Specialised Imaging Inc

40935 County Ctr Dr Ste D
Temecula, CA 92591
United States of America
951-296-6406
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[email protected]

More Info on Specialised Imaging Inc

Ultra high speed framing cameras, streak cameras, ballistic cameras, projectile trackers, image intensifiers, scientific CCD cameras, Cine X-ray cameras, trigger systems, lighting systems and associated accessories.

Articles

Courtesy of Specialised Imaging Inc
Refurbishing an older high-speed camera to deliver top performance
Specialised Imaging report on the increasing popularity of their high-speed camera refurbishment service that enables users to integrate new state-of-the-art system...
Courtesy of Specialised Imaging Inc
2D streak / framing set-up used by the University of Michigan
Researchers at the University of Michigan have used a Specialised Imaging SIMD16 ultra-fast framing camera to capture images of bursting microscopic droplets...
Credit: Southwest Research Institute
FIGURE 1. Southwest Research Institute’s light-gas gun.
Ultrahigh-speed camera triggering approach—an integrated velocity trap—automatically calculates the arrival time of a projectile from a target via two strategically placed triggers...
(Image credit: Specialised Imaging)
specialised_imaging
The SI-VT2 ballistic velocity measurement system performs time-of-flight and velocity measurements with 5-ns resolution using three input channels.
(Image credit: SI Sensors)
CCD-in-CMOS image sensors.
A novel structure design within a photodiode creates drift fields to increase the velocity of signal electrons that allows them to be swept out of the photodiode and sampled much...
Credit: Specialised Imaging
Eight frames are shown from a prototyping shot using the laser backlit SIMX16 camera. A 6 km/s projectile from a gas gun impacts on a plastic cube with a 5 mm drilled-out cylinder. The planar shock is seen to form a jet-like structure as it propagates across the cylinder. Upon hitting the rear surface a small volume of gas is compressed and ionized causing light to be emitted.
A Specialised Imaging ultrahigh-speed camera will help First Light Fusion develop an inertial confinement fusion alternative.
(Image credit: Specialised Imaging)
A Kirana ultrahigh-speed camera from Specialised Imaging is being used to study material failure of carbon epoxy composites.
A Kirana ultrahigh-speed camera from Specialised Imaging is recording failure mechanisms of a carbon-epoxy composite.
(Courtesy of Fastec Imaging)
FIGURE 1. An IL5 high-speed camera (a) images a microfluidic circuit (b) around its 5000 frames/s sweet spot-circuit control signals are being recorded by the camera and saved as part of the per-frame metadata.
High-speed cameras depend on novel detectors and image-processing techniques to reach several thousand up to one million frames/s.
(Courtesy of Specialised Imaging Limited)
FIGURE 1. Specialised Imaging uses a 16-channel beamsplitter-based design, with a compact folded-optic architecture and an intensified CCD sensor for ultrahigh-speed imaging.
Ultrahigh-speed framing cameras have evolved into single plug-and-play systems using beamsplitters and wavelength-selective components in a unique folded-optics architecture.

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