3D Printing has been around long enough for playable 3D - printed instruments to exist , but most musicians will still choose for one made using traditional method . That could soon shift , however , as investigator have found a way to design and3D print melodic instruments capable of produce alone notesthat traditional instruments ca n’t .
Researchers from theUniversity of Wollongongin Australia , led by Dr Terumi Narushima , started with existing mathematical model that explicate exactly how a wind instrument like a flute grow various notes . And using that know - how , they were capable to go one stride further to create a 3D example of a flute that was particularly customized in term of diam , distance , and hole out location so that it produce unique microtonal notes that are smaller than a semitone .
And these days , once you have a 3D model of something in software program , you may easily wrick it into a substantial product using a 3D printer .

ordinarily the only thing a 3-D - printed musical legal instrument has get for it is maybe a cheaper toll tatter and a unique design . But this research in reality gives the objet d’art a discrete advantage because they in routine give musicians and composer access to a alone speech sound that was n’t useable before . And because that unique speech sound can be first developed and honed using software , the three-D - publish version is guaranteed to voice stark when it ’s complete . These three-D - printed flute still are n’t going to exchange more traditional official document , but because of their bestow value , musicians also wo n’t immediately turn over their noses up at them .
[ University of WollongongviaGizmag ]
3D printingMusic

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