCGX-Ceramic 183
RCMT-14 167
RCMT-SR 166
RCMX 167
RCMX-NR 167
RNGN-Ceramic 183
RNMG 144
RPGN-Ceramic 182
RPGX-Ceramic 183
S/A-SQLCR/L 90
S/A-SVJCR/L 94
SBB 100
SC45MT-SM 154
SCACR/L-S 48
SCB 339
SCB (light fit) 339
SCB (tight fit) 339
SCGT-AS 172
SCHR/L-BF 306
SCHR/L-BF-JHP 306
SCIR-22-MTR-ISO 310, 501
SCIR/L-22-AD 309
SCIR/L-22-AR/AL 309
SCIR/L-22-BR/BL 307
SCIR/L-22-ER/EL 308
SCIR/L-22-MTR/MTL 310, 495
P
Q
R
S
ISCAR
616
ALPHABETICAL INDEX
SCIR/L-22-N/L/R 307
SCIR/L-22-NP 309
SCIR/L-22-NX 310
SCLCR/L 47
SCLCR-PAD 47
SCMT-14 165
SCMT-19 165
SCMT-SM 164
S-CSKPR 96
S-CTFPR/L 96
SC-T (sleeves) 552
SDACR/L 51
SDACR/L-13S-SL-JHP 52
S-DCLNR/L 79
S-DDUNR/L 86
SDHCR/L 51
SDJCR/L 50
SDJCR/L-13-SL 49
SDJCR-PAD 51
SDNCN 54
SDNCN-13-SL 53
S-DWLNR/L 78
SER-D 530
SER/L 529
SER/L-TT 528
SGBHR/L 390
SGFFA 457
SGFFH 457
SGFFR/L 456
SGTBF 473
SGTBK 473
SGTBR/L 473
SGTBU/SGTBN 472
SIR/L 531
SKJNR/L 34
SLANR/L-15-TANG-JHP 8
SLANR/L-TANG 7
SLBNR/L-TANG 9
SLFNR/L-TANG 9
S-MTLCR/L-W 95
S-MTLNR/L-W 89
S
617
ALPHABETICAL INDEX
S-MULNR-MW 85
SNGA-Ceramic 180
SNGN-Ceramic 179
SNGX-Ceramic 180
SNMA 149
SNMA (CBN) 196
SNMG-EM-M 148
SNMG-EM-R 150
SNMG-F3M 145
SNMG-F3P 144
SNMG-GN 149
SNMG-M3M 145
SNMG-M3P 144
SNMG-NF 146
SNMG-NR 149
SNMG-PP 147
SNMG-R3M 146
SNMG-TF 147
SNMG-VL 146
SNMM-NM 151
SNMM-NR 151
SNMM-R3P 150
SNMX 150608R 177
SOMG-R3P-IQ 145
S-PLANR-TANG 79
SPMR 168
S-PQFNR/L 80
S-PQLNR/L 80
S-PTFNR/L 88
SRDCN 61
SRGCR-12-JHP 60
SRGCR/L 60
SSBCR/L 59
S-SLANR/L-TANG 79
SSSCR/L 59
S-STFCR/L 95
S-STLCR/L 95
S-SUXCR/L-CM 89
STFCR/L 59
STGCR/L 59
SUXCR/L-CM 46
S
ISCAR
618
ALPHABETICAL INDEX
SVACR/L 57
SVJCR/L 55
SVJCR/L-16-JHP 55
SVJCR-PAD 56
SVJNR/L-F 34
SVPCR/L 58
SVVCN 58
SVVNN-F 35
SVXCR/L 58
SWAPR/L 62
SWAPR-PAD 62
SWDPR/L 62
SXCIB 337
SXCIR 335
SXCNN 335
TAGB/TAGBA 284
TAG N-A 402
TAG N-C/W/M 399
TAG N-J/JS/JT 400
TAG N-LF 401
TAG N-MF 400
TAG N-UT 402
TAGPAD-JHP 394
TAGPAD-XL-JHP 394
TAG R/L-C 399
TAG R/L-J/JS 401
TCBNR/L-CH 73
TCGT-AS 173
TCKNR/L-CH 73
TCLNR/L-CH 73
TCMT (CBN) 195
TCMT-F3P 165
TCMT (PCD) 186
TCMT-PF 166
TCMT-SM 166
TDJNR/L-CH 76
TDNNN-CH 76
TGAD 393
TGBHR/L 282
TGBHR/L-JHP 283
TGDR/L 230
S
T
619
ALPHABETICAL INDEX
TGFH-JHP 390
TGFHL-TR 398
