The Ripple 2 table can still be assembled and manoeuvred by a single person but can now easily support the equivalent of a person’s weight, further demonstrating the properties of the lightweight construction. Following a series of rigorous strength and stability tests undertaken by the studio, the underside of the table’s surface now curves gently across its length and width, adding tensile strength to the structure. The improved leg design now employs a hollow triangular profile that offers increased strength and rigidity in two directions. The brace between the legs has a curved cross section to increase the strength of the connection between the leg and the table surface. As the corrugated plywood meets the legs, it gradually transitions to a flat surface, providing a smooth intersection. Ripple uses 80% less material than a standard timber table, and at 2.4 metres long and 1 metre wide, it now offers ample space for ten place sittings. The table’s impressive strength to weight ratio is enabled by an innovative production process of corrugating plywood for furniture through pressure lamination, which was developed by Benjamin Hubert Ltd in collaboration with Canadian manufacturer Corelam. Ripple is made entirely from 3 ply 0.8 mm sitka spruce, a timber sourced only in Canada, where the table is manufactured. The engineered timber was also used in construction of the Hughes H-4 Hercules – popularly known as the “Spruce Goose” – the world’s largest all-timber airplane. The strength of the material in combination with a unique lamination process means the edge of Ripple measures just 3.5 mm.

Sitka spruce plywood
W. 240 × D. 100 × H. 72 cm
dining table  ·  four legged dining table  ·  rectangular dining table  ·  wooden dining table

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