WEBER Screwdriving Systems

06/17/2026

Scaling battery production is less about volume and more about consistency. As fastener density and assembly complexity increase, manual adjustments introduce variability that leads to rework and performance issues. Controlled, automated fastening helps ensure every joint is built the same—at scale.

What works in early-stage battery assembly does not always hold up under high production volumes. Processes that rely on operator adjustments and flexible handling begin to lose consistency as the throughput of production increases. One of the primary challenges is not simply producing more units, b...

06/17/2026

THIS YEAR'S HAPPY HOUR EVENT! On Wednesday, June 24th from 3:00 - 5:00 pm we’ll be hosting our annual happy hour at our booth. Stop by and grab a beer and some cool WEBER swag!

06/15/2026

As assemblies become more complex and difficult to evaluate after the fact, traceability shifts from a record-keeping function into a way of understanding and controlling the process itself. https://hubs.li/Q04jd5f20

06/12/2026

Integrating traceability at the process level provides a clear view of how each assembly is built. The added transparency gives greater control, allowing them to detect deviations earlier, respond faster, and make more informed decisions to keep production on track. https://hubs.li/Q04jcYMr0

06/10/2026

At the joint level, performance depends on contact. Electrical continuity and thermal transfer both rely on consistent conditions, and when those conditions vary, the effect may not be immediate. A connection can remain functional while carrying a higher resistance than intended or transferring unevenly across the interface, and over time, these differences can influence how the system responds under load. https://hubs.li/Q04jcKNb0

06/08/2026

We’ll be demonstrating our automated screwdriving and feeding solutions at this year’s premier automation showcase, Automate 2026. Booth #3809!
https://hubs.li/Q04hm44Y0

06/05/2026

The SEV-P expandable tool changing system allows a variety of different tools to be integrated, which can be used with different screwdriving programs as required. https://hubs.li/Q04jdj5-0

06/04/2026

Traceability in energy storage manufacturing is often introduced as a requirement, not a suggestion. It is needed to support documentation and provide a record that all processes were properly completed. Learn more: https://hubs.li/Q04jd1sw0

06/02/2026

For energy storage assemblies, many connections are created via threaded fasteners. Also called ‘joints’, these connections are responsible for maintaining electrical paths and keeping interfaces in place during operation. Once installed, their placement is fixed, meaning that if a joint is not formed correctly, it can negatively impact the overall performance of the assembly. Learn more: https://hubs.li/Q04jcX8Y0

06/01/2026

As AI drives explosive growth in data centers and energy storage, manufacturers are facing a new challenge: assembly complexity. Tight spaces, dense components, and inconsistent manual processes are pushing automation from “nice to have” to necessity. Read how manufacturers are adapting to scale with greater consistency and control.

With the advent of AI, data centers and energy storage systems are expanding quickly. However, the assembly methods used to build additional infrastructure are under increasing pressure.