Development of high-speed and high accuracy machining prototype System based on predictive compensation control for machining error

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The purpose of this research is to develop high-speed and high-accuracy machining system according to prediction and compensation of machining errors. In this research the tool path generation system that is able to predict and compensate the tool deflection and fluctuation of cutting load is proposed. These errors are simulated by NC geometric cutting simulator. It is evident that the proposed system has availability for machine tool system. On the other hand, it is required for additional accuracy and implementation to the system.