Used NIKON NWL 200T #9280923 for sale

NIKON NWL 200T is a compound microscope that is suitable for the most versatile of living specimens, especially for long term culturing studies. With an infinity optical system and both modulated LED and traditional halogen illumination, it offers a comprehensive set of imaging capabilities for young scientists. NWL 200T is equipped with a revolver nosepiece that features achromatic objectives, which provide sharper images with accurate color representation. It uses the latest NIKON CFI60 infinity optical system for unsurpassed image fidelity and clarity. The two objectives also enable three-dimensional (3D) imaging. The microscope's nine-position nosepiece also is designed to permit convenient quick switching of the various objectives. NIKON NWL 200T provides an optical zoom range of 6.6x to 20x, with an additional digital zoom available for larger magnifications. The microscope also is compatible with a wide variety of contrast and lighting techniques, such as phase contrast, Hoffman modulation contrast, and differential interference contrast (DIC). An articular Orinochrotartaric prism can be used to block out background light for dark-field observation. NWL 200T's built-in digital camera has a 5 megapixel sensor that captures brilliant images with multiple resolutions. It is designed to offer easily adjustable brightness and contrast settings, as well as a dark background feature for high-contrast imaging. The resulting images can be easily shared over the internet via Wi-Fi connectivity. This microscope is also equipped with a long working distance condenser, designed to provide a continuous working range of field of view, allowing more room for specimen collection. Lastly, the built-in centerable stage offers wide specimen visual coverage that can be easily adjusted for optimum centered viewing. NIKON NWL 200T compound microscope offers an incredibly versatile package of features, enabling effortless observation and imaging of living specimens in almost any environment. With its powerful optics and well-crafted components, it makes an ideal choice for a wide range of scientific pursuits.