- FLIR A70 Thermal Imaging Research & Development Kit£7,999.00
The FLIR A70 Research & Development Kit offers cost-effective and readily available solutions for analysing thermal imaging in proof-of-concept electronics testing and R&D applications. Tailored for affordability and accessibility, this kit provides versatile tools to effectively analyse thermal data across a range of research scenarios.
Learn More - FLIR T540 Thermal Camera - 464 x 348 Pixels, 30Hz£15,249.00
The FLIR T540 Professional Thermal Imaging Camera is perfect for detecting faults in industrial systems and temperature irregularities during R&D testing. With an impressive IR resolution of 464 x 348 (161,472 pixels) and a temperature range from -20°C to 1500°C (-4°F to 2732°F), it offers exceptional clarity and versatility. Featuring various thermal lens options and a thermal sensitivity of <30 mK @ 30°C/86°F (42° lens), it ensures precise temperature detection.
Learn More - FLIR X6980-HS Series InSb™ High-Speed MWIR Science-Grade Camera
The FLIR X6980-HS InSb is a lightning-fast midwave IR camera tailored for precise thermal analysis and custom measurements, boasting 640 × 512 resolution and rapid high-speed frame rates. Featuring a four-position motorised filter wheel and compatibility with FLIR motorised focus lenses, it ensures superior recordings, saves time, and enhances efficiency in dynamic environments.
Learn More - FLIR X6800sc Series 640x512 MWIR InSb Cooled Cameras 502Hz
With a 640 x 512 pixel resolution, this camera offers exceptional clarity. Its frame rate ranges from 0.0015 Hz to 502 Hz, capturing fast thermal events precisely. Ranging from -20°C to 3000°C, it ensures accurate temperature measurements, ideal for industrial and scientific research.
Learn More - FLIR X6900sc Series 640X512 MWIR InSb Cooled Cameras 1004Hz
The FLIR camera offers exceptional clarity with a 640 x 512 pixel resolution for thermal imaging. Its programmable frame rate ranges from 0.0015 Hz to an impressive 1004 Hz, ensuring precise capture of high-speed events. Capable of detecting temperatures from -20°C to 2000°C, it's versatile for various temperature monitoring tasks.
Learn More - FLIR A6260 640x512 SWIR InGaAs Cameras 180Hz
Experience advanced imaging with the FLIR A626X 640x512 SWIR InGaAs camera. Featuring 640x512 resolution, it offers precise industrial imaging. With a programmable frame rate from 0.0015 Hz to 180 Hz, it adapts to various applications. Covering temperatures from 400°C (752°F) to 2200°C (3992°F), it detects temperature variations and captures extreme heat.
Learn More - FLIR A670x 640x512 MWIR InSb Cooled Cameras 60Hz
The FLIR A670X MWIR camera provides exceptional thermal imaging with 640x512 resolution for diverse applications. With a rapid 60 Hz frame rate, it ensures smooth monitoring of dynamic scenes. Covering temperatures from -20°C to 2000°C, it enables precise temperature measurement, making it ideal for various tasks.
Learn More - FLIR A6750SC SLS Longwave Infrared Thermal Camera
Experience exceptional thermal imaging with the FLIR A6750sc SLS longwave infrared camera. With 640 × 512 resolution and a 125 Hz frame rate, it ensures smooth monitoring of dynamic scenes. Detecting temperatures from -20°C to 3000°C, it enables precise measurement across various conditions. Whether for industrial inspections or scientific research, it delivers reliable results.
Learn More - FLIR A6750 640x512 MWIR InSb Cooled Cameras 125Hz
Experience exceptional imaging with the FLIR A675X 640x512 MWIR InSb cooled camera. With 640 × 512 resolution, it provides detailed thermal imagery for industrial applications. Operating at 125 Hz in full window mode, it ensures smooth thermal monitoring of dynamic scenes. Detecting temperatures from -20°C to 3000°C, it enables precise temperature measurement across various conditions.
Learn More - FLIR E96 Advanced Thermal Imaging Camera£11,399.00
FLIR's E96 Advanced Thermal Imaging Camera is the final say in handheld thermal imaging and is the ideal tool for thermal inspections, perfectly suited for quickly identifying and recording temperature hotspots in electrical, mechanical or industrial systems up close or from a distance with a variety of lens options.
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