Used RIBER 49 NT 2bis #187944 for sale

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ID: 187944
Molecular Beam Epitaxy System 4 x 4" 2006 vintage.
RIBER 49 NT 2bis is a powerful equipment capable of producing crystal-based materials at nanoscale levels. It is a highly advanced molecular beam epitaxy (MBE) equipment that enables the growth and characterization of ultra high quality and complex multi-component nanostructured materials. The housing of the system has an electro-pneumatic controlled, integrated thermal furnace that allows up to three samples to be mounted and heated simultaneously in independent chambers, facilitating the comparison of different nanostructures. 49 NT 2bis can also be equipped with over five different deposition source cells that are thermally isolated and individually controlled, allowing the user to interact with different layers of materials at the same time. It also has a cryopump along with an turbomolecular pump and an integrated cold plate that grant ultra-high vacuum levels. A powerful computer unit is controlling all MBE's functions, including overseeing and regulating the various processes. This makes the operation of the machine simplified and reduces the amount of effort required from the user when they need to create their materials. The MBE is also equipped with advanced monitoring and control systems, allowing for a wide range of functionalities - the pre-set temperature conditions can be achieved and the parameters can be manipulated. RIBER 49 NT 2bis not only provides a high level of precision but also offers the ability to perform complex growth strategies, such as multilayer growths with alternating fractions of group-III and group-V species, a process that can lead to the fabrication of devices such as Solar Cells. In conclusion, the advanced capabilities, reliability and versatility of 49 NT 2bis make it a perfect choice for research institutes and universities around the world. This machine enables the fabrication of crystal-based materials at the nanoscale, facilitating the development of a variety of applications.
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