This is a video of Raptor Photonics’ Hawk EMCCD camera shooting at night in an urban environment with overcast weather conditions.
In this video, Chris Bainter introduces the FLIR A6700SC IR (infrared) camera. This camera is ideal for electronics inspection, medical thermography, manufacturing, and non-destructive testing applications. Watch the video to learn about its unique features and specifications.
This year at Optics and Photonics, Doug Malchow with UTC Aerospace Systems gives us a perspective of how their SWIR area cameras fit with each other, as well as the progression of their improvements in electron read noise, resolution, and more. We also get to see an demonstration of a SWIR camera imaging through paint.
Luc DeBroucke, CEO of Xenics USA, told us about Xenics’ initiative to develop NIR InGaAs cameras that feature not just low noise, but also low dark current at Optics and Photonics in 2013.
In this video, the T640 infrared camera and SC8300 HD IR camera are used to capture infrared images of dolphins in action at the Hilton Waikoloa. In addition to some interesting images in general, this video highlights how infrared imaging can be used in animal medicine applications to detect hot spots on the dolphins.
This video is a collection of infrared imagery taken at a gun range by the SC8300 infrared camera. We get to see an M249 SAW in action, as well as the effects of the rounds on a specified target.
In 2012, FLIR captured infrared imagery with their SC6800 IR camera at the annual Punkin Chunkin World Championships. The SC6800 can capture highly sensitive infrared imagery at 565 frames per second at full 640x512 frame resolution.
This video features images of the Blue Angels Flight Squadron in action at the Pease Airfield taken with FLIR’s SC83000 HD infrared camera.
Andrew Bridges with Photron introduces us to the FASTCAM SA-X2 high speed camera at SPIE DSS.
Tara Martin introduces us to UTC Aerospace’s new SU640CSX SWIR camera. The camera is ideal for low-light level imaging, covert surveillance, multi-laser spotting and tracking, and imaging through atmospheric obscurants. Because of its small size, it can be easily integrated into UASs, handheld, and solider-mounted systems.
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