Blog
How High-Speed Imaging Changed Ballistics and Defense Testing
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Ballistics and defense testing rely on events that happen in microseconds. Projectile launch, shockwave formation, material fracture, and impact deformation all occur faster than the human eye can perceive. The rise of high-speed imaging has transformed how engineers, researchers, and defense teams measure these events, replacing indirect assumptions with direct visual evidence.
Telops RADIA M100 MWIR Camera
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The Telops RADIA M100 MWIR camera gives engineers and researchers a reliable way to capture precise thermal data during testing, analysis, and product development. Its cooled mid-wave infrared detector, fast frame rates, and stable calibration make it well-suited for laboratory work, industrial monitoring, and scientific measurement.
LED Lighting for High-Speed Imaging
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High-speed cameras capture events that occur in microseconds. To record sharp, detailed images at thousands of frames per second, the lighting must be precisely timed. LED lighting systems designed for high-speed imaging provide the brightness and control needed to synchronize with these demanding capture rates.
Benefits of the Cavitar C400 Welding Camera in Education
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The Cavitar C400 Welding Camera gives instructors and students a clear, real-time view of what happens during the welding process. Its compact design, integrated illumination, and reliable performance make it well-suited for classrooms, laboratories, and research programs that focus on welding science and industrial training.