GOPLE | Floor lamp
LED floor lamp
Gople Lamp reconciles human spaces and nature through light. A mouth-blown glass produced according to an ancient traditional venetian technique encloses a patented RWB light technology that helps plants grow, creates scenic or ambiance effects, and provides functional white lighting. The RWB system, patented in 2011, is a new paradigm, a different way to approach coloured light – no longer RGB (red-green-blue) for man’s psychophysical wellbeing, but rather RWB (red-white-blue) for a light that is respectful of man and the environment. Gople Lamp RWB calibrates its emissions according to the PPFD values required in two phases where appropriate supply of light is crucial: the multiplication phase is accompanied by blue radiations with a 425-450 nm wavelength, whereas the blooming phase is supported by red radiation between 575 and 625 nm. Gople combines direct and controlled RWB emission with white indirect diffused light that can be controlled separately.
The Gople family is enriched with new versions even in a smaller size. After the success of the suspension Gople becomes a table and a floor lamp, while Gople mini will be presented in the suspension, table and wall versions. The quality of glass diffuser is the same in all versions. The basic form of the Gople Lamp enhances the beauty of glass, hand-processed according to an ancient Venetian technique that gradually turns white glass into crystal glass by combining both upon blowing, thus making each piece unique. More innovative finishes are added, including silver or copper vacuum metallization.
Silver, bronze, copper and blue finishes are made with an innovative and sustainable metal vacuum deposition process. From the point of view of environmental-friendliness, “sputtering” is the absolutely cleanest coating technology for the type of metal used and because all emissions are abated, in particular those into the atmosphere of sulphuric acid and cyanides produced by galvanic processes. Solid paint with up to 5% of solvents (compared to 75% of traditional products) is employed for the successive protective clearcoat phase.
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