Skip to main content

Ikea's stretchy 3D-knitted chairs are like shoes you sit in

IKEA Today - IKEA PS 2017 - See-through sofa
Using a process more familiar to the footwear industry (like the JS Shoe), Ikea is introducing its first piece of 3D-knit furniture — a chair. High-end design firms have begun to play with 3D knit fabrics, but Ikea will be among one of the first to introduce the process on a global scale.

While it’s been around a while, 3D knitting is going a bit more mainstream lately. Using a digital design and your measurements, the machine can knit a piece of clothing perfectly fit for you. Ikea’s machine can knit with wool, but also linen, cotton, and polyester, materials much more suited to furniture.

The stretchy fabric created with the 3D knitting process mimics the comfort of a hammock and is designed to look semi-transparent and to be lightweight. The chair is part of Ikea’s PS Collection.

“At Ikea, we have been curious about this 3D knitting technique for some time,” designer Sarah Fager told Dezeen. “We have all seen it being used in those colorful sneakers and it’s a really smart way to produce things, since it’s fully automatized.”

Ikea’s PS 2017 Collection also includes items made entirely from recycled products, like a set of vases created using glass unfit for other use. Much of the collection as a whole was designed on the factory floor. “By working directly with the suppliers, the designers also have found ways to create comfort using as little material as possible and to flatpack furnishings more efficiently,”PS 2017 creative lead James Futcher said earlier this year. “For example, the development team was exploring the use of a flat-bed knitting machine to create a very thin, lightweight material that is not only extremely comfortable but also eliminates the need to pack and ship big pieces of foam.”

The 3D knitted chairs will be available in early 2017 in pink or grey, with a white or black frame. They’ll cost $158 (£125).

Editors' Recommendations

Nicole Carpenter
Nicole is a freelance video game and tech writer from Massachusetts. She has a cat named Puppy.
AMD’s 3D-stacked Ryzen 7 5800X3D is ‘world’s fastest gaming processor’
AMD CEO presenting new CPU.

The first processor to use a 3D V-Cache technology was announced at the big AMD CES 2022 keynote. The tech was first announced at Computex 2021, and fans have been eagerly awaiting a processor that will put it to use.

That processor is the Ryzen 7 5800X3D, which seems like a strange place to start a new range of processors. AMD has its Ryzen 9 chips, after all. That's because the new Ryzen 7 can outclass AMD's Ryzen 9 5900X while gaming, despite using the same architecture.

Read more
Need a last-minute Halloween costume? Check out these 3D-printable getups
3D printed Halloween costumes

Still not sure what to dress up as for Halloween this year? Well, instead of frantically scrambling around town looking for the right shop with the right stuff, have you considered 3D printing your Halloween costume? Check out our list of 3D-printable masks and costume pieces to get all geared up for this year's spooking, then fire up that printer.

If you've already finished your costume and want to get started on your scary movie watchlist, we've put together a list of the best horror movies on Netflix.
Squid Game soldier mask

Read more
NASA is testing a 3D printer that uses moon dust to print in space
The Redwire Regolith Print facility suite, consisting of Redwire's Additive Manufacturing Facility, and the print heads, plates and lunar regolith simulant feedstock that launches to the International Space Station.

The Redwire Regolith Print facility suite, consisting of Redwire's Additive Manufacturing Facility and the print heads, plates, and lunar regolith simulant feedstock that launches to the International Space Station. Redwire Space

When a Northrop Grumman Cygnus cargo spacecraft arrived at the International Space Station (ISS) this week, it carried a very special piece of equipment from Earth: A 3D printer that uses moon dust to make solid material.

Read more