Used JEOL JSM 6360 #9239437 for sale

JEOL JSM 6360 is a scanning electron microscope, specifically classified as a Field Emission Scanning Electron Microscope (FESEM). This type of microscope is used to create high resolution images of a wide array of samples, ranging from inorganic materials like metals and semiconductors to biological materials such as microorganisms. As a scanning electron microscope, JSM 6360 is capable of producing detailed images of a sample's surface, providing information about the material's surface structure and topography. This is achieved by shooting an electron beam, consisting of high-energy electrons, at the sample. The surface features of the sample deflect the electrons according to their shape and composition. The electrons are detected by an internal detector, which generates an image of the sample's surface and the type of material it is composed of. Compared to a conventional optical microscope, a scanning electron microscope offers a much greater resolution and depth. It can magnify samples up to 500,000 times, and employs two different imaging modes to capture the sample's surface: surface imaging and secondary electron imaging. In the surface imaging mode, the electrons elastically scatter off the surface of the sample, creating a detailed, three-dimensional image of its topography. In a secondary electron imaging mode, the electrons penetrate the surface of the sample and interact with the material's electron cloud, creating secondary electrons that are then recaptured by the detector. Beyond imaging capabilities, JEOL JSM 6360 also includes a wide range of features to improve both its accuracy and efficiency. Thanks to its Field Emission gun, it is capable of producing an ultra-high resolution beam of 1nm, giving researchers the ability to image extremely small objects. Additionally, it has an automated specimen exchange system, allowing samples to be quickly and easily loaded into the system. Overall, JSM 6360 is an advanced and versatile scanning electron microscope capable of producing high-resolution images of a wide range of samples. It is an invaluable tool for researchers to gain a better understanding of the material's composition and structure.