Indexable Milling Inserts

Aluminator
SHET11 - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Wiper flats on face for producing 15-25 Ra surface finishes
4 Indexes

Black-Max
LSE324R045-S

Milling Insert

CeraSFeed
LNXF0603R01, 6 mm IC Ceramic Hi-Feed Insert

Ceramic Hi-Feed Insert
Ideal for high feed milling of difficult-to-cut materials
4 Indexes

CeraSFeed
LNXF0905R01, 9 mm IC Ceramic Hi-Feed Insert

Ceramic Hi-Feed Insert
Ideal for high feed milling of difficult-to-cut materials
4 Indexes

CeraSFeed
TNXN1207N0104, 12 mm IC Ceramic Hi-Feed Insert

Ceramic Hi-Feed Insert
Ideal for high feed milling of difficult-to-cut materials
6 Indexes

Cougar-Mill
SPEN20_MR General Purpose

Milling Insert

Cougar-Mill
SPKN20_HD Heavy Duty

Milling Insert

Cougar-Mill
ZPKN20_HD Heavy Duty

Serrated Milling Insert

Cougar-Mill-HSHR
SEXN_L

Milling Insert

Cougar-Mill-HSHR
SEXN_R

Milling Insert

DiFeed-Deka
PNCQ08_ZNTN - Flat Top Hi-Feed Insert

Flat Top with strong edge
Ideal for interrupted cuts, mateirals with hard crust and vibration prone conditions
10 indexes

DiFeed-Deka
PNCT08 - Positive Hi-Feed Insert

Pressed rake face for efficient chip formation
5 indexes

DiFeedWinV
UNLV0603M0TR, 06 mm IC Hi-Feed Insert

V-Shaped Contact Face
Multi-Purpose
4 Indexes

DiFeedWinV
UNLV0603M0TR-ML, 06 mm IC Hi-Feed Insert

V-Shaped Contact Face
High Positive, Keen Edge
4 Indexes

DiFeedWinV
UNLV0603M0TR-MM, 06 mm IC Hi-Feed Insert

V-Shaped Contact Face
Multi-Purpose, Keen Edge
4 Indexes

DiPos-Deka
PNCQ08 - Flat Top Insert

Flat Top with strong edge
Ideal for interrupted cuts, mateirals with hard crust and vibration prone conditions
10 indexes

DiPos-Deka
PNCQ17 - Flat Top Insert

Flat Top with strong edge
Ideal for interrupted cuts, mateirals with hard crust and vibration prone conditions
10 indexes

DiPos-Deka
PNCU05_FR-P - Non-Ferrous Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat produces surface finishes as good as 32 Ra
Designed for multiple materials and facing applications
Carbide and SiN options
10 indexes

DiPos-Deka
PNCU08 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat produces surface finishes as good as 32 Ra
Designed for multiple materials and facing applications
Carbide and SiN options
10 indexes

DiPos-Deka
PNCU08_GNR - SiN Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat produces surface finishes as good as 32 Ra
Designed for iron on facing applications
10 indexes

DiPos-Deka
PNCU08_HS - Insert for SS/Hi-Temps

Keen Edge for SS / Hi-Temp / Ti
Integrated wiper flat produces surface finishes as good as 32 Ra
Pressed rake face geometry promotes efficient chip formation
10 indexes

DiPos-Deka
PNCU08_P - Insert for Non-Ferrous

Sharp edge and polished rake for non-ferrous materials
Integrated wiper flat produces 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
10 indexes

DiPos-Deka
PNCU08-W - Wiper Insert

Long wiper flat produces surface finishes as good as 20 Ra when placed in one pocket
Remaining pockets to be loaded with _GNTR or -HS
Pressed rake face geometry promotes efficient chip formation
Designed for utmost surface finishes on Steel, Iron, SS & Hi-Temps
2 indexes

DiPos-Deka
PNCU17 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat produces surface finishes as good as 20 Ra
Designed for multiple materials and facing applications
J hone for light duty cuts
E hone for high horse power cuts
10 indexes

DiPos-Deka
PNMU05 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat produces surface finishes as good as 32 Ra
Designed for multiple materials and facing applications
Carbide and SiN options
10 indexes

DiPosDuo
MNCU06_P - Insert for Alum, Face Wiper

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
To be loaded in all pockets of the cutter
4 Indexes

DiPosDuo
MNCU09_AL - Insert for Alum, Face Wiper

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
4 Indexes

DiPosDuo
MNCU11_AL - Insert for Alum, Face Wiper

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
4 Indexes

DiPosDuo
MNCU14_AL - Insert for Alum, Face Wiper

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
4 Indexes

DiPosDuo
MNHU04_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU06 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU06_HW - SS/Hi-Temp/Ti, Face Wiper

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing 32-63 Ra surface finishes
To be loaded in all pockets of the cutter
4 Indexes

DiPosDuo
MNHU06_PH - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti
Pressed rake face geometry promotes efficient chip formation
4 Indexes

DiPosDuo
MNHU06_SW - Backdraft, OD Wiper

Pressed rake face geometry promotes efficient chip formation.
Integrated wiper flat on OD for producing superior surface finishes.
Backdrafted to minimize radial forces in long reach applications
Ideal for finishing hardened steel > Rc 50
4 Indexes

DiPosDuo
MNHU09_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU09_ML - SS/Hi-Temp/Ti, Face Wiper

Keen edge for SS/Hi-Temp/Ti
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
4 Indexes

DiPosDuo
MNHU11_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU11_PNR-M - Multi-Purpose/Face Wiper

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU14_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
MNHU14_PNR-M - Multi-Purpose/Face Wiper

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
4 Indexes

DiPosDuo
UNHU04_HF - Hi-Feed Insert

Insert fits same MNHU04 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
UNHU06_HF - Hi-Feed Insert

Insert fits same MNHU06 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
UNHU09_HF - Hi-Feed Insert

Insert fits same MNHU09 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
UNHU11_HF - Hi-Feed Insert

Insert fits same MNHU11 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosDuo
UNHU14_HF - Hi-Feed Insert

Insert fits same MNHU14 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

DiPosFeed
UNLU0402M0TR, 4 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0402M0TR-ML, 4 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0603M0TR, 6 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0603M0TR-ML, 6 mm IC Hi-Feed Insert

