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Simulation Model Development for Determination of Components Production Quantity and Lead Time Reduction in Mass Customisation of Single Production Stage

机译:仿真模型开发,用于测定单生产阶段大规模定制大规模定制的延长时间

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Market rivalry forces manufacturing companies to be customer focus and have an agile system. In manufacturing companies that produce semi-common products based on customer order, the pressure from customers are usually faster delivery, reasonable price and higher product variability. This paper presents the use of Mass Customisation (MC) concept in order to cope with faster delivery and higher product variability. The MC concept is realised by determining Customer Order Decoupling Point (CODP). Besides MC, Theory of Constraint (TOC) concept is also applied in order to address problem that may occurred after MC implementation. Based on a simulation analysis, it shows that CODP implementation could improve delivery lead time and product variability performance dramatically up to 5.15 times compared to existing system. An optimisation algorithm is also proposed for further study in order to improve cost performance of the products.
机译:市场竞争迫使制造公司成为客户焦点并拥有敏捷系统。在生产基于客户订单的半普通产品的制造公司中,客户的压力通常更快,价格合理和更高的产品变异性。本文介绍了大规模定制(MC)概念的使用,以应对更快的交付和更高的产品变异性。通过确定客户订单解耦点(CODP)来实现MC概念。除了MC,还应用约束(TOC)概念的理论,以解决MC实现后可能发生的问题。基于仿真分析,它表明,与现有系统相比,CODP实现可以将递送铅和产品变化性能提高至5.15倍。还提出了一种优化算法进行进一步研究,以提高产品的成本性能。

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