Brand Quality: “Kyocera PVD Cermet Turning Insert… is a premium quality product from Kyocera .” meeting high international machining standards.
Shape Profile: Uses a V-shape 35-degree diamond outline that provides high clearance when processing narrow undercuts or shoulders.
Clearance Rake: Features an N-type zero-degree negative relief configuration, which reinforces edge stability across all 4 usable corners.
Tolerance Class: Adheres to the M-class industrial designation to secure highly uniform centerline height during indexable insert swaps.
Fixing Geometry: Molded with a G-type cylindrical mounting center hole to support secure pin-and-clamp tool holder assemblies.
Edge Dimension: Measures a standardized 16 mm physical cutting edge length to integrate into negative-style turning bars.
Body Thickness: Designated by the 04 dimension metric, yielding a precise cross-sectional body thickness of exactly 4.76 mm.
Nose Radius: Formed with a sharp 0.4 mm corner radius, drastically lowering cutting pressure to prevent thin-walled part deflection.
Substrate Material: “Super micro-grain cermet substrate… provides very high wear resistance.” and preserves a uniform cutting path.
Coating Method: Deposited via a low-temperature Physical Vapor Deposition (PVD) process that maintains extreme edge sharpness.
Evacuation Advantage: “PVD TiN coating layer improves chip evacuation…” ensuring chips slide easily over the face without scratching the part.
Anti-Welding Performance: Smooth outer coating minimizes raw friction to actively repel built-up edge (BUE) formation from melting steel chips.
Target Materials: Specifically engineered for high-efficiency machining across continuous configurations of carbon and alloy steels.
Machining Phase: Strictly optimized as an absolute finishing tool grade where maintaining tight dimensional tolerance is paramount.
Operating Value: Delivers up to twice the tool life of conventional cermets under ideal high-speed, light-depth cutting parameters.
