Growthobjects /'s profile

HIGH COMPLEXITY NATURAL GEOMETRIES / RESEARCH LAB

Growthobjects /
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3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
RESEARCH LAB
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An applied research that goes further in the creation, use, and materialization of 3D natural geometries. We named them: HICONG (High Complexity Natural Geometries), and the only way possible of manufacturing them is using the ALM technologies. This study borns with the aim of mixing the natural fractal world with the Euclidian mechanical one.
The keys of the project apply Nature as innovation and evolution in design and engineering, passing from software reflections, new object conceptions and art ideas, to real manufacturing products.
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Dimensions / XYZ
Various sizes
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Technology
Selective Laser Sintering (SLS)
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Material
Polyamide / Dyed in variety of colors
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Client
Self-Initiated
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Year
2009
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
3d printing additive layer manufacturing biomimicry complex geometries digital design fractal generative design mathematics Nature selective laser sintering polyamide Biomimetics
HIGH COMPLEXITY NATURAL GEOMETRIES / RESEARCH LAB
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Growthobjects /'s profile

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Growthobjects /'s profile
Barcelona, Spain

HIGH COMPLEXITY NATURAL GEOMETRIES / RESEARCH LAB

An applied research that goes further in the creation, use, and materialization of 3D natural geometries. We named them: HICONG (High Complexity Read More

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