VC--11 Inserts
6 από 6 products
VCMT1103**-MM Inserts for Steel and Stainless Steel - General Use
Machining Materials (M) - Stainless Steels (Stainless Steel - Inox) (P) - Steels - Alloy Steels (Steel - Alloy Steel) Chipbreaker (MM) - Geom...
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VCMT1103**-MF Inserts for Stainless Steel - Finishing
Processing Materials (M) - Stainless Steels (Stainless Steel - Inox) Chipbreaker (MF) - Geometry specially designed for finishing stainless st...
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VCGT1103**-AL Inserts for Aluminum
Machining Materials (N) - Non-ferrous materials - Aluminum, Copper alloys, Plastic (Aluminum, Copper alloys, non metallic materials) Chipbreaker...
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VCGT1103**-SF Inserts for Superalloys
Workpiece Materials (S) - High-temperature Superalloys (Fe,Ni,Co) - Titanium Alloys (HRSA, Titanium alloys) Chipbreaker (SF) - Geometry specia...
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VCMW1103**-HA Inserts for Painted Surfaces
Machining Materials (K) - Cast Irons - Grey Cast Iron (Cast Iron) (H) - Hardened Materials - Painted (Hardened Steel) Lathe inserts from Dormer...
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VCMT1103**-PF Cermet Inserts for Steel, Cast Iron, and Stainless Steel - Finishing
Workpiece Materials (P) - Steels - Alloy Steels (M) - Stainless Steels (Inox) (K) - Cast Irons Chipbreaker (PS) - Geometry specially designe...
View full detailsVC--11 inserts are 35° positive turning inserts (VCGT/VCMT) for lathes, intended for finishing and semi-finishing operations with consistent surface quality and controlled chip evacuation.
Available with multiple chipbreaker geometries and carbide grades, including different coatings and nose radii, to match steel, stainless, cast iron and non-ferrous materials. Options from Yg support reliable performance in production environments.
When selecting, consider workpiece material, depth of cut, feed rate and target roughness to maximize tool life and minimize vibration.




























































































































































































































































































































































































































