infrared thermal imaging movement

UND-A10 LRFLaser ranging search and sightingObjects with a heat source can be seen in total darkness, no lightsource or supplementary light is required

2K ultra-high-definition large screen 2560×1920 AMOLED display ·12μm pixel size ·1.03-inch AMOLED ·F50mm/F1.0 ·640x480 detector ·3.7V/4400mAh ·PIP picture-in-picture. ·Military quality ·IP67 waterproof performance

The multi-spectrum system meets the needs of outdoor viewing in multiple scenarios during the day and at night with four channel observation modes. You can choose to observe independently in thermal imaging or night vision/full color mode, or you can choose to observe in picture-in-picture mode with a combination of thermal imaging and night vision/full color PIP.

FX640E Medium wave cooling infrared thermal imaging movement Products integrate a variety of image processing algorithms, suitable for different weather and scenes, can provide rich detail, superior image quality image data. Detector: Mercury cadmium telluride Resolution: 640×512 Pixel size: 15μm NETD: ≤25mK Application scenario: border monitoring border and coastal defense target tracking

FX640I Medium wave cooling infrared thermal imaging movement Products integrate a variety of image processing algorithms, suitable for different weather and scenes, can provide rich detail, superior image quality image data.

infrared thermal imaging movement The domestic products can provide perfect infrared thermal imaging solutions for a variety of small thermal imaging night vision telescopes, helmet night vision equipment, lightweight unmanned aerial vehicle systems and multiple fusion photoelectric systems. At the same time, it can meet the development needs of photoelectric pods, vehicle applications, sighting devices and other products with high reliability requirements. Resolution: 640×512 Pixel size: 12μm Application scenario: schools, troops, enterprises, units, hospitals

A 100% domestic solution with excellent low power consumption, thermal control and high reliability design. The built-in non-perception correction algorithm, which does not require shutter correction during use, has significant advantages in applications where video continuity is required. It can meet the product needs of automotive, airborne, shipborne and handheld infrared thermal imaging design equipment with high video continuity and reliability requirements, and can be customized with higher reliability specifications. Supports a variety of communication protocols and video output formats, and provides a variety of infrared lenses to meet a variety of application scenarios.