Used LEITZ DIAVERT #145884 for sale

LEITZ DIAVERT is a type of binocular microscope, developed for the reliable observation of living cell samples. It is equipped with a range of features, intended to support clear, accurate imaging of cells and their dynamic processes, even at the nanometer level. The microscope's unique design centers on a Dual Inverted Averaged Video Enhanced Reflectance (DIAVERT) equipment, which uses a combination of optical tracking and video processing to create a near-perfect image at high contrast and low glare. The optics are designed to ensure a bright and sharp image in bright field, dark field and phase contrast processes, allowing for brightness adjustment as needed. LEITZ DIAVERT system is adjustable for a wide range of magnifications, from 10x to 100,000x, allowing you to focus on very small structures. The inclusion of two viewing modes, monocular and binocular, allows for easy viewing even with minute objects. The highly robust design of DIAVERT is built around a precision micrometer stage, ensuring accurate tracking of the sample when adjusting the magnification. The monocular head also pivotally rotates 360​°, providing a complete view of the sample and making it easy to adjust the viewing angle. The stage also allows for the use of automated sample scanning and advanced video capture. LEITZ DIAVERT also features an LED illumination unit, providing a high-quality, even illumination source and low sample heating. The LED illumination machine is adjustable and can be switched between transilluminated and reflected light, allowing for greater flexibility in the imaging process. DIAVERT is a reliable and efficient microscope, suited for the observation and imaging of living cells. Its LEITZ DIAVERT tool, robust construction and adjustable features mean that it can provide accurate images of tough samples, fine details and dynamic processes. It is a asset that is highly adaptable and which meets the needs of researchers, academics and anyone else who requires ultra-high resolution images.