7P DOC: 0.020"- 0.100" FPR: 0.002" - 0.008" Good general purpose geometry for positive inserts, Designed to work in a broad range of materials in conjunction with the Universal grade RU325P. The 7P geometry incorporates a double positive Chipbreaker design with a reduced top land for feedrates < .008”. These inserts with the 7P chipbreaker design are excellent in boring applications. 17F DOC: 0.010"- 0.080" FPR: 0.003" - 0.014" This design has a Butterfly geometry that directs chip flow away from the workpiece. Due to the variable rake angle and curved edge line offers excellent chip control at small depths of cut while also offering high quality surface finish. 17M DOC: 0.040"- 0.156" FPR: 0.006" - 0.016" Your primary choice for all medium machining applications. This geometry offers variable land width to balance insert sharpness and strength. Geometry 17M offers a wide application range producing low cutting forces while maintaining high edge strength. Excellent all- around performance. 17R DOC: 0.080"- 0.250" FPR: 0.010" - 0.024" A high performance steel roughing Chipbreaker with a strong cutting edge ideally suited for unstable machining conditions. The 17R geometry is your first choice for medium to heavy interruptions. Produces excellent chip control and evacuation. 19M DOC: 0.040"- 0.156" FPR: 0.006" - 0.018" The double-positive chipbreaker design with a strengthened positive land and micro-edge geometry are designed specifically for machining of stainless steel materials. Due to this design it reduces the work hardening effect usually attributed to machining of Stainless steel. Geometry 19M is designed for a wide range of applications from medium roughing to semi-finishing. CPM DOC: 0.030"- 0.200" FPR: 0.006" - 0.016" The geometry CPM is your first choice for machining all cast iron materials. This is a universal chip breaker design for machining applications from roughing to semi-finishing. GR- DOC: 0.050" - 0.354" FPR: 0.010" - 0.039" Double sided roughing geometry for all steels. Stable cutting edge can take interruptions at elevated feed rates and depths of cut. GRK- DOC: 0.050"- 0.394" FPR: 0.010" - 0.040" Medium to rough machining in cast iron materials. The strong cutting edge holds up well in interrupted cuts and provides for the best surface finishes. HTF- DOC: 0.020"- 0.157" FPR: 0.003" - 0.012" The finishing edge for the high temperature alloy series. May be used in titanium and stainless steel in light depth of cut and light feed applications. HTG DOC: 0.030"- 0.177" FPR: 0.008" - 0.018" For machining exotic materials such as Titanium, Inconel, Hastelloy, etc your first choice is geometry HTG. Specifically designed for 7 degree screw lock inserts, this geometry in conjunction with the grades AS10T & AS20T will produce excellent results. HTM- DOC: 0.040"- 0.130" FPR: 0.004" - 0.014" The best edge for general machining of high temperature alloys, titanium and stainless steel. Positive edge style is very free cutting and produces excellent surface finishes. The best choice for materials such as Inconel, Waspaloy etc. HTR- DOC: 0.039"- 0.236" FPR: 0.006"- 0.016" Our first choice for roughing high temperature alloys, titanium and stainless steel. Excellent chip control and cutting performance handles interrupted cuts at higher feed rates. MFM- DOC: 0.020" - 0.157" FPR: 0.003" - 0.016" Finishing geometry for ANSI negative inserts. Produces excellent results at low depth of cut and low feed rates. may be used in steel and stainless steel. RAL- DOC: 0.012"- 0.315" FPR: 0.003"- 0.029" Main chipbreaker for aluminum, brass, copper etc. Up-sharp polished edges delivers high shearing action and reduces built up edge. May also be used for light finishing in stainless steel and titanium alloys. SCT- DOC: 0.040"- 0.157" FPR: 0.008" - 0.025" Copy turning and general machining for tool and die steel as well as stainless. Free cutting geometry allows for higher feed rates, especially suitable for swiss style machines. TMF- DOC: 0.010"- 0.085" FPR: 0.002"- 0.011" Finishing geometry for steel and stainless in the ISO positive styles inserts. Produces excellent finishes at light depth of cuts and feeds. TMM- DOC: 0.040"- 0.156" FPR: 0.006"- 0.018" The first choice for general machining of austenitic stainless steel material. TMM is a universal geometry for roughing to semi-finishing and available in grades to machine application fields of M10 to M40.
Transcript
7P DOC: 0.020"- 0.100" FPR: 0.002" - 0.008"
Good general purpose geometry for positive inserts, Designed to work in a broad range of materials in conjunction with the Universal grade RU325P. The 7P geometry incorporates a double positive Chipbreaker design with a reduced top land for feedrates < .008”. These inserts with the 7P chipbreaker design are excellent in boring applications.
17F DOC: 0.010"- 0.080" FPR: 0.003" - 0.014"
This design has a Butterfly geometry that directs chip flow away from the workpiece. Due to the variable rake angle and curved edge line offers excellent chip control at small depths of cut while also offering high quality surface finish.
