AI-based edge-learning streamlines complex battery and EV inspection tasks and separates scrap from suitable.

For lithium-ion traction batteries, leak detection is imperative for battery performance, longevity and safety, especially the prevention of fires.

Do I need a 3D CT volume with the highest resolution for a detailed analysis, or is a fast overview scan sufficient to define the regions from which I want to make additional high-resolution detail scans?

Industrial X-ray and computed tomography (CT) inspection solutions address the challenges for battery manufacturers to scale up production volumes while maintaining high quality and can lead to major competitive advantages.

This article describes a novel micro-compression instrument and technique for determining the hardness of individual particles using controlled uniaxial compression. Brief examples of the technique used to characterize and compare the hardness of battery anode materials are provided.

Automakers in Europe, the Asia-Pacific region and the United States are struggling with performance and safety issues associated with electric and hybrid-electric cars.

Since the early 1990s Lithium ion batteries have entered industrial markets as energy storage technology for mobile consumer electronics and battery-operated tools.

Inspecting components for e-mobility applications is something that David Wick is very familiar with.

If you’re not sure how to inspect components for E-mobility applications, there are a range of tools at the ready. As the world of electric vehicles continues to expand, technologies such as computed tomography, coordinate measuring machines, and microscopes all provide part of the puzzle.

Electromobility is currently one of the most significant trends worldwide, and it is destined to change the way people purchase vehicles, travel and enjoy their leisure time.