#USA #EV technology #Billerica #AM Batteries #Dry Electrode

AM Batteries Demonstrates Groundbreaking Powder to Electrode™ Technology

On October 28, 2025, AM Batteries (AMB) conducted an impressive demonstration of its innovative dry electrode manufacturing method. This event showcased the company's proprietary Powder to Electrode™ technology, which was witnessed by over 70 industry leaders and decision-makers across the globe, including major OEMs and cell manufacturers from regions like the United States, Europe, Korea, Japan, and China. The live demonstration highlighted the commercial viability of AMB's unique dry deposition process, which promises significant cost savings and improved performance as the industry gears up for the massive shift towards electric vehicles (EVs).

A Leap Towards Enhanced Battery Manufacturing

The Demo Day event featured live presentations utilizing two Engineering Pilot Lines (EPLs), effectively illustrating the dry electrode technology at a commercial production speed of 20 meters per minute. This demonstration allowed attendees to witness firsthand the efficiency and consistency of AMB's processes. The highlight of the event included valuable input and insights from industry luminaries, such as Professor Shirley Meng, who emphasized the critical shift from traditional wet methods to more streamlined, dry processes. According to Professor Meng, such advancements in electrode manufacturing are not just beneficial but essential for the future of the industry.

Joe Lam from Amperex Technology Limited (ATL) also praised AMB's technology, describing the comprehensive evaluation process ATL conducted before selecting a partnership with AMB. Lam noted that AMB's dry deposition method stood out as the most advanced solution available, underlining the growing confidence in AMB's approach to electrode manufacturing.

Demonstrating Commercial Readiness

During the event, guests were able to witness two operational lines in action. EPL 1, running at an impressive 20 meters per minute, showcased the potential of dry deposition to deliver high-quality outputs consistently. Meanwhile, EPL 2 was designed for extensive customer material testing, enabling future partners to experiment under controlled conditions with moisture-sensitive materials, which are crucial for high-performance batteries. This versatility is indicative of AMB's commitment not just to innovation but to ensuring that its technology meets the rigorous demands of the EV sector.

Attendees also examined AMB's interactive Technoeconomic Savings Calculator, which detailed how adopting dry electrode technology could lead to substantial financial savings. For instance, a 30 GWh gigafactory could potentially save over $100 million annually by implementing AMB's innovative methods.

Unmatched Advantages of AMB’s Technology

AMB's direct powder deposition method, which deposits active materials directly onto current collectors, presents several noteworthy advantages over traditional methods:

• - 40% reduction in capital expenditures
• - 50% decrease in operating costs
• - 75% less energy consumption during electrode manufacturing
• - A 40% decrease in the overall carbon footprint of battery plants
• - A factory footprint that is 5 times smaller than conventional setups

These advantages position AMB at the forefront of battery manufacturing technology, especially as the demand for sustainable and efficient production methods in the battery industry continues to grow.

Lie Shi, AMB's CEO, expressed his satisfaction with the event, stating, “Multiple tier-one manufacturers examined our technology for four hours and witnessed our direct powder-to-current collector process operating at commercial speeds with greater flexibility than competing approaches. We’re now scaling globally to meet demand.”

Funding and Future Prospects

Since its inception, AM Batteries has amassed an impressive $74 million in funding from strategic investors across automotive, energy, and electronics sectors. This financial backing lays a robust foundation for the company to further commercialize its Powder to Electrode™ technology on a global scale.

As AM Batteries continues to lead the charge towards advanced battery technologies, it’s clear that its innovations not only address current industry inefficiencies but also pave the way for a more sustainable future in energy storage. To discover more about AMB's groundbreaking solutions, visit AM Batteries.