控制加工面基准以普通车床实现超精密加工据报道，东京都立科学技术大学河野嗣男教授等人，基于刀具和工件的相对位置的关系，开发出“控制加工面基准加工法”，用普通车床实现了与超精密车床同样效果的高精度加工．切削加工是从刀具与工件一接触就开始进行的，而决定加工... It is reported that Tokyo Metropolitan University of Science and Technology, Professor Kazuo Kono, etc., based on the relative position of the tool and the relationship between the workpiece, the development of the “control of the machining surface datum processing method”, with ordinary lathe to achieve High-precision machining with the same effect as an ultra-precision lathe. Cutting is started from the contact between the tool and the workpiece, and decided to process ...