A detailed look at Forte3D’s 3D-printed cello pitch on Shark Tank, the technology behind the instrument, and the $250,000 deal Lori Greiner closed after seeing its potential to reshape access to class ...

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 ...

Though musicians could probably point to numerous exquisite examples of custom instruments with relative ease, we'd wager that few would compare to those produced by Olaf Diegel. Now the Lund ...

Often, it begins in the dark. When the LEDs light up—in red, yellow, blue, green, and purple—the face inside the mask becomes faintly perceptible. But before the gathering crowd can identify the man, ...

Now, thanks to Billy Ó Foghlú of Australian National University’s College of Asia and the Pacific, we can add Bronze Age Irish horns to the list of resurrected instruments. Through 3D printing, the ...

How do you teach students to use scientific instrumentation when a pandemic forces classes online and the students have no access to the usual lab or analytic equipment? Adjunct Professor Bruce Kahn ...

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, ...

The instrument manufacturing company ODD Guitars has been implementing 3D-printing technology to generate all sorts of cool things. The company was originated by design engineer Olaf Diegel, whose ...