17M DOC: 0.040"- 0.156" FPR: 0.006" - 0.016"
Your primary choice for all medium machining applications. This geometry offers variable land width to balance insert sharpness and strength. Geometry 17M offers a wide application range producing low cutting forces while maintaining high edge strength. Excellent all-around performance.
17R DOC: 0.080"- 0.250" FPR: 0.010" - 0.024"
A high performance steel roughing Chipbreaker with a strong cutting edge ideally suited for unstable machining conditions. The 17R geometry is your first choice for medium to heavy interruptions. Produces excellent chip control and evacuation.
19M DOC: 0.040"- 0.156" FPR: 0.006" - 0.018"
The double-positive chipbreaker design with a strengthened positive land and micro-edge geometry are designed specifically for machining of stainless steel materials. Due to this design it reduces the work hardening effect usually attributed to machining of Stainless steel. Geometry 19M is designed for a wide range of applications from medium roughing to semi-finishing.
CPM DOC: 0.030"- 0.200" FPR: 0.006" - 0.016"
The geometry CPM is your first choice for machining all cast iron materials. This is a universal chip breaker design for machining applications from roughing to semi-finishing.
GR- DOC: 0.050" - 0.354" FPR: 0.010" - 0.039"
Double sided roughing geometry for all steels. Stable cutting edge can take interruptions at elevated feed rates and depths of cut.
GRK- DOC: 0.050"- 0.394" FPR: 0.010" - 0.040"
Medium to rough machining in cast iron materials. The strong cutting edge holds up well in interrupted cuts and provides for the best surface finishes.
HTF- DOC: 0.020"- 0.157" FPR: 0.003" - 0.012"
The finishing edge for the high temperature alloy series. May be used in titanium and stainless steel in light depth of cut and light feed applications.
HTG DOC: 0.030"- 0.177" FPR: 0.008" - 0.018"
For machining exotic materials such as Titanium, Inconel, Hastelloy, etc your first choice is geometry HTG. Specifically designed for 7 degree screw lock inserts, this geometry in conjunction with the grades AS10T & AS20T will produce excellent results.
HTM- DOC: 0.040"- 0.130" FPR: 0.004" - 0.014"
The best edge for general machining of high temperature alloys, titanium and stainless steel. Positive edge style is very free cutting and produces excellent surface finishes. The best choice for materials such as Inconel, Waspaloy etc.
HTR- DOC: 0.039"- 0.236" FPR: 0.006"- 0.016"
Our first choice for roughing high temperature alloys, titanium and stainless steel. Excellent chip control and cutting performance handles interrupted cuts at higher feed rates.
MFM- DOC: 0.020" - 0.157" FPR: 0.003" - 0.016"
Finishing geometry for ANSI negative inserts. Produces excellent results at low depth of cut and low feed rates. may be used in steel and stainless steel.
RAL- DOC: 0.012"- 0.315" FPR: 0.003"- 0.029"
Main chipbreaker for aluminum, brass, copper etc. Up-sharp polished edges delivers high shearing action and reduces built up edge. May also be used for light finishing in stainless steel and titanium alloys.
SCT- DOC: 0.040"- 0.157" FPR: 0.008" - 0.025"
Copy turning and general machining for tool and die steel as well as stainless. Free cutting geometry allows for higher feed rates, especially suitable for swiss style machines.
TMF- DOC: 0.010"- 0.085" FPR: 0.002"- 0.011"
Finishing geometry for steel and stainless in the ISO positive styles inserts. Produces excellent finishes at light depth of cuts and feeds.
TMM- DOC: 0.040"- 0.156" FPR: 0.006"- 0.018"
The first choice for general machining of austenitic stainless steel material. TMM is a universal geometry for roughing to semi-finishing and available in grades to machine application fields of M10 to M40.
