Battery Cell Manufacturing Process improvement: Advanced X-ray and Magnetic Resonance Solutions
 

Optimizing the production of Lithium-Ion Batteries (LIBs) hinges on several critical factors. Material costs are a significant expense, and high product failure rates can lead to substantial scrappage and waste, thereby increasing development time and costs.

Key focus areas for improvement during battery manufacturing include reducing costly material waste (cathode, anode, and electrolyte), enhancing raw material characterization and quality control, and conducting failure analysis to understand the chemical and structural performance of failed components, using this feedback to implement improvements.

Join us for an insightful webinar where experts in Advanced X-ray and Magnetic Resonance Solutions will discuss how these cutting-edge technologies can significantly enhance LIB production. Our experts will cover strategies to reduce material waste, improve quality control, and conduct thorough failure analysis. Learn how these powerful analytical tools can optimize manufacturing processes, ensuring higher efficiency and lower costs. This session is essential for battery industry manufacturers looking to stay ahead in a competitive market.

December 5, 2024 | 05:00 PM CET - 11:00 AM EST

• Monitoring Electrode Coating: Learn how to utilize analytical equipment to precisely monitor and control electrode coating processes, ensuring uniformity and quality.
• Electrolyte Quality Control Testing: Discover methods for effective QC testing of electrolytes to maintain high standards and reduce failure rates.
• Post-Mortem Cell Analysis: Gain insights into conducting detailed post-mortem analyses of battery cells to identify and rectify chemical and structural issues, leading to continuous process improvements.
• Active Material Quality Control: Understand how to perform rigorous QC on incoming active materials using advanced analytical techniques to ensure consistency and reliability in battery cell production.

• Battery Manufacturers
• Research and development organizations
• Academic institutions
• Material science organizations
• Electrochemical and analytical chemistry organizations
• Testing laboratories involved in battery research and development.
• Government agencies involved in renewable energy and sustainability.
• Investors interested in battery manufacturing.
• Battery technology experts and engineers