• Is the pole piece coating uniform?
• Is the battery swollen?
• Is the silicon wafer surface flat?

Core Product Advantages

Compact Size, Small Light Spot & High Precision

Multiple Output Modes for Flexible System Integration

Versatile Detection Ranges

Strong Adaptability

Application Scenarios

Lithium Battery Industry: The First Line of Defense for Battery Quality

1. Coating Thickness Measurement of Lithium Battery Pole Pieces: Coating thickness directly affects battery capacity, safety and cycle life. The micron-level precision of LC-S Series enables real-time thickness monitoring, ensuring uniform coating of each pole piece and avoiding performance issues caused by thickness deviations.
2. Lithium Battery Swelling Detection: Swelling is a potential safety hazard during battery production or use. The sensors can accurately detect shape changes of battery cells, identify swelling in a timely manner and prevent defective products from entering subsequent processes.
3. Thickness Measurement of Lithium Battery Pole Pieces: Stable pole piece thickness is key to battery consistency. The non-contact measurement method avoids damaging pole pieces while ensuring accurate thickness data collection, laying a solid foundation for stable battery performance.

Photovoltaic Industry: Precise Control for Silicon Wafer Processing

1. Flatness Detection of Photovoltaic Silicon Wafers: Silicon wafer flatness directly impacts the photoelectric conversion efficiency of photovoltaic modules. The LC-S Series can comprehensively detect surface flatness, screen out unqualified wafers promptly and reduce resource waste in subsequent processing.
2. Stacking Height Control of Silicon Wafers: Precise stacking height control is critical during silicon wafer storage and processing. The sensors provide real-time height monitoring, preventing wafer damage due to over-stacking and improving production safety and efficiency.