Applications
Battery Materials & Manufacturing
Accelerate battery development, shorten factory ramp-up, and improve production yield with advanced elemental analysis and chemical imaging.
Battery performance, safety, and manufacturing yield depend on precise control of material composition and chemical uniformity. Our chemical analysis technologies provide rapid insight into battery materials and electrodes—supporting materials development, process optimization, production troubleshooting, quality control, and failure analysis.
Accelerated Materials Development
Gain deeper insight into battery material chemistry and accelerate new material and formulation development. Analyze major and light elements, dopants, trace impurities, and elemental distributions to reveal material heterogeneity and localized chemical variations.
Process Development & Factory Ramp-Up
Understand how manufacturing processes affect electrode chemistry. High-speed chemical imaging reveals elemental uniformity, compositional gradients, and localized variations, providing rapid feedback for process optimization and factory ramp-up.
Production Metrology & Quality
Identify chemical non-uniformity, contamination, compositional variation, and process-related defects that can affect product consistency and performance. Rapid chemical metrology supports production troubleshooting, quality control, and yield improvement.
Failure Analysis & Troubleshooting
Use advanced 2D/3D chemical imaging and depth-resolved analysis to reveal elemental redistribution, localized degradation, contamination, and other chemical signatures—helping identify root causes and accelerate corrective action.