High-Positive - Keen Edge
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0603M0TR-MM, 6 mm IC Hi-Feed Insert

Multi-Purpose - Keen Edge
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0904M0TR, 9 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0904M0TR-ML, 9 mm IC Hi-Feed Insert

Multi-Purpose - Keen Edge
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU0904M0TR-MM, 9 mm IC Hi-Feed Insert

Multi-Purpose - Keen Edge
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU1105M0TR, 11 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFeed
UNLU1105M0TR-ML, 11 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
4 Indexes

DiPosFinishT
ANED12_AL - Insert for non-ferrous

Pressed rake face geometry promotes efficient chip evacuation
Crowned wiper produces surface finishes as good as 3 Ra
Sharp & polished for aluminum & other non-ferrous materials
4 Indexes

DiPosFinishT
ANED12_CBN - CBN Tipped Insert

Positive rake face geometry promotes efficient chip evacuation
Crowned wiper produces surface finishes as good as 3 Ra
1 Index

DiPosFinishT
ANED12_ML - Carbide & Cermet Inserts

Pressed rake face geometry promotes efficient chip evacuation
Crowned wiper produces surface finishes as good as 3 Ra
Designed for multiple materials and applications
4 Indexes

DiPosFinishT
ANED12_PCD - PCD Tipped Insert

Positive rake face geometry promotes efficient chip evacuation
Crowned wiper produces surface finishes as good as 3 Ra
1 Index

DiPos-Hexa
HNGU06_M - Medium Roughing Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Designed for multiple materials and applications
12 indexes

DiPos-Hexa
HNGU06_ML - SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Keen edge for giummy materials
12 indexes

DiPos-Hexa
HNGU06_MM - Medium Positive Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Extra positive rake face geometry
12 indexes

DiPos-Hexa
HNGU10_HR - Heavy Roughing Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper
Strengthened Edge for abusive conditions & aggressive chiploads
12 indexes

DiPos-Hexa
HNGU10_M - Medium Roughing Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper
Designed for multiple materials and applications
12 indexes

DiPos-Hexa
HNGU10_ML - SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper
Keen Edge for gummy materials
12 indexes

DiPos-Hexa
HNGU10_MM - Medium Positive Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper
Extra positive rake face geometry
12 indexes

DiPosPenta
PNCU05_M - Multi-Purpose Insert

Reinforced Cutting Edge
Positive rake face for efficient chip evacuation and smooth cutting
10 indexes

DiPosPenta
PNCU05_ML - Insert for SS/Hi-Temp/Ti

Keen Edge for SS/Hi-Temp/Ti
Positive rake face for efficient chip evacuation and smooth cutting
10 indexes

DiPosPenta
PNCU10_M - Multi-Purpose Insert

Reinforced Cutting Edge
Positive rake face for efficient chip evacuation and smooth cutting
10 indexes

DiPosPenta
PNCU10_ML - Insert for SS/Hi-Temp/Ti

Keen Edge for SS/Hi-Temp/Ti
Positive rake face for efficient chip evacuation and smooth cutting
10 indexes

DiPosProB
CNHJ 20mm Rad. DiPos ProB Inserts

Barrel Insert with 4 Indexes
Finishing Applications
20mm PRFRAD

DiPosProB
CNHJ 30mm Rad. DiPos ProB Inserts

Barrel Insert with 4 Indexes
Finishing Applications
30mm PRFRAD

DiPosQuad
SQGU07_M - Multi-Purpose, Full Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes

DiPosQuad
SQGU07_ML - High Positive, Full Shoulder

High Positive & Keen edge
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes

DiPosQuad
SQGU10_M - Multi-Purpose, Full Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes

DiPosQuad
SQGU10_MMP - High Positive, Partial Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes
90° Shoulder up to .27"
Keen edge and tight tolerance for light chiploads & finishing

DiPosQuad
SQGU10_MP - Positive, Partial Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes
90° Shoulder up to .27"
Ideal for roughing

DiPosQuad
SQGU12_MM - High Positive, Partial Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
8 indexes
Ideal for finishing and lighter chiploads

DiPosQuad
SQXU12_M - Positive, Partial Shoulder

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Insert Corner: .031" R
Strengthened Edge for abusive conditions & aggressive chiploads
8 indexes
Ideal for Roughing

DiPosQuadF
SQGU11_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper orientation doubles as faceted corner
Designed for multiple materials and applications
8 indexes

DiPosQuadF
SQGU14_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper orientation doubles as faceted corner
Designed for multiple materials and applications
8 indexes

DiPosQuadF
SQGU14_ML - SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Keen edge for gummy materials
Integrated wiper orientation doubles as faceted corner
8 indexes

DiPos-Tetra
ANHU12 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
4 Indexes

DiPos-Tetra
ANHU12_FR - Insert for SS/Hi-Temps

Keen edge for SS/Hi-Temp Alloys
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Pressed rake face geometry promotes efficient chip formation
4 Indexes

DiPos-Tetra
ANHU12_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
4 Indexes

DiPos-Tetra
ANHU16 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
Designed for multiple materials and applications
4 Indexes

DiPos-Tetra
ANHU16_ANR - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
For use on 45° cutter
4 Indexes

DiPos-Tetra
ANHU16_FR - Insert for SS/Hi-Temps

Keen edge for SS/Hi-Temp Alloys
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
Pressed rake face geometry promotes efficient chip formation
4 Indexes

DiPos-Tetra
ANHU16_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
4 Indexes

DiPos-Tetra
ANXU12 - Heavy Duty Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
4 Indexes

DiPos-Tetra
ENHU05 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Designed for multiple materials and applications
2 Indexes

DiPos-Tetra
ENHU05-PH - Insert for SS/HiTemp/Ti

Keen edge for SS/Hi-Temp/Ti
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
2 Indexes

DiPos-Tetra
UNHU05 - Hi-Feed Insert

Axial & Radial Dovetail seat design accomodates easy indexing & minimizes stress on the screw
Insert fits same ENHU05 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
2 Indexes

DiPos-Tetra
ZNHU16 - Insert with chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
Designed for roughing multiple materials and applications
4 Indexes

DiPos-Trio
TNGU22 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
6 Indexes

DiPos-Trio
WNCU04_P - Insert for Non-Ferrous

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
6 Indexes

DiPos-Trio
WNCU06_P - Insert for Non-Ferrous

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
6 Indexes

DiPos-Trio
WNGU09 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper on face for producing surface finishes as good as 20 Ra
Designed for multiple materials and applications
6 Indexes

