Used RIBER Epineat #9399041 for sale

RIBER Epineat
Manufacturer
RIBER
Model
Epineat
ID: 9399041
System.
RIBER Epineat is a molecular beam epitaxy equipment that is specifically designed to enable production of advanced materials with high purity and uniformity. It is based on the ideas of chemical beam epitaxy and employs the latest technologies to create multi-layer devices with sub-nm thickness, high density, and homogeneity. The main purpose of the system is to produce high-quality nanostructures, such as quantum dots, superlattices, and other nanomaterials. Epineat is equipped with eight independent evaporation sources, all of which are housed inside a vacuum chamber with a pressure of about 10e-8 mbar. This unit also has a special sample-holder which can be rotated and tilted. This feature enables full control over the growth direction of the materials being produced. Additionally, the machine features a three-stage shutter tool to regulate the particle flux from each source, as well as a backside deposition monitor to ensure quality materials. The asset is a major component of the Institute Jean Lamour at the Université de Lorraine in France. It has helped researchers in creating large area, high-performance materials such as tunnel junctions, single-electron transistors, organic solar cells, and ferromagnetic materials. These materials are typically grown on a range of substrates including silicon, gallium arsenide, and several types of oxides. RIBER Epineat is an advanced model that requires no manual intervention, allowing exact control over the growth rate and thickness of each layer. It has a high degree of robustness and reproducibility, making it ideal for research on nanostructures and their application in a variety of industries. The specialized chamber also enables the operation of advanced abilities such as real-time growth monitoring and in situ treatment of layers. This equipment helps to guarantee a good yield, improve productivity, and reduce costs, making it one of the most reliable and efficient sources of advanced materials.
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