CENTRE DE RECHERCHES DE L'INDUSTRIEBELGE DE LA CERAMIQUE ASBL

Their core work

CRIBC (Belgian Ceramic Research Centre) is the industrial research arm of Belgium's ceramic industry, based in Mons. Their core work is applied research on ceramic materials — testing, characterisation, and process development for industrial clients. In their H2020 participation, they focused specifically on additive manufacturing of ceramics: bringing industrial ceramic knowledge into the emerging field of 3D printing for high-performance parts. They serve as a bridge between academic research on ceramic AM and the manufacturing companies that would eventually adopt these processes.

What they specialise in

How they've shifted over time

Both projects started in 2017–2018, so there is no long temporal arc to trace. That said, the keyword shift from "3D fabrication, ceramic-based materials, AM technologies development" (AMITIE) toward "ceramic, 3D-printing, additive manufacturing" (DOC-3D-PRINTING) suggests a narrowing of focus — from broad additive manufacturing initiatives spanning multiple materials to specifically ceramic 3D printing as a research discipline. The move from MSCA-RISE (staff exchanges across a wide network) to MSCA-ITN (a structured doctoral training programme) also suggests a deepening commitment: from awareness-building and networking to training the next generation of specialists in this niche.

CRIBC appears to be moving from broad participation in AM networks toward becoming a specialist training and research node for ceramic additive manufacturing — a sign they are building deeper, longer-term capability in this area rather than sampling it.

How they like to work

CRIBC has never led an H2020 project — both participations were as a consortium partner, which is typical for industry-linked research centres whose value lies in specialist input rather than project management. With 27 unique partners across 10 countries from just 2 projects, they operate within large, well-connected consortia rather than tight bilateral teams. This suggests they are brought in as a recognised specialist node: valued for what they know about ceramics, not for administrative capacity.

Despite only two projects, CRIBC has connected with 27 unique partners across 10 countries — an unusually broad network for a small research centre, reflecting the large consortium structures typical of MSCA programmes. Their reach is pan-European with likely strong ties in ceramic-producing countries (Belgium, Germany, Spain, Italy).

What sets them apart

CRIBC is one of very few dedicated industrial ceramic research centres in Belgium, giving it a rare combination of deep materials science expertise and direct ties to the ceramic manufacturing sector. Unlike universities, they are industry-oriented by mandate — their research outputs are designed to solve production problems, not publish papers. For a consortium working on ceramic 3D printing or advanced ceramic components, they offer direct access to industrial know-how and potential end-user validation that academic partners cannot provide.

Highlights from their portfolio

• DOC-3D-PRINTING
  The organisation's largest project by far (EUR 501,120), a doctoral training network entirely dedicated to ceramic 3D printing — rare, highly focused, and a signal that CRIBC is a named authority in this niche at European level.
• AMITIE
  A transnational staff-exchange initiative connecting additive manufacturing actors across Europe; notable for its innovation-transfer focus and for giving CRIBC early access to the emerging AM ecosystem before committing deeper resources.