Used HITACHI S-9380 #9293889 for sale

HITACHI S-9380 is a state-of-the-art scanning electron microscope (SEM) capable of imaging samples with a resolution of 1 nanometer. Its advanced design features a Tungsten filament gun for extracting electrons, a nanotechnology-optimized column to help maintain a steady beam, a 20-kV accelerating voltage, and a highly versatile imaging equipment. HITACHI S9380 is designed for a range of applications in nanotechnology, cell biology, materials science, and more. Its powerful imaging technology offers researchers unprecedented detail on a range of sample types. S 9380 is a variable pressure instrument, enabling observation of a variety of pressure levels ranging from 0.1 to 40 Pa, allowing it to be used to observe both low and high vacuum conditions. It also features an on-board high-pressure gas supply, enabling study of samples at high gas pressure levels. S9380's electron beam is typically operated at an accelerating voltage of 20 kV and is powerful enough to penetrate samples with an effective depth of approximately 400 nanometers. This enables the instrument to acquire data from samples with up to 150 keV ions and permits the study of samples in a range of conditions including air and liquid. The imaging system on this device is truly remarkable. All samples observed by HITACHI S 9380 are magnified between 50X and 500,000X, with a lateral resolution of 1 nm, allowing researchers to study detailed material structures. S-9380 produces a range of image types such as backscattered electrons (BSE), cathodoluminescence (CL), and secondary electron images. Since it is equipped with a computer-controlled precision alignment unit, it can also image multiple regions of the same sample at any angle. HITACHI S-9380 is a powerful and versatile tool for materials science and cell biology research. Its features include a highly versatile imaging machine, variable pressure environment, and powerful electron beam for producing impressive images. With HITACHI S9380, researchers can take their studies to the next level and unlock the secrets of the nano-world with unprecedented detail and clarity.