目前，数控工装信息管理、数控工装设计、数控编程与加工仿真等环节脱节，严重影响了数控工装设计和数控加工的效率。
Information management, NC equipment design, NC programming and simulation's disjection affects efficiency of NC equipment design and NC machining severely.
论文研究了机匣数控加工工艺优化的基本实现途径，以及所采用编程方法、切削方式与刀具的选择、切削冷却液的选择等。
The thesis researched the basic ways of the optimizations, the programming methods, the cutting ways and the cutter selections in the process of the NC machining.
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.
通过对一个加工实例的分析与探讨，给出了一套加工中心加工可转位式盘状铣刀刀体的加工工艺方案及数控编程方法。
Through the research of a processing example, the article gives a new processing method and a NC programming method in changeable disc cutter body processing with machining center.
将成组技术运用于数控加工中，充分利用数控机床的柔性加工和工序集约化的特点，提高了数控编程的效率与质量。
Efficiency and quality of nc programming are improved with applying group technology to nc process, and making full use of such features of nc machine, as flexible process and integrated procedure.
本文讨论了在数控机床加工自动编程系统中，动态模拟的重要性与必要性。
The article discussed the importance and necessity of dynamic simulation in automatic programming system of nc machine tool.
把隐函数的优势应用到数控加工编程中，即对于截面法的数控加工，求出刀具切削平面与隐函数曲面的加工轨迹，再用正负法绘制刀具轨迹曲线。
For NC machining of plane section method, the machining path of tool cutting plane and implicit surface can be found, and the curve of the tool path is drawn by the positive-negative method.
上述研究表明：从材料的制备与加工工艺、数控编程方法、加工成本等因素考虑，氧化铝陶瓷人工关节股骨头的数控加工技术能适应产业化的要求。
From above study, it would be concluded that the NC machining can meet the request of industrialization of femoral head prosthesis for alumina ceramic.
从加工优势、机床结构特征及数控系统与编程方面进行阐述。
This paper briefly introduces some knowledge about its advantage the structure characteristics of the machine tool, digital control system and programming.
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。
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.
文章重点探讨数控铣削加工与编程中应用刀具半径补偿功能的方法和技巧。
The method and skill of using the function of cutting tool radius compensation in nc milling and programming is given.
从数控编程到加工涉及了许多有密切联系的技术问题，深刻理解数控程序与加工之间的联系，成为掌握数控编程与操作的关键。
There are some close related technical questions in NC program and process. To comprehend the relation between NC program and process is the key for NC program and operation.
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.
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.
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