Efficiency AMHS for twin FAB manufacture

A. Liu, Chia-Cheng Kuo, Chien‐Chih Chiu
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引用次数: 2

Abstract

This paper addresses the challenges facing PSC in the automation transport of twin FAB (FAB12AB). According to FAB output strategy, we have to consider the bottleneck of transportation and equipments/AMHS layout constraints. Further improved the INTER-FAB transportation capability. In our original INTER-FAB design capacity is 4400 move/day. After improved, we gained the extra 4600 move/day. It means we have improved the INTER-FAB transportation capability by 105%. In addition, the INTER-FAB transport time decreases from 18 min/move to 13 min/move.
双FAB制造效率AMHS
本文讨论了PSC在双FAB (FAB12AB)自动化传输中所面临的挑战。根据FAB的产量策略,我们必须考虑运输瓶颈和设备/AMHS布局约束。进一步提高了fab间的运输能力。在我们最初的INTER-FAB设计能力是4400移动/天。改进后,我们获得了额外的4600移动/天。这意味着我们将工厂间的运输能力提高了105%。此外,fab间输运时间从18 min/move减少到13 min/move。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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