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Improvement of changeover times via Taguchi empowered SMED/case study on injection molding production

机译:通过Taguchi授权的SMED /案例研究来缩短注塑生产的转换时间

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Plastic is fashionable raw material on manufacturing environment because of its low cost, ease of fabrication and relative durability. High production output rate with close tolerances is achieved by plastic injection machines and steel/alloy molds. However both the machinery and the molds are expensive equipments and pay back themselves in mass production. So, efficient usage is crucial where high demand fluctuations and increasing customization is a reality which forces engineers to lessen inefficiencies, one of which is changeover times in our focus. This paper proposes Taguchi experimental design to the trial runs phase of a changeover operation to get the parameters that gives the first correct product. Fewer trials lead less time needed to start mass production and also less waste of material.
机译:塑料因其低成本,易于制造和相对耐用而成为制造环境中的时尚原材料。通过注塑机和钢/合金模具,可以实现高生产效率和低公差。然而,机械和模具都是昂贵的设备,并且在大规模生产中可以收回投资。因此,在高需求波动和日益增加的定制化现实迫使工程师减少效率低下的情况下,有效使用至关重要,这是我们关注的转换时间之一。本文将Taguchi的实验设计提出到转换操作的试运行阶段,以获取给出第一个正确产品的参数。更少的试验导致更少的时间开始批量生产,也减少了材料浪费。

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