Used OLYMPUS CK #9399937 for sale

OLYMPUS CK is a fluorescence microscopy equipment designed for use in life sciences research. It is an inverted upright microscope with a motorized stage and an optical zoom control system. The microscope is equipped with a U-arm condenser that provides an extended field of view and an ultra-smooth movement without backlash. The head of the microscope has a bino-ocular view and a photomultiplier for high-sensitivity detection of fluorescence. CK is designed for fluorescence label-based observation of living or fixed cells and cell components in the laboratory. It is equipped with an excitation wavelength selection control unit which allows the user to control the fluorescence emissions and select the desired wavelengths. The optical subsystem consists of brightfield and fluorescence components, which can be used either individually or in combination. The machine features an automated gain control tool, as well as a variable brightness control asset to help compensate for the intensity drop in fluorescence. To help ensure the highest possible sensitivity, the microscope is equipped with an automated light shield, an ultra-low light level detector, and a reflection minimization model to reduce background noise. OLYMPUS CK can be used in conjunction with a variety of fluorescence dyes, such as fluorescent proteins, Alexa Fluor, DyLight, Texas Red, GFP, FITC, and Tetramethylbenzidine (TMB). An LED illuminator provides a stable, adjustable light source for excitation and for observation in a variety of fluorescence modes, including multi-channel, single-channel, and monochromatic. The microscope also features an adjustable aperture diaphragm, a light control knobs, and a cylindrical neutral density filter to maximize optical performance. CK is a powerful tool for analyzing live and fixed specimen, allowing for precise and detailed observations of cell structure, gene expression, and cell activity. It is a reliable instrument for imaging of a wide variety of biological and medical samples, and its wide range of options allows the user to tailor imaging protocols to their specific biological needs.