1.
On the Compensation Techniques of Rectifying the Deviation of Culteries in Workpiece Process with Multitools of Numerically Controlled Lathe;
数控车床多刀具加工时刀具偏差的校正方法
2.
The Study of the Optical System in Multifunctional Laser Processing Cutter
多功能激光加工刀具光学系统的研究
3.
The helicoidal surfaces are produced mostly by form cutting with forming cutters of end mill type, side mill type or disc type.
螺旋面大多数是用球头铣刀、侧铣刀、盘形刀具成形加工出来的。
4.
valve seater
阀座修整刀具, 阀座(加工)刀具
5.
Multi-axis Machining NC Tool Path Generation for Centrifugal Impeller;
离心叶轮多坐标数控加工刀具轨迹规划
6.
Research and Practice of Tool Path Generation in NC Programming for Complex Multi-surfaces;
复杂多曲面数控加工刀具轨迹生成方法研究
7.
automatic feed multi-purpose machine
自动走刀多功能工具机
8.
Plan manufacturing process， prepare fixture， cutting tools and production gage.
负责机加工工艺，准备夹具，加工刀具及生产量具。
9.
When a workpiece is being machined, the workpiece turns, but the cutting tool doesn't, it only feeds as the workpiece is being turned.
当加工一个工件时，工件转动，但刀具不转，刀具只在工件转动时进刀。
10.
Large Diameter Cutters Control in the Tool Magazine of Random Changing Machine Center
随机换刀式加工中心刀库的大直径刀具控制
11.
Tool Path Calculation of NC Machining Based on Actual Profile of Cutter
基于刀具实际廓形的数控加工刀具轨迹计算
12.
Tool path optimization of ball cutter in mold surface milling
用球头铣刀加工模具曲面时刀具路径的优化
13.
Machinability analysis of Ti-6Al-4V alloy with PCBN tools in turning operations
PCBN刀具加工TC4钛合金的切削加工性
14.
A machining center can automatically select and change as many as 32 preset tools.
一个加工中心能够自动选择和更换多达32把预置刀具。
15.
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
16.
How to Optimize the Cutting Tool Path in Milling Mold Surface by Using Ball-tool
浅谈球头铣刀加工曲面时刀具路径的优化
17.
Offset Algorithm Based Tool-path Planning for NC Machining;
基于等距法的数控加工刀具轨迹规划
18.
Identification of Cutter Breakage in Variable Cutting Parameters Milling;
变切削参数铣削加工中刀具破损辨识