In this diploma thesis, we discussed the development and introduction into production, automated mounting cells for assembly and the final control of the double-row slide bearings. At the beginning of the theoretical part, we presented the characteristics and structure of the double-row slide bearing and presented its assembly method with prototype assembly. Then we performed a PFMEA analysis and ruled out any potential problems that could later in the process before designing and manufacturing. The detected errors were considered in the design of the machine, thus preventing the possibility of further expenses in the manufacturing of the automated mounting cells. After the completed analysis, we developed assembly theoretical concepts. Based on the analysis and validation of the concepts, we made a device for automated mounting of bearings. We described and presented the process of starting the batch on the installed automatic cell and introduced additional product control. At the conclusion of the thesis, we examined options for possible improvements that could be made to the device based on the obtained results.
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