Used HITACHI VR-16N #9400013 for sale

HITACHI VR-16N
ID: 9400013
Scanning Electron Microscope (SEM).
HITACHI VR-16N is a scanning electron microscope (SEM), used to magnify and analyze the exterior of a specimen. The probe electron beam is focused with the use of a magnetic lens and directed towards the sample surface to generate microscopic images. The SEM offers high resolution images up to 200nm, allowing detailed analysis of surface structure. VR-16N is equipped with a high performance electron gun that produces a low noise single electron beam. A retractable magnetic lens is capable of adjusting the size and shape of the electron beam to suit different applications, offering a large depth of focus and working distance. The variable pressure equipment offers superior image clarity with minimum gas interference. The modular design of HITACHI VR-16N enables accurate image formation, with a user-friendly interface, a variety of magnification options, and an automated sample navigation system. The navigation unit ensures quick and easy movement of the sample from one position to another. The machine also features an automatic sample stage, with vacuum isolation for improved performance and a robust mechanical design for stability and vibration-free operation. The tool has advanced analytical capabilities, with two or more channel detectors for obtaining secondary and backscattered electron images. Additionally, VR-16N has a detect asset transmission detector that allows for imaging of very thin specimens. HITACHI VR-16N has an advanced air-cooled column, providing superior electronic performance and a high degree of reliability. It also has enhanced STEM Mode which allows dual beam imaging with its simultaneous detection of secondary electrons and backscattered electrons. Overall, VR-16N is an advanced SEM model, offering superior performance and sophisticated design that allow it to achieve superior image resolution and ultimate productivity. Its superior analytical capabilities and robust design offer users greater confidence in their research results.
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