Used OLYMPUS BX53M #293818035 for sale

OLYMPUS BX53M is a advanced research grade epifluorescence microscope that offers extraordinary performance, flexibility, and ease of use. With a strain-free, air-cooled emission output, this microscope offers improved equipment throughput, precision imaging control, and stable, long-term performance. This microscope is equipped with a highly advanced illumination system featuring a cold light LED light source, advanced filter set with a multi-bandpass dichromatic mirror, and notched color temperature knob. These features provide the user with a wider selection of color temperature adjustment, which in turn enhances the quality of the images. Furthermore, the microscope is capable of producing accurately-coloured and contrasted images with the Zeiss plan achromat and NeoSaphir objectives lens. BX53M also comes with a variety of objectives for customized adaptability, ranging from 0.17x to 100x magnification. Additionally, the proprietary UIS (Universal Infinity Unit) eliminates the need for special adapters or compensating lenses to ensure optical performance with a wide range of lenses and specimen stages. It can be used in combination with automated stages and allows users to select a higher magnification for a given objective. All of these features provide the user with an extremely enhanced imaging experience. In addition to the aforementioned features, OLYMPUS BX53M also comes with several other powerful components, including a 12 bit cooled CCD color camera, a UV/Vis light source, an anti-vibration port, and a 23.8" LCD monitor. Combined with the intuitive on-screen controls, the microscope effectively allows users to set up, focus, zoom, and move their specimens within seconds. All in all, BX53M is a powerful microscope that is easy to use, offers exceptional flexibility and performance, and is suitable for diagnostic, research, and educational applications. Its advanced features, including its improved illumination machine and UIS capabilities, enable it to bring out the best in a specimens and provide reliable, accurate imaging.