Used HITACHI S-4500 #9394912 for sale

HITACHI S-4500 is a high resolution scanning electron microscope (SEM). This type of microscope uses a beam of electrons, instead of light or other electromagnetic radiation, to form magnified labels of a sample. It is capable of producing images of a resolution as high as 5 nanometers, making it suitable for both basic and advanced materials research. HITACHI S 4500 is equipped with a modular EDX (Energy Dispersive X-ray) equipment for elemental analysis. This system is capable of measuring the composition and microstructure of a sample, with a sensitivity of less than one thousandth of one percent. It also has an integrated Schottky imaging capability, which produces high-resolution, true-color SEM images. The resolution and detector sensitivity of this unit is unrivaled, making it suitable for the imaging of sub-micron structures. Moreover, S-4500 is designed for precision and accuracy when working with difficult materials. It features a low-vacuum and field emissions differential pumping machine, which enables observation of large organic and metallic specimens without beam drift or charging of the sample. This also allows for complex analysis when evaluating vacuum and sputtering effects at various pressures. Moreover, S 4500 comes equipped with a high-speed scanning tool. This asset allows for the fast and accurate visualization of large area samples and complex dynamic scenes. The model is capable of acquisition and handling of images of up to 1 gigapixels per image, helping to enhance data throughput. Finally, HITACHI S-4500 features a variety of software and hardware supports. This includes both Windows and Mac based software that are tailored for technology, communications, and manufacturing applications. Additionally, the integrated hardware includes cooled digital cameras and dedicated specimen preparation equipment, making it suitable for a wide range of research studies. Overall, HITACHI S 4500 is an advanced and dependable scanning electron microscope that can produce superb images of microscopic objects. With its high resolution, EDX equipment, field emissions differential pumping, fast scanning, and comprehensive software and hardware support, it is an ideal tool for any laboratory engaging in technology, communications and manufacturing research.