AC6000M Brochure 2024

CAT.AC6000MBROCHURE.8/24

Coated Grades for Stainless Steel

AC6020M/AC6030M/AC6135M/AC6145M

General Interruption/Mill-Scale Work, Heavy Interrupted Machining Introducing AC6135M/AC6145M Negative M Class Chipbreaker for Medium to Rough Machining EEH Lineup Stocked Grades: AC6135M/AC6145M

Coated Grades For Stainless Steel

 Application Range

AC6020M The combination of a CVD coating and a

CVD

AC6020M For Finishing/High-speed Machining

high-hardness carbide substrate realizes stable long tool life in finishing and high-speed machining AC6030M 1st recommended grade for continuous cutting , drastically reducing the occurrence of abnormal damage, a problem in stainless steel machining, and achieving long and stable tool life thanks to the CVD coating AC6135M Balances excellent wear resistance and fracture resistance in lightly interrupted machining and mill-scale work through the use of new PVD coating AC6145M The combination of a PVD coating and a high-toughness carbide substrate achieves excellent results in heavy interrupted machining PVD CVD PVD

AC6030M 1st Recommendation for Continuous Machining

AC6135M For Light Interrupted Machining/ Mill-scale Work

AC6145M For Heavy Interrupted Machining

AC6040M (AC6135M/AC6145M Previous Grade)

Finishing Roughing Continuous Partially Interrupted Interrupted

 Features of AC6020M / AC6030M

Surface Smoothing Treatment Surface smoothing treatment improves adhesion resistance, significantly suppressing adhesion and the resulting chipping Grade for stainless steel machining with chipping resistance and adhesion resistance dramatically improved through the use of our proprietary surface smoothing treatment CVD AC6020M / AC6030M High Toughness Alumina Layer Provides stable long tool life through the use of an alumina layer with excellent toughness High Hardness Fine Grained TiCN Layer Significantly improves the coating hardness by using a fine and uniform crystal structure High Adhesion Technology Significantly improves adhesion strength through a smooth interface between the coating and carbide substrate

Al 2 O 3

TiCN

Carbide Substrate

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M  Applications of AC6000M Series / AC6100M Series (Example: Stainless Steel)

Ferritic (405/410L/430, etc.) Martensitic (410/420J2/440C, etc.) Precipitation Hardened Structure (630/631/632J1, etc.) Applicable Work Materials (1st Recommendation)

Applicable Work Materials (1st Recommendation)

Austenitic (304/316/321, etc.) Duplex (329J1/329J3L/329J4L, etc.)

AC6030M

AC6135M

CVD

PVD

For Mill-scale Work/ Light Interrupted Machining

1st Recommendation General-purpose EGU

(in)

.091

.010

25°

7°

CNMG43 S

EEG

EEH

(in)

.087

.010

.004

Chip Control Emphasized

Stable Machining in Interrupted Turning

20°

For Continuous Machining

15°

30°

4°

CNMG43 S

For Finishing/High-speed Machining

For Heavy Interrupted Machining

AC6145M

AC6020M

CVD

PVD

Chip Control Emphasized EEF

EEH

1st Recommendation Stable Machining in Heavily Interrupted Turning

(in)

.087

.047

.010

20°

15°

4°

1st Recommendation

CNMG43 S

ESU

EEM

(in)

.098

.051

Cutting Force Suppressed

Rapid Fractures Suppressed

.002 20°

13°

CNMG43 S

 Features of AC6135M / AC6145M

Provides higher wear resistance, fracture resistance, and adhesion resistance through a TiAlBCN-based multi-layered coating, with absolute stability in stainless steel machining PVD AC6135M / AC6145M

Adhesion Resistance Layer

The use of a TiCN-based composition with excellent lubricity suppresses adhesion and the resulting chipping The use of our proprietary high-hardness TiAlBN-based super multi-layered coating significantly suppresses crater wear and flank wear Wear Resistance Layer Improved stability with special technology enhancing coating adhesion strength High Adhesion Technology The use of an ultra-fine grain TiAlBN-based composition with excellent toughness suppresses unexpected chipping Chipping Resistance Layer

Carbide Substrate

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Wear Resistance of AC6020M (Continuous Cutting of Stainless Steel)

.020

Competitor's Product A

Workpiece Material:

316L Continuous Cutting CNMG432 vc = 492 SFM

Conventional Tool





.016

Insert: Cutting Conditions:

AC6020M

.012

f = .012 IPR ap = .079” Wet

.008



 D

.004

  D D 

Machining Time (min)

Cutting for 25 minutes

Cutting for 15 minutes

AC6020M

Competitor's Product A

 Wear Resistance of AC6030M (Continuous Cutting of Stainless Steel)

.012

Workpiece Material:

316 Continuous Cutting CNMG432 vc = 656 SFM f = .008 IPR ap = .079” Wet

.010

Insert: Cutting Conditions:

.008



Conventional Tool

Competitor's Product B





 

.006

 



 

   D D

D D D D D

.004

AC6030M

  D

.002

20 30 40 50

Machining Time (min)

Cutting for 20 minutes

AC6030M

Competitor's Product B

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Wear Resistance of AC6135M (Continuous Cutting of Stainless Steel)

.008

Workpiece Material:

316 Continuous Cutting CNMG432 vc = 492 SFM f = .008 IPR ap = .079” Wet

.006

Insert: Cutting Conditions:

Conventional Tool



.004



Competitor's Product C (M30 PVD)

AC6135M

 D

.002

 D 

 



 

   D D D

120

Machining Time (min)

Cutting for 65 minutes

AC6135M

Competitor's Product C (M30 PVD)

 Fracture Resistance of AC6145M (Interrupted Cutting of Stainless Steel)

Workpiece Material:

316 Interrupted Cutting CNMG432 vc = 230 SFM

No Fracture

600

Insert: Cutting Conditions:

400

f = .010 IPR ap = .039” Wet

200

AC6145M

Conventional Tool

Competitor's Product D (M40 PVD)

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Chipbreaker Application Range

We o er several chipbreakers to best suit your applications, including: -EEF for finishing -EEX for finishing to medium cutting -EEG and EGU for medium cutting -EEM for roughing and now the NEW EEH for medium to rough cutting in interrupted applications. All of our chipbreakers ensure stability in stainless steel turning, excelling in chip control, wear resistance, and fracture reisistance.

