Method for manufacturing electrical discharge machine electrodes

Abstract

The invention discloses a method for manufacturing electrical discharge machine electrodes. The method comprises the following steps: (1) arraying at least two electrical discharge machine electrodes by using computer three-dimensional aided design software, wherein each two adjacent electrical discharge machine electrodes are arranged at intervals, and the total length of all the arrayed electrical discharge machine electrodes is smaller than or equal to the maximum machining stroke of a machine tool in the horizontal direction; and then guiding out machining programs and transmitting to a numerical control device of the machine tool; (2) cutting a blank according to all the arrayed electrical discharge machine electrodes, fixedly clamping the cut blank on a working table of the machine tool, machining the blank by the machine tool according to the machining programs, forming all the electrical discharge machine electrodes until the machine tool runs all the machining programs, and detaching all the formed electrical discharge machine electrodes from the machine tool, wherein a remaining material base is reserved on the bottom of the blank, and the bottoms of all the electrical discharge machine electrodes are integrally connected to the remaining material base; and (3) separating all the machined and formed electrical discharge machine electrodes one by one.

Description

technical field [0001] The invention relates to the field of manufacturing and processing technology of spark machine electrodes, in particular to a method for making spark machine electrodes. Background technique [0002] Spark machine electrodes are also called copper males, which are indispensable in spark machining. At present, the methods for making spark machine electrodes are all processed one by one, that is, only after one spark machine electrode is processed on the machine tool, the next spark machine electrode is replaced and processed. Therefore, every time a spark machine electrode is processed, it is necessary to disassemble the spark machine electrode from the workbench of the machine tool; and when processing the next spark machine electrode, it is necessary to re-clamp, divide, and clamp Preparation processes such as cutting tool, knife pendulum correction and tool setting, when the number of electrodes processed by the spark machine is large, it will lead ...

AI Technical Summary

Problems solved by technology

Therefore, every time a spark machine electrode is processed, it is necessary to disassemble the spark machine electrode from the workbench of the machine tool; and when processing the next spark machine electrode, it is necessary to re-clamp, divide, and clamp Preparation processes such as cutting tool, knife pendulum correction and tool setting, when the number of electrodes processed by the spark machine is large, it will lead to preparation processes such as clamping wool, centering, clamping knife, knife pendulum correction and tool setting and dismantling the completed processing of the spark machine The number of electrode operations increases, the operation is extremely cumbersome, and takes a lot of time, resulting in a long processing time for the electrode of the spark machine, extremely low processing efficiency, and high production costs, which cannot meet the fast, efficient, and low-cost production requirements.

Images