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
juniortan
A satire on superheroes, gadgets, consumerism and small caliber arms. As featured on Gizmodo, the Revolver iPhone is as irreverent, silly, amusing and provocative as ever.
http://gizmodo.com/#!5551267/irevolver
Please note that the model has been updated with a lot less material needed for printing (cheaper), and now incorporates a slot and space for an original iPhone USB cable, so you don't have to dismount the phone to charge/sync.
This iPhone case is designed to only fit the iPhone 4, and fit is by press fit; you may need to sand the inner surface to hold the iPhone properly.
IMPORTANT:
You need to order the USB cradle separately.
http://www.shapeways.com/model/230215/iphone4_ruger___usb_cradle.html?gid=ug40945
http://gizmodo.com/#!5551267/irevolver
Please note that the model has been updated with a lot less material needed for printing (cheaper), and now incorporates a slot and space for an original iPhone USB cable, so you don't have to dismount the phone to charge/sync.
This iPhone case is designed to only fit the iPhone 4, and fit is by press fit; you may need to sand the inner surface to hold the iPhone properly.
IMPORTANT:
You need to order the USB cradle separately.
http://www.shapeways.com/model/230215/iphone4_ruger___usb_cradle.html?gid=ug40945
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.
