PAGE BOOKCASE
Rodolfo Dordoni design
With its decidedly sculptural presence and the contrasting textures of the interiors and exteriors of its three volumes, the Minotti Page bookcase is inspired by works of modern art. Its misaligned blocks, set one on top of the other also call to mind contemporary architectures. Fully swivelling, it is characterised by volumes in the form of parallelepipeds, with outer edges in Moka-coloured wenge wood and glossy painted Warm Grey-coloured interiors, and it stands on a circular base with a glossy Pewter-coloured finish.
Minotti Page Bookcase
With its decidedly sculptural presence and the contrasting textures of the interiors and exteriors of its three volumes, the Minotti Page bookcase is inspired by works of modern art. Its misaligned blocks, set one on top of the other also call to mind contemporary architectures. Fully swivelling, it is characterised by volumes in the form of parallelepipeds, with outer edges in Moka-coloured wenge wood and glossy painted Warm Grey-coloured interiors, and it stands on a circular base with a glossy Pewter-coloured finish.
A bold piece of furniture that is sure to turn heads, ideal in any part of the room, including the centre. In addition to its function as a bookcase, Page can also be used as a contemporary display cabinet to accommodate objects or collections, or as a bar cabinet.
Minotti Bookcases are created and designed to compliment the Minotti Collections for hospitality or home residence.
All the Minotti Sofas are designed, created and 100% Made in Italy.
For Minotti sofa prices please contact the London showroom.
Technical Details
Structure
In MDF, 12 mm thick, with brushed wenge veneer, open pore Moka colour lacquer finish. The inner compartments of the 3 cabinets are clad in aluminium, varnished polished Warm Grey colour, with back panel in MDF with glossy lacquer Warm Grey colour finish. Each cabinet has 3 compartments (2 measuring 32×34 H32 cm and 1 measuring 64×34 H32 cm).
Base
In MDF glossy lacquer Pewter colour finish with 360° swivel movement.