Indexable Carbide Inserts General Turning
CCGT-...-7P
RU32
5P
Designation
CCGT-21.50.5-7P
CCGT-21.51-7P
CCGT-21.52-7P
CCGT-32.50.5-7P
CCGT-32.51-7P
CCGT-32.52-7P
CCGT-431-7P
CCGT-432-7P
CCMT-...-CPM
RP15
TCRP
25TC
RP40
K
RK20
Designation
CCMT-32.51-CPM
CCMT-32.52-CPM
CCMT-432-CPM
CCMT-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
TAS
20T
Designation
CCMT-32.51-HTG
CCMW
RP15
TCRP
25TC
RP40
KRT
K10
Designation
CCMW-32.51
CCMT-...-TMF
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
D
Designation
CCMT-21.50.5-TMF
CCMT-21.51-TMF
CCMT-21.52-TMF
CCMT-32.51-TMF
CCMT-32.52-TMF
CCMT-431-TMF
CCMT-...-TMR
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
CCMT-32.51-TMR
CCMT-32.52-TMR
CCMT-431-TMR
CCMT-432-TMR
CCMT-...-TMM
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
DRM
25TC
Designation
CCMT-21.50.5-TMM
CCMT-21.51-TMM
CCMT-32.51-TMM
CCMT-32.52-TMM
CCMT-431-TMM
CCMT-432-TMM
CCMT-...-TMP
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
DRM
25TC
Designation
CCMT-32.51-TMP
CCMT-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
CCMT-21.50.5-TMU
CCMT-21.51-TMU
CCMT-21.52-TMU
CCMT-32.51-TMU
CCMT-32.52-TMU
CCMT-431-TMU
CCMT-432-TMU
CNGG-...-HTF
RP15
TCRP
25TC
RP40
K
AS15
AS20
T
Designation
CNGG-431-HTF
CNGG-432-HTF
CNGG-433-HTF
CPGT-...-7P
RU32
5P
Designation
CPGT-21.51-7P
CPGT-21.52-7P
CPGT-32.50.5-7P
CPGT-32.51-7P
CPGT-32.52-7P
CPGT-431-7P
CPGT-432-7P
CNGG-...-HTMRP
15TC
RP25
TCRP
40K
AS15
AS20
T
Designation
CNGG-431-HTM
CNGG-432-HTM
CNGG-433-HTM
CNGG-...-HTR
RP15
TCRP
25TC
RP40
K
AS15
AS20
T
Designation
CNGG-432-HTR
CNGG-433-HTR
CNMA
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMA-432
CNMA-433
CNMA-644
CNMA-866
CNGG-...-STU
RP15
TCRP
25TC
RP40
K
AS15
Designation
CNGG-432-STU
CNMG-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
TAS
20T
Designation
CNMG-432-HTG
CNMG-...-GR
RP15
TCRP
25TC
RP40
K
Designation
CNMG-432-GR
CNMG-433-GR
CNMG-434-GR
CNMG-542-GR
CNMG-543-GR
CNMG-544-GR
CNMG-643-GR
CNMG-644-GR
CNMG-646-GR
CNMG-...-GRK
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMG-432-GRK
CNMG-433-GRK
CNMG-434-GRK
CNMG-543-GRK
CNMG-544-GRK
CNMG-...-HTM
RP15
TCRP
25TC
RP40
KRM
20TC
AS15
Designation
CNMG-431-HTM
CNMG-432-HTM
CNMG-433-HTM
CNMG-...-MFM
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMG-431-MFM
CNMG-432-MFM
CNMG-...-MM
RP15
TCRP
25TC
RP40
KRM
35D
Designation
CNMG-432-MM
CNMG-433-MM
CNMG-543-MM
2
CCGT-...-SCTRP
15TC
RP25
TCRP
40K
RM35
D
Designation
CCGT-21.51L-SCT CCGT-21.51R-SCT
CCGT-21.52L-SCT
CCGT-21.52R-SCT
CCGT-32.51L-SCT
CCGT-32.51R-SCT
CCGT-32.52L-SCT
CCGT-32.52R-SCT
CCGT-432L-SCT
CCGT-432R-SCT
CCGT-433L-SCT
CCGT-433R-SCT
CNMG-...-17M
RP31
5CRP
425C
Designation
CNMG-321-17M
CNMG-322-17M
CNMG-431-17M
CNMG-432-17M
CNMG-433-17M
CNMG-434-17M
CNMG-542-17M
CNMG-543-17M
CNMG-642-17M
CNMG-643-17M
CNMG-644-17M
CNMG-...-19M
RM32
5CRM
325P
Designation
CNMG-321-19M
CNMG-322-19M
CNMG-431-19M
CNMG-432-19M
CNMG-433-19M
CNMG-434-19M
CNMG-542-19M
CNMG-543-19M
CNMG-544-19M
CNMG-642-19M
CNMG-643-19M
CNMG-644-19M
Indexable Carbide Inserts General Turning
CNMG-...-MMFRP
15TC
RP25
TCRP
40K
RM20
TCRM
35D
RM25
TC
Designation
CNMG-321-MMF
CNMG-431-MMF
CNMG-432-MMF
CNMG-433-MMF
CNMG-...-CKM