DiPos-Trio
WNGU09_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper on face for producing surface finishes as good as 20 Ra
Pressed rake face geometry promotes efficient chip formation
6 Indexes

DiPos-Trio
WNGU09-ML - Keen Edge Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper on face for producing surface finishes as good as 20 Ra
Designed with keen edge for gummier materials and finishing applications
6 Indexes

DiPos-Trio
WNGU13 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper on face for producing surface finishes as good as 20 Ra
Designed for multiple materials and applications
6 Indexes

DiPos-Trio
WNGU13_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper on face for producing surface finishes as good as 20 Ra
Pressed rake face geometry promotes efficient chip formation
6 Indexes

DiPos-Trio
WNGU13-ML - Keen Edge Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper on face for producing surface finishes as good as 20 Ra
Designed with keen edge for gummier materials and finishing applications
6 Indexes

DiPos-Trio
WNMU04 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
6 Indexes

DiPos-Trio
WNMU06 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
6 Indexes

FineMold+
NQHB - Metric Barrel (Taper Form) Insert

Milling insert
Ø8mm-30mm

FineMold+
NQHL - Metric Barrel Lens Insert

Milling insert
Ø12mm-30mm

Finish-Ball Plus
GQHG - Backdraft Insert

Milling insert
Ø.375"-1.000"
Corner radii: .031", .062", .125"

Finish-Ball Plus
NQHG_FM - Ball Nose Insert (Straight)

Milling Insert
Ø.375"-1.250"

Finish-Ball Plus
NQHG_SM - Ball Nose Insert (Helical)

Milling Insert
Ø.375"-1.250"

Form-Master
RPLB25_FN, 1.00" IC Round Button

Standard- .500" R
Heavy duty round button inserts
Positive, flat rake face geometry
5 indexes
Insert anti-rotation
Large 1/4-28 Insert screw
Super strong milling performance!

Form-Master
RPLB25_VL, 1.00" IC Round

Standard- .500" R
Heavy duty round button inserts
Positive, variable rake face geometry
5 indexes
Insert anti-rotation
Large 1/4-28 Insert screw
Super strong milling performance!

Form-Master Cera
RNGX, .500" IC Round

Dimpled button milling insert
RNGX double sided dimple

Form-Master Cera Plus
RNGN_E04, .500" IC Round

Ceramic button milling insert, face mill
RNGN double sided flat

Form-Master Cera Plus
RNGN_T6, .500" IC Round

Ceramic button milling insert, face mill
RNGN double sided flat

Form-Master Cera Plus
RNGX_T6, .500" IC Round

Ceramic button milling insert, face mill
RNGX double sided dimple

Form-Master Cera Plus
RPGN_E04, .500" IC Round

Ceramic button milling insert, face mill
RPGN single-sided flat

Form-Master Cera Plus
RPGN_T6, .500" IC Round

Ceramic button milling insert, end mill
RPGN single-sided flat

Form-Master Cera Plus
RPGX_T6, .500" IC Round

Ceramic button milling insert, end mill
RPGX single-sided dimple

Form-Master Pro
RCLT1204M0N-CC1, 12 mm IC Round

Standard, Neutral - 6 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1204M0N-CC2, 12 mm IC Round

Heavy-Duty, Neutral - 6 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1204M0N-CP, 12 mm IC Round

Grd/Pol for Al - 6 mm R
Ideal for non-ferrous materials
4 Indexes

Form-Master Pro
RCLT1204M0TN-PH2, 12 mm IC Round

Heavy-Duty, Neutral - 6 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0N-CC, 16 mm IC Round

Standard, Neutral - 8 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0N-CC1, 16 mm IC Round

Standard, Neutral - 8 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0N-CC2, 16 mm IC Round

Heavy-Duty, Neutral - 8 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0N-CP, 16 mm IC Round

Grd/Pol for Al - 8 mm R
Ideal for non-ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0TN-PH, 16 mm IC Round

Standard, Neutral - 8 mm R
Ideal for ferrous materials
4 Indexes

Form-Master Pro
RCLT1606M0TN-PH2, 16 mm IC Round

Heavy-Duty, Neutral - 8 mm R
Ideal for ferrous materials
4 Indexes

Form-Master R
RNLU1004MON-M, 10 mm IC Round

Standard - 5 mm R
Ideal for non-ferrous materials
Double sided insert
8 Indexes

Form-Master R
RNLU1004MON-S, 10 mm IC Round

Standard - 5 mm R
Ideal for non-ferrous materials
Double sided insert
8 Indexes

Form-Master R
RNLU1205MON-M, 12 mm IC Round

Standard - 6 mm R
Ideal for non-ferrous materials
Double sided insert
16 Indexes

Form-Master R
RNLU1205MON-S, 12 mm IC Round

Serrated - 6 mm R
Ideal for non-ferrous materials
Double sided insert
8 Indexes

Form-Master R
RNLU1606MON-M, 16 mm IC Round

Standard - 8 mm R
Ideal for non-ferrous materials
Double sided insert
16 Indexes

Form-Master R
RNLU1606MON-S, 16 mm IC Round

Standard - 8 mm R
Ideal for non-ferrous materials
Double sided insert
8 Indexes

Form-Master Shear
RJET0803MOFN, 8 mm IC Round

Grd/Pol for Al - 4 mm R
Ideal for non-ferrous materials

Form-Master Shear
RJET1204MOFN, 12 mm IC Round

Grd/Pol for Al - 6 mm R
Ideal for non-ferrous materials
8 Indexes

Form-Master Shear
RJET1605MOFN , 16 mm IC Round

Grd/Pol for Al - 8 mm R
Ideal for non-ferrous materials
8 Indexes

Form-Master Shear
RJLT0803MON , 8 mm IC Round

Precision, Pos - 4 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLT0803MOTN, 8 mm IC Round

Standard, Pos - 4 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLT1004MON, 10 mm IC Round

Precision, Pos - 5 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLT1004MONLL, 10 mm IC Round

Precision, Pos - 5 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1004MOTN, 10 mm IC Round

Standard, Pos - 5 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1204MON, 12 mm IC Round

Precision, Pos - 6 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1204MONLL, 12 mm IC Round

