在刀具制造中，刀具磨削过程对刀具表面、次表面和切削刃几何形状的特性负责。在硬车削条件下研究了无涂层陶瓷刀片的切削性能和磨损行为。本文研究了刀具磨削工艺对陶瓷刀片表面和亚表面性能以及切削刃质量的影响。提出了一种在磨削过程中使砂轮磨损对磨削过程的影响最小化并改善磨削过程性能的在线磨削技术。

In cutting tool manufacturing the tool grinding process is responsible for the properties of the cutting tool surface, the subsurface and the cutting edge geometry. The cutting performance and wear behavior of uncoated ceramic inserts is carried out in the hard turning. This paper shows the influence of the tool grinding process on the surface and subsurface properties and the cutting edge quality of ceramic inserts. In-process sharpening techniques which minimize the influence of the grinding wheel wear on the grinding process and improve the grinding process behavior are presented.