DIPPING LIGHT 20

design by Jordi Canudas , 2019

The Dipping Light is more than just a lamp; it inspires emotions. On, it is mesmerizing: its different shades of paint filter the light creating a magical ambience. Off, it transforms into a multi-coloured glass sphere, with a strong aesthetic impact.
The Dipping Light started out as an experiment – dipping a switched-on light bulb in paint several times – but it became a lamp. The result is layers of colour painted in concentric circles which trap the light, attenuating its intensity. The paint acts as a shade, colouring the light and giving it texture. This artisanal process involved makes each lamp unique and exclusive.
The Dipping Light celebrates colour, while continuing to illuminate with three new sober, versatile shade finishes—cream, chocolate, and burgundy. These new finishes offer a more muted and gradual chromatic palette that maintains the essence of the Dipping Light: the cream finish projects warmth, the chocolate blends into less saturated designs, and the burgundy offers a quiet sophistication. These new, harmonious colours dialogue with each other and with the existing collection, and their visual coherence makes them a versatile choice for any project.
The pendant version of the Dipping Light sheds all unnecessary elements and retains only what is essential: colour takes centre stage. When using several lamps to make a composition, the visual effect is mesmerising. It is available in four different diameters: 12 cm, 20 cm, 30 cm and 40 cm. When this bigger bulb is switched on, it simply demands attention: colour is the message. Its size exudes so much strength and visual aesthetic that it can fill any space, bathing the room in colour.
A cluster accessory is also available for the 12-, 20- and 30-cm pendant Dipping Light, allowing you to connect several pendant lamps at once to a single point of light. This offers the freedom to build with light, to illuminate large spaces and to create compositions.

Product sheet
Assembly instructions
2D drawing
3D model
IES