Micro Flora 3D Printed Ring
A simple band blooms into an intricate convolution of 3D-printed nylon.
Floraform is inspired by the biomechanics of growing leaves and blooming flowers. Each piece emerges from a computational simulation of differential growth, a surface that grows at different rates in different location. The flowering structures expand fastest along their edges, evolving from simple surfaces to flexuous forms that fill space with curves, folds, and ruffles.
Material: Nylon
Micro Flora 3D Printed Ring
A simple band blooms into an intricate convolution of 3D-printed nylon.
Floraform is inspired by the biomechanics of growing leaves and blooming flowers. Each piece emerges from a computational simulation of differential growth, a surface that grows at different rates in different location. The flowering structures expand fastest along their edges, evolving from simple surfaces to flexuous forms that fill space with curves, folds, and ruffles.
Material: Nylon
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
A simple band blooms into an intricate convolution of 3D-printed nylon.
Floraform is inspired by the biomechanics of growing leaves and blooming flowers. Each piece emerges from a computational simulation of differential growth, a surface that grows at different rates in different location. The flowering structures expand fastest along their edges, evolving from simple surfaces to flexuous forms that fill space with curves, folds, and ruffles.
Material: Nylon
