Used OXFORD Ionfab 300 Plus #293629723 for sale

OXFORD Ionfab 300 Plus is an advanced ion milling equipment designed to remove material from the surface of a sample. This is done by bombarding the material with low energy ions, which results in material being sputtered away at a controlled rate. The system is designed for high precision processing and is ideal for applications such as thin film research, surface modifications, device fabrication, thin film deposition and resist masking. Ionfab 300 Plus is a versatile unit, with a wide range of capabilities for various ion milling and sample preparation processes. It features a high-resolution, multi-target electron column, which allows for the precise adjustment of beam energy and current to create the perfect environment for material removal. The machine also features a variety of reactive gases and sources that enable cleanroom and in situ ion milling. The high precision of the tool is achieved by its electronically locked vacuum chamber and stainless steel dual-sleeve hot vacuum chamber. This helps to provide an isolator-like environment, creating a high level of control over the rate of material removal. The asset also features photoelectric interlocks and automatic shutters, allowing for further temperature and pressure control. The model is designed for easy maintenance, and provides a user-friendly interface to simplify the process of adjustment and sample preparation. Its diagnostics equipment allows user to easily identify and resolve any issues. The system also features a built-in laser alignment unit for fine sample positioning and is fully automated with its own data management machine. OXFORD Ionfab 300 Plus is an advanced tool for ion milling, material processing, and sample preparation. Its high precision and versatile control options make it an ideal tool for research laboratories, device fabrication, thin film fabrication, and other microfabrication applications. It is also an excellent asset for applications such as thin film deposition and resist masking, as its design allows for a repeatable and reliable process.