"finishing operation indexable insert"
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WNMG-BM 80° Hexagonal Turning Insert with BM Chipbreaker and PVD Coating for Semi-Finishing
80° peach-shaped PVD coated turning insert with BM chipbreaker. Optimized for stainless steel semi-finishing, it delivers stable chip breaking and excellent anti-sticking & wear resistance. It supports carbon steel machining with high cost performance and versatile compatibility.
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DNMG 55° Rhombic Full Groove Turning Insert for Cast Iron Machining
This DNMG 55° rhombic turning insert adopts a universal full-groove chipbreaker structure with high cutting edge strength and wide adaptability.It is mainly designed for roughing and semi-finishing operations, capable of stable machining on various cast iron materials.
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CNMG 80° Rhombic Turning Insert with Full Chipbreaker for Cast Iron Machining
The full chipbreaker ensures smooth chip flow, mainly for cast iron machining, also suitable for carbon steel and alloy steel. Applied in OD turning, facing and contour turning. CVD coated substrate features good wear and thermal shock resistance for roughing and semi-finishing.
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TNMG-GF 60° Triangular Turning Insert for Finishing with GF Chipbreaker
TNMG-GF Turning Insert features a strong 60° negative triangular geometry and an optimized finishing chipbreaker, making it ideal for finishing and semi-finishing steel on CNC lathes. It offers stable cutting performance, efficient chip control, and consistent surface quality.
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VBMT-TM 35° Rhombic Turning Insert for Semi-Finishing with TM Chipbreaker
VBMT-TM is a 35° rhombic positive-rake insert for steel semi-finishing.The 5° positive clearance enables sharp, low-force cutting for profiling, OD turning and ID boring.Its arc chipbreaker provides stable chip control to prevent scratching, suitable for automated mass production
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CCMT-TM 80° Rhombic Semi-Finishing Turning Insert with TM Chipbreaker for Steel Machining
80° rhombic turning insert with precision TM chipbreaker, available in PVD and CVD coating. Suitable for semi-finishing of stainless steel, carbon steel and alloy steel, featuring smooth cutting, stable chip removal and high surface finish for versatile mass precision machining.