April 21, 2026 | 11 AM ET
As battery innovation advances, materials are becoming increasingly reactive and heterogeneous. Maintaining sample integrity while connecting microstructure, chemistry, and performance is a critical challenge. This webinar highlights advanced electron microscopy and X-ray photoelectron spectroscopy (XPS) workflows that deliver reliable, multimodal insight from the bulk to the surface. Learn how inert transfer and cryo-enabled handling preserve sensitive battery materials, while live EDS and low-kV EBSD enable high-resolution imaging with chemical and grain-level mapping. Discover how XPS reveals surface chemistry and probes SEI composition through quantitative spectra and depth profiling. This session is designed for R&D, QC and failure analysis teams seeking cutting-edge metrology solutions to advance battery characterization.
Discover how inert gas transfer workflows, and cryo-enabled preparation minimize oxidation and imaging artifacts in electron microscopy characterization.
Learn how EM based high resolution imaging plus EDS and EBSD help map elemental distribution, phases, impurities, and grain orientation at nano to micron scale.
Explore how XPS supports quantitative oxidation state and SEI composition analysis, including femtosecond laser-based depth profiling to probe layered structures while better preserving chemistry.
