如何设置刀具长度补偿参数一直是数控铣床和加工中心编程和操作中的难点。
How to set the tool length compensation parameters is the difficulty in operating NC milling machine or machining center.
介绍数控铣床图形编程系统的特点和结构。
This paper introduces the architecture of graphic programming system. and working principle, and characteristics on CNC milling machine.
文章基于3.5轴数控铣床，利用螺旋线展开的平面曲线编程，分层切削，加工出变螺距螺纹；
Programming by the plane curve unwrapped from the helix curve and cutting layer by layer, we created the variable pitch screw on the 3.5 axis NC milling.
通过典型凸轮零件的数控铣削加工，阐述铣床数控改造设计的原理和设计的方法，以及在加工编程设计中参数数据的转换。
The reconstructive principle and the designing way of nc milling machine are expatiated by machining a typical CAM, so does the parameter conversion.
介绍在数控铣床上灵活使用刀具半径补偿指令，可使数控编程简单化，保证被加工零件的品质。
When the instructions of compensation for the tool radius are put to use flexibly, it can simplify NC program and assure the quality of the part that is made on the NC milling machine.
数控铣床操作。擅长数控加工工艺与编程，能够熟练操作数控车床对其进行简单的编程，擅长绘制零件图。
Specializes NC processing technology and programming, can skillfully operate CNC lathes its simple programming, good at drawing parts map.
本文讨论了在经济型数控铣床上，采用增加第四轴的方法加工压辊的原理及数控编程方法；
In this paper, the principle of manufacturing pressing roller and the method of CNC programming on the Economical CNC mill are discussed by means of increasing the 4th Axis.
本文讨论了在经济型数控铣床上，采用增加第四轴的方法加工压辊的原理及数控编程方法；
In this paper, the principle of manufacturing pressing roller and the method of CNC programming on the Economical CNC mill are discussed by means of increasing the 4th Axis.
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