Core contributor across GrapheneCore1, Core2, Core3, and 2D-EPL — spanning the full Graphene Flagship lifecycle from research to pilot production.
AIXTRON LIMITED
Deposition equipment manufacturer providing CVD/MOCVD systems for graphene, 2D materials, and compound semiconductor production at research and pilot-line scale.
Their core work
AIXTRON is a leading manufacturer of deposition equipment — specifically MOCVD (metal-organic chemical vapor deposition) and CVD systems — used to grow advanced thin-film materials including graphene, compound semiconductors, and other 2D materials. Their UK entity contributes deposition technology expertise to large European research consortia focused on scaling graphene from lab to industrial production. In H2020, they consistently provided the equipment and process know-how needed to manufacture graphene and related materials at scale, playing a critical role in the Graphene Flagship's progression from fundamental research to pilot-line manufacturing.
What they specialise in
2D-EPL (EUR 2.73M, their largest grant) focused specifically on building an experimental pilot line for graphene manufacturing.
SiTaSol project targeted 30% efficiency c-Si tandem solar cells, where AIXTRON likely contributed thin-film deposition for perovskite or III-V layers.
CONNECT project on carbon nanotube composite interconnects for advanced electronics packaging.
GrapheneCore2 keywords span electronics, photonics, and sensors — indicating broadening application scope beyond pure material growth.
How they've shifted over time
AIXTRON's early H2020 involvement (2016-2018) centered on foundational graphene and layered materials research through GrapheneCore1, alongside exploratory work in carbon nanotubes (CONNECT) and solar cells (SiTaSol). From 2018 onward, their focus sharpened decisively toward graphene industrialization — moving from basic research in Core2 through to pilot-line manufacturing in 2D-EPL, their largest project by far. The trajectory is unmistakable: from contributing deposition expertise to research projects toward owning a central role in Europe's graphene manufacturing infrastructure.
AIXTRON is moving from research participation toward becoming a key equipment provider for industrial-scale 2D material production in Europe.
How they like to work
AIXTRON operates exclusively as a participant, never leading consortia — consistent with their role as a specialized equipment and process provider embedded in large flagship programs. With 258 unique partners across 24 countries, they sit inside some of Europe's largest research consortia (the Graphene Flagship alone involves 150+ partners). This makes them a well-connected but non-competing partner: they bring essential manufacturing infrastructure without competing for scientific leadership, which makes them easy to integrate into new consortia.
Exceptionally broad network of 258 partners across 24 countries, driven largely by participation in the Graphene Flagship mega-consortium. This gives them direct working relationships with most of Europe's leading graphene research groups, materials institutes, and industrial end-users.
What sets them apart
AIXTRON occupies a rare position as both a global commercial equipment manufacturer and an active participant in Europe's most ambitious materials research program. Unlike academic partners who contribute knowledge, AIXTRON contributes the physical tools and processes needed to turn laboratory discoveries into manufacturable products. For any consortium that needs to demonstrate a path from research to production for advanced thin-film materials, AIXTRON brings immediate credibility and practical capability.
Highlights from their portfolio
- 2D-EPLTheir largest project (EUR 2.73M) — building Europe's experimental pilot line for graphene, signaling AIXTRON's central role in 2D material industrialization.
- GrapheneCore3Third phase of the billion-euro Graphene Flagship, showing sustained multi-year commitment to Europe's most ambitious materials program.
- SiTaSolTheir only energy-sector project, targeting 30% efficient tandem solar cells — demonstrates deposition expertise extends beyond graphene to photovoltaic applications.