ADAMA INNOVATIONS LIMITED

Their core work

Adama Innovations is a Dublin-based technology SME working at the intersection of precision optics and industrial manufacturing, with demonstrated expertise in freeform optical design, injection moulding of optical components, and optical metrology for optoelectronic devices. Their core contribution in EU projects has been engineering the bridge between laboratory-developed optical designs and scalable manufacturing processes — including for LED systems, organic electronic devices, and microrreplication of complex optical surfaces. They also bring measurement and inspection capabilities, including OCT-based quality control and non-destructive testing, which are critical in high-precision photonic manufacturing. As a small company, they are likely a specialist engineering firm offering R&D services and technical consulting in optical systems and photonics manufacturing.

What they specialise in

How they've shifted over time

Their first project, 3DAM (2016–2019), focused on 3D advanced metrology and materials characterisation for advanced devices — a measurement-oriented, materials-adjacent scope with no preserved keyword detail suggesting broad early positioning. By FLOIM (2018–2022), their focus had sharpened dramatically into a technically rich niche: flexible optical injection moulding, freeform optics, microrreplication, and optoelectronics — a convergence of precision manufacturing with photonic device engineering. The trajectory is clear: from general metrology toward a highly specialised manufacturing-plus-optics niche, with optical inspection and NDT as a consistent thread across both phases.

Adama is deepening into the manufacturing of optical components for photonic and optoelectronic devices — a niche that sits between precision optics R&D and industrial-scale production, making them increasingly relevant to consortia targeting photonics manufacturing or smart optical systems.

How they like to work

Adama has participated exclusively as a consortium partner across both projects and has never led an H2020 project — indicating they contribute specific technical depth rather than driving project direction or consortium management. Their two projects placed them inside large multi-partner programs (ECSEL-RIA and RIA schemes typically involve 10–20+ partners), suggesting comfort operating as a specialist node within complex, industry-led consortia. For a consortium builder, they are best approached as a focused technical contributor in optical engineering or photonics manufacturing, not as an administrative or leadership resource.

Despite only two projects, Adama has accumulated 30 unique consortium partners across 11 countries — evidence that both projects were large, pan-European industrial programs. Their network is broadly European with no clear single-country concentration, which is typical for ECSEL and photonics manufacturing consortia.

What sets them apart

Adama occupies a rare niche as an Irish SME combining freeform optical design, injection moulding process engineering, and optical metrology — capabilities that individually exist in larger industrial firms but are uncommon together in a small company. For photonics manufacturing consortia that need a flexible, specialist industrial partner rather than a large-firm subcontractor, Adama offers targeted R&D-to-production bridging expertise. Their participation in both an ECSEL-RIA (semiconductor/electronics focus) and a standard RIA demonstrates cross-scheme versatility and the ability to contribute in both industrial and research-driven consortia.

Highlights from their portfolio

• FLOIM
  Largest project by far (€645,339 EC funding, 2018–2022) and the clearest expression of Adama's core niche — flexible optical injection moulding for optoelectronic devices, spanning freeform optics, microrreplication, LED, and OCT-based quality control.
• 3DAM
  Their H2020 entry point (2016–2019) in 3D advanced metrology for advanced devices — a smaller engagement (€90,810) that established their presence in precision measurement consortia before their deeper photonics manufacturing involvement.