.24

EEM

EEH

1st Recommendation

EEG EGU

.16

EEX EUP

.08

EEF SU

.008

.016

.024

Feed Rate f (IPR)

 Features of Chipbreakers

EEF

EEX

Chipbreaker Cross Section (CNMG43 S type)

Chipbreaker Cross Section (CNMG43 S type) Cutting Edge (Standard) (in)

For Finishing This chipbreaker exhibits excellent chip evacuation performance with small depths of cut

For Light to Medium Cutting

Corner Part

Curve-faced chipbreaker reduces contact with chips to decrease heat generation and cutting load

(in)

.047

.079 16°

20°

Cutting Edge

20°

Straight cutting edge and large rake angle (16°) improve cutting edge sharpness and notch damage resistance performance

Cutting edge designed with an emphasis on sharpness (20° rake angle) to suppress wear

Grooved rake face suppresses heat generation and uneven contact

For Medium Cutting EEG

EGU

Chipbreaker Cross Section (CNMG43 S type)

Wide chip control range with grooved spherical protrusions For Medium Cutting

Corner Part

Spherical protrusions exhibit excellent chip control performance over a wide range of conditions

(in)

.087

.091

.004

.010

20°

25°

30°

7°

Cutting Edge

(in)

.012

.004 20°

25°

30°

Cutting edge shape that retains its strength even after wear progresses

2-step rake face shape suppresses wear progress

EEH

EEM

Chipbreaker Cross Section (CNMG43 S type)

For Medium to Rough Cutting

For Roughing

Corner Part

Large convex rake face design keeps its cutting edge strength while suppressing crater wear

Spherical protrusions suppress resistance while controlling chips

(in)

.010

.087

.010

.002 20°

15°

4°

Cutting Edge

(in)

.010

.012 25°

15°

Suppresses notch wear by eliminating the change of cutting points on the cutting edge

4°

2-step rake face shape enhances fracture resistance

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Applications of Chipbreakers (Negative Inserts): Cutting Status

Finishing

Medium Cutting

Roughing

EEF

EEX

EEG

EEH

EEM

(in)

.098

.087

.047

.079 16°

.010

.004

.002 20°

20°

15°

30°

4°

CNMG43 S

ESU

EUP

EGU 1st Recommendation

(in)

.051

.083

.091

.010

25°

10°

7°

13°

CNMG43 S

Main Chipbreaker for Stainless Steel Machining

 Applications of Chipbreakers (Negative Inserts): Troubleshooting

Main Chipbreakers for Stainless Steel Machining

1st Recommendation

EGU

EEG

General-purpose chipbreaker with balanced performance General-purpose Chip Control

Wear Resistance Chip Control

Balancing wide-ranging chip control and wear resistance

Need to suppress wear and improve cutting edge sharpness

Need to eliminate chip elongation at small depths of cut

Need to extend tool life in high-load cutting

EEF

EEH

EEX

Chip Control

Standard Cutting Edge Sharpness

Interrupted Machining 1st recommendation for interrupted machining Emphasizing machining stability

Ideal for chip control at small depths of cut

Standard shape emphasizing cutting edge sharpness

Need to suppress rapid fractures

Need to suppress resistance at large depths of cut and high-feed regions

Need to reduce cutting resistance at small depths of cut

ESU

EUP

EEM

Small Depth of Cut High-Feed

High-Feed Cutting Edge Sharpness

Large Depth of Cut High-Feed Highest cutting edge strength in the series. Balanced wear resistance and fracture resistance

Good chip control and suppressed resistance at small depths of cut

Good cutting edge sharpness with double positive shape

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Application Examples of AC6020M / AC6030M 316 Component AC6020M has good wear resistance leading to 3x longer tool life AC6020M

316L Casing

AC6020M

AC6020M's excellent chipping resistance performance improves tool life by 30%

AC6020M + EGU (42 pcs)

AC6020M +EGU

Conventional Tool (M20) (31 pcs)

Conventional Tool (M20)

Tool Used: CNMG432EGU (AC6020M) Continuous Machining Cutting Conditions: vc = 590 SFM f = .010 IPR ap = .118” Wet

Tool Used: SNMG433EGU (AC6020M) Continuous Machining Cutting Conditions: vc = 590 SFM f = .010 IPR ap = .098” Wet

430 Motorcycle Component

Cast Stainless Pump Component

AC6030M

AC6030M provides stable machined surface quality and achieves double the tool life thanks to excellent adhesion resistance performance

AC6030M achieves double the tool life at 2.5x eciency (vc = 197 → 328 SFM, f = .008 → .012 IPR) as well

1,200

600 400 200 800 1,000

AC6030M +EEG

Competitor's Product B (M30)

AC6030M +EEF

Competitor's Product A (M30)

Tool Used: CNMG431EEF (AC6030M) Continuous Machining Cutting Conditions: vc = 394 SFM f = .004 IPR ap = .031” to .059” Wet

Tool Used: CNMG432EEG (AC6030M) Continuous Machining Cutting Conditions: vc = 328 SFM f = .012 IPR ap = .020” Wet

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Application Examples of AC6135M / AC6145M

316L Pipe

316L Flange

AC6135M

AC6135M suppresses crater wear and realizes 2.5x tool life

AC6135M suppresses crater wear and adhesion and realizes stable machining

Cutting edge as of preset machining time

AC6135M+EGU Competitor's Product D (M30 PVD)

AC6135M +EGU

Competitor's Product C (M30 PVD)

Tool Used: WNMG432EGU (AC6135M) Cutting Conditions: vc = 426 SFM f = .006 IPR ap = .039” Wet

Tool Used: CNMG432EGU (AC6135M) Cutting Conditions: vc = 492 SFM f = .010 IPR ap = .059” Wet

316L Valve

316L Screw

AC6145M

AC6145M suppresses fractures, providing 1.3x longer tool life

AC6145M suppresses chipping and thermal cracking and achieves stable machining

Obtuse Angle 100°

Cutting edge as of preset machining time

AC6145M+EGU Competitor's Product F (M30 PVD)

AC6145M +EEH

Competitor's Product E (M40 PVD)

Tool Used: CNMG432EEH (AC6145M) Interrupted Machining Cutting Conditions: vc = 361 SFM f = .006 IPR ap = .039” Wet

Tool Used: CNMG433EGU (AC6145M) Interrupted Machining Cutting Conditions: vc = 361 SFM f = .006 IPR ap = .059” Wet

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

 Recommended Cutting Conditions

(Red text indicates 1st recommendation)

Cutting Conditions Min.- Max.

