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Improving the productivity of a packaging line using lean manufacturing tools and simulation

机译:使用精益制造工具和仿真来提高包装线的生产率

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This work describes the utilization of lean manufacturing tools and simulation to improve the operations and the productivity of a packaging line of visual communication boards at Bi-silque S.A., one of the most recognized Portuguese companies in its business area. The case study reported in this paper is the outcome of the business internship program sponsored by the Department of Economics, Management and Industrial Engineering of University of Aveiro for the students in the Industrial Management and Engineering master program. The system-in-analysis, the packaging line, is one of the most important lines of the company being in charge of packaging visual communications boards (memos) from several upstream assembly lines. The packaging line was clearly unbalanced and the throughput was below the necessary target (to meet market demand). The operation of the line was stabilized, the main problems were identified and a line balancing action was performed with productivity improvements of about 40%. It was also developed a simulation study, for this line, in order to evaluate the utilization of a material handling robot. The outcome of the study was taken into account by the decision-makers and some recommendations are being implemented. This work is a case study highlighting the advantage of using a experiential learning approach on industrial engineering courses and evidencing the benefits that SMEs can get from the use of lean manufacturing tools and simulation to improve their operations.
机译:这项工作描述了Bi-silque S.A.(其业务领域中最受认可的葡萄牙公司之一)如何利用精益制造工具和模拟来改善视觉传达板包装线的运营和生产率。本文报道的案例研究是阿威罗大学经济,管理和工业工程系为工业管理和工程硕士课程的学生提供的商业实习计划的成果。在系统分析中,包装线是公司最重要的生产线之一,负责从多个上游装配线包装视觉通讯板(memos)。包装线明显不平衡,吞吐量低于必要目标(满足市场需求)。生产线的运行稳定,发现了主要问题,并执行了生产线平衡操作,生产率提高了约40%。还针对该生产线进行了仿真研究,以评估物料搬运机器人的利用率。决策者考虑了研究结果,并正在执行一些建议。这项工作是一个案例研究,突出了在工业工程课程中使用体验式学习方法的优势,并证明了中小型企业可以通过使用精益制造工具和模拟来改善其运营而获得的收益。

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