Used OLYMPUS SZ 40 #9143506 for sale

OLYMPUS SZ 40 is a specialized microscope designed for use in compound microscopy. This model features OLYMPUS inverted housing equipment, a variable friction condenser which allows changing the adjustment of the light beam while still in the inverted configuration, and a beam splitter. This system is designed to be used in microscopy systems for a variety of applications, such as fluorescence and optical inspection, manufacturing and research. OLYMPUS SZ40 is a modular unit designed with interchangeable components to provide the user with multiple capabilities. The optical machine is comprised of objective lenses with magnification powers from 4X up to 100X and ultra-low NA objectives for observations at a constant numerical aperture. In addition, a variety of accessories are available to expand the versatility of this tool, ranging from macro lenses for magnifications up to 5X, to fluorescence modules for various fluorescence imaging techniques. SZ 40 also includes a modular digital camera platform that accepts a wide range of OLYMPUS and third party cameras, as well as a supporting mechanical microscope frame for more permanent applications. SZ40 provides precise control of parameters for advanced imaging techniques such as differential interference contrast (DIC) and fluorescence imaging. With its high numerical aperture, image quality and stability is optimized and can be further improved with color correction filters and superior mechanical design. Additionally, its reduced electric power consumption of less than 2A maximizes efficiency. OLYMPUS SZ 40 is built for advanced microscopy applications requiring multiple objectives, improved image quality, and control of parameters. It provides superior imaging capabilities across multiple fields, making it an ideal choice for research, manufacturing, and optical inspection applications. With interchangeable components, upgraded digital camera options, and low power consumption, OLYMPUS SZ40 is a versatile and reliable microscope that meets user expectations.