摘要
在现代数控加工中,由于被加工件的精度要求以及复杂度不断提高,传统加工系统无法满足使用需求,为解决这一问题,数字控制系统的核心算法以及驱动系统得到了快速发展,一些创新机构也应用到了数控机床的整机结构设计中。这些解决措施大幅提升了被加工件的精度和表面质量,促进了市场上一系列新型数控机床的出现,如复合机床、镜像铣削机床等,与之配合的新型加工工装技术也取得了相应的突破。
In modern CNC machining, since the precision and complexity of the workpiece continues to improve, traditional processing system can not meet the demand. To solve this problem, core algorithm of digital control system and drive system has been developed rapidly. Some innovation device have been applied to design of the whole structure of CNC machine tool. These solutions significantly improve the accuracy and surface quality, promoting a series of new CNC machine tool on the market, such as complex machine tool, mirroring milling machine tool, etc., associated with the new machining tooling technology has also made corresponding breakthrough.
出处
《航空制造技术》
2016年第6期47-52,共6页
Aeronautical Manufacturing Technology
关键词
数控机床
控制系统
驱动系统
先进机床
工装系统
CNC machine tool
Control system
Drive system
Advanced machine tool
Tooling system
