Analysis reveals improved positioning accuracy in fast tool servo systems, suggesting potential for enhanced precision turning.
Magnetic Servo Levitation is proposed as a method to drive a Fast Tool Servo System (FTS). Fast-tool servos are used to compensate errors resulting from mechanical misalignment, slide vibration, tool wear, and cutting dynamics that can not be properly corrected by the slide controller, in order to achieve ultra-high precision positioning accuracy. This paper discusses some fundamental design and modeling issues in the development of a long-range fast-tool servo.
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Gutiérrez et al. (1995) studied this question.
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