Workpiece Material

Grade

Application Chipbreaker

Depth of Cut ap (inch)

Cutting Speed vc (SFM)

Feed Rate f (IPR)

Finishing Continuous Light Interruption Interrupted Finishing Continuous Light Interruption Interrupted Finishing Continuous Light Interruption Interrupted Finishing Continuous Light Interruption Interrupted Finishing Continuous Light Interruption Interrupted

EEF(ESU) EEG / EGU /EEX EGU/EEH EEH/EEM EEF(ESU) EEG / EGU /EEX EGU/EEH EEH/EEM EEF (ESU)/EEX EEG/EGU EGU / EEH EEH/EEM EEF (ESU)/EEX EEG/EGU EGU / EEH EEH/EEM EEF(ESU) EEG / EGU /EEX

.020 .039 .039 .059 .020 .039 .039 .059 .020 .039 .039 .059 .020 .039 .039 .059 .020 .039 .039 .059

- - - - - - - - - - - - - - - - - - - -

.079 .157 .197 .236 .079

AC6020M AC6030M AC6135M AC6145M AC6020M AC6030M AC6135M AC6145M AC6030M AC6135M AC6135M AC6145M AC6030M AC6135M AC6135M AC6145M AC6020M AC6030M AC6135M AC6145M

.002 .004 .008 .010 .002 .004 .008 .010 .002 .004 .008 .010 .002 .004 .008 .010 .002 .004 .008 .010

- - - - - - - - - - - - - - - - - - - -

.010 .016 .020 .024 .010 .016 .020 .024 .010 .016 .020 .024 .010 .016 .020 .024 .010 .016 .020 .024

558 459 459 328 394 328 262 197 394 328 262 197 328 262 230 164 295 230 164 131

- - - - - - - - - - - - - - - - - - - -

984 820 656 525 787 656 591 459 787 656 591 459 591 525 459 394 459 427 394 328

Ferritic 405 410L 430, etc.

410 420J2 440C, etc. Martensitic

.157 .197

.236 .079

Austenitic

.157 .197

304 316 321, etc.

.236 .079

Duplex

.157 .197

329J1 329J3L 329J4L, etc.

.236 .079 .157 .197 .236

Precipitation Hardened Structures

630 631 632J1, etc.

EGU/EEH EEH/EEM

CNMG 80° Diamond/Negative

Sumitomo Catalog Number

Sumitomo Catalog Number CNMG321EFB CNMG322EFB CNMG331EFB CNMG332EFB CNMG430.5EFB CNMG431EFB CNMG432EFB CNMG321EFE CNMG322EFE CNMG331EFE CNMG332EFE CNMG430.5EFE CNMG431EFE CNMG432EFE CNMG433EFE CNMG321ELU CNMG322ELU CNMG430.5ELU CNMG431ELU CNMG432ELU CNMG433ELU CNMG431ELUW CNMG432ELUW CNMG433ELUW CNMG430.5ESU CNMG431ESU

Chipbreaker

EEF

CNMG331EEF  .3750.1875.0156.1500 CNMG332EEF  .3750.1875.0313.1500 CNMG431EEF ll  l .5000.1875.0156.2031 CNMG432EEF ll  l .5000.1875.0313.2031 CNMG433EEF ll  l .5000.1875.0469.2031 CNMG431EEX ll  l .5000.1875.0156.2031 CNMG432EEX ll  l .5000.1875.0313.2031 CNMG433EEX ll  l .5000.1875.0469.2031 CNMG434EEX  .5000.1875.0625.2031 CNMG543EEX  l .6250.2500.0469.2500 CNMG643EEX  .7500.2500.0469.3126 CNMG431EUP l  l .5000.1875.0156.2031 CNMG432EUP l  l .5000.1875.0313.2031 CNMG433EUP l  l .5000.1875.0469.2031 CNMG431EGU ll  l .5000.1875.0156.2031 CNMG432EGU ll  l .5000.1875.0313.2031 CNMG433EGU ll  l .5000.1875.0469.2031 CNMG434EGU  .5000.1875.0625.2031 CNMG542EGU  .6250.2500.0313.2500 CNMG543EGU l  .6250.2500.0469.2500 CNMG544EGU  .6250.2500.0625.2500 CNMG432EGUW l .5000.1875.0313.2031 CNMG433EGUW l .5000.1875.0469.2031 CNMG332EEG  .3750.1875.0313.1500 CNMG333EEG  .3750.1875.0469.1500 CNMG431EEG ll  l .5000.1875.0156.2031 CNMG432EEG ll  l .5000.1875.0313.2031 CNMG433EEG ll  l .5000.1875.0469.2031 CNMG542EEG ll  l .6250.2500.0313.2500 CNMG543EEG ll  l .6250.2500.0469.2500 CNMG544EEG ll  l .6250.2500.0625.2500 CNMG643EEG ll  l .7500.2500.0469.3126 CNMG644EEG ll  .7500.2500.0625.3126

 .3750.1250.0156.1500  .3750.1250.0313.1500  .3750.1875.0156.1500  .3750.1875.0313.1500  .5000.1875.0078.2031  .5000.1875.0156.2031  .5000.1875.0313.2031

EFB

20°

EEX

27°

EFE

 .3750.1250.0156.1500  .3750.1250.0313.1500  .3750.1875.0156.1500  .3750.1875.0313.1500  .5000.1875.0078.2031  .5000.1875.0156.2031  .5000.1875.0313.2031  .5000.1875.0469.2031

16°

EUP

10°

EGU

20°

.3750.1250.0156.1500 .3750.1250.0313.1500 .5000.1875.0078.2031 .5000.1875.0156.2031 .5000.1875.0313.2031 .5000.1875.0469.2031 .5000.1875.0156.2031 .5000.1875.0313.2031 .5000.1875.0469.2031

ELU

        

7°

ELUW 10°

EGUW

0 ° EEG

10°

 .5000.1875.0078.2031

ESU

l  l .5000.1875.0156.2031 CNMG432ESU  l  l .5000.1875.0313.2031 CNMG433ESU l  l .5000.1875.0469.2031

13°

0 °

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

CNMG 80° Diamond/Negative

DNMG 55° Diamond/Negative

Sumitomo Catalog Number CNMG432EMU CNMG433EMU CNMG434EMU CNMG543EMU CNMG544EMU CNMG643EMU CNMG644EMU CNMG431EEH CNMG432EEH CNMG433EEH CNMG434EEH CNMG643EEH

