It has been confirmed that simply setting the cutting speed slightly higher leads to significant wear progression!
Stainless steel, which has been positioned as a difficult-to-machine material, has become capable of stable processing in mass production due to the enhancement of processing data and dedicated tools. However, there are still few published materials regarding high-speed machining, making it difficult to transition to mass production processing. This document aims to serve as a reference by introducing the high-speed machinability in the finishing processing domain using SUS304, which is frequently used among stainless steels. We encourage you to read it. 【Contents】 ■ Experiment 1: Confirmation of wear progression ■ Experiment 2: Verification of suitable tools for high-speed machining ■ Experiment 3: Breaking boundary wear ■ Summary *For more details, please refer to the PDF document or feel free to contact us.
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TAKAMAZ has aimed to create products from the customer's perspective throughout its more than 70 years of history in machine tool manufacturing, providing "machines that earn." In this rapidly evolving modern era, we take pride in our flexible imagination, endless spirit of challenge, and commendable technical know-how, believing that we can surely meet our customers' needs. Furthermore, we are committed to nurturing our human resources under the belief that "a company is its people." We pour our passion into employee training and continue to work together as a company to provide reliable products and services. We sincerely ask for your continued support of TAKAMAZ products in the future.
