Used HITACHI S-6200 #146788 for sale

HITACHI S-6200 is a Scanning Electron Microscope (SEM) that is used for analyzing the physical, chemical and biological properties of a wide variety of samples. S-6200 offers extremely high-resolution imaging with a sub-nanometer level of resolution at the solid surface level. It can obtain images and measure the shape, size, and composition of sample features with unprecedented resolution. HITACHI S-6200 employs two focused electron beams in the specimen chamber: a source beam for imaging and an element-detection beam for analysis with an energy dispersive X-ray detector (EDS). These beams can be directed independently, allowing for simultaneous analysis and imaging. The SEM can also utilize a secondary electron detector which can capture secondary electrons that are emitted as the primary beam impacts the surface of the samples. These electrons can be used to determine the elemental composition of samples. S-6200 is equipped with an array of advanced features including automated magnification and focus control, image stored and recall capabilities, differential interference contrast (DIC) imaging, and variable pressure chambers. These features enable a wide range of imaging and characterization capabilities, including single-crystal imaging, low-contrast specimens, high-resolution elemental mapping, and particle-size analysis. The variable pressure device can be used to enable high-vacuum conditions for imaging or low-vacuum conditions for analysis. This is especially important for samples that need to be handled, such as live cells or fragile specimens. The included IBWin control software provides a convenient interface for controlling the microscope's functions and creating desired imaging conditions. HITACHI S-6200 has a range of safety and convenience features, including a laser safety interlock, energy cut-off, and an automatic shut-off. It can also be linked to lab computers and other peripherals for convenient data transfer, storage, and manipulation. S-6200 is an extremely versatile and advanced system which can be used to answer a broad array of research questions and to produce detailed imagery and data.