Sumitomo Catalog Number

Chipbreaker

l l .5000.1875.0313.2031 l l .5000.1875.0469.2031 l l .5000.1875.0625.2031

DNMG331EEF ll  l .3750.1875.0156.1500 DNMG332EEF ll  l .3750.1875.0313.1500 DNMG333EEF  .3750.1875.0469.1500 DNMG431EEF ll  l .5000.1875.0156.2031 DNMG432EEF ll  l .5000.1875.0313.2031 DNMG433EEF ll  .5000.1875.0469.2031 DNMG441EEF  .5000.2500.0156.2031 DNMG442EEF  .5000.2500.0313.2031 DNMG443EEF  .5000.2500.0469.2031 DNMG431EEX ll  l .5000.1875.0156.2031 DNMG432EEX  l  l .5000.1875.0313.2031 DNMG433EEX  l  .5000.1875.0469.2031 DNMG441EEX  .5000.2500.0156.2031 DNMG442EEX  .5000.2500.0313.2031 DNMG443EEX  .5000.2500.0469.2031 DNMG431EUP  l .5000.1875.0156.2031 DNMG432EUP  l .5000.1875.0313.2031 DNMG433EUP  .5000.1875.0469.2031 DNMG331EGU l  .3750.1875.0156.1500 DNMG332EGU l  .3750.1875.0313.1500 DNMG333EGU  .3750.1875.0469.1500 DNMG431EGU ll  l .5000.1875.0156.2031 DNMG432EGU ll  l .5000.1875.0313.2031 DNMG433EGU ll  .5000.1875.0469.2031 DNMG442EGU  .5000.2500.0313.2031 DNMG443EGU  .5000.2500.0469.2031 DNMG332EEG ll  l .3750.1875.0313.1500 DNMG333EEG  l  l .3750.1875.0469.1500 DNMG431EEG ll  .5000.1875.0156.2031 DNMG432EEG ll  l .5000.1875.0313.2031 DNMG433EEG ll  l .5000.1875.0469.2031 DNMG441EEG  .5000.2500.0156.2031 DNMG442EEG  .5000.2500.0313.2031 DNMG443EEG  .5000.2500.0469.2031 DNMG332EMU l l .3750.1875.0313.1500 DNMG432EMU l l .5000.1875.0313.2031 DNMG433EMU l l .5000.1875.0469.2031 DNMG442EMU  .5000.2500.0313.2031 DNMG443EMU  .5000.2500.0469.2031 DNMG431EEH  .5000.1875.0156.2031 DNMG432EEH  .5000.1875.0313.2031 DNMG433EEH  .5000.1875.0469.2031 DNMG442EEH  .5000.2500.0313.2031 DNMG443EEH  .5000.2500.0469.2031 DNMG432EEM ll  l .5000.1875.0313.2031 DNMG433EEM ll  l .5000.1875.0469.2031 DNMG434EEM  .5000.1875.0625.2031 DNMG442EEM  .5000.2500.0313.2031 DNMG443EEM  .5000.2500.0469.2031 DNML431EHM   .5000.1875.0156.2031 DNML432EHM   .5000.1875.0313.2031 DNMR431EHM  .5000.1875.0156.2031 DNMR432EHM  .5000.1875.0313.2031 DNMG432RHM  .5000.1875.0313.2031

EMU

EEF

.6250.2500.0469.2500 .6250.2500.0625.2500 .7500.2500.0469.3126 .7500.2500.0625.3126 .5000.1875.0156.2031 .5000.1875.0625.2031 .5000.1875.0469.2031 .5000.1875.0625.2031 .7500.2500.0469.3126

l l l l

4°

EEH

     

20°

EEX

CNMG644EEH .7500.2500.0469.3126 CNMG432EEM ll  l .5000.1875.0313.2031 CNMG433EEM ll  l .5000.1875.0469.2031 CNMG434EEM ll  .5000.1875.0625.2031 CNMG542EEM  l  l .6250.2500.0313.2500 CNMG543EEM ll  l .6250.2500.0469.2500 CNMG544EEM ll  l .6250.2500.0625.2500 CNMG643EEM ll  l .7500.2500.0469.3126 CNMG644EEM ll  l .7500.2500.0625.3126 CNMG646EEM  .7500.2500.0938.3126 CNMG866EEM l  l 1.000.3750.0938.3622

4°

EEM

16°

EUP

10° EGU

0 °

CNMM 80° Diamond/Negative CNMM432ENP ENP

 .5000.1875.0313.2031

CNMM433ENP CNMM434ENP CNMM542ENP CNMM543ENP CNMM544ENP CNMM642ENP CNMM643ENP CNMM644ENP CNMM646ENP

 .5000.1875.0469.2031 .5000.1875.0625.2031 .6250.2500.0313.2500 .6250.2500.0469.2500

     

7° EEG

.6250.2500.0625.2500 .7500.2500.0313.3126 .7500.2500.0469.3126

 .7500.2500.0625.3126  .7500.2500.0938.3126

0 °

EMU

4°

EEH

DNMG 55° Diamond/Negative

Sumitomo Catalog Number DNMG331EFB DNMG332EFB DNMG431EFB DNMG432EFB DNMG441EFB DNMG442EFB DNMG331ELU DNMG332ELU DNMG430.5ELU DNMG431ELU DNMG432ELU DNMG433ELU DNMG331EFE DNMG332EFE DNMG333EFE DNMG430.5EFE DNMG431EFE DNMG432EFE DNMG433EFE DNMG440.5EFE DNMG441EFE DNMG442EFE DNMG443EFE DNMG331ESU DNMG332ESU DNMG333ESU

4°

Chipbreaker

EEM

EFB

 .3750.1875.0156.1500  .3750.1875.0313.1500  .5000.1875.0156.2031  .5000.1875.0313.2031  .5000.2500.0156.2031  .5000.2500.0313.2031 .3750.1875.0156.1500 .3750.1875.0313.1500 .5000.1875.0078.2031 .5000.1875.0156.2031 .5000.1875.0313.2031 .5000.1875.0469.2031

0 °

EHM

27°

     

ELU

15° * A vailbility subject to change .

10° EFE

 .3750.1875.0156.1500  .3750.1875.0313.1500  .3750.1875.0469.1500  .5000.1875.0078.2031  .5000.1875.0156.2031  l .5000.1875.0313.2031  .5000.1875.0469.2031  .5000.2500.0078.2031  .5000.2500.0156.2031  .5000.2500.0313.2031  .5000.2500.0469.2031  .3750.1875.0156.1500 l  l .3750.1875.0313.1500

20° ESU

 .3750.1875.0469.1500 DNMG430.5ESU  .5000.1875.0078.2031 DNMG431ESU l  l .5000.1875.0156.2031 DNMG432ESU l  l .5000.1875.0313.2031 DNMG433ESU  .5000.1875.0469.2031

13°

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

SNMG 90° Square/Negative

TNMG Triangle/Negative

Sumitomo Catalog Number SNMG431EFB SNMG432EFB SNMG432ELU SNMG433ELU SNMG431EFE SNMG432EFE SNMG433EFE SNMG432ESU

Sumitomo Catalog Number TNMG330.5EFB TNMG331EFB TNMG332EFB TNMG331ELU TNMG332ELU TNMG333ELU TNMG330.5ESU TNMG331ESU TNMG332ESU TNMG333ESU TNMG330.5EFE TNMG331EFE TNMG332EFE TNMG333EFE

Chipbreaker

EFB

 .3750 .1875 .0078 .1500  .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500 .3750 .1875 .0078 .1500 .3750 .1875 .0156 .1500 .3750 .1875 .0313 .1500 .3750 .1875 .0469 .1500

