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Organization

POGGIPOLINI SRL

Italian SME producing high-speed, cost-competitive titanium fasteners for automotive and motorsport, with EU-validated manufacturing process.

Technology SMEmanufacturingITSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€1.8M
Unique partners
0
What they do

Their core work

Poggipolini is an Italian precision manufacturing SME specializing in the production of fasteners made from titanium and high-performance alloys, primarily for the automotive and motorsport industries. Their core capability is high-speed, cost-competitive manufacturing of titanium fastening components — a technically demanding niche where weight reduction and mechanical reliability are critical. Through two consecutive H2020 SME Instrument grants (Phase 1 feasibility in 2014, then Phase 2 market deployment in 2016), they developed and scaled a production process for titanium fasteners that addresses the automotive sector's need to reduce vehicle weight without compromising structural integrity. Based in the Bologna Motor Valley — home to Ferrari, Lamborghini, and Ducati — they operate at the intersection of advanced materials processing and precision automotive supply chain.

Core expertise

What they specialise in

Titanium fastener manufacturingprimary
2 projects

Both PROFIT projects (2014 and 2016) are explicitly focused on cost-effective high-speed production of fasteners in titanium, confirming this as their defining technical capability.

Automotive lightweight componentsprimary
2 projects

PROFIT targets the automotive industry specifically, addressing the sector-wide demand for lightweight structural solutions through titanium substitution of steel fasteners.

Advanced manufacturing process developmentsecondary
2 projects

The PROFIT Phase 2 project (€1.8M) focused on scaling a novel high-speed production process, indicating capability in manufacturing R&D and process engineering beyond standard production.

SME innovation and market deploymentsecondary
1 project

Successful progression from SME Instrument Phase 1 (feasibility) to Phase 2 (market deployment) demonstrates capability in translating R&D into commercial production scale-up.

Evolution & trajectory

How they've shifted over time

Early focus
Titanium fastener feasibility study
Recent focus
High-speed titanium production scale-up

Poggipolini's H2020 trajectory follows a single, concentrated innovation path: they identified a specific manufacturing problem (titanium fasteners are too slow and expensive to produce at automotive scale), validated the concept with a Phase 1 grant in 2014, and then executed a full market-readiness project in 2016–2018 with nearly €1.8M in EU funding. There is no visible pivot or broadening of scope — both projects carry the same acronym and title. The keyword data is absent, so it is not possible to confirm whether their technical focus deepened into nanotechnologies (implied by the P2-NANO pillar) or remained purely in process optimization. What is clear is that by 2018, their innovation agenda was largely concluded within the H2020 program, with no further projects recorded.

Their trajectory points toward a company that has completed its core R&D-to-market cycle within H2020 and is likely operating the validated process commercially — making them a potential industrial partner rather than an active research collaborator looking for new grants.

Collaboration profile

How they like to work

Role: consortium_leaderReach: Local

Poggipolini exclusively used the SME Instrument scheme, which is designed for single-company applications without consortium partners — so their H2020 record shows zero external collaborators. This is not a reflection of insularity but of the funding instrument chosen: they self-directed their innovation without needing to build a research network. For future collaborations, this suggests a company that is decisive and capable of executing independently, but with limited experience navigating multi-partner EU projects.

Poggipolini has no recorded consortium partners from their H2020 participation, having operated exclusively as sole beneficiary under the SME Instrument. Their operational network likely exists through customer relationships in the automotive supply chain rather than through formal research partnerships.

Why partner with them

What sets them apart

Poggipolini occupies a very specific niche: industrial-scale, cost-competitive production of titanium fasteners for automotive applications — a segment where most competitors either produce titanium parts at aerospace prices or automotive-grade fasteners in cheaper metals. Being located in Bologna's Motor Valley gives them direct proximity to premium automotive OEMs and motorsport teams that are the natural buyers for high-performance lightweight fasteners. A consortium builder looking for a validated industrial partner with a completed EU-funded titanium manufacturing process would find very few alternatives with this combination of technical focus and geographic positioning.

Notable projects

Highlights from their portfolio

  • PROFIT (Phase 2)
    With €1,797,250 in EC funding, this is one of the largest SME Instrument Phase 2 awards in precision manufacturing, validating the commercial potential of Poggipolini's titanium fastener production technology at industrial scale.
  • PROFIT (Phase 1)
    The successful Phase 1 feasibility grant in 2014 triggered the full Phase 2 investment, making this the rare SME Instrument case where a company executed the complete Phase 1 → Phase 2 progression with the same project concept.
Cross-sector capabilities
Aerospace fastening systems (titanium components overlap directly with aviation supply chain)Motorsport and high-performance vehicle componentsAdvanced materials processing for transport applications
Analysis note: Only 2 projects in the dataset, both with the same title and no keyword metadata. The profile is coherent but narrow — all conclusions derive from project titles and funding scheme patterns, not keyword analysis or partner network data. The P2-NANO pillar classification hints at a materials science angle that cannot be confirmed from available data.
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