Used HITACHI S-3000 #293595793 for sale

HITACHI S-3000 is a scanning electron microscope (SEM) that provides high-resolution, high-sensitivity imaging capabilities from submicron to 1mm scale. It incorporates a low-vacuum electron gun, a horizontal rotation stage, and a dedicated sample stage. With its high resolution capabilities and superior resolution at a wide range of magnifications, S-3000 is popular in a range of research, educational and industrial applications. The low-vacuum electron gun on HITACHI S-3000 emits a beam of electrons which are controlled with a series of deflectors, giving the user a high degree of control over the shape of the beam and its direction. A control unit is incorporated allowing for complex motion control and patterning. This feature is advantageous for imaging small details and for imaging large areas at low magnifications. The sample stage on S-3000 is equipped with non-magnetic sample clamping, an X-Y-Z beam and focus control, and an angle stage for angular imaging and critical dimension measurements. This is ideal for detailed imaging of interfacial features and small features, with a range of sample sizes from 0.2mm to 200mm. HITACHI S-3000 also features an integrated backscattered electron detector, a secondary electron detector, and a lanthanum bromide scintillator. These detectors provide the user with a range of imaging options, including complex 3D tomography, elemental and chemical imaging and backscatter imaging. These advanced imaging techniques offer a wide range of information on the structure and composition of a sample, providing greater imaging accuracy. In addition, S-3000 is designed to be an operator-friendly instrument, with advanced built-in software, automated software upgrades and intuitive interfaces. The high-speed motion control ensures easy access to the various settings and rapid imaging times. HITACHI S-3000 is a versatile scanning electron microscope that offers a wide range of imaging capabilities, from submicron to 1mm scale. It is superior in resolution and provides a range of advanced features that make it ideal for researchers and industrial users that are looking for high-resolution imaging.