Used HITACHI S-5000H #9311781 for sale

HITACHI S-5000H is a scanning electron microscope (SEM) manufactured by HITACHI High-Technologies. It is designed for ultra-high resolution imaging and analysis of a variety of materials, including organic compounds, inorganic crystals, metals and semiconductors. HITACHI S 5000H is built to operate in a low temperature vacuum environment, providing optimal imaging and analysis of specimens, in addition to exceptional lifetime. The microscope features an air-bearing semi-confocal optical system which allows for complete view of the entire sample while maintaining high resolution imaging. Moreover, the large field-of-view and ultra-high resolution (3.5 nm) of the microscope enable improved observation of nanometer-scale structures, and provide the user with an enhanced level of competitivity when it comes to research. The microscope is also equipped with a heating/cooling specimen holder, which allows for observation and analysis of samples at temperature which range from -180°C to 1000°C. This allows researchers to analyze sample contrast and surface structure in diverse conditions which were not possible before. Furthermore, the analyst can choose several gas control options to ensure optimal imaging of many samples. The structure of S-5000 H SEM is automated and requires little maintenance; coupled with the EASY-SEM software interfacing, this enables simple operation of the device without compromising performance. S 5000H is also equipped with an auto-calibration station which ensures precise, error-free positioning of the sample. In addition, HITACHI S-5000 H is equipped with a NovoProbe and EDS option which allows the researchers to obtain simultaneously Backscattered Electron (SE or BSE) and X-ray signals (EDS or WDS). Furthermore, the standard EDX stage enables the observation of composition and energies of X-rays at ultra-high resolutions. S-5000H is an compact, robust, advanced scanning electron microscope designed to provide excellent imaging for a variety of materials. Its reliable performance in the field and efficient operation make it the top choice for research laboratories.