Core theme across FoFAM (coordinator), AM-motion (coordinator), PRINTCR3DIT, ADDOPTML, cmRNAbone, METABUILDING, and RESERVIST — spanning process optimization, topology design, and biomedical applications.
FUNDACION IDONIAL
Spanish applied research centre specializing in additive manufacturing, nano-surface technologies, and pilot production infrastructure for industrial applications.
Their core work
Fundación IDONIAL (formerly PRODINTEC) is a Spanish applied research centre based in Gijón, Asturias, specializing in advanced manufacturing technologies — particularly additive manufacturing, powder metallurgy, and nano-functionalized surfaces. They bridge the gap between laboratory research and industrial production by operating pilot production facilities and providing testing services for manufacturing SMEs. Their work spans from 3D-printed catalytic reactors and bone regeneration matrices to drag-reducing nano-coatings for aircraft engines, always with a focus on bringing manufacturing processes closer to market readiness.
What they specialise in
ACEnano focused on nanomaterial characterization, ReSiSTant on nano-functionalized riblet surfaces for drag reduction, NANO2ALL on nanotechnology governance, and SUSNANOFAB on nanofabrication upscaling.
EPPN provided pilot production facilities, METABUILDING LABS operates an open innovation test bed for building materials, RESERVIST repurposed manufacturing lines for medical equipment during COVID.
SUSNANOFAB, METABUILDING, and METABUILDING LABS all involve interoperable digital platforms connecting manufacturing clusters and SMEs.
cmRNAbone (2020-2024) applies their 3D printing expertise to gene-activated bone regeneration matrices — a crossover from manufacturing into health.
SUPREME focused on sustainable powder metallurgy optimization, complementing their broader materials and manufacturing competence.
How they've shifted over time
In the early H2020 period (2015–2018), IDONIAL focused on building the European additive manufacturing ecosystem through coordination and support actions — organizing valorization networks (FoFAM, AM-motion), piloting production facilities (EPPN), and engaging in nanotechnology governance (NANO2ALL). From 2019 onward, their work shifted toward applied, deep-tech manufacturing: nano-functionalized aircraft surfaces (ReSiSTant), 3D-printed biomedical therapies (cmRNAbone), machine-learning-driven additive manufacturing optimization (ADDOPTML), and digital platforms connecting manufacturing clusters (METABUILDING LABS). The trajectory is clear — from community-building and roadmapping toward hands-on technical execution in high-value manufacturing niches.
IDONIAL is moving from network-building into deep technical work at the intersection of additive manufacturing, nanotechnology, and digital twins — making them increasingly valuable as a technical partner rather than just a coordination hub.
How they like to work
IDONIAL primarily operates as a participant (14 of 21 entries) rather than a consortium leader (only 2 coordinated projects, both CSA-type support actions). They frequently appear as a third party (5 times), suggesting they are often brought in for specific technical capabilities by partner organizations. With 276 unique consortium partners across 28 countries, they maintain a broad and diverse European network — they are a well-connected hub rather than a closed-circle operator, making them easy to integrate into new consortia.
IDONIAL has collaborated with 276 unique partners across 28 countries, placing them firmly in the European manufacturing research mainstream. Their network is especially strong in Western and Southern Europe, with connections spanning from large-scale ECSEL electronics projects to small cluster-building initiatives.
What sets them apart
IDONIAL occupies a rare position as a Spanish research centre that combines hands-on additive manufacturing capability with pilot production infrastructure and nano-surface engineering. Unlike university labs, they operate real production facilities and test beds, making them a practical bridge between TRL 4 research and TRL 7 demonstration. Their willingness to cross sector boundaries — applying manufacturing expertise to biomedical, aerospace, and construction problems — makes them a versatile partner for consortia that need manufacturing know-how applied to unexpected domains.
Highlights from their portfolio
- ReSiSTantCombines nanotechnology with aerospace manufacturing — applying super-hard nano-functionalized riblet surfaces to aircraft turbofan engines for drag reduction, an unusual and high-impact application.
- cmRNAboneDemonstrates IDONIAL's ability to cross sectors: applying their 3D printing expertise to gene therapy and bone regeneration, their largest single grant (EUR 310,500) and a bold move into health.
- RESERVISTTheir highest-funded project (EUR 410,000), repurposing manufacturing lines for medical equipment during pandemic crises — showing real-world adaptability and societal relevance.