Popular Science
Additive Manufacturing, Biomanufacturing, Biopharmaceutical, Composites, Digital Manufacturing, Fabrics, Flexible Hybrid Electronics, Materials, Reuse, Robotics, Smart Manufacturing, Wide Bandgap Technologies

The manufacturing process that takes the next big idea from concept to market is one of the greatest factors propelling innovation forward — or in some cases, holding it back. Without this important step, we’d live in a world without many of the ingenious technologies that improve our daily lives and excite our imaginations, from smartwatches to...

Smithsonian.com
Energy, Fabrics, Flexible Hybrid Electronics, Lightweight Materials, Photonics

What happens when you combine the strength of the American worker with investment in cutting-edge science and technology? Innovations capable of changing the world.

Manufacturing USA® , a network of 14 manufacturing institutes across the United States, does just that. Each of its public-private partnerships enables precompetitive collaboration...

Printed Electronics Now
Fabrics, Flexible Hybrid Electronics, Photonics, Robotics

Governments worldwide are partnering with industry and academia to boost research into the field of printed and flexible electronics. For example, the European Union (EU) has put considerable financial resources into a host of projects. In the US, the most notable project is NextFlex , which is helping to advance manufacturing capabilities for...