1.
The Numerical Control Processing Technic of Frame and Girder Parts with High Efficiency
S92型机框梁类零件高效数控加工技术
2.
Study on High Efficiency NC Machining Strategies and Parameter Optimization Oriented to Mould Cavity Machining
模具型腔高效数控加工策略及参数优化研究
3.
The Research on the Technology of NC Machining with High-Accuracy and High-Efficiency;
高精度、高效率数控加工技术的研究
4.
Study of Efficient NC Machining Technology of Hydrodynamic Coupling Shell;
高效液力偶合器外壳数控加工工艺的研究
5.
Using Appropriate Changing Cutters Method to Increase the Lathe Machine s Manufacturing Efficiency;
改进换刀点设置提高数控车床的加工效率
6.
The Reverse Design for Impeller and the Method of Improving NC Machining Efficiency
叶轮逆向设计及如何提高数控加工效率
7.
The Brief Discussion on Practice Effects of CNCP students in Professional Secondary School
浅谈如何有效提高中职数控加工专业的实训效果
8.
Study on the NC Programming System in Multi-Axis Free-Form Surface Machining with High-Precision and High-Efficiency;
复杂曲面多轴加工的高精度、高效率数控编程系统研究
9.
Research on Efficient Contour-parallel Toolpath Generation Method for Complicated Pocket Machining
复杂型腔数控环切加工轨迹的高效生成方法研究
10.
How to Strengthen the Control of Construction Cost and Enhance the Profit of Project Contract;
加强施工成本控制 提高项目承包效益
11.
Strengthen cost control to yield economic returns;
加强工程成本控制 提高企业经济效益
12.
Efficient NC Scribe Tool for Aerial Mould--Stretch Scriber
航空模具数控刻线高效工具——柔性数控刻线器
13.
The use "Wicks" the mold, may causeyour numerical control engine bed to complete the high accuracy, thehigh efficiency, the high grade plate work processing.
使用“威克斯”模具，可使您的数控机床完成高精度、高效率、高质量的钣金加工。
14.
A Study of Cutting Tool Way In Numerical Control High-Speed Cutting Processing;
数控高速切削加工中刀具路径的研究
15.
Research on Labor Productivity Improvement in NC Machining Work;
关于提高数控加工劳动生产率的研究
16.
Research on How to Improve Machining Precision of the Workpiece with Curve Surface
提高变截面零件数控加工精度的研究
17.
An analysis of the processing efficiency and cost of MDK4120D NC wood-door working machine tool
MDK4120D数控木门综合加工机工作效率及成本分析
18.
Research on Theory and Key Technology for Look-Ahead Control in High Speed Machining;
高速数控加工的前瞻控制理论及关键技术研究