Protocells: Reliability, Precision & Flexibility for Battery Researchers 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, making it harder to compare results or scale discoveries. Cellerate developed […]
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How Vianode Increased Cell Yield and Lab Efficiency with Cellerate Automation Discover how a leading synthetic graphite manufacturer scaled their R&D output and improved data reliability, without increasing hiring more staff. “Cellerate enabled us to test more materials, with fewer people, and more confidence in our data.” — Vianode R&D Team The Challenge: Manual Coin
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Advancing Battery Cell Manufacturing: The CEAMS Project The Challenge: Scaling Up Battery Cell Production with Precision The demand for high-performance lithium-ion batteries is skyrocketing, driven by the growth of electric vehicles (EVs) and the transition to sustainable energy solutions. However, scaling up battery production presents several challenges, one of the most critical being precision in
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Cellerate Joins €20M FULL-MAP Project to Revolutionise Battery Innovation 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. This ambitious project is set to redefine battery material discovery and cell development
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