Used OLYMPUS SZ4045 #9244611 for sale

OLYMPUS SZ4045 is a high-end stereomicroscope equipment built for advanced microscopy applications. This system consists of a large standing base unit, which can accept multiple interchangeable components. It also has a large DIC turret and illumination systems for a wide field of view and unusually accurate focusing. OLYMPUS SZ 4045 offer a working distance of up to 115mm and a large depth of field that can reach up to 62mm. This unit also has a standard 0.7x reduction lens, suitable for widefield observation, and an optional 0.5x super-widefield reduction lens, allowing for 40x and 50x magnification on the same configuration. SZ4045 has an adjustable binocular head, offering a large interpupillary distance range of 44-75mm. The oculars are dioptric corrected to the user's eye to reduce eyestrain and corner-to-corner distortion.image This machine is also equipped with a 6-position nosepiece wheel which allows up to three objectives to be changed quickly and easily. SZ 4045 offers three magnification ranges, offering 20x, 40x, and 60x magnification. This is complemented by the optional 0.5x and 0.75x lenses. OLYMPUS SZ4045 also has an incredible range of illumination systems available, enabling users to tailor their setup based on the observation demands. Options include LED brightness control, beam splitting, beam expanding, fiber optic lighting, halogen lighting, and both incident and reflected lighting. All lighting systems are dimmable and an integrated light director provides the option to focus the light path when needed. OLYMPUS SZ 4045 has a variety of accessories available, including mechanical stages,software platforms, and automated imaging systems. All components are modular, meaning that users can upgrade and adapt their tool as needed. This asset is perfect for advanced microscopy applications such as cell and tissue biology, pathology, biochemistry, analytical chemistry, and material science. SZ4045 is an excellent choice for anyone requiring a reliable and high-end microscopy model.