Efficiency optimization scheme of machining automation production line in mass production of steering gear parts
机加工自动化生产线在转向器零件批量生产中的效率优化方案

摘要

机加工自动化生产线在转向器零件批量生产中发挥着关键作用，提升其效率直接关系到生产成本和交货周期的优化。本文针对转向器零件加工过程中的瓶颈环节，分析了现有自动化生产线的效率影响因素，提出了合理的工艺流程优化与设备协调方案。通过改进刀具路径规划、智能调度系统和生产线布局，显著提升了生产线的运行效率和加工精度。实验结果表明，该方案有效减少了设备空转时间和换刀等待时间，提高了整体生产节拍，满足了批量生产的高效需求。该研究为转向器零件加工领域自动化生产线的效率提升提供了切实可行的技术支持。

Abstract

The machining automation production line plays a key role in the mass production of steering gear parts. Improving its efficiency is directly related to the optimization of production costs and delivery cycles. Focusing on the bottleneck links in the processing of steering gear parts, this paper analyzes the efficiency-influencing factors of the existing automation production line and proposes a reasonable process optimization and equipment coordination scheme. By improving tool path planning, intelligent scheduling systems, and production line layout, the operating efficiency and machining accuracy of the production line have been significantly enhanced. Experimental results show that this scheme effectively reduces equipment idle time and tool change waiting time, improves the overall production rhythm, and meets the high-efficiency requirements of mass production. This research provides practical technical support for improving the efficiency of automation production lines in the field of steering gear part processing.