Imaging Camera

An imaging camera is a piece of equipment that captures a visual image. Imaging cameras are used in environmental science labs, in manufacturing, and in astronomy to take pictures that can help to analyze and identify materials. There are two basic types of imaging cameras, those that use the charge-coupled device (CCD) image sensor, which has a higher light sensitivity, or the CMOS image sensor, which is less expensive, but if there are moving objects when the picture is taken, part of the image may be distorted.

Considerations when choosing an imaging camera :

There are many variables between cameras, including speed, resolution, field of view, range of lighting levels in which they are effective, transfer rates, and software systems with which they are compatible.

Discover and compare imaging cameras :

CompanyAndor TechnologyAndor TechnologyAndor TechnologyAndor TechnologyAndor Technology
ItemiXon3 860 Back-Illuminated EMCCD cameraiStar sCMOS CameraiZyla sCMOS CameraZL41 Wave sCMOS CameraZyla 4.2 PLUS sCMOS Camera
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Catalog Number860iStar sCMOSiZylaZL41 Wave4.2 PLUS
Price
TypeEMCCD cameraIntensified sCMOSCMOSsCMOS camerasCMOS camera
Pixel Resolution128 x 1282560 x 2160Inquire6.5 µm pixel2048 x 2048
Cooling MethodThermoelectric coolingThermoelectric CoolingInquireInquireThermoelectric Cooling
ApplicationsInquirePlasma Studies, Time Resolved Fluorescence / Photoluminescence, PLIF Imaging / Combustion Studies, Hyperspectral ImagaingPlasma Imaging, Combustion studies including LIF/PLIF and Particle Image VelocimetryFor physical imaging, astronomy and spectroscopyLight Sheet Microscopy, TIRF Microscopy, High Content Screening, Super Resolution Microscopy, Physiology, Cell Motility, Lucky Imaging, Solar Astronomy, Adaptive Optics, Bose Einstein, Condensation, Particle Imaging Velocimetry, Fluorescence Correlation Spectroscopy, X-Ray Imaging
Frame Rate513 to 14025 fps50 fps (@ full frame)100 fpsReads out a full frame in only 10 milliseconds.53 to 100 fps
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