SciTransfer
Organization

RESCOLL

French materials testing SME specializing in advanced coatings, thermoplastic composites, laser surface treatment, and bonding/debonding for aerospace and industrial applications.

Technology SMEtransportFRSME
H2020 projects
16
As coordinator
4
Total EC funding
€5.4M
Unique partners
164
What they do

Their core work

RESCOLL is a French SME specializing in advanced materials testing, surface treatment, and bonding/debonding technologies for aerospace, automotive, and industrial applications. They develop and characterize protective coatings, thermoplastic composites, and laser-based surface functionalization processes. Their core business sits at the intersection of materials science and manufacturing — helping industries join, coat, strip, and recycle advanced materials. They also provide mechanical characterization services and contribute materials expertise to cross-sector projects spanning energy, health, and environment.

Core expertise

What they specialise in

Thermoplastic composites and welded joints for aerospaceprimary
5 projects

SPECTRAL, MECATESTERS, TORNADO, LAY2FORM, and CUSTOMISIZE all focus on thermoplastic composite processing, welding, and characterization for aircraft structures.

Laser surface treatment and functionalizationprimary
3 projects

LASER4SURF, VULCAN, and LAY2FORM involve laser-based processing for metallic surface functionalization, selective coating stripping, and material joining.

Protective coatings and surface chemistryprimary
3 projects

PILOT developed multifunctional protective clear coats for aeronautics, VULCAN addressed selective stripping of aircraft coatings, and SABYDOMA involved composite coatings with online screening.

Recycling and debonding of advanced materialssecondary
3 projects

DECOAT focused on debonding-on-demand for coated plastics and textiles, URBANREC on bulky waste valorization, and ALMA on eco-design with debonding capabilities.

Biomedical materials and smart implantsemerging
1 project

SBR (Smart Bone Regeneration) involved 3D printing, biocompatible conductive inks, and sensor-equipped implants — a significant departure from their core industrial materials work.

Thin film photovoltaics and building-integrated energyemerging
1 project

CUSTOM-ART explored kesterite-based thin film PV on steel and polymer substrates for architectural integration (BIPV/PIPV).

Evolution & trajectory

How they've shifted over time

Early focus
Laser processing and metal-composite joining
Recent focus
Sustainable materials and cross-sector applications

In their early H2020 period (2016–2019), RESCOLL focused heavily on laser processing, metal-composite hybridization, and battery pack design — classic advanced manufacturing and materials joining work centered on aerospace and automotive. From 2019 onward, their portfolio diversified significantly: they moved into recycling and circular economy (DECOAT, ALMA), biomedical materials (SBR), nanomaterials safety (SABYDOMA), and building-integrated photovoltaics (CUSTOM-ART). The core thermoplastic composites thread remained constant throughout, but the application domains broadened well beyond transport.

RESCOLL is expanding from pure aerospace materials testing into circular economy, biomedical, and energy applications — positioning themselves as a versatile materials characterization partner across sectors.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European28 countries collaborated

RESCOLL operates primarily as a specialist partner (12 of 16 projects), but has demonstrated coordination capability in 4 projects — all in the Clean Sky 2 aerospace domain, which appears to be their strongest home turf. With 164 unique partners across 28 countries, they build broad networks rather than repeating with the same consortia. Their typical contribution is materials testing, surface characterization, and process validation — the kind of hands-on lab work that larger partners need but don't do in-house.

RESCOLL has collaborated with 164 unique partners across 28 countries, indicating a truly pan-European network with no strong geographic clustering. Their coordination experience is concentrated in Clean Sky 2 (Joint Technology Initiative) projects, suggesting strong ties to the European aerospace research ecosystem.

Why partner with them

What sets them apart

RESCOLL combines deep materials characterization expertise with practical manufacturing know-how — they don't just study materials in a lab, they develop processes that work on production lines (laser functionalization, thermoplastic welding, debonding-on-demand). Their SME agility lets them take on niche testing and validation roles that larger research centers find too small, while their 16-project track record and coordination experience in Clean Sky 2 show they can handle serious technical responsibility. For consortium builders, they fill the critical gap between university research and industrial scale-up.

Notable projects

Highlights from their portfolio

  • URBANREC
    Largest single EC contribution (EUR 598K) and focused on urban waste valorization — showing RESCOLL's reach beyond their aerospace comfort zone.
  • MECATESTERS
    Coordinator role with EUR 532K, leading micro-mechanical characterization of thermoplastic welded joints — their most technically focused coordination effort.
  • SBR
    A surprising pivot into biomedical territory (smart bone regeneration with 3D-printed sensor-equipped implants), demonstrating how their materials and surface expertise transfers to health applications.
Cross-sector capabilities
Manufacturing — composites processing, laser surface treatment, coatingsEnvironment — materials recycling, debonding-on-demand, circular economyHealth — biocompatible materials, conductive inks, implant characterizationEnergy — thin film PV substrates, battery materials
Analysis note: Strong data across 16 projects with good keyword coverage. Sector tags are missing for 3 projects (URBANREC, iModBatt, ALMA), but project titles and keywords compensate. The biomedical and energy projects are single occurrences — flagged as 'emerging' but could be one-off participations rather than strategic pivots.