五轴高速高精加工，中文例句，英文例句

  本文关键词：螺旋桨叶轮自由曲面造型与五轴高速数控加工技术的研究，由笔耕文化传播整理发布。

1.

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

2.

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

3.

Key Technology Study on High-speed Precision 5-axis Linkage Gantry Machining Center

GS5200高速精密五轴联动龙门加工中心关键技术研究

4.

Machining Technology of High-speed Face Milling Cutter s Body Based on Five-Axis NC Machining Center;

基于五轴加工中心的高速面铣刀刀体加工技术

5.

The Study on the HSC Technology Optimization of Integrated Impeller;

整体叶轮的五轴高速铣削加工工艺优化

6.

Study on High Accuracy Five-axis NC Machining of Centrifugal Compressor Impeller;

离心压气机叶轮高精度五轴数控加工技术研究

7.

Simulation Research on 5-Axis NC High-Speed Machining Center;

五轴数控高速铣削加工中心的仿真研究

8.

Research on Key Technology of Five-Axis and High-speed Machining of Impeller

五轴联动高速加工螺旋桨叶轮的关键技术研究

9.

High-speed Spindle Thermal Character Analyse on CXK630 Five-axis Lathe and Milling Multiplicate Cutting Macine

CXK630五轴联动车铣复合加工机床高速主轴热态特性分析

10.

High Speed Grinding with CBN Grit Wheel for Camshaft Manufacturing of Engine

发动机曲轴凸轮轴CBN高速磨削加工

11.

The Research on the Free-form Surface Design and Five-Axis and High-speed NC Machining of Impeller;

螺旋桨叶轮自由曲面造型与五轴高速数控加工技术的研究

12.

MasterCAM X Based on High-speed Multi-axis Milling;

基于MasterCAM X的多轴高速铣削加工

13.

Tool Path Planning for 5-Axis NC Machining Based on Iso-Scallop Method;

基于等残留高度法的五轴NC加工刀位轨迹规划

14.

Product line includes special purpose machines, including Ruling Machines, Horizontal5 axis HSM's and vertical spindle drilling, milling and boring machines.

其它产品线包括：专用机床、划机、式五轴高速加工中心，以及立式钻床、床和镗床。

15.

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

16.

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)

17.

The Research Based on High-speed Motorized Spindle of Turning-Milling Manufacture Center;

基于高速车铣复合加工中心电主轴系统研究

18.

The Study of the Spindle Rigidity Based on the High Speed Turning-milling MC;

基于高速车铣复合加工中心的主轴刚度研究

  本文关键词：螺旋桨叶轮自由曲面造型与五轴高速数控加工技术的研究，由笔耕文化传播整理发布。