Used HITACHI S-4500 #9131713 for sale

HITACHI S-4500 is a state-of-the-art scanning electron microscope (SEM). This SEM offers unparalleled performance for high resolution imaging, elemental and chemical analysis, and three-dimensional reconstructions of samples. It has a flexibility and sophistication to allow for a wide range of samples to be studied. HITACHI S 4500 has a standard accelerating voltage of 1.0kV, but is capable of reaching up to 30kV for specialized samples. Furthermore, the scanning electron optics are powered by field-emission guns, offering high resolution imaging and superior beam stability. In addition, the beam currents can reach up to 10μA offering an improved signal-to-noise ratio. The electron column includes a high-resolution in-lens detector with a three-dimensional display. This allows the researcher to manually move around the sample, studying its topography in detail. Additional detector options, including Ultrahigh-angle annular darkfield detectors and multistage backscattered electron detectors, are also available for more specialized applications. Furthermore, S-4500 can be operated in an ultra-high vacuum environment and includes a retractable sample chamber equipped with a Langmuir-Blodgett evaporator. This allows for sample preparation and controlled gas-phase experiments under vacuum, without the damage associated with pressure changes. Moreover, the microscope offers several advanced analytical tools. This allows for depth profiling and secondary electron imaging, as well as elemental and chemical analysis. It additionally offers the capacity of high-resolution three-dimensional imaging using backscattered electrons, and automated thickness measurements. The combination of these features make S 4500 a powerful and versatile instrument for researching and analyzing a variety of sample types. The combination of high resolution imaging and chemical analysis allow for an unmatched level of detail to be obtained. The flexibility and sophistication of HITACHI S-4500 ensure that it will be the go-to instrument for high resolution scanning electron microscopes.