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMG-432-CKM
CNMG-433-CKM
CNMG-...-MMR
RP25
TCRP
40K
RM20
TCRM
35D
RM25
TCRM
40TC
Designation
CNMG-432-MMR
CNMG-433-MMR
CNMG-543-MMR
CNMG-544-MMR
CNMG-643-MMR
CNMG-...-SCT
RP15
TCRP
25TC
RP40
KRM
35D
Designation
CNMG-431L-SCT
CNMG-431R-SCT
CNMG-432L-SCT
CNMG-432R-SCT
CNMG-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
CNMG-431-TMF
CNMG-432-TMF
CNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
CNMG-322-TMU
CNMG-432-TMU
CNMG-433-TMU
CNMG-434-TMU
CNMG-542-TMU
CNMG-543-TMU
CNMG-544-TMU
CNMG-643-TMU
CNMG-644-TMU
CNMG-...-WIP
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMG-432-WIP
CNMG-433-WIP
CNMG-...-TMM
RP25
TCRP
40K
RM20
TCRM
35D
RM25
TCRM
40TC
Designation
CNMG-432-TMM
CNMG-433-TMM
CNMG-543-TMM
CNMG-544-TMM
CNMG-643-TMM
CNMG-644-TMM
CNMM-...-SR
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
CNMM-644-SR
CNMM-646-SR
CNMM-...-HR
RP15
TCRP
25TC
RP40
K
Designation
CNMM-432-HR
CNMM-433-HR
CNMM-543-HR
CNMM-544-HR
CNMM-643-HR
CNMM-644-HR
CNMM-646-HR
CNMG-...-17R
RP42
5CRP
335C
Designation
CNMG-432-17R
CNMG-433-17R
CNMG-543-17R
CNMG-544-17R
CNMG-643-17R
CNMG-644-17R
CNMM-...-LPR
RP15
TCRP
25TC
RP40
K
Designation
CNMM-856-LPR
CNMM-866-LPR
DCGT
RP15
TCRP
25TC
RP40
K
AS15
F
Designation
DCGT-21.50.2
DCGT-21.50.6
DCGT-32.50.6
DCGT-32.50.9
DCGT-...-SCT
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
DCGT-21.51L-SCT
DCGT-21.51R-SCT
DCGT-32.51L-SCT
DCGT-32.51R-SCT
DCGT-32.52L-SCT
DCGT-32.52R-SCT
DCGT-...-SCT
RP15
TCRP
25TC
RP40
K
AS15
F
Designation
DCGT-21.50.2FL-SCT
DCGT-21.50.2FR-SCT
DCGT-21.50.6FL-SCT
DCGT-21.50.6FR-SCT
DCGT-32.50.6FL-SCT
DCGT-32.50.6FR-SCT
DCGT-32.50.9FL-SCT
DCGT-32.50.9FR-SCT
DCGT-...-7P
RU32
5P
Designation
DCGT-21.50.5-7P
DCGT-21.51-7P
DCGT-21.52-7P
DCGT-32.50.5-7P
DCGT-32.51-7P
DCGT-32.52-7P
DCMT-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
TAS
20T
Designation
DCMT-32.51-HTG
DCMT-...-CPM
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
DCMT-21.51-CPM
DCMT-21.52-CPM
DCMT-32.51-CPM
DCMT-32.52-CPM
3
Indexable Carbide Inserts General Turning
DCMT-...-TMFRP
15TC
RP25
TCRP
40K
Designation
DCMT-21.50.5-TMF
DCMT-21.51-TMF
DCMT-32.50.5-TMF
DCMT-32.51-TMF
DCMT-...-TMM
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
DRM
25TC
Designation
DCMT-21.51-TMM
DCMT-32.51-TMM
DCMT-32.52-TMM
DCMT-...-TMR
RP15
TCRP
25TC
RP40
K
RM35
DAS
15
Designation
DCMT-32.51-TMR
DCMT-32.52-TMR
DCMT-...-TMP
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
D
Designation
DCMT-21.50.5-TMP
DCMT-32.50.5-TMP
DNMA
RP15
TCRP
25TC
RP40
K
RK20
Designation
DNMA-442
DNMA-443
DNMG-...-GR
RP15
TCRP
25TC
RP40
K
Designation
DNMG-432-GR
DNMG-433-GR
DNMG-442-GR
DNMG-443-GR
DNMG-444-GR
DCMT-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
DCMT-21.51-TMU
DCMT-32.51-TMU
DCMT-32.52-TMU
DCMW
RP15
TCRP
25TC
RP40
K
RTK1
0
Designation
DCMW-32.51
DCMW-32.52
DNGG-...-HTF
RP15
TCRP
25TC
RP40
K
AS15
AS20
T
Designation
DNGG-431-HTF
DNGG-432-HTF
DNGG-433-HTF
DNGG-441-HTF
DNGG-442-HTF
DNGG-443-HTF
DNMG-...-GRK
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
DNMG-432-GRK
DNMG-433-GRK
DNMG-442-GRK
DNMG-443-GRK
DNMG-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
TAS
20T
Designation
DNMG-442-HTG
