Used JEOL JSM 7000F #293732137 for sale

JEOL JSM 7000F Scanning Electron Microscope (SEM) is an analytical instrument used for imaging and characterization of samples at extremely high magnification. It works by scanning a focused beam of electrons over a specimen and generating a signal of its interaction with the specimen, which is then used to form an image. JEOL JSM 7000 F is a field emitter source SEM, which provides excellent energy resolution, low current density, and excellent stability of the beam. This stability enhances the image resolution and allows the user to acquire detailed images with high sensitivity. JSM 7000F has three main components: the electron optical column, the scanning generator, and the detector system. The electron optical column houses the components that generate and focus the electron beam, including the electron source, condenser lenses, intermediate and objective lenses, and specimen entry and exit slits. The scanning generator is responsible for controlling the beam in its x,y motion pattern, in order to acquire a digitized image from the sample. Finally, the detector system involves secondary and backscattered electron detectors, as well as detectors developed for both elemental and X-ray imaging. JSM 7000 F features a wide range of capabilities, including both standard modes such as Secondary Electron (SE) imaging and Low Vacuum SE (LVSEM) imaging, as well as more advanced modes such as Backscattered Detector (BSE) imaging, Low Vacuum BSE imaging, Analytical Electron Microscopy (AEM) imaging, and X-ray analysis. It also features an automated stage with motorized travel in the x,y, and z directions, allowing the user to capture images with high accuracy without manual re-centring. In addition, JEOL JSM 7000F has a high energy resolution of up to 0.01 eV, enabling deep and detailed imaging of the sample. JEOL JSM 7000 F is an excellent option for imaging and analyzing a wide variety of specimen types, making it ideal for materials science labs, medical research, and device manufacturing. Its superior stability and energy resolution, as well as its advanced capabilities and automated staging makes it a reliable and powerful instrument for researchers in any field.