TGFH-MB 393
TGFH/R/L 283, 389
TGFHR/L 391
TGFHR/L-JHP 391
TGFH-S 390
TGFS 395
TGHN 26-M 300
TGHN-D 231
TGHN-S 231
TGIR/L-C 300
TGMF (full radius) 232
TGMF/P 231
TGPAD 230
TGSU 392
TGTBU 392
TGTBU-JHP 393
TGTR/L-2T..SH-L120 397
TGTR/L-D 398
TGTR/L-IQ 396
TGTR/L-IQ-2Z 396
TGTR/L-JHP 397
THBR/L/N-IQ 280
THDR/L-IQ 280
THDR/L/N 285
TIGER 285
TIGER-IQ 281
TIGERV 285
TIPI-MT 299, 496
TIPI-WT 299, 492
TIP-MT 261, 495
TIP-P-BSPT 264, 513
TIP-P-BSW 263, 509
TIP-P-ISO 262, 502
TIP-P-NPT 263, 511
TIP-P-UN 262, 506
TIP-WT 261, 491
TNFFA-IQ 455
TNFFH-IQ 454
TNF-M-IQ 455
T
ISCAR
620
ALPHABETICAL INDEX
TNF-P-IQ 455
TNGA-Ceramic 182
TNGA-M3 (CBN) 194
TNGA-MC/M6 (CBN) 194
TNGG-M6HF/M6HM (CBN) 194
TNGN-Ceramic 181
TNMA 143
TNMA (CBN) 193
TNMG-F3M 140
TNMG-F3P 139
TNMG-GN 143
TNMG-M3M 140
TNMG-M3P 139
TNMG-NF 142
TNMG-PF 141
TNMG-SF 141
TNMG-TF 141
TNMG/TNGG-PP 142
TNMG-VL 142
TNMM-NR 143
TNMS-12 175
TNMX-M3/4MW 140
TNMX-M3/4PW 139
TPGB 170
TPGB-XL 170
TPGH-R/L 170
TPGH-XL 170
TPGN-Ceramic 182
TPGT-SP 169
TPGW-M3 (CBN) 195
TPGX 171
TPGX (CBN) 195
TPGX (PCD) 186
TPMR 168
TPMR-PF 168
TPMT 169
TPMT-PF 169
TSDNN-CH 74
TSRNR/L-CH 74
TSSNR/L-CH 75
TTG-16E-A55 490
T
621
ALPHABETICAL INDEX
TTG-16E-A60 493
TTG-16E-ISO 497
TTG-16E-UN 502
UBHCR/L 473
UMGR 328
UMGR-A55 328, 493
UMGR-A60 328, 496
VBGW/VBMW-2 (CBN) 193
VBMT (CBN) 192
VCET-WF 163
VCGT 1303..-PF 163
VCGT-AF 173
VCGT-AS 173
VCGT-DW (PCD) 185
VCGT (PCD) 185
VCGW-2 (CBN) 193
VCMT-14 164
VCMT (CBN) 185
VCMT-SM 163
VCMW 164
VNGA-2 (CBN) 192
VNGA-4 (CBN) 192
VNGA-Ceramic 181
VNGG-M4HM (CBN) 192
VNMG-F3M 136
VNMG-F3P 136
VNMG-M3M 137
VNMG-SF 137
VNMG-TF 138
VNMG/VNGG-NF 137
VNMM-PP 138
VNMS-12 176
WBGT 171
WBMT 171
WCGT 172
WNGA-Ceramic 178
WNGA-M3 (CBN) 186
WNGA-MC/M6 (CBN) 187
WNGP-F2M 112
WNGP-F2P 110
WNMA/WNMA-WG 118
T
U
V
W
ISCAR
622
ALPHABETICAL INDEX
WNMG-F3M 112
WNMG-F3P 110
WNMG-GN 117
WNMG-M3M 113
WNMG-M3P 111
WNMG-NF 114
WNMG-NR 117
WNMG-PP 116
WNMG-SF 113
WNMG-TF 116
WNMG-TNM 118
WNMG-VL 114
WNMG-WF 115
WNMG-WG 115
WNMM-NM 117
WNMX-M3/4MW 119
WNMX-M3/4PW 119
WOMG-10-T3P-IQ 111
WOMG-13-R3P-IQ 112
WPEX 172
XNUW 336
XNUWB 337
XNUWB (light fit) 338
XNUWB (tight fit) 338
XOMT-DT 165
YNMG-F3P 138
W
X
Y
ISCAR LTD.
