Research on CNC Machining Path Optimization Algorithm Based on Digital Twin
The path selection of CNC machining is crucial and has a profound impact on product quality and production efficiency.This article uses digital twin technology to optimize the CNC machining path of the key component in the swash plate automotive air conditioning compressor-the swash plate-as the research object.Using digital twin technology,a CNC machining model simulating a real workshop machining environment was manufactured.Based on this model,a multi-objective optimization strategy was adopted to design and implement a new machining path optimization algorithm.The algorithm takes into account factors such as machining accura-cy,production efficiency,and tool lifespan.Practice has proven that the optimization algorithm for machining paths based on digital twins has significant effects,greatly increasing machining accuracy and efficiency while maximizing tool lifespan.These results can provide the oretical and practical reference for the production deci-sion-making of CNC machining in enterprises.
Digital twinCNC machining pathMulti objective optimizationSwash plate
万方数据
维普
