MIT’s 3D-Printed Aluminum Alloy: A Leap Forward for Lightweight, High-Strength Manufacturing A revolutionary 3D-printable aluminum alloy may allow aircraft parts that are not only lighter but also stronger and more efficient. Developed by MIT engineers, this materials process innovation sets ... 3D printing additive manufacturing aerospace engineering aluminum alloys lightweight materials machine learning materials science
Princeton Research: How Cellular Self-Adhesion Is Advancing Medical Implants Medical implants have dramatically improved patient outcomes, yet their long-term success often hinges on how well they bond with surrounding tissues. A new approach from Princeton bioengineers is lev... 3D printing bioengineering biomaterials cadherin cellular adhesion medical implants Princeton research soft tissue
MIT's Method for 3D Printing Complex Designs with Minimal Waste Imagine a world where creating intricate medical devices or mechanical parts becomes seamless, efficient, and environmentally friendly. MIT engineers have turned this vision into reality with a breakt... 3D printing additive manufacturing engineering innovation materials science recycling sustainability
3D Printing Breakthrough Unlocks Custom High-Temperature Superconductors Picture a world where custom-shaped superconductors fuel next-generation magnets, medical devices, and transportation. Thanks to a pioneering 3D printing process developed by scientists at Northwester... 3D printing ceramics innovation manufacturing materials science particle physics superconductors technology