Used HITACHI S-9380 #9251072 for sale

HITACHI S-9380 is a high performance scanning electron microscope (SEM) designed for materials analysis and characterization. It is an indispensable tool for a variety of research applications including life sciences, materials science, energy research, and academic research in general. HITACHI S9380 is equipped with a 65kV field emission electron gun for high resolution imaging of samples with a pixel resolution of 0.53 nm at 30 keV. This allows for atomic imaging and the study of materials down to the nanoscale. S 9380 comes with an in-built auto focus system to guarantee optimum sample accuracy and ensure repeatable imaging conditions. HITACHI S 9380 is equipped with a 3-axis gas injector for precise manipulation of sample environment. This allows for the study of samples under variable conditions such as temperature, potential, and gas environments. The variable pressure environmental chamber allows for the study of samples in high vacuum, ultra-high vacuum, and atmospheric conditions. S-9380 features a variety of advanced imaging capabilities for both imaging and analysis. It includes capabilities for multiple beam imaging, energy filtering, and imaging of multiple types of samples such as metals, non-metals, and insulating materials. It also features a super resolution detector that enables images with resolutions beyond those available with other SEMs. S9380 includes an array of computer software that allows for the analysis and interpretation of images. This includes particle counting, chemical imaging, 3D volumes, and measurement analysis of contacts, voids, and porosity. In addition, it includes a variety of scanning modes, automatic alignment, and image-correction algorithms for more effective imaging. HITACHI S-9380 is a sophisticated and reliable SEM that provides researchers the most comprehensive range of scanning modes and imaging capabilities. It is greatly appreciated by scientists and industry engineers alike for its unparalleled performance and reliability.