Used CAMBRIDGE S 360 #293643032 for sale

CAMBRIDGE S 360 scanning electron microscope (SEM) is a cutting-edge microscopic imaging equipment. Developed by CAMBRIDGE Nanosystems, CAMBRIDGE S-360 provides high resolution imaging with sub-nanometer accuracy and a wide dynamic range. The advanced features of the microscope make it possible to obtain images of materials at a higher magnification and with greater accuracy than previous microscopy systems. S 360 combines innovative, patented hardware and advanced software to produce powerful imaging. The main hardware consists of an electron source, a sample chamber, an imaging system, and a cooled phase detector. The electron source provides high resolution beam imaging with over 25 nanometer resolution, allowing for detailed imaging of a variety of samples. The sample chamber is designed to accommodate samples of any thickness up to 1mm and is capable of withstanding pressures up to 25 torr. The imaging unit utilizes a set of detectors to capture data at high speed and with excellent signal-to-noise ratio, while the cooled phase detector allows for even higher resolution imaging, as well as three-dimensional imaging. The accompanying software makes the machine even more powerful by enhancing imaging capabilities and data analysis. Image filtration algorithms allow for the removal of noise and for enhanced imaging contrast to better identify features of the sample. Powerful data analysis tools allow for a more detailed look at the samples with capabilities such as surface contour mapping and phase analysis. Additionally, the tool is capable of generating 3D images, which can provide a highly detailed perspective of the sample being analyzed. S-360 can image a wide range of samples, from nano-scale components in electronics to materials used in medical and biomedical research. With its advanced imaging and analytical capabilities, CAMBRIDGE S 360 has revolutionized the way researchers are able to obtain high resolution images and analyze sample materials. As such, it is a high-end imaging asset that can be used to obtain detailed images of samples with unprecedented precision and accuracy.