CCD Cameras

CCD or Charge Coupled Devices typically have a sensor integrated into them. The sensor may detect light, ultraviolet light, x-rays etc, and converts these into digital information, to create digital images. As such CCD cameras find many applications in materials science, medicine, astronomy etc to capture digital images.
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Equipment
The CoolSNAP EZ from Photometrics is a fast, high-resolution camera designed for low-light life science imaging applications. This moderately cooled CCD camera delivers 12-bit digitization at 20 MHz.
QImaging introduces the QIClick™ digital CCD camera, big on performance at an amazing price. This camera comes complete with a software package and is so user friendly - you’ll have it up and running in minutes - so that you can get serious about your work and your weekend.
The CoolSNAP HQ2 from Photometrics is a high-resolution and rapid camera developed quantitative fluorescence microscopy applications.
PyLoN™ from Princeton Instruments are a new line of controllerless, cryogenically cooled CCD cameras designed for quantitative spectroscopy applications that demand the highest possible sensitivity.
QCapture Pro 7 offers sophisticated imaging and analysis capability for obtaining, improving and analyzing images with easy to use live true color imaging and correction.
Facilitated by a fundamental redesign, the NEW iXon Ultra platform takes the popular back-illuminated 512 x 512 frame transfer sensor and overclocks readout to 17 MHz, pushing speed performance to an outstanding 56 fps (full frame), whilst maintaining quantitative stability throughout.
The Retiga 2000R digital camera is suited for high-precision quantitative analysis in low light/brightfield/darkfield/ fluorescence imaging in industrial and life science applications.
Charged-Coupled Devices (CCDs) are solid-state image sensors offering low light level detection with improved signal-to-noise ratio and broad dynamic range.
The CoolSNAP HQ2 is a fast, high-resolution camera designed for quantitative fluorescence microscopy applications. This cooled CCD camera delivers wide dynamic range with very low noise at both 10 MHz and 20 MHz. Megapixel resolution and small pixel pitch allow imaging of fine detail. The pixels can also be easily binned to improve sensitivity. Advanced interline-transfer CCD technology offers high quantum efficiency, most notably in the near-infrared (NIR) portion of the spectrum.
Introducing Andor’s much anticipated, highly innovative Neo sCMOS camera platform. A true scientific CMOS in every sense, Neo has been conceptualised and specifically engineered to harness the full performance potential of this new and exciting sensor technology. Unlike any CCD or CMOS camera to come before, Neo is unique in its ability to simultaneously offer ultra-low noise, extremely fast frame rates, wide dynamic range, high resolution and a large field of view.
The EXi Blue camera was developed specifically in order to enable life science professionals to study processes within live cells. The camera offers rapid frame rates, high temporal resolution and increased sensitivity.
The Rolera EM-C2 EMCCD Camera is exclusively designed for detecting very low light levels at extremely high frame rates with excellent spatial resolution.
The QImaging QICAM digital camera has been engineered for high-resolution imaging and quantitative analysis in brightfield, life science and industrial applications.
QImaging’s new scientific CMOS camera, the Rolera Bolt was designed for high-speed and low-light imaging.
The QV2 multi-channel imaging system from Photometrics enables simultaneous acquisition of up to four emission channels in a single exposure.
Photometrics offers the Evolve™512 Delta EMCCD Camera with high speed and imaging performance.
The QuantEM:512SC from Photometrics is the only scientific camera worldwide that offers electron-multiplying (EM) gain with good quantitative stability across 16 bits at 10, 5, and 1.25-MHz operation speeds.
Princeton Instruments, a pioneer in low-light-level imaging technology, has been at the forefront of EMCCD technology for the better part of this decade. The Princeton Instruments ProEM camera is the culmination of years of working with leading researchers and skillfully implementing our own ultra-low-noise electronics, deep cooling, and EMCCD expertise.
The Photometrics Evolve EMCCDs are the ultimate deep-cooled, back-thinned EMCCD cameras. Years of engineering expertise have enabled Photometrics to perfect every element of the Evolve EMCCDs. The Evolve EMCCDs offers life science researchers the world’s first advanced feature set designed specifically for EMCCD cameras and for low-light-level bio-imaging applications.
The SIM02 Specialised Imaging Multi-Channel Framing Camera, using ultra high-resolution image intensifiers, no-compromise optical design, and double pulsing takes ultra high-speed framing to the next level of flexibility
The CoolSNAP KINO Monochrome CCD camera is a high resolution, high-sensitivity, imaging solution for moderate-light life science applications.
The QIClick™ digital CCD camera from QImaging features excellent performance at amazing prices. This camera comes along with a software package and is highly user friendly so that it will be up and running in minutes.
The Evolve 128 offers very high frame rates with high sensitivity for challenging low-light applications ranging from single molecule fluorescence to in vivo imaging.
The Evolve 512 "Intelligent" EMCCD camera can read out pixel data in photoelectrons resulting in accurate and repeatable data.
The QImaging MicroPublisher with real-time-viewing capability offers high interactivity and productivity.
Front or back illuminated deep depletion CCDs were normally used by researchers interested in NIR imaging.
The CoolSNAP MYO is a highly sensitive, high resolution camera for normal to low-light life science applications.
The DV2Two-Channel Imaging System from Photometrics is an emission splitting system enabling a user to acquire 2 spatially identical but spectrally distinct images simultaneously.
The CoolSNAP ES2 is a rapid, high-resolution camera for low-light life science imaging applications.
The DV2 from Photometrics is an emission splitting system that makes it possible a user to obtain two spatially identical but spectrally distinct images simultaneously.
The CoolSNAP EZ from Photometrics is a rapid, high-resolution camera specially engineered for low-light life science imaging applications.
Andor’s expertise in scientific performance optimization has been harnessed once again. Clara has been designed to deliver the highest sensitivity performance achievable from an interline CCD camera.
The new PI-MAX3 is a ground-up design that advances the intensified camera technology to the next level. As the newest addition to Princeton Instruments' acclaimed ICCD camera line, it is a culmination of years of experience in designing gated camera technology and application knowledge.
The CoolSNAP ES2 is a fast, high-resolution camera designed for low-light life science imaging applications.
For a number of imaging applications, it is required that one uses devices such as LCTFs and filter wheels on the microscope’s emission port.
QImaging is proud to introduce the Rolera EM-C2, the latest addition to its line-up of high-speed, high-sensitivity cameras. This camera is specifically designed to detect extremely low light levels at super-high frame rates with unparalleled spatial resolution. It enables life science researchers to take high-resolution, low-light video rate images capturing events never seen before.
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