本文的研究对象是数控加工技术，包括数控编程技术和数控机床技术。
The research object of this thesis is NC machining technologies including NCP and CNC.
高速加工数控编程技术是高速加工研究的关键内容之一，它极为重要也非常复杂。
The NC Programming Technology of High Speed Machining is one of key subjects of High Speed Machining. It is very important and complicated.
利用XH714A立式加工中心的数控编程技术实现精确、高节拍的加工。
The precision manufacture and high rhythm production are achieved by XH714A NC machine tool.
它是数控编程技术的关键技术之一，是数控加工系统中的重要组成部分。
It is one of the key CNC programming technologies as well as an important component of NC system.
作为数控编程技术的重要内容，后置处理的作用是将通用的刀位文件转换成适合于数控机床加工的NC程序。
As an important part in the nc programming, the function of post-processing is to transfer the cutter location file into the nc program suitable to nc machine tools.
作为数控编程技术的重要内容，后置处理的作用是将通用的刀位文件转换成适合于数控机床加工的NC程序。
As an important part in the nc programming, the function of post-processing is to transfer the cutter location file into the nc program suitable to nc machine tools.
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