Used HITACHI S-9200 #9249188 for sale

HITACHI S-9200
ID: 9249188
Scanning Electron Microscope (SEM).
HITACHI S-9200 is a scanning electron microscope that offers excellent imaging results and a variety of analytical capabilities. This versatile instrument is capable of performing both surface scanning and sub-micron resolution imaging, allowing users to analyze a wide range of materials and structures in a variety of applications. HITACHI S 9200 employs a multi-stage electrostatic accelerating column with an operating voltage of up to 3 kV. This unique design provides the high resolution imaging and low beam energy that are essential for surface analysis and imaging of deep structures. The column is equipped with variable condenser lenses and turret electron optics settings that allow users to fine-tune imaging parameters for optimal results. S-9200's large specimen chamber has a chamber height of up to 15 cm, a sample stage size of up to 200 mm, and a maximum sample weight of up to 6 kg. The sample stage is equipped with a closed-loop XY stage with a maximum speed of up to 50 mm/s. The sample stage also has a tilt for optimal sample and objective lens positioning. With S 9200, users can generate a variety of images and analytical results. Secondary electrons allow users to generate high-contrast images of surfaces with a resolution of up to 0.8 nm. Backscattered electrons allow users to generate images of light and heavier element distribution, while energy dispersive X-ray (EDX) allows users to analyze elemental composition down to 1 part per million. HITACHI S-9200 is easy to use and designed for improved reliability and maintenance. Its user-friendly interface allows users to easily access a variety of functions and settings, while real-time imaging, triggering, and auto-focus capabilities enable users to quickly and efficiently capture data. HITACHI S 9200's advanced analytical, imaging, and maintenance capabilities make it an excellent choice for a wide range of applications, including material science, failure analysis, and research.
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