Used HITACHI S-4800 #9182998 for sale

HITACHI S-4800 is a high-resolution scanning electron microscope (SEM) designed for research, development and analysis in a wide range of scientific and industrial fields. The instrument combines a high resolution electron beam imaging equipment with a sophisticated analysis and imaging software which enables high-resolution imaging and a wide range of analytical studies. HITACHI S 4800 is a field emission type scanning electron microscope which utilizes a highly durable tungsten filament tip as its electron source. This type of electron source produces electrons with high energy and provides excellent resolution with very low aberration and chemical contamination. The electron column is sealed and protected with a shield to provide a stable, reliable and convenient operation. S-4800 has a maximum magnification of up to 500,000X which enables the user to observe the finest details with excellent resolution. This system also boasts an intuitive operating unit that is easy to use and provides users with the ability to quickly and easily manipulate the microscope without extensive training. The machine also features advanced imaging capabilities including bright field, dark field and differential contrast imaging. S 4800 is capable of performing elemental analysis such as EDX (Energy Dispersive X-Ray Microanalysis) and WDX (Wavelength Dispersive X-Ray Microanalysis). This instrument is also capable of in-situ imaging of specimens which allows the user to capture images with a controlled environment. In addition to its advanced imaging capabilities, the SEM also has a number of options for analysis and imaging. These include in-situ heating and freezing, RAMS analysis for secondary electron emission microscopy, and a variety of analysis techniques including grain sizing and orientation, surface roughness, deposits and contaminations. Overall, HITACHI S-4800 is an advanced scanning electron microscope capable of providing high-resolution images as well as a wide range of analytical studies. The instrument is well-equipped with intuitive user interface and advanced imaging capabilities which make it a useful tool for various scientific and industrial applications.