Used HITACHI S-9380 II #9223195 for sale

HITACHI S-9380 II is an advanced scanning electron microscope (SEM) designed for high-precision imaging and analysis. It allows the user to acquire high-resolution, three-dimensional (3D) images of samples in a variety of modes, including ordinary SEM, cathodoluminescence (CL), and secondary electron (SE) imaging. The equipment is configured with an Everett-type column and high-energy ion gun, which together can provide imaging at a resolution up to 0.8 nm with a field of view up to 250 μm, as well as energy dispersive X-ray analysis (EDXA) of elemental distributions. HITACHI S9380 II offers a host of automated features to facilitate accurate image capture and measurement. For example, the semiautomatic auto-stigmation system allows for precise correction of aberration elements that reduce optimal image quality. A positioning unit allows for precise manipulation of the sample positioning stage or specimen to a certain angle, magnification or offset - with simple point-and-click controls. Finally, the integrated auto-focusing machine ensures that specimen images remain focused even when zooming in and out. The tool also features water cooling and air dust suppression, both important factors for maintaining optimal sample integrity and image quality. The water cooling asset reduces the tension caused by external influences such as differences in temperature or transportation, and the air dust suppression removes dust particles and other contaminants which could otherwise lead to image distortion or blocking. In addition, S-9380-II has multiple accessories designed for further user convenience. These include motorized and manual stages, as well as autofocus objectives and filtered EDX detectors. Together, these enable the SEM to analyze a wide variety of samples, including non-conductive specimens such as biological materials or polymers, with minimal manual intervention. HITACHI S-9380-II is an excellent choice for acquiring high-resolution images and performing detailed analysis. Its powerful imaging capabilities, reliable sample positioning, and automated features make it a superior choice for researchers in a variety of fields. Furthermore, its robust construction and accessories ensure that it can be used for a broad range of applications.