Used HITACHI S-7280H #293770170 for sale

HITACHI S-7280H is a scanning electron microscope (SEM) designed for observation and analysis of samples at a very high level of detail through the use of electron beams. It provides an impressive field of view and resolution, allowing specimens to be investigated in more detail than other kinds of microscopy. The SEM produces secondary and backscattered electrons which can be used to obtain both qualitative and quantitative information such as image resolution, pixel size, signal intensity, signal-to-noise ratio, magnification, as well as elemental and morphological information in the sample. S-7280H is equipped with a high-performance, in-lens secondary electron detector, with a high sensitivity, range and informatic signal to noise ratio, capable of displaying high-contrast images. The microscope has high depth of focus, wide dynamic range, high numerical aperture and high working distance, enabling imaging of even deepest objects with outstanding clarity. In addition, HITACHI S-7280H includes a unique dual ports for in-situ and ex-situ observation, permitting observation and analysis of specimens ranging in size from nanometers to micrometers. S-7280H offers a range of analytical and processing capabilities, such as 3D imaging and reconstructive tomography (3DCT), vacuum microspectroscopy, X-ray grain analysis, crystallographic analysis and electron beam induced current (EBIC). Moreover, this microscope can also be coupled with analytical systems such as Energy Dispersive Spectroscopy (EDS) and Wavelength Dispersive Spectroscopy (WDS) to obtain elemental composition of the sample. Additionally, the microscope features a number of automation options, such as auto-focus, stage scan and manipulation, drift compensation and sample heating, to save time and ensure accuracy in investigations. It also has a user-friendly interface for direct control of all functions and parameters, as well as displaying and interpreting acquired images. HITACHI S-7280H is specifically designed for use in the fields of semiconductor, materials science and biology research,offering superior performance for such applications.