Webinar "Knowledge Compact: Human-Robot Collaboration (HRC) in Screw Assembly"
The production of the future is defined by intelligent collaboration: humans and robots working side by side – flexible, precise, and safe. Industry 5.0 brings people back to the center of industrial production. Collaborative robots (cobots) open up entirely new possibilities in screw assembly – without protective fences, but with maximum ergonomics and efficiency.
Experience live how our HRC screwdriving system works, discover the opportunities it offers for your processes, and learn why the collaborative synergy between humans and machines is becoming a decisive factor for success.
Did you miss the webinar? Find out more about the HRC screwdriving system here.
Your personal added value:
- Insights into the functionality
of collaborative screwdriving systems in practice
- Understanding the opportunities and limitations
of human-robot collaboration in screw assembly
- Building knowledge
for the safe and efficient integration of modern assembly solutions
- Expanding technical expertise
for informed decisions in everyday production
This webinar offers process planners and screwdriving specialists a unique opportunity to explore the possibilities of human-robot collaboration in screw assembly and experience them in practice. Take advantage of this opportunity to deepen your expertise, gain new ideas for your production, and make your assembly processes future-proof. Register now!
Daniel Guttenberger
Daniel has been part of the DEPRAG family for nearly two decades. He began his career as a design engineer for screwdriving systems and has continuously advanced ever since. As a Certified Fastener Engineer from the Schraubfachakademie (DSV)®, he has built up in-depth theoretical and practical expertise in screwdriving technology. Today, he heads up product management for screwdriving and feeding technology. His extensive know-how makes him a true professional when it comes to screwdriving technology, feeding technology, and the automation of complex screwdriving processes.
