Analysis of Optimal Surface Grinding and Polishing of Industrial Robot Based on ANN-GA Method
Industrial robots have been widely used in the field of intelligent manufacturing,which further improves the level of industrial automation.In order to improve the surface polishing efficiency of industrial robots,an optimal surface polishing process of industrial robots was established based on the analysis of the surface polishing process of end abrasive tools.The reliability of ANN-GA method before and after optimization is compared by an example of grinding and polishing parameter optimization.The results show that the machining efficiency of industrial robot surface polishing can be improved by ANN-GA optimization method.This study is helpful to the operation efficiency of polishing equipment and provides relevant support for the subsequent theoretical strengthening.
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