INSTITUT DE RECHERCHE TECHNOLOGIQUEMATERIAUX, METALLURGIE, PROCEDES

Their core work

IRT M2P is a French industrial research institute specializing in materials science, metallurgy, and manufacturing processes, based in Metz in the Lorraine region. Their core technical work covers advanced laser processing of metallic materials — particularly electrical steels used in motors and transformers — including surface structuring, insulation layer management, and assembly of laminated magnetic circuits. Beyond materials processing, they have expanded into open innovation methodologies, supporting companies in structuring collaborative product development with end users. As a Technological Research Institute (IRT), they act as a bridge between academic research and industrial application, making their work directly relevant to manufacturers seeking to move technology from lab to production line.

What they specialise in

How they've shifted over time

In their earlier H2020 work (2017–2022), IRT M2P was firmly grounded in materials engineering — laser processing, magnetic domain structures, electrical steels, and insulating film removal. These are highly specialized, process-level competencies tied to motor and transformer manufacturing. By 2020, their portfolio shows a notable pivot: involvement in iPRODUCE signals interest in innovation process design and user-driven product development platforms, far removed from metallurgy. Whether this reflects a strategic broadening of IRT M2P's mandate or simply opportunistic participation as a third party is unclear from the available data, but the direction suggests they are positioning themselves as an interface between technical manufacturing and collaborative innovation methodology.

IRT M2P appears to be expanding from deep materials processing expertise toward innovation facilitation roles, which could make them a useful partner for projects that need both manufacturing know-how and structured multi-stakeholder engagement.

How they like to work

IRT M2P has not led any H2020 project as coordinator — they consistently join as a partner or third party. Their participation in ESSIAL placed them within a large consortium (38 unique partners across 9 countries), suggesting comfort operating as a specialist contributor inside complex, multi-partner structures rather than driving project direction. Their third-party role in iPRODUCE indicates they can also contribute expertise informally, without full consortium membership — a flexible arrangement that suits organizations offering targeted technical input.

IRT M2P has built connections with 38 unique consortium partners across 9 countries through just two projects, suggesting the ESSIAL consortium was particularly large and international. Their geographic footprint is European, consistent with their role in multi-partner EU-funded projects.

What sets them apart

IRT M2P occupies a rare position as a French IRT — a legally distinct structure designed specifically to co-develop industrial technology with companies, not just publish research. This means their work is expected to have direct industrial applicability, and they are accustomed to working alongside manufacturing companies as co-developers rather than external consultants. For a consortium needing laser or materials processing expertise grounded in industrial reality rather than academic theory, IRT M2P offers credibility that a university lab alone cannot.

Highlights from their portfolio

• ESSIAL
  The institute's only funded H2020 project, with EUR 497,733 in EC support, targeting a technically specific and industrially valuable problem — laser-based elimination of insulating layers in electrical steel laminations, directly relevant to electric motor and transformer efficiency.
• iPRODUCE
  Marks a strategic departure from core materials expertise into social manufacturing and platform-based open innovation, suggesting IRT M2P is actively broadening its role in the EU research ecosystem.