Used HITACHI S-3000H #9055558 for sale

HITACHI S-3000H is a state-of-the-art scanning electron microscope (SEM). This powerful research tool offers several powerful features, enabling users to explore the nano world in superior quality. HITACHI S 3000 H operates with an accelerating voltage range of 1 to 30 KeV (kilo electron-volts) and a maximum magnification of over 500,000x. This allows the user to explore the nano-world in incredible detail. S-3000H is powered by an 'Ultra E-Beam Oscillation' technology, enabling highly detailed imaging with a high degree of resolution. It is fitted with two detectors mode selection modules for both beam- and image-based analysis. The firstmodule is a high resolution secondary electron detector (called HI-SCAN) and the second is an image intensifier assembly (called EVIC). These detectors allow the user to analyze the samples in great detail. S 3000 H is also equipped with a STEM (Scanning Transmission Electron Microscope) Mode. The STEM mode is particularly useful for analyzing damaged samples that are difficult to analyze with standard SEM imaging. The STEM mode offers high-resolution imaging with precise positioning. In addition, HITACHI S-3000H also boasts a powerful X-Ray Fluorescence (XRF) Detector. This detector enables scientists to accurately measure elements in samples. With this powerful instrument, users can analyze samples on a molecular level. HITACHI S 3000 H is fitted with an auto-focus feature, which automatically adjusts the focus of the sample. This allows users to quickly and efficiently adjust the positioning of the sample from sample to sample. Finally, S-3000H is also capable of advanced sample preparation facilities. For instance, users can use the Nano Bake technology to prepare samples for analysis. This powerful technology can be used to lower the degree of charge build-up on samples, allowing for cleaner and more accurate analysis. S 3000 H is an incredibly powerful scanning electron microscope. With its many features and functions, it provides researchers with the ability to explore the nano-world in unparalleled detail. It is a powerful tool for scientists and researchers who study the nano-world.