New Balance is the latest footwear company to bring 3D printing into its manufacturing mix, launching a shoe with an advanced sole promised to offer new strength and elasticity. The company says advances in material sciences are behind the high-tech sneakers, along with an apparently fruitful partnership with 3D printing specialists 3D Systems.
Carl Bass has been making stuff for forty years, from wooden furniture and granite benches to makeshift rafts built from discarded navy pontoons. These days, outside of his day job running design software company Autodesk, he keeps right on making stuff. Like an autonomous electric go-kart powered by transplanted drone hardware (currently under repair). Last week, Gizmag checked into Autodesk's pop-up gallery in Tokyo, where Bass offered his thoughts on the mildly unsettling notion that sometimes a computer's ideas might be better than ours, an emerging concept known as generative design.
3D printing just hit another benchmark, with the recent announcement by Aurora Flight Sciences and Stratasys Ltd that they have developed a 3D-printed, jet-powered unmanned aerial vehicle (UAV) with the ability to reach speeds of up to 150 mph (241 km/h). Unveiled at this week’s Dubai Airshow, it is reportedly the largest and most complex UAV ever created using 3D printing.
A new study from the University of California, Riverside (UCR) has found that some 3D-printed materials are toxic. The tests were conducted on fish embryos, and the results could lead to a rethink of regulations surrounding 3D printed-materials.
Most medical devices come in standard sizes, but people – as you've probably noticed – vary widely in their shape and size. Sick or premature babies especially can run afoul of this system, as their tiny bodies leave much less room for error in inserting or attaching devices at the correct spot. But in the near future all biomedical equipment may be 3D printed at precise dimensions to suit each patient.
Using a handheld packing tape dispenser gun that has been modified to
fold, extrude, and cut tape into tubes, a team of researchers from the
Hasso-Plattner-Insitut (HPI) at the University of Potsdam has created a method
of transferring computer-generated wire-frames to the real world.
Dubbed the "Protopiper" by its creators, the device is not only capable
of producing full-size outline objects, it is also able to produce
hinges, bearings, and axles to give them opening doors, drawers, and
movement just like the real things.
Creating replacement parts for various bits of the human body is one of the many areas in which 3D printing has huge potential. Dental implants are on that list, too, and if new research out of the University of Groningen in the Netherlands comes to fruition, 3D-printed replacement teeth could come with the added bonus of being able to destroy 99 percent of bacteria that they come into contact with.
After a record shattering Kickstarter campaign that netted the company more than $27.9M in purchases in less than thirty days, Glowforge is gearing up to bring its novel take on three-dimensional fabrication to the masses. Gizmag spoke to Glowforge founder and CEO, Dan Shapiro, about the market, the future, and how pancakes relate to when the product will ship.
You know how when you're using a hot glue gun, and you get all those little strands of glue forming when you pull the gun back from the surface being glued? Well, researchers at Carnegie Mellon University have used that same principle to create 3D-printed "hair." The discovery could allow for the creation of 3D-printed devices containing brushes or bristles … or even for making troll dolls.
A newly developed approach to 3D printing has produced an octopus-inspired robotic device claimed to offer an unprecedented level of agility. Cornell University engineers crafted the soft artificial muscle using commercially available material and say it points to a future of more advanced robotic devices inspired by nature.