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Manufacturing

Adidas 3D Runner printed sneaker midsole Futurecraft 333 retail
Manufacturing, Shoes

Adidas Begins Selling Its First 3D Printed Sneaker: The 3D Runner

Adidas 3D Runner printed sneaker midsole Futurecraft 333 retail

Adidas has been eying the use of 3D printing technology in its sneakers for some time. Last Fall the footwear maker debuted a 3D printed concept shoe called Futurecraft 3D. The midsole was printed using a latticework technique that allowed the shoe to be firm when standing and cushiony when running. Furthermore, the midsole could be customized for your foot shape, pressure points, and impact pattern. Over a year later, Adidas is finally bringing to market its first 3D printed shoe. While Adidas hasn’t yet reached the customizable future it envisioned, the shoe is still exciting and marks an important first step for the company towards the future of footwear manufacturing. The new shoes, called 3D Runner, are available in a stunning, completely matte black design. The upper is crafted using the company’s 3D knitted Primeknit technology (also used on Ultra Boosts and Yeezys) while the midsole is completely 3D printed. The shoes look amazing, but don’t count on getting your hands on a pair.  

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Corning Gorilla Glass SR+ Wearables Sapphire Apple Samsung smartwatch
Manufacturing, Watches, Wearable Technology

Corning’s New Gorilla Glass SR+ Is Designed For Wearables

Corning Gorilla Glass SR+ Wearables Sapphire Apple Samsung smartwatch

It is no secret that wearable devices take a beating. They are constantly exposed, being subjected to not only the elements but also the objects you encounter everyday. There is nothing more frustrating than your watch ramming a door handle as you walk by or scraping along the wall when you reach for something. Sapphire glass is used for numerous of wearables for just that reason – sapphire is the second hardest material, only behind diamonds. But sapphire glass isn’t perfect. To start with, it is expensive (estimated to cost 3 to 4 times more than typical Gorilla Glass) and heavy (67% heavier than typical Gorilla Glass). Also for how great it is protecting against scratches, sapphire glass shatters very easily. Finally, the optics of sapphire glass, especially in direct light, are not nearly as good as traditional glass products. Looking to address all of these issues, Corning has developed Gorilla Glass SR+.  

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Adidas Parley Gillnet Oncean Plastic Sneaker UN Contest Instagram Ultra Boost
Environment, Manufacturing, Shoes

Adidas x Parley Gillnet Sneaker Getting a Limited Edition Launch

Adidas Parley Gillnet Oncean Plastic Sneaker UN Contest Instagram Ultra Boost

Last July we reported on a new Adidas sneaker created with the help of Parley For The Oceans. The footwear featured an upper made entirely from recycled ocean plastic. The idea was to find a second life for the trash polluting the world’s oceans. Perhaps one of the most fascinating aspects of the shoe though was the distinctive green trim. The trim utilized strands from illegal deep-sea gillnets – well actually, more specifically, from 45 miles of netting which was seized by the nonprofit Sea Shepherd. We reported on the NYTimes’ incredible profile of Sea Shepherd’s 110 day chase last year (if you haven’t read it, please do!). Last summer Adidas stated that they wanted to turn the shoe into a real product eventually. It appears the footwear maker is a step closer to that, they have announced the launch of 50 pairs of the Adidas x Parley.  

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Nike HP 3D Printed Sneakers Jet Fusion
Business, Manufacturing, Shoes, Sports

Nike Partners With HP For 3D Printing Technology

Nike HP 3D Printed Sneakers Jet Fusion

When you think of HP the first thing that comes to mind is probably computers or inkjet printers (or those terrible TouchPad ads). Moving forward, HP would like for you to add 3D printing to that list. The company has announced two new commercial printers which they believe will be game changers for both prototyping and manufacturing. We don’t normally cover industrial products, but the tech behind HP’s new Jet Fusion 3D printers is a significant step forward and could very well pave the path to an on-demand, 3D printed manufacturing economy. In fact, the technology is so game changing, Nike is partnering with HP to use the printers for future products.  

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Ohio State Functional Textile e-textile fabric circuit wearable project jacquard
Clothing, Fashion, Manufacturing, Wearable Technology

Ohio State’s Woven Circuitry Could Lead To New Kinds Of Wearables

Ohio State Functional Textile e-textile fabric circuit wearable project jacquard

One of the biggest obstacles wearable technology faces is integration. Clothes are soft, stretchy, malleable, and (for the most part) washable, while the circuity required for wearables is none of those things. The circuitry needed to make a wearable device work is rigid, bulky, and definitely not washable. Announced last year, Google’s Project Jacquard is a step towards solving this dilemma with loom-friendly fabric touch-surfaces, but you still would need traditional circuity to make it all work. It looks like Ohio State University might have a solution for that though. They have been hard at work for the past several years developing a fabric that can be sewn into custom circuits.  Dubbed a functional textile (or e-textile), the thread they have created is .1mm thick and contains 7 twisted filaments made of copper and pure silver. Because it has superb conductive qualities and can be sewn into practically any shape, researchers view the material as a viable replacement for traditional circuitry. The material’s fine width means incredibly complex designs can be created.  

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Under Armour Architech 3D Printed Midsole Sneakers
Manufacturing, Shoes, Sports

Under Armour Releases Limited Edition 3D Printed Sneaker

Under Armour Launches Architech 3D Printed Midsole Sneakers

When Adidas showed off a prototype 3D printed shoe last year we were very excited to see such a giant leap forward in 3D printing, manufacturing, and sneaker design. What we didn’t realize was that within months there would be a slew of other shoe manufacturers jumping into the 3D printing “ring.” We have seen a second 3D printed sneaker from Adidas, have release plans from New Balance for a pair of kicks with printed midsoles, and even witnessed a successful Kickstarter for a fully 3D knitted shoe. Now we can add one more company to the list. Under Armour just announced a sneaker with a 3D printed midsole. The shoe, called UA Architech go on sale today for $300 through the company’s website and at their company store in Baltimore. The catch…Under Armour only produced 96 pairs. Like other sneakers with 3D printed midsoles, the design is based on a lattice structure. To ensure the pattern of their lattice design achieved the best possible balance of support, cushioning, flexibility, and energy return, the Under Armour used Autodesk’s Within software. Within takes a set of goal perimeters and then automatically generates the optimal 3D printing design. The result is a shoe which Under Armour claims has the “ultimate stability and cushioning.”  

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EPFL stretchable elestic flexible circuit gold gallium
Manufacturing, Wearable Technology

Stretchable, Bendable Circuit Promises Improved Wearables

Stretchable Bendable Circuit Promises Wearables EPFL elastic gold gallium flexible Switzerland flexible

Researchers at Switzerland’s EPFL have discovered a way to create circuits that are both flexible and able to be stretched. Typically circuits need to be hard printed onto a ridged board. This ensures that the delicate pathways and connections required for the circuit to function don’t get damaged. While this design works perfectly for computers, TVs, phones, and toasters, it is not so great for things that need to move – such as wearables. Rigid circuits have been a fairly significant design limitation for wearable technology up until this point. If you are looking to integrate circuitry into an article of clothing, typically thin, durable wires are integrated into the garment which are connected to a plastic box containing the circuity. While designers will still have to contend with an inflexible battery, removing the constraints of the hard printed circuit board is a huge leap forward for wearable design.  

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