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Join us for a multiple product review, including the new A series science kit, SWIR and other high-end thermal cameras as well as a live demo of FLIR Research Studio, the most advanced thermal imaging analytics software available. FLIR Research Studio software is designed to work the way you do, with a simplified workflow for displaying, recording, viewing, and analyzing FLIR thermal camera data. The streamlined user interface is easy to use—whether your preferred computing platform is Windows, MacOS or Linux — and helps reduce the time required to perform experiments and gather meaningful data.Join us for a multiple product review and a live demo of FLIR Research Studio, the most advanced thermal imaging analytics software available. FLIR Research Studio software is designed to work the way you do, with a simplified workflow for displaying, recording, viewing, and analyzing FLIR thermal camera data. The streamlined user interface is easy to use—whether your preferred computing platform is Windows, MacOS or Linux — and helps reduce the time required to perform experiments and gather meaningful data.
We bring innovative sensing solutions into daily life through our thermal imaging, visible-light imaging, video analytics, measurement and diagnostic, and advanced threat detection systems.
Finding and detecting thermal anomalies is a guessing game if you’re not working with a thermal imaging camera. FLIR infrared (IR) cameras for research, development, and science allow you to see temperatures across an entire target, so you can quickly identify heat dissipation problems and begin working on solutions.
FLIR’s R&D/Science infrared camera solutions offer the sensitivity, spatial resolution, frame speed, and integration time needed to capture fast temperature changes and take pinpoint accurate temperature readings on targets with motion.
Perform advanced Non-Destructive Testing (NDT) with Lock-In, Transient, and Pulse capability. FLIR cameras are valuable tools for detecting points of failure in composites, solar cells, bridges, and electronics as well as thermal mapping of stress when performing materials testing.