It is because of these unparalleled advantages that graphite has gradually replaced copper as the preferred material of EDM electrode.
正是这种无可比拟的优势，石墨逐渐取代铜成为EDM电极的首选材料。
A technique of rapidly manufacturing EDM electrode based on LOM prototype through the combination of electroless plating, electroforming with wire arc spraying was investigated.
利用LOM原型，把化学镀、电铸和电弧喷涂技术结合起来快速制造电火花加工电极，是实现模具快速制造的有效途径。
The applications of both of them included electrode in EDM, electroconductive diamond parts, diamond grinding wheel and micro precision grinding tools etc.
它们的应用包括放电加工用的电极、导电金刚石零件、金刚石砂轮以及精密磨削工具等。
Using electrode finishing technique in EDM, a new method for fabricating a minitype cutter is proposed.
根据电火花加工中的电极修整原理，提出了一种微型刀具的高效加工新方法。
The method of automatically measuring and compensating the electrode loss that occurring in the EDM machining was introduced.
介绍了对电火花成形加工中产生的电极损耗进行自动测量及自动补偿的方法。
In 3d scanning process of micro electro discharge machining (micro EDM), the machining efficiency and geometrical tolerance are difficult to be guaranteed due to the serious electrode wear.
进行微细电火花三维扫描加工时，由于电极损耗相对严重，导致形位公差难以保证和加工效率较低。
EDM tool electrode with high aspect ratio is produced successfully by combining deep lithography with electroforming.
采用深度光刻与电铸技术相结合的方法，较好地解决了大深宽比的电火花工具电极的制造问题。
Wire Electrical Discharge Machining Milling (wire EDM-Milling) is a novel kind of EDM-Milling method that has the distinct advantage of electrode compensation via the wire electrode slow traveling.
线电极放电铣削加工是一种新型电火花铣削技术，它的最大优点是可通过线电极的缓慢移动来补偿加工中的电极损耗。
Tool electrodes are very important factor in electrical discharge machining (EDM). The properties of electrode materials have a great influence on EDM performance.
工具电极是电火花加工中非常重要的因素，电极材料的性能对电火花加工性能具有很大影响。
A new process on EDM is investigated in this experiment, in which a copper frame electrode is used.
实验研究探讨了一种使用线框电极的电火花套料加工的新工艺。
In addition, the feature of low electrode wear ratio of the electrical discharge machining in gas (dry EDM) is helpful to implement the tool electrode wear compensation in dry ED-Milling.
此外，气体介质中电火花加工工具电极损耗低的特点有利于实现气中电火花削加工工具电极损耗的补偿。
Enhancing electrical erosion resistance of tool electrode and reducing electrode wear is one of research keys to fabricate HARMs with micro EDM technology reliably, stably and efficiently.
增强工具电极材料的耐电蚀能力，降低电极损耗是微细电火花加工技术可靠、稳定且高效制造高深宽比微结构和器件的研究关键之一。
The latest research progress in tool electrode materials of EDM used in conventional EDM, EDM surface modification and Micro-EDM has been introduced.
介绍了电火花加工用工具电极材料在普通电火花加工、电火花表面改性和微细电火花加工三个方面的最新研究进展。
Tool electrode ultrasonic vibration aided gas medium EDM technology was proposed and correspondingexperiment system was designed.
提出了工具电极超声振动辅助气体介质电火花加工方法。
In this paper, research is done on alloy TC4 machined by EDM using graphite electrode. Positive polarity machining should be used whether the pulse width is big or small.
对使用石墨电极进行电火花加工钛合金tc4进行了研究，认为无论脉宽大小均应采用正极性加工。
Early to prepare graphite electrode, quality accident can not only reduce the EDM process, but also can improve the machining efficiency of EDM process, improve the mold processing.
提前备好石墨电极，不仅能降低电火花工序的质量事故，还能够提高电火花工序的加工效率，改善模具加工进度。
Wire EDM, as its name suggests, USES wire as the electrode.
线切割，顾名思义，使用它作为电极丝。
Virtually, ultrasonic vibration is added to tool electrode or workpiece electrode on the basis of EDM to improve the processing conditions in ultrasonic vibration assisted EDM process.
超声电火花复合加工实质上就是在普通电火花放电加工的基础上，在工具电极或工件上叠加一个超声振动，以改善放电加工条件。
The dimensional accuracy of electrical discharge machining(EDM) is greatly influenced by the overcut resulting from the discharge gap and electrode wear.
电火花加工工件的尺寸精度受过切量影响，而过切量的大小主要取决于放电间隙和电机损耗。
In the paper, experiments of surface strengthening process were made with single crystal silicon as electrode material and 45 steel as substrate material in kerosene on EDM forming machine.
以单晶硅作电极，用电火花成形机在煤油介质中对45钢进行表面强化实验研究。
Abstract: The paper deals with a linear direct drive mechanism of electrode for electrical discharge machining (EDM) and its drive and control principle.
文摘：在介绍椭圆微驱动电火花加工机理的基础上，分析了椭圆微驱动器对驱动电路的要求。
In the process of EDM, dielectric medium has remarkable influence on material removal rate, surface quality of the workpiece and relative electrode wear ratio.
电火花加工中，放电介质对工件的材料去除率、表面质量以及电极相对损耗率有重要影响。
The paper deals with a linear direct drive mechanism of electrode for electrical discharge machining (EDM) and its drive and control principle.
在介绍椭圆微驱动电火花加工机理的基础上，分析了椭圆微驱动器对驱动电路的要求。
EDM in gas can make less electrode wear, but its high short circuit ratio will lead to unstable process and thus low material removal rate.
气中电火花加工时电极相对损耗很小，但由于短路率过高导致加工不稳定、材料去除率不高，还会产生烧焦气味。
The Traditional EDM can achieve stable discharging but the electrode wears dramatically, which decreases the EDM milling performance.
液中电火花铣削加工时相对稳定，但电极相对损耗严重，妨碍了电火花加工性能的提高。
The machining efficiency was studied, which shows that from the aspect of improving the surface quality, the efficiency of powder-mixed EDM is very high. From the electrode…
对于这一工艺的加工效率进行了剖析，认为从改善表面质量的角度来看，混粉电火花加工具有很高的加工效率。
The machining efficiency was studied, which shows that from the aspect of improving the surface quality, the efficiency of powder-mixed EDM is very high. From the electrode…
对于这一工艺的加工效率进行了剖析，认为从改善表面质量的角度来看，混粉电火花加工具有很高的加工效率。
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