Used METOP SMM-5 #9161867 for sale

METOP SMM-5
Manufacturer
METOP
Model
SMM-5
ID: 9161867
Score measuring microscope system.
METOP SMM-5 is a high-precision scanning microscope specifically designed for advanced research and industrial applications. With its advanced optical equipment and patented ultra-precise laser-guided motion system, SMM-5 is capable of providing extremely high-definition imaging, 3D imaging, and precise metrological measurements. Its superior level of image clarity and resolution makes it a perfect tool for inspecting, analyzing, and measuring a wide array of materials and objects. METOP SMM-5 microscope features a Zeiss objective lens and the highest performance laser illuminator and optical unit available on the market. This superior illumination machine combined with a Leica-engineered lens allows for a superior level of clarity and unprecedented resolution at any magnification. SMM-5 uses a blue LED-based optical tool, which is one of the brightest options available, allowing for superior contrast when imaging difficult-to-see objects. METOP SMM-5 is also equipped with a patented ultra-precise laser-guided motion asset, which allows for extremely accurate measurements. This makes the microscope perfect for analyzing a wide variety of materials in all kinds of shapes and sizes. The laser-guided motion model also enables the microscope to provide detailed 3D imaging, allowing users to obtain the exact spatial coordinates of an object's features and to perform precise volumetric measurements. SMM-5 also includes advanced software packages and data analysis tools that enable the user to track the progress of a specimen being inspected or analyzed in real time. This allows for extremely precise measurement results and easy analysis of the imaging data. Additionally, the software also allows for a variety of automated functions such as measurement calibration, sample orientation, and autofocus. Overall, METOP SMM-5 microscope is an ideal tool for applications requiring extremely high-definition imaging and precise measurements of a wide variety of materials.
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