Lead in Battery Material Research: How Advanced Microscopy Drives Industrial Battery Innovation

Ancient stone buildings and towering pyramids stand as testaments to humanity's obsession with technological advancement. As we transitioned from stone to metal, and from metals to composites, we established a framework for material innovation—focusing on structure, properties, processing, and performance. Central to achieving the next material breakthrough is our ability to characterize these new materials effectively. Join us for a series of presentations that explore how advanced microscopy is playing a crucial role in our ongoing pursuit of technological advancement across various fields of Industrial Material Research.

To kick off the series, we will cover advanced microscopy techniques and workflows for industrial battery research.

• The role of microscopy in the innovation of next-generation battery materials.
• The uniqueness and variety of the ZEISS microscopy portfolio, which includes best-in-class low-voltage imaging in scanning electron microscopy (SEM), industry leading correlative workflows, and the utility of non-destructive X-ray microscopy (XRM).
• Advanced applications for root-cause analysis of diminished battery performance or shortened lifespan, including topics such as SEM sweet spot imaging, analytical microscopy, correlative workflows, and advanced AI-powered software solutions.

ZEISS Microscopy for Energy Materials

Drive innovation in the future of energy with our cutting-edge microscopy instruments

Correlative Workflows for Multiscale Insights 

Combining 2D and 3D datasets and analytical microscopy, enhanced by artificial intelligence

ZEISS SEM Solutions

View our broad portfolio of SEM microscopes for your industrial materials research applications