数控编程过程中，刀具半径补偿功能的正确使用，可以简化计算、提高编程的效率和加工精度。
CNC programming process, the proper use of cutlery radius compensation functions to simplify calculations, increase the efficiency of programming and processing precision.
本文讨论在数控机床加工过程中与加工编程直接相关的几个主要工艺问题对加工的影响及相关处理方法。
In this paper, the effect of technics on numerical controlled machining process and program process are discussed., and the methods to resolve the problems are given.
在编制槽和型腔加工数控程序的过程中，针对槽和型腔的典型部位采用趋近圆弧的编程方法进行编程，提高加工精度。
During programming for the trough and cavity, programming of arc method is used for some typical positions of trough and cavity to improve the machining precision.
阐述了数控加工中刀具半径补偿建立和撤销的过程，分析并举例说明了在此过程中较为隐蔽的编程错误。
Describes the process of setting up and canceling cutting tool radios compensation in numeral control processing, illustrating and analyzing some secret programming errors occurring in this process.
在数控加工过程中，经常遇到截面形状复杂的零件，采用手工编程需要花费大量的时间，不但容易出错，而且影响零件的质量。
In the NC machining processing, the parts with complex shape section are usually seen, using manual programming spends a lot of time, not only easy to error, but also effect the quality of the parts.
在数控加工过程中，经常遇到截面形状复杂的零件，采用手工编程需要花费大量的时间，不但容易出错，而且影响零件的质量。
In the NC machining processing, the parts with complex shape section are usually seen, using manual programming spends a lot of time, not only easy to error, but also effect the quality of the parts.
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