Volume 4,Issue 2
Research on Optimization Strategies for Precision Retainability of Multi-Axis Linked CNC Machining Centers
Under the background of high-quality development, modern manufacturing industry has put forward higher requirements for the production efficiency and machining precision of mechanical CNC machining. Taking multi-axis linked CNC machining centers as an example, this paper elaborates on the influencing factors of precision retainability, explores specific precision control and optimization strategies around five aspects: error model construction and identification, mechanical structure design optimization, machining parameter adjustment, condition monitoring and error compensation, and construction of maintenance system. It also verifies the effectiveness of these strategies in engineering practice, providing a reference for reducing precision abnormalities of CNC machining centers and realizing high-efficiency operation and high-precision production of equipment.
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