Used HITACHI S-4700 #293637311 for sale

HITACHI S-4700 is a scanning electron microscope (SEM) designed to deliver high-resolution imaging and analysis capabilities to today's most sophisticated research laboratories. HITACHI S 4700 offers unparalleled resolution and magnifying power, allowing researchers to view objects at the nanometer scale. Using a combination of sophisticated hardware and software, S-4700 gives researchers the power to image and analyze samples on a cellular and sub-cellular level. S 4700 is designed as a stand-alone SEM with an automated scan equipment and an integrated computer processing unit. The instrument offers a wide range of capabilities, including secondary and backscatter electron imaging, photomultiplier tube (PMT) imaging, beam-induced organic fluorescence (Bio-F) and Auger electron spectroscopy (AES) imaging. The system is equipped with a number of features, including a high-speed auto-video unit, a resolution of up to 5,000x, and a range of EDS systems. HITACHI S-4700 optical machine features a field emission column, which can provide extra depth of field and higher resolution and contrast. The tool also includes a detector unit, which can perform multiplex fluorescence imaging and EDS, and a Faraday cage for high-precision ion and electron crystallography. HITACHI S 4700 offers a number of applications, including 3D SEM imaging, failure analysis and the study of macromolecules. The instrument is also an excellent tool for materials research. It provides researchers with the ability to study the surface structure and composition of materials, as well as their internal features. Furthermore, S-4700 is an ideal choice for imaging biological samples, allowing researchers to study the structure and internal composition of cells. S 4700 scanning electron microscope provides advanced imaging and analysis capabilities for today's most complex research projects. Its impressive resolution, field emission and detection capabilities provide researchers with the tools they need to study samples in exquisite detail. In addition, its automated scan asset allows researchers to quickly and accurately image and analyze samples on a cellular and sub-cellular level.