Cellular Earrings - 1 pair

Cellular Earrings - 1 pair 3d printed Jewelry Earrings White Strong & Flexible Polished
White Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings White Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings White Strong & Flexible Polished
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Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings in black strong flexible
Cellular Earrings - 1 pair 3d printed Jewelry Earrings in black strong flexible
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings Blue Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings Blue Strong & Flexible Polished
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings Red Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings Red Strong & Flexible Polished
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Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings Purple Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings Purple Strong & Flexible Polished
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings Pink Strong & Flexible Polished
Cellular Earrings - 1 pair 3d printed Jewelry Earrings Pink Strong & Flexible Polished
Digital Preview

Not a Photo

Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Cellular Earrings - 1 pair 3d printed Jewelry Earrings
Digital Preview

Not a Photo

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About this Product

A pair of round cellular earrings. Two contrasting layers of pattern spiral towards an inner hold in this design creating a complex form that draws the eye.

Part of our Cell Cycle collection 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.

Dimensions

IN: 0.485 w x 3.959 d x 2.023 h
CM: 1.232 w x 10.056 d x 5.138 h
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Very nice looking
November 4, 2012, 7:05 pm
 
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