The thesis describes programming of screwdriving workstation including collaborative robot Universal Robots UR10, programmable logic controller Siemens, safety controller SICK, screwdrivers Desoutter, and user interface. In the first chapter we briefly describe the challenges related to screwdriving and existing solutions. We also mention collaborative robots and related safety. In the second chapter we present components of the screwdriving workstation - collaborative robot, user interface, screwdrivers, jigs. We also describe the screwing station as a whole. Third chapter describes programming of the robot, controller, and screwdrivers. In the fourth chapter we describe the use of the user interface. In the fifth chapter we present programming of the safety module. In the sixth chapter we present example uses of screwdriving workstation.
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