Used HITACHI S-4800 #9408670 for sale

HITACHI S-4800 is a scanning electron microscope (SEM) designed for superior imaging and analytical performance. Designed for a wide range of applications in the life sciences, this microscope features a high-sensitivity EDX detector for a wide range of elements and molecular structure characterization, a powerful EBSD detector for determining crystallographic information and grain microstructures, and a superior imaging equipment with a robust detection system. With a field emission gun, the SEM is capable of producing low background noise images with a high resolution of up to 0.3 nanometers. HITACHI S 4800 is equipped with a unique automated imaging unit that enables extremely fast and accurate imaging of live cells in both bright field and SEM modes. This automated imaging machine includes a vacuum tool, autopositioner, and automatic stage adjustment. All these functions have been designed to minimize user intervention and enhance the accuracy of imaging. The microscope also features an illuminated stage for studying cell structures and quantitative image analysis. The SEM can also be equipped with a range of detectors for more advanced analysis of metallic and non-metallic samples. It can be used to detect composition and topography of materials in both bulk and thin film. It can also be used to measure properties such as mechanical properties, surface area, porosity, and electrical properties such as capacitance and mutual inductance. S-4800's high-speed data acquisition asset and enhanced imaging capabilities have made this SEM extremely popular among researchers and scientists alike. Its high performance and advanced automated imaging systems have enabled the SEM to become an invaluable tool for life science research. The high-sensitivity EDX detector can detect elements down to the picometer level and its EBSD detector is capable of providing crystallographic information and grain microstructure. S 4800 SEM is a complete imaging and analytical instrument that strikes a balance between ease of use, comfort, and performance. It is capable of producing extremely sharp imaging and is capable of providing significantly more analytical detail that traditional optical methods cannot provide. It is a powerful tool for life science research and one of the best SEMs in the market today.