Used LEICA REICHERT JUNG 820 #126458 for sale

LEICA REICHERT JUNG 820 is a state-of-the-art microscope designed for use in complex biological and microscopy-based research. It offers advanced optical performance and high magnification to provide a detailed, carefully illuminated view of small objects. 820 is a inverted-type microscope built using modern engineering techniques and utilizing modern lighting methods that deliver a consistent and uniform illumination. The staff utilizes several advanced features and uses a special Y-shaped optical equipment for maximum resolution and contrast. LEICA REICHERT JUNG 820 has a 3-position nosepiece designed to accommodate up to three objectives, allowing for a wide range of magnifications. The objectives are designed to provide a 70-1,000x magnification range with crisp, ergonomic images that retain color and detail. The microscope is also equipped with a built-in 10x focusing eyepiece, providing the user with the ability to view objects at magnifications up to 10,000x. Additionally, 820 microscope has interchangeable sublevel lenses capable of providing a variety of magnifications ranging from 500x-5,000x. LEICA REICHERT JUNG 820 boasts an advanced optical system that includes a special Y-shaped quadruple objective unit to deliver perfectly detailed images throughout the entire depth of field. It's also equipped with a patented Diffusion Optics Machine for user-selectable fluorescence. This tool utilizes lamps that allow the user to adjust the microscope's light intensity to avoid overexposure. 820 also provides several advanced features like an automated focusing asset that raster-scans small distances and adjusts the image for optimal clarity. Its built-in AlphaChrome optics allow the user to switch quickly and easily between different light sources while maintaining high image quality and sharpness. Additionally, its software-controlled auto exposure model ensures imaging consistency. LEICA REICHERT JUNG 820 is an advanced laboratory microscope solution ideal for the most precise biological and microscopy-based research. With its high-end features, reliable optics and superior imaging quality, it's the perfect tool for demanding imaging work.