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磨削加工是传统的加工技术,它的发展是和磨料磨具的发展密切相关的。19世纪末到20世纪初,由于刚玉和碳化硅等人造磨料的出现,使磨削加工有了飞跃的发展,奠定了近代磨削加工技术的基础。从1960年前后至今,随着磨削加工新技术的开发,特别是人造金刚石和立方氮化硼的出现,给磨削加工以革命性的影响,构成了磨削加工的第二次飞跃。现代磨削加工不仅是一种获得高精度低粗糙度的有效加工方法,而且是一种高效率高表面完整性的
Grinding is the traditional processing technology, its development is closely related to the development of abrasive abrasive. From the late 19th century to the early 20th century, due to the advent of artificial abrasives such as corundum and silicon carbide, the grinding process developed rapidly and laid the foundation of modern grinding technology. Since 1960, with the development of new grinding technologies, especially the advent of artificial diamond and cubic boron nitride, the revolutionary impact on grinding has formed the second leap in grinding. Modern grinding is not only an efficient method of obtaining high-precision low-roughness but also a high-efficiency, high-surface-integrity