Used HITACHI S-9380 Type II #9298587 for sale

HITACHI S-9380 Type II Scanning Electron Microscope (SEM) is a high-end digital imaging equipment used for high resolution, three-dimensional imaging of a variety of samples. It is a versatile unit, capable of both conventional imaging techniques and advanced techniques such as automated backscatter imaging and quantitative backscatter imaging. Its advanced capabilities enable it to provide excellent imaging for a wide variety of samples, from fragile biological specimens to metals and other materials. S-9380 Type II includes a full-range of detection systems to capture high-resolution images of samples with the highest level of detail. It features a large-format field emission gun with a wide range of working distances, allowing fast acquisition of high-resolution images. This system also has a high count rate of up to 500,000 electron counts per second, allowing for fast acquisition of information to obtain high-resolution images. HITACHI S-9380 Type II includes an automated backscatter imaging unit, which is especially useful for imaging fragile or light-sensitive specimens. This feature automatically captures backscatter data from select points on the specimen. This allows researchers to obtain high-resolution images of specimens with extraordinary detail even when attempting to capture light-sensitive or fragile/difficult-to-image specimens. S-9380 Type II features a comprehensive set of imaging software capabilities. This includes everything from standard image editing such as brightness, contrast and gamma adjustments to advanced functions such as surface roughness analysis, 3D mapping, and particle size and shape analysis. The user-friendly, intuitive interface allows for easy and quick operation and analysis of images acquired from the SEM. In summary, HITACHI S-9380 Type II scanning electron microscope is an extremely versatile, high-end imaging machine used for high-resolution digital imaging of a wide variety of samples. It features a range of detection systems and imaging software capabilities to enable excellent performance on even the most difficult samples. The tool is extremely user-friendly, intuitive, and provides results that meet the needs of researchers in the most demanding fields.