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SIMULATION IMPROVES END-OF-LINE SORTATION AND MATERIAL HANDLING PICKUP SCHEDULING AT APPLIANCE MANUFACTURER

机译:仿真改善了家电制造商的线端分拣和物料处理拾取调度

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The most venerable and the most highly varied general application area in which simulation has frequently and repeatedly proved its economic value is the manufacturing sector of the economy. Manufacturing applications of simulation have included attention to complex issues of equipment and/or worker downtime, problems of facility layout, work and line balancing, bottleneck analysis, and material handling. Furthermore, simulation has proved itself capable of addressing productivity and efficiency improvement tasks in which these complexities overlap and interact. Historically, much of the success simulation has enjoyed in other economic sectors (e.g., service, transportation, and health care) has stemmed in large measure from the reputation it earned in the manufacturing sector. The manufacturing application described in this paper proved the cost-effective feasibility of designing sortation operations downstream of an assembly line, and scheduling SKU pickups there, with no risk of blockage of that line.
机译:最古老和最具各种各样的一般应用领域,其中模拟经常并反复证明其经济价值是经济的制造业。模拟的制造应用包括注意设备和/或工人停机的复杂问题,设施布局,工作和线路平衡,瓶颈分析和物料处理。此外,模拟已经证明能够解决这些复杂性重叠和互动的生产率和效率改进任务。从历史上看,大部分成功模拟都在其他经济部门(例如,服务,运输和医疗保健)源于大量措施,从制造业中获得的声誉。本文中描述的制造应用证明了在装配线下游设计分拣操作的成本有效可行性,并在那里调度SKU拾取器,没有堵塞该线的风险。

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