3-D Printing in the Fashion Industry

Here is an amazing dress by Iris van Herpen. Made by 3-D printing. Cathedral Dress.

·         HYBRID HOLISM – 

July 2012, Paris Haute Couture Week

·         The project Hylozoic Ground by the Canadian architect and artist Philip Beesley provided the inspiration for this collection. Hylozoic refers to Hylozoism, the ancient belief that all matter is in some sense alive. Beesley created a responsive architectural system that uses hylozoism in a quite specific way, that is, “we are working with subtle materials, electricity and chemistry, weaving together interactions that at first create an architecture that simulates life but increasingly these interactions are starting to act like life, like some of the ingredients of life”. His environment breathes, shifts and moves in relationship to people walking through it, touching it, and sensing it. Microprocessors invest that environment with a primitive or insect-like intelligence like a coral reef or a great swarm.Iris van Herpen is intrigued by these kinds of possibilities for a future of fashion that might take on quite unimaginable shapes. Fashion that might be partly alive and growing, and, therefore, existing partly independent from us, which in turn allows for a new treatment by humans: instead of discarding the fashion after use, we cherish, value, and maintain it in its abilities to change constantly. Van Herpen’s translated this future vision in a collection that is highly complex and incredibly diverse in terms of shape, structure, and material. For one design, the ‘cathedral dress’ Van Herpen introduced a technique referred to as mammoth stereolithography which refers to a 3D printing method. This 3D printed process is built slice by slice from bottom to top, in a vessel of polymer that hardens when struck by a laser beam.