Used FISCHIONE INSTRUMENTS 1020 #9225900 for sale

FISCHIONE INSTRUMENTS 1020 is a state of the art ion milling machine designed to serve the nanotechnology research community. Utilizing focused ion beams, it offers precision milling capabilities for materials ranging from semiconductors to oxides and alloys. Its powerful ion beam allows for precise control of ion energies, allowing for both ultra-fine surface milling and extremely thin sample milling. 1020 consists of three components: an ion source, a milling chamber, and a control unit. The source produces a high-energy ion beam, which is focused into the milling chamber. Inside, the molecules in the sample are targeted one-by-one until a desired surface is achieved. The beam is then adjusted during the process to optimize the milling rate according to the desired depth. The Fischione FISCHIONE INSTRUMENTS 1020 is capable of extremely fine milling due to its unique ion optics and sophisticated control system. It produces nanometer-level features with great accuracy and repeatability. Its ion beam can be adjusted between 0.5 and 200keV for enhanced flexibility in material milling. Additionally, a wide range of ion species, from O2+ to C60+, can be used for different ion milling applications. 1020 is powered by a unique software package that allows for maximum control of the entire milling process—from the pre-programming to the final post-processing. This reduces downtime and makes it easy to switch from one process to another. It also includes safety precautions, such as an active sensor system for controlling the ion beam. Overall, FISCHIONE INSTRUMENTS 1020 is an advanced and efficient tool for precision surface milling in nanotechnology research. Its sophisticated software and powerful ion beam allow for quick and repeatable milling results with incredible accuracy. 1020's portfolio of features, ranging from adjustable ion energy levels to wide ion species selection, make it the ideal machine for creating nanometer-level features. It's a perfect choice for nanotech researchers looking to achieve the best results in a short amount of time.