 .5000.1875.0156.2031  .5000.1875.0313.2031 .5000.1875.0313.2031 .5000.1875.0469.2031

27°

ELU 10° EFE 20° ESU 13° EEF 20° EEX

 

27°

TNMG330.5ELU 

ELU

  

 .5000.1875.0156.2031  .5000.1875.0313.2031  .5000.1875.0469.2031

10°

ESU

 .3750 .1875 .0078 .1500 l  .3750 .1875 .0156 .1500 l  l .3750 .1875 .0313 .1500 l  .3750 .1875 .0469 .1500  .3750 .1875 .0078 .1500  .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500

l  .5000.1875.0313.2031 SNMG431EEF l  l .5000.1875.0156.2031 SNMG432EEF l  .5000.1875.0313.2031 SNMG322EEX l .3750.1250.0313.1500 SNMG431EEX l  .5000.1875.0156.2031 SNMG432EEX  l  l .5000.1875.0313.2031 SNMG433EEX ll  .5000.1875.0469.2031 SNMG543EEX  .6250.2500.0469.2500 SNMG643EEX  .7500.2500.0469.3126 SNMG431EUP  .5000.1875.0156.2031 SNMG432EUP  l .5000.1875.0313.2031 SNMG433EUP  .5000.1875 0469 .2031 SNMG431EGU l  .5000.1875.0156.2031 SNMG432EGU ll  .5000.1875.0313.2031 SNMG433EGU ll  .5000.1875.0469.2031 SNMG434EGU l .5000.1875.0625.2031 SNMG542EGU  .6250.2500.0313.2500 SNMG543EGU  .6250.2500.0469.2500 SNMG544EGU  .6250.2500.0625.2500 SNMG431EEG l  .5000.1875.0156.2031 SNMG432EEG ll  l .5000.1875.0313.2031 SNMG433EEG ll  l .5000.1875.0469.2031 SNMG542EEG l  .6250.2500.0313.2500 SNMG543EEG ll  l .6250.2500.0469.2500 SNMG544EEG l  .6250.2500.0625.2500 SNMG643EEG ll  l .7500.2500.0469.3126 SNMG644EEG ll  .7500.2500.0625.3126 SNMG432EMU l .5000.1875.0313.2031 SNMG433EMU l .5000.1875.0469.2031 SNMG543EMU l .6250.2500.0469.2500 SNMG544EMU  .6250.2500.0625.2500 SNMG643EMU l .7500.2500.0469.3126 SNMG644EMU l .7500.2500.0625.3126 SNMG431EEH  .5000.1875.0156.2031 SNMG432EEH  .5000.1875.0313.2031 SNMG433EEH  .5000.1875.0469.2031 SNMG643EEH  .7500.2500.0469.3126 SNMG644EEH  .7500.2500.0625.3126 SNMG432EEM ll  l .5000.1875.0313.2031 SNMG433EEM ll  l .5000.1875.0469.2031 SNMG542EEM l  .6250.2500.0313.2500 SNMG543EEM ll  l .6250.2500.0469.2500 SNMG544EEM ll  l .6250.2500.0625.2500 SNMG643EEM ll  l .7500.2500.0469.3126 SNMG644EEM ll  l .7500.2500.0625.3126 SNMG646EEM  .7500.2500.0938.3126 SNMG866EEM l  l 1.000.3750.0938.3622 SNML432EHM   .5000.1875.0313.2031 SNML542EHM  .6250.2500.0313.2500 SNMR432EHM   .5000.1875.0313.2031 SNMR542EHM   .6250.2500.0313.2500

13°

EFE

 .3750 .1875 .0469 .1500 TNMG331EEF ll  l .3750 .1875 .0156 .1500 TNMG332EEF ll  l .3750 .1875 .0313 .1500 TNMG331EEX ll  .3750 .1875 .0156 .1500 TNMG332EEX  l  l .3750 .1875 .0313 .1500 TNMG333EEX ll  .3750 .1875 .0469 .1500 TNMG331EUP  l .3750 .1875 .0156.1500 TNMG332EUP l  .3750 .1875 .0313 .1500 TNMG333EUP  .3750 .1875 .0469 .1500 TNMG432EUP  .5000 .1875 .0313 .2031 TNMG433EUP  .5000 .1875 .0469 .2031 TNMG331EGU ll  .3750 .1875 .0156 .1500 TNMG332EGU ll  .3750 .1875 .0313 .1500 TNMG333EGU ll  .3750 .1875 .0469 .1500 TNMG432EGU l  .5000 .1875 .0313 .2031 TNMG433EGU l  .5000 .1875 .0469 .2031 TNMG331EEG l  .3750 .1875 .0156 .1500 TNMG332EEG ll  l .3750 .1875 .0313 .1500 TNMG333EEG l  l .3750 .1875 .0469 .1500 TNMG332EMU l l .3750 .1875 .0313 .1500 TNMG333EMU l l .3750 .1875 .0469 .1500 TNMG432EMU l  .5000 .1875 .0313 .2031 TNMG433EMU l  .5000 .1875 .0469 .2031 TNMG331EEH  .3750 .1875 .0156 .1500 TNMG332EEH  .3750 .1875 .0313 .1500 TNMG333EEH  .3750 .1875 .0469 .1500 TNMG332EEM ll  l .3750 .1875 .0313 .1500 TNMG333EEM ll  .3750 .1875 .0469 .1500 TNMG666EEM l  l .7500 .3750 .0938 .3122 TNML331EHM   .3750 .1875 .0156 .2031 TNML332EHM   .3750 .1875 .0313 .2031 TNMR331EHM   .3750 .1875 .0156 .2031 TNMR332EHM   .3750 .1875 .0313 .2031

20°

EEF 20° EEX

16°

EUP

16°

EUP

10° EGU

7° EEG

0 ° EMU

EEH 4°

4° EEM

EEH 4°

0 °

EHM

15°

TRM 55° Triangle/Negative TRM551704GU GU

4°

EEM

.3937 .1968 .0156 .0846 .3937 .1968 .0313 .0846 .3937 .1968 .0469 .0846 .3937 .1968 .0156 .0846 .3937 .1968 .0313 .0846 .3937 .1968 .0469 .0846

l l l l l l

TRM551708GU TRM551712GU TRM551704SU TRM551708SU TRM551712SU

13°

7°

l = USA Stocked Item  = Worldwide Warehouse Item * A vailbility subject to change .

