1.
automatic headstock changing N/C machine
自动更换主轴箱数控机床
2.
Manufacturing Resource Modeling for Machine Spindle Box;
面向机床主轴箱生产的制造资源建模
3.
Structure Analysis and Modification Design of the VDL1000 Spindle Box
VDL1000主轴箱结构分析及改进设计
4.
Application of Model Analysis in Headstock Optimization Design
模态分析在主轴箱优化设计中的应用
5.
Force Analysis on Lathe's Headstock Based on ANSYS
基于ANSYS的车床主轴箱的受力分析
6.
Research on Thermal Characteristic about Headstock of SYSK-209 Pipe Threading Lathe;
SYSK-209型管子车丝机主轴箱热特性的研究
7.
Research and Application on Fault Diagnosis for Headstock of Numerical Control Machine;
数控机床主轴箱故障诊断的研究及应用
8.
On Power Milling and Judgment of Headstock Malfunction;
铣床强力铣削与铣床主轴箱故障“异声”判断
9.
Researches of Synchronous Control of the Gear Box of CNC Milling Machine Tool
数控铣齿机主轴箱同步控制技术的研究
10.
The Finite Element Analysis of the NC Boring and Milling Machine Spindle Box
大型数控落地镗铣床主轴箱的有限元分析
11.
Simulation and Analysis of Thermal Errors of a Turning Center
车削中心主轴箱热误差仿真及特性分析
12.
Reason Causing Blowhole in Headstock Housing of Radial Drilling Machine and its Prevention
摇臂钻床主轴箱体气孔产生原因及消除措施
13.
Structural Improvement and Optimization of Spindle Box in a Coiling Machine Based on Finite Element Method
基于有限元的绕线机主轴箱的结构改进及优化
14.
Analysis of Vibration Characteristics and Structural Optimization for the Spindle Box in a Coiling Machine
绕线机主轴箱的振动特性分析及结构优化
15.
Material Selection and Heat Treatment of Lathe Headstock Gears
车床主轴箱齿轮的材料选择及热处理工艺
16.
The unified formula results from the revolution and translational movement of the coordinate axis.
利用坐标轴的旋转和平移,导出了组合机床主轴箱多种传动形式下传动轴坐标计算的统一公式。
17.
Spindle feeds and speeds are controlled by selector levers which engage the proper gears in the drill head.
主轴的进能量和转速是通过选速杆使主轴箱中的适当齿轮相啮合而控制的。
18.
We can equip a power feeding apparatus on the right side of work table according to customer's requirements.
主轴箱采用齿轮传动，扭矩传递大，具有足够的刚性和功率传递。