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Security and Surveillance
| A new tool for seeing in total darkness, in the most diverse weather conditions is thermal imaging. Thermal imaging uses a thermal imaging camera to "see" thermal energy emitted from any object. Thermal imaging cameras produce images of invisible infrared or "heat" radiation. Based on temperature differences between objects, thermal imaging produces a crisp image on which the smallest of details can be seen. They work both during daytime and night-time. Most thermal imaging cameras contain an uncooled Vanadium Oxide detector. Not only does it produce excellent quality thermal images, since it does not contain any moving parts, but it also needs no maintenance. We are offering Infrared thermal camera which penetrates through haze, smoke, rain, snow and total darkness to detect target from far distance. These thermal imaging cameras can be used for mobile, pan-tilt-zoom and fixed mount scenarios, ideal for security, perimeter monitoring, nuclear security and force protection. They can enhance or even replace your traditional daylight or lowlight CCTV systems, acting as security fence to bank, government building, nuclear power plant, petroleum and chemical plant, warehouse, port and airport where are vulnerable to theft and terrorist attack. |  |  |
Applications Surveillance / Stakeout force protection Riot control / Recon Suspect pursuit and capture Perimeter control of critical installations Poor visibility navigation on land and at sea Victim location (dead or alive) Search and rescue Anti-terrorism efforts on open borders Homeland security Enhanced visibility in stormy conditions day or night Poaching control Geo-thermal event detection Vessel Identification for secure harbor monitoring Features And Benefits Rugged design Easy-to-use Advanced functions enabled by the software Simple and multiple installation methods Can Work in total darkness Good environmental compatibility Affordable price and fast delivery Remotely control Compact and rugged structure design Easy to be integrated into system Locate object accurately.
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