DNMG-...-HTM
RP15
TCRP
25TC
RP40
K
AS15
Designation
DNMG-431-HTM
DNMG-432-HTM
DNMG-433-HTM
DNMG-441-HTM
DNMG-442-HTM
DNMG-443-HTM
DNMG-...-MFM
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
DNMG-331-MFM
DNMG-332-MFM
DNMG-432-MFM
DNMG-441-MFM
DNMG-442-MFM
DNMG-...-MM
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
DNMG-332-MM
DNMG-432-MM
DNMG-442-MM
DNMG-443-MM
DNMG-...-MMF
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
DRM
25TC
Designation
DNMG-331-MMF
DNMG-332-MMF
DNMG-441-MMF
DNMG-442-MMF
DNMG-...-MMR
RP15
TCRP
25TC
RP40
K
RM35
DRM
40TC
Designation
DNMG-442-MMR
DNMG-443-MMR
DNMG-...-SCT
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
DNMG-331L-SCT
DNMG-331R-SCT
DNMG-332L-SCT
DNMG-332R-SCT
DNMG-431L-SCT
DNMG-431R-SCT
DNMG-432L-SCT
DNMG-432R-SCT
DNMG-441L-SCT
DNMG-441R-SCT
DNMG-442L-SCT
DNMG-442R-SCT
DNMG-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
DNMG-331-TMF
DNMG-332-TMF
DNMG-431-TMF
DNMG-432-TMF
DNMG-441-TMF
DNMG-442-TMF
DNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
DNMG-332-TMU
DNMG-432-TMU
DNMG-433-TMU
DNMG-442-TMU
DNMG-443-TMU
DNMG-444-TMU
DNMM-...-HR
RP15
TCRP
25TC
RP40
K
Designation
DNMM-442-HR
DNMM-443-HR
DNMM-444-HR
DNMG-...-WIP
RP15
TCRP
25TC
RP40
K
Designation
DNMG-443-WIP
RCMT-...-MO
RP15
TCRP
25TC
RP40
K
RTK2
0
Designation
RCMT-0602MO
RCMT-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
T
Designation
RCMT-1606-HTG
RCMT-2006-HTG
DNMG-...-TMM
RP15
TCRP
25TC
RP40
KRM
20TC
RM25
TCRM
40TC
Designation
DNMG-331-TMM
DNMG-332-TMM
DNMG-431-TMM
DNMG-432-TMM
DNMG-441-TMM
DNMG-442-TMM
DNMG-443-TMM
4
Indexable Carbide Inserts General Turning
RCMXRP
15TC
RP25
TCRP
40K
RK10
RK20
AS15Designation
RCMX-1003MO
RCMX-1204MO
RCMX-1606MO
RCMX-2006MO
RCMX-2507MO
RCMX-3209MO
SCMT
RP15
TCRP
25TC
RP40
K
Designation
SCMT-431
SCMT-...-CPM
RP15
TCRP
25TC
RP40
K
RK20Designation
SCMT-32.52-CPM
SCMT-432-CPM
SCMT-...-TMR
RP15
TCRP
25TC
RP40
K
Designation
SCMT-432-TMR
SCMT-...-PKR
RP15
TCRP
25TC
RP40
K
Designation
SCMT-866-PKR
SCMT-...-SOR
RP15
TCRP
25TC
RP40
K
RK20Designation
SCMT-864-SOR
SCMT-866-SOR
SCMT-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
SCMT-32.52-TMU
SCMT-432-TMU
SCMT-433-TMU
SNMA
RP15
TCRP
25TC
RP40
KRK
10RK
20
Designation
SNMA-432
SNMA-433
SNMA-434
SNMA-644
SNMA-856
SCMW
RP15
TCRP
25TC
RP40
K
RTK1
0
Designation
SCMW-32.51
SCMW-431
SNMG-...-GR
RP15
TCRP
25TC
RP40
K
Designation
SNMG-432-GR
SNMG-433-GR
SNMG-643-GR
SNMG-644-GR
SCMT-...-TMF
RP15
TCRP
25TC
RP40
KRM
20TC
RM25
TCRM
40TC
Designation
SCMT-32.51-TMF
SCMT-32.52-TMF
SCMT-431-TMF
SNMG-...-HTF
RP15
TCRP
25TC
RP40
K
AS15
Designation
SNMG-432-HTF
SNMG-433-HTF
SNMG-...-HTR
RP15
TCRP
25TC
RP40
K
AS15
Designation
SNMG-432-HTR
SNMG-433-HTR
SNMG-...-MFM
RP15
TCRP
25TC
Designation
SNMG-321-MFM
SNMG-...-MM
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
SNMG-432-MM
SNMG-433-MM
SNMG-...-MMF
RP15
TCRP
25TC
RP40
K
RM35
DRM
25TC
Designation
SNMG-321-MMF
SNMG-...-GRK
RP15
TCRP
25TC
RP40
K
RK10
RK20
Designation
SNMG-432-GRK
SNMG-433-GRK
SNMG-643-GRK
SNMG-644-GRK
SNMG-866-GRK
SNMG-...-MMR
RP15
TCRP
25TC
RP40
K
RM35
DRM
40TC
Designation
SNMG-432-MMR
SNMG-433-MMR
SNMG-643-MMR
SNMG-644-MMR
SNMG-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
