Used NIKON VM-150 #9257927 for sale

NIKON VM-150 microscope is a highly customizable, high-resolution light microscopy equipment for use in advanced scientific research and education. It is equipped with a comprehensive variety of advanced optical components including objectives, dichroic mirrors, filters, and additional accessories. The product's design is built for ultimate flexibility to enable the user to customize the system for best performance. NIKON VM150 microscope is an upright research-grade light microscope unit that offers three different objective configurations equipped with a variety of adjustable mounting options. It has a long-life LED lamp machine with manual or automatic adjustments to provide the best illumination for the research requirement. The microscope is also equipped with a 24-bit color digital camera tool, high NA plan apochromatic objectives, reflectance, fluorescence, darkfield, and brightfield observation modes, and an optional Z-axis motor stages with auto-focusing capabilities. The optics and mechanics of VM 150 are designed to provide an unparalleled imaging resolution with maximum image detail. VM150 also includes advanced features such as an auto-focus asset, semi-automatic aperture adjustments, motorized control of objectives, and a sample positioner for precise image capture. Additionally, the model is equipped with a user-friendly ergonomic design that allows the user to easily access and control all features and functions. With its impressive array of optical and mechanical components, NIKON VM 150 is the ultimate microscope equipment for advanced research and education. VM-150 is a versatile optical microscope system that is designed to provide advanced researchers and educators with a reliable and efficient light microscopy unit to complete their research projects with precision and accuracy. With its wide selection of objectives and accessories, NIKON VM-150 is the perfect choice for those that require an advanced research-grade microscopy machine with unparalleled performance in light microscopy applications.