Cylindrical
Every standard size, from 18650 to the 4680. It works the same in LFP, NMC and NCA.
A new layer of
energy intelligence
Magnetic control for higher-performing batteries.
Bringing order to battery charging
MagLiB™ combines embedded magnetic PCBs with Aeon™, Gaussion's control chip, adaptive firmware and learning database, to coordinate magnetic-field patterns across the battery pack.
By guiding ion movement and reducing resistance at the particle level, the system helps batteries charge faster, generate less heat and perform more smoothly — supporting longer lifetime without requiring a redesign of the cell.
Built for different cells, formats and chemistries
MagLiB™ is an adaptable PCB-based technology that can be configured for different cell formats, pack architectures and battery chemistries. From pouch and prismatic cells to cylindrical formats, it generates magnetic-field patterns suited to the design — helping manufacturers improve performance without rethinking the cell itself.
Prismatic
The large cells behind most stationary and EV packs. The field still reaches the whole stack.
Pouch
High-density stacked cells, where getting an even coat on every layer matters most.
Designed to scale across markets
As batteries become central to more products, systems and environments, performance demands are becoming more varied. MagLiB™ and Aeon™ give manufacturers a flexible way to improve charging speed, thermal behaviour and battery lifetime across applications where battery performance is critical.
Transport & mobility
Aerospace
Consumer & portable
Infrastructure
Robotics
Drones & e-VTOL
Industrial
Performance that adapts cycle by cycle
Aeon™ coordinates MagLiB™ across the pack, adjusting magnetic-field behaviour in response to different cells, conditions and performance demands. This creates a dynamic control layer that helps battery systems maintain stronger, more consistent performance over time.
Faster charging
Enables higher charging rates while helping reduce the dendrite risks typically associated with faster charging.
Longer life cycle
Slows dendrite growth to support more usable cycles over the lifetime of the pack.
Cold resilience
Supports ion mobility in low temperatures to help maintain charging performance in colder conditions.
Flexible cell choice
Helps more cost-effective cells reach target performance, giving manufacturers greater freedom in cell selection.
Built by Gaussion.
Backed by leaders.
Gaussion is a world-leading, award-winning team based at a state-of-the-art R&D facility in London. Supported by leading investors and strategic partners, the company is accelerating its magnetic battery-control technology towards commercial-scale deployment.
