Used OLYMPUS MX61L #293587705 for sale

OLYMPUS MX61L is a modular, fluorescence, reflected light, differential interference contrast (DIC) microscope with total magnification of up to 2500x. It consists of an advanced, ultra-stable with nanostep drive and camera body configurations, enabling OLYMPUS MX-61L to be configured for various applications. In addition, various optical components can be combined to deliver maximum performance for any application. MX61-L utilizes a centrally located light source, eliminating the requirement for peripheral fans, creating a low vibration environment for improved image stability. MX-61L is equipped with a trinocular head, coupling the eyepieces with a CCTV image equipment, which allows for digital image capturing. It is also possible to fit the system with a compartment that can house either a photomultiplier tube (PMT) or a digital camera. The modular design of OLYMPUS MX61-L allows multiple lens types to be attached, providing a wide variety of magnification possibilities. For imaging techniques, MX61L is capable of the fluorescence, confocal, spinning disc and hyperspectral imaging techniques. Additionally, the unit can accommodate a variety of FRET and FRAP techniques. OLYMPUS MX61L also has the capability to capture USB cameras and lasers for screening applications. The optical components of OLYMPUS MX-61L are designed to minimize chromatic aberrations, thus providing superior imaging performance. It consists of high-contrast, achromatic objectives with a rugged, glass structure and oil immersion. Additionally, MX61-L includes fluorite optics, eliminating false color and improving processing and contrast. MX-61L is capable of advanced image processing features, including image and video capture, contrast and brightness, contrast/sharpness and grid tools. Additionally, the machine is equipped with an IR filter, enabling users to conduct heat emission and contrast measurements. OLYMPUS MX61-L is an advanced and versatile microscope, allowing users to perform high-resolution imaging applications and experiments in both reflection and fluorescence imaging, in the areas of life sciences, drug discovery, materials research and failure analysis.