Used HITACHI S-5000 #9227444 for sale

ID: 9227444
Field Emission Scanning Electron Microscope (FE-SEM).
HITACHI S-5000 is a scanning electron microscope for high resolution imaging of surface features. It is designed to offer advanced imaging capabilities in a wide range of applications in sciences such as materials and life sciences research. HITACHI S 5000 is well equipped with an electron column, an image detector, a camera, and high voltage power supplies to ensure stringent control of the electron beam. The electron column of the microscope is an electrostatic type and is designed to have a wide range of operational conditions. This enables the microscope to offer high resolution imaging and the acquisition of a wide range of data such as crystals and biological specimens. The image detector of S-5000 is equipped with a variety of features such as a display, windowed image, and digital enhancement. This detector is capable of producing extremely high resolution images. The camera accompanying this image detector is also designed for high resolution capturing of images. It has the ability to take still images as well as video recordings. To ensure maximum control and quality of imaging, S 5000 also includes high voltage power supplies. This system is designed to regulate the electron beam's energy levels, which offer better imaging quality and excellent surface resolution. To facilitate the accurate alignment of the electron beam, HITACHI S-5000 is equipped with a motorized stage. This stage is highly accurate and allows for precise control of the position of the stage to ensure accurate imaging. HITACHI S 5000 is also equipped with a number of visual functions such as contrast, brightness and magnification control. This enables the user to precisely focus the image and observe detailed surface images. Overall, S-5000 has a wide range of features and capabilities including high resolution imaging, digital enhancement, a motorized stage, and image control. This makes it suitable for a range of applications in material and life sciences research.
There are no reviews yet