Used OLYMPUS BX51 TRFT #179571 for sale

OLYMPUS BX51 TRFT is a microscope perfect for a variety of imaging applications. It features a trinocular viewing head with a 30° viewing angle and a magnification range of 7X-45X. The polarized light microscope is designed with a revolutionary infinity optical equipment that provides superb image quality across the entire field of view. The microscope also features a patented EIS - Electronic Image Stability system, which enables images to be stabilized for high-precision observation and one-handed operation. The microscope is also equipped with a motorized XY table positioning unit capable of precision image stitching and 3D resolution. BX51 TRFT also has advanced illumination options. It comes standard with brightfield, darkfield, phase, and DIC (differential interference contrast) illumination that enables you to accurately capture and observe high-resolution images. The microscopes electrical components are contained within an integrated motorized stage for smooth operation with complete control of sample movement. OLYMPUS BX51 TRFT also includes an automated image capture machine that allows images to be stored directly to a computer or USB drive. The microscope offers a wide range of useful features to enhance your work. The digital imaging software allows you to adjust your digital images to sharpen the details of your specimen, add text annotations and highlight regions of interest. You can save all of your digital images to a computer or USB drive, allowing you to share them with others if needed. The microscope also supports a number of accessories, including a variety of objectives, a controller, and a micro-incubator. BX51 TRFT is built to exacting standards to ensure your studies are accurate and reliable. The microscope is constructed from durable material that is shock and scratch resistant and is designed to withstand the rigors of laboratory use. OLYMPUS BX51 TRFT is an excellent choice for scientists who need a reliable and powerful microscope for their imaging and research applications.