GRAPHENE FACTORY is the CNR web portal born with the aim to show and promote the research on graphene and bi-dimensional materials performed within the CNR network. It also offers contents and information about "graphene" to the scientific community, to the media, to SMEs, Industry and general public.
The National Research Council (CNR) is the largest public Research Institution in Italy. CNR is strongly involved in the research activities on graphene and two-dimensional materials beyond graphene, both on the fundamental research, and on future applications and technological innovation. On a national basis, is the institution with the largest number of researcher involved on these topics and the largest scientific production

In order to implement the ‘Made in China 2025 ’ and ‘the 13th Five-year Plan’, China International Graphene Industry Union (CIGIU) was established in accordance with the requirements of scientific and technological innovation which are set by the Ministry of Science and Technology with approval from China Society for the Promotion of Science and Technology Commercialization. CIGIU is an international non-profit organization with members worldwide including universities, research institutions, internationally recognized & major graphene-domain-focused enterprises, and financial investment groups and associations. CIGIU aims at worldwide industrial development of graphene and has headquarter based in Beijing, China.

The mission of AMO is to connect discovery and innovation through dedicated research for the potentials emerging from the convergence between electronics and photonics enabled by nanotechnology, between basic and applied research as well as the integration of physics and engineering. Although the innovations emerging from this triple of convergence are known as decisive pacemakers for new industrial ecosystems, bridges remain still to be crossed. With a solid ground of scientific knowledge under the feet and experimental hands on realistic technology guidelines only the sky seems to be the limit for a highly motivated AMO team when these bridges are crossed in a collective motion.

Founded in 2011, Grafoid Inc. is a graphene research, development and investment company that invests in, manages and develops markets for processes that produce economically scalable graphene for use in graphene development applications by leading corporations and institutions. Grafoid’s leading investment produces application friendly, minimal-defect, high-energy density few layer graphene, utilizing a safe, non-destructive extraction process, leaving the lowest possible ecological footprint. The completely unique, proprietary process results in what Grafoid regards as a new global standard for economically scalable, high-purity graphene products — trademarked under the MesoGraf™ trade name — that can be tailored to both industrial and commercial applications.

OneAngstrom offers SAMSON, a universal platform for molecular modeling. Get SAMSON and SAMSON Elements – modules for SAMSON that help you reach your modeling and simulation objectives – at https://1-a.io.

Renishaw, the UK based metrology and healthcare company, manufactures a wide range of spectroscopy systems and components for Raman and photoluminescence spectroscopy. The inVia™ Qontor® confocal Raman microscope is Renishaw’s most advanced Raman microscope to date. The number of layers, doping levels, stress/strain and electrical properties of 2D materials are easily measured, non-destructively. Renishaw’s LiveTrack™ focus tracking technology rapidly characterises large regions of material—at high resolution—even if they are uneven, such as graphene on copper foil substrates.

Within the LMCat (liquid metal catalysis) project, our EU research consortium designed a reactor for in situ observations of the growth of graphene on a liquid copper substrate. Experimental methods include simultaneous operando synchrotron X-ray scattering, Raman spectroscopy, and optical microscopy techniques. This enables us to observe the growth of large-size monocrystalline graphene sheets on molten copper at 1370 K. A myriad of interesting phenomena has been observed, which are currently under analysis by the LMCat consortium. We invite you to the booth of LMCat to discuss potential applications of our CVD furnace for operando investigations of 2D materials synthesis.

IDTechEx offers independent market research, business intelligence and events on emerging technologies to companies across the value chain, helping them to make essential strategic business decisions. Experienced business and technology experts provide international perspective in 3D Printing, Advanced Materials, Electric Vehicles, Photonics, Energy Storage, Internet of Things, Life Sciences, Off Grid, Printed Electronics, RFID, Robotics, Sensors and Wearable Technology.

The Graphene Council was founded in 2013 with a mission to serve the global community of graphene professionals. Today, The Graphene Council is the largest community in the world for graphene researchers, academics, producers, developers, investors, nanotechnologists, regulatory agencies, research institutes, and material science specialists.

LG Electronics has been developing the high speed R2R technology for low cost, high-quality, and mass production since 2012.
As a result, LG Electronics has successfully secured the graphene synthesis and process technology that can be produced stably.
In addition, various graphene crystal size control, high-electron mobility characteristics, and high quality graphene synthesis technology with low levels of defects were obtained.
A high level of quality control can manage uniformity deviations such as crystal size, defects and electrical properties within 10% through total inspection of graphene continuously synthesized with R2R.
Based on these technologies, LG Electronics plans to supply raw materials worldwide to accelerate the application of CVD graphene.

Since 1970, Aurel has been designing and producing machines and automations for electronic and microelectronic production.
The wide product range includes machines for the manufacturing of hybrid circuits in thick film technology, printed electronic on flexible, heaters on steel, special assembly, calibration and inspection of sensors and power circuits.
- Machines for high precision deposition such as screen printers, micro dispenser, spray and ink-jet systems and dip coating units.
- Systems for ohmical and functional laser trimming of thick film and SMD resistors, analogic and digital calibration cells of sensors with temperature and pressure compensation.
- Laser systems for micromachining , layer patterning , cutting and scribing ceramic substrates (different laser sources are available depending on the wavelenght and the power).

Qi Technologies is a private company who uses, the skills of its resources, the multidisciplinary laboratory with high-level instrumentation and designs innovative product lines within it, to support and follow our customers from analysis to problem solving, whether it is a question of characterization of physical properties or production problems. Since 1993, we have accumulated experience in many sectors: from nanomaterials, to controlled pharmaceutical release systems, composite materials for automotive or aerospace applications, biomaterials, and much more.