Voronoi diagrams (table range)
Voronoi diagrams are partitions of the plane or space with convex polygons or polyhedra. After choosing contour and height, Voronoi diagram tables evolve as transparent and lightweight load-bearing truss, consisting of closed and open cells. Each cell is CNC bent from perforated stainless steel. The cells are bonded with a structural adhesive or riveted. The […]
Chinese lattices (shelf range)
Chinese lattices evolve from a set of simple recursive rules that, when cleverly combined, result in highly regular or irregular supporting structures. The shelves and room-dividers are a set of freely configurable interconnecting frames that form a self-supporting load-bearing truss wall; a modularity concept that adapts to any given spatial situation. The frames are made […]
Chinese lattices (table range)
Chinese lattices evolve from a set of simple recursive rules that, when cleverly combined, result in highly regular or irregular supporting structures. The tables are a set of freely configurable interconnecting frames that form an astonishingly lightweight load-bearing framework, assembled with flush fitting screws. The frames are made from Finnish plywood, jointed with wood propeller […]
Astrahedra (range of LED lights)
Astrahedra are an infinite sequence of lights that visualise the interstellar void, home of Dark Matter and Energy. An astrahedron is a fractional splinter of the universe. Tabbed stainless steel elements are folded and joined invisibly along their inner edges with Japanese spring-steel clips and adhesive. The perforated folds, illuminated from within, trace the true […]
Antiprisms (range of LED lights)
An antiprism is a convex polyhedron; a form consisting of two parallel copies of a regular polygon, connected by an alternating band of triangles. The lights are folded from a single perforated titanium-ceramic (TiN) coated sheet of stainless steel. The folds provide stability and, by their perforations, trace the form with light into space. The […]