Used NIKON SMZ 800 #293607217 for sale

NIKON SMZ 800 is a cutting-edge microscope designed for biomedical researchers and microscopists that need clear, high-resolution imaging and precise control over the image focus and magnification. This microscope produces crisp images with precise detail, even at high magnifications of up to 800x. Optical Path Length (OPL) of the reflected illumination system is adjustable from a 0 objective to an infinity intermediate tube length allowing for precise focus from a wide field of view. The alloy optical components are built to increase the resolution, color fidelity, and clarity of the images generated by NIKON SMZ800, while the multiple light-control features allow users to maximize the illumination of certain areas of the sample for better imaging and control. SMZ-800 employs two highly precise drives, one for the zoom and one for the focus, both of which are digitally controlled. These drives allow the user to precisely adjust the magnifications, providing a clear and crisp image of even the most intricate features. The digital control is presented in an easy-to-use intuitive LCD display panel. In addition, SMZ 800 incorporates advanced features like "auto focus", which allows users to acquire precise focus within just a few milliseconds. The LCD panel also provides users with other functions such as exposure control, image stacking and stitching, optical path length setting, and magnification scanning range. SMZ800 also includes an adjustable stage, which allows you to easily capture images from a wide array of samples and surfaces. The stage is made from ceramic-balanced metal and utilizes a precision-ground zero backlash worm drive drivetrain, giving users complete control over the focus and direction. The stage is also capable of carrying larger and heavier loads. In addition, the stage fittings for the reticule and eyepieces are standardized, making it easier to share dissecting materials between samples. Overall, NIKON SMZ-800 is geared towards those that need magnifying power with precise control. As an advanced system designed for biomedical research, its features make it an ideal tool for performing detailed observations with minimal effort.