Precision, Pos - 6 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1204MOTN, 12 mm IC Round

Standard, Pos - 6 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1304MON, .500" IC Round

Precision, Pos - .250" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1304MONLL, .500" IC Round

Precision, Pos - .250" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1304MOTN, .500" IC Round

Standard, Pos - .250" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1605MON , 16 mm IC Round

Precision, Pos - 8 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLT1605MOTN, 16 mm IC Round

Standard, Pos - 8 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1907MON, .750" IC Round

Precision, Pos - .375" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1907MONLL, .750" IC Round

Precision, Pos - .375" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT1907MOTN, .750" IC Round

Standard, Pos - .375" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLT2007MON, 20 mm IC Round

Precision, Pos - 10 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLT2007MOTN, 20 mm IC Round

Standard, Pos - 10 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW0803MOTN, 8 mm IC Round

Heavy Duty, Flt - 4 mm R
Ideal for ferrous materials
Multiple Indexes

Form-Master Shear
RJLW1004MOTN, 10 mm IC Round

Heavy Duty, Flt - 5 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW1204MOTN, 12 mm IC Round

Heavy Duty, Flt - 6 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW1304MOTN, .500" IC Round

Heavy Duty, Fit - .250" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW1605MOTN, 16 mm IC Round

Heavy Duty, Flt - 8 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW1907MOTN, .750" IC Round

Heavy Duty, Flt - .375" R
Ideal for ferrous materials
8 Indexes

Form-Master Shear
RJLW2007MOTN, 20 mm IC Round

Heavy Duty, Flt - 10 mm R
Ideal for ferrous materials
8 Indexes

Form-Master Wave
RCKX, .500" IC Round

.500" IC milling button insert
Single-sided insert

Form-Master Wave
RCLB

Milling button insert
Single-sided

Form-Master Wave
RCLT19, .750" IC Round

Button milling insert with chip breakers
Single-sided

Gold-Max 4
DGM, DGE, DFH, ZGM

Tangential Inserts with 4 Cutting Edges
RH, LH, & Ambidextrous Inserts
Metric Sizes: 8, 10.5, 11, 12.7, 14.5, & 15

Gold-Max 4
DGM315 for 3EJ6F 0.625" Width Slotters

Tangential Inserts with 4 Cutting Edges
2RH / 2LH Edges

Gold-Max 4
DGM325 for 3EJ6J 0.750" Width Slotters

Tangential Inserts with 4 Cutting Edges
2RH / 2LH Edges

Gold-Max 4
DGM426 for 3EJ6M 1.000" Width Slotters

Tangential Inserts with 4 Cutting Edges
2RH / 2LH Edges

Gold-Max 4 FFIN
DFH324L001

Tangential Inserts with 4 Cutting Edges
APMX when using DFH324L001 is .040

Gold-Max 4 FFIN
DFH324L205

Tangential Inserts with 4 Cutting Edges
APMX when using DFH324L205 is 0.008

Gold-Max 8
SGM

Milling Insert
12mm IC insert
Insert with 8 indexes

Gold-Quad
SDES13

Gold Quad Insert

Gold-Quad
SDMS13

Gold Quad Insert

Gold-Quad
SDXS1305_

Gold Quad Insert
GoldSfeed MPR High Feed Inserts

GoldSFeed
SD_S0402MPR_

4mm(.157) GoldSFeed Insert

GoldSFeed
SD_S0603MPR_

6mm GoldSFeed Insert

GoldSFeed
SD_S0904MPR_

9mm GoldSFeed Insert

GoldSFeed
SD_S1305MPR_

13mm GoldSFeed Insert

GoldSFeed
SD_S1605MPR_

16mm GoldSFeed Insert

GoldSFeed
SD_S1906MPR_

19mm GoldSFeed Insert

Gold-Slot
IXH211 for 3VJ4V 0.125" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH311 for 3VJ4V 0.156" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH312 for 3VJ4V 0.187" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH412 for 3VJ4V 0.250" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH413 for 3VJ4V 0.312" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH414 for 3VJ4V 0.375" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

Gold-Slot
IXH415 for 3VJ4V 0.500" Width Slotters

Milling Insert
2RH/2LH Cutting Edges
Same insert used in RH & LH station

HiPos
APCT12_HS - Insert for Non-Ferrous

Up-sharp edge
Ideal for non-ferrous materials
2 Indexes

HiPos
APCT16 - Insert for Non-Ferrous

Sharp edge for Non-Ferrous materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos
APKT08 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
2 Indexes

HiPos
APKT12 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos
APKT12_001 - Center Cut Insert

Insert with clearance grind for center cutting
For use with 12J1Q-0601584R01
2 Index

HiPos
APKT12_HS - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos
APKT16 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos
APKT16_001 - Center Cut Insert

2 Index

HiPos
APKT16_DT1 - PCD Tipped, Short

PCD tip with short length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos
APKT16_HR - Multi-Purpose Pressed

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Designed for multiple materials and applications
2 Indexes

HiPos
APKT16_HS - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos
APKT16_W - Wiper

Long wiper flat on face for producing 20-32 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
1 Index

HiPos-Alu
XEVT16_P - Insert for Non-Ferrous

Up-sharp edge & polished rake face for non-ferrous materials
Integrated wiper for surface finishes as good as 15 Ra
2 Indexes

HiPos-Alu
XEVT22_P - Insert for Non-Ferrous

Up-sharp edge & polished rake face for non-ferrous materials
Integrated wiper for surface finishes as good as 15 Ra
2 Indexes

HiPos-Micro
AOCT06_AL - Insert for Non-Ferrous

Up-sharp edge & polished rake face
Ideal for non-ferrous materials
2 Indexes

HiPos-Micro
AOCT06_FR-P - Insert for Non-ferrous

True Diamond Coating & Uncoated
Well suited for graphite and non-ferrous materials
2 indexes

HiPos-Micro
AOCT06_L - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos-Micro
AOMT06 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Micro
AOMT06_DT1 - PCD insert, Short

PCD tip with short length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos-Micro
UOMT06 - Hi-Feed Insert

Pressed rake face geometry promotes efficient chip formation
Insert fits same AOMT06 pocket for Hi-Feed milling applications
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
AOCT11_P - Insert for Non-Ferrous

Up-sharp edge
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
AOCT12_P - Insert for Non-Ferrous

