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The machining industry is continuously evolving – new technologies, materials, and processes shape our daily work practices. To succeed in this dynamic environment, solid expertise is essential.
Rinaldi-Tools-Academia is your knowledge platform for machining operations. Here you will regularly find new technical articles that break down complex topics from cutting technology in an understandable way and offer practical solutions. Our goal is to provide you as a professional in the machining industry with valuable insights and support you in continuously optimizing your manufacturing processes.
Benefit from our expert knowledge and stay always up-to-date with the latest technology.
Rinaldi-Tools-Academia – Understanding expertise, not just knowing.
High feed milling has evolved into one of the most important technologies in modern machining over recent years. This innovative machining process is characterized by the use of extremely high feed rates combined with shallow cutting depths, thereby revolutionizing efficiency in machining operations.
Cubic Boron Nitride (CBN) is among the hardest known materials and has established itself as a high-performance cutting material in machining over the past decades. CBN indexable inserts represent the pinnacle of cutting technology and enable the economical machining of extremely hard materials that are difficult or impossible to machine with conventional cutting materials.
The production of internal threads is one of the most important machining processes in metalworking. Two fundamentally different technologies are available: chip-forming thread cutting with taps and chipless thread forming with thread formers. Both processes have their specific applications, advantages, and disadvantages, which require careful selection according to the respective requirements.
Thread turning is one of the most demanding disciplines in machining and requires both theoretical understanding and practical finesse. This comprehensive guide systematically takes you through all aspects of thread turning: from basic terminology and the characteristic properties of different thread types to practical implementation on the lathe.