LInspector Edge Inline Mass Profilometer
Achieving unprecedented levels of electrode coating analysis in real-time!
The Thermo Scientific LInspector Edge inline mass profilometer is a next-generation process measurement tool for battery manufacturing, establishing a new standard in the quality assurance of electrode coatings. This device measures 100% of the area of the coated electrodes in real-time. By simultaneously collecting spatial information and coating weight data, it provides full-width areal density analysis and profile uniformity analysis.
basic information
Outstanding Features of LInspector Edge - Measures the complete coating profile from end to end of the electrode roll in milliseconds, quickly and reliably detecting even small defects. - Provides data on coating amounts that is over 1,000 times more detailed than traditional gauge methods. - Offers high-resolution coating data across the full width of the sheet, rather than just spot measurements. - Advanced software facilitates the implementation, management, and visualization of coating uniformity inspections. - Ensures reliable traceability and quality assurance. - Minimizes scrap. - Contributes to the cost-effective, safe, and high-performance development and manufacturing of batteries. Introduction video URL for LInspector Edge: https://players.brightcove.net/665001591001/I9XluuSon_default/index.html?videoId=6343470400112
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Applications/Examples of results
This is a device developed specifically for inline monitoring of the coating amount of electrode sheets in lithium-ion battery electrode manufacturing. Conventional scanning gauges could only monitor the coating amount in a small area of just a few percent of the electrode sheet. In contrast, the LInspector Edge inline mass profilometer enables measurement from edge to edge of the electrode sheet, providing 100% area coverage and a high data acquisition rate, allowing for rapid and comprehensive early defect detection. By using high-resolution visualized, data-rich information, it can identify small defects such as wrinkles, thick edges, and streaks early in the process, enabling timely and effective corrective actions.