Up-sharp edge
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
AOCT17_P - Insert for Non-Ferrous

Up-sharp edge
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
AOMT11 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
AOMT12 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
AOMT12_HS - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos-Plus
AOMT17 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
AOMT17_HS - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos-Plus
AOMT18 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
AOMT18_HS - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos-Plus
AOMT18_P - Insert for Non-Ferrous

Up-sharp edge
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
APKT17_DT - PCD insert, Short

PCD tip with short length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos-Plus
BOCT09_P - Insert for Non-Ferrous

Up-sharp edge & polished rake face
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
BOCT13_P - Insert for Non-Ferrous

Up-sharp edge & polished rake face
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
BOCT17_HS - Precision Insert

Precision ground edge, ideal for semi-finish and finish cuts
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
2 Indexes

HiPos-Plus
BOCT17_P - Insert for Non-Ferrous

Up-sharp edge & polished rake face
Ideal for non-ferrous materials
2 Indexes

HiPos-Plus
BODT09 - Neutral Precision, Long

Strengthened edge
Integrated wiper flat on face for producing surface finishes as good as 20 Ra
Ideal for finishing hardened steel > RC 50 in short reach applications
2 Indexes

HiPos-Plus
BODT09_001 - Neutral Precision, Short

Strengthened edge
Shortened length of cut to minimize radial forces
Integrated wiper flat on face for producing surface finishes as good as 20 Ra
Ideal for finishing hardened steel > RC 50 in long reach applications
2 Indexes

HiPos-Plus
BODT13 - Neutral Precision, Long

Strengthened edge
Integrated wiper flat on face for producing surface finishes as good as 20 Ra
Ideal for finishing hardened steel > RC 50 in short reach applications
2 Indexes

HiPos-Plus
BODT13_001 - Neutral Precision, Short

Strengthened edge
Shortened length of cut to minimize radial forces
Integrated wiper flat on face for producing surface finishes as good as 20 Ra
Ideal for finishing hardened steel > RC 50 in long reach applications
2 Indexes

HiPos-Plus
BOMT09 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
BOMT09_DT1 - PCD insert, Short

PCD tip with short length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos-Plus
BOMT09_DT2 - PCD Insert, Long

PCD tip with long length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos-Plus
BOMT13 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
BOMT13_DT2 - PCD Insert, Long

PCD tip with long length of cut
Well suited for non-ferrous and graphite materials
1 Index

HiPos-Plus
BOMT17 - Heavy Duty Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Additional thickness adds durability & higher rake angles than AOMT17
Designed for multiple materials and applications
2 Indexes

HiPos-Plus
ZOCT17-P - Insert fo AL w/ chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Ideal for long reach, unstable fixtures & low HP machines
Mount inserts in cutter by interchanging between 2 groove and 3 groove sides.
2 Indexes

HiPos-Plus
ZOMT09 - Insert with chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for rough cuts with multiple materials and applications
2 Indexes

HiPos-Plus
ZOMT12 - Insert with chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for rough cuts with multiple materials and applications
2 Indexes

HiPos-Plus
ZOMT13 - Insert with chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for rough cuts with multiple materials and applications
2 Indexes

HiPos-Plus
ZOMT17 - Insert with chip splitters

Chip Splitters minimize radial forces and break up harmonics for chatter control
Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for rough cuts with multiple materials and applications
2 Indexes

HiPosProB
CDHT 20mm Rad. HiPos ProB Inserts

Barrel Inserts with 2 Indexes
Finishing, Semi-Finishing

HiPosProB
CDHT 30mm Rad. HiPos ProB Inserts

Barrel Inserts with 2 Indexes
Finishing Applications

HiPos-Quad
SDCT05 - Insert for Non-Ferrous

Sharp edge and polished rake for non-ferrous material
.015" R
4 indexes

HiPos-Quad
SDCT08_P - Insert for Non-Ferrous

Sharp edge and polished rake face for non-ferrous materials
.020" R
4 indexes

HiPos-Quad
SDMT05 - Multi-Purpose Insert

Pressed rake face for positive cutting action
.015" R
4 indexes

HiPos-Quad
SDMT08 - Multi-Purpose Insert

Pressed rake face for positive cutting action
.020" .031" & .062" R
4 indexes

HiPos-Quad
SDMT12 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

HiPos-Quad
SDMT12_HS - Insert for SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Keen edge for SS/Hi-Temp/Ti materials
4 Indexes

HiPos-Quad
SDMW08 - Flat Top Insert

Flat Top geometry for extra durability
.020" R
4 indexes

HiPos-Quad
SDMW08_W - Crowned Wiper Insert

Crowned wiper used in all stations produces 20-32 Ra surface finishes
.020" R
4 indexes

HiPos-Quad
SECT09_P - Insert for Non-Ferrous

Sharp edge and polished rake face for non-ferrous materials
4 indexes

HiPos-Quad
SEHT13_P - Insert for Non-Ferrous

Sharp edge and polished rake face for non-ferrous materials
4 indexes

HiPos-Quad
SEKT09 - Multi-Purpose Insert

Pressed rake face for positive cutting action
4 indexes

HiPos-Quad
SHEH15_1_P - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti
Pressed rake face geometry promotes efficient chip formation
4 indexes

HiPos-Quad
SHEH15_P - Insert for Non-Ferrous

Sharp edge and pollished rake face for non-ferrous materials
4 indexes

HiPos-Quad
SHET15 - Multi-Purpose Insert

Pressed rake face for positive cutting action
4 indexes

HiPosSFeedV
FNCT05_AL - Insert for Aluminum

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for nonferrous materials
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
2 Indexes

HiPosSFeedV
FNHT05_L - Keen Edge Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
Designed for gummy materials
2 Indexes

HiPosSFeedV
FNHT05_SW - Backdraft Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on OD for producing superior surface finishes
Backdrafted to minimize radial forces in long reach applications
2 Indexes

HiPosSFeedV
FNKT05_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 40 Ra
Designed for multiple materials and applications
2 Indexes

HiPosSFeedV
UNKT05_HF - Hi-Feed Insert

Insert fits same FNHU05 pocket for Hi-Feed milling applications
Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
2 Indexes

HiPos-Trio
THES06 - Multi-Purpose Ground Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Ground periphery for tighter diameter & height tolerance control
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THES06_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
3 Indexes

