Mickus Projects has developed the Hedron Pendant, a 3D printed bioplastic chandelier designed with sustainability and modern aesthetics in mind. The pendant’s production and material composition prioritize circularity, offering a renewable alternative to conventional lighting solutions for architects, interior designers, and product developers.

Renewable Materials and Waste-Free Production
The Hedron Pendant is manufactured using polylactic acid (PLA), a bioplastic derived from corn and sugar. PLA is free of fossil fuel or petroleum components, making it a sustainable choice for eco-conscious designs. Mickus Projects leverages 3D printing technology to eliminate material waste during production. The process does not require cutting or adhesives, ensuring efficient material usage and a reduced environmental footprint.

Design Influences and Technical Features
The lampshade’s hexagonal structure is informed by natural patterns, including honeycombs, turtle shells, and insect eyes. The design also references the work of Danish midcentury designer Poul Henningsen, known for creating glare-free, soft lighting.

Using parametric modeling, the pendant’s tapered cell walls are angled to reflect light twice within the shade, diffusing the LED source for a warm, even glow. This functionality is achieved without excess material, balancing efficiency and performance.

Applications and Options
The Hedron Pendant is available in multiple sizes, making it suitable for various applications, from residential to commercial spaces. It can be installed both indoors and outdoors. To enhance its appearance, an optional ceramic coating is offered, intensifying the shadows created by the translucent bioplastic.

Source: Dezeen
Photos: Ryan Gobuty / Michus Projects