Used HITACHI S-4700 #9396347 for sale

HITACHI S-4700 is a scanning electron microscope (SEM) that provides powerful data and imaging capabilities to further research and applications. It is the ideal tool for a wide range of fields such as materials science, physical sciences, biological sciences, and engineering. HITACHI S 4700 is equipped with a high-performance electron beam that provides increased resolution and contrast, allowing for greater detail in images. The electron beam is equipped with advanced scan filters and deflectors for precise control of the beam and for minimizing noise in images. The beam is also surrounded by a magnetic field that helps to minimize aberrations in the electron beam. This makes it ideal for high-resolution imaging. S-4700 also features an ergonomic design that makes use of sophisticated ergonomic features such as a tiltable stage, LED front panel, and a human-computer interface for intuitive operation. The system features a large vacuum chamber that improves imaging capabilities and provides excellent contrast between various elements and particles. With a working pressure of up to 6×10-3 Torr, the air lock vacuum chamber allows for a wide range of imaging possibilities. Additionally, the airlock chamber is equipped with cooling fins and can accommodate a wide range of sample holders, including spherical and polygonal stages. S 4700 is equipped with a multi-channel detector that can be used to detect and analyze different types of images, resulting in higher-quality imaging and detection. The detector is sensitive to incident electrons and can be used to detect both secondary and backscattered electrons. In addition, HITACHI S-4700 is equipped with a high-power imaging system that can capture images with a wide spectrum of different magnifications. This feature helps to capture detailed images of various objects in different magnifications, from the nanoscale to the macroscale. Overall, HITACHI S 4700 is an excellent system for high-resolution imaging as well as for performing sophisticated analyses. It can be used for a wide range of applications in various fields, such as materials science, physical sciences, biological sciences, and engineering. It is highly efficient, has excellent imaging quality, and is easy to use.