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复合加工技术主要解决2个方面的问题:特殊结构与复杂结构的加工、难加工材料及脆硬材料的加工。目前,复合加工技术已经在航空、航天、兵器和原子能等工业领域中难加工材料的高效加工中逐步进入广泛应用阶段。复合加工的主要特点是综合应用机械、光学、化学、电力、磁力、流体和声波等多种能量进行综合加工,提高了加工效率,生产率往往大大高于单独使用各种加工方法的生产率之
Compound processing technology mainly to solve two problems: special structure and complex structure of the processing, processing of hard materials and hard and brittle materials processing. At present, the compound processing technology has gradually entered a wide range of application stages in the efficient processing of difficult-to-machine materials in the fields of aviation, aerospace, weapons and atomic energy. The main feature of the compound processing is the comprehensive application of a variety of energy such as mechanical, optical, chemical, electric, magnetic, fluid and sound waves to improve the processing efficiency, productivity is often much higher than the productivity of various processing methods alone