Design of Special-purpose Machine Tool Based on a Multi-spindle Head

다축 스핀들 헤드 기반의 전용 공작기계 설계

Maeng, Heeyoung;Park, Juwook;Park, Hongkeun

  • Received : 2015.11.10
  • Accepted : 2015.12.08
  • Published : 2015.12.15


When many holes on a plane are machined simultaneously, the positional precision and machining efficiency are very important. Multi-spindle heads are typical order making products of which the number of shafts and hole positions vary depending on the size or form of the product. For the automatic design of multi-spindle heads, the design modules for power transmission systems for drive, idle, and spindle shafts were developed, and a design technique the determining the optimum position and number of idle shafts according to gear positions was developed. In addition, for the precise determination of the multi-spindle head, the design methods for the guide planes of columns, and feed mechanisms were devised. In addition, the design modules for accurate clamping and automatic transportation mechanisms were developed. Finally, in order to simplify and standardize the design process, the design analysis and simulation verification modules are integrated.


Multi-spindle head;Special-purpose machine tool;Power transmission system;Automatic design modules;Accurate clamping;Automatic transportation


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Supported by : 서울과학기술대학교