The 'Mycelium Chair' by Eric Klarenbeek was 3D-printed using fungus, which grows on the inside of the chair to provide structure and additional support.
Klarenbeek collaborated with the University of Wageningen for the development of the Mycelium Chair, as a way of experimenting with the possibilities of 3D-printing with organic materials. The chair is comprised of a mix of water, straw and mycelium, which produces a piece of man-made furniture that truly looks like it could have come from nature instead.
Klarenbeek describes that this chair is successful in being able to "bring together the machine and nature to create a new material that could be used to make any product." Klarenbeek even states that the new material could be capable of forming interiors and entire houses.
What's Driving This Trend
- 3d-printed Organic Furniture
- The use of organic materials in 3D printing to create furniture that mimics natural structures and textures.
- Sustainable Manufacturing
- The development and utilization of environmentally friendly manufacturing techniques, such as using fungus and other organic materials.
- Integration of Machine and Nature
- The blending of technology and natural materials to create new innovative products and materials.
Who This Affects Most
- Furniture Manufacturing
- Furniture companies can explore the use of 3D-printed organic materials to create sustainable and nature-inspired furniture designs.
- Biotechnology
- Biotech companies can investigate the application of fungus and other organic materials in various industries, including manufacturing and construction.
- Architecture and Interior Design
- Architects and interior designers can explore how 3D-printed organic materials can be used to create sustainable and nature-themed structures and interiors.
