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Furniture / Material study
Coffee Table
A low aluminium coffee table built around one question: how honestly can a joint be shown instead of hidden.
A low aluminium coffee table built around one question: how honestly can a joint be shown instead of hidden.
Overview
This piece started as an exercise in restraint, how little material could hold two shelves apart and still feel solid. Brushed aluminium plate and a bent leg structure do all the work; there's no hardware to hide, so the joints had to be good enough to be the detail.
The second shelf sits low enough to hold magazines or a stack of books without competing with whatever's on top. It's a piece designed to disappear a little into a room, then reward a closer look.
This is material honesty in practice: the joints are left visible because they're good enough to be the detail, and nesting the whole table onto a single sheet keeps offcuts close to zero.
Aluminium was picked for the same reason as the exposed joints: it ages well and can be repaired rather than replaced, so the piece is built to last rather than to just look good in a render.
Process
The joint came before the shape. I started from one constraint, no bolts, no welding, no separate hardware, and let that decide how the legs, top and shelf would actually meet.
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Sketch, early concepts/sketch_joint_iterations.png)
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Sketch, flat pattern / nesting/sketch_final_concept.png)
Sketch, final concept/04_leg_joint_detail.jpg)
01, Joint, the driver of the form
The leg profile folds straight into a tab that slots through the top plate, no bolts, no welds, no separate hardware to source or assemble. That constraint came first and shaped everything else about the shape; the table looks the way it does because the joint had to work without extra parts. Fewer parts means faster, cheaper assembly and one less thing that can go wrong in production, the kind of decision that reads as an aesthetic choice but is really a manufacturing one.
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02, Material & manufacturing
Brushed aluminium reads cool, precise and a little industrial, closer to a tool than a piece of furniture, which is the vibe I wanted for something built from a single folded plate. Every part of this table nests out of one standard sheet size, so there's no offcut waste and no second material to source. A mirror finish would've shown every fingerprint and fought with a living room instead of sitting in it; the brushed grain catches light without demanding attention and hides wear far better.
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03, From flat sheet to table
Every part, top, shelf, legs, tabs, is cut from a single 3.1mm aluminium plate with a waterjet. No heat, so no warping or discoloured edges to clean up afterwards, and the cut is precise enough that the slotted joints fit straight off the sheet without extra fitting work. Before cutting, every part gets nested onto the plate to use as much of the sheet as possible; the layout above is the actual working file sent to the machine, showing how tightly the parts pack together with almost no material left over.
Detail
Two spots on the joint detail worth a closer look, click a marker.
One plate, no folds
Nothing here is bent or folded, this leg is waterjet cut from the same single flat plate as the rest of the table.
The tab is a joint that slots in and holds the lower plate up, cut in one pass to keep production cost as low as possible.
Storage, hidden but reachable
The middle of the table can hide small items out of sight.
Lift the top plate and they're still easy to get at, no drawer or separate compartment needed.
Form
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In context
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