1.
Research on the 4-axis machining method of propeller based on CAM
基于CAM的螺旋桨四轴加工方法研究
2.
Innovative Design Method Research of Four Axis Machining Center Organization Movement Scheme
四轴加工中心机构运动方案创新设计方法的研究
3.
Study of GSHM7060 4-axis Linkage Horizontal Machining Center
GSHM7060四轴联动卧式加工中心的研制
4.
The Research of the Algorithm of Four-Axis Blade Clean-up Machining and Process Plan Optimizing;
叶片四轴清根加工算法及工艺优化方案研究
5.
Research on Virtual Machining Center and Kinematics of Four-axis Linkage Cutting;
虚拟加工中心系统及四轴联动切削运动学研究
6.
Control System Design for NC Glass Engraving Machine Center with Four-coordinated Axes
四轴联动数控玻璃刻花加工中心控制系统设计
7.
vertical 4 position electric turret
轴式四工位电动转塔
8.
Inspection machining dimension of propeller shaft( intermediate shaft or counter shaft).
螺旋桨轴（间轴）加工尺寸检查。
9.
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
10.
Development of 4-hi Cold Rolling Mill with WR shifting function
工作辊轴向窜动式四辊冷轧机的开发
11.
Before using they have to be preloaded.
推力球轴承在工作中必须加以轴向予紧。
12.
drilling machine, for working metal, single or multispindle, not numerically controlled
单轴或多轴式钻孔机,用于金属加工数控式
13.
Research on Net-based Modeling of Axial Pump s Impeller and Pump Shaft s Virtual Machining;
轴流泵叶轮网络化建模与泵轴虚拟加工的研究
14.
Research on Rotary-axis Error Software Compensation Technology of Five-axis NC Machine Center;
五轴数控加工中心回转轴误差补偿技术的研究
15.
Five-axis Lathe-milling Technology and Its Application in Crank Machining
五轴车铣技术及其在曲轴加工中的应用
16.
The Automatic Switching Between the Main Spindle and C Axis of the Vertical Turning and Milling MC
立式车铣加工中心主轴与C轴的自动切换控制
17.
Five-axis Tool Orientation Optimization Based on Kinematical Method
自由曲面五轴加工刀轴矢量的运动学优化方法
18.
Programming of Inner-milling of Crankshaft Drive Spindle with Parameters R
基于R参数的曲轴主轴颈内铣加工循环编程