This Complex Toy Spinning Top Was 3D-Printed with Polished Nickel Steel
Cadhla Gray — November 4, 2015 — Art & Design
This beautifully crafted toy spinning top is a step up from flimsy plastic spinners of the past. This 3D-printed toy uses mathematics, machines and technology to its advantage in order to create an intricate toy that resembles one of nature's most deadly phenomena.
The polished nickel steel shines as the tornado-like toy spins round and round for children's entertainment and adults' intrigue. Designed by artist Dalton Bissel, it can spin for an extended amount of time as its heavy upper section pushes air down while it simultaneously rotates clockwise.
Essentially looking like a gray metal swirl, the tornado toy spinning top also resembles a hurricane from above. The collection also comes in polished or matte gold, bronze or stainless steel.
The polished nickel steel shines as the tornado-like toy spins round and round for children's entertainment and adults' intrigue. Designed by artist Dalton Bissel, it can spin for an extended amount of time as its heavy upper section pushes air down while it simultaneously rotates clockwise.
Essentially looking like a gray metal swirl, the tornado toy spinning top also resembles a hurricane from above. The collection also comes in polished or matte gold, bronze or stainless steel.
Trend Themes
1. 3d-printed Toys - There is potential for more complex and intricately designed toys to be created using 3D-printing technology, which could disrupt the traditional toy industry.
2. Math-driven Design - Incorporating math and science into toy design could create new educational and STEM-focused toys for kids.
3. Luxury Collectibles - There may be a market for high-end, artisanal toys like this 3D-printed spinning top amongst collectors and hobbyists.
Industry Implications
1. Toy Manufacturing - Toy manufacturers can explore incorporating 3D-printing technology and math-driven designs into their product lines to stay competitive.
2. Educational Toy Industry - Incorporating math and science into toys could disrupt the traditional educational toy industry and create new opportunities for companies.
3. Artisanal Goods - The luxury and collector markets could be disrupted by artisanal toys like this 3D-printed spinning top, opening up new opportunities for craftspersons and artists.
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