Revolutionising Fashion: Iris Van Herpen's Innovations with 3D Printing
Is 3D printing technology the new way of fashion? Among fashion designers, Iris Van Herpen being one of the most well-known has made use of 3D printing; she is noted for incorporating the technology into most of her designs. Iris Van Herpen is a pioneer in fusing many technologies with couture. She was among the first to introduce 3D-printed garments and has incorporated concepts from several industries such as architecture, deep space images, microscopic photography, and many more (Afprelaxnews, 2023). In the field of fashion, 3D printing has several uses that enable the creation of novel forms and patterns as well as detailed patterns and geometric designs that are impossible to do using conventional techniques. Yet, it is often claimed that technology is gradually replacing traditional art; in this case, however, Iris Van Herpen not only successfully blends technology and traditional art to produce one-of-a-kind artwork but also highlights the potential benefits of innovation and sustainability. Compared to traditional garment production, 3D printing generates less waste as there are no excess fabrics or cut-offs (Arnstein, 2023). According to a European Commission study (Verhoef. et al, 2017), 3D printing could conserve up to 90% of natural resources by utilising recycled plastic bottles. By utilising 3D printing that stimulates her creativity, encourages artistic collaboration, and increases sustainability, Iris Van Herpen has revolutionised the fashion industry.
The utilisation of 3D printing in fashion includes customisation, complex design production, and material innovation, as demonstrated in Iris Van Herpen's collections, illustrating its wide-ranging possibilities and significant impact on the industry. According to Annie Shaw, Creative Director of 3D Systems, the leading geometry was circular, like planet spheres. Van Herpen experimented with alien forms in fabric, textures, and treatments to discover new landscapes and geology (Adlughmin, 2015). For example, one of her well-known pieces is
the Ludi Naturae 3D Printed Foliage Dress. The fabric for the dress is placed in a 3D printer that employs PolyJet technology to create several materials at once. The outfit was printed directly onto 0.8 mm tulle for optimum softness. When exposed to UV light, the resin substance cures. Colour and transparency changes were obtained, by alternating three different versions of this material at the droplet level. Tensions within the material caused the created parts to bend during post-processing, which gave the pieces their final shape after 260 hours of 3D printing (3D Fashion Stratasys, n.d.). This process strongly suggests that making the Ludi Naturae 3D Printed Foliage Dress potentially allows Iris to have more creative freedom; the reason for this is that she can play around with textures and forms without being constrained by conventional rules. Additionally, the labour-intensive 260 hours of 3D printing highlights the attention to detail and possible customisation, guaranteeing that every piece is customised to suit individual preferences. As evidence for this claim, the process explained by the source demonstrates that the foundation material, 0.8 mm tulle, provides the necessary softness and flexibility for wearability. Along with the manipulation of UV light to cure the resin component, giving the dress more depth and visual intrigue. Most significantly, it encourages creativity, which may help Van Herpen consistently push fashion's limits and skillfully utilise technology in her avant-garde creations. Iris Van Herpen's groundbreaking designs not only incorporate 3D printing technology but also seamlessly integrate various art techniques through collaborations with painters, sculptors, architects and scientists.
The designer uses a highly conceptual approach by honouring traditional building methods and enhancing them with modern technical equipment. Van Herpen's works merge the past and the future together; incorporating traditional couture methods including hand-stitching, embroidery, and draping. In an interview with VOGUE, Iris said that people are excluding the point of her work which is real craftsmanship, people tend to assume that all her works are entirely 3D printed.
Iris claims that she views handicrafts and 3D printing equally, saying they complement each other. The 3D printer could be an inspiration for a handwork technique and it could work the other way around, Iris expressed (Essop, 2019). For example, she has combined ancient handwork skills with current technology to create wild apparel with spherical or wing-shaped ornaments made from translucent black acrylic sheets. Together with architect Daniel Widrig, she used quick prototyping and a 3D printer to materialise digital drawings to construct a structure that resembled lace. Additionally, Van Herpen applied the plissé (wrinkled or folded) texture by hand using a variety of techniques to many ensembles that appear to be primarily dominated by a coral-like structure. Compared to contemporary machine-folded plissé, the workmanship produces a far more organic impression (Google Arts & Culture, n.d.). It can be concluded that the smooth fusion of conventional methods with digital software is an example of how technology and traditional art can coexist peacefully to produce stunning works of art. Despite employing cutting-edge technology, Iris always values and integrates traditional techniques into her work, producing captivating clothing that blurs the lines between art and fashion. For instance, she uses various hand techniques to apply the plissé texture, possibly giving her works a unique depth and personal touch that machines cannot match. Fashion designers have been using plissé, or folding and pleating fabric to provide volume and texture for centuries. Van Herpen's method of plissé, however, is distinct since it combines conventional handwork with advanced invention. Van Herpen may explore new possibilities in form, structure, and materiality by utilising Widrig's expertise in digital fabrication and architecture. Both the designer and the architect are able to acknowledge complex, sculptural patterns through the use of cutting-edge technology, producing apparel that is more like wearable art than conventional clothing. Their inventive approach and combined experience can produce clothing that challenges preconceived conceptions about architecture and fashion, blurring the limits between the two fields and creating new avenues for
creative discovery. Furthermore, Van Herpen's ability to combine technology and artistic techniques not only pushes the boundaries of fashion but also positively highlights the relationship that exists in the arts between innovation and tradition, all while highlighting 3D printing's potential to drive sustainability in creative endeavours.