HiPos-Trio
THES10 - Multi-Purpose Ground Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Ground periphery for tighter diameter & height tolerance control
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THES10_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
3 Indexes

HiPos-Trio
THES13_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
3 Indexes

HiPos-Trio
THLS04_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS06 - Multi-Purpose Utility Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS06_HR - Insert for SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Keen edge for SS/Hi-Temp/Ti materials
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS10 - Multi-Purpose Utility Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS10_HR - Insert for SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Keen edge for SS/Hi-Temp/Ti materials
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS13 - Multi-Purpose Utility Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
3 Indexes

HiPos-Trio
THLS13_HR - Insert for SS/Hi-Temp/Ti

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Keen edge for SS/Hi-Temp/Ti materials
Designed for multiple materials and applications
3 Indexes

HiPosWinV
XEVT10_AL - Insert for Non-Ferrous

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for non-ferrous materials and applications
2 Indexes

HiPosWinV
XEVT10_EL - Insert for SS/Hi-Temp/Ti

Keen edge for SS/Hi-Temp/Ti materials
Integrated wiper flat on face for producing 32-63 Ra surface finishes
Pressed rake face geometry promotes efficient chip formation
Diverse corner configurations
2 Indexes

HiPosWinV
XEVT10_HF - Hi-Feed Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
2 Indexes

HiPosWinV
XEVT10_M - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flat on face for producing surface finishes as good as 32 Ra
Diverse corner configurations
Designed for multiple materials and applications
2 Indexes

Iron-Eater
OPEN05 - SiN Insert

Flat Top with strong edge
8 indexes

Iron-Eater
SPEN12 - SiN Insert

Flat Top with strong edge
4 indexes

ISO Negative Hex Inserts
HNCF

ISO Milling inserts for 45° Lead Angle Mills
Wedge-held inserts
12 indexes

ISO Positive Octagonal Inserts
OELB06_FN - Flat Top Sharp Edge

Milling insert for 45° Mills
Sharp edge for soft materials
Screw-held insert
8 indexes

ISO Positive Octagonal Inserts
OELB06_N - Flat Top

Milling insert for 45° Mills
Flat Top with strong edge
Ideal for interrupted cuts, materials with hard crust and vibration
Screw-held insert
8 indexes

ISO Positive Octagonal Inserts
OELH06 - Multi-Purpose

Milling insert for 45° Mills
Pressed rake face geometry promotes efficient chip formation
Screw-held insert
8 indexes

ISO Positive Octagonal Inserts
OFCN07 - Flat Top

Milling insert for 45° Mills
Flat Top with strong edge
Ideal for interrupted cuts, materials with hard crust and vibration
Wedge-held insert
8 indexes

ISO Positive Octagonal Inserts
OFCR07 - Multi-Purpose

Insert for 45° Mills
Pressed rake face geometry promotes efficient chip formation
Wedge-held insert
Integrated wiper
8 indexes

ISO Positive Octagonal Inserts
OFMR07 - Hi-Positive

Insert for 45° Mills
Hi-pos pressed rake face geometry promotes efficient chip formation and efficiency on small machines
Wedge-held insert
Integrated wiper
8 indexes

ISO Positive Octagonal Inserts
OFMR07_AL - Insert for Non-ferrous

Insert for 45° Mills
Sharp edge and polished rake for non-ferrous materials
Wedge-held insert
Integrated wiper
8 indexes

ISO Positive Octagonal Inserts
RFMR19, 19 mm IC Round

19 mm IC Button Insert
For 07 Wedge-held Octo pocket
Wedge-held insert
8 indexes

ISO Positive Square Inserts
SDMT_RBE - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
4 Indexes

ISO Positive Square Inserts
SEKN

ISO Milling inserts for 45° Lead Angle Mills
Wedge-held inserts
Integrated wiper
4 indexes

ISO Positive Square Inserts
SEKR

ISO Milling inserts for 45° Lead Angle Mills
Wedge-held inserts
Integrated wiper
4 indexes

ISO Positive Square Inserts
SEKT

Milling Insert for 45° Mills
Pressed rake face for positive cutting action
Integrated wiper
Screw-held insert
4 indexes

ISO Positive Square Inserts
SEKT_WC - Wiper Insert

Milling Wiper Insert for 45° Mills
Long wiper for surface finishes as good as 15 Ra
Place one insert in one pocket
Screw-held insert
1 index

ISO Positive Square Inserts
SEMT

Milling Insert for 90° Mills
Pressed rake face for positive cutting action
Screw-held insert
Integrated wiper
4 indexes

ISO Positive Square Inserts
SPKR

ISO Milling inserts for 75° Lead Mills
Wedge-held inserts
Integrated wiper
4 indexes

ISO Positive Square Inserts
SPMG

Milling Insert for 90° Mills
Pressed rake face for positive cutting action
Screw-held insert
4 indexes

ISO Positive Square Inserts
SPMT

Milling Insert for 90° Mills
Pressed rake face for positive cutting action
Screw-held insert
4 indexes

Photo of ISO Positive Triangular Inserts

ISO Positive Triangular Inserts
TPKN

ISO Milling inserts for 90° Mills
Wedge-held inserts
Integrated Wiper
3 Indexes

ISO-Plus
SNCG11 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wipers for 32-63 Ra finishes
Designed for multiple materials and applications
8 indexes

ISO-Plus
SNCN11 - Flat Top Insert

Flat top rake face with strong edge
SiN offering
Integrated wipers for 32-63 Ra finishes
8 indexes

ISO-Plus
SNGQ12 - Flat Top Insert

Flat top rake face with strong edge
SiN offering
Integrated wiper flats
8 indexes

ISO-Plus
SNGS12_W - Wiper Insert

Pressed rake face geometry promotes efficient chip formation
Extra long wiper for improved surface finishes
For use in one cutter pocket
Designed for multiple materials and applications
2 indexes

ISO-Plus
SNGU12 - Multi-Purpose Insert

Pressed rake face geometry promotes efficient chip formation
Integrated wiper flats
Integrated wiper orientation double as faceted corner
Designed for multiple materials and applications
8 indexes

ISO-Plus
SNGU12_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Integrated wiper flats
8 indexes

