The Development of Cutter Location Algorithm for the 6-Axis Simultaneous CNC Abrasive Belt Grinding Complex Surface

Zhi Huang; Yun Huang; Wei Wen Zhang; Yue Yu Wu

doi:10.4028/www.scientific.net/KEM.416.375

Paper Titles

An Analyzing on Material Removal Mechanism in Chemical Mechanical Polishing of Cu
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Research on Adaptive Control of Grinding Force of CNC Cams Grinder
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The Design and Manufacture of Quick-Point Grinding Wheel
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The Grinding Mechanism on Quick-Point Grinding Wheel Wear and Effects on Surface Quality
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The Development of Cutter Location Algorithm for the 6-Axis Simultaneous CNC Abrasive Belt Grinding Complex Surface
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Study of Inhibition Function of Grinding Fluid Additive to Leaching Cobalt from Cemented Carbide
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Study on Performance of Hot Pressed High Phosphorus-Boron Iron-Based Bit Matrix and Diamond Bit
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Study of Magnetic Finishing for an Internal Surface Using a Permanent Magnetic Pole
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Experimental Research on Laser Brazing of Diamond Grits with a Ni-Based Filler Alloy
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The Development of Cutter Location Algorithm for the 6-Axis Simultaneous CNC Abrasive Belt Grinding Complex Surface

Abstract:

This paper brings forward a new method of calculating the cutter location data for 6-axis simultaneous CNC abrasive belt grinding complex surface based on the ACIS software kit, expatiates this belt grinding tool position calculation algorithm and key technique of software development, and verifies this algorithm with turbine blade on the 6-axis belt grinder, finally summarizes this new method also be applicable to other similar surface machining NC program system.