The Acoustic 'Hovalin' is an Accessible and Affordable Instrument
Cadhla Gray — November 3, 2015 — Tech
Husband and wife, Matt and Kaitlyn Hovas, designed and created this 3D-printed violin with painstaking effort and devotion. The 'Hovalin,' a merge in names of the designers and the instrument itself, evolved from a broom stick to a fully functional violin.
As both of the designers were engineers, they each brought different software and design knowledge to the table. Kaitlyn was also a professional violinist, meaning she could provide feedback on every step along the way. The final product proves that 3D-printers can truly make anything, even something as detailed and finicky as a string instrument.
The next steps for the creators is to make a violin that is half and a quarter of the original size, in order to make affordable instruments accessible for children as well.
As both of the designers were engineers, they each brought different software and design knowledge to the table. Kaitlyn was also a professional violinist, meaning she could provide feedback on every step along the way. The final product proves that 3D-printers can truly make anything, even something as detailed and finicky as a string instrument.
The next steps for the creators is to make a violin that is half and a quarter of the original size, in order to make affordable instruments accessible for children as well.
Trend Themes
1. Affordable 3d-printed Instruments - 3D-printing technology is enabling the creation of accessible and cost-effective musical instruments, disrupting the traditional instrument market.
2. Merge of Design and Engineering - The fusion of design and engineering expertise is leading to the development of innovative and functional 3D-printed instruments, revolutionizing the way instruments are created.
3. Scaling Down Instruments for Children - Developing smaller-sized 3D-printed violins is opening up opportunities to provide affordable and accessible instruments for children, introducing them to music at an early age.
Industry Implications
1. Music Instrument Manufacturing - The music instrument manufacturing industry can capitalize on the disruptive innovation of 3D-printed instruments to expand their product offerings and reach new customers.
2. 3D Printing Technology - The 3D printing technology industry can explore the potential of 3D-printed instruments as a niche market, developing specialized printers and materials for instrument production.
3. Edtech and Music Education - The education technology industry focused on music education can leverage the affordability and accessibility of 3D-printed instruments to enhance learning opportunities for students and encourage musical exploration.
1.6
Score
Popularity
Activity
Freshness
