Composite construction methods and one-sided accessibility of joints are challenges for the joining technology in body construction. The robot-assisted screwdriving system for flow-drilling screws RSF ensure high-strength connections in a joining process. Screw connections can be accomplished with or without pilot holes – material variations and manufacturing tolerances are compensated.
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More InformationA metric thread is cut directly into the elements to be connected. This produces detachable joints – dismantling is possible at any time. The RSF method allows screw connections with high tightening forces and loosening torques. The process is freely configurable
System for function testing the RSF screwdriving, feed or control systems The testing cell is used during maintenance work to ensure the quality level of our RSF systems.
| RSF25 | |
|---|---|
| Torque [Nm] | up to 15 |
| EC drive [rpm] | up to 8,000 |
| Max. Max. axial force (at 6 bar) [N] | up to 3,600 |
| Holding down force (at 6 bar) [N] | up to 1,400 |
| Cycle time [s] | from 1.6 |
| Technical changes reserved. |
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Ensuring technical cleanliness in automated screwdriving systems
Is your production bound by strict cleanliness standards? Even the smallest particles can cause malfunctions and impact process reliability, product quality and component lifetime. Meeting standards such as VDA 19.2 is essential to ensure high quality and safety. With the right concept, these requirements can be implemented efficiently and reliably.
Our webinar provides insights into:
✅ Causes and consequences of contamination in automted screwdriving
✅ Different types of clean production environments
✅ Cleanliness-orientated system concepts for efficient and reliable assembly processes
Learn how a well-defined cleanliness concept can help you safeguard product quality, increase process stability and achieve long-term reliability in your automated assembly.
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