0 °

EHM

15°

SNMM 90° Square/Negative SNMM432ENP ENP

 .5000.1875.0313.2031  .5000.1875.0469.2031

SNMM433ENP SNMM434ENP SNMM543ENP SNMM544ENP SNMM643ENP SNMM644ENP SNMM866ENP SNMM856EHP

.5000.1875.0625.2031 .6250.2500.0469.2500 .6250.2500.0625.2500

  

 .7500.2500.0469.3126  .7500.2500.0625.3126

1.000.3750.0938.3622 1.000.3125.0938.3622

 

0 ° EHP ENS 0 °

SNMM1066ENS 

1.250.3750.0938.3465

4°

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

WNMG Trigon/Negative

VNMG 35° Diamond/Negative

Sumitomo Catalog Number WNMG331EFB WNMG332EFB WNMG430.5EFB WNMG431EFB WNMG432EFB WNMG331EFE WNMG332EFE WNMG430.5EFE WNMG431EFE WNMG432EFE WNMG433EFE WNMG331ELU WNMG332ELU WNMG333ELU WNMG331ELUW WNMG332ELUW WNMG431ELUW WNMG432ELUW WNMG433ELUW WNMG331ESU WNMG332ESU WNMG333ESU WNMG431ESU WNMG432ESU

Sumitomo Catalog Number VNMG331EFB VNMG332EFB VNMG330.5EFE VNMG331EFE VNMG332EFE VNMG333EFE VNMG331ELU VNMG332ELU VNMG330.5ESU VNMG331ESU

Chipbreaker

EFB

 .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500  .5000 .1875 .0078 .2031  .5000 .1875 .0156 .2031

EFB 27° EFE

 .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500  .3750 .1875 .0078 .1500  .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500  .3750 .1875 .0469 .1500

 .5000 .1875 .0313 .2031  .3750 .1875 .0156 .1500  .3750 .1875 .0313 .1500  .5000 .1875 .0078 .2031  .5000 .1875 .0156 .2031  .5000 .1875 .0313 .2031  .5000 .1875 .0469 .2031

27° EFE

20°

ELU

VNMG330.5ELU 

.3750 .1875 .0078 .1500 .3750 .1875 .0156 .1500 .3750 .1875 .0313 .1500

 

10°

ESU

 .3750 .1875 .0078 .1500 l  l .3750 .1875 .0156 .1500

20°

VNMG332ESU l  l .3750 .1875 .0313 .1500 VNMG330.5EEF l  .3750 .1875 .0078 .1500 VNMG331EEF ll  l .3750 .1875 .0156 .1500 VNMG332EEF ll  l .3750 .1875 .0313 .1500 VNMG331EEX ll  .3750 .1875 .0156 .1500 VNMG332EEX ll  .3750 .1875 .0313 .1500 VNMG331EUP  .3750 .1875 .0156 .1500 VNMG332EUP  .3750 .1875 .0313 .1500 VNMG331EGU ll  .3750 .1875 .0156 .1500 VNMG332EGU ll  .3750 .1875 .0313 .1500 VNMG333EGU  .3750 .1875 .0469 .1500 VNMG331EEG l  .3750 .1875 .0156 .1500 VNMG332EEG ll  l .3750 .1875 .0313 .1500 VNMG333EEG l  l .3750 .1875 .0469 .1500

13° EEF

ELU

.3750 .1875 .0156 .1500 .3750 .1875 .0313 .1500 .3750 .1875 .0469 .1500 .3750 .1875 .0156 .1500 .3750 .1875 .0313 .1500 .5000 .1875 .0156 .2031 .5000 .1875 .0313 .2031 .5000 .1875 .0469 .2031

       l

20° EEX 16° EUP 10° EGU

10°

ELUW

10° ESU

l  .3750 .1875 .0156 .1500 l  l .3750 .1875 .0313 .1500  .3750 .1875 .0469 .1500 l  .5000 .1875 .0156 .2031 l  l .5000 .1875 .0313 .2031

7° EEG

0 °

WNMG433ESU l  .5000 .1875 .0469 .2031 WNMG331EEF ll  l .3750 .1875 .0156 .1500 WNMG332EEF ll  l .3750 .1875 .0313 .1500 WNMG431EEF ll  l .5000 .1875 .0156 .2031 WNMG432EEF ll  .5000 .1875 .0313 .2031 WNMG431EEX  l  l .5000 .1875 .0156 .2031 WNMG432EEX ll  l .5000 .1875 .0313 .2031 WNMG433EEX  l  .5000 .1875 .0469 .2031 WNMG432EUP l  l .5000 .1875 .0313 .2031 WNMG433EUP l  .5000 .1875 .0469 .2031 WNMG331EGU l  .3750 .1875 .0156 .1500 WNMG332EGU ll  .3750 .1875 .0313 .1500 WNMG333EGU l  .3750 .1875 .0469 .1500 WNMG431EGU ll  .5000 .1875 .0156 .2031 WNMG432EGU ll  l .5000 .1875 .0313 .2031 WNMG433EGU ll  .5000 .1875 .0469 .2031 .5000 .1875 .0469 .2031 WNMG332EEG  l  l .3750 .1875 .0313 .1500 WNMG333EEG ll  l .3750 .1875 .0469 .1500 WNMG431EEG l  .5000 .1875 .0156 .2031 WNMG432EEG ll  l .5000 .1875 .0313 .2031 WNMG433EEG ll  l .5000 .1875 .0469 .2031 WNMG332EMU l .3750 .1875 .0313 .1500 WNMG333EMU l .3750 .1875 .0469 .1500 WNMG432EMU l l .5000 .1875 .0313 .2031 WNMG433EMU l l .5000 .1875 .0469 .2031 WNMG431EEH  .5000 .1875 .0156 .2031 WNMG432EEH  .5000 .1875 .0313 .2031 WNMG433EEH  .5000 .1875 .0469 .2031 WNMG434EEH  .5000 .1875 .0625 .2031 WNMG432EGUW WNMG433EGUW l l .5000 .1875 .0313 .2031 WNMG432EEM  l  l .5000 .1875 .0313 .2031 WNMG433EEM  l  l .5000 .1875 .0469 .2031

13° EEF

20° EEX

EGU 16° EUP 10°

EGUW 7°

Wiper Inser

0 °

EEG

0 °

EMU

EEH 4°

4° EEM 0 °

l = USA Stocked Item  = Worldwide Warehouse Item

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

CCGT 80° Diamond/ 7° Relief Angle

DCGT 55° Diamond/ 7° Relief Angle

Sumitomo Catalog Number CCGT32.50MESI CCGT32.50.5MESI CCGT32.51MESI CCGT32.52MESI

Sumitomo Catalog Number DCGT21.50MESI DCGT21.50.5MESI DCGT21.51MESI DCGT32.50MESI DCGT32.50.5MESI DCGT32.51MESI DCGT32.52MESI

Chipbreaker

MESI

.3750.1563.0039.1732 .3750.1563.0078.1732 .3750.1563.0156.1732 .3750.1563.0313.1732

