Used HITACHI S-4700 #293602381 for sale

HITACHI S-4700 is a scanning electron microscope (SEM) that combines high-resolution imaging, advanced analytical capabilities, and a user-friendly design to provide high-quality imaging and analysis on a variety of samples. HITACHI S 4700 is equipped with a high-resolution field emission gun that enables high-definition imaging of the sample surfaces at magnifications up to 250,000x. S-4700 also features an integrated Energy Dispersive X-ray Microanalysis (EDX) system, which measures the elemental composition of sample materials. This system is capable of detecting trace elements in surface layers of sample materials and providing information on the distribution of elements with sub-micrometer resolution. S 4700 features a fully enclosed, automated sample stage with a low-vibration design for accurate and stable sample placement, as well as a variable pressure detachable chamber that allows for sample embossing and imaging in variable pressure environments. The variable pressure chamber also allows for the use of special membranes and grids, small samples and special sample holders. HITACHI S-4700 also has a high-speed autofocus motor which increases imaging efficiency by automatically adjusting the focus of the microscope in real-time. The highly efficient imaging capabilities of HITACHI S 4700 make it an ideal tool for a variety of applications including failure analysis, high resolution imaging, compositional analysis for advanced materials, fine structure analysis for nanomaterials, and imaging of thin film devices. S-4700 is also capable of imaging in extreme environments, making it an ideal tool for research in nanotechnology. Overall, S 4700 is an advanced scanning electron microscope with the latest technology that enables high resolution imaging and elemental analysis of a variety of sample materials. HITACHI S-4700 combines high-resolution imaging, extreme environment imaging, and advanced analytical capabilities in one powerful package, providing researchers with a reliable, user-friendly tool for a wide range of imaging applications.