Used OXFORD Ionfab 300 Plus #293795216 for sale

OXFORD Ionfab 300 Plus is an advanced ion milling equipment designed for device fabrication and materials research applications. The equipment features a dedicated multiple-stage multi-axis manipulation system for precise manipulation of specimens in a vacuum. Ionfab 300 Plus consists of a number of components that work in concert to provide optimal ion etching to the specimen. The ion source of the equipment accelerates ion particles at high energies that are then focused on a substrate, making it possible to achieve a high degree of accuracy and precision. The sample table of OXFORD Ionfab 300 Plus incorporates a fully programmable XYZ stage that can provide micron-level scanning resolution to accurately image, align and manipulate a specimen. This is combined with a fully-featured vacuum chamber to provide a consistently high level of vacuum for efficient ion etching. In addition, an automated manipulation controller and a number of other hardware components, such as additional sensors, enable users to precisely control the etching process. The unit utilizes a variable-power RF power supply, providing a range of powers and operating frequencies to ensure that a wide range of etching conditions can be achieved. Furthermore, Ionfab 300 Plus offers two distinct modes: deposition and etching, both of which utilize the ion source in different ways to achieve their respective outcomes. OXFORD Ionfab 300 Plus offers compatibility with a number of different materials, including metals, silicon, and other semiconductor materials, making it an excellent choice for device fabrication and materials research applications. Additionally, it offers an optional rapid-etch module to allow for faster etching. Overall, Ionfab 300 Plus is an advanced ion milling machine that offers excellent accuracy, precision, and a wide range of compatibility for material etching. With its versatile manipulator, precise etching capabilities, and powerful ion source, OXFORD Ionfab 300 Plus is a valuable tool for device fabrication and materials research.