As battery demand surges, maintaining stringent contamination control has become a critical factor in ensuring safety, performance, and operational yield. Even trace levels of particulate or molecular impurities can lead to significant product failure and costly production downtime. This webinar explores the essential role of advanced contamination monitoring in battery manufacturing.
Overview
Battery manufacturing is a complex, high-precision process where even trace contamination can compromise safety, performance, and yield. Demand for advanced energy storage is growing, and maintaining control over particulate and molecular contaminants is essential to achieving consistent product quality and operational reliability.
Effective contamination monitoring delivers measurable value by improving process stability, reducing defects, and protecting critical environments from costly disruptions. With decades of proven expertise, Particle Measuring Systems provides the instrumentation, data intelligence, and application knowledge needed to address these evolving challenges.
This webinar examines practical examples of contamination control and monitoring in battery production, demonstrating how data-driven measurement strategies help manufacturers enhance safety, ensure quality, and optimize yield across every stage of the manufacturing process.
Key Takeaways
- Review the monitoring process within battery manufacturing
- Provide practical examples of contamination control and monitoring in battery production
- Demonstrate how data-driven measurement strategies help optimize yield and ensure safety
Speaker
With a background in chemical engineering and hands-on experience in the semiconductor and microelectronics industries, Hutchinson helps manufacturers improve contamination control. He is an expert in detecting and reducing airborne molecular contamination and particle levels in critical environments, supporting high-yield production and cleanroom compliance. Hutchinson has delivered technical training and presentations on cleanroom contamination topics around the world. He holds both a Bachelor’s and a Master’s degree in Chemical Engineering. At Particle Measuring Systems, he supports global innovation in cleanroom monitoring.