Equipment engineering systems

E. Schobel
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Abstract

The need of the semiconductor industry for fully automated production to reduce the production time and costs makes it necessary to control all equipment remotely. To make improvements possible it is necessary to have exact data of the current state of the production for each single equipment. Because the machines are connected already to the infrastructure the collection of data can be done also fully automated by using the equipment's information. Such a system is the TFM (Total Fab Monitoring) developed by AIS Automation GmbH. But with automating the daily work the risk is also increased if one of the systems in the architecture fails. Since the risk will ever be present the fabs need a solution to react on problems very fast. This was the reason for AIS to develop an e-diagnostic system VRC (VAC Remote Control). It is used productively in a modern fab in Dresden for supervising the equipment integration software and hardware which is the basis for the automation of the production. The paper describes these two important applications of the MES level.
设备工程系统
半导体行业需要完全自动化生产,以减少生产时间和成本,因此有必要远程控制所有设备。为了使改进成为可能,有必要对每台设备的生产现状有准确的数据。由于机器已经连接到基础设施,数据收集也可以通过使用设备的信息全自动完成。这种系统就是AIS Automation GmbH开发的TFM (Total Fab Monitoring)。但是,随着日常工作的自动化,如果体系结构中的一个系统出现故障,风险也会增加。由于风险将永远存在,晶圆厂需要一个解决方案来对问题做出快速反应。这就是AIS开发电子诊断系统VRC (VAC Remote Control)的原因。它在德累斯顿的一家现代化晶圆厂中得到了有效的应用,用于监控设备集成的软件和硬件,这是生产自动化的基础。本文介绍了MES层面的这两个重要应用。
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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