All three H2020 projects (DIMAP, EVOCATION, MOAMMM) involve 3D printing or fabrication as a core activity.
CIRP GMBH
German SME specializing in additive manufacturing, bringing industrial 3D printing and rapid prototyping expertise to EU research on advanced materials and computational fabrication.
Their core work
CIRP is a German SME specializing in additive manufacturing and rapid prototyping services. They bring industrial 3D printing expertise to EU research consortia, contributing practical fabrication know-how for advanced materials and complex geometries. Their project portfolio shows a consistent focus on pushing the boundaries of what additive manufacturing can produce — from nanoparticle-enhanced printing materials to shock-absorbing metamaterials. They serve as the bridge between academic research on computational design and real-world manufacturing execution.
What they specialise in
DIMAP focused on nanoparticle-enhanced digital materials; MOAMMM targets fatigue-resistant shock-absorbing metamaterials.
EVOCATION project covers computational fabrication, geometry processing, and 3D capture workflows.
MOAMMM (2020-2024) applies data-driven, stochastic multi-scale optimization to additive manufacturing — their most recent and largest-funded project.
How they've shifted over time
CIRP's trajectory shows a clear progression from materials to design intelligence. Their earliest project (DIMAP, 2015) focused on new printable materials — nanoparticle-enhanced compounds for 3D printing. By 2018-2020, the focus shifted toward computational design, geometry optimization, and functionally engineered metamaterials (EVOCATION, MOAMMM). This evolution mirrors the broader additive manufacturing industry's move from "what can we print?" to "how do we design what we print for optimal performance?"
CIRP is moving toward data-driven design optimization for additive manufacturing, positioning them at the intersection of AI/computational methods and advanced fabrication — a direction with strong industrial demand.
How they like to work
CIRP consistently operates as a contributing partner rather than a project leader — zero coordinator roles across all three projects, with two participant and one third-party involvement. With 30 unique partners across 9 countries, they maintain a broad but non-repetitive network, suggesting they are sought after as a specialized manufacturing partner rather than building long-term consortium clusters. Their role pattern indicates they provide focused industrial capability to research-driven projects led by universities or research institutes.
CIRP has collaborated with 30 unique partners across 9 countries, indicating a well-distributed European network for an SME of their size. Their partnerships span both research-intensive (MSCA, FET) and industry-facing (NMBP/NANO) project types, connecting them to both academic and applied research communities.
What sets them apart
CIRP occupies a specific niche as an industrial additive manufacturing SME that actively participates in fundamental research projects — not just applied development. While many 3D printing companies focus purely on production services, CIRP engages in materials research (nanoparticle-enhanced compounds), computational fabrication workflows, and metamaterial design optimization. For consortium builders, they offer something rare: a production-capable company that speaks the language of research and can translate laboratory advances into manufacturable outputs.
Highlights from their portfolio
- MOAMMMTheir largest funded project (EUR 728,750) tackling metamaterials for additive manufacturing — combines data-driven optimization with practical fabrication, representing their most advanced research involvement.
- DIMAPAn early project on nanoparticle-enhanced 3D printing materials for robotics applications, demonstrating CIRP's willingness to engage in materials-level R&D beyond standard production services.
- EVOCATIONAn MSCA training network on visual and geometric computing where CIRP participated as a third party, indicating recognition as an industry training partner for early-stage researchers.