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在应用数控线切割机床加工微电机模具时,经常遇到圆周上等分均布的多槽图形。为了加工电机的定子和转子冲模,可以采用等分的插孔定位盘实现圆周等分均布槽形的加工。当然,有时也可以不用插孔定位分度盘,直接编制全程序加工。这样,虽然省去了分度工具,但因槽形多,编制全程序比较麻烦。再者,近年来由于数控线切割机的广泛应用,在微电机科研试制中常采用将硅钢片迭片块直接切割成电机的定子铁心和转子铁心的办法,大大地缩短了试制周期。因此编制全程序的机会比较多。为了简化编程工作量和便于程序的校验,我们在复旦型数
In the application of CNC wire-cutting machine tool micro-motor mold, often encountered on the circumference of a uniform distribution of multi-slot graphics. In order to process the stator and rotor mold of the motor, you can use the equally-spaced jack positioning plate to realize the equally-distributed groove shape of the circumference. Of course, sometimes you can not locate the index plate jack, direct preparation of the whole process. In this way, although the need for indexing tools, but due to many trough, the preparation of the entire program more trouble. In addition, in recent years due to the widespread use of CNC wire cutting machine, micro-motor scientific research trial often used to cut silicon steel laminations block directly into the motor stator core and rotor core approach, greatly shortening the trial cycle. Therefore, the preparation of the whole program more opportunities. In order to simplify the programming workload and facilitate the verification process, we are in the Fudan type