Used AMAT / APPLIED MATERIALS VeritySEM #9092094 for sale

AMAT / APPLIED MATERIALS VeritySEM is an advanced scanning electron microscope (SEM) that can detect features with atomic resolution. It features a range of powerful inspection and analysis capabilities, including automated metrology, material characterization, and defect analysis and inspection. Utilizing an advanced electron-optic column, AMAT VeritySEM can obtain magnifications up to 300,000x, offering unparalleled image resolution. Using an innovative combination of digital pulse-shaping, innovative detector electronics, and an advanced electron-optic column, APPLIED MATERIALS VeritySEM can obtain high-resolution images with minimal influence from external noise. The low electron beam profile coupled with the high-frequency data allows users to clearly visualize features as small as 10 atoms across. VeritySEM also features a wide range of features designed to ensure consistent performance. Its automated alignment and calibration functions help ensure that the specimen is imaged within realistic parameters and improves the overall quality of images. Further, AMAT / APPLIED MATERIALS VeritySEM utilizes low-vacuum and variable-pressure techniques to ensure reliable imaging, even in challenging environments. In addition, there are a range of automated scanning techniques available that enable users to perform quick and precise inspections. The automated navigation tools make it easy to conduct fast and accurate image recognition and defects analysis. Users can also quantify data such as grain size distribution, EDS information, and other topology data. The advanced features and data analysis tools available on AMAT VeritySEM make it an ideal choice for a wide range of industrial, academic, and research applications. It is an invaluable tool for those studying nanoscale materials and for characterizing a wide range of device structures. APPLIED MATERIALS VeritySEM provides a reliable, comprehensive, and efficient imaging solution for many types of applications.