Israel
Headquarters
Tel + 972 (0)4 997 0311
Fax + 972 (0)4 987 3741
www.iscar.com
headquarter@iscar.co.il
Argentina
ISCAR TOOLS ARGENTINA SA
Tel + 54 114 912 2200
Fax + 54 114 912 4411
admin@iscararg.com.ar
www.iscararg.com.ar
Australia
ISCAR AUSTRALIA PTY. LTD
Tel + 61 (0) 2 8848 3500
Fax + 61 (0) 2 8848 3511
iscaraus@iscar.com.au
www.iscar.com.au
Austria
ISCAR AUSTRIA GmbH
Tel + 43 7252 71200-0
Fax + 43 7252 71200-999
office@iscar.at
www.iscar.at
Belarus
JV ALC “TWING-M”
Tel +375 17 506-32-38
+375 17 506-33-31/65
Tel/Fax +375 17 506-32-37
info@twing.by
www.twing.by, www.iscar.by
Belgium
n.v. ISCAR BENELUX s.a.
Tel + 32 (0) 2 464 2020
Fax + 32 (0) 2 522 5121
info@iscar.be
www.iscar.be
Bosnia
(Representative Office)
Tel +387 32 201 100
Fax +387 32 201 101
info@iscar.ba
Brazil
ISCAR DO BRASIL COML. LTDA.
Tel + 55 19 3826-7100
Fax + 55 19 3826-7171
DDG 0800 701 8877
iscar@iscarbrasil.com.br
www.iscar.com.br
Bulgaria
ISCAR BULGARIA
Tel/Fax +359 431 62557
aa_iscar@infotel.bg
www.iscar.bg
Canada
ISCAR TOOLS INC.
Tel + 1 905 829 9000
Fax + 1 905 829 9100
admin@iscar.ca
www.iscar.ca
Chile
SANDE SA
Tel +56 2 695 1700
Fax +56 2 697 0332
logistica@sande.cl
China
ISCAR CHINA
Tel + 86 10 6561 0261/2/3
Fax + 86 10 6561 0264
iscar@iscar.com.cn
www.iscar.com.cn
Colombia
RACSI S.A.
Tel +57 (1) 4102800
Fax +57 (1) 2638988
gerencia@racsi.com
Croatia
ISCAR ALATI d.o.o.
Tel +385 (0) 1 33 23 301
Fax +385 (0) 1 33 76 145
iscar@zg.t-com.hr
www.iscar.hr
Cyprus
WAMET (Demetriades) Ltd.
Tel +357 (0) 2 336660/5498
Fax +357 (0) 2 333386
wamet@cytanet.com.cy
Czech Republic
ISCAR CR s.r.o.
