MWIR Lens
CSOPT (China Star Optics) is a leading innovator in infrared thermal-imaging solutions, with every stage of R&D and production centered on the MWIR Lens. Our flagship MWIR Lens line delivers refrigerated, ultra-precision optics that feature a compact structure, minimal distortion, low cold reflection, and outstanding optical-axis consistency (≤ 3 pixels). Each MWIR Lens supports true continuous zoom and rapid automatic focusing across very high zoom ratios, guaranteeing crisp, stable images under every field-of-view setting. Engineered for mission-critical performance, the MWIR Lens maintains reliable, high-contrast imaging in extreme temperature environments, making it ideal for defense, industrial inspection, firefighting, and scientific research. In addition to the MWIR Lens family, we supply long-wave infrared continuous-zoom lenses that round out a comprehensive product lineup—all designed to exceed stringent quality and durability standards.
*The lenses all accept appearance customization and optical customization services.
OV-01-300
F#: 4.0
Focal length range: 15-300mm
Other parameters
OV-01-200
F#: 4.0
Focal length range: 19-200mm
Infrared system complete machine business
Processing features for MWIR Lens imaging systems:
BPR (bad pixel detection and replacement)
Contrast limited histogram equalization
Local DRC contrast enhancement
Sharpening and convolution
Noise reduction
Adaptive filtering
Automatic NUC and integration time selection
Image statistics
Autofocus
Proprietary detail enhancement and noise reduction algorithms.
Products
MWIR Lens technology delivers multiple advantages across diverse industrial applications:
1.MWIR Lens Enhanced Detection Capabilities
MWIR Lens thermal imaging identifies heat signatures in low-light or total darkness, clearly mapping temperature variations.
MWIR Lens sensors offer high temperature sensitivity, spotting minute heat changes.
With shorter wavelengths, an MWIR Lens camera captures higher spatial resolution and finer detail than LWIR systems.
2.MWIR Lens Resistance to Environmental Factors
Operating in the 3–5 µm band, the MWIR Lens spectral window experiences less absorption by water vapor and CO₂, so MWIR Lens platforms perform reliably in fog, rain, snow, extreme heat, or cold.
3.MWIR Lens Compact Size and Versatility
Miniaturized MWIR Lens modules fit handheld devices, drones, automotive ADAS, and portable inspection kits.
Flexible interfaces let an MWIR Lens assembly integrate seamlessly into defense, industrial, or research systems.
4.MWIR Lens Surveillance and Reconnaissance
Long-range MWIR Lens optics detect engine-heat signatures early, providing critical warning and targeting data.
5.MWIR Lens Security and Law-Enforcement Uses
Border surveillance, perimeter monitoring, and rapid search-and-rescue missions benefit from rugged MWIR Lens imagers.
6.MWIR Lens Industrial Applications
MWIR Lens preventive-maintenance cameras reveal overheating components, electrical faults, and mechanical wear.
MWIR Lens thermography enables non-destructive testing, highlighting subtle material stress.
In oil and gas, an MWIR Lens detector spots leaks fast, using the distinctive thermal signatures of many gases for safer, greener operations.