The new screw driving system introduced by Weber entails a screw driving system SEV-C for human-robot collaboration applications.
Reason behind its development, Karl Bujnowski, managing director of WEBER: “These days, assembly processes often have to be completed in very confined spaces and involve complex environmental variables. Furthermore, developments in the collaborative interaction of humans and machines are also continuing. The HRC screw driving system SEV-C is WEBER’s response to these questions about future screw driving and connection technologies. Safety, efficiency and quality – all combined in one revolutionary screw driving system.”
The new HRC screw driving system SEV-C consists of a screw driving spindle, automatic feed and an intelligent control unit. Screw driving processes are completed at the same time and in the same space. The system includes an innovative safety concept:
+ the SEV-C is surrounded by a rounded protective cover that is free of sharp edges
+ the nosepiece of the screw driving spindle has a protective sheath and an integrated safety switch
+ all hoses, feed systems and sensors are routed in a closed-cable package
+ clearly visible LED strips are installed on the side surfaces of the protective cover, indicating the system’s status and providing visual warning functions
Furthermore, a universal adapter ensures that the SEV-C fits precisely and securely onto all common robot models.
Bujnowski: “Our new screw driving system SEV-C is testimony to WEBER’s decades of experience in the field of screw driving and feed technology, particularly with regard to the construction of special machines. This means that we give the customer the possibility of realising visionary assembly processes within the framework of a safe, collaborative human-robot workplace.”
Efficiency, thanks to extremely short cycle times, is the core promise that we give our customers. With the screw driving system SEV-C, WEBER is paving the way for an ongoing expansion of the number of fields in which HRC technology is used.