Thermal Imaging Systems Sense Object Heat, Analyze Thermal Patterns And Transform Data Into Detailed Visible Images Showing Temperature Variations

  Infrared thermal imagers are professional night vision devices using advanced infrared detection tech. They detect objects' infrared radiation (heat) and convert it to visible images. Incorporating latest AI image processing algorithms and sensitive infrared detectors, they offer great night vision and thermal imaging effects.

  Designed for pros doing observations and detections in low - light or dark settings. Ideal for security surveillance, search and rescue, field missions, or military use, providing clear thermal imaging to help identify targets in complex environments. 

The infrared thermal imager combines advanced technology with a high-sensitivity detector (thermal sensitivity ≤50mK). It is capable of detecting minute temperature differences and provides excellent imaging performance in low-light or dark environments. An AI algorithm enhances the resolution from 256×192 to 320×240 (a 50% increase in pixel count), thereby improving image clarity. This device supports multiple pseudo-color modes to facilitate target identification.

Equipped with 10mm (offering a detection range of 1000m) and 15mm (providing a detection range of 1500m) lenses, it enables ultra-long-distance detection. Moreover, it demonstrates remarkable proficiency in biological sign recognition, making it highly valuable for search and rescue operations and security applications.

The thermal imager can be flexibly installed on helmets, arms, or tripods. It is lightweight, weighing only 280g, and features an ergonomic grip design. Its intelligent functions include 2× and 4× digital zoom capabilities, photo and video recording functionality (with a maximum storage capacity of 128GB), WiFi connectivity for remote monitoring, and motion detection features.

This product is designed for all-weather operation, with an operating temperature range of -20°C to +60°C. It has an IP66 protection rating, consumes low power (providing up to 8 hours of continuous operation), and is manufactured in accordance with military standards. It is resistant to electromagnetic interference and has successfully passed rigorous tests, ensuring reliable performance in harsh conditions.