Used HITACHI HD-2000 #9044467 for sale

HITACHI HD-2000 is a scanning electron microscope (SEM) built by the Japanese company HITACHI, Ltd. This device is an analytical tool used for the study of surface topography, composition, and morphology of materials. It utilizes a beam of electrons to scan the surface of specimens and produce a high-resolution image of the surface. HITACHI HD 2000 utilizes a JEOL (JEOL-branded electrons column), which is constructed from two main components: the condenser (optic) column and the imaging scintillator column. The condenser column is made up of a focused electron beam, a controller, and a condenser lens. The imaging scintillator column contains a phosphor screen composed of two electrodes and fluorescent material. Light emitted from a scintillator is used to generate an image. HD-2000 offers a wide range of features for determining surface properties. Some of these features include advanced lighting systems, advanced display systems, high-resolution imaging, accelerated specimen stage motion, and analysis tools. The advanced lighting systems provide immunity to environmental radiation and ensure a consistent beam angle. The advanced display systems allow users to view high-resolution images on a monitor or a projection screen. HD 2000 offers several options for the study of a variety of materials. Users can choose various types of scan modes (such as Line Scan Mode, Cross Section Mode, Angle Mode, etc.) to acquire images of different magnifications and configurations. This instrument also has many analysis options including a variety of elemental components analysis, grain size analysis, surface mapping, and image analysis. HITACHI HD-2000 is a highly advanced tool for research, analysis, and understanding the behavior of specimens. It offers a user-friendly interface, intuitive operation, and high resolution imaging of specimens at a range of magnifications. This reliable imaging instrument is suitable for many different types of applications, such as evaluation of physical, biological, and chemical surface properties.