WEBER Screwdriving Systems

When throughput rises but labor doesn’t, fastening becomes the bottleneck. Automated screwdriving helps eliminate rework, stabilize output, and keep production moving.
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The process controller C30S was developed to solve complex screwdriving applications. A wide range of open interfaces (including digital, Profibus, ProfiNet, Ethernet IP) allow the choice of 31 programs and individually configurable screwdriving strategies. Learn more: https://hubs.li/Q04dfWgs0

Traceability isn’t just about checking a box—it’s about controlling risk before it becomes costly.

In energy storage manufacturing, relying on basic data like torque alone leaves too many gaps. When you capture the full picture—drive cycles, rotation, depth, and more—you gain real insight into how every joint is formed and where things can go wrong.

Want to see how traceability shifts from compliance to a powerful risk-reduction tool? Read the full article.

Traceability in Energy Storage Manufacturing: From Compliance to Risk Reduction In energy storage manufacturing, relying on basic data like torque alone leaves too many gaps. When you capture the full picture—drive cycles, rotation, depth, and more—you gain real insight into how every joint is formed and where things can go wrong.

The real challenge isn’t just building it right—it’s installing it right. Automated screwdriving helps carry factory-level accuracy into the field, reducing variability and risk.
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Data center demand is exploding—and production teams are feeling the pressure. When skilled labor can’t scale fast enough, automation steps in to keep output and quality on track.
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With our large range of feeding systems, we are able to feed almost any fastener style from micro screws for the medical industry, to large bolts for automotive and defense applications. https://hubs.li/Q04dfGf60

Fastening isn’t just assembly—it’s a safety system.
In energy storage applications, every joint plays a critical role in maintaining electrical continuity and thermal performance. Small variations in installation—like torque, seating depth, or rotation—can quietly introduce resistance, uneven load, and long-term risk.

The key? Consistency. When fastening processes are controlled and repeatable, joints perform reliably under load—preventing minor deviations from becoming major failures.
Looking to improve fastening reliability and traceability in your assemblies? Let’s talk.

Fastening as a Safety System: Preventing Failure in Energy Storage Assemblies If you have an assembly where connections are responsible for maintaining electrical paths and keeping interfaces in place during operation, you are likely looking for the best, most reliable, and traceable screwdriving and fastening solutions.

At WEBER, we solve challenging assembly operations with automated screwdriving systems that reduce cycle times, increase overall equipment effectiveness (OEE), and help engineers to error-proof their fastening operations. In this eBook, we show you how our screwdriving systems solve these unique challenges. https://hubs.li/Q04dfRxx0