Used NIKON NEXIV VMA-2520 #9301452 for sale

NIKON NEXIV VMA-2520 is a high-performance digital microscope system designed for research, industrial, and educational laboratories. It features a 5-megapixel CCD sensor that can capture high-resolution images and video of intricate biological specimens, components, and microobjects. Its advanced imaging technology, automated measurement, and analysis tools help to provide the fastest and most reliable microscope experience in the industry. NEXIV VMA-2520 features a built-in 5 megapixel CCD imaging system with resolutions up to 12-bit and a USB 2.0 output. This allows the user to capture and store images and videos quickly and efficiently with a maximum frame rate of 30 fps in full HD. An automated measurement system can accurately measure objects like PCBs, medical devices, and other three-dimensional objects through the use of advanced software, which also includes full-color imaging capability. This advanced functionality helps to streamline research, industrial, and educational microscopic tasks. NIKON NEXIV VMA-2520 utilizes NIKON NIS-Elements imaging software to allow the user to store and analyze images. This software allows the user to measure distances, angles, diameters, and other parameters using real-time image processing technology. It also has the ability to perform advanced 3D Mapping of surfaces and features a 3D reconstruction feature to assembly 3D objects from 2D images. Additionally, the built-in hardware controller allows for precise positioning and direct control of focus in any direction, including Z-axis and X- or Y-axis movement. The best suited for NEXIV VMA-2520 is laboratories that perform industrial or medical analysis. This microscope is designed to meet the precise demands of research and development laboratories. It offers an affordable solution for acquiring high-definition images and videos quickly and accurately. Additionally, the advanced imaging and automated measurement analysis tools provide the user with the the necessary tools and information to gain a better understanding and analysis of specimens.