Three cutting-edge technologies, when used together, can play a transformative role in unlocking the next generation of innovations, efficiency enhancements, performance, and sustainability. The non-destructive analysis of X-ray fluorescence (XRF) for elemental composition ensures material quality and consistency. The high-resolution insights of electron microscopy provide into battery component structures for nanoscale-level optimization. And data-driven approaches to materials informatics predict material behaviors, accelerate discovery, and refine manufacturing processes.
Join us for this webinar to explore the synergy of using them together to drive breakthroughs in the battery lifecycle, from battery R&D through manufacturing and recycling.
Manager, Hitachi High-Tech America, Inc.
With over 20 years in emerging energy markets, Dean Schmidt supports supply chain partnerships for current and future battery manufacturing at Hitachi High-Tech America. He enhances production by integrating inspection and analysis technologies to improve product quality across individual or unified stages of the manufacturing process.
Sales Manager, Hitachi High-Tech America, Inc.
Chris Watters has been delivering materials insights for over two decades—in the lab, on the factory floor, and in the field. He drives progress through facilitating a deeper understanding of components and their phases using electron microscopy.
Account Sales Manager, Hitachi High-Tech America, Inc.
Mei Akimoto specializes in IoT, AI, and machine learning services across Japan and the U.S., with 10+ years of experience helping clients in the energy and battery sectors. She helps build innovative, scalable solutions that optimize production, improve efficiency, and drive real-world impact in the evolving battery landscape.
