利用六西格玛和 FMEA 对人造丝织物进行质量控制分析

Muhammad Krisna Agung, Ari Zaqi Al Faritsy
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引用次数: 0

摘要

XYZ 是一家从事纺织业并生产人造丝织物的公司。2023 年 10 月至 2024 年 3 月期间,在生产过程中仍发现疵点。人造丝织物产量为 286973 米,其中疵点包括终纬 11643 米、波浪 8391 米、无纬 7569 米、双纬 6173 米、弹力纬 8126 米。根据该问题,可采用六西格玛法和 FMEA 解决,并采用 DMAIC 阶段从初始流程开始控制质量,直至找到改进建议。根据计算结果,平均西格玛值为 3.39,生产审批的平均 DPMO 值为 29046.87。最主要的缺陷百分比帕累托图为:最终纬纱缺陷 27.8%、波浪形缺陷 20.0%、松散纬纱 19.4%、无纺布 18.1%、双纬纱 14.7%。最终进给疵点和波浪疵点的 RPN 值最高,为 280,原因是工人对机器设置缺乏准确性。强化培训、流程标准化、性能监控、使用检查表、加强沟通、日常维护、使用技术和设备,这些都是提高生产效率的有效方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS PENGENDALIAN KUALITAS KAIN RAYON MENGGUNAKAN SIX SIGMA DAN FMEA
XYZ is a company operating in the textile industry and producing rayon fabric. In the production process, defects were still found in the period October 2023 – March 2024. Rayon fabric production was 286973m, consisting of defects in final weft 11643m, wavy 8391m, unwoven 7569m, double weft 6173m, stretch weft 8126m. Based on the problem, it can be solved using the six sigma method and FMEA with the DMAIC stage used to control quality from the initial process until a proposal for improvement is found. Obtained from the calculation results, the average sigma is 3.39 with an average DPMO of 29046.87 in production approval. The Pareto diagram of the most dominant defect percentages is final weft defects 27.8%, wavy 20.0%, loose weft 19.4%, non-woven 18.1%, double weft 14.7%. The highest RPN value was 280 for final feed defects and waves caused by workers' lack of accuracy regarding machine settings. Intensive training, process standardization, performance monitoring, use of checklists, increased communication, routine maintenance, use of technology..
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