.2500.0937.0039.1102 .2500.0937.0078.1102 .2500.0937.0156.1102 .3750.1563.0039.1732 .3750.1563.0078.1732 .3750.1563.0156.1732 .3750.1563.0313.1732

l l l l

l l l l l l l

MESI

15°

CCMT 80° Diamond/ 7° Relief Angle CCMT21.50.5ELU ELU

l  .2500.0937.0078.1102 l  .2500.0937.0156.1102 l  .3750.1563.0156.1732

15°

CCMT21.51ELU CCMT32.51ELU CCMT32.52ELU

DCMT 55° Diamond/ 7° Relief Angle DCMT21.50.5ELU ELU

 .2500.0937.0078.1102 l  l .2500.0937.0156.1102  .3750.1563.0078.1732 l  .3750.1563.0156.1732

l  .3750.1250.0156.1732 CPMT322ELU  .3750.1250.0313.1732 CPMT2.51.51ELB l  .3125.0937.0156.1339 CPMT321ELB  .3750.1250.0156.1732 CPMT322ELB  .3750.1250.0313.1732 CPMT2.51.51ESU l l .3125.0937.0156.1339 CPMT2.51.52ESU l .3125.0937.0313.1339 CPMT321ESU  l  .3750.1250.0156.1732 CPMT322ESU  l  .3750.1250.0313.1732 CPMT32.51ESU l .3750.1563.0156.1732 CPMT21.51ENS l .2500.0937.0156.1102 CPMT2.51.52ENS l .3125.0937.0313.1339 CPMT322ENS l .3750.1250.0313.1732 CPMT432ENS l .5000.1875.0313.2165 CPMT32.52ENX l .3750.1563.0313.1732 CPMT321EGU ll  .3750.1250.0156.1732 CPMT322EGU  l  .3750.1250.0313.1732 CPMT321EMU  .3750.1250.0156.1732 CPMT322EMU l  .3750.1250.0313.1732 l  .3750.1563.0313.1732 CCMT21.50.5ELB l  .2500.0937.0078.1102 CCMT21.51ELB l  .2500.0937.0156.1102 CCMT21.52ELB l  .2500.0937.0313.1102 CCMT32.50.5ELB l  .3750.1563.0078.1732 CCMT32.51ELB l  .3750.1563.0156.1732 CCMT32.52ELB l  .3750.1563.0313.1732 CCMT21.50.5ESU ll  .2500.0937.0078.1102 CCMT21.51ESU ll  l .2500.0937.0156.1102 CCMT21.52ESU ll  l .2500.0937.0313.1102 CCMT32.50.5ESU ll  .3750.1563.0078.1732 CCMT32.51ESU ll  l .3750.1563.0156.1732 CCMT32.52ESU ll  l .3750.1563.0313.1732 CCMT21.51EGU ll  l .2500.0937.0156.1102 CCMT21.52EGU ll  l .2500.0937.0313.1102 CCMT32.51EGU ll  l .3750.1563.0156.1732 CCMT32.52EGU ll  l .3750.1563.0313.1732 CCMT32.51EMU l  .3750.1563.0156.1732 CCMT32.52EMU l  .3750.1563.0313.1732

15°

ELB

DCMT21.51ELU DCMT32.50.5ELU DCMT32.51ELU DCMT32.52ELU

l  .3750.1563.0313.1732 DCMT21.50.5ELB  .2500.0937.0078.1102 DCMT21.51ELB l  .2500.0937.0156.1102 DCMT21.52ELB l  .2500.0937.0313.1102 DCMT32.50.5ELB l  .3750.1563.0078.1732 DCMT32.51ELB l  .3750.1563.0156.1732 DCMT32.52ELB l  .3750.1563.0313.1732 DCMT21.50.5ESU  l  .2500.0937.0078.1102 DCMT21.51ESU ll  l .2500.0937.0156.1102 DCMT21.52ESU ll  .2500.0937.0313.1102 DCMT32.50.5ESU ll  .3750.1563.0078.1732 DCMT32.51ESU ll  l .3750.1563.0156.1732 DCMT32.52ESU ll  l .3750.1563.0313.1732 DCMT21.51EGU ll  l .2500.0937.0156.1102 DCMT21.52EGU  l  .2500.0937.0313.1102 DCMT32.50.5EGU   .3750.1563.0078.1732

15°

ELB

15°

ESU

15°

ESU

8°

EGU

8°

EMU

EGU

0 °

CPMT 80° Diamond/11° Relief Angle CPMT321ELU ELU

DCMT32.51EGU ll  .3750.1563.0156.1732 DCMT32.52EGU ll  l .3750.1563.0313.1732 DCMT32.53EGU  .3750.1563.0469.1732 DCMT32.51EMU l  .3750.1563.0156.1732 DCMT32.52EMU l  .3750.1563.0313.1732 M before the chipbreaker indicates a negative nose tolerance EMU 0 ° 8°

15°

ELB

15°

ESU

8°

ENS/X

10°

EGU

8°

EMU

0 °

Coated Grades for Stainless Steel AC6020M/AC6030M/AC6135M/AC6145M

SCMT 90° Square/ 7° Relief Angle

VBGT 35° Diamond/ 5° Relief Angle

Sumitomo Catalog Number SCMT32.51ELU SCMT32.52ELU

Sumitomo Catalog Number VBGT220MESI VBGT220.5MESI VBGT221MESI VBGT222MESI VBGT330MESI VBGT330.5MESI VBGT331MESI VBGT332MESI

Chipbreaker

ELU

 .3750.1563.0156.1732

.2500.1250.0039.1102 .2500.1250.0078.1102 .2500.1250.0156.1102 .2500.1250.0313.1102 .3750.1875.0039.1732 .3750.1875.0078.1732 .3750.1875.0156.1732 .3750.1875.0313.1732

MESI

l l l l l l l l

 .3750.1563.0313.1732 SCMT32.51ELB l .3750.1563.0156.1732 SCMT32.52ELB l .3750.1563.0313.1732 SCMT32.51ESU ll .3750.1563.0156.1732 SCMT32.52ESU lll .3750.1563.0313.1732 SCMT32.51EGU l .3750.1563.0156.1732 SCMT32.52EGU ll .3750.1563.0313.1732 SCMT32.52EMU l .3750.1563.0313.1732 l  l .3750.1250.0313.1732 SPMT321ELB l  .3750.1250.0156.1732 SPMT322ELB l  .3750.1250.0313.1732 SPMT21.51ENS l l .2500.0937.0156.1102 SPMT2.522ENS l l .3125.1250.0313.1339 SPMT322ENS l l .3750.1250.0313.1732 SPMT432ENS l l .5000.1875.0313.2165 SPMT32.52ENX l l .3750.1563.0313.1732 l  .3750.1250.0156.1732 SPMT322ELU TCMT21.52ELU l  .2500.0937.0313.1102 TCMT21.51ELB l  .2500.0937.0156.1102 TCMT21.52ELB l  .2500.0937.0313.1102 TCMT21.51ESU ll  l .2500.0937.0156.1102 TCMT21.52ESU ll  l .2500.0937.0313.1102 TCMT32.51ESU ll  l .3750.1563.0156.1693 TCMT32.52ESU ll  l .3750.1563.0313.1693 l  .2500.0937.0156.1102

