数控车铣切削加工工艺参数优化分析

Optimization Analysis of Process Parameters for NC Turning and Milling

数控车铣在机械加工领域应用广泛,优化数控车铣切削加工的工艺参数,对提高工件质量与企业生产效益至关重要。基于此,介绍了数控车铣的基本组成与工作原理,阐述了编程数据处理、刀具的性能与参数、切削路线等影响数控车铣切削加工精度的因素,并结合数控车铣加工特点,对切削加工工艺参数进行了优化,以提高数控车铣加工精度,降低成本,提高效益。

NC turning and milling is widely used in the field of machining. Optimizing the process parameters of NC turn milling is very important to improve the workpiece quality and enterprise production efficiency. This paper introduces the basic composition and working principle of NC turning and milling, expounds the factors affecting the cutting accuracy of NC turning and milling, including programming data processing, tool performance and parameters, cutting route, etc., and optimizes the cutting process parameters in combination with the characteristics of NC turning and milling, so as to improve the machining accuracy, reduce the cost and improve the benefit.