Gople portable

The Gople family keeps growing, with new versions dedicated to different lighting design languages. It now becomes a portable lamp that offers an impressive 26-hours of running time without mains electricity. Thus, everyone can be the architect of light in their own space, wherever it may be. Gople's characteristic diffuser is made of plastic in order to withstand use across a wide spectrum of spaces and situations. Inside, it allows just a glimpse of the hi-tech LED light source which also houses the batteries. Every element is designed to guarantee excellent light quality with high efficiency and low energy consumption. Long running times unplugged from the mains (8-11-26 hours) go hand-in-hand with rapid recharging times. The soft, diffused light emission can be adjusted to 3 different brightness settings to create different ambiances. It is perfect for everyday lighting scenarios in personal spaces, but also for more social moments. Minimalist and simple in its elegant shape, it becomes an ideal, flexible element for lighting bars and restaurants, where it enables an unconstrained vision for lighting scenarios and ambiances that can change freely in line with organisation of spaces. It has no protection against contact with water but its lightweight and durable design means it can accompany us outdoors too. Watt: 2,4W | Delivered lumens output: 225lm | CCT: 3000K | CRI: 80 Dimmer Typology: Slider Dimmer 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. The process generates very little waste and the resulting finish is particularly resistant over time. In any of these cases, glass finishing is designed to ensure the best relation with the emitted light, screening the source and maximizing direct emission through transparency. The most basic version with the traditional E27 or E14 joint is designed to provide different performance levels compared to the more innovative RWB version, where colours can be combined with each other to create lightscapes that meet space requirements. It is a timeless solution for its flexibility in adjusting to the development of standard source technologies.