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如果能够成功地开发出一种万用的硬齿面精加工的工艺方法,则可以实现短的制造时间、低的成本和高度的可重现性。借助一台模拟试验台进行工序的改善工作,剃齿磨削具有满足此要求的希望。 为了制造高质量的产品大多需要多项加工工序。每个单项工序的质量和加工顺序必须相互协调,以便可靠地达到工件要求的使用功能。这一点特别适用于最后一道加工,因而采用精加工工艺方法来制造对几何形状和表面粗糙度有高度要求的产品。
If you can successfully develop a universal hard tooth surface finishing process, you can achieve short manufacturing time, low cost and high reproducibility. Gear sharpening has the hope of meeting this requirement with the help of a simulation test bed for process improvement. In order to manufacture high quality products, most of the processing operations are required. The quality of each individual process and the order of machining must be coordinated with one another in order to reliably achieve the requested functionality of the workpiece. This applies in particular to the last process, so finishing processes are used to make products that have a high degree of geometry and surface roughness.