Infra red binoculars, also known as thermal binoculars, provide unique advantages that set them apart from traditional optical devices. By detecting heat signatures rather than relying on visible light, these binoculars excel in conditions where visibility is poor, such as complete darkness, fog, smoke, or dense foliage. This capability makes them indispensable for a variety of applications, from military and law enforcement operations to outdoor activities and wildlife observation.One of the key benefits of infra-red binoculars is their ability to offer clear vision in environments where conventional binoculars fail. They can detect and visualize heat emitted by objects, making it possible to spot individuals, animals, or vehicles that would otherwise be invisible. This thermal imaging technology is crucial for nighttime surveillance, search and rescue missions, and security monitoring, providing users with a significant tactical advantage.
Additionally, the long-range capability of these binoculars allows users to observe distant targets with high clarity and detail, enhancing situational awareness and operational effectiveness.Our role as manufacturers of infra-red binoculars brings several advantages. We specialize in developing customized solutions that cater to specific user requirements, ensuring that our products deliver optimal performance in diverse conditions. Our manufacturing process adheres to the highest standards of quality and reliability, utilizing advanced technology and materials to enhance durability and functionality. By providing tailored features such as adjustable settings, high-resolution displays, and user-friendly interfaces, we ensure that our infra red binoculars meet the exact needs of our customers. This commitment to innovation and quality makes our products a preferred choice for professionals across various industries, offering them unparalleled performance and reliability in critical situations.
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 |
||
| 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 |
|
| 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.In what environments are infrared binoculars suitable for use?
Especially in low-light or completely dark conditions, such as night observation, field exploration, and military reconnaissance. In addition, they can also work effectively in adverse weather conditions such as haze, smoke, rain and snow, making them very suitable for search and rescue missions.
2. What is the difference between infrared binoculars and ordinary binoculars?
The main difference from ordinary binoculars is the observation method. Ordinary binoculars rely on visible light for observation, so they are less effective in dark or low-light environments. Infrared binoculars can observe without a light source and use infrared radiation to detect targets, so they can provide better night vision.
3. What should I pay attention to when using infrared binoculars?
When using, users should pay attention to the following matters: First, avoid pointing the telescope directly at a strong light source to avoid damaging the sensor; second, the lens should be cleaned regularly to ensure the best imaging effect; finally, after long-term use, pay attention to the battery power.
Hot Tags: infra red binoculars, China infra red binoculars manufacturers, suppliers, factory, Thermal Imaging Camera, Thermal Camera Cores, Mini Thermal Camera, Infrared Thermal Camera, Cooled Thermal Cores, Mini Thermal Imager