MIT Y-Zipper 3D printed robot tech
by Terrymiller: MIT - Massachusetts Institute of Technology
MIT researchers deployed the Y-Zipper, a three-sided zipper built on a 40-year-old design idea. These 3D-printed units transform soft materials into rigid structures by bending, twisting, and locking into shape. Potential applications span tents, medical devices, and robots. The demo features blue interlocking parts handled by hands, marked with a SPACE AND TECHNOLOGY x Jiaji Li watermark.
Transcript (en)
Researchers at MIT have developed a new three-sided zipper called the Y-Zipper using a 40-year-old design idea. Unlike normal zippers, it can quickly turn soft objects into strong structures. The team used 3D printing technology to create flexible zippers that can bend, twist, and lock into shape. Researchers say the system could help build faster tents, adjustable medical devices, and shape-changing robots.
