Indexable Inserts - Indexable Turning Inserts Total Products: 14142
Positive Insert Geo 1P Cutting Edges 2
WIDIAPOSITIVE INSERT GEO 1P Chip-Breaker Code 1P Inscribed Circle 0.375 in TiAlN ANSI Code CCMT32511P Clearance Angle 7 Degrees Coating Process PVD
Positive Insert Geo 1P Cutting Edges 2
WIDIAPOSITIVE INSERT GEO 1P Chip-Breaker Code 1P Inscribed Circle 0.25 in TiAlN ANSI Code CCMT21511P Clearance Angle 7 Degrees Coating Process PVD
Positive Insert Geo Mu Carbide Square
WIDIAPOSITIVE INSERT GEO MU Chip-Breaker Code MU Inscribed Circle 0.375 in TiAlN
Positive Insert Geo Mu Cutting Edges 2
WIDIAPOSITIVE INSERT GEO MU Chip-Breaker Code MU Inscribed Circle 0.375 in TiAlN ANSI Code DCMT3252MU Clearance Angle 7 Degrees Coating Process PVD
Positive Insert Geo Mu Cutting Edges 2
WIDIAPOSITIVE INSERT GEO MU Chip-Breaker Code MU Inscribed Circle 0.25 in TiAlN ANSI Code DCMT2151MU Clearance Angle 7 Degrees Coating Process PVD
Positive Insert Geo Mu Cutting Edges 2
WIDIAPositive Insert
Positive Insert Geo Mu Cutting Edges 4
WIDIAPOSITIVE INSERT GEO MU Chip-Breaker Code MU Inscribed Circle 0.25 in TiAlN ANSI Code CCMT2152MU Clearance Angle 7 Degrees Coating Process PVD
Positive Insert Geo 1P Cutting Edges 2
WIDIAPOSITIVE INSERT GEO 1P Chip-Breaker Code 1P Inscribed Circle 0.375 in TiAlN ANSI Code VBMT3321P Clearance Angle 5 Degrees Coating Process PVD
Positive Insert Geo 1P Cutting Edges 2
WIDIAPositive Insert
Triangle Turning Inserts 0.1102 ID
WIDIATriangle Turning Inserts Chip-Breaker Code 1P Inscribed Circle 0.250 in TiAlN
Triangle Turning Inserts 0.1102 ID
WIDIATriangle Turning Inserts Chip-Breaker Code 1P Inscribed Circle 0.250 in TiAlN
Positive Insert Geo 1P Carbide Square
WIDIAPOSITIVE INSERT GEO 1P Inscribed Circle 0.500 in TiAlN
Negative Insert Geo Cutting Edges 4
WIDIANegative Insert
Trigon Turning Inserts Material Carbide
WIDIATrigon Turning Inserts Chip-Breaker Code UR Inscribed Circle 0.500 in TiAlN
Negative Insert Geo Ur Cutting Edges 4
WIDIANEGATIVE INSERT GEO UR Chip-Breaker Code UR Inscribed Circle 0.375 in TiAlN ANSI Code VNMG332UR Clearance Angle 0 Degrees Coating Process PVD
Negative Insert Geo Ur Carbide Square
WIDIANEGATIVE INSERT GEO UR Chip-Breaker Code UR Inscribed Circle 0.500 in TiAlN
Positive Insert Geo Mu Cutting Edges 2
WIDIAPOSITIVE INSERT GEO MU Chip-Breaker Code MU Inscribed Circle 0.375 in TiAlN ANSI Code DCMT3251MU Clearance Angle 7 Degrees Coating Process PVD
Trigon Turning Inserts Material Carbide
WIDIATrigon Turning Inserts Chip-Breaker Code RU Inscribed Circle 0.500 in TiAlN
Trigon Turning Inserts Material Carbide
WIDIATrigon Turning Inserts Chip-Breaker Code RU Inscribed Circle 0.500 in TiAlN
Negative Insert Geo Ur Cutting Edges 8
WIDIANEGATIVE INSERT GEO UR Chip-Breaker Code UR Inscribed Circle 0.5 in TiAlN ANSI Code CNMG432UR Clearance Angle 0 Degrees Coating Process PVD
Triangle Turning Inserts 0.15 ID
WIDIATriangle Turning Inserts Chip-Breaker Code RU Inscribed Circle 0.375 in TiAlN
Negative Insert Geo Ru Cutting Edges 8
WIDIANegative Insert
Triangle Turning Inserts 0.15 ID
WIDIATriangle Turning Inserts Chip-Breaker Code UR Inscribed Circle 0.375 in TiAlN
Negative Insert Geo Ur Carbide Square
WIDIANegative Insert