Used OLYMPUS Vanox-T #293643788 for sale

OLYMPUS Vanox-T microscope is an advanced optical imaging equipment used in various research applications to acquire highly detailed magnified images of specimens. Its optical system is optimized to achieve superb resolution, contrast, and color rendering. Vanox-T features a super-large field of view, providing clear and detailed imaging of larger areas. It includes an integrated high-resolution display with a large, adjustable working distance that can extend up to 200 millimeters, offering maximum flexibility in different working environments. OLYMPUS Vanox-T features a three-step magnification unit with four levels of image magnification. This feature gives users the ability to use one unit to image from low to high magnifications. The microscope also supports several feature-rich accessories, such as special objectives designed for high-contrast bright field and phase contrast imaging, and a variety of condensers for optimized imaging performance. In terms of optics performance, Vanox-T is equipped with an anti-reflective, high-transmission optical machine. This tool helps to increase contrast and chromatic, as well as reduce light scattering and aberrations. OLYMPUS Vanox-T also features an integrated autofocus asset for quickly and accurately acquiring the desired magnification. Vanox-T is compatible with a range of imaging software, allowing users to control many of the microscope's features, such as specimen orientation, objective selection, illumination control, and image capture. This helps to ensure improved results and user convenience. Furthermore, the microscope can be fully automated, allowing users to integrate the device into their workflows. OLYMPUS Vanox-T microscope is the ideal image acquisition model for researchers and advanced enthusiasts. With its wide range of features, it offers exceptional performance and unparalleled ease-of-use. Its advanced optics and automated features allow users to quickly and accurately capture magnified images of specimens, making it an ideal choice for research and educational applications.