Used HITACHI S-9380 Type II #9235075 for sale

HITACHI S-9380 Type II scanning electron microscope (SEM) is a top-of-the-line equipment for imaging and analysis of various materials. This SEM offers ultra-high quality imaging abilities with its advanced beam technology and image processing platform. The system is able to obtain greater resolution with less need for sample preparation. The S-9380 is equipped with a high performance field emission gun (FEG). The FEG emits a much smaller electron beam than traditional thermionic systems, which results in a narrower beam diameter that can provide a higher magnification and resolution. This smaller beam size requires less sample preparation in comparison to thermionic systems and allows a wider range of materials to be imaged. The S-9380 uses an ever-increasing stable vacuum environment. With the proprietary vacuum technology, the unit can achieve a higher vacuum pressure as low as 2 x 10-4 Torr, which results in improved image quality and stability. Additionally, the onset of secondary electron emission is sharply increased, resulting in an enhanced visibility of the material surface under examination. The S-9380 is specifically designed to image materials with nanometer-scale resolution. Its high-resolution imaging capability is one of the biggest advantages of the machine. The latest version features the highest-specification field emission scanning electron microscope (FE-SEM) technology to reach resolutions as low as 0.7 nm. The tool is designed to be flexible and customizable, allowing the user to develop and use practically any kind of specialized imaging or analytical techniques. Its variety of accessories allows for the dynamic combination of techniques to suit the application. The S-9380 is designed for durability and dependability in the laboratory environment. The asset's rugged construction and dependable computer model provide a reliable solution for any SEM application. S-9380 Type II scanning electron microscope is an excellent imaging solution for a wide variety of materials. Its advanced FEG electron beam technology, stable vacuum, and advanced resolution make it a powerful tool for analyzing samples. It can serve a variety of needs in various industries ranging from semiconductor fabrication to biological sciences.