by
90grad@gmx.ch
Bracelet based on branching pattern.
Default diameter is 65 mm (various sizes available).
Also available as ring.. Please contact us
Updated Geometry/ Issues fixed
Default diameter is 65 mm (various sizes available).
Also available as ring.. Please contact us
Updated Geometry/ Issues fixed
by
nervoussystem
A striking cellular cuff inspired by microscopic cellular structures and created using computer simulation and 3d-printing.
this bracelet is size MEDIUM
also available in size LARGE
The C-shaped design fits close to the skin, is light-weight and uses minimal material. It was built up layer by layer from stainless steel powder using 3D printing and fused in a kiln. The two layer form of the cuff would be impossible to create by traditional manufacturing methods. Its outer surfaces have a smooth, polished finish which contrasts with the unpolished interior to create an intricate, 3-dimensional cuff.
It is a part of our Cell Cycle collection which was inspired by the intricate mineral forms of Radiolarians. The form is the result of a physics simulation of the forces in a cellular network of springs. Using our custom software, we created the Spiral Cuff by morphing, twisting, and subdividing; transforming a simple mesh to a complex patterned structure.
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this design optimized for printing in stainless steel but is also great in the "Strong & Flexible" family of materials
this bracelet is size MEDIUM
also available in size LARGE
The C-shaped design fits close to the skin, is light-weight and uses minimal material. It was built up layer by layer from stainless steel powder using 3D printing and fused in a kiln. The two layer form of the cuff would be impossible to create by traditional manufacturing methods. Its outer surfaces have a smooth, polished finish which contrasts with the unpolished interior to create an intricate, 3-dimensional cuff.
It is a part of our Cell Cycle collection which was inspired by the intricate mineral forms of Radiolarians. The form is the result of a physics simulation of the forces in a cellular network of springs. Using our custom software, we created the Spiral Cuff by morphing, twisting, and subdividing; transforming a simple mesh to a complex patterned structure.
--
this design optimized for printing in stainless steel but is also great in the "Strong & Flexible" family of materials
by
nervoussystem
this is size LARGE
size MEDIUM also available
Inspired by the complex forms of radiolarians, where intricate pattern is integral to structure, these shapes derive from a simulation of spring meshes enclosing an interstitial space. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure.
size MEDIUM also available
Inspired by the complex forms of radiolarians, where intricate pattern is integral to structure, these shapes derive from a simulation of spring meshes enclosing an interstitial space. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure.
The C-shaped, flexible design fits close to the skin, is light-weight, and uses minimal material.
by
kiorodesign
This ring takes inspiration from marine world. Two fish tails revolve along a helix to form a ring.
Questo anello prende ispirazione dal mondo marino. Due code di pesce evolvono intorno ad un elicoide per formare un anello.
Available Sizes - Misure disponibili :
US size 6 (16.5 mm) US size 7 (17.35 mm) US size 8 (18.2 mm)
For other sizes, please send me a request. Per altre misure si prega di contattare
KIORO'design - 3D printed designs
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Questo anello prende ispirazione dal mondo marino. Due code di pesce evolvono intorno ad un elicoide per formare un anello.
Available Sizes - Misure disponibili :
US size 6 (16.5 mm) US size 7 (17.35 mm) US size 8 (18.2 mm)For other sizes, please send me a request. Per altre misure si prega di contattare
KIORO'design - 3D printed designs
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by
csart
.7 x 2.4 x 2.2 Inches
Bracelet for smaller wrists.
Bracelet for smaller wrists.
