Webinar: Inspecting Batteries with Rapid, Automated, and High-Volume Industrial CT Scanning

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September 5, 2024

In the high-stakes battery industry, maintaining safety, efficiency, and quality is more critical than ever. Exploding demand for batteries—spanning automotive, energy, and consumer electronics—comes with immense pressure to deliver flawless products. The consequences of failures, such as fires or malfunctions, are severe, impacting both reputations and bottom lines.

At Lumafield, we are pioneering a holistic approach to battery inspection. In our webinar, “Inspecting Batteries with Rapid, Automated, and High-Volume Industrial CT Scanning,” Lumafield Chief of Staff Sarah Kobašlija showcases how our industrial X-ray CT technology empowers manufacturers to meet these challenges head-on.

What CT Offers to Battery Manufacturing

Industrial CT scanning offers manufacturers the ability to inspect every detail of their batteries, inside and out, without damaging them. The technology creates precise 3D models, revealing critical internal features like anode and cathode alignment, structural integrity, and signs of defects. This level of insight is essential for ensuring the reliability of modern battery designs.

Traditionally, CT scanning has been expensive, complex, and limited to specialized labs. But Lumafield’s Neptune and Triton scanners, paired with the cloud-based Voyager software, are democratizing access to this powerful technology. Now, engineers can inspect products right in their labs or integrate high-speed scanning into production lines.

Key Webinar Takeaways
  • From R&D with the Neptune scanner to real-time production decisions with Triton, Lumafield’s solutions are tailored to the battery industry’s unique needs at every stage of product development.
  • Our cloud-based Voyager software enables rapid analysis, automated defect detection, and detailed insights, all accessible through a web browser.
  • Companies like Trek Bicycle have already leveled-up their battery inspection processes by incorporating Lumafield’s technology, improving both cell quality and design integration.
  • The new Battery Analysis Module in Voyager simplifies tasks like measuring electrode overhang, helping manufacturers streamline inspections and boost precision.
The Battery Analysis Module automatically takes Anode Overhang measurements within cells and presents intuitive visualizations.
Take the Next Step

If you’re ready to take your battery inspection to the next level, explore how Lumafield can transform your workflow with Neptune, Triton, and Voyager. Contact our team to schedule a demo or discuss your specific challenges.

Webinar
Article

Webinar: Inspecting Batteries with Rapid, Automated, and High-Volume Industrial CT Scanning

September 5, 2024

Webinar: Inspecting Batteries with Rapid, Automated, and High-Volume Industrial CT Scanning

In the high-stakes battery industry, maintaining safety, efficiency, and quality is more critical than ever. Exploding demand for batteries—spanning automotive, energy, and consumer electronics—comes with immense pressure to deliver flawless products. The consequences of failures, such as fires or malfunctions, are severe, impacting both reputations and bottom lines.

At Lumafield, we are pioneering a holistic approach to battery inspection. In our webinar, “Inspecting Batteries with Rapid, Automated, and High-Volume Industrial CT Scanning,” Lumafield Chief of Staff Sarah Kobašlija showcases how our industrial X-ray CT technology empowers manufacturers to meet these challenges head-on.

What CT Offers to Battery Manufacturing

Industrial CT scanning offers manufacturers the ability to inspect every detail of their batteries, inside and out, without damaging them. The technology creates precise 3D models, revealing critical internal features like anode and cathode alignment, structural integrity, and signs of defects. This level of insight is essential for ensuring the reliability of modern battery designs.

Traditionally, CT scanning has been expensive, complex, and limited to specialized labs. But Lumafield’s Neptune and Triton scanners, paired with the cloud-based Voyager software, are democratizing access to this powerful technology. Now, engineers can inspect products right in their labs or integrate high-speed scanning into production lines.

Key Webinar Takeaways
  • From R&D with the Neptune scanner to real-time production decisions with Triton, Lumafield’s solutions are tailored to the battery industry’s unique needs at every stage of product development.
  • Our cloud-based Voyager software enables rapid analysis, automated defect detection, and detailed insights, all accessible through a web browser.
  • Companies like Trek Bicycle have already leveled-up their battery inspection processes by incorporating Lumafield’s technology, improving both cell quality and design integration.
  • The new Battery Analysis Module in Voyager simplifies tasks like measuring electrode overhang, helping manufacturers streamline inspections and boost precision.
The Battery Analysis Module automatically takes Anode Overhang measurements within cells and presents intuitive visualizations.
Take the Next Step

If you’re ready to take your battery inspection to the next level, explore how Lumafield can transform your workflow with Neptune, Triton, and Voyager. Contact our team to schedule a demo or discuss your specific challenges.

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