I aligned the shapes carefully to interlock and optimized their geometry to reduce printing costs. Some of my all-time bestselling designs are these dangling cubes earrings and the matching interlocking octahedron necklace. Now that we’ve made some earrings together and explored a number of key functions, I’m excited to share a number of my mathematically inspired pieces of jewelry, all 3D modeled using the Wolfram Language.ģD printing allows for intricate designs that wouldn’t be possible to create in any other way, such as when they consist of interlocking pieces. Be aware that for 3D-printed objects, if you scale a model by a factor of two, that increases the volume of the material (and therefore its cost) by a factor of eight! Mathematical Jewelry Created in Mathematica Even though metal prints are more expensive than the nylon, they are still affordable because of the size of the models. A high-resolution wax model is 3D printed, a plaster mold is formed around it and the wax is replaced by molten metal. A piece in gold, silver or brass is created through a lost-wax casting method. When a piece is printed in nylon using selective laser sintering, it is inexpensive and can be dyed to be bright and eye-catching. Image of dodecahedron wireframe earrings courtesy of Hanusa DesignģD-printed jewelry seems to inhabit a sweet spot for 3D printing. This 3D model can now be uploaded to a 3D printing service and printed just for you, just like the pair you can order here. For example, here is a dodecahedron:Įxport "dodecahearring.stl", earring]] At the heart of a number of designs is polyhedral geometry, easily accessible in the Wolfram Language through the PolyhedronData command. Creating a Pair of Dodecahedron EarringsĮvery item at Hanusa Design has been 3D modeled in Wolfram Mathematica and then 3D printed to bring the jewelry to life. In the second half of this post, I’ll share the mathematics and Wolfram Language commands behind some of my favorite designs. In this blog, I’ll give a look under the hood and discuss how an idea becomes a product through the Wolfram Language.įirst, we’ll go through a tutorial of how to create a pair of mathematical earrings. Just in time for Valentine’s Day, we recently launched Spikey earrings in the Wolfram Store, which are available in rose gold–plated brass and red nylon. These pieces are created using the range of functionality in the Wolfram Language. I make unique products that feature striking designs inspired by the beauty and precision of mathematics. That’s the idea behind my business, Hanusa Design. I enjoy turning mathematical concepts into wearable pieces of art.
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