Lampada Collage
Design: Louise Campbell
Price refers to the ø 45cm model
The device emits symmetrical light directed mainly downwards. The patterns on the three laser-cut acrylic screens have been expertly offset to eliminate glare from the source. The motifs differ between the screens, resulting in different perceptions of light and shadow based on the viewing angle. By mounting the lower dipped beam, a soft and comfortable light can be obtained.
Other information
Material: satin acrylic screens, laser cut. Suspended unit in natural anodized aluminum. Canopy: yes Cable length: 4 m Cable type: white fabric
Finish: Satin white.
Materials: Suspension: natural anodized aluminum. Screens: cut acrylic
laser.
Mounting: Suspension type: 2x0.75mm2 cable. Canopy: included. Cable length: 3m.
Weight: Maximum 3kg.
Class: IP20 protection degree. Insulation class II.
Information notes: Upper and lower low beam screens are available as accessories.
Product history
The Collage pendant luminaire was designed by Louise Campbell and launched in 2005. It was exhibited for the first time at the Copenhagen Furniture Fair in 2004 together with Campbell's pendant luminaire and 14 other experimental lighting prototypes that proposed new ways of interpreting light. Campbell's suspension fixture was the first to go into production. The Collage pendant luminaire was launched the following year, partly because of the great attention it received at the show. In her activity with lighting, Louise Campbell has always paid particular attention to natural light. With the Collage pendant luminaire, her aim was to mimic natural light. Louise Campbell "The most obvious contrast between natural and artificial light is that nature has only one light source that you never look directly at" Our perception of light is based on countless natural layers that filter and reflect the light. "These observations have been integrated into the Campbell and Collage pendant luminaires. In the Collage pendant luminaire, the number of layers has been increased and the pattern, light and shadow more closely reproduces the uncontrollable natural light.