Tel + 420 377 420 625
Fax + 420 377 420 630
iscar@iscar.cz
www.iscar.cz
Denmark
KJ VAERKTOEJ AS/ISCAR DENMARK
Tel + 45 70 11 22 44
Fax + +45 46 98 67 10
kj@kj.dk
www.iscar.dk
Estonia
KATOMSK AS
Tel +372 6775 671
Fax +372 6720 266
aleksei@katomsk.ee
Finland
ISCAR FINLAND OY
Tel +358-(0)9-439 1420
Fax +358-(0)9-466 328
info@iscar.fi
www.iscar.fi
France
ISCAR FRANCE SAS
Tel + 33 (0)1 30 12 92 92
Fax + 33 (0)1 30 12 95 82
info@iscar.fr
www.iscar.fr
Germany
ISCAR GERMANY GmbH
Tel + 49 (0) 72 43 9908-0
Fax + 49 (0) 72 43 9908-93
gmbh@iscar.de
www.iscar.de
Greece
INTERNATIONAL TOOLS
K.-X. GEORGOPOULOS & SIA O.E
Tel +30 210 346 0133
Fax +30 210 342 5621
info@internationaltools.gr
VIMA
V. MAZLOUMIAN & SONS
Tel +30 2310 517-117 / 544-521
Fax +30 2310 529-107
vimaco@otenet.gr
http://www.vimaco.gr
Hong Kong
MTC TOOLING SYSTEMS LTD
Tel +85-2-23054838
Fax +85-2-27988789
yoongkamsing@hotmail.com
Hungary
ISCAR HUNGARY KFT.
Tel +36 28 887 700
Fax +36 28 887 710
iscar@iscar.hu
www.iscar.hu
India
LARSEN & TOUBRO Ltd.
Tel +91 22 6705 1039 /3371
Fax +91 22 6705 1358
ask-inp@powai.ltindia.com
Indonesia
CV MULTI TEKNIK
Tel. +62-21-29206242/44/45/59
Fax. +62-21-29206243
contact@multi-teknik.co.id
Ireland
HARDMETAL MACHINE TOOLS
Tel +353 (0) 1 286 2466
Fax +353 (0) 1 286 1514
phannigan@hardmetal.ie
Italy
ISCAR ITALIA srl
Tel + 39 02 93 528 1
Fax + 39 02 93 528 213
marketing@iscaritalia.it
www.iscaritalia.it
Japan
ISCAR JAPAN LTD.
Tel + 81 6 6835 5471
Fax + 81 6 6835 5472
iscar@iscar.co.jp
www.iscar.co.jp
Latvia
SIA EKL/LS
Tel +371 6 733 11 54
Fax +371 6 780 56 48
ekllpstools@isr.lv
Lithuania
MECHA, UB
Tel +370 37 407 230
Fax +370 37 407 231
sigitas@mecha.lt
Macedonia
(Representative Office)
Tel +389 2 309 02 52
Fax +389 2 309 02 54
info@iscar.com.mk
Mexico
ISCAR DE MÉXICO,
Tel + 52 (442) 214 5505
Fax + 52 (442) 214 5510
iscarmex@iscar.com.mx
www.iscar.com.mx
The Netherlands
ISCAR NEDERLAND B.V.
Tel + 31 (0) 182 535523
Fax + 31 (0) 182 572777
info@iscar.nl
www.iscar.nl
New Zealand
ISCAR PACIFIC LTD.
Tel + 64 (0) 9 573 1280
Fax + 64 (0) 9 573 0781
iscar@iscarpac.co.nz
Norway
SVEA MASKINER AS
Tel +47 32277750
Fax +47 32277751
per.martin.bakken@svea.no
Philippines
MESCO
Tel +63 2631 1775
Fax +63 2635 0276
mesco@mesco.com.ph
Poland
ISCAR POLAND Sp. z o.o.
Tel + 48 32 735 7700
Fax + 48 32 735 7701
iscar@iscar.pl
www.iscar.pl
Portugal
ISCAR PORTUGAL, SA
Tel + 351 256 579950
Fax + 351 256 586764
info@iscarportugal.pt
www.iscarportugal.pt
Romania
ISCAR TOOLS SRL
Tel + 40 (0)312 286 614
Fax + 40 (0)312 286 615
iscar-romania@iscar.com
Russia
Moscow
ISCAR RUSSIA CIS
Tel/fax +7 495 660 91 25/31
iscar@iscar.ru
www.iscar.ru
Chelyabinsk
ISCAR RF EAST LTD
Tel/fax +7 351 2450432
rfe@iscar.com
www.iscar.ru
Serbia
ISCAR TOOLS d.o.o.