SNMG-431-TMF
SNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
SNMG-432-TMU
SNMG-433-TMU
SNMG-542-TMU
SNMG-643-TMU
SNMG-...-17R
RP42
5CRP
335C
Designation
SNMG-432-17R
SNMG-433-17R
SNMG-543-17R
SNMG-544-17R
SNMG-643-17R
SNMG-644-17R
SNMG-...-TMM
RP15
TCRP
25TC
RP40
KRM
20TC
RM25
TCRM
40TC
Designation
SNMG-432-TMM
SNMG-433-TMM
SNMG-543-TMM
SNMG-544-TMM
SNMG-643-TMM
SNMG-644-TMM
SNMM
RP15
TCRP
25TC
RP40
K
Designation
SNMM-854
SNMM-856
SNMM-...-HR
RP15
TCRP
25TC
RP40
K
Designation
SNMM-432-HR
SNMM-433-HR
SNMM-543-HR
SNMM-544-HR
SNMM-643-HR
SNMM-644-HR
SNMM-646-HR
SNMM-648-HR
SNMM-856-HR
SNMM-...-SR
RP15
TCRP
25TC
RP40
K
Designation
SNMM-644-SR
SNMM-646-SR
SNMM-856-SR
SNMM-866-SR
5
TPGT-...-7P
RU32
5P
Designation
TPGT-21.51-7P
TPGT-21.52-7P
TPGT-32.51-7P
TPGT-32.52-7P
Indexable Carbide Inserts General Turning
SNMM-...-LPRRP
15TC
RP25
TCRP
40K
RK20
Designation
SNMM-856-LPR
SNMM-858-LPR
SNMM-866-LPR
SNMM-868-LPR
TCGT-...-SCT
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
TCGT-21.51L-SCT
TCGT-21.51R-SCT
TCGT-32.51L-SCT
TCGT-32.51R-SCT
TCGT-32.52L-SCT
TCGT-32.52R-SCT
TCGT-...-7P
RU32
5P
Designation
TCGT-1.81.51-7P
TCGT-21.50.5-7P
TCGT-21.51-7P
TCGT-21.52-7P
TCGT-32.51-7P
TCGT-32.52-7P
TCMT-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
TCMT-21.50.5-TMF
TCMT-21.51-TMF
TCMT-...-TMR
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
TCMT-21.51-TMR
TCMT-21.52-TMR
TCMT-32.51-TMR
TCMT-32.52-TMR
TCMT-...-TMU
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
TCMT-21.51-TMU
TCMT-21.52-TMU
TCMT-32.51-TMU
TCMT-32.52-TMU
TCMW
RP15
TCRP
25TC
RP40
K
RTK1
0
Designation
TCMW-21.51
TCMW-32.51
TNMG-...-MFM
RP15
TCRP
25TC
RP40
K
RK10
RK20
Designation
TNMG-331-MFM
TNMG-332-MFM
TNMG-333-MFM
TNMG-...-MMF
RP15
TCRP
25TC
RP40
K
RM35
DRM
25TC
Designation
TNMG-331-MMF
TNMG-332-MMF
TNMA
RP15
TCRP
25TC
RP40
K
RK10
RK20
Designation
TNMA-332
TNMA-333
TNMA-434
TNMG-...-MM
RP15
TCRP
25TC
RP40
K
RM35
DRM
25TC
Designation
TNMG-332-MM
TNMG-333-MM
TNMG-432-MM
TNMG-433-MM
TNMG-...-17F
RP31
5CRP
425C
Designation
TNMG-331-17F
TNMG-332-17F
TNMG-431-17F
TNMG-432-17F
TNMG-...-SCT
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
TNMG-331L-SCT
TNMG-331R-SCT
TNMG-332L-SCT
TNMG-332R-SCT
TNMG-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
TNMG-331-TMF
TNMG-332-TMF
TNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
TNMG-332-TMU
TNMG-333-TMU
TNMG-334-TMU
TNMG-432-TMU
TNMG-433-TMU
TNMM-...-HR
RP15
TCRP
25TC
RP40
K
Designation
TNMM-332-HR
TNMM-432-HR
TNMM-433-HR
TPMT-...-13M
RP31
5CRP
425C
RM32
5CRS
315P
Designation
TPMT-21.50.5-13M
TPMT-21.51-13M
TPMR-...-TMP
RP15
TCRP
25TC
RP40
K
Designation
TPMR-221-TMP
TPMR-222-TMP
TPMR-321-TMP
TPMR-322-TMP
TPU
RP15
TCRP
25TC
RP40
K
RTK2
0
Designation
TPU-322
VBMT-...-TMM
RP15
TCRP
25TC
RP40
K
RM35
DRM
25TC
Designation
VBMT-331-TMM
VBMT-332-TMM
VCGT
RP15
TCRP
25TC
RP40
K
AS15
F
Designation
VCGT-220.2
VCGT-220.6
VCGT-...-TP
RP15
TCRP
25TC
RTK2
0
Designation
VCGT-1.21.50.5-TP
VCGT-1.21.51-TP
VCGT-220.5-TP
VCGT-221-TP
6
VBMT
RP15
TCRP
25TC
RP40
K
Designation
VBMT-331
VBMT-332
VBMT-333
Indexable Carbide Inserts General Turning
VCMT-...-TMRRP
15TC
RP25
TC
RM35
D
Designation
VCMT-331-TMR
VCMT-332-TMR
VCMT-333-TMR
