Used HITACHI S-9380 II #9225543 for sale

HITACHI S-93800 II scanning electron microscope is a powerful tool for studying the surface structures and internal structures of metal samples and other materials at high magnifications. HITACHI S-9380 II is a multi-mode scanning microscope that utilizes cold field or backscattered electron to create high resolution images that allow users to identify surface architectures at the nanometer level. HITACHI S9380 II provides the ability to measure a variety of samples from the the smallest microorganisms, to larger areas such as components of industrial factories, and to much larger scales such as bodies of earth. The microscope produces images with a magnification of between 9,000 and 200,000 times the original size. The large magnifying power, superior resolution, and surface analysis capabilities make S-9380-II an invaluable tool for scientist in a variety of fields. The superior resolution produces crystal clear images capable of identifying the finest details. A unique feature of S9380 II is its ability to automatically optimize the overhead method used to acquire image data. This reduces the manual labor required to acquire the best image, allowing for faster and more accurate data retrieval. The microscope's advanced functions, such as automated sample scanning, are controlled with an on-board powerful computer. The computer memory and processing power are capable of managing large datasets, such as a 3D image of an entire sample. This feature makes it easy to acquire and analyze a large variety of data faster than ever before. HITACHI S-9380-II is a reliable tool that provides accurate results to the user. The mechanical and electrical components are also well designed which results in less downtime for maintenance. The microscope also provides efficient operation with minimal vibration and little thermal noise, making the data acquisition process more efficient. All in all, S-9380 II Scanning Electron Microscope is a powerful and precise tool that enables researchers to inspect materials at a level of detail that was impossible to acquire before. It is also a reliable and efficient system that is capable of producing crystal-clear images with little effort or time on the user's part.