Used HITACHI S-9360 #9154997 for sale

HITACHI S-9360 Scanning Electron Microscope (SEM) is a powerful and versatile instrument that enables the detailed imaging and analysis of microscopic samples. HITACHI S9360's high performance capabilities include a wide range of imaging and analytical techniques such as bright and dark field imaging, electron backscatter diffraction, analytical EDX, wavelength dispersive spectroscopy, and cathodoluminescence. S 9360 is equipped with a variable pressure equipment, enabling the imaging of both non-conductive and conductive specimens with minimal sublimation. In addition, the microscope is capable of operating in both high and low-vacuum conditions for superior imaging. The probe-forming system in S-9360 maintains a high level of image quality, even at magnifications up to 100,000x. HITACHI S 9360's control unit makes operation especially simple, enabling users to quickly and easily adjust the settings of the microscope to suit their desired imaging and analysis protocols. The machine also includes an intuitive user interface, comprehensive imaging software, and 3D imaging capabilities. One of the most unique features of S9360 is the oil-immersed objective lens, which allows the imaging of transparent and highly reflective specimens with enhanced contrast and increased resolution. In addition, HITACHI S-9360 is equipped with a motorized stage that enables the rapid scanning of large samples at high speed. HITACHI S9360 is designed to be used with a variety of sample preparation tools, including several types of sputter coaters, cryo-transfer systems, and evaporating systems. These tools enhance the capabilities of the microscope by enabling the preparation of a wide range of samples. S 9360 is a powerful and efficient microscope that enables users to generate high-quality images of microscopic samples with ease. The microscope is ideal for a broad range of research and industrial applications and its versatile features make it an excellent choice for the detailed imaging and analysis of a wide range of samples.