All our publications

29/04/2025

Controlling Impact Behavior Through Foam Additive Manufacturing – Research Published by Springer

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13/02/2026

Sensor-Integrated Soft Actuators with Foam Additive Manufacturing

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24/02/2026

Fracture toughness and auxeticity in disordered metamaterials

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20/06/2026

Data-driven process maps for FAM published in Materials & Design

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17/07/2024

Foam Additive Manufacturing of Thermoplastic Polymers – Research Published by Elsevier

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20/07/2024

Energy-Saving Approach for Mechanical Properties Enhancement of Recycled PET – Research Published by Elsevier

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23/05/2024

Design of Monomaterial Sandwich Structures Made with Foam Additive Manufacturing – Research Published by Elsevier

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30/05/2024

Acoustic Characterization of Metamaterial Structures Fabricated via Foamed Filament 3D Printing – Research Presented at the AIAA/CEAS Aeroacoustics Conference

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15/10/2021

Bio-Lightweight Structures by 3D Foam Printing – Research Published by IEEE

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This project was made possible thanks to the funding received under the “Campania Startup 2023” call for proposals, promoted by the Regional Department for Research, Innovation, and Startups (UOD05 – Regione Campania), as part of the Regional Operational Programme FESR 2014–2020 – Specific Objective 1.1 – Action 1.1.3.
This strategic support enabled us to formalize Oniro S.r.l. and initiate the industrial development of our core technology: Foam Additive Manufacturing (FAM), an advanced 3D printing process capable of controlling the internal morphology and density of thermoplastic materials through real-time physical foaming.

The project presented under the Campania Startup 2023 program aimed to demonstrate the potential of mono-material structural components manufactured in a single step, without adhesives or post-processing, offering high mechanical performance and full recyclability. Applications range from lightweight sandwich panels for transportation and aerospace to bio-based foamed parts for sustainable consumer products.
Thanks to this grant, we were able to invest in early-stage prototyping, intellectual property protection, and validation of our approach—laying the foundation for what is now an operating startup with international ambitions and solid technical credibility.

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Progetto realizzato con il sostegno finanziario – PR Lazio FESR 2021-2027 – Obiettivo Specifico 1.3. – Open Call ESA BIC Lazio – CUP F87H25001650008