PIKKPACK – Shoes You Assemble Yourself

Pikkpack is an easy style flat-packed shoe made of high quality 100% leather upper and sole. The shoes are cut from only one piece of leather and the ..

Gram Shoes, Stockholm: Technical and material-driven shoes, made in Hong Kong and designed by three Swedes

Gram Shoes, Stockholm


Swedish footwear label, Gram has been quietly yet persistently gathering a cult following since its arrival in 2005. It’s the creative outlet of designer Hong Kong-based Alexis Holm, Johan Larsson and…

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FEIT Shoes: The handmade leather shoes from Sydney have landed stateside at Dover Street Market and now Assembly New York

FEIT Shoes


Founded by the Price brothers, FEIT has been admired for some time—not only for their minimal design aesthetic, but also their dedication to “fighting” the retail system and swimming against the current. This battle includes having…

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Wimbleys No-Show Socks: Boldly patterned socks that promise to stay put, just in time for summer

Wimbleys No-Show Socks


Whether you’re sporting loafers or a worn-out pair of Chuck Taylors, in the heat of the summer, there are one too many sacrifices that come with the appealing sockless look—blisters, sweat and stink, just to name a few. While no-show socks have been…

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SOLS: Using 3D-printing technology to make the much-avoided subject of orthotics relevant and attractive

SOLS


In an age of technology during which eye vision can be corrected in 10 minutes, prosthetic limbs are breaking ground in sensory feedback and computers can be controlled by brains, we’re surprisingly lacking in the orthotics department—an area that’s in high demand but…

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Joseph Ford for Sneakers Magazine

Le photographe britannique Joseph Ford à réalisé une série de photographies pour le magazine allemand « Sneakers » avec des chaussures signées Lacoste, Nike, Puma, Asics et autres pour le moins originale : araignées, serpents, scorpions et même crocodile posent devant l’objectif, et s’attaquent à des chaussures.

Joseph Ford for Sneakers Magazine 1
Joseph Ford for Sneakers Magazine 3
Joseph Ford for Sneakers Magazine 4
Joseph Ford for Sneakers Magazine 2
Joseph Ford for Sneakers Magazine 5

Shoe factory by Eugenia Morpurgo brings the production line to local high streets

Italian designer Eugenia Morpurgo has set up a high-street micro factory, which uses digital manufacturing to produce her range of customisable shoes that wearers can assemble and repair themselves.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Lace-ups with leather uppers designed by Sophia Guggenberger

Called Don’t Run – Beta, the project is a collaboration between Eugenia Morpurgo and British-Spanish designer Juan Montero to create a production line for leather shoes, so the buyer can customise their new footwear and see it being produced in-store on a laser cutter and 3D printer.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Sandals with leather uppers designed by Anastasija Mase

Morpurgo first launched her canvas repairable shoes – that can be repaired easily because they’re joined with reversible, mechanical fastenings rather then the usual stitches or glue – in 2011.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Sandals with leather uppers designed by Eliška Kuchtová

Now she has followed up with a new range of colourful sandals, lace-ups and boots using the same system, but with leather uppers designed by Sophia Guggenberger, Anastasija Mase and Eliška Kuchtová.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
The full range of shoes

Customers first choose the style of shoe they want and the pattern is adjusted to their size on-screen. They then choose the foam from which the sole and insole will be cut, colour of filament for the 3D-printed connectors and a piece of leather for the uppers. They watch the machines at work and are then taught how to assemble the shoes.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Customers choose the foam from which the sole and insole will be cut, colour of filament for the 3D-printed connectors and a piece of leather for the uppers

To make the shoe, the leather uppers and rubber soles are laser-cut with a series of connecting holes. The 3D printer then produces a series of connections that are used to attach each piece of material through the holes.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
The leather uppers and rubber soles are laser-cut with a series of connecting holes

Next, the uppers are folded over the sole and either tied with laces or attached with more connectors, depending on the design.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
The 3D printer produces a series of connections that are used to attach each piece of material through the holes

“Taking a step away from the established status quo and the relentless pursuit of quantity and profit, Don’t Run – Beta offers a possible alternative to mass production through small scale, on-demand digital manufacturing,” said Morpurgo. “It is an experimental system focused on illustrating the possibility of a transparent, open and collaborative production line for shoe making and design.”

