Taking our inspiration from nature, we aim to celebrate the textures, grains, colours and shapes of a wide variety of wood cuts across our Furniture Collection.
It’s inherent characteristics make wood a versatile medium to work with, but ultimately, we prefer to minimise our tampering; preferring to let the raw materials speak for themselves . From Burl Oak to French Walnut, we create tables, desks, benches and stools that compliment a wide variety of interior tastes.
Of course, wood with wood can make for stunning pieces. But what happens when you want to compliment a stunning cut of wood with man-made materials such as steel or chrome?
Utilising wooden legs in the creation of our Burl Oak Coffee Table just didn’t seem to work practically or aesthetically. We had to find something that would take the weight whilst complimenting, rather than overwhelming the natural characteristics of the table top.
We also had to consider the practical necessities of the function of such a piece of furniture. A client may wish to move the table from time to time, thus supporting the weight of the table top with 3 single legs would potentially weaken the structure over time.
Fused into a specially manufactured square frame cut into the underside of the table top, a tripod leg design gave the piece the necessary strength whilst complimenting the colour, grain and bark structure of the Burl Oak.
Utilising a similar cut of Burl Oak for another client looking for a more ornate finish to the base of the table, we came up with a ribbon leg design. The waves of the ribboned steel were devised to compliment the circular structure of the Burl Oak grain above. The strength of the steel was ideal as it was spread across a greater area of the heavy table top thus ensuring aesthetic considerations matched the practicalities of the piece.
Forging, tempering and oxidising metals such as steel can produce a variety of beautiful finishes and structural strength that will compliment dark and light wood furnishings.
We are constantly looking at innovative ways to bend metals to our way of thinking and we hope you’ll agree that the results are inspiring:













