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The development of small-sized CK6130 NC lathe

Wei Li

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Abstract

A NC lathe was made by NC transforming with an old ordinary lathe. With ordinary PC as the host for micro-computer NC system, using pulse width-modulating circuit and smooth division circuit for the driving power supply of step motor, and a rebuilt old ordinary lathe added with signal-receiving 4 station electric tool post as the lathe body itself, people have realized multi-functions, low-cost and automation for the lathe , the precision and efficiency of the lathe was increased.

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What this paper is about

A NC lathe was made by NC transforming with an old ordinary lathe. With ordinary PC as the host for micro-computer NC system, using pulse width-modulating circuit and smooth division circuit for the driving power supply of step motor, and a rebuilt old ordinary lathe added with signal-receiving 4 station electric tool post as the lathe body itself, people have realized multi-functions, low-cost and automation for the lathe , the precision and efficiency of the lathe was increased.

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Available abstract

A NC lathe was made by NC transforming with an old ordinary lathe. With ordinary PC as the host for micro-computer NC system, using pulse width-modulating circuit and smooth division circuit for the driving power supply of step motor, and a rebuilt old ordinary lathe added with signal-receiving 4 station electric tool post as the lathe body itself, people have realized multi-functions, low-cost and automation for the lathe , the precision and efficiency of the lathe was increased.

Key concepts: Automation, Engineering, Power (physics), SIGNAL (programming language), Division (mathematics), Stepper motor, Automotive engineering, Mechanical engineering

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