ISO-Plus
SNGU13 - Multi-Purpose Insert

Carbide & SiN options
.015" .031" .047" .062" & .078" R
8 indexes

ISO-Plus
SNGU13_TN - Insert with Wiper

Integrated Wiper for producing 32-63 Ra surface finishes
Pressed rake face for positive cutting action
.031" R " & .031 x 45° Chamfer
8 indexes

IT.TE.DI.
75° TMCPA PCD Cartridge

PCD Milling Cartridge
Compatible with PCD Tedimill Face Mills

IT.TE.DI.
90° TMCPA PCD Cartridge

PCD Milling Cartridge
Compatible with PCD Tedimill Face Mills

MaxSFeed
CG*101R - 5mm Inserts

Tangential Inserts with 4 Cutting Edges
RH Inserts
Metric Sizes: 5 mm

MaxSFeed
CGM212R - 8mm Inserts

Tangential Inserts with 4 Cutting Edges
RH Inserts
Metric Sizes: 8 mm

MaxSFeed
CGM313R - 11mm Inserts

Tangential Inserts with 4 Cutting Edges
RH Inserts
Metric Sizes: 11 mm

MaxSFeed
CGM324R - 13mm Inserts

Tangential Inserts with 4 Cutting Edges
RH Inserts
Metric Sizes: 13 mm

Micro-Mill
TCHH11 - Non-Ferrous Insert

Pressed rake face geometry promotes efficient chip formation
Sharp edge & polished rake face for non-ferrous materials
3 indexes

Micro-Mill
TCHW11 - Carbide & Cermet Inserts

Pressed Rake face geometry promotes efficient chip formation
Designed for multiple materials and applications
3 Indexes

Micro-Mill
TCHW11_R-WCT - CBN Tipped Insert

Pressed Rake face geometry promotes efficient chip formation
Designed for cutting irons & hard steels
3 Indexes

Micro-Mill
TCHW11_WCT - PCD Tipped Insert

Pressed Rake face geometry promotes efficient chip formation
Designed for cutting non-ferrous materials
3 Indexes

NanoFeed
WEEM060105R, 6 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
Optimized for hi-feed milling in confined spaces
20° lead angle hi-feed
0.3 mm AMPX (depth of cut)

NanoFeed
WEEM080106R, 8 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
Optimized for hi-feed milling in confined spaces
20° lead angle hi-feed
0.5 mm AMPX (depth of cut)

NuMaxHF
LGM324R

RH Inserts for High Feed Milling
Tangential Inserts with 4 Cutting Edges
Ground Profile

NuMaxHF
LGX324R

RH Inserts for High Feed Milling
Tangential Inserts with 4 Cutting Edges
Pressed Complete

NuMaxHFA
DPM324L3A1 (12.7 mm)

NuMax HFA HiFeed Inserts
Left Handed Inserts (for Right Handed Cutters)
4 Indexes

NuMaxILOCK
IPM313, 11 mm IC Insert

2XJ3C ILock Periphery Station
4 Indexes
Suited for Ti, Stainless Steel and Other HRSA Materials
*NOT FOR 2XJ3J*

NuMaxILOCK
IPM324, 13mm IC Insert

2XJ3J ILock Periphery Station
4 Indexes

NuMaxILOCK
IPM425, 13 mm IC Insert

2XJ3C ILock Face Station
2 Indexes
Suited for Ti, Stainless Steel and Other HRSA Materials
*NOT FOR 2XJ3J*

NuMaxILOCK
IPM426, 16 mm IC Insert

2XJ3J ILock Face Station
2 Indexes

Octo-Plus
ONCQ09 - Flat Top

Flat Top for utmost edge durability
Integrated wiper for 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCQ09_ANN - SiN Insert

Flat Top for utmost edge durability
Integrated wiper for 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCU05_ANN - SiN Insert

Positive rake face for efficient chip formation
Equipped with integrated wiper for 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCU05_EN - Hi-Pos Keen Edge

Hi-Pos rake face for diffusing piece part breakout with iron and efficient chip formation with hi-temp alloys
Integrated wiper flat for producing 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCU05_HR - Multi-Purpose Insert

Positive rake face for efficient chip formation
Equipped with integrated wiper for 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCU05_P - Insert for Non-Ferrous

Positive rake face for efficient chip formation
Insert equipped with integrated wiper for 32-63 Ra surface finishes
16 indexes

Octo-Plus
ONCU05_TN - Anti-Notch Insert

Reinforced edge zone to diffuse notching at the depth of cut
Positive rake at insert corner to diffuse piece part breakout
Large corner radius for durability
16 indexes

Octo-Plus
ONCU05_W - Wiper Insert

Wiper insert to be added to one pocket for 20-32 Ra surface finishes
Wiper Insert marries with ONCU05 multi-purpose insert
Long wiper is crowned for optimal finish
Positive rake face for efficient chip formation
4 indexes

Octo-Plus
ONCU09_HR - Multi-Purpose Insert

Positive rake face for efficient chip formation
Multi-Purpose inserts equipped with integrated wiper for 32-63 Ra surface finishes
Radius corner blends for durability
Facet corner blends to diffuse piece part breakout
16 indexes

Octo-Plus
ONCU09_P - Insert for Non-Ferrous

Sharp edge & polished rake face for non-ferrous materials
Insert equipped with integrated wiper for 32-63 Ra surface finishes
High positive rake for efficient chip formation
16 indexes

Octo-Plus
ONCU09_TN - Anti-Notch Insert

Reinforced edge zone to diffuse notching at the depth of cut
Positive rake at insert corner to diffuse piece part breakout
Large corner radius for durability
16 indexes

Octo-Plus
ONCU09_W - Wiper Insert

Wiper insert marries with ONCU09_HR multi-purpose insert
Wiper insert can be added to one pocket for 16-32 Ra surface finishes
Long wiper is crowned for optimal finish
Radius corner blends for durability
Facet corner blends to diffuse piece part breakout
Positive rake face for efficient chip formation
4 indexes RH & 4 indexes LH

Octo-Plus
ONCU09_WE - Hi-Pos Keen Edge

Hi-Pos rake face for diffusing piece part breakout with iron and efficient chip formation with hi-temp alloys
Insert equipped with integrated wiper for 32-63 Ra surface finishes
16 indexes

