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The current and future tendencies in the manufacture area indicate the need of the development of more agile automated manufacture systems, that can work with the appeared problems of the global industrial competition. This implies in the need of developing automated manufacture systems that allow the continuous change of its needs while it decreases the market time of its products. However, the current control systems are characterized by top-down rigid structures, that don't get to work with all the eventualities of the new dynamic atmosphere of manufacture. Thus, it is necessary the identification and development of tools and more powerful methods to work with the inherent complexity of such systems. This article proposes the application of Object Petri nets for synthesis of the control of automated manufacture systems.