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High tariffs won’t guarantee a return of manufacturing to the U.S. — not until industry addresses the structural barriers ...
A University of Texas at Austin team has developed new resins for 3D printing materials quickly with flexibility, strength ...
Inspired by how nature blends toughness and flexibility, such as the rigid structure of bone surrounded by pliable cartilage, ...
The technology, detailed in the journal Nature Materials, relies on a specially formulated liquid resin and a unique dual-light printing process. Unlike traditional 3D printing, which ...
Researchers at The University of Texas at Austin have created a new, quick, and accurate 3D printing technique that uses ...
5. Integration of artificial intelligence Artificial intelligence is currently being integrated with 3D bioprinting technology to design the structure of complex tissues and predict cell behaviour.
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 ...
Remember the fully 3D-printed sneaker unveiled by adidas last September? Its futuristic design and slim aerodynamic silhouette were particularly striking. It was the start of a new range for the ...
UT Austin researchers 3D print parts that are both soft and hard. The technology blends rigid and flexible materials in one print.
Double-network (DN) hydrogels, with their unique combination of mechanical strength and toughness, have emerged as promising materials for soft robotics and tissue engineering. In the past decade, ...
In the career of an undergraduate, printing documents is essential whether it is in research or development. However, the current printing services are defective. In response to these problems, we ...
This would eventually give rise to modern colour models. Early colour printing methods Colour printing in the late 19th century relied on messy, inefficient methods like chromolithography. Coloured ...