Research on the CAD/CAM Integrated Technique of Superhard Grinding Tools Based on PDM

Nan Bo Liu; Hong Bin Niu; Zhong Ming Cui

doi:10.4028/www.scientific.net/KEM.416.108

Paper Titles

Simulation of Compacting Process for Semi-Fixed Abrasive Wheel
p.87

Research on NC Grinding Accessories of Isometric Polygonal Profile
p.93

A Method for Calculating the Maximal Temperature of Single Grain though Analyzing the Grinding Temperature Signal
p.98

Semi-Fixed Abrasive Machining for Plane Aluminium
p.103

Research on the CAD/CAM Integrated Technique of Superhard Grinding Tools Based on PDM
p.108

Research on Uniform Surface Roughness in Grinding of Revolving Curved Surface
p.113

Nano-Precision Finishing Technology Based on Magnetorheological Finishing
p.118

Study on the Dynamic Characteristics of Ultrahigh Speed Grinding Spindle Based on Squeeze Film Damping Technology
p.123

Dynamics Model Research of Centrifugal Barrel Surface Finishing Based on 3D Discrete Element Method
p.127

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Research on the CAD/CAM Integrated Technique of Superhard Grinding Tools Based on PDM

Abstract:

. Grinding of Superhard grinding tool has the properties of high efficiency, high precision and low cost. In this paper, grinding process of superhard grinding tools was analyzed, and the design method of PDA and the development of CAD/CAM integrated system were discussed. The key technologies of information database, eigen information extracting and output of process results are settled by establishing the superhard grinding tool integrated system, and organic combination between design and manufacture of tools and PDM system. The whole program and system are practicable and universal.