摘要
对于压铸现场,自动化、智能化设备已经应用在生产中,但是如何使这些设备长期稳定的生产,主要工作也就是“维稳”,找出各个环节的波动因素,用可行可靠的办法将其恢复到稳定状态,“先求稳定、再求改进”,这个工作是周而复始的,没有一劳永逸,也没有捷径可走。压铸现场遇到的产品质量问题可能不是由一个因素造成的,在解决问题时需要综合多个因素进行处理,这样产品才能高效、高质量的稳定生产。文本利用管理六因素(5M1E)找出对压铸工艺现场可能失稳的因素,并对这些因素加以控制和改进,提出了压铸工艺维稳策略。
For the die-casting site,automation and intelligent equipment have been used in production,but how to make these equipment stable for a long time,the main task is to"maintain stability",find out the fluctuation factors of each link,and restore them to stable state,"seek stability first,then improve".This work is repeated and there is no one-time and no-shortcut.The product quality problems encountered at the die-casting site may not be caused by one factor.When solving the problem,multiple factors need to be integrated to deal with,so that the product can be efficiently and stably produced with high quality.In this paper,six management factors(5M1E)are used to find the unstable factors on site,so that these factors are controlled and improved.Finally,the die-casting process stability maintenance strategy is proposed.
作者
魏言标
陈少旭
王俊有
黄明宇
WEI Yan-biao;CHEN Shao-xu;WANG Jun-you;HUANG Ming-yu(School of Mechanical Engineering,Nantong University,Nantong 226019,Jiangsu,China;Tianjin Hongbang Die Casting Co.,Ltd.,Tianjin 300300,China)
出处
《铸造》
CAS
北大核心
2021年第3期327-333,共7页
Foundry
基金
江苏高校优势学科建设工程项目(苏政办发〔2018〕87号)。
关键词
压铸
波动因素
稳定状态
现场管理六因素
维稳策略
die-casting
fluctuation factors
stable state
six management factors
stability maintenance strategy
