Kodak and Ateios Systems Revolutionize Battery Manufacturing with High-Speed Production

What's Happening?

Kodak and Ateios Systems have announced a breakthrough in battery manufacturing, achieving a record production speed of 80 meters per minute for solvent-free high-energy electrodes using the RaiCure platform. This speed is nearly three times faster than the industry standard, enabling high-voltage stability and thick coatings for various battery materials. The innovation promises higher energy efficiency, lower costs, and reduced toxic emissions, addressing key challenges in next-generation battery manufacturing. Ateios Systems has secured multiple purchase orders and is shipping electrodes to battery OEMs in Asia and North America, supported by a $350,000 grant from the NSF Energy Storage Engine.

Why It's Important?

The advancement by Kodak and Ateios Systems represents a significant leap in battery manufacturing technology, potentially transforming the industry by offering faster, more sustainable production methods. This development is crucial for sectors relying on lithium-ion batteries, such as electric vehicles, grid storage, and consumer electronics. The reduction in energy consumption and elimination of harmful chemicals align with global sustainability goals, benefiting manufacturers and consumers. The collaboration between Kodak and Ateios Systems highlights the importance of innovation in maintaining competitive advantage and meeting the growing demand for efficient energy solutions.

What's Next?

Kodak and Ateios Systems plan to scale their production capabilities, with Kodak's pilot line supporting widths up to 440 mm and full-scale production handling widths up to 1.5 m. This expansion could lead to increased electrode capacity, meeting the growing demand for high-energy batteries. The companies aim to take new battery designs from concept to commercial-scale production within months, serving applications in various industries. Stakeholders, including battery manufacturers and tech companies, will likely explore partnerships and investments to leverage this technology for competitive advantage.