VCMT-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
VCMT-221-TMF
VCMT-331-TMF
VCMT-332-TMF
VCMT-...-TMM
RP15
TCRP
25TC
RM35
D
Designation
VCMT-331-TMM
VCMT-332-TMM
VCMT-333-TMM
VCMT-...-TMU
RP15
TCRP
25TC
RM35
D
Designation
VCMT-331-TMU
VCMT-332-TMU
VNMG-...-17F
RP31
5CRP
425C
Designation
VNMG-331-17F
VNMG-332-17F
VNMG-431-17F
VNMG-432-17F
VNMG-...-HTF
RP15
TCRP
25TC
AS15
Designation
VNMG-331-HTF
VNMG-332-HTF
VNMG-...-MFM
RP15
TCRP
25TC
RP40
K
RTK2
0
Designation
VNMG-332-MFM
VNMG-...-TMF
RP15
TCRP
25TC
RP40
K
Designation
VNMG-331-TMF
VNMG-332-TMF
WNGG-...-HTM
RP15
TCRP
25TC
RP40
K
AS15
Designation
WNGG-431-HTM
WNGG-432-HTM
WNGG-433-HTM
WNGG-...-HTF
RP15
TCRP
25TC
RP40
K
AS15
Designation
WNGG-332-HTF
WNGG-431-HTF
WNGG-432-HTF
WNGG-433-HTF
WNMA
RP15
TCRP
25TC
RP40
K
RK10
RK20
Designation
WNMA-432
WNMA-433
VNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
VNMG-332-TMU
VNMG-333-TMU
WNMG-...-GR
RP15
TCRP
25TC
RP40
K
AS15
Designation
WNMG-432-GR
WNMG-433-GR
WNMG-434-GR
WNMG-...-GRK
RP15
TCRP
25TC
RP40
K
RK10
RK20
Designation
WNMG-432-GRK
WNMG-433-GRK
WNMG-...-HTG
RP15
TCRP
25TC
RP40
K
AS10
TAS
20T
Designation
WNMG-432-HTG
WNMG-...-HTMRP
15TC
RP25
TCRP
40K
AS15
Designation
WNMG-431-HTM
WNMG-432-HTM
WNMG-433-HTM
WNMG-...-MFM
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
WNMG-331-MFM
WNMG-332-MFM
WNMG-431-MFM
WNMG-432-MFM
WNMG-433-MFM
WNMG-...-MM
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
WNMG-332-MM
WNMG-432-MM
WNMG-433-MM
WNMG-434-MM
WNMG-...-MMF
RP15
TCRP
25TC
RP40
K
RM35
DRM
25TC
Designation
WNMG-331-MMF
WNMG-431-MMF
WNMG-432-MMF
WNMG-...-MMR
RP15
TCRP
25TC
RP40
KRM
35D
RM25
TCRM
40TC
Designation
WNMG-432-MMR
WNMG-433-MMR
WNMG-...-SCT
RP15
TCRP
25TC
RP40
K
RM35
D
Designation
WNMG-431R-SCT
WNMG-432L-SCT
WNMG-432R-SCT
WNMG-433L-SCT
WNMG-433R-SCT
WNMG-...-TMM
RP15
TCRP
25TC
RP40
KRM
20TC
RM35
DRM
25TC
Designation
WNMG-331-TMM
WNMG-432-TMM
WNMG-433-TMM
WNMG-434-TMM
WNMG-...-TMU
RP15
TCRP
25TC
RP40
K
Designation
WNMG-332-TMU
WNMG-432-TMU
WNMG-433-TMU
WNMG-434-TMU
WNMG-...-WIP
RP15
TCRP
25TC
Designation
WNMG-432-WIP
WNMG-433-WIP
7
Indexable Carbide Inserts Insert Grade InformationAS10T (M10, S10) - Grade for turning of titanium. Selected temperature stable carbide plus TiBN - Plasma coating.
AS15 (S05-S20) - Special submicron grade for machining super alloys such as Inconel, titanium, etc., particularly suitable for interrupted cut. Also suitable for austenitic stainless steel.
AS20T (M20, S20) - Tough alternative grade to AS15 for machining of super alloys as Inconel, Hastelloy, Waspaloy, etc.
RTK10 (K05-K15) - For turning chilled cast iron, grey cast iron with spheroidal graphite and alloyed grey cast iron as well as for aluminium and aluminium alloys. Turning high grade and hardened steels, also for austenitic manganese steels.
RM25TC (M25, P25) - Turning grade for austenitic stainless steels in medium and high cutting speeds.
RM35D (M25-M35) - Main grade for turning of austenitic stainless steels at medium to high cutting speeds, Vc = up to 490 sfm. Applicable also for super alloys.
RM40TC (M40, S40) - Very tough stainless grade for low cutting speeds suitable, also as alternative applicable on steel and super alloys.
