Used HITACHI S-9260 #9010368 for sale

HITACHI S-9260 scanning electron microscope is a powerful, high resolution imaging tool for scientists, engineers and students alike. This microscope utilizes a scanning electron beam to produce high resolution images of surfaces and materials down to the atomic scale. HITACHI S9260 is a variable pressure scanning electron microscope, allowing for operations under low pressure. This low pressure is suitable for observation of metal, glass, plastic, ceramic and organic materials. A 3-axis stage allows for easy sample manipulation and positioning, allowing for observation at various angles. This microscope uses a tungsten filament electron source to project an electron beam onto the sample. This electron beam is scanned across the sample at various speeds, to create an electronic image. The scanned electron beam can be adjusted to different energies, allowing for surface morphology images of samples at various depths. With a resolution down to 5 nanometers, this microscope has tremendous capability in imaging even smaller features. S 9260 also has a unique ability to tilt the sample head while operating. This allows for the observation of smaller features without a loss of detail. This capability is especially useful for the analysis of 3D structures. S9260 also includes a number of features designed to improve image quality and reduce noise. These include an optimal automated contrast system, an edge-enhancement algorithm, and advanced digital signal processing. HITACHI S 9260 also has an auto-focus feature that adjusts the lens of the objective automatically for optimum performance. Additionally, digital image processing features are used to improve contrast, resolution and overall image quality. In conclusion, S-9260 scanning electron microscope is a powerful tool, capable of producing high resolution images of even the smallest materials down to the atomic scale. With a number of features designed to reduce noise and improve image quality, this microscope is an invaluable tool for researchers and students alike.