1) LSWEDM
低速走丝线切割加工
1.
The Study of Automatic Programming System of LSWEDM Based on DXF Files;
基于DXF文件的低速走丝线切割加工自动编程系统的开发
2) LSWEDM
低速走丝电火花线切割加工
1.
Analysis on Motion Track of Complex Ruled Surface in LSWEDM;
低速走丝电火花线切割加工复杂直纹面的运动轨迹分析
2.
Researching low speed wiring electro discharge machine(LSWEDM),this paper proposes a hardware architecture of motion control system of LSWEDM based on DMC3000 motion control card,and focuses on analysis for the methods of motion control.
该运动控制系统实现了低速走丝电火花线切割加工中4轴联动控制的需求,并经反复调试,很好地解决了该系统运动控制精度要求高、控制轴数多等技术难点。
3) HS WEDM
高速走丝线切割加工
1.
This pape develops the functional and copyright possessing CAD/CAM software for HS WEDM and analyzis the structure and features of the system.
研究开发了功能较完备、具有自主版权的高速走丝线切割加工CAD/CAM软件 ,分析了该软件系统的结构及特点 ,讨论了建立工艺参数库、尖角加工处理、电极丝自动偏移补偿、文件格式转换等软件功能开发中的关键技
4) WEDM-LS
低速走丝线切割机
1.
Mode Analysis and Frame Optimization of the Bed Part of WEDM-LS;
低速走丝线切割机床身模态分析与结构优化
5) HSWEDM
高速走丝电火花线切割加工
1.
Improving the Cooling Status in Gap About HSWEDM;
高速走丝电火花线切割加工极间冷却状态的改善
2.
This paper investigates the high speed wire electrical-discharge machining(HSWEDM) of Si3N4-based ceramics by assisting electrode method.
通过辅助电极利用高速走丝电火花线切割加工的方法对绝缘陶瓷氮化硅作了加工实验研究。
3.
Analysis of the basic reason of embarrassing the machining indexes of high speed electrical-discharge machining(HSWEDM)and generating black and white crossing stripe on surface at present is washing ability of cooling liquid from the view of discharge mechanism.
从极间放电机理的角度分析了阻碍高速走丝电火花线切割加工(HSWEDM)工艺指标提高以及产生表面黑白交叉条纹的根本原因是工作介质的洗涤性问题,试验证明HSWEDM在使用洗涤性良好的复合工作液后,由于极间冷却状态的改善而使切割工艺指标大幅度提高,切割速度已超过200mm2/min。
6) high-speed wire cutting
高速走丝线切割
1.
According to the status quo of the production and use of high-speed wire cutting lathe of digital control,this paper analyses the main factors influencing the process precision and surface quality of high-speed wire cutting and presents the feasible countermeasures.
针对国内主要生产、使用的是高速走丝数控线切割机床的现状,详细分析了高速走丝线切割加工中影响加工精度与表面质量的主要因素,并针对这些原因分别给出了各自切实可行的对策。
2.
The main factors that affect the machining precision and surface quality in high-speed wire cutting are analyzed.
分析了高速走丝线切割加工中影响加工精度与表面质量的主要因素 ,并针对这些原因分别给出各自有效的预防及处理方法。
补充资料：跣走
1.赤脚行走。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条