Used HITACHI S-9300 #293608921 for sale

HITACHI S-9300 is a top-of-the-line scanning electron microscope (SEM). It features high resolution imaging, expansive sample chamber capabilities, and specific contrast enhancement options. HITACHI S9300 has a fully automated interface, ensuring operation and maintenance is easily conducted in a quick, efficient manner. S 9300 is capable of generating images in a number of customizable modes, such as secondary electrons, backscattered electrons, and Compton scattering. It also has a variety of contrast enhancement options, including Bright and Dark Field Imaging, Phase Contrast Imaging, and Low Voltage Backscattered Mode. S-9300 is equipped with a high-performance secondary electron detector. This detector offers a high signal-to-noise ratio and an energy resolution of better than 3%. Additionally, the detector can image in both TV and SEM modes and is easily swappable. HITACHI S 9300 also features an internal flat-panel digital camera with 12bit/3.3million color resolution. This camera is capable of shooting high-resolution digital images of any samples that are viewed under the microscope's high power lenses. S9300 sample chamber features an ultra-high precision positioning table and a wide range of viewable samples sizes. The sample chamber has a range of 0.5mm down to 0.5nm, making it ideal for imaging very small samples. Additionally, the chamber has a wide range of gas and vacuum control options, allowing for more accurate manipulations of samples. HITACHI S-9300 also has an Automated Sample Exchange system, which allows for the quick and convenient transfer of samples between the microscope's multiple chambers. Additionally, the microscope comes standard with a wide range of software options, including advanced imaging acquisition and analysis software. HITACHI S9300 is a powerful and versatile microscopy tool, ideal for a range of research and industrial applications. Its high resolution imaging and expansive sample chamber capabilities make it an ideal choice for those seeking to explore the microscopic world in detail.