The reflections of the Venetian cityscape glistening on the evening water hints at an imaginary city below the moving surface. There is a border between the world under and the land above. In the city of Venice, where the real world and fantasy coexists, this chandelier is the embodiment of the beauty of dual worlds.
“Night Flow(t)” is a contemporary chandelier inspired by the colors of the Venetian lagoon and customized to the desires of each owner.
Each piece enjoys its own shape, and in multiples, they create a sculptural display of lighting.
[Minimal vs. Coloured]to celebrate the essence of light and magnify the nuances that
it can assume just being amplified by WG blown glass. [Enriched materials]:The metal bar has a double finishing (matte and polished): the refraction of the light on different surfaces can alter anybody’s perception of the objects surrounding us. [Grey nuance]:The absence of colours brings out in full the characteristics of shapes which are the main actor in this game of shadows. Twinkling lights in the distance.The grey colour to emphasise the water reflection and better capture the motion. As Moonlight gleamed on the night ocean…[Customisable LED animation]:WG and partners developed a three circuits LED core which allows – if requested – an ample flexibility of light intensity and potential algorithms’ applicability.
it can assume just being amplified by WG blown glass. [Enriched materials]:The metal bar has a double finishing (matte and polished): the refraction of the light on different surfaces can alter anybody’s perception of the objects surrounding us. [Grey nuance]:The absence of colours brings out in full the characteristics of shapes which are the main actor in this game of shadows. Twinkling lights in the distance.The grey colour to emphasise the water reflection and better capture the motion. As Moonlight gleamed on the night ocean…[Customisable LED animation]:WG and partners developed a three circuits LED core which allows – if requested – an ample flexibility of light intensity and potential algorithms’ applicability.