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用现代型腔电加工机床加工后的表面完整性,是恰当地使用复杂的能量控制和按计划完成必须的准备及操作的直接结果,以确保去除受损伤的材料并加工出可靠的工件。本公司继1984年研讨线切割加工后,又研讨了型腔电加工过程,阐明了如何恰当控制可帮助用户自始至终地加工出尽可能好的表面。由于加工引起的表面质量受损和恶化与蚀除材料力的大小及加工过程允许的时间有直接的关系。蚀除材料量越多,允许的加工时间越短,则缺损范围就越大。对表面完整性要求越
Surface integrity after machining with modern cavity electroforming machines is a direct result of the proper use of complex energy control and on-schedule completion of required preparation and operation to ensure the removal of damaged materials and the production of reliable workpieces. Following the 1984 cutting line cutting process, the Company also discussed the cavity electroforming process and clarified how proper control can help users to machine as good surfaces as possible from beginning to end. Damage and deterioration of the surface quality due to machining are directly related to the size of the material to be eroded and the time allowed by the machining process. The more erosion material, the shorter the allowable processing time, the greater the extent of the defect. The more the surface integrity requirements