Used NIKON SMZ-10 #9096000 for sale

NIKON SMZ-10
Manufacturer
NIKON
Model
SMZ-10
ID: 9096000
Wafer Size: 5"-6"
Stereozoom microscope, 5"-6".
NIKON SMZ-10 is an innovative microscope designed to provide researchers with exceptional optical performance. It is comprosed of NIKON patented distortion-free optics, designed to ensure accurate imaging with minimal chromatic aberration.The microscope uses two series of zoom lenses: 1x-10x and 5x-50x, providing clear and sharp image even at higher magnifications. It is also equipped with an Infinity Corrected Plan Achromat (ICPA) lens, allows for flat and even illumination and improved field flatness across the entire zoom range. NIKON SMZ10 offers a wide range of features such as an easy to use LED illumination system, which allows for warm or cool illumination on both the specimen stage and the microscopy digital camera's field of view. The LED lighting system can also be mounted to the stand for further illumination flexibility. In addition, SMZ 10 is equipped with two coated optical surfaces, which enhance the color rendering capabilities of the microscope's lenses. In addition to the high-end optical performance capabilities, SMZ-10 offers excellent ergonomic features that make the microscope comfortable and easy to use. Its ergonomically designed control panel, low profile base stand, and innovative features such as the variable Magnification Reference System, make the microscope suitable for a range of research applications. Moreover, SMZ10 is compatible with all NIKON digital cameras, allowing users to take high-resolution photographs and capture time-lapse videos. Additionally, NIKON SMZ 10 is also capable of taking measurements of specimens, allowing for greater precision and accuracy in data collection. NIKON SMZ-10 offers users unparalleled optical performance, intuitive ergonomics, and advanced features that make it perfect for a wide range of research applications. It is an essential tool for scientists, enabling them to image samples with greater accuracy, study multiple specimens at a time, and capture time-lapse photos and videos of their objects.
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