Part of the “Made in Europe” strategy, it responds to the challenges posed by recent vulnerabilities in the abrasives, forging, foundry, transport, and energy sectors. TECH4FAB-CrossS3 stands out for its cross-border collaborative approach, which aims to pool the partners’ skills and technical infrastructure in order to offer innovative technological solutions tailored to industrial needs.

Our Strategic Research Areas


To respond effectively to industrial needs, our R&D activities are structured around seven research demonstrators (RD), divided into four strategic themes:



Theme 1: Improving the balance between manufacturing speed and production costs

RD1: Manufacturing of carbide cutting tools using a hybrid, parallelized process.

RD2: Freeform additive manufacturing of ceramic supports for thermal management, chemical reactors, and filters.



Theme 1: Improving the balance between manufacturing speed and production costs



Theme 2: Improving the surface finish of complex parts

RD3: Improvement of low-run molds for demanding injection applications.

RD4: Design of tools with conformal cooling and surface functionalization using DED.



Thème 2 : Améliorer les états de surface des pièces complexes



Theme 3: Increase product efficiency by integrating new features


DR5: 3D printing of multifunctional parts for electric and electromagnetic fields (sensors/actuators).



Theme 3: Increase product efficiency by integrating new features



Theme 4: Improving circularity and optimizing feedstocks

DR6: Reuse of recycled materials in additive manufacturing processes.

DR7: Advanced surface treatments for additive manufacturing feedstocks.



Theme 4: Improving circularity and optimizing feedstocks

Project leader

  • Centre de Recherches de l’Industrie Belge de la Céramique

    Le Belgian Ceramic Research Centre accompagne les industriels en fournissant un soutien technologique de qualité, leur permettant d’appréhender les innovations nécessaires à leur prospérité.

Projet partners

Project associated partners