three-axis joint builds structure directly from raw branches without screws
a joint that adapts to variation instead of standardizing it
Omnibite by Eugenio Costa and Nicolò Tallone begins in the moment where a branch is cut, held, and turned in the hand before anything is assembled. The project proposes a shift in self-building that moves construction back to the moment of gathering material, where wood is still irregular, unprocessed, and open to interpretation, introducing a three-axis joint with a quick-locking system that connects raw branches without screws, allowing natural elements to become structure with minimal preparation.
Rather than standardizing material, the joint accepts variation thanks to its geometry, which adapts to different diameters and angles, holding each branch in place through a system of clamps and interlocking plates. The bright, mechanical components contrast with the organic surface of the wood, making the act of connection visible and direct. In this way, the joint does not hide construction but frames it as an ongoing negotiation between precision and irregularity.
all images by @matok.lab
omnibite builds from landscape to structure
As branches accumulate, they begin to define a frame. A chair emerges, its proportions guided as much by available material as by intention. The system translates scattered fragments into inhabitable form, where each connection stabilizes a larger configuration.
The project is grounded in research into local wood species found in Lombardy, treating the surrounding landscape as both resource and knowledge base. Each type of wood carries distinct structural properties, influencing how it can be selected and used. By focusing on what is immediately available, Omnibite suggests that construction does not begin in the workshop, but in the act of recognizing potential within a specific environment.
Milan-based product designers Eugenio Costa and Nicolò Tallone turn making into something less about assembling predefined parts and more about engaging with material as it is found. Omnibite lingers in the interval before construction is fixed, where a branch is selected, tested, and understood.
irregular wood elements are held in place through adjustable clamps and interlocking plates
three-axis joint connects raw branches without screws through a quick-locking system
the joint operates across three axes, stabilizing connections at multiple angles
connecting three raw branches at varying angles
mechanical components contrast with organic wood
additional attachments extend the system into small-scale functional uses in situ
the joint system combines metal and 3D-printed parts into a modular connector
forming a precise node from uneven material
a modified tool integrates the joint into the process of preparing raw branches
metal components are fabricated to accommodate flexibility and precision in connection
different branch types reveal variations in geometry, texture, and structural potential
project info:
name: Omnibite
designer: Eugenio Costa | @eugenio___costa, Nicolò Tallone | @nicolo_tallone
photographer: Matok Lab | @matok.lab
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