Method for Evaluating the Effect of the Design and the Environmental Conditions of the Manufacturing Cells to Improve Work Performance

Prime Archives in Engineering Pub Date : 1900-01-01 DOI:10.37247/paengg.1.2021.4

M. Montoya-Reyes, Á. González-Ángeles, M. Gil-Samaniego-Ramos, I. Mendoza-Muñoz, Juan Ling-López

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Abstract

A method is proposed to improve work performance through an adequate design of the manufacturing cell along with optimal environmental conditions to contribute to the well-being of the worker. The methodology used was divided into four stages: the first corresponds to the analysis of operations; the second is the analysis of the effect of the design of the manufacturing cell; the third is the evaluation of environmental conditions such as lighting, noise and temperature to compare them with the official standard and determine if they meet the permitted levels; and the fourth is to conclude and recommend improvements to the manufacturing cell. The method was applied in a company in the automotive industry, where a change was made from a linear cell distribution to an L-shaped distribution, with a 50% reduction in workforce and an increase in the productive time of the worker of a 49%. Also, the environmental conditions of the cell comply with the requirements of official standards. Prime Archives in Engineering 3 www.videleaf.com

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评价制造单元的设计和环境条件对提高工作性能的影响的方法

提出了一种方法，通过制造单元的适当设计以及最佳的环境条件来提高工作性能，以促进工人的福祉。所使用的方法分为四个阶段:第一个阶段对应于业务分析;其次是制造单元设计的效果分析;第三是评估环境条件，如照明、噪音和温度，将其与官方标准进行比较，以确定它们是否符合允许的水平;第四步是总结和建议对制造单元的改进。该方法被应用于一家汽车行业的公司，该公司从线性单元分布改为l形分布，劳动力减少了50%，工人的生产时间增加了49%。电池的环境条件也符合官方标准的要求。Prime Archives in Engineering 3 www.videleaf.com

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Prime Archives in Engineering

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