Used SEIKO INSTRUMENTS SMI 2200 #9407879 for sale

SEIKO INSTRUMENTS SMI 2200 is a dedicated ion milling system designed for use in high-precision applications in electronic device fabrication and nanotechnology research. At its core is a multi-axis micropositioning system that enables precise and repeatable milling of targets as small as 0.1µm. SMI 2200 adopts an exotic, newly developed ion source, allowing a steady, ultra-high ion beam energy of up to 1.2 MeV. SEIKO INSTRUMENTS SMI 2200 is capable of producing high-quality milled surfaces, thanks to its specially designed optics, an advanced thermally-stabilized vacuum chamber and proprietary beam control technology. In addition, SMI 2200 features an automatic sample stage that is capable of handling up to 10 different samples at once. This feature allows for quick and easy sample changing - a big advantage for efficiently completing large, multiple specimen milling projects. SEIKO INSTRUMENTS SMI 2200 also provides real-time surface imaging, allowing users to easily monitor the milling process and monitor the effects of different milling parameters. This helps ensure surface quality, preventing damage to ongoing processes or wasting valuable resources on subsiding milling results. In addition, SMI 2200 is equipped with a powerful, yet userfriendly control software, allowing operators to quickly and easily input milling parameters and select optimum milling strategies for specific applications. The software also provides powerful data acquisition and analysis functions for recording, displaying, and evaluating milling information in various formats. The real-time, interactive user interface helps maximize process efficiency and productivity. Overall, SEIKO INSTRUMENTS SMI 2200 is a highly advanced, user-friendly ion milling system capable of producing high-quality milled surfaces while providing users with real-time monitoring and analysis tools. With its high-precision optics and powerful software, it is ideal for applications requiring superior accuracy and repeatability.