This Gorgeous Jewelry Line is Inspired by the Growth of Flowers
Katherine Pendrill — June 30, 2015 — Tech
References: n-e-r-v-o-u-s & fastcodesign
Design studio 'Nervous Systems' has produced a beautiful line of 3D-printed jewelry called 'Floraform.' The necklaces, rings and bracelets in the line are all inspired by the biomechanics of blooming flowers and growing tree leaves.
The unique jewelry is made through the use of algorithms that are based on the shapes of nature. As the designers explain, "each piece emerges from a computational simulation of differential growth, a surface that grows at different rates in different locations." Using this method of 3D printing, the designers were able to create 24 distinct pieces out of sliver and nylon.
There are three major themes among the 3D-printed jewelry with one group inspired by iris flowers, one group inspired by the arms of jellyfish and the last group merging elements of both.
The unique jewelry is made through the use of algorithms that are based on the shapes of nature. As the designers explain, "each piece emerges from a computational simulation of differential growth, a surface that grows at different rates in different locations." Using this method of 3D printing, the designers were able to create 24 distinct pieces out of sliver and nylon.
There are three major themes among the 3D-printed jewelry with one group inspired by iris flowers, one group inspired by the arms of jellyfish and the last group merging elements of both.
Trend Themes
1. Biomechanics-inspired Jewelry - Designing jewelry that mimics the growth and movement of natural organisms offers an opportunity for disruptive innovation in the fashion industry.
2. Algorithmic 3D Printing - Using algorithms to create unique and intricate designs for 3D-printed jewelry opens up possibilities for disruptive innovation in the technology and manufacturing sectors.
3. Nature-inspired Designs - Taking inspiration from natural forms like flowers and jellyfish to create jewelry provides an opportunity for disruptive innovation in the design and creative industries.
Industry Implications
1. Fashion - Integrating 3D-printed, biomechanics-inspired jewelry into the fashion industry could revolutionize accessories and jewelry design.
2. Technology - Advancing algorithmic 3D printing techniques can lead to disruptive innovation in the technology sector, particularly in manufacturing and design.
3. Design - Incorporating nature-inspired designs in jewelry and accessories presents an opportunity for disruptive innovation in the design industry by combining creativity and functionality.
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