Summary
- Battery safety is crucial for electric vehicle reliability
- Successive Chevy Bolt battery recalls costing GM nearly $2 billion highlight the need for better inspection methods
- Industrial CT scanning provides high-resolution imaging of battery cells, modules, and components without disassembly
- Next-generation CT technology helps EV manufacturers detect defects quickly and improve quality assurance
- The webinar will cover how CT scanning can detect defects, enable high-volume inspection, ensure critical factors are aligned, and validate assembly integrity
Article
Battery safety is crucial for electric vehicle reliability, as even the smallest defect can have significant consequences. The Chevy Bolt battery recalls, which affected over 140,000 vehicles and cost GM nearly $2 billion, highlight the need for improved inspection methods. Traditional quality control techniques may overlook internal defects or subtle inconsistencies that can lead to failures in the field. Industrial CT scanning offers a solution by providing fast, high-resolution imaging of battery cells, modules, and vehicle components without the need for disassembly. This webinar explores how next-generation CT technology is helping EV manufacturers and suppliers mitigate recall risks by detecting defects quickly and accurately.
The webinar covers various aspects of industrial CT scanning in relation to battery safety and quality control. Participants will learn how CT scanning detects defects in battery cells and modules before they cause failures, how ultra-fast CT scanning can inspect EV components at a rate of 0.1 seconds per scan, and how automated internal measurements ensure critical factors like electrode alignment and anode-cathode overhang are in check. Additionally, CT scanning aids in validating assembly integrity by identifying issues such as misalignment and contamination before vehicles are put on the road. This technology enables scalable, high-volume inspection of EV components, improving overall safety and reliability.
The webinar is set to be hosted by CHARGED on Wednesday, April 30th, at 1pm US EDT. It will provide valuable insights into how industrial CT scanning can revolutionize battery safety in electric vehicles by detecting defects quickly and accurately. By automating internal measurements and providing high-resolution imaging, CT scanning offers a comprehensive solution for ensuring the integrity of critical EV components. Participants will also learn how scalable inspection workflows enable real-time decisions at every stage of production, reducing risks and improving overall quality assurance.
Industrial CT scanning is positioned as a crucial tool for EV manufacturers and suppliers looking to reduce recall risks and enhance safety. By utilizing CT technology, companies can detect defects in battery cells and modules with precision and efficiency, ensuring that only high-quality components are used in production. The rapid scanning speed of 0.1 seconds per scan allows for quick inspections of EV components, while automated internal measurements guarantee critical factors are in compliance. Overall, industrial CT scanning provides a reliable solution for improving battery safety in electric vehicles and mitigating potential risks associated with defects.
Participants in the webinar will gain in-depth knowledge of how industrial CT scanning can revolutionize quality control processes in the electric vehicle industry. With a focus on detecting defects in battery cells and modules before they lead to failures, CT scanning offers a proactive approach to ensuring the reliability and safety of EV components. The ability to automate internal measurements and validate assembly integrity further enhances the effectiveness of CT scanning in identifying issues that may compromise the performance of electric vehicles. By attending this webinar, participants will discover the benefits of industrial CT technology in reducing recall risks and improving the overall quality assurance of EV components.
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