OS9201-S carbide: Grade for Stainless & High-Temp Alloy Machining
Introduction (TL;DR) OS9201-S carbide is a carbide grade tuned for edge toughness and high hot hardness. For busy buyers and
Read article →Practical notes about metal cutting, carbide inserts, toolholders, milling, drilling and production news from Diamond Cut.
Introduction (TL;DR) OS9201-S carbide is a carbide grade tuned for edge toughness and high hot hardness. For busy buyers and
Read article →Introduction (TL;DR) OS9201-S carbide is a carbide grade tuned for edge toughness and high hot hardness. For busy buyers and
Read more →Introduction Turning insert chip breakers are the micro‑geometry features that control chip curl and fracture. In this guide you will
Read more →Introduction CNC lathe machines are the backbone of precision turning in shops and factories. This CNC lathe machines buyers guide
Read more →Introduction Turning stainless steel on a CNC lathe can be challenging: built-up edge, work hardening, poor surface finish and short
Read more →Intro Turning steel efficiently requires more than a single feeds-and-speeds table. This guide condenses practical, shop-tested strategies—tooling choices, insert geometry,
Read more →Introduction Machining low-carbon structural steels such as S355 and the alloyed grade 42CrMo4 (often used for shafts and gears) is
Read more →Introduction Aluminum is one of the most commonly machined non-ferrous metals in modern manufacturing. Its low density, high thermal conductivity
Read more →Introduction Cutting steel—whether mild, alloyed, high-strength or stainless—demands the right mix of tooling, speeds, feeds and strategy. This guide gives
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OS9201S for Stainless Steel and Heat-Resistant Alloys Machining stainless steel and high temperature alloys is more difficult than machining regular
Read more →Send us the material, operation and machine setup. We can help choose inserts, holders and cutting data.