Used HITACHI S-9380 #9192131 for sale

HITACHI S-9380 is a scanning electron microscope (SEM) that provides high-resolution imaging and high analytical capabilities in a wide range of materials. It is ideally suited for research in fields such as materials science, life science, and electronics engineering. HITACHI S9380 has a unique Cold Field Emission (CFE) electron source which offers a high output of electrons with minimal beam-induced charging, allowing the specimen to be investigated with a low-voltage SEM by providing excellent resolution, low noise, low contrast, and a wide dynamic range. The CFE electron gun also provides an exceptionally bright image, with a lower electron gun current and low sample load. S 9380 is designed to provide excellent analytical capabilities. It features a large number of detectors and detectors systems, including X-ray energy dispersive spectroscopy (EDX), secondary electron imaging (SEI), phase contrast imaging (PCI), and electron backscatter imaging (BSI). These detectors provide a wealth of information related to the material composition, chemical state, and material texture, making S-9380 a powerful tool for SEM-based material analysis. S9380 offers a wide variety of imaging modes, including inverted topography, inclined surface, and low-angle imaging. It also features a wide range of sample preparation techniques, including mechanical polishing, electron beam milling and preparation, chemical metallization, and chemical etching. This allows for a wide variety of sample substrates to be investigated. Finally, HITACHI S 9380 is capable of generating reconstructions from images acquired at different angles, while simultaneously achieving high-resolution imaging. This enables researchers to examine the surface of a sample in three dimensions. HITACHI S-9380 is a powerful scanning electron microscope that provides high-resolution imaging and excellent analytical capabilities in a wide range of materials. Its unique electron source, coupled with its image reconstruction capabilities, make it an ideal tool for materials science research.