With the popularity of accessible 3D printers on the rise, it is not surprising a 3D weaving machine can now create flexible three dimensional structures out of wool and paper. Created as an alternative to 3D printers, this technologically advanced loom was conceived by Oluwaseyi Sosanya. The industrial designer came up with the concept to weave together layers of material at different heights. The resulting 3D structures can be dipped in silicon to be strengthened.
To showcase a real world example, the Royal College of Art graduate used the 3D weaving technique to make shoe soles. The honeycomb-like effect is not merely a byproduct, but an intentional design as Oluwaseyi Sosanya drew his inspiration from nature, noting to Dezeen "auxetic structures were a big influence."
3D Weaving Machines
Oluwaseyi Sosanya's Futuristic Loom Creates Structures From Wool and Paper
Trend Themes
1. 3D Weaving Machines - The development and adoption of 3D weaving machines to create flexible and innovative structures with different materials.
2. Alternative to 3D Printers - The rise of 3D weaving machines as a cheaper and more efficient alternative to 3D printers.
3. Innovative Material Design - The emergence of innovative and unique material designs through 3D weaving technology.
Industry Implications
1. Textile Industry - The textile industry could benefit from 3D weaving machines by creating new types of fabrics and textiles, as well as unique designs and patterns.
2. Footwear Industry - The footwear industry could leverage 3D weaving machines to create highly customized and innovative shoe designs, including 3D printed soles and uppers.
3. Industrial Design Industry - The industrial design industry could use 3D weaving machines to create unique and functional products with 3D printed structures, such as furniture, home decor, and automotive parts.