Customization: | Available |
---|---|
Warranty: | 1 Year |
Usage: | Optical |
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The LWIR series lenses are prime and zoom lenses specially designed for LWIR band (8~12μm), compatible for conventional LWIR uncooled detectors.The products adopt unique optical technology and exclusive IR image and enhancement algorithm, and can meet the needs of various complex target scene applications. Characterized by high contrast, low distortion, compact structure and low power consumption, they are widely used in vehiclemounted viewing, airborne pods, urban security monitoring, forest fire warning and other scenes. The products can conduct 24/7 monitoring in a variety of complex environment, with a wide monitoring range.
The production and development can be customized according to the client's requirements.
Uncooled LWIR zoom lenses | ||||||
Focal length | F-number | Frequenc range |
FOV (H×V) | Detector specification |
Focusing distance |
Focusing mode |
4.6mm | 1.0 | 8~12μm | 99.56°×86.83° | 640*512,17μm | 0.5m~∞ | Manual |
8mm | 1.0 | 8~12μm | 68.4°×57.1° 44.39°×34.0° |
640*512,17μm 384*288,17μm |
0.3m~∞ | Electrical/Manual |
13mm | 1.0 | 8~12μm | 45.4°×37.0° 28.19°×21.32° |
640*512,17μm 384*288,17μm |
0.5m~∞ | Manual |
15mm | 1.0 | 8~12μm | 39.9°×32.4° 24.55°×18.53° |
640*512,17μm 384*288,17μm |
0.3m~∞ | Electrical/Manual |
25mm | 1.0 | 8~12μm | 24.55°×19.75° 14.87°×11.18° |
640*512,17μm 384*288,17μm |
0.5m~∞ | Electrical/Manual |
35mm | 1.0 | 8~12μm | 17.67°×14.17° 10.65°×8.0° |
640*512,17μm 384*288,17μm |
1.5m~∞ | Electrical/Manual |
50mm | 1.0 | 8~12μm | 19.75°×14.88° 12.41°×9.95° 7.47°×5.6° |
1024*768,17um 640*512,17μm 384*288,17μm |
1.5m~∞ | Electrical/Manual |
75mm | 1.0 | 8~12μm | 8.3°×6.64° 4.98°×3.74° |
640*512,17μm 384*288,17μm |
3m~∞ | Electrical/Manual |
100mm | 1.0 | 8~12μm | 6.22°×4.98° 3.74°×2.8° |
640*512,17μm 384*288,17μm |
5m~∞ | Electrical/Manual |
120mm | 1.0 | 8~12μm | 5.19°×4.15° 3.11°×2.33° |
640*512,17μm 384*288,17μm |
20m~∞ | Electrical |
150mm | 1.0 | 8~12μm | 4.15°×3.32° | 640*512,17μm | 25m~∞ | Electrical |
180mm | 1.2 | 8~12μm | 3.46°×2.77° | 640*512,17μm | 25m~∞ | Electrical |
200mm | 1.3 | 8~12μm | 3.11°×2.49° | 640*512,17μm | 25m~∞ | Electrical |
10/32mm dual FOVs |
1.0 | 8~12μm | 57.09°×44.39° 19.3°×14.53° |
384*288,17μm | 0.5m~∞ | Electrical |
15/60mm dual FOVs |
0.9 1.1 |
8~12μm | 39.87°×32.36° 10.36°×8.3° |
640*512,17μm | 2m~∞ | Electrical |
25/75mm dual FOVs |
1.0 | 8~12μm | 24.55°×19.75° 8.3°×6.64° |
640*512,17μm | 6m~∞ | Electrical |
25/120mm dual FOVs |
1.2 | 8~12μm | 24.55°×19.75° 5.19°×4.15° |
640*512,17μm | 5m~∞ 25m~∞ |
Electrical |
50/150mm dual FOVs |
0.9 1.0 |
8~12μm | 12.41°×9.95° 4.15°×3.32° |
640*512,17μm | 10m~∞ 40m~∞ |
Electrical |
10~50mm continuous zoom |
0.7 1.0 |
8~12μm | 57.09°×47.0° ~12.41°×9.95° |
640*512,17μm | 4m~∞ | Electrical |
15~60mm continuous zoom |
0.8 1.0 |
8~12μm | 39.87°×32.35° ~10.36°×8.3° |
640*512,17μm | 2m~∞ | Electrical |
25~75mm continuous zoom |
0.9 1.1 |
8~12μm | 24.55°×19.75° ~8.3°×6.64° |
640*512,17μm | 6m~∞ | Electrical |
25~100mm continuous zoom |
0.9 1.1 |
8~12μm | 24.55°×19.75° ~6.23°×4.98° |
640*512,17μm | 3m~∞ | Electrical |
25~225mm continuous zoom |