RK10 (K10-K15) - Cast iron grades in K10 range, optimum for machining cast iron in an uninterrupted cut.
RK20 (K15-K25) - Cast iron turning grade for the area K15. Optimal for machining GG- and GGG- materials. Possible cutting speeds for GG up to 1300 sfm.
RM20TC (HC-M20, HC-S20) - This grade and the new TMM chip breaker with chip impact protector are perfect for high cutting speeds between 560 and 720 SFM. RM20TC ensures high stability against plastic deformation, even at high cutting feeds.
RP15TC (P10-P25, K10-K25) - Grade for highest cutting speeds for fine to medium turning, Vc = 590 - 980 sfm. Due to the special K coating this grade is extremely wear resistant. For continuous cut. As alternative, also applicable with cast iron.
RP25TC (P15-P35, M15-M35) - (Universal Turning Grade.) Main grade for machining steel materials and easily machinable stainless steels at medium cutting speeds. Vc = 490 - 720 sfm, for light interrupted cut. This general purpose grade is characterized by the properties of high durability and excellent toughness across a wide range of applications.
RP40K (P25-P40, M25-M40) - A combination of an extremely tough carbide with the new "Nanolock MT-CVD layer". Guarantees maximum performance in heavy interrupted cutting. Vc = up to 490 sfm.
RP315C (P10-P20) - “First Choice” for Finishing Applications in Steel (ISO P Materials). Triple-Coated MT-CVD Grade with Superfine TiCN, Thick Alp3, and Ultra-Smooth TiN. Gradient-sintered high performance cemented carbide substrate with very high wear resistance. Performs extremely well in continuous cutting conditions and stable set-ups.
RP425C (P20-P30) - Suitable for Medium Turning Applications in Steel (ISO P Materials). Triple-Coated MT-CVD Grade with Superthick TiCN, Optimized Alp3, and Ultra-Smooth TiN. Gradient-sintered all-round performance cemented carbide substrate with excellent balance of wear resistance and toughness. Covers a wide application range, from semi-finishing to light roughing of Steels and continuous cutting to moderate interruptions. Also recommended for workpieces with scale.
RP335C (P30-P40) - Designed for difficult Roughing Applications in Steel (ISO P Materials). Superior fracture toughness and wear resistance. MT-CVD Triple-Layer Coating with smooth surface and excellent fracture resistance. Gradient-sintered high performance cemented carbide substrate with exceptional toughness properties. Well suited for medium to heavy interrupted cuts and other unstable application conditions.
RU325P (P20-P30, M20- M30) - Universal Turning Grade. Primary application in Steel, with wide performance range in multiple materials. TiAIN NanoStructure PVD Coated grade. Sub-Micron carbide substrate with outstanding combination of wear resistance and toughness behavior. Excellent Choice for All-Round grade that performs in an extremely wide variety of workpiece materials.
RS315P (M10-M20, S10-S20) - The first Grade to use for Finishing Applications in Stainless Steel (ISO M Materials). Also suitable for finish turning iron-based, cobalt-based and nickel-based Heat Resistant Super Alloys. PVD Advanced TiAIN Coated Grade with superior heat-resistance and oxidation-resistance properties. Extremely hard deformation-resistant micro-grain cemented carbide substrate with exceptional wear resistance characteristics.
RM325C (M20-M30) - Use this Grade for medium machining of Stainless Steel (ISO M Materials). Double-Coated MT-CVD Grade with outstanding adhesion of Superthick TiCN and Ultra-Smooth TiN. Gradient-sintered tough cemented carbide substrate with excellent wear resistance - even at elevated cutting speeds. Optimized for Stainless Steel machining including light interruptions.
RM325P (M20-M30) - TiAIN Nano-Structure PVD Coated grade on Superfine Sub-Micron carbide substrate - exceptional resistance to thermal and mechanical shock with very good wear resistance. Excellent Choice for Stainless Steel applications at moderate cutting speeds, continuous cutting to moderate interruptions.
RK315C (K10-K20) - First Choice for Finishing Applications in Cast Iron (ISO K Materials). Double-Coated MT-CVD Grade, Thick TiCN and Superthick Al2O3 on gradient-sintered high performance cemented carbide substrate. Unique “post-coating treatment” provides smoother cutting zone interface for extremely high wear resistance. Performs very well in continuous cutting conditions and stable set-ups.
RK325C (K20-K30) - Ideally suited for Medium Turning Applications in Cast Iron (ISO K Materials). Double-Coated MT-CVD Grade, Superthick TiCN and Thick Al2O3. Gradient-sintered cemented carbide substrate with high wear resistance and superior toughness behavior. Covers a wide application range, from semi-finishing to roughing of Cast Iron - and continuous cutting to heavy interruptions. Performs well in poor machining conditions/ on demanding castings.
PRICING EXPIRES SEPTEMBER 30TH, 2020
Specifications are subject to change without notice. No responsibility for errors and/or printing errors will be accepted.
