在现代电力电子技术基础上，开发出新型微能可控的微细电火花线切割加工脉冲电源。
Base on power electronic, a newly micro energy controlled pulse generator for MWEDM was developed.
对进一步提高微细电火花线切割加工精度，减少电极丝的损耗，降低加工成本具有一定意义。
The measures and solution for decreasing wire wear are proposed, which are significant to increase the precision of Micro-WEDM process, reduce the wire wear and cost of the machining process.
试验表明，这种高质量的脉冲电源为改善微细电火花线切割加工整体性能、拓展加工领域提供了技术保证。
A large quantity of experiment show that this MWEDM pulse generator can improve overall process performances, provide guarantee of technology for expanding machining field.
在分析微细电火花线切割加工特点的基础上，对获得高精度、高表面质量工艺指标的关键技术进行了研究。
Based on analyzing the characteristic of MWEDM (Micro wire electrical discharge machining), the key techniques are studied for meeting the needs of high precision and surface integrity.
分析了在微细电火花线切割加工中出现的各种丝损现象，以及影响丝损现象的原因，提出了减少丝损的措施和对策。
The phenomena of wire wear in the process of Micro-WEDM and the relevant factors causing wire wear are analyzed.
分析了在微细电火花线切割加工中出现的各种丝损现象，以及影响丝损现象的原因，提出了减少丝损的措施和对策。
The phenomena of wire wear in the process of Micro-WEDM and the relevant factors causing wire wear are analyzed.
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