Inspired by Tom Dixon Melt Copper Trio Round Pendant System (not replica Tom Dixon Melt Copper Trio Round Pendant System)

Due to the copyright notice, please note that this product is not a replica

Introducing the no replica Tom Dixon Melt Copper Trio Round Pendant System, a bold statement piece that effortlessly blends into any space. Our lighting collection is known for its endless reflections, spatial play, and graphic arrangements, showcasing the uniqueness of our offerings. Carefully curated from our best-selling collections, we present a series of pendant systems that are both exceptional and easy to install with a round or linear ceiling canopy.

The round chandelier features one hanging Melt lamp and three hanging Melt Mini lamps in a modern gold, smoke, copper, or chrome finish. This ceiling light, equipped with our integrated LED module, creates a mesmerizing melting effect of blown glass when turned on, and a mirror finish when switched off. Manufactured in Germany using advanced technology to achieve the perfect molten sphere, the Melt lights are formed through a process of blow molding and vacuum metallization to produce large, exceptionally bright spheres.

Over the years, we have collaborated with pioneers in German engineering and production to develop techniques that produce lamps offering the latest reflections and transparency. With the Melt lights, vacuum deposition of thin layers is elevated to a new level with partially metallized surfaces, creating an extraordinary optical effect that reflects and enhances its surroundings.

Color: Customizable

Lamp Type: Pendant Light

Elevate your space with the no replica Tom Dixon Melt Copper Trio Round Pendant System, a stunning fusion of modern design and innovative technology. This statement piece will not only illuminate your space but also add a touch of sophistication and luxury to any room. Upgrade your lighting experience with the mesmerizing effects of the Melt collection, where form meets function in a harmonious blend of beauty and brilliance.