The thesis addresses the partial automation of the production process for assembling subassemblies, aiming to improve efficiency and reduce costs. The research includes mapping the current process, gathering information, developing a concept, calculating components, positioning the system on a welding template, and wiring and controlling the system via a PLC controller. Key findings indicate that the model's implementation meets automation needs without significant investments. Proper integration enables the desired level of partial automation, leading to reduced financial costs and increased production efficiency.
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