Used NIKON SMZ-745 #9375559 for sale

NIKON SMZ-745 is a widely used Stereo Zoom Microscope. It is best known for its ability to deliver powerful observation capabilities and exceptional ergonomic design. SMZ-745 is a binocular zoom microscope and includes excellent distortion-free images, optical precision, and a low fatigue structure. This microscope offers Zoom magnification from 5.5 to 77.5 total zoom power, with a long working distance of up to 128 mm for use in observing larger and more complex samples. Its high-performance objectives provide sharp and high contrast images with no distortion or chromatic aberration. It is embraced by medical professionals and industry professionals alike because of its superior ergonomic design, which eliminates unnecessary fatigue during the most extended periods of observation. The microscope is equipped with an advanced two-step height adjustable stand for comfortable viewing, even for hours on end. Its short working distance helps with the handling of samples, allowing for easy manipulation and alignment. In addition to its zoom function, NIKON SMZ-745 features a range of useful features such as a mechanical stage, a digital camera port, a coarse/fine focus knob, a dual box condenser, and a swing-out-filter holder. It is also equipped with incident and transmitted illumination systems, a digital port, and a mechanical stage. The microscope also includes a 0.8 NA Abbe condenser with diaphragm and iris diaphragm. The mechnical stage allows for precise movements of the sample and the swing-out-filter holder enables the use of special contrast techniques. Additionally, this microscope is compatible with a wide range of optional accessories including C-mount adapters and scattershield. SMZ-745 is an ideal microscope for medical, industrial and other serious microscopy applications offering both excellent optical performance and comfortable operation. It offers convenience, versatility and value for its customers. It is a reliable professional tool of choice as its specifications remain suitable for its intended purpose.