15°

ELB

15°

ESU

8°

EGU

8°

EMU

15°

VBMT 35° Diamond/ 5° Relief Angle VBMT221ELU ELU

0 °

SPMT 90° Square/ 11° Relief Angle SPMT321ELU ELU

l  l .2500.1250.0156.1102  .2500.1250.0313.1102 l  .3750.1875.0156.1732

VBMT222ELU VBMT331ELU VBMT332ELU

15°

ELB

l  .3750.1875.0313.1732 VBMT220.5ELB l  .2500.1250.0078.1102 VBMT221ELB l  .2500.1250.0156.1102 VBMT222ELB l  .2500.1250.0313.1102 VBMT331ELB l  .3750.1875.0156.1732 VBMT332ELB l  .3750.1875.0313.1732 VBMT333ELB l  .3750.1875.0469.1732 VBMT220.5ESU  .2500.1250.0078.1102 VBMT221ESU l  .2500.1250.0156.1102 VBMT222ESU ll  .2500.1250.0313.1102 VBMT331ESU ll  .3750.1875.0156.1732 VBMT332ESU ll  .3750.1875.0313.1732 VBMT221EGU ll  .2500.1250.0156.1102 VBMT222EGU ll  .2500.1250.0313.1102 VBMT331EGU ll  .3750.1875.0156.1732 VBMT332EGU ll  .3750.1875.0313.1732

15°

ELB

15°

ENS/X

10°

15°

TCMT Triangle/ 7° Relief Angle TCMT21.51ELU ELU

ESU

15°

ELB

15°

8°

ESU

EGU

8°

TPMT Triangle/ 11° Relief Angle TPMT630.5ELU ELU

VCGT 35° Diamond/ 7° Relief Angle VCGT220MESI l MESI

 .1875.0937.0078.0945  .1875.0937.0156.0945  .2500.1250.0078.1339 l  l .2500.1250.0156.1339

.2500.1250.0039.1102 .2500.1250.0078.1102 .2500.1250.0156.1102 .2500.1250.0313.1102 .3750.1875.0039.1732 .3750.1875.0078.1732 .3750.1875.0156.1732 .3750.1875.0313.1732

TPMT631ELU TPMT220.5ELU TPMT221ELU TPMT222ELU

VCGT220.5MESI VCGT221MESI VCGT222MESI VCGT330MESI VCGT330.5MESI VCGT331MESI VCGT332MESI

l l l l l l l

l  l .2500.1250.0313.1339 TPMT630.5ELB l  .1875.0937.0078.0945 TPMT631ELB l  .1875.0937.0156.0945 TPMT1.81.50.5ELB l  .2189.0937.0078.1102 TPMT1.81.51ELB l  .2189.0937.0156.1102 TPMT220.5ELB l  .2500.1250.0078.1339 TPMT221ELB l  .2500.1250.0156.1339 TPMT222ELB l  .2500.1250.0313.1339 TPMT321ELB  .3750.1250.0156.1732 TPMT322ELB  .3750.1250.0313.1732 TPMT331ELB  .3750.1875.0156.1732 TPMT332ELB  .3750.1875.0313.1732 TPMT630.5ESU l  .1875.0937.0078.0945 TPMT631ESU l  .1875.0937.0156.0945 TPMT220.5ESU ll  l .2500.1250.0078.1339 TPMT221ESU ll  l .2500.1250.0156.1339 TPMT222ESU ll  .2500.1250.0313.1339 TPMT331ESU  l  l .3750.1875.0156.1732 TPMT332ESU  l  l .3750.1875.0313.1732 TPMT221EGU ll  .2500.1250.0156.1339 TPMT222EGU ll  .2500.1250.0313.1339 TPMT331EGU ll  .3750.1875.0156.1732 TPMT332EGU ll  .3750.1875.0313.1732 TPMT221EMU l  .2500.1250.0156.1339 TPMT222EMU l  .2500.1250.0313.1339 TPMT331EMU l  .3750.1875.0156.1732 TPMT332EMU l  .3750.1875.0313.1732

15°

ELB

15°

VCMT 35° Diamond/ 7° Relief Angle VCMT331ELU ELU

l  .3750.1875.0156.1732 l  .3750.1875.0313.1732

VCMT332ELU

15°

ELB

VCMT630.5ELB  .1875.0937.0078.0906 VCMT631ELB  .1875.0937.0156.0906 VCMT331ELB l  .3750.1875.0156.1732 VCMT332ELB l  .3750.1875.0313.1732 VCMT631ESU  .1875.0937.0156.0906 VCMT220.5ESU l  .2500.1250.0078.1102 VCMT221ESU l  .2500.1250.0156.1102 VCMT222ESU l  .2500.1250.0313.1102 VCMT331ESU ll  .3750.1875.0156.1732 VCMT332ESU ll  .3750.1875.0313.1732 VCMT331EGU ll  .3750.1875.0156.1732 VCMT332EGU ll  .3750.1875.0313.1732

15°

ESU

8°

EGU

8°

WPMT 80° Diamond/ 11° Relief Angle

8°

ELB

EMU

WPMT21.51ELB   .2500.0937.0156.1102 WPMT322ELB   .3750.1250.0313.1732

15°

0 °

l = USA Stocked Item  = Worldwide Warehouse Item

AC6000M P RODUCT P AGE

Sumitomo Electric Carbide, Inc. Headquarters 1001 Business Center Drive Mount Prospect, IL 60056-2181

Phone: (847) 635-0044 Website: www.sumicarbide.com

Michigan Branch

Sumitomo Electric Carbide, Inc. - Americas Tool Engineering Center

26800 Meadowbrook Suite 120 Novi, MI 48377

5637 S. Westridge Drive New Berlin, WI 53151

595 S. Emerson Avenue Suite 100 Greenwood, IN 46143 Indiana Branch - Greenwood

Sumitomo Carbide Canada, Inc. 150 Research Lane Unit 210 Guelph, Ontario N1G 4T2 Canada

Phone: (519) 265-6050 Phone: (844) 211-6050

WWW.SUMICARBIDE.COM

CAT.AC6000MBROCHURE.8/24

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