Used LEICA / VISTEC MZ7.5 #118820 for sale

LEICA MZ7.5 is a highly advanced inverted microscope offering superior imaging and simple operation. Designed to allow easy access to samples from a variety of culture plates, the MZ7.5 utilizes a non-contact, motorized stage for effortless sample movement across the optical plane. Additionally, a unique infinity-corrected optics system assures superior contrast in images, with the ability to switch to different objectives quickly during observation. The MZ7.5 provides a mass of modular components for enhanced performance. An integrated air-cooled halogen lamp with an aspheric lens ensures superior image quality, and accurately transmits the output light to the specimen. A turret wheel offers simultaneous observations at different magnifications, while Fluorescence and Confocal imaging options can be added on. A sheet changer enables rapid image capture using both brightfield and filter sets, plus integrated software facilitates a wide range of imaging options. In terms of the optics, the MZ7.5 is capable of projecting images in true colour, with a wide range of multiple colour selections. To further enhance imaging specificity, the microscope comes with a variety of optical filters and excitation sources. This MZ7 features a five-position nosepiece which enables rapid changes to specific objectives while maintaining a stable image throughout magnification. The ergonomic design and efficient operation provided by the MZ7.5 are enhanced by its minimized footprint. Weighing in at less than 40 kilograms, it offers optimal performance with minimal workspace requirements. In addition to this the MZ7.5 comes equipped with a comprehensive range of accessories such as specialized cameras, lasers, and other hardware, offering the user greater flexibility and control over the imaging process. Overall, VISTEC MZ7.5 is a robust, flexible, and efficient microscope ideal for a wide range of research applications. Its uniquely advanced optics, motorized stage, and air-cooled lamps provide superior imaging and simplicity of operation, while its numerous accessories and imaging options make it a highly versatile research platform.