News & Articles

Cellerate is supporting a new fully funded PhD project at The University of Manchester, focused on advancing zinc-based battery technology through automated experimentation and robotics.

Prof. Yuki Yamada at Osaka University hosts our first reference site in Japan. This new site demonstrates the growing demand for automated cell assembly across global battery research and quality control labs.

The Battery Belt in the United States is rapidly becoming the world’s hub for battery innovation, but even the most advanced labs face a familiar challenge: achieving reproducible, consistent data from small samples.

Battery researchers have relied on coin cells for decades, but the format often limits how well laboratory results translate to real-world pouch cells. Variations in stack pressure, sealing, and electrode alignment can all affect performance data.

Discover how a leading synthetic graphite manufacturer scaled its R&D output and improved data reliability, without hiring more staff. Vianode specialises in the production of sustainable synthetic anode graphite for lithium-ion batteries.

CEAMS launched a pioneering project focused on quality control standardisation for battery cell formation, ensuring novel cell technologies can be efficiently scaled to giga-scale production volumes.

Cellerate is proud to be part of the Fully (FULL) integrated, autonomous, and chemistry-neutral Materials Acceleration Platform (MAP) for sustainable batteries. A €20 million research initiative funded by Horizon Europe – European Commission.