CNC machining program was used for machine control after initialization and processing.
通过初始化，将加工程序处理后用于机床控制。
Processing program also known as process plans, CNC machining programs include the development process, working steps and take the knife line and so on.
加工方案又称工艺方案，数控机床的加工方案包括制定工序、工步及走刀路线等内容。
In the operation process of CNC machining center, the first is based on the design drawings and the technology of machining workpiece processing program, and then enter the CNC machining center.
在CNC加工中心运行过程中，其首先是根据工件设计图件和加工技术进行加工程序的编程，然后输入CNC加工中心中。
On the base of the program pre-reading and the smooth algorithm between lines for micro-beeline machining of CNC milling, the arc smooth algorithm with linear transformation is brought forward.
在数控铣微直线加工程序预读、直线段间平滑算法的基础上，提出了线性变换圆弧平滑算法。
An example of this program category of the long axis CNC machining of parts programming.
本程序实现一个实例化的长轴类的零件数控加工编程。
By use of it and other functions in CNC system, complex machining such as group holes can be simply completed, also to user, programming is very simple and the parts program is short.
联合运用它和CNC系统中的其它功能，能够完成诸如孔群之类的复杂加工，而且对用户来说，编程非常简单。
This design is for typical shaft parts of CNC machining technology and programming, focuses on the part of the process of analysis, processing route and processing program.
本次设计就是进行典型轴类零件的数控加工工艺与编程，侧重于该零件的工艺分析、加工路线的确定及加工程序的编制。
Become the process owner for machining process such as creating CNC program, machining standard work procedure, new capability development, employee training, trouble shooting. etc.
管理加工过程，编写数控程序，编制加工相关标准操作流程，开发新维修能力，培训其他人员和加工过程排故。
On the basis of the functions of SIEMENS CNC system, the sub-program for cycloidal cam machining has been developed.
在SIEMENS数控系统功能的基础上，开发出了摆线凸轮加工子程序，该子程序使用等误差直线逼近来保证凸轮的精度。
On the basis of the functions of SIEMENS CNC system, the sub-program for cycloidal cam machining has been developed.
在SIEMENS数控系统功能的基础上，开发出了摆线凸轮加工子程序，该子程序使用等误差直线逼近来保证凸轮的精度。
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