1.
Algorithm of high-speed machining tool path for molar crown
磨牙冠高速精加工刀轨生成算法(英文)
2.
Realization of Algorithm on Finishing Optimization-Tool-Path Generation for High-speed Machining Molar Crown
磨牙冠高速精加工优化刀轨生成算法的实现
3.
High-speed Milling Technology and Strategy of Precision Moulds & Dies Part
精密模具零件的高速加工技术及策略
4.
A New Precision Manufacturing Technology:High-speed Turn-milling(HSTM)
高速车铣加工(HSTM)——一种新型的精密加工技术
5.
The Research of High Speed and Accuracy CNC Machining of the Complex Shape;
复杂曲线曲面的高速高精度数控加工研究
6.
Dynamic optimization design of a high-speed and high-precision HMC
高速高精度卧式加工中心动态优化设计
7.
Research on Smooth Interpolation Algorithm for High Speed and High Precision Machining
适用于高速高精加工的平滑插补算法研究
8.
Research of New Interpolation Algorithm in Five-axis System with High Speed and Precision Machining
五轴高速高精加工的新型插补算法的研究
9.
In this paper the high speed vertical machining centre which has the characteristic of high speed, high precision, high rigidity is introduced.
本文对具有高速、精度和高刚性特点的高速立式加工中心作了介绍。
10.
High speed machining is a kind of high efficiency, high precision and low energy consumption new machining method.
高速切削加工是一种高效、质、精度低能耗的新型加工方法。
11.
Laser can be used to hot work of high accuracy, high speed and low heat input.
利用激光可以进行高精度、热输入、速度的热加工。
12.
Measures to improve the locating precision and the fast feed are discussed.
论述了提高加工精度和快速进给的技术措施。
13.
Research on the Key Technologies for the Development of High Speed Precision Horizontal Machining Center;
高速精密卧式加工中心开发的关键技术研究
14.
Study on Mechanism of High-Speed Wire Electrical Discharge Finishing in Gas;
高速走丝气中电火花线切割精加工机理研究
15.
Path Error Restraining Method and Application for High Speed and High Precision CNC Machining
高速高精度数控加工中轨迹误差的抑制方法及其应用
16.
High Speed Five-axis Machining Center Structural Design and Performance Study;
高速精密五轴联动加工中心结构设计及性能研究
17.
Analysis on Machining Precision with Hs-Wedm and the Developing Trend of Wedm;
高速走丝电火花线切割机加工精度分析及今后的发展方向
18.
Influencing factors and improvement measures to machining precision and surface quality in high-speed WEDM
高速往复走丝线切割加工精度和表面质量的影响因素及改进措施