Design studio Mickus Tasks has launched a brand new 3D-printed chandelier made fully from sustainable bioplastic supplies. The Hedron Pendant incorporates a honeycomb-shaped lampshade produced utilizing polylactic acid derived from corn and sugar sources, containing no petroleum-based elements. The design attracts inspiration from Danish midcentury designer Poul Henningsen’s work with glare-free lighting.
The pendant’s distinctive hexagonal sample wraps round a central stem housing an LED mild supply. Its construction consists of tapered cell partitions particularly angled to create a double-bounce impact from the interior LED, leading to delicate, subtle illumination. The manufacturing course of generates zero waste, because the 3D printing methodology requires no reducing or adhesives.
Ben Mickus, the studio’s founder and educated architect, developed the design following his time in Copenhagen finding out Danish trendy design. The pure world additionally influenced the chandelier’s kind, incorporating parts paying homage to honeycomb constructions, turtle shells, and bug eyes. The fixture’s stem makes use of commonplace lamp elements with a customized CNC-cut bracket that eliminates the necessity for extra fasteners.
The Hedron Pendant is on the market in a number of sizes to accommodate numerous settings, from small night time lights to giant foyer installations. Prospects can go for an extra white ceramic coating to boost shadow results on the in any other case translucent shade. The fixture is designed for each indoor and out of doors use, making it appropriate for residential, industrial, and hospitality functions.
Supply: dezeen.com
