Core contributor across Sport Infinity, FlexHyJoin, DIMOFAC, and BOOST 4.0 — all involving advanced manufacturing processes and factory automation.
FILL GESELLSCHAFT MBH
Austrian industrial machinery company piloting digital twins, modular production, and smart factory technologies on real manufacturing lines.
Their core work
Fill is an Austrian industrial machinery and automation company that designs and builds production systems for manufacturing. In EU research projects, they contribute real-world factory expertise — testing advanced joining techniques, deploying digital twins on production lines, and piloting modular, reconfigurable manufacturing cells. Their role is consistently that of an industrial end-user and validation partner, bringing shop-floor reality to research concepts in smart manufacturing and Industry 4.0.
What they specialise in
IoTwins and DIMOFAC both center on digital twin deployment for predictive maintenance, lifecycle management, and production optimization.
DIMOFAC focuses specifically on plug-and-produce, reconfigurable production lines, and mass customization in factory settings.
Pledger and IoTwins involve edge computing, cloud offloading, and QoS optimization — extending Fill's digital capabilities beyond the factory floor.
FlexHyJoin (hybrid joining of dissimilar materials) and Sport Infinity (waste-based adhesive-free production) demonstrate materials and process expertise.
How they've shifted over time
Fill's H2020 trajectory shows a clear shift from physical manufacturing processes to digitally-driven production. Their early projects (2015-2018) focused on material joining techniques and waste-based manufacturing — hands-on, shop-floor challenges. From 2018 onward, every new project involves digital twins, edge computing, modular factories, or data-driven optimization, signaling a deliberate pivot toward Industry 4.0 and smart factory infrastructure.
Fill is moving firmly toward digitalized, data-driven manufacturing — expect future work in AI-assisted production, closed-loop quality control, and factory-level digital thread integration.
How they like to work
Fill participates exclusively as a consortium partner, never as coordinator, which is typical for an industrial company contributing use cases and validation environments rather than leading research agendas. With 132 unique partners across 20 countries, they operate in large, diverse consortia — their average project involves 20+ partners. This breadth suggests they are valued as a reliable industrial pilot site and are easy to work with in multi-national settings.
Fill has collaborated with 132 distinct partners across 20 countries, giving them one of the broader networks for an Austrian industrial company in H2020. Their partnerships span Western and Central Europe with strong connections in the manufacturing and ICT research communities.
What sets them apart
Fill brings something many digital manufacturing projects lack: a real, operating factory where concepts can be tested at industrial scale. Unlike research institutes that work in labs, Fill validates technologies on actual production lines — making them an ideal demonstration and piloting partner. Their dual fluency in both traditional manufacturing and digital technologies (twins, edge, IoT) makes them a strong bridge between the physical and digital sides of Industry 4.0 consortia.
Highlights from their portfolio
- Sport InfinityLargest single EC contribution (EUR 932K) — an unusual intersection of waste materials, sports goods manufacturing, and adhesive-free production techniques.
- DIMOFACMost strategically significant project: spans both manufacturing and digital sectors, addressing plug-and-produce modular factories with digital thread and lifecycle management through 2024.
- IoTwinsDirectly addresses digital twin deployment for industrial SMEs, combining edge computing with predictive maintenance — a strong indicator of Fill's current strategic direction.