数控车床加工，表面光洁。
介绍了用数控车床加工球面的工装、方法和程序。
Introduces the fixture, methods and programme for spherical surface machined by numerical control lathe.
数控车床加工各种金属零部件，ISO 9001认证工厂。欢迎来图来样！
CNC machining various metal parts according to supplied drawings or samples. ISO9001 certificated.
文章根据数控车床加工时的不同精度要求，介绍了两种简捷而又实用的对刀方法。
According to the different precision requirement while numerical control lathe processing, introduce two kinds of simple and practical adjusting tool ways.
介绍了应用数控车床加工调节阀多级节流阀杆时程序的计算及编程中应注意的问题。
The paper analyses and introduces the calculation of programmers and its problems in the machining of control valve spindle with multiple throttling using numerically controlled lathe.
藉由上述刀柄安装于刀塔座上，可以简化加工程序，使数控车床加工具有更高的效率。
As the handle is installed on the knife tower seat, machining program can be simplified, and the numerically controlled lathe and tools have high efficiency.
本文主要介绍了有特殊位置椭圆形状型芯的数控车床加工方法，解决了模具生产中的难题。
This paper mainly introduced CNC lathe processing method of the special position elliptic shape core. solve the difficult problems of mold production.
本文分析了步进电机的一些特殊性能对数控车床加工质量的影响，并提出改善加工质量的措施。
This paper analyzes the affection of the special performances of stepping motor on the processing quality of nc lathe, and puts forward some measures for improving the processing quality.
通过实例，证明了正确地进行数控车床加工工艺分析与设计有助于提高零件加工质量和生产效率。
The application case proves that the correct analysis and design of nc turning process is helpful to improve parts quality and production efficiency.
介绍了数控车床加工中的刀尖半径补偿，对数控车床具备或不具备刀尖半径补偿功能时如何进行补偿进行了分析。
This article introduces tool nose radius compensation in CNC lathe process, and analyses how to compensate when CNC lathe possesses TNRC function or does not.
分析了不锈钢材料车削加工的特点，并介绍了利用数控车床加工此类材料的一些关键问题，同时给出了相应的解决办法。
The characteristics of stainless steel in the process of turning are analysed in this paper, and the methods of solutions are put forward.
全面介绍了数控车床加工过程中的刀具补偿，并且对数控车床不具备刀具半径补偿功能时的刀具补偿计算方法进行了阐述。
The paper presents tool offset in the process of CNC lathe machining, and expounds computational method of tool offset when CNC lathes do not possess the function of tool-radius offset.
针对在实践中遇到的数控车床加工的干涉问题，提出了用编程来解决的方法，并进行了理论证明，通过反复实践证明也是正确的。
Aimed at the interference problem in NC-lathe while the processing, this paper brings forward the solution which utilize program, and it turns out that this solution is correct in theory and practice.
超精密数控车床加工精度的提高不仅依赖于数控装置的运算速度和曲线的拟合精度，同时还依赖于伺服系统的跟踪精度和点位控制精度。
The manufacture precision of super exactitude NC lathe depends on not only the operation rate of NC deviceand joined precision, but also the error of track and point location about servo system.
企业技术力量雄厚，生产能力强，有数台压铸机、数控车床加工中心、液压机等机加设备，为保证产品质量、交货及时打下坚定的基础。
We are powerful in both technology and producing ability. Rich machines, center of numerically controlled engine lathe and hydrostatic press is available to ensure high quality and timely shipment.
为了保证加工表面质量，数控车床一般都具有恒表面切削速度控制功能。
In order to guarantee the machining surface quality, numerical control lathe generally has constant surface cutting speed control function.
我们公司拥有数控车床等先进生产设备，技术力量雄厚，加工工艺先进。
Our company has CNC lathes and other advanced production equipment, strong technical force, advanced processing technology.
公司先后引进国外先进的数控车床、加工中心、车铣复合加工中心以及CMM测量仪器等，为员工提供一个良好的工作平台。
The company has introduced advanced foreign CNC lathe, machining center and car milling compound machining center and the CMM measuring instrument etc, for employees to provide a good platform.
威含德拥有数控车床，加工中心等高新设备在内的各类加工和检测设备140多套。
Wellhead has more than 140 equipments like many CNCs, production center and high-tech equipment and testing equipment.
在数控车床上加工弧形零件，容易、方便、精度高。
It is easy convenient and highly accurate to machine the curve forming part on the NC (numerical control) lathe.
介绍了在数控车床上加工一种硅溶胶铸造阀盖的快速装夹夹具的结构、制造要点和使用效果。
Introduces structure, key points of production and application effect on quick installing clamp on a kind of silicon-sol casting bonnet machined on digital control lathe.
在数控车床的操作中，刀具偏置的设定是一个很重要的环节，它直接影响到机床的正常操作和零件的加工精度。
Initialization of tool offset is a very important step in the operation of NC-lathe, which influences directly operation of machine and precision of parts processing.
机械加工设备有数控车床、数控铣床、冲床、仪表车床、自动车床、滚丝机、车丝机等。
Mechanical processing equipment have CNC lathe, CNC milling machine, punch, instrument lathe, automatic lathe, thread-rolling machine, silk machine, etc.
在数控车床上加工大螺距螺杆有一定的技术难度，加工时不便观察且安全可控性差。
There is a certain of difficulties that the process of manufacture can not be observed easily and controlled safely when the big-lead screw in the CNC lathe.
改造后的数控车床在零件的加工精度及加工效率等方面都有明显的提高。
The numerical control lathes which after the transformation has the distinct enhancement in components processing precision aspect and processing efficiency aspect and so on.
介绍了一种在数控车床上加工大螺距蜗杆的切削技巧以及相应的数控程序。
The machining skill and relevant NC program of machining worm screw with large pitch using a NC lathe are introduced.
本文从数控车床智能控制系统的研究着手，对如何提高数控车床的加工效率进行了研究。
The improvement of working efficiency of nc lathe based on the Intelligence Control System is studied in this paper.
该系统是一套经济型数控装置，能应用于数控铣床、数控车床、加工中心或其它数控设备。
The system is a set of economic NC device which can be applied in NC miller, NC lather and machining center or other NC equipments.
作者研究采用现有的、成熟的、有价格优势的数控技术，经过一些专门的处理，研发了具备加工这类特殊螺纹功能的低价专用数控车床。
The research adopts existing and mature CNC technique which has advantage in price in producing the low cost CNC turning machine featuring the function of machining these special threads.
作者研究采用现有的、成熟的、有价格优势的数控技术，经过一些专门的处理，研发了具备加工这类特殊螺纹功能的低价专用数控车床。
The research adopts existing and mature CNC technique which has advantage in price in producing the low cost CNC turning machine featuring the function of machining these special threads.
应用推荐