The Millimetro family of lamps designed by Daniel Rybakken is composed of a very thin reflecting circular disk (1 mm thickness) and warm, enveloping light directed upward from below.
The project stems from Daniel Rybakken’s suggestion to create a lighting solution that would play with an effect, aimed upward and cast from above, thanks to a reflecting surface that generates a different perspective on the surrounding space. Millimetro is at its best in elegant and prestigious contexts. Thanks to its refined reflecting surface, it enhances the interior design of any space, bringing out the details seen from a reflected perspective.
The ceiling version with a diameter of 85 cm has been joined by a smaller model. The latest version has a structure formed by an attachment cup connected to a stem to support a metal disk with a lapped mirror-finish surface (diameter 50 cm). The LED grouping, hidden behind the disk, spreads a diffused, uniform glow. Depending on installation requirements, it is possible to choose from four different lengths of the stem that connects the body of the lamp to the attachment cup (overall lamp height 23, 33, 53 and 73 cm). The structure is available in two finishes (brass and matt blue).
Halfway between a pendant and a ceiling lamp, Millimetro is composed of a very thin reflecting circular disk (1 mm thickness) and warm, enveloping light directed upward from below. The upper cap is attached to a stem that supports the metal disk with a mirror finish. The LED light source, concealed behind the disk, provides a diffused, uniform glow. To respond to various installation requirements, it is possible to choose from four different lengths for the stem that connects the body of the lamp to the ceiling attachment.
The new wall version of Millimetro wall sconces stands out for its form and its surprising luminous impact. It is composed of a mirror-finish metal disk installed adjacent to the wall. The LED light source contributes to create a warm atmosphere, and remains hidden from view. The body of the lamp thus seems to float in space, becoming part of the wall itself. The model generates engaging, refined games of light and perspective in the surrounding space.
