Thermal Imaging Cameras for Science, Research & Development
SJ Electronics offers a versatile range of thermal cameras specifically designed for scientific, research, and development applications. These thermal cameras are equipped with advanced features and cutting-edge technology to meet the demanding needs of professionals in various fields.
With high-resolution sensors, precise temperature measurement capabilities, and exceptional thermal sensitivity, SJ Electronics' range of thermal cameras deliver detailed and accurate thermal imaging data. These cameras are designed to capture thermal images with fine spatial resolution and provide precise temperature measurements with low measurement uncertainties. Moreover, they offer a wide temperature range and adjustable emissivity settings, allowing researchers to study and analyse thermal phenomena across a broad spectrum of temperatures and materials.
The cameras are often integrated with sophisticated analysis software, enabling in-depth data processing, visualisation, and advanced analysis techniques. With their robust construction, ergonomic designs, and compatibility with various accessories, SJ Electronics' selection of thermal cameras provide researchers and developers with powerful tools to explore thermal behavior, investigate heat transfer processes, identify anomalies, and optimise designs, ultimately facilitating advancements in scientific research and development endeavors.
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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.
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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.
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