A 40-year-old invention that was always too hard to manufacture is now a real object, thanks to MIT researchers and modern 3D printing technology.

A new holographic 3D-printing platform can produce detailed living structures faster, larger, and with greater accuracy than previous methods. What if a 3D printer could create soft, living tissue in ...

Research at the University of Arkansas could help future astronauts eventually 3D-print tools and metal parts on Mars.

The National Science Foundation funding will help purchase metal 3D printers and support AI research. Students are already ...

Prusa Research has announced a new open-source ColorMix engine for both PrusaSlicer and its web-based EasyPrint slicer.

A severe burn changes life in an instant. Beyond the pain, it destroys the body’s natural shield against infection, ...

Museums, libraries, and other cultural institutions have embraced 3D printing as a tool for display, storage, preservation and conservation, and more. However, there is not much known about the safety ...

Ceramic 3D printing is an emerging segment within the 3D printing industry that began its commercial journey in the past 10 years, making it a relative newcomer compared with polymer and metal 3D ...

3D printing technology has the potential to revolutionize the field of biomedicine by providing new ways to meticulously fabricate complex structures like functional human tissues and organs as well ...

Museums are experiencing an increased presence of 3D printed objects in collections and higher instances of use in preservation activities, amplifying the critical need for preservation guidelines and ...

A top-down view at the 3D printed MIT Y-zipper prototype showing its components. - YouTube/Jiaji Li When we think of zippers, we think of a 2D structure that allows users to fasten two parts of a ...