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3D Printing for sustainable textiles and fabrics

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13 October 2026

3D Printing for sustainable textiles and fabrics

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A close up of a 3D Machine on a table.

3D Printing for sustainable textiles and fabrics (3DP-STeF) explores the potential of 3D printing and digital design to support customised textile applications and more targeted material use, while highlighting the importance of material choices, energy use, durability and recyclability in determining environmental impact.

Authors

Editorial team

Topics
Geographical descriptors

Albania

Armenia

Austria

Belgium

Bosnia and Herzegovina

Bulgaria

Croatia

Cyprus

Czechia

Denmark

Estonia

EU-27

Finland

France

Georgia

Germany

Greece

Hungary

Iceland

Ireland

Italy

Kosovo

Latvia

Liechtenstein

Lithuania

Luxembourg

Malta

Moldova

Montenegro

Netherlands

North Macedonia

Norway

Poland

Portugal

Romania

Serbia

Slovakia

Slovenia

Spain

Sweden

Switzerland

Türkiye

Ukraine

Other

Organisation Type

Academic / Research and VET Institutions

Business Support Organisation

Company with 250 or more employees

Cluster Organisations

EU Institutions

Industry Associations and Chambers of Commerce

Networks and Federations / Confederations

SMEs (a company with less than 250 employees)

  • Transition Pathway's building blocks

    • R&I, techniques and technological solutions

    • Skills

    • Sustainable competitiveness

  • Industrial ecosystems

    • Textile

  • Textiles ecosystem areas

    • Research and Innovation

    • Technology and Machinery

    • Waste management, reuse and repair

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The 3DP-STeF project explores how 3D printing, textile technologies and digital design can support sustainable innovation in the textile and fashion industries. The project highlights the potential of printing directly onto textiles to enable new design possibilities, greater customisation and more targeted material use.


Key insights

•    New design possibilities: 3D printing directly onto textiles can expand design options and enable customised textile and fashion applications.
•    More targeted material use: The technology offers opportunities to use materials more selectively in product design and manufacturing.
•    Sustainability depends on implementation: 3D printing is not automatically sustainable. Its environmental impact depends on factors including the materials used, energy consumption, product durability and recyclability.
•    Digital and green skills: Integrating 3D printing and digital design into education and training can help learners and professionals develop the skills needed to apply these technologies in textile and fashion workflows.
•    Connecting technology and education: Through its educational programmes, 3DP-STeF aims to bring additive manufacturing, digital technologies and sustainability into textile and fashion education and professional training.

By connecting digital manufacturing technologies with sustainability and skills development, 3DP-STeF aims to support new approaches to textile and fashion design and production.

Read the entire article of on 3DPSTeF website.  

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