Used ANDOR TECHNOLOGY iXon 888 Ultra UVB EMCCD #9290259 for sale

ANDOR TECHNOLOGY iXon 888 Ultra UVB EMCCD (Electron Multiplying Charge Coupled Device) is a state-of-the-art high-sensitivity, low-light-level imaging instrument perfect for fluorescence microscopy applications. It is designed to deliver ultra-violet broadband excitation, ideal for a variety of life science applications. This EMCCD camera offers up to four times the performance of traditional charge-coupled-device (CCD) cameras. It is designed to detect extremely low levels of light, and can be used to capture the highest quality images of fluorescently labeled samples, such as cells or tissue cultures, using short exposures. This allows for fast and high-quality images that can be further analyzed to answer questions in a variety of biological or medical research fields. ANDOR TECHNOLOGY iXon 888 is capable of capturing an astonishing signal-to-noise ratio of 16,000:1, and its unique design features an integrated thermo-electric cooler to ensure excellent long term thermal stability. It also features simple parallel high voltage adjustment, advanced digital linear and non-linear EM gain optimization. The camera is a SWIR (Short Wave Infrared) camera that is over-sampled for multi-sampling images, significantly reducing artifacts and noise. The has an onboard triple lens, four physics imaging cameras, and a powerful EMCCD detector. Its 2048 x 2048 pixel EMCCD sensor is capable of capturing a broad range of wavelengths from 180nm to 1100nm. ANDOR TECHNOLOGY iXon 888 is equipped with OptacqTM software, an easy to use graphical user Interface (GUI) that simplifies setup and image acquisition, and allows for quick exposure time adjustment. The camera can be easily connected to a computer, where recorded images can be easily stored, processed or shared. This camera is perfect for research applications that require fluorescence imaging. Its high sensitivity, wide dynamic range, and flexibility make it an ideal choice for those who need to capture all aspects of their samples with absolute minimum effort. Thanks to its advanced temperature-control system, the iXon 888 is also capable of long-term use on the same samples without any deterioration in image quality.