Used CARL ZEISS MKM #9222114 for sale

CARL ZEISS MKM is a high-end microscopy equipment designed for maximum optical resolution and dynamic performance. It features a modular design concept that can be adapted to just about any application and can be configured with a variety of components. The modular design of MKM helps offer precise control over sample acquisition and enables users to pick and choose different instrumental components, such as objectives, mechanical stages, and detection systems. This helps ensure the greatest flexibility when choosing a system that is right for the intended application. The optical layout of CARL ZEISS MKM amplifies the optical performance to a higher level. Its high-aperture objectives, combined with corrected turret objectives, result in superior image contrast and clarity. Additionally, the optical components of the microscope provide an improved signal-to-noise ratio. MKM can be equipped with different magnification objectives, ranging from 4x to 400x. It can also accommodate a large selection of contrast methods, such as Nomarski/ Differential Interference Contrast (DIC) for brightfield and darkfield applications, Hoffman Modulation Contrast, and Fluorescence. CARL ZEISS MKM includes a motorized stage with a large 110 mm x 75 mm stage travel, as well as a high-accuracy, kinematically-mounted robotics platform. The motorized stage enables automated sample positioning with high reproducibility. Advanced ergonomics and easy-to-use control panels help simplify and optimize the user's interaction with the unit. MKM is a complete imaging machine, ready for use in the most demanding microscopy applications. With advanced optics and a number of illumination options, as well as automated control of sample scanning and image acquisition, this microscope provides researchers with an agile, high performance imaging platform. Additionally, its modularity, flexibility, and accuracy make this tool well-suited for a variety of specimen types. All in all, CARL ZEISS MKM is an advanced imaging option for researchers who need maximum image resolution and analytic performance.