In LASER4SURF they contributed to LIPSS (laser-induced periodic surface structures) and femtosecond laser functionalization of metallic surfaces for mass production.
RESCOLL MANUFACTURING
French materials R&D SME specialized in polymers, adhesives and surface functionalization — from recycled plastics to femtosecond laser texturing and thin-film PV substrates.
Their core work
RESCOLL Manufacturing is a French private R&D SME based near Bordeaux, part of the RESCOLL group of independent materials laboratories. They specialize in polymer formulation, adhesive bonding, surface treatment and materials characterization for industrial applications — the kind of specialist testing and process development work that larger consortia subcontract rather than do in-house. Across three Horizon 2020 projects they contributed as a third-party expert, meaning partners pulled them in for narrow, high-skill tasks on surfaces, coatings and polymeric materials rather than whole work packages.
What they specialise in
Joined CUSTOM-ART (2020-2024) on kesterite-based thin-film PV for building- and product-integrated photovoltaics on flexible, semi-transparent polymer and steel substrates.
Contributed to URBANREC (2016-2019) on converting urban bulky waste into high-added-value recycled polymer products.
Across all three projects their role maps to RESCOLL's core competence in bonding, coating and substrate preparation, from recycled polymers to laser-textured steel to flexible PV layers.
How they've shifted over time
In their first project (URBANREC, 2016-2019) they worked on recycled polymer streams from urban waste, with no technical keywords captured but a clear materials-recovery angle. From 2017 onward their H2020 work moved firmly into high-precision surface engineering: femtosecond laser texturing of metals in LASER4SURF, then kesterite thin-film photovoltaics on flexible polymer and steel substrates in CUSTOM-ART. The trajectory is a shift from bulk recycled materials toward advanced thin-film and surface-functionalization work where polymer and metal substrates meet.
Heading toward high-value surface and thin-film work at the interface of polymers, metals and photovoltaics — a good fit for consortia needing specialist substrate, coating or adhesion know-how.
How they like to work
They enter projects as a third party rather than a named partner or coordinator, which means a larger member (likely the parent RESCOLL) brings them in for defined technical tasks. Across three projects they have touched 54 unique partners in 14 countries, so they are not locked into one consortium — they are picked up by different groups that need specific materials or surface expertise. For anyone working with them, expect a focused subcontractor relationship on a narrow technical scope rather than joint strategic leadership.
Exposure to 54 partners across 14 countries from only three projects, suggesting they travel through the broad European materials and photovoltaics research network rather than serving a single local cluster. The center of gravity is Western European industrial R&D, consistent with their Bordeaux base.
What sets them apart
Most French materials SMEs in H2020 appear as full beneficiaries; RESCOLL Manufacturing consistently appears as a third party, which signals a specialist-on-call model where their parent lab provides narrow, high-skill deliverables instead of chasing whole work packages. Their project mix is unusual — recycled polymers, femtosecond laser texturing and kesterite PV — reflecting a rare ability to bridge polymer chemistry, metal surface engineering and photovoltaic substrate work. Partner with them when you need hands-on materials, surface or adhesion expertise rather than a consortium leader.
Highlights from their portfolio
- CUSTOM-ARTMost technically ambitious project in their portfolio: kesterite (earth-abundant) thin-film PV on flexible, semi-transparent polymer and steel substrates for building- and product-integrated photovoltaics.
- LASER4SURFHands-on femtosecond laser and LIPSS surface functionalization of metals aimed at industrial mass production — the clearest showcase of their advanced surface-engineering role.
- URBANRECCircular-economy project converting urban bulky waste into recycled polymer products, anchoring their credentials in sustainable materials alongside the high-tech surface work.