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Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

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Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Blue Origin's new Northstar liquid oxygen and LNG booster engine is more than 65 percent additively manufactured, with…

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Home / News / Spidique Chair’s Innovative Design Minimizes Material Use

Spidique Chair’s Innovative Design Minimizes Material Use

May 24, 2024

Designer Siqi Yang has recently unveiled the Spidique chair, which has been designed to minimize material usage. Spidique’s USP lies in its efficient design, resulting from the use of algorithms to minimize plastic use, without sacrificing strength or style.

Yang used the Ameba software and the BESO algorithm, to craft a strong yet lightweight chair, minimizing material use – a key factor in reducing its environmental impact.

Spidique Chair's Innovative Design Minimizes Material Use
The efficiently designed Spidique chair. (Image Credit: Siqi Yang)

The computational design software was used to calculate the exact amount of material needed to create a robust, structurally sound chair. After the design was complete, 3D printing was used for fabrication eliminating the waste often associated with traditional furniture production. The whole workflow eliminates excess material that would ultimately end up as waste.

Studies by the designer reveal that 3D printing can potentially slash material waste by a significant 25%, while also trimming production time by an impressive 30%.

The design itself draws inspiration from renowned artists like Ross Lovegrove and Luigi Colani, resulting in a visually striking form that blends futuristic and organic elements.

Source: yankodesign.com

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Phillip Keane

Phillip is an aerospace engineer from UK. He is a graduate of Coventry University (UK), International Space University (France) and Nanyang Technological University (Singapore), where he studied Advanced Manufacturing at the Singapore Centre for 3D Printing.

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Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

Blue Origin's new Northstar liquid oxygen and LNG booster engine is more than 65 percent additively manufactured, with 30 percent less mass than... read more »

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Blue Origin Northstar Booster Engine Is Over 65 Percent Printed

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University of South Florida Students Test 3D Printed Oyster Bricks on Tampa Bay Seawalls

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Snapmaker U1

~$899
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Creality HALOT-X1

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Creality SparkX i7

~$239-$299
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eSUN ePA-CF

~$40 to 50/kg
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3DMakerpro Mole

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Fiberlogy PCTG

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Bambu Lab P2S Combo

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Creality Ender 3 V3 KE

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