Used PHOTOMETRICS CoolSnap K4 #9053387 for sale

PHOTOMETRICS CoolSnap K4 is a low-light digital camera for fluorescence and bioluminescent imaging. It is equipped with a 1024x1024 APS-C KAF-4200 sensor and a cooled CCD chip that is specifically designed for low-light fluorescence microscopy and bioluminescence imaging. CoolSnap K4's design offers a high quantum efficiency and low noise. Its KAF-4200 sensor is a back-illuminated chip that has a peak Quantum Efficiency of over 95%, which is the highest available among cooled CCD cameras. This also allows for a small pixels size (13 µm) for an impressive spatial resolution. PHOTOMETRICS CoolSnap K4 also provides crisp, clear images with very low noise levels. It is capable of achieving high dynamic range using multiple exposure times and tricolor imaging. Its ultra-low noise, low noise cooling and high performance image quality make it very suitable for applications such as single molecule fluorescence microscopy, GFP / FRET imaging, high-throughput tissue imaging, autofluorescence imaging and spectral fluorescence imaging. In terms of fluorescence imaging, CoolSnap K4's broad spectral sensitivity and low noise levels allow for a larger dynamic range, producing high-contrast images. This camera also features extended exposure times are available with PHOTOMETRICS CoolSnap K4 and exposure optimization schemes, which allow for dimly lit samples to be imaged with high levels of detail and clarity. CoolSnap K4 also has automatic sensor alignment that allows for fast, accurate qualitative imaging. This camera is ideal for applications such as live cell imaging, time-lapse imaging and quantitative fluorescence imaging. It also has an intuitive user interface that allows the user to quickly and easily adjust image settings. PHOTOMETRICS CoolSnap K4 also has a three-axis mechanical shutter for precise shutter control and timed exposures. Overall, CoolSnap K4 is a versatile low-light digital camera for fluorescence and bioluminescence imaging. Its peak Quantum Efficiency and high performance image quality makes this camera particularly suitable for applications such as single molecule fluorescence microscopy, GFP / FRET imaging and autofluorescence imaging. Its automatic sensor alignment and intuitive user interface allows the user to easily and quickly gain the highest image quality.