This white paper explores how industrial computed tomography (CT) technology can transform research and development (R&D) and production processes for battery cell manufacturers. With the lithium-ion battery market projected to exceed $387 billion by 2032, manufacturers face increasing pressure to innovate while maintaining quality and scalability. The paper highlights how CT scanning provides advanced, non-destructive methods to detect defects, improve production yield, and accelerate time-to-market for new technologies.

Download this white paper and learn:

• How industrial CT supports innovation in battery materials, chemistries, and form factors by enabling detailed, internal 3D analysis of cells during early development stages.
• Ways CT scanning identifies hidden flaws such as anode overhang, electrode misalignment, and weld defects, preventing potential failures and optimizing product performance.
• Insights into how CT scanning reduces waste and improves consistency across production runs by enabling precise, data-driven process control.
• Strategies to balance production throughput with quality standards using high-resolution, non-destructive testing methods.

This paper is required reading for manufacturers looking to stay competitive in the rapidly growing battery industry by leveraging cutting-edge CT technology to drive innovation, efficiency, and reliability.