In this thesis, we examined automated modular production, composed of various production modules that handle tasks such as material handling, assembly, storage, and quality control of processes and products. Modern processes and systems, as part of the smart factory concept, require not only physical production modules but also digital models, virtual replicas, of these modules. These digital models can be integrated into digital twins to visualize and analyse production lines and processes in a virtual environment. Therefore, in this diploma thesis, we created 3D models of production modules, their subsystems, components, and other necessary elements. For each production module, we defined characteristics and functionalities, including the kinematics of moving subsystems. We designed several types of production lines, such as linear production, U-shaped production, square, and L-shaped production. We focused on their connectivity and analysed the material flow, specifically pallet handling. We made necessary adjustments or modifications to the modules to enable efficient and automated transfer of material from one module to another. The new elements were created, implemented on actual production modules, and replicated in their digital versions.
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