Used HITACHI S-4800 #9239795 for sale

HITACHI S-4800 Scanning Electron Microscope (SEM) is a versatile and reliable piece of imaging equipment that is used by a variety of scientific fields and industries. It provides high resolution, versatile imaging capabilities to examine a wide range of material and biological samples, such as metals, plastics, tissue, cells and dust. With an accelerating voltage range of 1 kV to 30 kV, HITACHI S 4800 SEM is a reliable, cost-effective and powerful choice for imaging all types of material samples. S-4800 SEM is equipped with a standard scan head and a three-axis goniometer stage for precise x, y and z focused observation of the sample. It is also equipped with a variable pressure system and an integrated vacuum chamber, allowing for a wide variety of imaging requirements. The system has a wide variation of viewing modes such as secondary electron, backscattered electron, X-ray and cathodoluminescence imaging. This allows the user to obtain various high contrast images with image resolution from 0.7 nm to 20 μm. S 4800 SEM has a fast, high intensity electron beam with an x, y, z and z 'energy-tapping' capability. This allows the user to obtain high resolution images in both backscattered and axial modes, providing contrast images of several different elements simultaneously. It is also equipped with a number of automated sample plate handling systems, allowing automated loading, unloading and area search functions. This allows sample preparation to be made easier and more efficient. HITACHI S-4800 SEM also offers a number of other critical features that are essential to obtaining high resolution images. These include stain-free operations, a sample treatment chamber, a high resolution digital image system, and high resolution zoom optics. This combination of capabilities makes HITACHI S 4800 SEM an invaluable tool for scientists and researchers looking to explore the micro- and nanoscale worlds. S-4800 SEM is a feature-packed, cost-effective choice for researchers, giving them the power to investigate a wide range of materials and biological systems.