2007Manufacturing Technology & Machine ToolRequires access

Numerical Alteration of Common Lathe for Machining Wheel Hubcap

Zuo Lijuan

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Abstract

For machining exactitude on wheel hubcap with the common lathe C5112, the method of numerical control reformation to C5112 is realized. Based on the technology of locomotion control clip, raster display, roll towel and servo electromotor, the lathe is reformed into numerical control type, by adding CNC system, spindle servo electromotor, measure, and so on. Thus the example of technique alteration on exerting potential and debasing cost for undertaking is offered.

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What this paper is about

For machining exactitude on wheel hubcap with the common lathe C5112, the method of numerical control reformation to C5112 is realized. Based on the technology of locomotion control clip, raster display, roll towel and servo electromotor, the lathe is reformed into numerical control type, by adding CNC system, spindle servo electromotor, measure, and so on. Thus the example of technique alteration on exerting potential and debasing cost for undertaking is offered.

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Available abstract

For machining exactitude on wheel hubcap with the common lathe C5112, the method of numerical control reformation to C5112 is realized. Based on the technology of locomotion control clip, raster display, roll towel and servo electromotor, the lathe is reformed into numerical control type, by adding CNC system, spindle servo electromotor, measure, and so on. Thus the example of technique alteration on exerting potential and debasing cost for undertaking is offered.

Key concepts: Numerical control, Raster graphics, Servo, Machining, Engineering, Servomotor, Servomechanism, Mechanical engineering

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