Battery safety is the foundation of electric vehicle reliability, and even the smallest defect can have massive consequences. Successive Chevy Bolt battery recalls, impacting over 140,000 vehicles and costing GM nearly $2 billion, underscore the urgent need for better inspection methods. Traditional quality control techniques can miss internal defects or fail to catch subtle inconsistencies that lead to failures in the field. Industrial CT scanning provides a tool to overcome this vicious cycle by providing fast, high-resolution imaging of battery cells, modules, and vehicle components, all without disassembly.
In this webinar, we’ll explore how next-generation CT technology is helping EV manufacturers and suppliers mitigate recall risks. Learn how rapid, automated scanning can detect defects in as little as 0.1 seconds, how automating internal measurements improves quality assurance, and how scalable inspection workflows enable real-time decisions at every stage of production. Whether you’re developing new battery chemistries, assembling packs, or ensuring the integrity of critical EV components, industrial CT offers an unmatched solution for reducing risk and improving safety.
In this webinar, you will learn:
- How industrial CT scanning detects defects in battery cells and modules before they lead to failures.
- How ultra-fast CT scanning (0.1 seconds per scan) enables scalable, high-volume EV component inspection.
- How automated internal measurements ensure electrode alignment, anode-cathode overhang, and other critical factors.
- How CT scanning helps validate assembly integrity, catching issues like misalignment and contamination before vehicles hit the road.
This webinar will be hosted by CHARGED on Wednesday, April 30th, at 1pm US EDT.
