Used HITACHI S-4700 Type II #293799180 for sale

HITACHI S-4700 Type II Scanning Electron Microscope (SEM) is a high-performance imaging and analysis tool used for both research and routine applications in the fields of nanotechnology, materials science, and medicine. HITACHI S 4700 TYPE II SEM offers the combination of excellent image resolution, fast and efficient image capturing, wide-field imaging, and X-ray elemental analysis. S-4700 Type II utilizes a secondary electron detector equipment for improved imaging resolution and an in-column low-background Everhart-Thornley detector for improved image contrast. This SEM is capable of imaging from 15uV to 10kV and can be operated in variable pressure or variable pressure environmental mode. The variable pressure mode of S 4700 TYPE II offers exceptional imaging of organic surfaces, while variable pressure environmental mode provides the use of a helium atmosphere pressure chamber for non-destructive imaging of delicate samples such as biological tissues. HITACHI S-4700 Type II is also equipped with an X-ray energy dispersive spectroscopy system that offers advanced elemental analysis with a minimum detection limit of 1% atomic. Semi-quantitative mapping of samples is made possible with the ability to recognize approximately 65 different elements. In addition, HITACHI S 4700 TYPE II is equipped with an integrated automated 3D imaging unit that can be used for fast and accurate measurements of sample data. Samples can be analyzed quickly and accurately with the available 4K high-resolution video camera with automatic object recognition for 3D imaging. S-4700 Type II offers large view field mapping, powerful analysis software with automatic report creation, and both wired and wireless network compatibility for convenient interfacing with other instruments. Overall, S 4700 TYPE II is an exceptional SEM machine, providing cutting-edge imaging and analysis capabilities that are essential for advanced materials development, nanotechnology research, and sensitive biological sample imaging.