Used LEICA REICHERT CM1850 UV #160733 for sale

LEICA REICHERT CM1850 UV is an advanced piece of laboratory equipment and accessories that serves as an excellent solution for light microscopy applications. It is ideal for research and educational requirements in the fields of botany, zoology and medicine. CM1850 UV uses advanced UV-LED illumination technology to bring the most reliable and accurate view of cells and tissues. LEICA REICHERT CM1850 UV is a complete equipment comprised of three units; The microscope base with built-in fluorescence filter wheel, a high precision turret with W100X condenser, and an excellent piece of illumination engineering, with advanced IntelliBright LED's displaying excellent color fidelity with a bright and even illumination. Through the accurate color wheel, the user has access to eight different color combinations that make it perfect for research and educational requirements. The high-precision turret with the W100X condenser offers extra operator control over image sharpness and contrast, and provides an amazing level of resolution and clarity. In addition to its impressive features and advanced capabilities, CM1850 UV also offers users a unique merging system with the use of a CM 1850 UV-IDS Imaging Digital Unit. This machine offers digital image management as well as advanced image analysis functions and software tools. This tool also allows for uncompromised, high powered imaging capabilities. Furthermore, LEICA REICHERT CM1850 UV is compatible with all versions of Windows operating systems, making it incredibly easy to use and versatile. Overall, CM1850 UV is one of the most advanced pieces of laboratory equipment and accessories available on the market. It offers a user-friendly design, advanced LED technology that provides precise and accurate color fidelity, and reliable image acquisition and image analysis capabilities. It is an ideal tool for most light microscopy applications, and an excellent choice for any researcher or educational institution who needs reliable and accurate image views.