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 āPractical 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 āIntroduction (TL;DR) OS9201-S carbide is a carbide grade tuned for edge toughness and high hot hardness. For busy buyers and
Read more āIntroduction Turning insert chip breakers are the microāgeometry features that control chip curl and fracture. In this guide you will
Read more āIntroduction CNC lathe machines are the backbone of precision turning in shops and factories. This CNC lathe machines buyers guide
Read more āIntroduction Turning stainless steel on a CNC lathe can be challenging: built-up edge, work hardening, poor surface finish and short
Read more āIntro Turning steel efficiently requires more than a single feeds-and-speeds table. This guide condenses practical, shop-tested strategiesātooling choices, insert geometry,
Read more āIntroduction Machining low-carbon structural steels such as S355 and the alloyed grade 42CrMo4 (often used for shafts and gears) is
Read more āIntroduction Aluminum is one of the most commonly machined non-ferrous metals in modern manufacturing. Its low density, high thermal conductivity
Read more āIntroduction Cutting steelāwhether mild, alloyed, high-strength or stainlessādemands the right mix of tooling, speeds, feeds and strategy. This guide gives
Read more ā
OS9201S for Stainless Steel and Heat-Resistant Alloys Machining stainless steel and high temperature alloys is more difficult than machining regular
Read more āSend us the material, operation and machine setup. We can help choose inserts, holders and cutting data.