Used OLYMPUS USPM-RU #9221824 for sale

OLYMPUS USPM-RU is a powerful research-use digital microscope designed for a wide range of microscopy applications. It is available in both upright and inverted configurations, allowing for highly-precise observation of a variety of specimens, including cells and tissues. USPM-RU is equipped with an advanced imaging system that produces exceptionally sharp images of a wide variety of specimens outfitted with brightfield, darkfield, epifluorescence, and differential interference contrast (DIC) illumination efficiencies. It is capable of capturing images in different focal planes for enhanced 3D imaging, allowing users to capture highly-detailed, high-quality images. In addition to the powerful imaging capabilities, OLYMPUS USPM-RU also features an easy-to-use optical interface that provides users with control over focus, zoom, and translation slider positions. Its optical control system allows users to adjust settings for a wide range of magnifications and field of view options, enabling them to adjust the microscope to their specific needs. USPM-RU is also equipped with Brightfield/Darkfield Quadram Sampling which offers greater sensitivity and more precise imaging. This allows users to identify and measure very fine sub-structures or components in images with the greatest efficiency and accuracy. OLYMPUS USPM-RU also features a high-speed auto-focus system which automatically focuses on targets with the highest accuracy and quality. This helps users capture clear and extremely sharp images with the highest detail, even in the most complex specimens. In addition, USPM-RU is also capable of advanced image processing capabilities, allowing users to enhance image detail, contrast, color saturation, and even adjust levels for better accuracy and visualization. Overall, OLYMPUS USPM-RU is designed with the utmost precision and usability in mind. With its many advanced features and capabilities, it allows users to explore a wide range of specimens with stunning, professional-level imaging at microscopic levels.