高效加工控制技术研究

摘要

Use FIDIA C series CNC systemas an example, break through the traditional research methods, begin to research from the aspects of control technology, analyzeefficient process control principle, establish parameter database of rough machining, semi finishing, finishing through a large number of cutting tests. Under the stability of the machine tool, selecting process integration in CNC system. By directly calling parameter database, realizing the processing speed, cutting quality and surface precision parameter matching optimization. " S" pieces are cut in the five axis machine, ensuring the accuracy of the work, shortening the processing time, improving the processing efficiency. It verifies the validity of control technology.%以菲迪亚C系列数控系统为例,突破传统研究方法,从控制技术方面入手,分析高效加工控制原理,通过大量的切削试验,建立粗加工、半精加工、精加工的参数库,在不影响机床稳定性的前提下,将加工工艺选择程序集成于数控系统,通过直接调用参数库,实现加工速度、切削质量及表面精度参数的优化匹配.在五轴数控机床上试切“S”件,在保证精度的的同时,缩短了加工时间,提高了加工效率,验证了该控制技术的有效性.