Micro-Epsilon's Capacitive Sensors Revolutionize Battery Film Production
Micro-Epsilon's capacitive sensors are revolutionizing battery film production, offering sub-nanometer resolution and high-frequency response. These sensors ensure precise thickness measurement and uniform coating, crucial for high-performance energy storage systems.
The capaNCDT 6200 modular multi-channel measuring system allows inline thickness measurement of battery films, with or without coating, at up to three points simultaneously. CapaNCDT CSG capacitive flat sensors monitor and control the gap of calender and coating rollers with micrometer accuracy.
For offline measurements, the capaNCDT TFG6220 ensures highly reproducible results using a vacuum device to support the film wrinkle-free. These sensors are vital for process monitoring and quality assurance, helping to detect deviations early and minimize rejects.
ams OSRAM, a leading player in battery film production, uses capacitive sensors like the ams AS8580 for precise measurement and monitoring. The combiSENSOR KSB6430, designed for one-sided thickness measurement of electrode coatings, detects material thicknesses from 5 μm to 3 mm with sub-micrometer accuracy.
As demand grows for high-performance energy storage systems, precise battery film production becomes increasingly important. Micro-Epsilon's capacitive sensors, independent of ambient conditions and suitable for demanding industrial environments, ensure the homogeneity of battery films and increase the efficiency of production.
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