Bomma Pebbles Dimmable led Floor Lamp in Crystal

Bomma Pebbles is a dimmable LED floor lamp in crystal by Czech brand Bomma, designed to transform any interior with its sculptural luminous presence. Inspired by the natural forms of water-smoothed pebbles, the Pebbles collection is defined by its four elements in mouth-blown crystal (lead-free), entirely handcrafted by skilled artisans. The supporting structure is in black aluminium, while the light source is an integrated 25.5W LED module that passes through all four crystal elements, generating a continuous and enveloping lighting effect. The total height of 1350 mm and the base diameter of 320 mm give the lamp elegant proportions and a striking visual presence.

Thanks to the coloured glass layering technology and the entirely manual production process, every Pebbles Floor is a truly unique and unrepeatable piece: any small unfused bubbles or slight surface irregularities are authentic evidence of the traditional craft. The LED module delivers a colour temperature of 2700K (warm white), a colour rendering index greater than 90 and a luminous flux of 3800 lm, ensuring outstanding light quality. The dimmable function allows the light intensity to be adjusted at will, adapting the atmosphere to any moment of the day. The universal power supply (100–240V) is compatible with the main international electrical standards (EU, USA, UK, AUD, JAP), and the 3-metre black fabric braided power cable completes the refined design. Rated IP20 for indoor use, the Pebbles Floor is the ideal choice to enrich a living room or bedroom with a design object that unites art, craftsmanship and cutting-edge LED technology. The lamp is available in five colour configurations of the crystal elements (from top to bottom): Configuration 1 — light grey, white, light grey, black; Configuration 2 — light grey, white, green, black; Configuration 3 — light grey, white, red, black; Configuration 4 — light grey, black, white, black; Configuration 5 — light grey, red, white, black. Individual pieces may vary slightly in intensity, hue or colour, an intrinsic characteristic of the traditional glass underlayer technology.