1.5 | 8~12μm | 24.55°×19.75° ~2.77°×2.21° |
640*512,17μm | 3m~∞ | Electrical |
30~120mm continuous zoom |
0.9 1.2 |
8~12μm | 20.55°×16.5° ~5.19°×4.15° |
640*512,17μm | 5m~∞ 25m~∞ |
Electrical |
40~160mm continuous zoom |
0.9 1.2 |
8~12μm | 15.49°×12.41° ~3.89°×3.11° |
640*512,17μm | 6m~∞ | Electrical |
40~300mm continuous zoom |
1.5 | 8~12μm | 15.49°×12.41° ~2.08°×1.66° |
640*512,17μm | 6m~∞ | Electrical |
30~150mm continuous zoom |
1.0~1.1 | 8~12μm | 20.55°×16.5° ~4.15°×3.32° |
640*512,17μm | 5m~∞ 20m~∞ |
Electrical |
30~150mm continuous zoom |
0.8 1.2 |
8~12μm | 20.55°×16.5° ~4.15°×3.32° |
640*512,17μm | 3m~∞ 20m~∞ |
Electrical |
Uncooled LWIR non-thermal lenses | ||||||
Focal length | F-number | Spectral range | FOV (H×V) | Detector specification |
focusing distance |
Focusing mode |
9mm | 1.0 | 8~12μm | 62.3°×51.61° 39.9°×30.4° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
15mm | 1.0 | 8~12μm | 39.9°×32.35° 24.55°×18.53° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
25mm | 1.0 | 8~12μm | 24.55°×19.75° 14.87°×11.18° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
35mm | 1.0 | 8~12μm | 17.67°×14.17° 10.65°×8.0° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
47.2mm | 1.0 | 8~12μm | 16.39°×12.33° 13.15°×10.53° 7.91°×5.94° |
800*600,17μm 640*512,17μm 384*288,17μm |
M35*0.75 | Non-thermal prime |
50mm | 1.0 | 8~12μm | 12.41°×9.95° 7.47°×5.6° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
60mm | 1.0 | 8~12μm | 10.36°×8.3° 6.23°×4.67° |
640*512,17μm 384*288,17μm |
Flange connected | Non-thermal prime |
75mm | 1.0 | 8~12μm | 8.2°×6.64° 5.0°×3.7° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
100mm | 1.0 | 8~12μm | 6.22°×4.98° 3.74°×2.8° |
640*512,17μm 384*288,17μm |
M34*0.75 | Non-thermal prime |
Cooled LWIR zoom lenses | ||||||
Focal length | F-number | Spectral range |
FOV (H×V) | Detector specification |
Focusing distance |
Focusing mode |
20mm | 2.0 | 7.7~9.3μm | 27.0°×21.7° | 640*512,15μm 320*256,30μm |
0.3m~∞ | Manual |
50mm | 2.0 | 7.7~9.3μm | 11.0°×8.8° | 640*512,15μm 320*256,30μm |
0.3m~∞ | Manual |
120mm | 2.0 | 7.7~9.3μm | 4.58°×3.66° | 640*512,15μm 320*256,30μm |
10m~∞ | Manual |
180mm | 2.0 | 7.7~9.3μm | 3.05°×2.44° | 640*512,15μm 320*256,30μm |
10m~∞ | Electrical |
60/240mm dual FOVs |
2.0 | 7.7~9.3μm | 9.15°×7.32° 2.29°×1.83° |
640*512,15μm 320*256,30μm |
10m~∞ 50m~∞ |
Electrical |
40-200mm continuous zoom |
2.0 | 7.7~9.3μm | 13.68°×10.96° ~2.75°×2.2° |
640*512,15μm 320*256,30μm |
10m~∞ 50m~∞ |
Electrical/automatic |
Xi'an Zhongke Lead IR-Tech Co., Ltd established in 2015, is a Research type enteprise based on intelligent electro-optical equipment and infrared thermal imaging technology, incubated by Xi'an Institute of Optics and Precision Mechanics of China Academy of Sciences.
Lead IR-Tech has three core centers: Photoelectric equipment integration, precision optical processing, and specialized lens calibration. They are equipped with over 400 advanced devices, including CNC polishing machines, photoelectric, coordinate measuring machines, interferometers, and photoelectric system testing systems. This enables LEAD IR-TECH to achieve the full process of design, processing, integration, and testing of photoelectric products.