At the core of our Thermal Vision Binoculars is advanced thermal imaging capability. Unlike traditional binoculars, which rely solely on visible light, our thermal binoculars detect heat signatures emitted by objects, enabling users to see in complete darkness, fog, and adverse weather conditions. This unparalleled vision capability ensures enhanced situational awareness and operational effectiveness across a wide range of applications, from surveillance and security to wildlife observation and search and rescue missions.One of the key advantages of our Thermal Vision Binoculars is their ability to provide clear and detailed thermal images in real-time. Equipped with high-resolution thermal sensors and sophisticated image processing algorithms, our binoculars deliver crisp and accurate thermal images with exceptional clarity and contrast. This superior imaging performance allows users to detect and identify targets or subjects with precision, even at long distances, enabling faster decision-making and more effective response strategies.
As a trusted supplier, we take pride in our commitment to quality and customer satisfaction. With years of experience in the field of thermal imaging technology, we understand the unique needs and requirements of our clients and strive to exceed their expectations. Our binoculars thermal vision undergo rigorous testing and quality assurance procedures to ensure they meet the highest standards of performance and reliability.We offer comprehensive support and services to our customers, including technical assistance, training, and after-sales support. Our team of experts is dedicated to providing personalized solutions and guidance to help clients maximize the potential of our thermal binoculars in their specific applications. Binoculars thermal vision represent a paradigm shift in observation technology, offering unmatched vision capability, durability, and reliability. With advanced thermal imaging capabilities and our commitment to customer satisfaction, we stand as the preferred supplier for all your thermal imaging needs. Choose our Thermal Vision Binoculars and experience the difference they can make in your operations.
Product Advantages
Night vision capability: Able to work properly in a completely dark environment. It does not rely on visible light, but generates images by detecting infrared radiation emitted by objects.
All-weather operation: Thermal imaging technology can penetrate smoke, haze and minor obstacles, so binocular thermal imaging telescopes can still provide clear images in adverse weather conditions, such as fog or smoke.
Thermal image resolution: Able to capture the temperature difference of objects and display them in the form of images. Areas with different temperatures will be presented in different colors or grayscale levels, allowing users to easily identify hot spots, cold spots or temperature anomalies.
Binocular design and stereoscopic vision: Provides binocular observation capabilities, allowing users to use it more comfortably for a long time, and provides better stereoscopic and depth perception. This stereoscopic vision helps users judge the distance and position of the target more accurately, enhancing the observation experience and accuracy.
Product Image
Specification
| Item | Main technica l data | Remark | |
| Infrared lens | Focus | 50mm/75mm | |
| Fov | 12.4°×7°/8.3°×6.6° | ||
| Infrared sensors | Detector type | Vox | |
| Resolutions | 640×512/384×288(12um) | ||
| Wave | 8-14μm | ||
| NETD | ≤35Mk | @F1.0,300K | |
| Frequency | 50Hz | ||
| Signal to noise ratio | 56DB | ||
| Non-uniformity correc t ion | Manual/Auto | ||
| Image Processing | DDE | ||
| Zoom | 1~8X | ||
| Low light lens | Focus | 35mm | |
| Fov | 12.4°×7°/8.7°×5° | ||
| Sensor type | CMOS sensor | ||
| Low light detector | type | 6um | |
| Pixels | 1280x720 | ||
| Dynamic Range | 76DB | ||
| Frequency | 50Hz | ||
| LRF | Laser type | A semiconductor laser | |
| Laser wave | 1550nm | ||
| Detect range | 10m-4km | ||
| Accuracy | ±1m | ||
| Precision rate | ≥98% | ||
| Compass | Compa s s | Azimuth accuracy 1 °P i tch angle accuracy 1° | |
| Image display | Mode | OLED HD binocular display | |
| Resolution | 1024×768 | ||
| Colors | White heat/black heat/low light/fusion picture-in-picture display / fusion color /fusion gray /fusion black and white |
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| Storage | Built-in storage | 32G | |
| Video format | AVI | ||
| Physical characteristics |
Continuous working time | 5 hours | |
| Total weight | 1.3kg(without battery) | ||
| Size | 182.5mmX180.2mmX82.8mm(LxWxH) Contains eye mask | ||
| Interface | Power in | DC12V | |
| Video output | PAL | ||
| Data interface | USB2.0 | ||
| Control interface | RS232 | Can use RS232 to control all functions of Device |
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| Environmenl indicators |
Work Temperature | -40℃+60℃ | |
| Storage temperature | -50℃+70℃ | ||
| humidity | ≤90% | ||
| Seal | IP67 | ||
| Optional Function | GPS WIFI | ||
Applications:
Thermal imaging binoculars are a versatile advanced optical tool that play an important role in a variety of fields by detecting and displaying the infrared radiation of targets. From backcountry exploration to wildlife conservation, from search and rescue to construction and security, and abnormal heat source detection, to fisheries and agricultural applications, this technology provides users with the ability to obtain critical information in low visibility or nighttime conditions. The application of thermal imaging binoculars not only increases efficiency, but also helps enhance safety and improve resource management, so it has wide-ranging value and potential in multiple fields.
Outdoor Activities:
For deer observation:
For bird observation:
FAQ
1.Are the images of binocular thermal imaging telescopes in color?
Thermal imaging images are usually pseudo-color, with different colors or grayscale representing different temperature areas. Users can choose different color modes to enhance the contrast and details of the image.
2.Can binocular thermal imaging telescopes penetrate walls or other solid obstacles?
No. Thermal imaging equipment usually cannot penetrate solid obstacles such as walls, but can penetrate tiny particles such as smoke and haze.
3.Are binocular thermal imaging telescopes harmful to the human body?
The device itself will not cause harm to the human body because it passively receives infrared radiation and does not emit any harmful light.
4.How high is the resolution of thermal imaging binoculars?
Common resolutions range from 320×240 pixels to 640×480 pixels, and high-end models can reach even higher resolutions, providing clearer thermal images and more accurate temperature detection.
5.Do thermal imaging binoculars need to be calibrated regularly?
Some models of thermal imaging binoculars may need to be calibrated regularly to ensure accurate imaging and temperature detection. Most modern devices have automatic calibration functions, which do not require manual adjustments by the user.
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