Therefore, many door type nc cutter are installed on plasma cutting device groove.
因此，许多门式数控切割机上都安装了等离子坡口切割装置。
In addition, the car cut as auxiliary cutting tools and nc cutter, dedicated to supporting the use of processing welding grooves.
此外，小车切割作为辅助切割工具与数控切割机配套使用，专门用来加工焊接坡口。
Foam cutter advanced CNC cutting software technology can support nc cutter do full-time cutting, automatic cutting and efficient cutting!
泡沫切割机先进的数控切割软件技术可以支持数控切割机做到全时切割、自动切割和高效切割！
Based on the specialities of numerical control (NC) of power spinning machine tool, this paper described the process of generating NC code from the cutter location track file.
描述了根据数控强旋机的特性，从已有的刀具轨迹文件出发，经过一系列处理生成了数控代码的过程。
NC plasma cutter is typically a mechanical and electrical integrated equipment, which applies the latest scientific and research results in each technological area concerned.
数控等离子弧切割机是典型的机电一体化设备，它综合应用了相关各门技术的最新科研成果。
The key problem of creating CAPP system based on NC machining—cutter selection is discussed.
讨论基于数控加工的箱体零件创成式CAPP系统中的关键问题——刀具选择。
The cutter in NC machining for freeform surface is studied academically.
对自由曲面数控加工中的刀具进行了较深入的研究。
While with NC only a point, namely the endpoint of the cutter, is controlled in the space, with robots both the endpoint and orientation are manipulated.
使用数控技术在一定空间内所控制的只是一个点，也就是刀具的端点。
From the quality analysis of NC machining of pressing dies of the motor vehicle covering parts, it shows that styling of the curved surface and cutter paths creating are two critical techniques.
对汽车覆盖件模具数控加工的质量分析表明，曲面造型和刀具运动轨迹的生成，是数控编程加工中的两大关键性技术。
Expounds the basic principle of cutter radius compensation, and how to apply the cutter radius compensation in nc milling as well as some matters needed attention.
阐述刀具半径补偿的基本原理和在数控铣削加工中刀具半径补偿的应用及使用时应注意的问题。
Generally, existing NC instructions, for example G32, G92, G76 etc, are limited in machining threads with forming cutter, which can not be used to turning nonstandard threads.
异型螺纹的加工就是其中典型的代表。G 32、G92、G76等指令仅限于用成型刀加工螺纹，不能满足异型螺纹的车削。
Cutter radius offset orders in numerical control (NC) milling manufacturing procedure are expounded and cutter radius offset procedure is analyzed.
阐述了数控铣削加工过程中的刀具半径补偿指令和刀具半径补偿过程。
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.
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。
Four shafts linkage NC milling machine is used for polishing impeller of an expending machine, which finger - like milling cutter and NC system is designed.
采用四轴联动数控铣床及自行设计的指状铣刀和数控程序，对膨胀机叶轮进行光整加工。
The principles for obtaining numerical control (NC) data and for generating collision free cutter location data were developed for a 6TPS tool.
以6-TPS型并联机床为结构模型，阐述了数控代码生成原理及无干涉刀位文件的生成方法。
The function of cutter radius compensation is an important function in nc milling.
刀具半径补偿功能是数控铣削加工中的重要功能。
A direct interpolation algorithm of spiral bevel gear NC machining is proposed, thus establishing the relationship between the motion of the cutter-head center and the rotation of the work gear.
提出了弧齿锥齿轮数控加工的直接插补算法，确定了铣齿刀盘中心运动和工件齿轮旋转运动之间的关系。
Cutter compensation is the special important function of nc machine, and user macro program is used to improve the capability of nc machine.
刀具补偿功能是数控机床所特有的重要功能，用户宏程序是用户提高数控机床性能的特殊功能。
An algorithm for tool path generation of nc machining by projection method is presented in this paper and the interference checking of the cutter is carried out.
提出了用投影方法来生成nc加工刀具轨迹的算法，并完成刀具干涉的检查。
Some methods of nc machining large inner thread for turbine parts by using nc milling cutter, preparation of milling tools and selection of milling parameters are introduced.
介绍了应用数控镗铣床加工水轮机零部件上的大尺寸螺纹的几种方法、铣削工具的准备及铣削参数的选择。
Based on a nc machine tool, the coordinate system, reference point and their relations are analysed. Several useful presetting cutter methods are also presented in this paper.
以数控车床为例，分析了数控机床使用中各种坐标系、参考点及其相互关系，从实用角度介绍了几种常见的对刀方法。
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.
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。
An algorithm for interference checking and Angle adjustment of 5 axis nc machining to flat end cutter is proposed.
提出了一种平底刀五坐标数控加工的干涉检测及刀位角修正算法。
A new algorithm of automatic generation of interference free cutter location path for nc machining of free form surfaces with flat end cutters is proposed.
提出了一种新的曲面平头立铣刀加工无干涉刀位轨迹自动生成的算法。
The cutter was controlled through NC machining module to work according to machining track, and the signal of strength and temperature was processed by the data gathering and alarming module.
系统通过数控加工模块控制刀具按轨迹加工，并用数据采集报警模块采集和处理力和温度信号。
On the basis of the differential geometry, the geometrical theory of machining free form surface by cylindrical cutter in 5-axis NC machine tool is investigated.
从微分几何学的角度，探讨了在五坐标数控机床上采用圆柱形刀具线接触加工自由曲面的几何学原理，分析了刀具面与被加工曲面二阶密切的条件。
The FEM(finite element method) of the main shaftclamping apparatus-cutter system for DMU-70V NC high speed machining was built, and the results of the FEM were validated using dynamic test.
建立了DMU-70V五轴数控高速加工中心主轴-夹具-刀具系统的有限元模型，并利用动态测试的方法对有限元计算结果进行验证；
The FEM(finite element method) of the main shaftclamping apparatus-cutter system for DMU-70V NC high speed machining was built, and the results of the FEM were validated using dynamic test.
建立了DMU-70V五轴数控高速加工中心主轴-夹具-刀具系统的有限元模型，并利用动态测试的方法对有限元计算结果进行验证；
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