Power-Feed 13 Plus
UNEU1307R-M, 13 mm IC Hi-Feed Insert

Multi-Purpose
Ideal for ferrous materials
6 Indexes

Power-Feed 13 Plus
UNEU1307R-MM, 13 mm IC Hi-Feed Insert

Multi-Purpose - Keen Edge
Ideal for ferrous materials
6 Indexes

Power-Feed 13 Plus
UNEU1307R-MR, 13 mm IC Hi-Feed Insert

Heavy Duty
Ideal for ferrous materials
6 Indexes

Power-Max
LNE323

Milling Insert

Power-Max
LNE424

Milling Insert

Power-Max
LNE426

Milling Insert
Hand: Neutral

Pro-Ball
NCET25 - Ball Nose Insert

Milling Insert
Ø1.000"
2 Indexes

Pro-Ball
NDET38 - Ball Nose Insert

Milling Insert
Ø1.500"
2 Indexes
Serrated Chip Breaker

Pro-Ball
NDET50 - Ball Nose Insert

Milling Insert
Ø2.000"
2 Indexes
Serrated Chip Breaker

Pro-Ball
NKET12 - Ball Nose Insert

Milling Insert
Ø.500"
2 Indexes

Pro-Ball
NKET18 - Ball Nose Insert

Milling Insert
Ø.750"
2 Indexes

Pro-Ball
NNET31 - Ball Nose Insert

Milling Insert
Ø1.250"
2 Indexes

Pro-Duo
NBEU16 - Ball Nose Insert

Milling Insert
Ø.625"
2 Indexes

Pro-Duo
NBEU19 - Ball Nose Insert

Milling Insert
Ø.750"
2 Indexes

Pro-Duo
NBEU25 - Ball Nose Insert

Milling Insert
Ø1.000"
2 Indexes

Pro-Trio
DCM323R01 - Ball Nose Insert

Milling Insert
Side Stations for Ø1.25" & Ø1.50"

Pro-Trio
DCM324R01 - Ball Nose Insert

Milling Insert
Side Station for Ø2.00"

Pro-Trio
NCEU32 - Ball Nose Insert

Milling Insert (Center Station)
Ø1.250"

Pro-Trio
NCEU32-P - Ball Nose Insert

Milling Insert (Peripheral Station)
Ø1.250"
2 Indexes

Pro-Trio
NCEU38 - Ball Nose Insert

Milling Insert (Center Station)
Ø1.500"
2 Indexes

Pro-Trio
NCEU38-P - Ball Nose Insert

Milling Insert (Peripheral Station)
Ø1.500"
2 Indexes

Pro-Trio
NCEU50 - Ball Nose Insert

Milling Insert (Center Station)
Ø2.000"
2 Indexes

Pro-Trio
NCEU50-P - Ball Nose Insert

Milling Insert (Peripheral Station)
Ø2.000"
2 Indexes

Quad-Bore
SHLT-N-FS

4 Cornered Insert for Quad Bore
Steel and General Purpose

Quad-Bore
SHLT-N-PH

4 Cornered Insert for Quad Bore
General Purpose

Quad-Bore
SHLT-TN-HR

4 Cornered Insert for Quad Bore
Steel & General Purpose

Quad-Bore
SPLT-R

2 Cornered Insert for Quad Bore
Steel & General Purpose

Quad-Plus Finish
SNED12 - Long Crowned Wiper

Long crowned wiper for 5-15 Ra surface finishes
Pressed rake face for positive cutting action
Ideal for interrupted cuts, like manifolds
Solution for finishing adjacent to 90° shoulder
.040" APMX
8 indexes

Quad-Plus Finish
SNED12_DT - Short Crowned Wiper

CBN Tipped Insert
Short crowned wiper for minimal face pressure
10-32 Ra surface finishes
.040" APMX
1 index

Quad-Plus Finish
SNES12 - Medium Crowned Wiper

Medium length crowned wiper for 10-20 Ra surface finishes and minimized face pressure
Pressed rake face for positive cutting action
.040" APMX
8 indexes

Quad-Plus Finish
SNEV12 - Medium Crowned Wiper

Medium length crowned wiper for 10-20 Ra surface finishes and minimized face pressure
Pressed rake face for positive cutting action
.040" APMX
4 indexes

Quad-Plus Finish
SNEX12 - Long Crowned Wiper

Long crowned wiper for 5-15 Ra surface finishes
Ideal for interrupted cuts, like manifolds
Pressed rake face for positive cutting action
Solution for finishing adjacent to 90° shoulder
.040" APMX
4 indexes

Roto-Mill
OFCT05 - Multi-Purpose

Insert for 45° Mills
Pressed rake face geometry promotes efficient chip formation
Screw-held
8 indexes

Roto-Mill
OFCT05_HR - Insert for SS/Hi-Temps

Insert for 45° Mills
Keen Edge for SS / Hi-Temp / Ti
Screw-held insert
Integrated wiper
8 indexes

Roto-Mill
OFCT05_P -Insert for Non-ferrous

Insert for 45° Mills
Sharp edge & polished rake face for non-ferrous materials
Screw-held insert
8 indexes

Roto-Mill
OFCT07_HR - Insert for SS/Hi-Temps

Insert for 45° Mills
Keen Edge for SS / Hi-Temp / Ti
Screw-held insert
Integrated wiper flat for 32-63 Ra surface finishes
8 indexes

Roto-Mill
OFCT07_P - Insert for Non-ferrous

Insert for 45° Mills
Sharp edge and polished rake for non-ferrous materials
Screw-held insert
Integrated wiper
8 indexes

Roto-Mill
OFCT07_W - Wiper

Insert for 45° Mills
Wiper insert can be added to one pocket for 16-32 Ra surface finishes
Long wiper is crowned for optimal finish
Screw-held insert
4 indexes

Roto-Mill
OFMT05_HR - Hi-Pos

Insert for 45° Mills
Hi-pos pressed rake face geometry promotes efficient chip formation and efficiency on small machines
Screw-held insert
8 indexes

Roto-Mill
OFMT07 - Multi-Purpose

Insert for 45° Mills
Pressed rake face geometry promotes efficient chip formation
Screw-held insert
Integrated wiper
8 indexes

Roto-Mill
OFMT07_HR - Hi-Pos

Insert for 45° Mills
Hi-pos pressed rake face geometry promotes efficient chip formation and efficiency on small machines
Screw-held insert
Integrated wiper
8 indexes