为进一步研究气中电火花线切割加工工艺规律提供了理论依据。
The research on the technologies of micro wire electrical discharge machining (micro-WEDM) was presented.
通过实例，介绍上、下异形零件的线切割加工工艺及编程具备的必要条件。
Taking an example, introduces the inevitable conditions in the wire cut plan and its program.
针对扩口器工件的特点进行了线切割加工工艺分析、工件校正及编程设计；
For a workpiece used in expanding the beginning of plastic pipe, We analyse the machining process, workpiece rectifying before machining, and design WEDM processing and its program.
本文采用传统方法进行电火花线切割加工工艺参数优化，分别建立了加工速度和表面粗糙度的数学模型。
This article is about the processing parameter optimization achieved through the traditional method to set a mathematical model of the processing speed and surface roughness.
本文通过对电火花线切割加工工艺规律的分析，选取影响工艺效果的主要因素：工件厚度、脉冲宽度、脉冲间隔、脉冲高度，作为输入向量。
By analyzing the law of WEDM processing, this article selects the main factors affecting process: the thickness of the work-piece, pulse width, pulse interval, pulse height, as the input vectors.
仿真系统应该能够实现线切割加工工艺效果的预测，加工工艺参数的优化，而且通过训练模型的功能，能适用于不同类型的高速走丝线切割机。
Machining effectiveness prediction and parameters optimization is considered in this software. Moreover it can be used on different wire EDM machine tools through models training module.
叙述了在使用低速走丝电火花线切割机床加工精密模具时，一些常用的加工工艺技巧及编程方法。
Some commonly used machining process skill and programming method were introduced when using low speed WEDM machine to machine precision mold.
介绍了盖板零件的成形工艺、模具结构及模具制造工艺，用二次线切割取代加工中心，经济实用，精度。
The technology of two-time wire cutting taking the place of milling center machining is economical and practical and of high precision.
金属电化学线切割加工技术是利用电化学加工原理进行金属切割的一种新加工工艺。
Metal wire cut electrochemical machining (MWEM) technology is a new metal cutting machining method that based on the principles of electrochemical machining.
介绍了该类机床与其他线切割机床加工的基本工艺指标。
Its basic process indexes and those of other linear cutting machine tools are also analyzed.
文章分析了粘接技术在AMS磁体建造中的重要作用，介绍了粘接工艺流程，并讨论了胶缝对线切割加工的影响。
In this paper, the important role of gluing technology in fabrication of AMS magnet was analyzed, gluing procedures were introduced and the influence of glue layer on wire cutting was discussed.
为了拓宽复杂直纹曲面电火花线切割加工的工艺范围并提高其加工效率，本文进行了直纹曲面线切割计算机图形仿真技术的研究工作。
The work of computer simulation onmachining ruled surface by means of wire cutting is done in this thesis to widen the applying range of WEDM process in machining complex ruled surface.
分析了板线内导体在利用数控电火花线切割加工中所遇到的工艺技术难题。
The core technique problems during wire cut electrical discharge machining in the inner conductor sheet were analyzed by this paper.
通过合理的工艺流程设计，在高速走丝线切割机床上采用二次切割加工工艺。
The twice-cut process based on high-speed line cutter is described in the paper.
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.
具有模具基础加工、电火花、线切割、铣、钳、刨工暴奶门现场出产经验，认识表面处理、热处理、注模等工艺流程；
Having basic mold processing, electric spark, line cutting, milling machine, planer, clamp site production experience, familiar with surface treatment, heat treatment, injection molding process;
具有模具基础加工、电火花、线切割、铣、钳、刨工暴奶门现场出产经验，认识表面处理、热处理、注模等工艺流程；
Having basic mold processing, electric spark, line cutting, milling machine, planer, clamp site production experience, familiar with surface treatment, heat treatment, injection molding process;
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