Poka磁轭在缺陷捕获中的应用（以工业零部件电机为例）

IF 1.2 4区工程技术 Q4 ENGINEERING, INDUSTRIAL

International Journal of Industrial Engineering-Theory Applications and Practice Pub Date : 2019-02-25 DOI:10.14445/23499362/IJIE-V6I1P103

Hernad ewita, Feri Ali Tosa, Yadi Santoso, L. H. Kusumah, Hermi yetti

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引用次数: 3

摘要

XYZ是生产汽车零部件的公司之一。目前，公司应专注于以最快的生产时间生产高质量、无障碍的产品，以赢得商业竞争。该公司的战略是实施改善，这是一种持续改进，目的是以最有效的方式防止有缺陷的材料进入生产过程。该公司使用的方法是使用poka轭法对来料进行检查。运行poka磁轭的决定已被证明是通过在下个月将供应商交付到生产过程中的B8A转子部件上的尺寸缺陷材料数量减少到零，并在79.77秒内产生更好的循环时间。可以得出结论，poka轭法是防止缺陷材料进入可能导致缺陷的生产过程的正确方法。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Application Poka-Yoke to Capture Defect (A Case Study in Industry Component Otomotive)

XYZ is one of the companies that manufacture automotive spare parts. At present the company should focus on producing high quality, non-handicapped products with the fastest production time to win business competition. The company's strategy is to carry out kaizen which is a continuous improvement with the aim of preventing defective materials from entering the production process in the most effective manner. The method used by the company is to conduct inspection on incoming materials using poka-yoke method. The decision to run poka-yoke has been proven by reducing the amount of dimension defects material on the B8A rotor component of the supplier delivered to the production process up to zero the following month and producing a better cycle time in the 79.77 second. It can be concluded that the poka-yoke method is the right way to prevent the defective material from entering into a production process that can cause a defective.

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来源期刊

International Journal of Industrial Engineering-Theory Applications and Practice Engineering-Industrial and Manufacturing Engineering

CiteScore

1.30

自引率

45.50%

发文量

期刊介绍： The journal emphasizes use of engineering design and analysis and strives to maintain a balance between research and application. The journal covers all aspects of industrial engineering, particularly: Data mining and Computational Intelligence; Production Planning and Control; Operation Research; Service Engineering (Healthcare, etc.); Sustainability (Energy, Environment, etc.); Information Systems and Technology; Management of Technology; Manufacturing; Work Measurement, Human Factors and Ergonomics; Quality, Reliability, Maintenance Engineering; Supply Chain Management; Logistics and Material Handling; Product Design and Development; Statistical Analysis; Modelling and Simulation; Homeland Security (Defense, Disaster Preparedeness, etc.)