Used NIKON SMZ-10 #118875 for sale

NIKON SMZ-10 is a powerful and sophisticated microscope capable of travel-free, three-dimensional observation of living and non-living specimens at magnifications up to 975x. This microscope excels at providing detailed, high-resolution images, making it an ideal choice for applications such as medical sciences and other research-based studies. NIKON SMZ10 is designed for versatile use, with precision focus and ergonomic operation. The microscope comes with a large, adjustable stage and high-resolution zoom optics that allow for precise imaging from a wide field of view. An exclusive, super-apochromatic, apochromatic, infinity-corrected optics system, provides superb performance with virtually no aberration prevention. SMZ 10 is equipped with a motorized 3-step magnification changer that allows for quick and easy magnification adjustment and a 10x and 20x binocular observation head that ensure enhanced visibility. SMZ-10 is capable of capturing still images, as well as digital video and time-lapse photography. Easily connect the microscope to your PC and control the focusing, moving, and recording functions of the microscope with ease thanks to NIKON advanced focusing controls. Capture high-resolution images with the built-in digital camera, then adjust parameters and choose from a variety of focusing techniques to suit your needs. SMZ10 also comes with focus lock and fine focus functions for greater accuracy and control in observation. In addition, NIKON SMZ 10 is well suited for darkfield, brightfield, polarizing, and reflected-light observation, offering a complete range of imaging techniques for research and medical applications. An add-on module also allows for image analysis for accurate quantitation of samples. NIKON SMZ-10 is the ideal microscope for many scientific and medical applications. With its precision focusing, ergonomic operation, versatile imaging capabilities, and sophisticated optics systems, NIKON SMZ10 provides detailed and accurate images while delivering reliable performance in a user-friendly design.