Tel +381 11 314 90 38
Fax +381 11 314 91 47
info@iscartools.rs
Singapore
SINO TOOLING SYSTEM
Tel +65 6566 7668
Fax +65 6567 7336
sinotool@singnet.com.sg
Slovakia
ISCAR SR, s.r.o.
Tel +421 (0) 41 5074301
Fax +421 (0) 41 5074311
info@iscar.sk
www.iscar.sk
Slovenia
ISCAR SLOVENIJA d.o.o.
Tel + 386 1 580 92 30
Fax + 386 1 562 21 84
info@iscar.si
www.iscar.si
South Africa
ISCAR SOUTH AFRICA (PTY) LTD.
ShareCall 08600-47227
Tel +27 11 997 2700
Fax +27 11 388 9750
iscar@iscarsa.co.za
www.iscar.co.za
South Korea
ISCAR KOREA
Tel + 82 53 760 7590
Fax + 82 53 767 7203
koss@taegutec.co.kr
www.iscarkorea.co.kr
Spain
ISCAR IBERICA SA
Tel +34 93 594 6484
Fax +34 93 582 4458
iscar@iscarib.es
www.iscarib.es
Sweden
ISCAR SVERIGE AB
Tel + 46 (0) 18 66 90 60
Fax + 46 (0) 18 122 920
info@iscar.se
www.iscar.se
Switzerland
ISCAR HARTMETALL AG
Tel + 41 (0) 52 728 0850
Fax + 41 (0) 52 728 0855
office@iscar.ch
www.iscar.ch
Taiwan
ISCAR TAIWAN LTD.
Tel +886 (0)4-24731573
Fax +886 (0)4-24731530
iscar.taiwan@msa.hinet.net
www.iscar.org.tw
Thailand
ISCAR THAILAND LTD.
Tel + 66 (2) 7136633-8
Fax + 66 (2) 7136632
iscar@iscarthailand.com
www.iscarthailand.com
Turkey
ISCAR KESICI TAKIM
TIC. VE. IML. LTD
Tel + 90 (262) 751 04 84 (Pbx)
Fax + 90 (262) 751 04 85
iscar@iscar.com.tr
www.iscar.com.tr
Ukraine
ISCAR UKRAINE LLC
Tel/fax +38 (044) 503-07-08
iscar_ua@iscar.com
www.iscar.com.ua
United Kingdom
ISCAR TOOLS LTD.
Tel + 44 (0) 121 422 8585
Fax + 44 (0) 121 423 2789
sales@iscar.co.uk
www.iscar.co.uk
United States
ISCAR METALS INC.
Tel + 1 817 258 3200
Tech Tel 1-877-BY-ISCAR
Fax + 1 817 258 3221
info@iscarmetals.com
www.iscarmetals.com
Venezuela
FERREINDUSTRIAL ISO-DIN C.A.
Tel +58 2 632 8211/633 4657
Fax +58 2 632 5277
iso-din@cantv.net
Vietnam
ISCAR VIETNAM
(Representative Office)
Tel +84 8 38 123 519/20
Fax +84 8 38 123 521
iscarvn@hcm.fpt.vn
www.iscarvn.com
06/2017
“© 2013 Iscar Ltd. This document, as well as all
information and other data contained herein and/
or derived therefrom, including but not limited to, all
trademarks, logos, trade-names, concepts, pictures,
designs and/or devices, as well as any data from
which any proprietary and/or intellectual property right
may emanate (“Information”), is the sole and exclusive
property of Iscar Ltd. and is protected by copyright
and other applicable laws. No part of any Information
may be used or otherwise disseminated for any
purpose whatsoever without the express prior written
consent of Iscar Ltd.”
G
www.iscar.com
START
Metric Version Catalog 2017
Complete Machining Solutions
Non-Rotating Tool Lines
Turning • Grooving • Threading • Parting
