GRAPHENE
Graphene, a monolayer of sp2-bonded carbon atoms, is not only the basis for graphite but also a new material for various applications in the field of micro- and optoelectronics. Although graphene or single layers of graphite have been subject of research since the 1960s, the special and unique properties of this material have become more and more popular only after 2004. This was mainly pushed forward by the pioneering work of Andre Geim and Konstantin Novoselov who received the Nobel Prize in Physics in 2010. Within the last years the excellent and unique electronic, optical, thermal and mechanical characteristics of graphene were systematically analyzed and explored, making this material ideally suited for various applications.
APPLICATIONS
Possible fields of application for graphene range from components for microelectronics to functional coating and up to applications in medicine.
AMO GmbH, as a specialist for research services in the field of micro- and optoelectronics, provides customized solutions for each field of application, however focusing on microelectronic components for applied research as well as basic research. AMO has already been working in this relatively young field since 2005 and has demonstrated its competency in several national and European research projects.
SOLUTIONS
AMO GmbH offers solutions adapted to your demands for different fields of application with the following product portfolio:
Graphene Flakes | Mechanically exfoliated graphene-flakes ideally fit for applications in fundamental and applied science where highest crystalline quality is required and a low crystallite size can be accepted. |
Graphene Devices | AMO offers the fabrication of graphene transistors and can also support your own process development as part of its graphene foundry services. |
Catalytic Graphene | Catalytically produced graphene is appropriate for all areas in which large-scaled graphene is needed, such as transparent electrodes or functional coatings. |
Substrates | AMO offers different custom-made substrates to facilitate your research with graphene. |

