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Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster

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Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster

Northwestern's slot-die and light process builds freestanding lattices from paste inks over four times faster than extrusion, without…

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Home / News / Plant-based AM Molded Shoes Get Funding Boost

Plant-based AM Molded Shoes Get Funding Boost

July 11, 2022

New York-based fashion design company Simplifyber has just received 3.5 million USD in seed funding to continue development of their range of footwear and clothing.

What is novel about the company is the material process they are using to create their fabrics. These fabrics are molded, not woven and stitched together, and they are molded from a mix of plant matter and other biodegradable materials. You can see the shoe in the image below.

Simplifyber
Upper molded over printed mold (Image credit: Simplifyber)

First up, you will notice that the sole is clearly made with additive manufacturing, and this sole has been printed with the collaboration of HP, presumably on one of their MJF machines.
But the real innovation lies in the shoe upper (the bit that covers the foot).

This is the molded fabric, and it is produced with a means partly inspired by traditional paper making techniques.

Like papermaking, the fabric starts as a pulp of wood and other additives and is all mashed together creating a slurry. In traditional papermaking, this slurry would be poured into a frame and dried over time forming a piece of paper.

With the Simplifyber material, the cellulose-based liquid slurry is injection molded into 3D printed molds, where it forms the shape of the garment and solidifies as it cures.

Curing is permitted thanks to the crosslinking of food-based waste (presumably some kind of starch) and it sets to form a material that has the same handling qualities as leather.

“I saw how additive manufacturing (e.g., 3D printing) was disrupting nearly every other industry, but not in fashion. I set out to find the people that could make this a reality,” said Maria Intscher-Owrang, co-founder and CEO at Simplifyber.

“We discovered a way to create clothing using soft plant fibers. We start with a liquid cellulose – made in a lab, not in a mill – which is then poured on specially-designed molds and dried, eliminating fabric waste altogether and allowing on-demand, stock-free service.”

The result is a fabric that removes spinning, weaving, cutting, and sewing from the manufacturing process, cutting out 60% of the steps and reducing the 35% of materials in the fashion supply chain that ends up as waste. And being biodegradable naturally contributes to waste reduction also. It can also be recycled as paper or plastics.

“With its single-step process for clothing making, Simplifyber has the potential to beat the unit economics of polyester, becoming an economically and environmentally viable solution against plastic waste,” said Laurie Menoud, Partner, At One Ventures who led the round of seed funding.

“We’re looking forward to partnering with the team to bring this solution to scale. We believe Simplifyber could be the apparel of the future: They are not only beautifully designed but have a low carbon footprint and are price-accessible, which is a significant differentiation from other sustainable clothing brands.”

You can read more about Simplifyber and keep an eye out for their product releases over on their website. Press materials state that the products could hit the shelves as early as this year.

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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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Northwestern Engineers Print Paste Inks Into Freestanding Lattices Four Times Faster

Northwestern's slot-die and light process builds freestanding lattices from paste inks over four times faster than extrusion, without co-printed supports.

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Creality HALOT-MAGE S 14K

$399
  • This page keeps the HALOT-SKY address and now covers the HALOT-MAGE S 14K.
Creality HALOT-MAGE S 14K
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Formlabs Form 4

~$3,499
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Creality CR-Scan Ferret Pro

~$359
  • Wireless Wi-Fi 6 version of the Ferret with anti-shake technology, ability to scan blac…
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Anycubic Kobra S1 Max Combo

~$1,264
  • The first Anycubic with a real 65°C heated chamber inside a fully enclosed CoreXY arou…
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Hatchbox ABS

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Anycubic Photon Mono M7 Pro

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Revopoint INSPIRE 2

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