Korvaa Is the World?s First Lab Grown Headphone
Scientists and designers in Finland are growing fungus, bacteria, and yeast to 3D print or mold into consumer products like headphones.
As the resident mycophile on our team, it was a foregone conclusion I was going to have to write about these headphones. For if you look closer, these designer cans aren’t made with the usual materials list of plastic, metal, and leather. Instead, the Korvaa is constructed with microbially grown bio-materials, each piece concocted by the minute workings of nature’s own workshops: fungus, bacteria, and yeast.
The team presented two versions of Korvaa, the more naturally hued edition representing the current level of finish available utilizing microbially grown materials, alongside a “future edition” hinting of where the manufacturing technology hopes to grow into.
A collaboration between the Finnish design firm Aivan in coordinated efforts with the VTT Technical Research Center of Finland and Aalto University, the experimental project illustrates the burgeoning industry of biosynthetic industrial design and manufacturing.
The same yeast responsible for the delicious magic behind bread and winemaking, Saccharomyces cerevisiae was tapped to produce biodegradable polylactic acid to be 3D printed into the headband. Those soft looking ear pads aren’t filled with foam, but are the product of Trichoderma reesei, the crust fungus often found on decomposing logs, while the mycelium of Phanerochaete ch...
As the resident mycophile on our team, it was a foregone conclusion I was going to have to write about these headphones. For if you look closer, these designer cans aren’t made with the usual materials list of plastic, metal, and leather. Instead, the Korvaa is constructed with microbially grown bio-materials, each piece concocted by the minute workings of nature’s own workshops: fungus, bacteria, and yeast.
The team presented two versions of Korvaa, the more naturally hued edition representing the current level of finish available utilizing microbially grown materials, alongside a “future edition” hinting of where the manufacturing technology hopes to grow into.
A collaboration between the Finnish design firm Aivan in coordinated efforts with the VTT Technical Research Center of Finland and Aalto University, the experimental project illustrates the burgeoning industry of biosynthetic industrial design and manufacturing.
The same yeast responsible for the delicious magic behind bread and winemaking, Saccharomyces cerevisiae was tapped to produce biodegradable polylactic acid to be 3D printed into the headband. Those soft looking ear pads aren’t filled with foam, but are the product of Trichoderma reesei, the crust fungus often found on decomposing logs, while the mycelium of Phanerochaete ch...
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