1.
Derivation of Cutting Tool Axis Mathematics Model from the Gear-Grinding Machine s Cam-making;
Gleason №27磨齿机凸轮加工的刀具轴线数学模型
2.
General Expression of Cutter's Axial Section for Machining Helicoids and Its Numerical Solution
计算螺旋面刀具轴截形的通用公式和计算机数值解法
3.
The Research of Cutter Radius Compensation of Five-Axis CNC System;
五轴联动数控系统刀具半径补偿研究
4.
Research on 3D Cutter Radius Compensation for 5-Axis End Milling
五轴端铣加工中3D刀具半径补偿研究
5.
Analysis on coaxiality of cutter adaptor and its guarantee measure
刀具接杆同轴度的误差分析及保证措施
6.
Research on Tool Path Planning Approach for Five-Axis Machining Based on STEP-NC;
基于STEP-NC的五轴加工刀具路径规划方法研究
7.
Research and Development of CAD System for Axial NC Cutter Based on Pro/E;
基于Pro/E的轴向数控刀具CAD系统的研究与开发
8.
Research on the Forming of a Toroidal Cutter Based on Five-axis NC Machining
基于五轴数控加工中环形刀具的成形技术研究
9.
Function Application of Tool Management in SIEMENS 840D on Seventeen-axis Machine Centre from KOLB
SIEMENS 840D刀具管理功能在17轴KOLB加工中心上的应用
10.
Research of the Relationship between Tool Wear of CNC Machine Tool and Spindle Current
数控铣床刀具磨损量与主轴电流关系研究
11.
Analysis of tool path for NC machining of the non-monotone shaft parts
非单调轴类零件数控加工刀具轨迹分析
12.
Study on the Space Cutter Compensation of Four-axis CNC Machine with Single Rotary Table
单转台四轴数控机床空间刀具补偿研究
13.
Driving power for the cutting tool comes from the rotation of the spindle, which is a hollow shaft that rotates in bearings.
刀具的驱动力来自主轴的旋转，主轴则是一根在轴承中旋转的空心轴。
14.
helical rake angle
(铣刀的)轴向刀面角
15.
The main press-cut roller adopts universal shaft driving. It can guarantee the knives' service life and make driving fast.
主要压切辊采用万向轴传动，刀具寿命保证，传动轻快。
16.
The main press-cut rollers adopt universal shaft driving. It can guarantee the knives' service life and make driving fast.
主要压切辊均采用万向轴传动，刀具寿命保证，传动轻快。
17.
Research on Tool Path Dynamical Analysis and Optimize Method for the Multi-axis Machining;
叶片多轴加工中的刀具轨迹动力学分析与补偿方法研究
18.
Cutting Force Modeling and Analysis in Axial Contour Turning with Self-propelled Rotary Tool;
轴向轮廓工件自回转刀具车削加工的切削力建模与分析