Thermal security cameras receive infrared radiation from objects and create the thermal images. They could see through the darkness and provide clear thermal images in any bad weathers. Thus thermal security cameras are widely used for perimeter protection, fire detection, target temperature measuring, etc. InfiRay provides various product types, including thermal bullet camera for indoor applications and PTZ thermal camera with optical thermal zoom lens for long-range detection. We could set different temperature measurement rules such as point/line/area to measure specific part of an object. With AI technology, InfiRay thermal camera could analyse the video content (VCA) and to recognize the human or vehicle, which is intruding the area and send alarm.
Infrared thermal imaging technology can penetrate rain, snow, fog, and produce clear images in virtually any weather.
Infrared thermal imaging relies on the thermal energy radiated by the object, not affected by ambient light, which can achieve 24-hour uninterrupted monitoring.
The human body & target can be detected accurately based on thermal imaging system characteristics. The accuracy can be adjusted according to the environment.
Fire warning by thermal imaging can prevent greater losses after fire spreading.
Receives infrared rays from the target in a passive manner and does not radiate electromagnetic waves. Therefore, the target does not perceive it or feel being interfered with.
InfiRay released the 8μm 1920×1080 VOx uncooled infrared detector with the world's smallest pixel pitch. This is a significant breakthrough in the core infrared thermal imaging technology.
Self-developed dual-light registration fusion algorithm achieves pixel-level image dual-light registration and thermal imaging detail integrated enhancement.
Matrix IV image algorithms is introduced to effectively remove imaging noise and improve picture quality.
InfiRay provides different focal length options to detect the target from hundreds meter to 10km+.
Based on thermal image intelligent analysis, the background interference is eliminated on thermal images effectively eliminates and realize more accurate intelligent alarming.
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