FluidForm & Carnegie Mellon: Closer Than Ever to Bioprinting a Human Heart

While the realm of bioprinting has continued to expand significantly in the past few years, allowing for better sustainability of cells in the lab—and the bioink used to print them—the…

Machine Learning and Metal 3D Printing Combine for Real-Time Process Monitoring Algorithm

The day is slowly coming when metal 3D printing will be widely considered as a reliable industrial manufacturing method, but there are still some issues to deal with before we…

Novel Approach to Optimizing Soft Material 3D Printing Detailed in New Research Paper

When it comes to 3D printing materials, from metals and self-folding plastics to biomaterials like soft tissue, the researchers at Carnegie Mellon University (CMU) know their stuff. Now, a research team from the…

Research Team Takes Advantage of Common FFF 3D Printing Defect to 4D Print Plastic Self-Folding Objects

A lot of research has been undertaken regarding 3D printed self-folding structures and 3D printed items that can self-assemble, but a team from Carnegie Mellon University is changing things up in the…

Carnegie Mellon Researchers Release Files for Open Source DIY 3D Bioprinter

While fully 3D printed hearts are not a reality yet for the roughly 4,000 people in the US waiting for a transplant each year, 3D printing human tissue for regeneration…

3D Printing Put to Use to Create More Sensitive Strain Gauges for High-Temperature Applications

What’s one major thing that airplanes, bridges, and weigh stations have in common? If you answered strain gauges, you were right. These simple devices measure the strain, or pull, on…

Additional Speakers Added to Additive Manufacturing Strategies Forum on 3D Printing in Medicine and Dentistry

There are few industries in which 3D printing hasn’t had an impact by now. Some of the most significant impact, however, has come in the fields of medicine and dentistry….

Powerful X-Rays Put to Use in Study of Physics Behind Metal 3D Printing Process as Researchers Seek to Eliminate Structural Defects

From medical tools and aerospace turbines to components for race cars and satellites, it may seem like metal 3D printing can be used to magically make just about anything, for less…

Carnegie Mellon Researchers Make Strides in 3D Printing Prototypes for Telescoping Structures

Researchers from Carnegie Mellon have been working to make strides in improving new ways to model telescoping structures, specifically in making curves. Their goal is to continue where original telescope…

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