by
nervoussystem
this piece is size MEDIUM
size LARGE also available
not sure which size you need? check out our sizing chart
An intricate, organic cuff from our Cell Cycle collection which was inspired by cellular forms. The C-shaped, flexible design fits close to the skin, is light-weight, and uses minimal material. The final product is built up layer by layer in durable nylon plastic using Selective Laser Sintering, a kind of 3D printing. Nylon is quite comfortable to wear because it is lightweight and flexible.
The design was formed in a simulation of spring meshes. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure. In our work, we start with a natural inspiration and translate that into interactive software which we can use to generate an infinite variety of forms and patterns.
size LARGE also available
not sure which size you need? check out our sizing chart
An intricate, organic cuff from our Cell Cycle collection which was inspired by cellular forms. The C-shaped, flexible design fits close to the skin, is light-weight, and uses minimal material. The final product is built up layer by layer in durable nylon plastic using Selective Laser Sintering, a kind of 3D printing. Nylon is quite comfortable to wear because it is lightweight and flexible.
The design was formed in a simulation of spring meshes. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure. In our work, we start with a natural inspiration and translate that into interactive software which we can use to generate an infinite variety of forms and patterns.
by
berky93
This is a bottle. But not just any bottle, a special bottle. This bottle has no top or bottom, nor a front or back, nor even an inside or outside. This special bottle is called a klein bottle.
Klein bottles are non-orientable objects, meaning they have no definable sides. The outside flows to the inside and back again, making it impossible to discern between the two.
Of course, this isn't a real klein bottle. It would be physically impossible to create a real klein bottle. Like my mobius strip-based models, this is the closest possible 3-dimensional representation of the object. Still, it's mathematical and theoretical properties are evident and fascinating.
Klein bottles are non-orientable objects, meaning they have no definable sides. The outside flows to the inside and back again, making it impossible to discern between the two.
Of course, this isn't a real klein bottle. It would be physically impossible to create a real klein bottle. Like my mobius strip-based models, this is the closest possible 3-dimensional representation of the object. Still, it's mathematical and theoretical properties are evident and fascinating.
by
nervoussystem
Inspired by the complex forms of radiolarians, where intricate pattern is integral to structure, these shapes derive from a simulation of spring meshes. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure.
size (inner circumference)
SMALL 7.2in / 18.2cm
MEDIUM 7.8in / 20cm, fits most
LARGE 8.5in / 21.5cm
click CREATE to select your size
Watch a video showing the software we created to design these pieces http://vimeo.com/10074976
size (inner circumference)
SMALL 7.2in / 18.2cm
MEDIUM 7.8in / 20cm, fits most
LARGE 8.5in / 21.5cm
click CREATE to select your size
Watch a video showing the software we created to design these pieces http://vimeo.com/10074976
by
nervoussystem
A sterling silver bangle inspired by the complex cellular patterns of nature. Part of the Cell Cycle collection, the bracelet was created through simulations of the physical forces in a cellular network. It is built up layer by layer in wax using 3D printing and cast in sterling silver using lost wax casting. This form would be impossible to create by traditional manufacturing methods.
size SMALL
available in S M L
SMALL inner diameter 57.9mm circumference 18.2cm
MEDIUM inner diameter 63.7mm circumference 20cm fits most
LARGE inner diameter 68.4mm circumference 21.5cm
This video shows the software we created to design the cell cycle collection
size SMALL
available in S M L
SMALL inner diameter 57.9mm circumference 18.2cm
MEDIUM inner diameter 63.7mm circumference 20cm fits most
LARGE inner diameter 68.4mm circumference 21.5cm
This video shows the software we created to design the cell cycle collection
by
nervoussystem
Inspired by the complex forms of radiolarians, where intricate pattern is integral to structure, these shapes derive from a simulation of spring meshes. We created interactive software to morph, twist, and subdivide each design, transforming a simple mesh to a complex patterned structure.
size (inner circumference)
SMALL 7.2in / 18.2cm
MEDIUM 7.8in / 20cm, fits most
LARGE 8.5in / 21.5cm
click CREATE to select your size
Watch a video showing the software we created to design these pieces http://vimeo.com/10074976
size (inner circumference)
SMALL 7.2in / 18.2cm
MEDIUM 7.8in / 20cm, fits most
LARGE 8.5in / 21.5cm
click CREATE to select your size
Watch a video showing the software we created to design these pieces http://vimeo.com/10074976
