Imposing chandeliers with crystal elements for sparkling light refractions have been a true classic for long to create impressive effects in architecture. The Slim in Motion pendant luminaire stages the light by using contemporary technologies and placing the design focus on variations of light rings. Following the maxim of movement and flexibility, the combination of three light rings makes for a fascinating and distinctive design object. The three rings can be positioned either on one level for an airy appearance, expansively low-hanging to fill the room or like a modern chandelier. In this way, the pendant luminaire creates striking visual effects in the room and challenges beholders time and again. The positions of the rings are controllable via app and can be changed in configuration at the touch of a button, as each ring light hangs on three filigree steel cables, which can be changed separately in height and angle at any time. Thus offering ample scope for staging the lights, there are no limits to creativity. Moreover, the number of ring lights, as well as their size and surfaces, can be freely selected. The light temperature is changeable from 2,700 to 6,500 kelvins and dimmable. Manufactured with high-quality components and innovative 3D printing elements, the technology is elegantly hidden in the ceiling. This concept can be realised with almost all lights, ensuring that individual users have unique one-off designs.
Statement by the Jury
The Slim in Motion pendant luminaire with its changeable sculptural lighting effects aestheticises interior spaces in an impressive manner. Facilitating innovative spatial variations of ring lights, this luminaire captivates the beholder and enhances the surrounding architecture with added elegance. The high-quality design of this pendant luminaire manages to integrate the technology in a seamless, barely visible manner into the form.
