Increasing inspection equipment productivity by utilizing factory automation SW on TeraScan 5XX systems

Thomas Jakubski; Michal Piechoncinski; Raphael Moses; Bharathi Bugata; Heiko Schmalfuss; Ines Köhler; Jan Lisowski; Jens Klobes; Robert Fenske

doi:10.1117/12.835193

27 May 2009 Increasing inspection equipment productivity by utilizing factory automation SW on TeraScan 5XX systems

Thomas Jakubski, Michal Piechoncinski, Raphael Moses, Bharathi Bugata, Heiko Schmalfuss, Ines Köhler, Jan Lisowski, Jens Klobes, Robert Fenske

Author Affiliations +

Proceedings Volume 7470, 25th European Mask and Lithography Conference; 74700V (2009) https://doi.org/10.1117/12.835193
Event: 25th European Mask and Lithography Conference, 2009, Dresden, Germany

Abstract

Especially for advanced masks the reticle inspection operation is a very significant cost factor, since it is a time consuming process and inspection tools are becoming disproportionately expensive. Analyzing and categorizing historical equipment utilization times of the reticle inspection tools however showed a significant amount of time which can be classified as non productive. In order to reduce the inspection costs the equipment utilization needed to be improved. The main contributors to non productive time were analyzed and several use cases identified, where automation utilizing a SECS¹ equipment interface was expected to help to reduce these non productive times. The paper demonstrates how real time access to equipment utilization data can be applied to better control manufacturing resources. Scenarios are presented where remote monitoring and control of the inspection equipment can be used to avoid setup errors or save inspection time by faster response to problem situations. Additionally a solution to the second important need, the maximization of tool utilization in cases where not all of the intended functions are available, is explained. Both the models and the software implementation are briefly explained. For automation of the so called inspection strategy a new approach which allows separation of the business rules from the automation infrastructure was chosen. Initial results of inspection equipment performance data tracked through the SECS interface are shown. Furthermore a system integration overview is presented and examples of how the inspection strategy rules are implemented and managed are given.

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Thomas Jakubski, Michal Piechoncinski, Raphael Moses, Bharathi Bugata, Heiko Schmalfuss, Ines Köhler, Jan Lisowski, Jens Klobes, and Robert Fenske "Increasing inspection equipment productivity by utilizing factory automation SW on TeraScan 5XX systems", Proc. SPIE 7470, 25th European Mask and Lithography Conference, 74700V (27 May 2009); https://doi.org/10.1117/12.835193

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