Research on Key Technology of Hydrostatic Motorized Spindle and its Designing

Ze Sheng Lu; Bing Hui Ma

doi:10.4028/www.scientific.net/KEM.392-394.439

Paper Titles

Process Quality Collaborative Tracing-Back and Close Loop in CIMS
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Development on CAD Software about Slewing Bearing
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Study on Demonstration City Constration of MIE and Informatization of Medium and Small Enterprises
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Effect of Focusing Status on Dimension Measurement Accuracy in Micro Measurement System Based on CCD
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Research on Key Technology of Hydrostatic Motorized Spindle and its Designing
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Numerical Simulation and Experimental Measurement of Velocity Field of Powder Fluid in Laser Manufacturing
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Simultaneous Measurement of Torsion and Curvature Using Curvature Fiber Optic Sensor
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Research on the Method of Client Customization Design
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Optimum Design and Fairness of the Surfaces for Mold with Three Revolving Positions
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HomeKey Engineering MaterialsKey Engineering Materials Vols. 392-394Research on Key Technology of Hydrostatic...

Research on Key Technology of Hydrostatic Motorized Spindle and its Designing

Abstract:

Motorized spindle is high speed machining unit combined with hidden motor and machine tools axis, which has advantages of high speed, stepless transmission, zero transmission chain, and is applied in machine center widely. Key technologies are combined together in motorized spindle designing, such as high speed motor, bearing, manufacturing and assemblage. It is strict in assembling to guarantee rotating precision and dynamic balance and is different from common machine tools designing due to characters of high speed and hidden motor. Hydrostatic bearings have advantages of high carrying capacity, lower friction, and better holding precision, the heat problem is extrusive, but the future of hydrostatic motorized spindle is considerable. Modal and thermal performance analyses are necessary for motorized spindle designing. With modal analysis, inherent frequencies are confirmed, which could be of help to avoid sympathetic vibration in machining. It provides evidence for designing cooling system of thermal performance analysis.