An installation in Georgia transforms PLA plastic waste from laboratories into nine 3D-printed sound pieces. Each one is tuned to a different frequency and showcases the recycled material on its surface. The work, open until September, uses a computational system that varies shapes and sounds, demonstrating that discarded plastic can have a second creative life beyond conventional recycling.
How an algorithm turns waste into frequencies 🎵
The technical process combines 3D printing with a computational system that modifies the geometry of each piece to generate specific notes. The PLA waste, common in scientific settings, is melted and re-extruded into filament, retaining visible imperfections that add acoustic texture. Each of the nine pieces acts as an independent resonator, precisely tuned. The result is not only auditory: the rough surface reveals the material's origin, reinforcing the message of reuse without hiding its source.
Your lab trash could be the next hit ♻️
Who would have thought that leftover pipettes and Petri dishes would end up giving a concert. While some debate about recycling, this installation tunes test tubes as if they were violins. Of course, don't expect to find these pieces on Spotify. The work will be available until September, and if you visit Georgia, you'll see that used plastic doesn't sound like scrap metal, but rather a second-hand symphony. Perhaps the next step is that your yogurt containers make a sound when opened.