A thermal imaging camera is widely used in thermographic research and to visualise part of the non-visible spectrum, such as Infrared radiation. In recent years, the thermal imaging camera has become increasingly popular thanks to its ease of use and the ability to visualise heat loss in a non-destructive manner.
Founded in 1978 and based in Wilsonville, Oregon, FLIR Systems is the world's largest commercial company specialising in the manufacture of thermal imaging cameras, components and imaging sensors.
FLIR
Features:
- Handheld cameras with thermal resolutions up to 1024 x 768 pixels.
- Thermal camera systems for monitoring.
- MSX technology (Multi-Spectral Dynamic Imaging).
- Adjustable emissivity.
- Thermal sensitivity up to 0.06°C.
- Fast image transfer via WiFi or USB.
- FLIR Tools for detailed analysis and reporting.
- FLIR Atlas .NET Software Development Kit.
- FLIR Research Studio for analytics and reporting management.
- FLIR ResearchIR for recording, analysis and reporting.
- Flexible and ergonomic.
- User-friendly
- Suitable for various temperature ranges.
- MultiSharp focus and LaserSharp autofocus.
- Compact.
FLIR offers innovative sensor solutions for thermography, vision, light imaging, video analytics, measurement and diagnostics, and threat detection. Their products are used across the globe in commercial and government sectors including defence, industry and security. These technologies support emergency services and military personnel in protecting lives and increase efficiency in electrical applications.
Thermographic camera applications
Thermography has various applications. An Infrared camera, or thermal imaging camera, is used in the following sectors and situations:
- Construction sector
- Gas detection and leak detection
- Medical imaging
- Veterinary examination
- Electrical sector
- Military environment
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