Used CAMBRIDGE 360 #9014475 for sale

CAMBRIDGE 360 is a scanning electron microscope (SEM) manufactured by CAMBRIDGE Nanomaterials Technology Ltd that allows for the use of high resolution imaging technology in both research and industry settings. The microscope utilises electron emission for its operation and is able to capture detailed images of objects at nanoscale levels. The microscope utilises an electron gun to create a focused beam that explores a target specimen. As the electrons hit the surface, they interact with the atoms of the specimen, creating secondary electrons and backscattered electrons. These secondary and backscattered electrons, along with environmental electrons, are then collected by the electron gun and sent to a detector where an image of the specimen is created. When used in research, 360 has the potential to greatly enhance the study of nanoscale objects, providing researchers with images of extremely small structures and phenomena. The microscope is able to achieve magnifications of up to 25,500x and is equipped with a tungsten filament electron gun, a large field of view CCD rim detector, and a user-friendly touchscreen interface. This combination of features allows for precise and detailed imaging of specimens and is particularly ideal for applications related to material characterization, failure analysis, and micro-structural imaging. CAMBRIDGE 360 also features an automated stigmating and deflection system and an integrated energy filter that provides an optimal condition for the reproduction of high-definition images. This system ensures that the beam is focused properly and allows a more reliable depiction and analysis of features from various spectral ranges. The microscope is equipped with a range of software packages that can be used to acquire detailed images and automate various analysis procedures. These include functions such as scanning, annotation, and measurement analysis. 360 has been designed to be easy to use and is a popular choice amongst researchers, scientists, and engineers. Its ergonomic design and advanced imaging capabilities have made it a standout choice in the research industry. The microscope is perfect for those seeking high-resolution imaging of nanoscale objects and is suitable for a range of applications.