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The Bar Cut BC is a deburring tool for cross holes that is installed on machines with a drilling mechanism. Due to its low malfunction rate, it can also be used as a tool for unmanned operation. It is also compatible with regrinding, which helps reduce running costs. *For more details, please refer to the PDF document or feel free to contact us.*

The Buyer High-Speed Deburring Tool (HSD) is a deburring tool for cross holes that incorporates a new principle. Even if you improve the process and shorten the machining time, have you ever experienced that deburring takes up time and manpower? There are various methods, but finding a decisive solution for deburring can be challenging. YAMADA offers specialized tools that help improve the precision and automation of deburring. If you are having trouble with deburring, please feel free to consult us.

"A groundbreaking method that uses the revolutionary idea of not producing any internal burrs." Among the countless metal parts around the world, there are innumerable instances of drilling processes. One of the challenges that everyone faces in this processing is "deburring after drilling." Many companies have competed to develop new "deburring technologies," but as of today, a "universal deburring method" has yet to be found. The NIPPS method is gaining attention as a new technology that fundamentally overturns this concept. By drilling from the inside instead of the outside, which has been the norm until now, it employs a groundbreaking idea that eliminates any internal burrs.

This document contains information related to Dr. Beier's paper on the development and design of high-speed deburring tools (HSD). It introduces topics such as "the fundamental issues of deburring," "conventional technologies," and "experimental results of directly controllable deburring tools." [Contents (excerpt)] ■ Fundamental issues of deburring ■ Conventional technologies ■ Concept of directly controllable cutting edges ■ Experimental results of directly controllable deburring tools ■ Comparison of experimental results of directly controllable deburring tools with conventional deburring tools ■ Summary *For more details, please refer to the PDF document or feel free to contact us.