Abstract
Due to the increasing pressure on high precision manufacturing and the development of on-line measurement technologies, selective and adaptive assembly systems have attracted increasing interest in emerging sectors such as micro-production, biomedical and e-mobility industry. Selective assembly allows producing high precision assemblies from low precision components, at the cost of increasing the complexity of the system. This paper presents an integrated quality and production logistics model to profitably manage this trade-off. Results show that improved performance is achieved towards existing solutions, which deal only with quality aspects. The industrial benefits are shown through application to real manufacturing contexts.
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