Used HITACHI S-9220 #293618043 for sale

HITACHI S-9220 is a scanning electron microscope (SEM) that is used for surface analysis, as well as imaging and measuring features on the nanoscale. This versatile SEM can operate in conventional, high resolution and low vacuum capture and imaging modes, allowing a wide range of applications to be undertaken. HITACHI S9220 has a scanning electron beam column that is capable of producing a beam of electrons with a high-precision microchannel plate detector. This allows the production of high-resolution images with a maximum magnification of up to 100,000 x. The semi-auto-focusing equipment and full-imaging system can be used to capture detailed images from a variety of sample surfaces and thicknesses. The SEM utilizes an energy dispersive x-ray (EDX) unit, which enables quantitative elemental analysis of samples with a high resolution of up to 15 keV. This allows for elemental mapping and phase analysis, and provides users with accurate information regarding the sample's composition. The EDX machine also provides detailed information about the chemical and structural properties of the sample. S 9220 can also perform micro analysis for defect analysis, with a large field of view and high resolution imaging. The device is equipped with an automatic positioning tool that allows for repeatable imaging and measurements and a high contrast digital imaging asset for extended contrast. HITACHI S 9220 is compatible with an array of accessories, including an array of lenses, a micro-manipulator, a microscope lamp support model and a monitor. The monitor displays all the relevant data automatically without having to manually enter the parameters and can also allow for remote operation and control. S-9220 is classified as a Class 10,000/ISO 4 Clean Room Equipment, allowing it to operate in a wide range of applications and environments. This SEM is ideal for high sensitivity, high resolution imaging and elemental analysis of samples. It can be used in a variety of industries, including geology, materials science, semiconductors, and medicine.