SciTransfer
Organization

FUTURA COMPOSITES BV

Dutch composites manufacturer supplying precision non-magnetic and lightweight components for medical imaging scanners and edge computing hardware systems.

Large industrial companyhealthNLNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€1.3M
Unique partners
37
What they do

Their core work

Futura Composites BV is a Dutch private company specializing in composite materials, whose H2020 project portfolio reveals a niche application area: supplying advanced composite components to high-tech medical imaging and digital systems. In the HYPMED project, they most likely contributed non-magnetic composite structures or housings essential for hybrid PET/MRI breast cancer scanners — a technically demanding application where carbon fiber and similar composites replace metallic parts that would interfere with magnetic fields. Their second project (FITOPTIVIS) sits in the edge computing and image-processing domain, suggesting their composite expertise extends to lightweight enclosures or structural parts for embedded and distributed hardware systems. The combination is narrow but coherent: precision composites for instrumentation in sectors where weight, electromagnetic neutrality, and dimensional stability are critical.

Core expertise

What they specialise in

Non-magnetic composite structures for medical imaging equipmentprimary
1 project

Participation in HYPMED (2016–2022) — a hybrid breast PET/MRI system — where composite materials are required to avoid interference with the magnetic field while maintaining structural precision.

Composite enclosures and housings for embedded/edge hardwaresecondary
1 project

Participation in FITOPTIVIS (2018–2021), a project focused on distributed image-video processing and heterogeneous edge systems, where lightweight composite parts likely support hardware integration.

High-performance composite manufacturing for instrumentationprimary
2 projects

Both projects involve precision instrumentation environments — medical scanners and edge computing nodes — where composites must meet tight tolerances and material performance requirements.

Evolution & trajectory

How they've shifted over time

Early focus
Medical imaging composite components
Recent focus
Edge computing hardware structures

In their earlier H2020 engagement (2016), Futura Composites worked on a medically-oriented challenge: contributing to a hybrid PET/MRI scanner for breast cancer diagnosis, where composite materials must satisfy electromagnetic, structural, and biocompatibility constraints simultaneously. By 2018, their focus shifted toward the digital and edge-computing domain with FITOPTIVIS, a project targeting image and video processing optimization across heterogeneous distributed systems. This suggests a gradual broadening from pure medical-device applications into industrial and digital hardware contexts — though both tracks share a common thread of supplying precision components to technically demanding instrumentation projects.

Futura Composites appears to be expanding from medically-certified composite components into broader industrial electronics and digital hardware applications, making them a potential partner for any consortium that needs precision composite parts in sensor-rich or imaging-heavy systems.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European8 countries collaborated

Futura Composites has participated exclusively as a partner — never as coordinator — across both H2020 projects, indicating a specialist supplier role rather than a project-leadership profile. Their consortia were mid-to-large (37 unique partners across 2 projects) and internationally diverse, suggesting they are comfortable operating within complex multi-partner structures where their contribution is well-defined and component-level. This points to an organization that works best when engaged early as a technical supplier with a clear specification, rather than as a generalist partner expected to shape research direction.

Futura Composites has built connections with 37 unique partners across 8 countries through just 2 projects, reflecting the large consortium structures typical of RIA grants. Their network is geographically European, consistent with the H2020 program's requirements, with no observable country-specific concentration.

Why partner with them

What sets them apart

What distinguishes Futura Composites within the H2020 landscape is the unusual pairing of composites manufacturing expertise with validated experience in both medical imaging and digital edge-computing environments — two sectors with very different certification and performance demands. Few composites suppliers can demonstrate participation in projects at the intersection of molecular imaging physics and distributed computing hardware, making them a credible choice for consortia that need a materials supplier with cross-domain track record. For a project coordinator building a team around a new medical sensor or embedded imaging device, Futura Composites offers something hard to find: a Dutch SME-scale supplier already validated inside competitive EU research consortia.

Notable projects

Highlights from their portfolio

  • HYPMED
    The largest and longest project in their portfolio (EUR 1,132,100; 2016–2022), targeting a genuinely difficult engineering challenge — a digital hybrid PET/MRI scanner for breast cancer detection — where composite materials play a technically critical, non-substitutable role.
  • FITOPTIVIS
    Demonstrates Futura Composites' ability to operate outside the medical domain in a software-heavy, edge-computing consortium, signaling cross-sector versatility for a composites manufacturer.
Cross-sector capabilities
Digital and embedded hardware systemsIndustrial instrumentation and sensor enclosuresAerospace and lightweight structural components
Analysis note: Significant caution warranted: the company name "Futura Composites BV" is entirely absent from the project keywords, which cover medical imaging and digital edge computing. The composites manufacturing role has been inferred from the company name and the known technical requirements of both projects (PET/MRI equipment requires non-magnetic materials; edge hardware benefits from lightweight composite enclosures) — but this inference is not directly confirmed by project data. With only 2 projects and no coordinator experience, the profile depth is limited. The SME flag is False despite the company appearing small, which may indicate a classification anomaly. Independent verification of their actual role within HYPMED and FITOPTIVIS is strongly recommended before drawing conclusions for matchmaking or collaboration targeting.