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Marble composition.
The R.I.G. modules offer the perfect backdrop and enhance the use of materials. The modules frame the essential elements of the bathroom: tailor-made units and basin in wood or marble, mirrors, light bars and towel racks. Ideal for both wall and freestanding compositions. Thanks to its ever changing nature and flexible structure, R.I.G. can furnish both domestic and office spaces.
Modular bathroom system characterised by pure lines and an ultra-flexible design to organise storage spaces with a geometric layout for both domestic or work spaces. The different modules harmoniously blend the materials and their industrial, yet precious aestethic with functionality and rigour.
Each module is specifically designed for bathroom as both wall and island compositions, with a specific sink made in precious stones and dedicated containers.
Mirrors are designed with the same production method of the powder-coated solid steel frame and complement the mirror, the light bar and the towel rod.
TECHNICAL FEATURES
- Structure in epoxy-polyester powder-coated solid steel, black finish.
- Feet and joints in brushed stainless steel.
- Shelves in various materials: 12 mm thick stone (white Carrara marble, Greystone marble, Gris du Marais marble, black Pietra d’Avola stone), black biplated CDF in Ecowood Xilo 2.0 wood veneer -planked sand, Ecowood Xilo 2.0 planked grey, Ecowood Xilo 2.0 striped black, smoked oak, natural oak.
- Units in black CDF covered with panels of biplated CDF wood veneer Ecowood Xilo 2.0 planked sand, Ecowood Xilo 2.0 planked grey, Ecowood Xilo 2.0 striped black, smoked oak, natural oak.
- Front in 12mm thick stone (white Carrara marble, Greystone marble, Gris du Marais marble, black Pietra d’Avola stone).
The R.I.G. is designed from the idea of joining simple principles; optimized use of materials, enhanced functionality and a minimalist expression. By using well known construction techniques, we have created a series of furniture with an absolute generic appearance, that would allows the structure and the materials to perform as the ultimate leading characteristics.
