Used HITACHI RS7000-30 #113463 for sale

HITACHI RS7000-30 is a scanning electron microscope used for imaging and analysis of samples in a variety of applications. It is designed to accurately capture high-resolution images of samples reached an incredible level of resolution, making the microscope ideal for high-resolution applications in research, development and materials science. RS7000-30 has a chamber vacuum system and a column design, making it a highly reliable instrument. It has a wide variety of operating modes and settings, allowing the user to customize the microscope to their needs. The microscope is equipped with a 3-detector system consisting of a secondary electron detector, a backscattered electron detector and a field emission detector. This allows for a wide range of applications to be performed such as element mapping, compositional analysis, and three-dimensional imaging. The detector technology allows for a 30-kV beam spot diameter of just 3 nm and an acceleration voltage range of 0.1 to 30 kV. HITACHI RS7000-30 has two objective lenses available, one with a numeric aperture of 60 and the other with a numeric aperture of 80. The lenses can be moved in the vertical and horizontal directions, allowing for accurate positioning and imaging. The microscope is equipped with an automated X-Y stage for positioning the sample, and has a high-resolution interferometer for measuring the sample position. The microscope also has a wide range of automation capabilities, including programmable operations and automatic scanning of samples. This allows for fast and easy operation of the microscope, as well as increased accuracy and repeatability of results. Overall, RS7000-30 is an excellent scanning electron microscope for high-resolution imaging and analysis. It has a wide range of capabilities, allowing the user to customize the microscope to their specific needs. The automated operation allows for fast and accurate operation, making HITACHI RS7000-30 an ideal choice for research, development and materials science applications.