Lithium-ion battery. Photo by Dean Simone, Pixabay. A group of scientists from Duke University has developed a new method to 3D-print lithium-ion batteries in virtually any shape.

Personal Mobility Superstrata Ion is a 3D-printed, made-to-measure, carbon-fiber e-bike Customized for you and your favorite rides, Superstrata's bicycles are incredibly light and brimming with tech.

To demonstrate the battery's potential, the team 3D printed an LED bangle bracelet with an integrated lithium-ion battery. The bangle battery could power a green LED for about 60 seconds.

The implications of this technology extend beyond electric vehicles. The 3D-printed structural batteries could also be used in autonomous robots and warehouse logistics vehicles, showcasing the ...

To demonstrate the battery's potential, the team 3D printed an LED bangle bracelet with an integrated lithium-ion battery. The bangle battery could power a green LED for about 60 seconds.

We've discussed 3D printed robots, prosthetic noses, and even running shoes. Now a joint development effort by Harvard University, the University of Illinois at Urbana-Champaign, and visiting South ...

To demonstrate the battery’s potential, the team 3D printed an LED bangle bracelet with an integrated lithium-ion battery. The bangle battery could power a green LED for about 60 seconds.

The 3D printing process has been used already to create battery anodes using nanoparticles of lithium titanium oxide, deionoized water, and ethylene glycol. Ceramic beads are added to help grind ...

The Superstrata Ion e-bike is priced from $3,999, though early-bird deals bring that down to $1,799 for the first 500 buyers. It'll ship from December 2020, it's claimed.