A microstructure tool cutting modeling method and system based on a previous preparation process

Abstract

The application discloses a microstructure cutter cutting modeling method and system based on a previous preparation process, and aims at the problems existing in current microstructure cutter cutting simulation modeling methods, microstructure features are constructed by ultrasonic ploughing processing of a first workpiece geometric model, the microstructure features are integrated into a complete cutter model, and an accurate complete microstructure cutter model is obtained, so that the problem of low simulation accuracy caused by model simplification or inaccurate surface morphology acquisition in microstructure cutter cutting simulation is effectively solved. Meanwhile, the application considers real roughness of the microstructure cutter surface, complexity of geometric shapes and other factors, accurately simulates the interaction between the microstructure surface and the workpiece, optimizes microstructure cutter design and processing parameters, reduces processing errors, and improves processing quality and efficiency.

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