Sub-Micron Referencing System for Ultraprecision Machining Processes
C. Brecher (a), (c), M. Weinzierl (a), A. Rashid (b), R. Schmitt (c), D. Köllmann (c)
(a) Fraunhofer Institute for Production Technology IPT, Germany
(b) System 3R Intl. AB, Sweden
(c) Werkzeugmaschinenlabor (WZL), RWTH Aachen University, Germany
The set-up of ultraprecision machining processes is characterized by manual process steps which require a lot of personal skill and experience to full fill sub-micron requirements in form accuracy. Besides the fact that these manual process steps require a lot of time, they individualize each ultraprecision machined work piece and therefore prevent ultraprecision machining processes from becoming universal and cost efficient machining processes for high precision work pieces. To overcome this deficit, automation solutions are developed within the European Integrated Project (IP) »Production4μ« which enable the realization of efficient ultraprecision process chains with a high level of accuracy. In this paper, a sub-micron referencing system is introduced, which has been developed within this IP to contribute to the
high accuracy process chains by enabling the automated and repeatable clamping of work pieces with submicrometer deviations from their original position. This does not only enable the efficient combination of different machine-tools and processes but also allows for an increase in product quality.
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