Used GATAN DuoMill 600 #66781 for sale

Manufacturer
GATAN
Model
DuoMill 600
ID: 66781
Ion milling system Missing Turbo Pump and some Boards.
GATAN DuoMill 600 is an ion milling equipment specially designed for microscopic analysis and surface analysis applications. It is an economical solution for nanolithography, precision masking, and pattern replication processes. The system utilizes a two-stage technology for dramatically improved milling rate and accuracy. The unit uses a magnetron-driven sputter gun to gradually etch away material from a surface by sputtering it off with a focused beam of ions bombarding the substrate. This build-up is called anodization and produces a high-quality, uniform surface finish that yields results with superior nanoscale precision. The machine also provides a number of other innovative features, such as the ability to launch both milling and anodization processes from one unit and the capability to run both processes at the same time. Furthermore, the tool includes advanced opto-electronic feedback systems to control the precise placement of the ion beam and ensure uniform etching on a global scale. DuoMill 600 also incorporates a powerful set of particle-size reduction and handling technologies, including a high-field strength electrode, fast-switching active regions, and a filter asset. The filter model helps ensure maximum protection during milling operations, while the active regions enable precise control over the particle size of the resulting material. The equipment is also equipped with an advanced software suite to keep the performance of each process optimized and the user interface friendly. This software can make precise programmatic adjustments and monitor system performance, allowing for the efficient and accurate reproducibility of tasks. GATAN DuoMill 600 ion milling unit is a cutting-edge technology for achieving even the most precise and delicate milling results. Its combination of powerful hardware and application-specific software makes it an ideal choice for many nanoscale analysis and surface finishing tasks.
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