Used HITACHI S-5500 #293596730 for sale

HITACHI S-5500 is a scanning electron microscope (SEM) with an advanced technology configuration. It features an improved design that is capable of high-resolution imaging and precise nanoscience experiments. It is ideal for analyzing organic and inorganic materials at the nanometer scale, including semiconductor devices and bio-materials. HITACHI S 5500 utilizes a field emission electron gun that can achieve high brightness conditions. This allows for a high electron current and a low electron background. The base pressure of the instrument is also kept low, which results in low electron beam energy spread and good resolution. The microscope also features an adjustable magnification range from 15x to 800,000x. In addition, S-5500 offers a variety of analytical capabilities. It has an energy-dispersive X-ray spectroscopy (EDS) system to carry out elemental and chemical analysis of specimens. The microscope is also equipped with a secondary electron (SE) imaging and a backscatter electron (BSE) imaging systems. The SE and BSE imaging systems allow for the detection of surface irregularities and analysis of smaller features that are not visible with optical microscopes. Furthermore, S 5500 has a precision stage system that enables sample positioning with high accuracy. The sample rotation speeds are adjustable and the sample stage can be tilted up to 30°. This makes it possible to image specimens without distortion, due to gravity or other factors. The high resolution of HITACHI S-5500 SEM also allow for detailed imaging of nanometer-level features. Moreover, HITACHI S 5500 offers a comprehensive range of automation features. Its automation software is user-friendly and can be used for both quick imaging and sophisticated experiments. Moreover, the automated control of acceleration voltage is possible, allowing for precise control over specimen irradiation. Overall, S-5500 is a scanning electron microscope that has advanced performance, accurate image resolution, and automated capabilities. Its imaging and analytical features are suited for challenging research and laboratory applications. It is a versatile, high-end imaging and analytical instrument that can measure, analyze, and visualize nanoscale features with precision.