The cello’s top and back are made from flat, concave carbon-fiber panels. Its ribs and neck are produced through 3D printing.

String instruments made with traditional woodworking are expensive. There must be a more affordable way to achieve sound quality. The solution is 3D printing.

We’ve seen 3D printing move into many industries: automotive, aviation, gaming, etc., just about anywhere there’s a need for complex or custom parts. But what’s the story with the music industry? Some ...

Researchers at the University of Connecticut are using medical technology to breathe new life into some antique musical instruments. Dr. Robert Howe, a reproductive endocrinologist in East Longmeadow, ...

BERLIN -- To understand Onyx Ashanti's work, it might help to see him at home, where the work happens. "You have to get it just right," he manages to utter, closely eyeing the nozzle of his 3D printer ...

While 3D printing is often used for advancements in medicine or science, such as FDA-approved drugs or rocket pumps, this week it made an academic one. A PhD student at the Australian National ...

Lund University professor Olaf Diegel and a band comprising students at the Swedish school’s Malmö Academy of Music recently put on what they called the world’s first live concert of its kind, using ...

This is footage from the what was apparently the first live concert played completely with 3D-printed instruments. From the little bit we can hear, it doesn’t sound as bad as you might expect! The ...

SAN DIEGO, December 5, 2019 -- Music is an art, but it is also a science involving vibrating reeds and strings, sound waves and resonances. The study of acoustics can help scientists produce beautiful ...

Texas Instruments (TI) announced the availability of the DLP9000X, its highest speed and resolution chipset for 3D printing and lithography applications. Texas Instruments (TI) announced the ...