3D Materials

At Texas A&M University, researchers have created a superfoam using additive manufacturing. The composite is capable of absorbing up to 10 times more energy than conventional foam. This 3D-printed material could have a significant impact on the defense sector and…

As additive manufacturing moves into production, the conversation is starting to change. Instead of asking whether a part can be printed, manufacturers are asking whether they can print it the same way every time. More often than expected, the answer…

On the Moon, nothing is easy to replace. Every tool, spare part and structural component must be launched from Earth, with a very high price tag. (There’s no Amazon Prime on the Moon.) The solution, researchers from The Ohio State…

In the world of smart materials, nitinol stands out for its unique functional properties. This nickel-titanium alloy is known for its shape memory and superelasticity. While these capabilities are highly valued in biomedical and aerospace applications, processing nitinol through powder…

The promise of construction 3D printing has long focused on speed and automation. Increasingly, a new advantage is taking center stage. Instead of standardized, carbon-heavy cement, researchers are exploring bio-based and locally sourced alternatives. The Mexico-based collective Manufactura is contributing…

Imagine being able to tune the properties of metal, making it either resistant to force but brittle, like a ceramic tile, or yielding yet bendable, like a paperclip. Achieving this level of control requires precise manipulation of a material’s internal…

Can additive manufacturing be relied on for injection molding when it comes to small-to-medium series production? Molds manufactured via 3D printing often show short life spans when subjected to excessive stress, whether from heat or pressure. Nano Dimension has challenged…

As 3D printing continues to mature, one development is standing out: the rise of multi-material printing. What was once a niche capability is quickly becoming a practical tool for engineers, designers, and manufacturers who want to build more functional parts…

Stratasys has announced full U.S. availability of RadioMatrix™, its radiopaque 3D printing material designed for advanced medical imaging education, device testing, and research. The material was previously limited to select programs in Europe. It is now available for healthcare providers,…

When you think about choosing your 3D printing filament, chances are you’re not thinking about how it smells. But now, 3D printing materials manufacturer Kexcelled has released a line of filaments designed to please more than just the eyes: the…

In automotive parts, medical implants, running shoes, and hiking backpacks, we’re seeing more and more 3D-printed components featuring lattice or honeycomb patterns. You might think these lattice structures are the latest innovation in 3D printing and design for additive manufacturing…

Creating alloys means combining two or more metals to achieve new and improved properties, such as greater strength or resistance to corrosion. Traditionally, researchers test countless combinations to find the perfect formula, a process that can take months or even…