CerAMfacturing (2015–2018) explicitly targeted ceramic and multi-material component production via additive manufacturing for personalized medical applications.
HAGE SONDERMASCHINENBAU GMBH & CO KG
Austrian special-purpose machine builder with expertise in ceramic additive manufacturing and rare earth magnet production processes.
Their core work
HAGE Sondermaschinenbau is an Austrian SME specializing in special-purpose machine construction — they design and build custom manufacturing equipment rather than mass-produce standard machines. Their H2020 participation reveals direct involvement in two advanced manufacturing research tracks: resource-efficient production of rare earth magnets (REProMag) and ceramic multi-material additive manufacturing for personalized medical components (CerAMfacturing). As an industrial partner in research consortia, they likely contribute manufacturing process know-how, machine development, and prototype fabrication capabilities. Their dual presence in magnetic materials processing and ceramic additive manufacturing points to a company comfortable operating at the intersection of precision machinery and next-generation production methods.
What they specialise in
The company name 'Sondermaschinenbau' (special machine construction) and participation in both REProMag and CerAMfacturing suggest they contribute bespoke equipment development to manufacturing research projects.
REProMag (2015–2017) addressed resource-efficient production routes for rare earth magnets, an area requiring precision manufacturing process expertise.
CerAMfacturing's multi-material approach keyword indicates experience combining dissimilar materials within a single additive manufacturing workflow.
How they've shifted over time
Both H2020 projects launched in 2015, so there is no meaningful temporal split within this dataset — HAGE entered EU research already pursuing two parallel manufacturing tracks simultaneously. The REProMag project (ending 2017) focused on conventional-adjacent precision manufacturing for magnetic materials, while CerAMfacturing (ending 2018) pointed toward the more forward-looking domain of ceramic additive manufacturing for medical devices. If the CerAMfacturing work is the more recent completed project, the trajectory suggests a shift from materials processing toward AM-based production of high-value technical components. However, with only two projects and no post-2018 H2020 activity visible, this evolution cannot be confirmed with confidence.
HAGE appears to be moving from conventional precision machining toward hybrid and additive manufacturing of advanced materials — a direction well-aligned with Industry 4.0 and medical device manufacturing trends.
How they like to work
HAGE has participated exclusively as a consortium partner across both projects — they have never coordinated an H2020 project. This is consistent with an industrial SME that contributes specific manufacturing capabilities to larger research-led consortia rather than driving the scientific agenda. With 22 unique partners across just 2 projects, they operate within moderately large consortia, suggesting they are sought as specialized industrial contributors rather than as scientific leads.
HAGE has collaborated with 22 unique partners across 8 countries through just 2 projects, indicating broad, diverse consortium exposure relative to their limited project count. Their network spans at least Austria and 7 other European countries, suggesting they are plugged into pan-European manufacturing research networks despite their small size.
What sets them apart
HAGE occupies a rare niche as a special-purpose machine builder that has engaged directly in frontier manufacturing research — most Sondermaschinenbau firms remain purely commercial. Their combination of ceramic additive manufacturing experience and rare earth magnet production know-how makes them an unusual partner for consortia needing both the equipment-building and the process-engineering perspectives in one SME. For a consortium coordinator, they offer industrial grounding and prototype capacity that university or research institute partners typically cannot provide.
Highlights from their portfolio
- CerAMfacturingThe larger-funded project (EUR 320,625) addressed ceramic multi-material additive manufacturing for personalized medical applications — a high-value, cross-sector topic connecting advanced manufacturing with medical device production.
- REProMagTackled resource efficiency in rare earth magnet production, a strategically critical topic given EU supply-chain vulnerability for rare earth materials.