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Machine Vision & Web Inspection


Machine vision helps scale Mathieu Larouche, product manager, Zebra Technologies A 22


s the electric vehicle (EV) market advances, so does demand for lithium-ion batteries (LIBs). While safety remains paramount, manufacturers must also reduce costs to be competitive. Because electrodes, including cathodes, anodes and separators account for a signifi cant portion of the overall LIB cost, manufacturers must scale production effi ciently while maintaining strict quality standards. To address this, manufacturers increasingly turn to machine vision systems for cell


component inspection. These systems enable better process and quality control while driving down costs, particularly in the critical early stages of production.


THE ELECTRODE CHALLENGE: PRECISION IN ROLL-TO-ROLL COATING


Electrode production begins with roll-to-roll (R2R) machinery, which coats large rolls of material with precision layers to form the anodes and cathodes of a battery. These fi lms undergo further processing, including high-speed


calendaring, to achieve the desired thickness and compressive properties.


However, the high cost of electrode materials, combined with the complexity of this production stage, underscores the importance of minimising waste and ensuring defect-free manufacturing. Machine vision systems have become indispensable in this effort, offering real-time inspection capabilities that help manufacturers meet both quality and efficiency goals.


During R2R coating, machine vision


EV battery production Frame grabbers and machine vision software advances tackle challenging ev battery web inspection applications


September 2025


www.convertermag.com


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