Study on Precision Measuring Method of Reloading Machine Tool

Wang Shen Hao; Jie Han; Wei Hao; Bo Zhao

doi:10.4028/www.scientific.net/KEM.416.61

Paper Titles

Experimental Study on High Efficiency Grinding Technology for Irregular Surface of Q.L. Red Granite
p.40

Fatigue Life Variance Prediction Incorporating Residual Stress Scatter Induced by Super-Finishing Grinding Process
p.45

Analysis of Grinding Force Influence on HIPSN Ceramic Grinding Surface
p.51

Study on the Rheological Effect Models of Fluid Magnetic Abrasive
p.54

Study on Precision Measuring Method of Reloading Machine Tool
p.61

Study on Subsurface Damage Model of the Ground Monocrystallinge Silicon Wafers
p.66

Error Separation and Correction Technology of Precision Measuring System in Aspheric Fine Grinding Phase
p.71

Research on Wheel Wear in HIPSN Bearing Ring High Speed Grinding
p.77

Research on Technology of Pulse Electrochemical and its Compound Finishing
p.82

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Study on Precision Measuring Method of Reloading Machine Tool

Abstract:

One of the most important challenging problems in modern mechanical manufacture industry is how to reload the repaired tool properly to the numerical machine. An innovation method is put forward considering the above mentioned problem. It takes account of raster sensors due to the characteristics of high accuracy, wide scope of dynamic measurement, non-contact measurement and flexible to automation and numeralization. A measurement system is constructed based on the principle of raster sensors. One operating example of raster provides quite precise results, which would be one of the solutions to the key problem of reloading machine tool.