Teledyne’s Scientific Imaging group, part of Teledyne Technologies [NYSE: TDY], is pleased to announce its new Kinetix22 scientific CMOS camera which delivers an unmatched combination of speed, sensitivity, low noise, and resolution. Built on the success of Teledyne Photometrics’ industry-defining Kinetix, Prime 95B and Prime BSI back-illuminated sCMOS cameras, the Kinetix22 supports the most demanding high-speed and low noise scientific imaging applications.
Providing a 22-millimeter sensor field of view, frame rates of up to 498 fps, a high 95% quantum efficiency, and sub-electron noise levels, the Kinetix22 is the most versatile and powerful camera available for scientific applications and techniques such as Spinning Disc Confocal imaging and Light Sheet microscopy. With an optimized 5.7-megapixel senor array the new camera expands the possibilities for devices using optical paths common to many preexisting microscopes and imaging systems.
“Scientists have been asking for faster, more sensitive, lower noise cameras since digital imaging began. Now with the Kinetix and Kinetix22 they can use the same camera for difficult detection experiments such as single molecule tracking or imaging voltage changes in neurons, and capture all the spatial data their optical system provides,” notes Dr. Phil Allen, product manager for Teledyne’s Scientific Imaging group.
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