SciTransfer
Organization

I-CUBE RESEARCH

Toulouse-based SME providing technical services for e-waste recycling systems and large-scale physics research infrastructure.

Technology SMEmultidisciplinaryFRSMEThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€434K
Unique partners
48
What they do

Their core work

I-CUBE RESEARCH is a French SME based in Toulouse that provides specialized technical services in materials recovery, recycling technologies, and scientific instrumentation for large research infrastructures. Their work spans automated disassembly and separation systems for electronic waste (urban mining) as well as contributions to superconductivity research and high magnetic field facilities. They appear to operate at the intersection of applied engineering and research support, bringing private-sector execution capability to publicly funded research programs.

Core expertise

What they specialise in

Urban mining and e-waste recyclingsecondary
1 project

ADIR project focused on automated disassembly and recovery of valuable materials from printed circuit boards and mobile phones.

Superconductivity and advanced materials trainingsecondary
1 project

EASITrain provided their largest funding (EUR 262,876) for European superconductivity innovation and training.

Automated separation and identification systemssecondary
1 project

ADIR project specifically targeted automatic disassembly and identification/separation technologies for technology metals recovery.

Evolution & trajectory

How they've shifted over time

Early focus
E-waste recycling automation
Recent focus
Research infrastructure support

I-CUBE RESEARCH started with applied industrial work in urban mining and automated recycling of electronics (ADIR, 2015), then moved toward fundamental research support — superconductivity training (EASITrain, 2017) and high magnetic field infrastructure (ISABEL, 2020). This shift suggests the company has pivoted from waste-processing engineering toward providing technical services for large-scale physics research facilities. The transition from "reverse production" keywords to "large infrastructure" and "physical sciences" marks a clear move up the research value chain.

I-CUBE appears to be repositioning toward long-term research infrastructure services, particularly in high magnetic field and superconductivity domains — a direction likely to continue given the growing European investment in large-scale physics facilities.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

I-CUBE RESEARCH operates exclusively as a participant, never leading consortia — consistent with a specialist SME that contributes specific technical capabilities rather than driving project direction. With 48 unique partners across 13 countries from just 3 projects, they work in large consortia (likely 15-20 partners each), indicating comfort in complex multi-partner environments. This profile suggests a flexible contributor that integrates well into large teams without requiring a leadership position.

Despite only 3 projects, I-CUBE has built a broad network of 48 partners across 13 countries, reflecting participation in large European consortia. Their base in Toulouse — a major aerospace and research hub — likely supports connections to both French research institutions and pan-European infrastructure networks.

Why partner with them

What sets them apart

I-CUBE RESEARCH is unusual in combining industrial recycling engineering with research infrastructure support — two domains rarely found together in a single SME. Their Toulouse base places them near major French research facilities (LNCMI, CNRS), which likely explains the pivot toward magnetic field infrastructure. For consortium builders, they offer an SME that can bridge applied engineering tasks and fundamental research support roles within the same project.

Notable projects

Highlights from their portfolio

  • EASITrain
    Largest funding share (EUR 262,876) and an MSCA training network — unusual for a private SME to participate in researcher training at this scale.
  • ADIR
    Directly addressed the circular economy challenge of recovering technology metals from consumer electronics through automated systems.
  • ISABEL
    Most recent project (2020-2025), signals the company's current direction toward sustaining European magnetic field research infrastructure.
Cross-sector capabilities
manufacturingenvironmentenergy
Analysis note: Only 3 projects with limited keyword data make it difficult to establish a definitive expertise profile. The apparent pivot from industrial recycling to research infrastructure could reflect genuine strategic repositioning or simply opportunistic project participation. No website available for verification. EASITrain keywords were empty, limiting insight into their specific role in that project.