Used OLYMPUS BX53-MTRF #9315457 for sale

OLYMPUS BX53-MTRF is an upright microscope that is specifically designed to provide clear and detailed images to researchers. This microscope model has several features that enable it to fulfill this role efficiently and effectively. BX53-MTRF employs a fully automated digital imaging equipment, thus allowing a user to quickly take images and then save those images for future reference or sharing. This system also includes a high level of customization of image formats, resolution, and focus in order to obtain the most accurate and detailed image possible. In terms of the unit optics, this microscope features a high numerical aperture (NA) of 0.75, which allows it to achieve a higher level of resolution, clarity, and contrast within images. In addition, OLYMPUS BX53-MTRF also includes an x-y stage that allows a user to easily place objects on the microscope for easy scanning or observation. BX53-MTRF includes a trinocular viewing port allowing for simultaneous viewing of an image on the microscope screen as well as on a computer monitor. This is especially convenient for when a researcher wants to quickly observe an object on the screen for comparison or reference to another image. For researchers looking to use fluorescent dyes to view objects, this microscope is equipped with a six-position, emission-safe filter block that is capable of capturing fluorescent images. As with the above-mentioned imaging machine, this filter block accommodates a high level of customization, allowing users to obtain the most accurate possible color representation of any observed objects. In terms of illumination, OLYMPUS BX53-MTRF sports a halogen lamp unit as well as a fluorescence illuminator, both of which produce a consistent and even light for imaging. BX53-MTRF is a powerful and highly accurate microscope tool that is specifically designed to fulfill the highest demands for imaging. With its automated digital imaging asset, high numerical aperture, x-y stage, trinocular port, and customizable filter blocks, researchers can be sure that their images will be both precise and detailed. This model of microscope is sure to meet the toughest demands from image high quality.