STEEL

In a unique collaboration, award-winning designer Gabriele Buratti and Acerbis’ own Lodovico Acerbis created this unusually wide sideboard, emphasized by a minimalist structure that rests on two ephemerally thin side panels in mirror-polished steel, and bathed in light diffused by a matte methacrylate strip set into the top, with an illuminated interior and base as well.

Frame

Cabinet complete with shiny mirrored stainless steel sides and an adjustable bar. Flap doors, veneer or matt or glossy lacquer top and sides obtained via a mixed polyester/polyurethane cycle, superior quality in terms of shininess (for glossy lacquer), colour depth, resistant to wear and yellowing. Available in a wide range of colours. Interior in matt white finish equipped with openings for wires and the option of adding drawers and shelves.

Fitted with a back in the same finish as the door for center room

setup.

Lighting

Lighting system placed in a rear strip that houses the cables and enables the light to be diffused simultaneously from the upper part (protected by a matt methacrylate panel), from the lower part and inside the compartments through portholes positioned in the backs.

Power cable with lucid LED (220-110 V) power supplier and touch switch, It is necessary to add a power supplier for each composition up to 240 cm.

Specify whether the plug should be EU, UK, USA.

Finishes

_ matt or glossy lacquer doors and top in the colours:

black, white, SW white, linen, sand, clay, burgundy, pink, dark green, mustard yellow, brick red and navy blue; eucalyptus, black eucalyptus and dark-stained walnut veneer;

_ sides in shiny mirrored AISI304 stainless steel;

_ white interiors with microembossed finish.

Optional accessories

_ inside drawer L76. White interiors with microembossed finish,

opaque methacrylate plastic band. Max 3pc per compartment;

_ glass shelf L76, in transparent glass thick 8mm;

_ power cable kit EU, UK, USA.

Dimensions

D64 L163 H71; D64 L243 H72 cm. Payload capacity: L160 up to 30kg, L240 up to 60kg (equally distributed weights).