Machining stainless steels requires more cutting edges as when a similar machining operation in construction steel. When the professional machinist understands why this is, he can limit the higher tooling costs when machining stainless steels to a reasonable and acceptable levels. Selecting a good machining methodology, a well though over tooling selection and an intelligent determination of cutting conditions are the elements he must fully master.
This presentations unveil the most important reasons of the low machinability ratings of stainless steels and advises some of the steps the professional machinist could take to improve the process. Special attention is given on how to avoid false economies when machining stainless steels.
Getting Technical - Machining Stainless Steel
Challenges in stainless steel
Octomill 06: Explanation and comparison of the system design
Octomill 06: Insert Handling
Machining Stainless Steel
How to be more successful in stainless steel turning
Manage Tool Wear with Stainless Steel
Webinar: Efficient chip control in stainless steel turning
How to optimize machining processes for stainless steel
Video: SLIM DISC THREAD MILLING APPLICATION
Octomill OO.T06 / OF..05/07 – 8 edges – KAPR 40°/43°
Overcome stainless steel supply challenges
MEP takes the edge off aerospace part manufacturing
Balancing key factors in stainless steel machining
Stainless Steel / ISO M
Stainless Steels: Advances in Stainless Steels machinability
Turning steel with the new Seco CBN grades | Seco Tools
Duratomic® - General Turning Inserts
Video: Duratomic TP3501 Grade application video
Machine two sides of a part securely with Seco disc milling cutter system | Seco Tools
