Used JEOL JSM 5800 #9175177 for sale

JEOL JSM 5800 is a scanning electron microscope (SEM) designed for high-resolution imaging and precision analysis of surface topography, composition and chemical bonding of materials. This instrument is primarily used in research applications, as well as industrial applications such as failure analysis, quality control, and process control. JEOL JSM-5800 features a high-resolution tungsten filament electron gun that can magnify specimens up to 500,000X. This gun can produce a precisely focused beam of electrons in a range of high-energy resolutions that can be varied depending on the sample and imaging requirements. As for point-and-shoot imaging, the electron gun is capable of producing a variable field of view with a highly uniform image resolution over the entire field of view. A second major component of the instrument is the digital imaging system. It consists of an optical arrangement of lenses that allows variable control over the imaging parameters, such as magnification, resolution, field of view, and contrast. The system also features a built-in camera head to capture the resulting images. To perform analyses of the specimen, the instrument is equipped with an integrated EDS (energy dispersive spectroscopy) detector which can determine the relative abundance of elements in a sample. This feature makes JSM 5800 an ideal instrument for surface analysis of microstructures, compositional purity, and structural integrity. Finally, the instrument's high-precision tilting and rotation stages allow easy and precise manipulation of larger samples, even as large as several centimeters in size. This is one of the key advantages of JEOL JSM 5800, as it allows sample positioning with a much higher degree of accuracy than conventional SEMs. In summary, JSM-5800 is a powerful scanning electron microscope with a wide range of features and capabilities that make it suitable for a variety of applications ranging from surface topography analysis to compositional and structural testing. Its high resolution tungsten electron gun, digital imaging system, energy dispersive spectroscopy, and precision rotation stages make it an excellent choice for both research and industrial applications.