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Stage one of the assembly process

She explained that this pilot production process is an example of how designers can use digital technologies to make their own products.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Stage two of the assembly process

“The decentralisation of large-scale production and distribution makes it possible to offer greater control to both designers and consumers,” Morpurgo added. “What we have are high streets with micro factories set up to deliver personal and transparent products only in the presence of real demand.”

More micro factories:

  • Can City mobile aluminium furnace by Studio Swine
  • Precious Plastic by Dave Hakkens
  • C-Fabriek curated by Itay Ohaly and Thomas Vailly

It is also a cheaper way of producing shoes on a small scale. Traditionally, shoe producers need two sole moulds for each shoe, but this is expensive and the reason companies produce a large number of shoes to cover the cost.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Stage three of the assembly process

As Don’t Run – Beta replaces the physical moulds with digital data, the designers are able to use unlimited digital libraries of soles, sizes and styles. This not only eliminates the need for storage space but also reduces the cost by up to 75 percent.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets

The leather is sourced from local sellers in an attempt to re-use off cuts and waste material, so the pieces are cheaper but also unique.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets

The price of each pair is dependant on the weight, since this is a direct reflection of the material used and time taken to cut and produce the shoe.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets

The production line was trialled at the end of last year as part of a month-long residency at an art space called These Things Take Time in Ghent, Belgium.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Generic industrialisation process

It was set up in collaboration with TimeLab Ghent who provided all the technical support and machinery.

Shoe factory by Eugenia Morpurgo brings the production line to local high streets
Don’t run process

Don’t Run – Beta was also made in collaboration with Olivia de Gouveia for graphic communication and Francesco Zorzi for illustrations.

The post Shoe factory by Eugenia Morpurgo brings
the production line to local high streets
appeared first on Dezeen.

Michael Leavitt’s Cardboard Kicks: The Seattle-based artist replicates an ordinary item with an everyday material, with fantastic results

Michael Leavitt's Cardboard Kicks


by Eva Glettner Seattle-based Michael Leavitt might be a college dropout (he quit Brooklyn’s Pratt Institute of Art as a freshman, despite his a 4.0 GPA) but that, by no means, has meant he’s a failed artist….

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Cool Hunting Video: Nike Magista: The next step in football combines innovative design and technology

Cool Hunting Video: Nike Magista


Not long ago, Nike invited us to Barcelona, Spain for the unveiling of their latest shoes, which are yet another step forward in the revolutionizing of football boots. The ); return…

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3D-printed shoes by Recreus scrunch up to fit into pockets

These shoes are 3D-printed using flexible, durable filament so they can be folded up and stuffed into a pocket or bag (+ slideshow).

3D-printed shoes by Recreus scrunch up to fit into pockets

Designed by Ignacio Garcia of Spanish 3D-printing firm Recreus, the Sneakerbot II shoes are printed with the company’s Filaflex 1.75-millimetre filament, which comes in a range of metallic colours and matte hues.

3D-printed shoes by Recreus scrunch up to fit into pockets

This elastic filament forms a rubbery, waterproof material that is bendy and retains its shape after being scrunched up.

3D-printed shoes by Recreus scrunch up to fit into pockets

The shoes can be printed on a MakerBot using a custom extruder also designed by Garcia, which prevents the elastic filament becoming tangled during the process.

3D-printed shoes by Recreus scrunch up to fit into pockets

Sole and upper are printed in one piece, then the tongue is attached to the front of the shoe. Holes for threading the laces through are incorporated into the print file.

3D-printed shoes by Recreus scrunch up to fit into pockets

Chunky faceted forms around the bases of the high-top trainers create a Futurist appearance.

3D-printed shoes by Recreus scrunch up to fit into pockets

This design builds on the original Sneakerbot model, which has smoother surfaces that look more like running shoes.

3D-printed shoes by Recreus scrunch up to fit into pockets

The files for both designs are available to download for free from MakerBot’s Thingiverse website.

3D-printed shoes by Recreus scrunch up to fit into pockets

Others experimenting with 3D-printed footwear include fashion designer Iris van Herpen and sports brand Nike, which have both used the technology to create shoes. Also, 3D-printing company Cubify has launched a range of women’s shoes that can be printed overnight at home.

The post 3D-printed shoes by Recreus
scrunch up to fit into pockets
appeared first on Dezeen.