PHABULOUS focuses on pilot-line production of optical free-form micro-structures using UV-NIL lithography and roll-to-roll replication.
D. SWAROVSKI KG
Austrian precision optics manufacturer contributing micro-optics fabrication, UV-NIL lithography, and pilot-line scale-up expertise to EU research consortia.
Their core work
D. Swarovski KG is the Austrian precision optics and crystal manufacturer, applying its deep expertise in optical components and advanced manufacturing to EU-funded R&D. In H2020 projects, they contribute capabilities in micro-optics fabrication, UV imprint lithography, and roll-to-roll production scaling — bringing industrial-grade manufacturing know-how to research consortia. Their involvement spans from printed/embedded electronics for lightweight components to pilot-line production of free-form micro-optical structures, positioning them as a bridge between laboratory-scale optics research and high-volume manufacturing.
What they specialise in
PHABULOUS specifically targets UV-NIL lithography/replication at wafer scale and roll-to-plate formats.
LEE-BED involved development of conductive and dielectric nano-inks for embedded electronics in lightweight structures.
BEWELL focused on wearable sensors and actuators for monitoring physical and emotional wellbeing — their largest single project by funding (€528K).
Both LEE-BED (digital pilot production lines) and PHABULOUS (pilot line production) involve scaling from prototype to production-ready processes.
How they've shifted over time
Swarovski's H2020 participation is concentrated in 2019-2020, so the evolution window is narrow but shows a clear directional shift. Early projects (LEE-BED, BEWELL) focused on printed electronics, nano-inks, and wearable sensors — areas adjacent to but distinct from their core optics business. The more recent PHABULOUS project represents a return to their optical manufacturing roots, now applied to advanced micro-optics with UV-NIL lithography and roll-to-roll replication at industrial scale.
Swarovski is converging on scalable micro-optics manufacturing, suggesting future collaborations should target advanced optical component production and replication technologies.
How they like to work
Swarovski participates exclusively as a partner, never as coordinator — consistent with a large industrial company contributing manufacturing expertise and application-specific knowledge to research-led consortia. With 42 unique partners across 12 countries from just 3 projects, they operate in large, diverse consortia. This pattern suggests they are a sought-after industrial end-user and validation partner rather than a project initiator.
Despite only 3 projects, Swarovski has built connections with 42 distinct consortium partners across 12 European countries, reflecting the large-scale Innovation Action and Research consortia they join. Their network is broad rather than deep, with no indication of repeated partnerships.
What sets them apart
Swarovski brings something rare to consortia: a globally recognized manufacturer with century-old expertise in precision optics and crystal processing, now actively investing in next-generation micro-optics fabrication. Unlike university labs or research institutes, they offer real production infrastructure and supply chain credibility for scaling optical technologies. For any consortium needing an industrial partner to validate and scale micro-optics or advanced surface replication, Swarovski provides both the technical capability and the market credibility.
Highlights from their portfolio
- BEWELLLargest single EC contribution (€528K) and an unusual diversification into wearable health sensors for a company known primarily for optics and crystals.
- PHABULOUSMost strategically aligned with Swarovski's core optics business — a pilot line for free-form micro-optics using UV-NIL lithography at industrial scale (running until 2025).