Let a line become a structure
The fascination of Dragon Bench lies in the distance between a thin metal line and a substantial furniture volume. Its lattice makes that distance visible: repeated deposits build an open body instead of disguising it behind a continuous surface.
The National Gallery of Victoria describes a stainless-steel work made through robotic metal deposition and identifies Joris Laarman Lab as manufacturer in Amsterdam.1 The process belongs to the design’s appearance as well as its making.
The openings do visual work
Gaps let light travel through the bench, separating it from the shadow it casts. Dense areas and open areas give the surface a changing rhythm. Moving around the object reveals new overlaps rather than one fixed pattern on a flat skin.
This is why calling it merely “3D-printed” loses useful information. The relevant material is metal, deposited into a growing structure.13 The visible lines are part of a specific fabrication exploration, not a generic plastic-printing effect.
A prototype is one particular object
High Museum explicitly calls its 2014 work an MX3D Dragon Bench prototype.3 MFAH records another example as designed in 2014 and made in 2015; NGV identifies its example as edition 4/8.21 The same design name does not make those objects interchangeable.
That variety helps keep the experiment alive in the telling. Dragon Bench asks what furniture might look like when the process can place material along new paths. Its open body lets that question remain visible after the making is finished.
