bioLogic team
GREAT BRITAIN
Meet bioLogic team - a powerhouse of good design, creativity and innovation based in Great Britain. bioLogic team's design journey has been nothing short of spectacular, marked by a tireless pursuit of excellence. This dedication is clearly mirrored in bioLogic team's impressive haul of 3 A' Design Awards that we showcase here. Spanning across categories such as Textile, Wearable Technology and Fashion, bioLogic team's work stands as a living testament to a steadfast commitment to design excellence, serving as a beacon of inspiration for designers globally. With each project, bioLogic team masterfully blends form and function, crafting designs that are not only aesthetically pleasing but also functional and timeless. This approach underscores bioLogic team's celebration of creativity and an unyielding quest for innovation.
View Profile Consult Now Hire NowThe bioLogic team explored how bacterial properties can be applied to fabric and formed into living interfaces between body and environment. They found novel ways of using Natto bacteria, which move in response to humidity change. The team harvested Natto cells and applied them to fabric with custom 3D printers.The cell-infused fabric was used to make sport garments. As fabric in the suit reacts to perspiration, tiny vents over bodily heat zones open and close allowing for rapid cooling. In fall 2015, these suits featured in a live ballet performance.
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The bioLogic team explored how bacterial properties can be applied to fabric and formed into living interfaces between body and environment. They found novel means of using Natto bacteria, which move in response to changes in humidity. The team harvested Natto cells and applied them to fabric with custom 3D printers.The cell-infused fabric was used to make sport garments. As the fabric reacts to perspiration, tiny vents over the body's heat zones open and close, allowing for instant cooling. In fall 2015, the suits featured in a live ballet performance.
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The bioLogic team explored how bacterial properties can be applied to fabric and formed into living interfaces between body and environment. They found novel means of using Natto bacteria, which move in response to changes in humidity. The team harvested Natto cells and applied them to fabric with custom 3D printers.The cell-infused fabric was used to make sport garments. As the fabric reacts to perspiration, tiny vents over the body's heat zones open and close, allowing for instant cooling. In fall 2015, the suits featured in a live ballet performance.
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