Ola

Mobiliario de baño modular OLA para hoteles restaurantes y contract de discoh design

Mobiliario de baño modular OLA diseñada en laminado HPL arpa por discoh design para Sistema Midi

Detalle lavabo en resina acrílica y grifo vola arne jacobsen de mobiliario de baño OLA de discoh

Mueble de baño OLA de discoh design con laminados HPL arpa naturalia marna n03 y solid core KP

detalle cajón mecanizado a inglete 45 grados del mobiliario de baño OLA de discoh para sistema Midi

cajón en High pressure laminate arpa del mobiliario OLA de discoh design para sistema midi

composicion modular del mobiliario OLA de discoh con lavabo contenedor en interior de diseño

In this project we worked on:

Fecha: Noviembre 2011
Cliente: MIDI

BATHROOM FURNITURE COLECTION “OLA”

Ola is a modular bathroom furniture system designed by Discoh for Sistema MIDI de MB studio. The collection consists of nine modules manufactured in compact HPL in different colors and finishes, which can be combined to obtain an infinite number of models, according to the needs and preferences of each user.

From a minimum size of 45x45x70, the combination of different modules allows infinite dimensions and compositions. The entire collection plays with the contrast of the different materials aswell as the different volumes and heights.

The materials used in this collection, come from the italian manufacturer ARPA . Having chosen different colors and finishes from the “Apra For You” catalog and the most exclusive “Naturalia” and “Solid Core”.

The manufacturing technology used to build the modules is based on the 45 degrees joint of all the faces that make up each of them. A process commonly used in other materials, but very innovative in its application to HPL, obtaining this way, a very robust, exclusive, clean and precise appearance

Excluding the contract versions, all modules use drawers guides with “push” open system to reinforce its clean and compact appearance .

In all compositions using a unique sink design for this collection made of solid white surface, whose asymmetrical design allows placement in different positions to place the tap and both right and left, as appropriate.