DESIGN BY US Trip LED rechargeable table lamp, green / orange, marble, glass, IP44

With 3-step dimmer & Charging station: Trip LED rechargeable table lamp made of marble and hand-blown glass, warm white, USB, IP44 Clear lines and a relatively simple design paired with high-quality, aesthetic materials - this is what characterises the Trip LED table lamp with rechargeable battery. The manufacturer DESIGN BY US has thought of every detail in this version of a portable, rechargeable LED table lamp. An integrated LED module produces warm white light that can be dimmed in three stages using a switch on the lampshade. In addition to a charging station, which is also made of marble, the scope of delivery also includes the matching USB cable (without mains adapter) for recharging. As Trip is equipped with a rechargeable battery and can therefore be operated wirelessly, there are countless possible uses with no ifs and buts - or as the saying goes: "No strings attached." The sculptural design of the polished marble body combined with the beautiful lampshade made of mouth-blown glass gives Trip a particularly exclusive look. With an IP code of IP44, it is suitable for both indoor and protected outdoor areas. Trip is ideal for use in the centre of the dining table to create an intimate atmosphere, on the bookshelf, on the windowsill or even on the bedside table. At the same time, it can also provide soft light in the garden in the evening and is welcome on any balcony. Technical features: - high-quality materials: marble base and blown glass lampshade - incl. marble charging base and 1.5 litres of water. Marble charging station and 1.5 m USB cable (USB-A to USB-C, without mains adapter) - warm white light colour - integrated 3-step dimmer - battery capacity: 7,500 mAh (up to 105 hours of lighting time) - charging time from 0 to 100 %: approx. 9 hours - IP code IP44 - protected against splashing water Note: Each marble light is unique. Differences in colour and structure are natural characteristics of the marble, the product photo may therefore differ.