With our screwdriving process control, we closely monitor and regulate the screwdriving process. All preset parameters such as speed and angle, torque, and screw depth are precisely maintained. With this control, we can evaluate all joint connections and manage the system. Control includes the axial movements of the screw spindle, the feeding of screws, nuts, blind rivets, etc. (i.e., all fasteners), and communication with peripheral devices.

With high-speed feeding and simultaneous screwdriving, you significantly increase the efficiency of your screwdriving processes. Additionally, we precisely align the screwdriving technology in your automotive sector with the geometry of the screws being used. Save time and costs in your production processes with our WEBER automation technology.

For confined spaces, the following options are available for flow drilling screws: 1. Compact spindle design (drive with bevel gear): flexibly interchangeable with the standard straight drive 2. Extra slim geometry at the tool head.

Yes. You will receive comprehensive documentation of our applied screwdriving processes. This includes relevant parameters such as torque, screw depth, and angle. Documenting your data is essential for quality controls and assurance. Especially in the automotive sector, it serves as a basis for warranties, guarantees, and product liabilities. We document all screwdriving operations clearly and thoroughly for you.

Our screwdriving systems fasten standard screws (M4, M5, M6) in 1-2 seconds. One of the advantages of our WEBER screwdriving system is the rapid sequential fastening of multiple screws. With this optimized process, you increase your efficiency and save a significant amount of time. While one screw is being fastened, the next one is already being fed. Click here to see exactly how our feeding technology works.