Used RIBER 2300 #9246157 for sale

Molecular beam epitaxy (MBE) is a technique of depositing thin films on a substrate. In this method, a sample is bombarded with a molecular beam of gas species (like group III and V elements) at room temperature to deposit a thin film of material layer-by-layer with a very high degree of control. RIBER 2300 MBE equipment is a high-performance thin-film deposition tool for producing epitaxial layers and nanostructures with accurately controlled composition, thickness, and lattice structure. 2300 features a modular design based on clusters of up to 4 effusion cells, 2 Quad-Evaporators, and an ion source, positioned around the substrate chamber equipped with a movable wafer holder. It also features a closed loop cooling system which provides uniform temperature to the sample and ensures that the deposition conditions remain stable. The high temperatures generated in MBE systems call for software control that can handle temperatures up to 1500C. RIBER 2300 is equipped with a multi-channel digital temperature controller, capable of controlling up to 10 zones with a heating rate of up to 50C per second. This ensures the highest level of accuracy for controlled temperature processes. Furthermore, 2300 is also equipped with a unique resistive-heated substrate holder, an original Auger electron analyzer, an electric plasma-assisted source, and a high-pressure molecular beam source. These features enable operational flexibility and make RIBER 2300 a powerful tool for MBE growth of semiconductor structures, magnetic tunnel junctions, and advanced metamaterials. 2300 also features a highly ergonomic design that gives the user easy and intuitive control over the deposition parameters. The unit is equipped with intuitive software that interface directly to the machine and enables real-time monitoring and control of the deposition process. A graphical user interface (GUI) allows quick and easy user interaction, while providing trusted information for successful operation. RIBER 2300 is the ideal choice for researchers looking for a versatile, reliable, and high-performance MBE tool. It offers precise control of deposition parameters and real-time monitoring of the deposition process, allowing for accurate, repeatable thin film deposition.