Abstract
Blade machining of workpiece surfaces for parts made of high hardness material is a complex process. Solid-carbide end mills are mainly used, the range of which is wide. However, it is difficult to choose a rational milling cutter, since there are no recommendations for choosing it. The article presents the methodology and recommendations developed for selecting a cutter for workpieces, the surface layer material of which has a hardness of HRC 65. The results obtained do not solve the problem as a whole, but allow a reasoned choice of an efficient cutter of a small diameter. As a comparison criterion, the period of cutter life under equal operating conditions was adopted.
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