Used RIBER 32 #293808757 for sale
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Molecular Beam Epitaxy (MBE) is a widely used tool for creating thin films of materials on the nanoscale for advanced research and engineering applications. RIBER 32 is a benchtop Molecular Beam Epitaxy (MBE) system designed for users to have an easier time controlling and monitoring their experiments. 32 is highly modular and offers a suite of components and accessories to meet individual requirements. These components include a mainframe unit, a three-position source system, a main vacuum chamber, a view port and shutter, a sample manipulation unit (SAM), a sample expansion chamber and a mass spectrometer. Additionally, a wide array of sources, including substitutable sources for different elements, are controlled remotely and individually by the mainframe. The mainframe is capable of controlling up to RIBER 32 sources in multiple modes such as Arrhenius activation, constant potential and constant temperature. This flexibility enables users to create custom deposition profiles and to vary the amount of material being deposited. The sample manipulation unit (SAM) is used to raise or lower the samples or substrates into or out of the deposition zone. The samples are then transferred to and from the mainframe through a multi-axis manipulator arm and a heated transfer arm which are both made of a robust material to minimize drift during the experiment. The main vacuum chamber and view port facilitate viewing of the sample during the experiment. Additionally, the shutter system allows more accurate control of the deposition process, enabling users to turn off all sources of material when the experiment is complete. The sample expansion chamber further reduces back-diffusion and other contaminations into the main vacuum chamber, ensuring better results in the experiments. In addition, the mass spectrometer is used to measure the mass and composition of the vapor evolving from the sources during the production of thin films. In conclusion, 32 is a high-precision tool for the production of thin films on the nanoscale, suitable for a wide range of research and engineering applications. Its modular design and array of components makes it a reliable and versatile tool that provides users with unparalleled control over the deposition process.
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