Iris Van Herpen's use of 3D printing minimises the environmental impact of traditional manufacturing processes by showcasing the technology's ability to eliminate waste through precision resource utilisation and on-demand production. For example, a one-of-a-kind outfit made of recycled plastic from garbage gathered at sea by the US environmental organisation for ocean conservation, Ocean Plastic, is the leading edge of the critical "material revolution" that Parley for the Oceans noted in their Instagram post. One amazing piece by Iris van Herpen demonstrates the successful use of recycled plastic yarn in high-couture collections. According to the collection press release, the dress's fabric was first printed and then laser-cut into small triangular tessellations. These were arranged in a mosaic pattern to initiate a subtle symbiosis with the skin through subtle changes in translucency (Intravaia, 2021). Additionally, 3D printing reduces waste because it creates things layer by layer, utilising precisely the right quantity of material for each area of the design, in contrast to traditional manufacturing techniques that frequently entail cutting and moulding materials from bigger stock (Tabassum & Mir, 2023) Moreover, the use of sustainable materials like recycled or biodegradable plastic can reduce the carbon footprint through 3D printing technology. From this, it can be seen that 3D printing technology may contribute significantly to sustainability in the fashion sector and build a better world. Construction could become more sustainable by generating less waste owing to 3D printing technology while traditional construction processes can produce a large quantity of waste because components are cut and made on-site. By creating building components more precisely and with only the required
amount of material, 3D printing technology, on the other hand, can reduce waste. The passage also highlights the collaboration between Ocean Plastic and Iris van Herpen presenting the innovative application of recycled plastic from marine debris in luxury fashion. Through this collaboration, the fashion industry is potentially becoming more environmentally responsible and is attempting to address these challenges by repurposing waste materials to create luxurious apparel. Furthermore, Van Herpen use of 3D printing with recyclable or biodegradable materials lessens the carbon footprint of the fashion sector demonstrates her dedication to sustainability. This fits in with increased efforts to adopt more environmentally friendly practices.
Weighing all the evidence, it has been effectively discovered that this technology has improved accessibility, increased sustainability, and allowed for more precise and quick construction. The 3D printing practice by Iris Van Herpen exemplifies how tradition, innovation, and sustainability can coexist together. Her innovative designs also make use of repurposed materials to address environmental concerns and highlight the transformative potential of technology. Van Herpen's skillful integration of handwork techniques and digital fabrication technologies redefines the boundaries of haute couture, paving the way for a more artistically expansive and sustainable future. The fashion industry should adopt more 3D printing techniques alongside traditional art, fostering innovation to minimise waste in the fashion world.
References
Adlughmin (2015) Iris van Herpen Teams with 3D Systems to Create Mesmorizing Crystal-esque 3D Printed Dress & Shoes. 3DPrint [online] Available from:
https://3dprint.com/53854/iris-van-herpen-3d-fashion/ [Accessed March 18, 2024]
Afprelaxnews (2023) Pioneer Designer Iris Van Herpen On Fashion That Goes 'beyond beauty'. Forbes India [online]. Available from:
https://www.forbesindia.com/article/lifes/pioneer-designer-iris-van-herpen-on-fashion-that-goes-beyond-beauty/90079/1 [Accessed March 18, 2024]
Arnstein, S. (2023) How 3D printing is revolutionizing the future of fashion, 3D printed textiles: A sustainable fashion revolution. New York Embroidery Studio [online]. Available from: https://nyembroiderystudio.com/blog/3d-printing-future-fashion [Accessed March 18, 2024]
Essop, A. (2019) Iris van Herpen 3D printed “face jewellery” expresses hybridity at Paris Fashion Week 2019. 3D Printing Industry [online]. Available from: https://3dprintingindustry.com/news/iris-van-herpen-3d-printed-face-jewellery-expresses-hybridity-at-paris-fashion-week-2019-147926/ [Accessed March 25, 2024]
Google Arts & Culture (n.d.) How Iris van Herpen Transformed Fashion — Google Arts & Culture [online]. Available from:
https://artsandculture.google.com/story/how-iris-van-herpen-transformed-fashion/MAVhbe0AS9KOLQ [Accessed March 26, 2024]
Intravaia, L. (2021) Paris Fashion Week Haute Couture SS21 - Iris Van Herpen's Dress in recycled plastic by Parley for The Oceans. Le Boudoir numérique [online]. Available from: https://boudoirnumerique.com/magazine-en/paris-fashion-week-haute-couture-ss-2021-iris-van-herpens-dress-in-recycled-plastic-by-parley-for-the-oceans-59321 [Accessed April 2, 2024]
Tabassum, T. and Mir, A. A. (2023) A review of 3d printing technology-the future of sustainable construction, Materials Today: Proceedings [online], Volume 93, Part 3, pp. 408-414. Available from: https://www.sciencedirect.com/science/article/abs/pii/S2214785323042645 [Accessed April 1, 2024]
Verhoef, L. A. et al., (2017) The effect of additive manufacturing on global energy demand: An assessment using a bottom-up approach. Energy Policy [online]. Volume 112, pp.349-360. Available from: https://www.sciencedirect.com/science/article/pii/S0301421517306997 [Accessed April 1, 2024]
3DFashion Stratasys (n.d.) Iris van Herpen | Ludi Naturae 3D Printed Foliage Dress. 3DFashion Stratasys [online]. Available from: https://3dprintedart.stratasys.com/videos-2-Stznm/v/iris-van-herpen-ludi-naturae [Accessed March 18, 2024]