With the rapid development of new energy industry, the requirements for material quality and accuracy are increasing. As a high-precision, non-contact measurement tool, spectral confocal sensors play an important role in the thickness measurement of new energy materials. In particular, the combination of spectral confocal sensor PMS-SFS-D8022 with controller PMS-SFS-C8001, with its powerful functions and adaptability, has shown excellent performance in the new energy industry, especially in lithium battery thickness measurement.

Strong combination of spectral confocal sensor PMS-SFS-D8022 and controller PMS-SFS-C8001

1、High-precision 3D Surface Topography Measurement: The PMS-SFS-D8022 sensor is able to accurately measure the surface topography of materials, providing rich 3D data support for thickness analysis of new energy materials.

2、Non-transparent Sample Thickness Measurement: For non-transparent samples in new energy materials, such as diaphragms and electrode materials of lithium batteries, the PMS-SFS-D8022 sensor is able to accurately measure the thickness of these samples without destroying the samples, ensuring the accuracy and reliability of the measurement results.

3、Analog Output Support: With the PMS-SFS-C8001 controller, the system supports analog output, which is easy to integrate with other control systems or devices for automated measurement and data acquisition.

4、CCS VR1.0.2.4 software version: The advanced software version provides a more user-friendly interface, more powerful data processing capabilities and a richer set of measurement functions, enabling users to operate and analyze more easily.

Application in Lithium Battery Thickness Measurement

1. Thickness control of pole piece: Measuring the thickness of positive and negative pole pieces of Li-ion battery through spectral confocal sensor, it can realize the precise control of the thickness of pole piece to ensure the consistency and safety of the battery.
 

2. Diaphragm Thickness Detection: Diaphragm is one of the key components in lithium battery, and its thickness directly affects the capacity and internal resistance of the battery. Spectral confocal sensors are able to measure diaphragm thickness in a non-contact manner, improving measurement efficiency and accuracy.
 

3. Automated production line integration: Spectral confocal sensor system is integrated into the automated production line of lithium batteries, which can realize real-time monitoring and online measurement, improve production efficiency and product quality.
 

4. Data traceability and analysis: By recording and analyzing measurement data through software, companies can establish a complete quality traceability system for continuous optimization and improvement of the production process.