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Contact: KTPs and collaborations

For more information or to discuss a project, please contact

Rebecca Adams
Senior Impact and Partnership Development Manager

Tel: 01392 72 6514

Contact: facilities and products

To place an order or to discuss using our facilities, please contact

Mark Heath
Experimental Officer
Tel: 01392 72 5896

Work with us

Work with us

We’re always happy to hear from businesses or academics interested in potential research or commercial projects.

We provide state-of-the-art facilities and equipment and high-quality research environments for our academic and industry partners.

Knowledge Transfer Partnerships (KTPs)

Access our expertise through a Knowledge Transfer Partnership: a collaborative project between a business and the University of Exeter, part-funded by the Government.

A KTP is facilitated by a high-calibre graduate who will spend time in our labs and your business to integrate graphene in a product or develop a solution for you.

Collaborative projects

Partner with us on a research and development project to develop or enhance a product, or access external funds for R&D. Read more about Collaborative R&D or watch our GraphExeter video.

For more information or to discuss a potential project, please contact Rebecca Adams, Senior Impact and Partnership Development Manager

Use our nanofabrication facilities

Our facilities can be used for a range of applications, including:

  • optical lithography 
  • etching, dicing and deposition
  • measuring and profiling samples
  • electrical, magnetic and optical measurements of nanostructures
  • storage of liquid helium and liquid nitrogen

For more information on hiring these facilities or to ask a question, please contact Mark Heath, Experimental Officer


We can produce the following products for use in industry:


  • Monolayer 99 per cent of the surface area
  • Coverage 100 per cent
  • Grain size typically 30 μm

Sizes available:

  • 1cm x 1cm
  • 2cm x 2cm
  • 4cm x 4cm
  • 4cm x 8cm
  • Sheet of 17" diagonal

Other sizes may be available on request.


  • Monolayer 99 per cent of the surface area
  • Coverage 100 per cent
  • Metal contact material Cr/Au (5/50 nm)

Devices available include:

  • Two-terminal graphene transistor Dimensions (25 um2)
  • Six terminal graphene device (up to 1 mm2)
  • Four terminal ring-shaped transistors
  • Plasmonic arrays of nanoribbons, surface area (2x2 mm2)

We can produce custom graphene structures and devices on quartz, glass or Si/SiO2 upon request. Patterns are realised using electron beam lift off lithography. Structures we can produce include:

  • Graphene transistors
  • Graphene Hall bars
  • Superconducting nanostructures
  • Graphene plasmonic arrays

For more information and prices, please contact Mark Heath, Experimental Officer.  

Graphene samples are packaged either in gel boxes or in membrane boxes (at your request) and sealed under vacuum.