Products
Binoculars Thermal
At the heart of our Binoculars Thermal is advanced thermal imaging technology. Unlike conventional binoculars that rely solely on visible light, our thermal binoculars detect heat signatures emitted by objects, enabling users to see in complete darkness, fog, smoke, or challenging weather conditions. This capability ensures enhanced situational awareness and operational effectiveness for various applications, including surveillance, security, search and rescue, and wildlife observation.One of the key advantages of our Binoculars Thermal is their superior imaging performance. Equipped with high-resolution thermal sensors and sophisticated image processing algorithms, our binoculars deliver crisp and detailed thermal images with exceptional clarity and contrast. Users can easily distinguish targets and objects at long distances, enabling faster decision-making and accurate identification even in the most demanding environments.
Durability and reliability are paramount in critical situations, and our Binoculars excel in both aspects. Constructed from rugged materials and engineered to withstand harsh conditions, they are built to endure the rigors of field operations without compromising performance. Additionally, our binoculars feature ergonomic designs and intuitive controls, ensuring comfortable and intuitive operation for extended periods, further enhancing user experience and efficiency.As a supplier, we pride ourselves on our commitment to quality and customer satisfaction. With extensive 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 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.
Product Advantage
Thermal binoculars offer unique advantages in many professional and leisure applications. They generate images by capturing infrared radiation emitted by objects, providing capabilities that traditional optical devices cannot provide, especially in low-light or complete darkness. This makes them popular in multiple scenarios, such as outdoor adventures, hunting, rescue missions, and military use. Here is a detailed description of their main advantages:
All-weather operation capability: It works well both during the day and at night, and performs well in complete darkness. It does not rely on visible light, but is based on capturing the heat emitted by objects.
Identify temperature differences and hidden targets: Thermal imaging devices can capture tiny temperature differences, so even if the target object is partially obscured by environmental objects, they can still be detected.
Improve safety: In military and law enforcement missions, they can help personnel detect potential threats as early as possible in dangerous situations. They can penetrate smoke, fog, and other obstructions to promptly detect enemies, illegal intruders, or trapped people.
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:
Outdoor Activities:
No matter if you find yourself camping in the wilderness, embarking on an adventurous hike, or simply enjoying a day on a boat, our binoculars elevate your outdoor adventures. They provide a clear and vibrant view of your environment, even in low-light conditions, enhancing your outdoor experiences.
Security and Surveillance:Our Factory
Our company has a variety of advanced R&D equipment and testing tools to meet the thermal imaging needs of various industries, providing customers with advanced thermal imaging technology and customized services.
R&D instruments: blackbody
High and low temperature test Chamber, shock test.
FAQ
Q: What are the primary advantages of using thermal imaging binoculars over traditional night vision devices?
A: Thermal imaging binoculars offer several distinct advantages over traditional night vision devices. Unlike night vision technology, which relies on amplifying ambient light, thermal imaging operates by detecting heat signatures emitted by objects. This means thermal binoculars can provide clear images even in complete darkness, fog, smoke, and other challenging conditions where traditional night vision may struggle. Additionally, thermal imaging is not affected by glare or artificial light sources, allowing for consistent performance regardless of the environment. Furthermore, thermal imaging binoculars can detect hidden objects or individuals based on their thermal signatures, making them invaluable tools for surveillance, search and rescue operations, wildlife observation, and military applications.
Q: How do thermal imaging binoculars enhance situational awareness and operational effectiveness?
A: Thermal imaging binoculars significantly enhance situational awareness and operational effectiveness in various scenarios. By providing real-time thermal imaging, these binoculars enable users to detect and track targets or subjects in complete darkness and adverse weather conditions. This capability is particularly crucial for law enforcement, military, and security personnel conducting surveillance or reconnaissance missions. Furthermore, thermal imaging binoculars allow users to identify potential threats or hazards from a safe distance, facilitating proactive decision-making and response strategies. Whether used for border security, perimeter monitoring, wildlife observation, or search and rescue operations, thermal imaging binoculars offer unparalleled situational awareness and operational effectiveness in diverse environments.
Q: What factors should be considered when selecting thermal imaging binoculars for specific applications?
A: Several factors should be carefully considered when selecting thermal imaging binoculars for specific applications. Firstly, resolution and image quality are paramount, as higher-resolution thermal sensors and advanced image processing algorithms result in clearer and more detailed thermal images. Additionally, factors such as detection range, field of view, and refresh rate play crucial roles in determining the performance and suitability of thermal binoculars for particular tasks. Moreover, considerations such as size, weight, ergonomics, and battery life are essential for ensuring user comfort and operational efficiency, especially during extended deployments. Lastly, compatibility with additional features like image and video recording, GPS, and wireless connectivity may also influence the selection of thermal imaging binoculars based on the specific requirements of the intended application. By evaluating these factors comprehensively, users can choose the most suitable thermal imaging binoculars to meet their operational needs effectively.
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