While a chandelier is typically a balancing act between its various arms, Boston-based Matter Design has debunked the typology with a 3D-printed, asymmetrical brass chandelier. Founders of the award-winning design studio, Brandon Clifford and Wes McGee, both professors at MIT, based their design on two calculations to reposition the light fixture’s center of gravity and offset the lack of symmetry.
The first calculation generated a relaxation of a string bundling, resulting in a 3D branching network comprising nodes of varying lengths that stabilizes the system. “This positions geometry as reactive and non-authorial,” Matter Design claims on its website. Each unique node is 3D-printed and then connected to brass tubing. Craft, sequence, labor and method are the keys to a non-skewing, 3D-printed chandelier.
According to the design studio, which aims to re-engage architecture with the nuances of matter in the digital era, the name Knotta is a play on words. “Knot: intersections, nodes and networking. Knotty: a tangled mess that could also be read as ‘naughty.’ When pronounced, it also reads as NADAAA, the location of the exhibition.”