E-Beam Evaporation

Electron beam evaporation

E-beam evaporation

During electron beam evaporation (or E-Beam evaporation), evaporant materials are heated to high temperatures through bombardment by high-energy electron streams.

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MiniLab 125

MiniLab 125

MiniLab 125 tools take the modular concept to the pilot-scale level. Large chambers allow for increased-size component sets for coating large areas, and a range of load-lock options enable high-throughput operation. At the same time, systems are fully customisable to match specific applications.

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MiniLab 090

MiniLab 090

MiniLab 090 systems are glovebox-compatible for atmosphere-sensitive applications. Tall chambers are ideal for high-performance evaporation, but magnetron sputtering is also available.

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MiniLab 080

MiniLab 080

MiniLab 080 systems offer tall chambers ideally suited for thermal, LTE and e-beam evaporation techniques requiring longer working distances for optimum uniformity.

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MiniLab 060

MiniLab 060

The most popular platform in our MiniLab range, MiniLab 060 systems have front-loading box-type chambers ideal for multiple-source magnetron sputtering but also thermal and e-beam evaporation.

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ICFO

ICFO

ICFO – The Institute of Photonic Sciences is a research center devoted to the science and technology of light. Located in Castelldefels, Barcelona, Spain

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Northumbria University

Northumbria University

At Northumbria University, we are working on cutting-edge applications of various materials with a particular focus on photovoltaics. As part of this, recent installations of

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nanoPVD-T15A chamber interior with two TE1 sources for metals evaporation

PVD techniques

Moorfield are experienced in all common PVD techniques and can supply systems with fully-integrated component sets. Standalone components also available.

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E-Beam featured

Electron-beam evaporation

Like all evaporative physical vapour deposition (PVD) methods, electron-beam evaporation (also known as e-beam evaporation) involves heating a material under vacuum conditions (typically in the 10-7 mbar region, or lower). This in-turn releases a vapour that moves up through a process chamber and coats a substrate at the top.

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University of Warwick

University of Warwick

Here at the Electrochemistry & Interfaces Group, we study properties and applications of novel materials including diamond, carbon nanotubes and graphene. Since 2004, Moorfield systems

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Durham University

Durham University

Moorfield’s cutting edge deposition systems have enabled our R&D into state-of-the-art microelectronic devices since we received our first system in 2006. We now have multiple

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