Used JEOL JSM 6400 #9288943 for sale
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JEOL JSM 6400 is a scanning electron microscope (SEM) used for a variety of applications, including imaging, analysis, and 3D reconstruction of micro- and nano-scale test samples. It is designed to work with both organic and inorganic materials, providing high-resolution images with exceptional clarity, accuracy, and detail. JSM 6400 utilizes a patented electron optical equipment which uses an electron beam to scan and image the sample being studied. The resulting image produces an impressive detail level of up to 9 nm lateral resolution (depending on the device configuration) and is suitable for all kinds of research areas, ranging from semiconductor fabrication to life sciences. This device is also equipped with a variety of detectors, including an energy-dispersive X-ray (EDX) detector for qualitative and quantitative elemental analysis, a secondary electron detector for capturing topographical information, and a backscattered electron detector for depth profiling. These detectors provide a powerful combination for a comprehensive study of test samples. JEOL JSM 6400 also includes a digital camera, providing sophisticated 3D imaging capabilities. With the use of the image stitching functionality, users are able to create 3D renderings of their samples, allowing them to analyze hard-to-see details. The device also supports a broad range of data formats, enabling users to easily export their findings in a variety of ways. Finally, the device offers a unique auto-focus system which quickly and accurately acquires the optimal viewing location for test samples. The intuitive control unit allows users to quickly and accurately adjust parameters such as exposure time, brightness, and magnification to achieve the desired results. In sum, JSM 6400 is an excellent choice for any researcher or lab who require a high-powered SEM device that is capable of rendering detailed images with great accuracy.The variety of detectors, the sophisticated 3D imaging capabilities, and the auto-focus machine, make this device an ideal choice for a range of applications in the fields of materials science, life sciences, and engineering.
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