4.9 References

4.9.1 Bibliography

• [1] Carbon (2018). Adidas Futurecraft 4D, digital light synthesis. carbon3d.com.
• [2] Kornit Digital. Carriage House Printery case video. kornit.com.
• [3] Danit Peleg (2015). The first 3D-printed fashion collection printed at home. danitpeleg.com.
• [4] ECONYL / Aquafil. Napapijri reveals the Circular Series. econyl.aquafil.com.
• [5] Designboom (2023). Washable 3D-printed shoes by Zellerfeld. designboom.com.
• [6] Fused Footwear. Fully 3D-printed on-demand footwear. fusedfootwear.com.
• [7] adidas.
• [8] Danit Peleg.
• [9] ECONYL/Aquafil. Napapijri reveals Infinity, the first circular, 100% recyclable jacket.
• [10] Danit Peleg.
• [11] Napapijri.
• [12] Earley, R. (2024). Bittersweet Shirts: Combining AI, digital printing and hand-making approaches to inform guidelines for circular, local and urban textile/clothing design processes. Circular Economy: The Pathway Towards Sustainable Development (HSCE 2024), Chania, Greece. HEREWEAR Project (EU H2020); Centre for Circular Design, UAL.
• [13] Digital Textile Printing: Opportunities and Challenges for Sustainable Localised Production (2025). Springer Nature.

4.9.2 Glossary

• 1. AM, Additive Manufacturing: building objects layer by layer from a 3D model.
• 2. ISO/ASTM 52900, the standard classifying additive manufacturing into seven process categories.
• 3. FDM / FFF, Fused Deposition Modeling / Fused Filament Fabrication: extrusion-based 3D printing.
• 4. SLA / DLP, vat photopolymerization: curing liquid resin with light.
• 5. SLS / MJF, powder bed fusion: fusing powder with a laser or bonding agents.
• 6. STL / AMF / 3MF, common file formats for exporting 3D geometry to a printer.
• 7. TPU, Thermoplastic Polyurethane: a flexible polymer common in 3D-printed footwear.
• 8. Digital textile printing, inkjet printing of images directly onto fabric.
• 9. Single-pass printing, high-throughput industrial digital textile printing.
• 10. On-demand manufacturing, producing after the sale to avoid overproduction.
• 11. Mass customization, tailoring products at scale without losing efficiency.
• 12. Predictive maintenance, using sensor data and AI to service machines before they fail.