Used HITACHI S-8620 #293616218 for sale

HITACHI S-8620 scanning electron microscope (SEM) is a multi-functional instrument designed to meet the most demanding applications in material science and research. It has a large sealed chamber with an ergonomically designed pyrolytic graphite anode, providing excellent imaging quality and low background noise. HITACHI S 8620 has an advanced Secondary Electron Imaging (SEI) equipment that allows researchers to capture up to three-dimensional details of a specimen with excellent resolution. In addition to SEI, the instrument features several other detector technologies including the Electron Energy Loss Spectrum (EELS), Energy Dispersive Spectroscopy (EDS) and Cathodoluminescence. S-8620 also includes a high-resolution Everhart Thornley detector for high-contrast images and microanalysis of non-conductive materials like polymers and low-kV specimens. While S 8620 can image samples even down to a few nanometers in size, the instrument features an in-column scan generator to produce single-atom-resolution images with up to 10,000× full magnification. HITACHI S-8620 also comes with a wide variety of environmental accessories, such as heating and cooling stages, a rotatable stage with variable-speed manual movement, and a variable-pressure gas injection system. This unit allows quick and accurate scanning and imaging of samples under variable. In addition, the SEM can be optionally equipped for cryo-SEM applications. When it comes to operation and control, HITACHI S 8620 has a modern control machine with quick selection dials, on-screen software menus, and a touch panel interface, enabling easy setup and operation. The instrument also features conventional and multi-beam scanning modes and a range of software packages with powerful analysis and tracking capabilities. The whole tool can be configured according to customers' needs, with additional software tools and options available. Overall, S-8620 is an advanced scanning electron microscope that combines high performance and excellent image quality with advanced control systems and the latest advanced detector technologies. The sample chamber design and the wide range of environmental accessories makes it suitable for a broad range of applications in research and material science.