Wavelength Range: SWIR thermal imaging camera lenses operate in the short-wave infrared spectrum, typically covering wavelengths from 0.9 to 1.7 microns. This range allows them to capture thermal information beyond what is visible to the human eye.

Optical Design: These lenses are designed to efficiently transmit and focus infrared radiation within the SWIR range. They often incorporate specialized optical coatings to optimize transmission and reduce reflections.

High Transmission and Sensitivity: SWIR lenses are engineered for high transmission of infrared radiation, ensuring efficient capture of thermal information with minimal loss. This sensitivity is crucial for accurate thermal imaging applications.

Precision and Image Quality: SWIR thermal imaging lenses offer high precision in capturing detailed thermal images. They are designed to maintain sharp focus and clarity across the entire field of view, enabling accurate temperature measurements and analysis.

Applications: Thermal Imaging and Surveillance, Industrial and Scientific Imaging, Environmental Monitoring, etc.