News
Driving sustainable construction through the development of green building envelopes using large-scale 3D printing.
The IDONIAL technology center, within the framework of the Metabuilding Labs project, has achieved a significant milestone in the integration of additive manufacturing within the construction sector. The project focuses on the development of green facade panels for the ROOM 2030 initiative, offering an advanced, scalable, and environmentally friendly technical solution.
IDONIAL participates in the new Erasmus+ project “grAceful AM” to boost training in Additive Manufacturing through Artificial Intelligence
IDONIAL participates as a partner in the Erasmus+ project “grAceful AM – Generating an AI-Enhanced Learning Platform to Unlock Professional Careers and Inspection Excellence in Additive Manufacturing”, a strategic initiative aimed at strengthening professional qualification in the field of Additive Manufacturing (AM) through the development of advanced AI-based training tools.
Chips to Parts: Circularity of titanium scrap from machining to additive manufacturing (CHIPART)
In October 2024, the European Defence Agency (EDA) issued a call for proposals in view of selecting so-called "Starter Projects" to deliver Proofs of Concept. Within this call the project “Chips to Parts: Circularity of titanium scrap from machining to additive manufacturing” (CHIPART), has been selected.
CIRCUPRINT From Waste to Value: BAAM 3D Printing in a Circular Economy.
CIRCUPRINT is an experiment implemented within the CIRCULOOS Open Call 3.1 framework, aimed at demonstrating the technical, environmental and operational feasibility of using thermoplastic waste as direct feedstock for Big Area Additive Manufacturing (BAAM).
New PhD reinforces Idonial’s expertise in materials behaviour research
Pejman Ebrahimzadeh, researcher at Idonial Technology Centre, has recently obtained his PhD from the University of Oviedo, with cum laude distinction. His work, developed within the university’s Doctoral Programme in Materials Science, focuses on how surface treatments and manufacturing methods influence the corrosion resistance of metallic materials.
