Used HITACHI RS-5000 #9293884 for sale

HITACHI RS-5000 is a scanning electron microscope (SEM) designed for various research and industrial applications. It operates at a maximum of 30 kilovolts (kV) accelerating voltage, and can provide magnifications ranging from 10x to 500,000x. The advanced optics maintained within the equipment allow for superior resolution and contrast, providing detailed images of specimens. Sample preparation with HITACHI RS 5000 is quick and straightforward, as the SEM is equipped with an automated sample stage. The stage is capable of movement in the X, Y, and Z-directions, allowing for precise positioning of the sample relative to the electron beam. The chamber is kept at a high vacuum, ensuring that the specimen is not damaged by gas molecules or radiation. RS-5000 also features a wide array of detectors and detectors types. These detectors are designed to provide directional information on the electron beam, allowing for various analyses and measurements on the specimen. This includes secondary electrons, backscattered electrons, X-rays, and neutralized beam fluorescence. Additionally, the system utilizes a state-of-the-art digital image processing unit with many options such as auto-contrast and automatic image analysis. The ergonomic design of RS 5000 is user-friendly and allows users to easily access the sample without obstruction from the systems hardware. The chamber is equipped with a remote helix port, allowing for sample exchange without the need for venting the machine. The tool is also connected to a central computer, allowing users to store images and data for further analysis or report generation. Overall, HITACHI RS-5000 is a reliable scanning electron microscope designed to meet the needs of modern researchers. The advanced optics, automated sample stages, and extensive detector array makes this asset one of the most versatile SEMs on the market today. With its user-friendly design and comprehensive software, HITACHI RS 5000 is sure to provide many years of precise and accurate imaging.