3D Printing
EOSPRINT Integrates Physics-Based Simulation to Improve Metal 3D Printing
AMCM and PanOptimization bring thermal simulation into build preparation, helping engineers predict overheating, reduce distortion, and optimize large-scale metal additive manufacturing.
AI Gives 3D Printers Eyes for Quality Control
LLNL researchers combine cameras, machine learning, and computer vision to inspect direct ink writing layer by layer and detect manufacturing problems before a print is finished.
InstructMesh Makes AI-Generated 3D Models Fabrication-Ready
MIT-led software lets users identify flaws and refine generated geometry with natural-language prompts before sending designs to a 3D printer.
Multimaterial 3D Printing Targets Smarter, Multifunctional Products
Stanford researchers are developing precise printing methods for cultivated meat, soft robots, structural batteries, metamaterials, and other applications.
3D Printing with Ice Creates Self-Supporting Complex Structures
Evaporative cooling enables researchers to print angled ice profiles with potential applications in tissue engineering, microfluidics, and construction on Mars.
