摘要
介绍了子程序编程的特点,制定了零件工艺方案,编制了子程序加工代码,验证了加工过程的准确性。通过对生产案例加工过程反复模拟仿真,得到生产中合理的工艺方案和准确的加工程序。正确使用子程序,缩短了零件设计和加工时间,提高了生产效率。
Based on characteristics of a subroutine programming, a part process program is made, a subroutine processing code is designed, and the accuracy of machining process is verified. Machining process of production case is simulated repetitively, so that a reasonable process program and an accurate NC program are found. The subroutine is used correctly to reduce the time of part designing and manufacturing and improve production efficiency.
出处
《机械制造与自动化》
2015年第3期44-45,共2页
Machine Building & Automation
关键词
子程序
数控铣削
加工仿真
subroutine
CNC milling
machining simulation
