What began as a challenge from his father has evolved into an innovative fusion of music, engineering and creativity, with Albany musician Eddy Jay using 3D printing technology to build unique musical instruments from his Western Australian workshop.
A professional accordionist and instrument tuner, Jay has spent decades immersed in music. His career has taken him across the world, including performances on Broadway in New York and tours throughout the United Kingdom. Yet one of his most ambitious projects started much closer to home.
The inspiration came when Jay's father, a concertina teacher and workshop leader in the UK, wondered whether it was possible to build a concertina from scratch. Rather than relying on traditional woodworking techniques, Jay decided to approach the challenge differently.
"I wasn't very good at woodwork, so I bought a 3D printer and re-engineered it on a computer," Jay explained.
Using his extensive understanding of how accordions and concertinas function internally, Jay redesigned many of the instrument's components. The result was a modern interpretation of a centuries-old instrument, featuring entirely new mechanical systems.
The process was far from straightforward.
Jay produced numerous prototypes before perfecting the design. Even his father initially doubted the project would succeed. However, once the first instruments found buyers, attitudes quickly changed.
Over the past six years, Jay has created dozens of 3D-printed concertinas, shipping them to customers around the world. Each instrument requires approximately one month to complete, reflecting the precision and experimentation involved in the manufacturing process.
The technology has also influenced his personal life.
Jay met his wife, Josephine, through his musical pursuits. He later crafted a distinctive 3D-printed violin specifically for her, even matching its blue colouring to the shade of her eyes. The instrument includes an additional string and has become part of the couple's performances together.
Josephine describes the violin's sound as unlike anything she had encountered before.
"It's very smooth, velvety smooth," she said, noting its distinctive tonal qualities compared with traditional wooden violins.
Jay has experimented extensively with materials, discovering that carbon fibre-infused printing materials produced the strongest acoustic results. Although the material lacks the colourful appearance of earlier creations, he believes it delivers superior sound quality.
The project reflects broader trends emerging within the musical instrument industry, where advances in 3D printing are expanding creative possibilities. Similar technologies have already been explored in the production of guitars, flutes and other instruments.
Despite embracing innovation, Jay's work remains rooted in traditional values of craftsmanship and knowledge-sharing.
He now conducts workshops to teach others about the design process and plans to incorporate computer numerical control (CNC) technology into future projects. Interestingly, those ambitions include returning to more conventional materials.
Jay hopes to use modern manufacturing techniques to produce wooden concertinas and violins, combining digital precision with the timeless appeal of handcrafted instruments.
His journey demonstrates that innovation does not always mean abandoning tradition.
Instead, Eddy Jay's work highlights how emerging technologies can breathe new life into historic art forms, ensuring they continue evolving for future generations.
From a small workshop in Albany to stages around the world, his creations represent a remarkable meeting point between music, engineering and imagination.
