We put a 3D-printed component to the ultimate test—under real-world stress with no backup. A bold look at what happens when ...

There was a time when print-in-place moving parts were a curiosity, but [Tomek] shows that things are now at a point where a ...

In the scientific community, the technology of manufacturing solid parts by gradually accumulating materials is known as ...

Inspired by how nature blends toughness and flexibility, such as the rigid structure of bone surrounded by pliable cartilage, ...

A University of Texas at Austin team has developed new resins for 3D printing materials quickly with flexibility, strength ...

High tariffs won’t guarantee a return of manufacturing to the U.S. — not until industry addresses the structural barriers ...

Since the earliest days of affordable, home 3D printers, the technology behind them has been continuously improving. From lowering costs, improving print quality, increasing size and detail, and ...

ECTC progress report on enabling technologies, including cooling chiplets, 1µm hybrid bonding, RDL buildups, and co-packaged ...

3. Multi-material printing One of the significant trends in 3D bioprinting technology is the rapid incorporation of multi-material printing capabilities.

UT Austin researchers 3D print parts that are both soft and hard. The technology blends rigid and flexible materials in one print.

Aibuild, a leading innovator in advanced manufacturing software, introduced the BETA release of its new Finite Element ...