用DMAIC法和VSM法分析铃木Indomobil汽车注塑过程中饰面后门的质量控制

E. Rimawan, M. Kholil, Sarah Fachira
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引用次数: 0

摘要

PT. Suzuki Indomobil Motor是印度尼西亚领先的汽车公司,生产汽车和摩托车产品,这是2019年1月在PT. Suzuki Indomobil Motor发生的质量现象,在A02机器上附有169后门许可证装饰的注塑部分存在高银条纹缺陷。针对这一现象,本研究旨在利用价值流图确定注塑工艺,并利用DMAIC提高装饰后门许可产品的质量。获得的结果表明,在机器A02上有一个转换时间模具,其正常运行时间值高达57.15分钟,并且使用帕累托图获得最高类型的缺陷,即银条纹缺陷,百分比为43%。因此,从使用价值流图获得的建议中,可以最大限度地减少机器A02的模具转换时间,即在模具上到注塑机之前先加热模具,以及从DMAIC方法获得的建议,即通过控制料斗干燥机中的物料库存和温度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis Quality Control of Garnish Back Door License in Injection Molding Process Using DMAIC Method and VSM Method at PT. Suzuki Indomobil Motor
PT. Suzuki Indomobil Motor is a leading automotive company in Indonesia that produces products in the form of cars and motorcycles, a quality phenomenon that occurred during January 2019 at PT. Suzuki Indomobil Motor there is a high silver streak defect in the injection molding section with 169 back door license garnish that are attached to the machine A02. With this phenomenon, this study aims to determine the injection molding process using value stream mapping and improve the quality of the garnish back door license products using the DMAIC. The results obtained showed that there was a changeover time dies on the Machine A02 that was as high as 57.15 minutes with uptime values and the highest type of defect was obtained using the pareto diagram namely silver streak defect with a percentage of 43%. So from the recommendations obtained by using the value stream mapping to minimize the changeover time dies of the Machine A02, namely by heating the dies first before dies go up to the injection machine, and recommendations obtained from the DMAIC method that is by controlling the stock of material and temperature in the hopper dryer.
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