摘要
本研究旨在提升包装机内衬的切割精度和搬运维修效率,以优化生产流程。通过文献回顾,识别了现有切割组件调整和搬运工装设计的关键改进点。研究采用了系统化的实验方法,对提出的切割组件调整方案和新型搬运工装进行了测试评估。实验结果显示,新调整方案显著提高了切割精度,而新设计的搬运工装在稳定性、耐用性和适应性上均表现出色。研究不仅揭示了当前技术的问题,还为未来的技术改进提供了方向,对提高生产效率和降低成本具有重要意义。The aim of this study is to improve the cutting accuracy and handling efficiency of the lining of packaging machine to optimize the production process. Through a literature review, key areas for improvement in the adjustment of cutting components and the design of transportation fixtures were identified. The research employed a systematic experimental approach to test and evaluate the proposed adjustment scheme for cutting components and the newly designed transportation fixture. Experimental results show that the new adjustment scheme significantly improves cutting precision, while the newly designed transportation fixture excels in stability, durability, and adaptability. The study not only reveals issues with current technology but also provides directions for future technological improvements, which are of significant importance for increasing production efficiency and reducing costs.
出处
《仪器与设备》
2024年第4期630-634,共5页
Instrumentation and Equipments
