CLOUDIA

CLOUDIA was developed as part of the semester project From Fun 2 Function, a project in which we explored CNC manufacturing processes in depth. Our starting point was the investigation of so-called parametric waffle structures— constructions where individual components are connected through precise cuts, forming stable structures without the need for screws or glue. 

After numerous experiments with CNC machines, including laser cutting, waterjet cutting, and milling, we became particularly interested in combining opposites: hard, precise wooden structures meeting soft, organic forms. This led to the idea of creating a seating object that combines a CNC-milled wooden frame with inflatable seat cushions.

The multiplex frame forms a stable, curved structure into which translucent TPU cushions are inserted. These cushions were CNC-welded and inflated to create soft padding that adds comfort and lightness to the construction.

The result is a chair that can be assembled without tools, is surprisingly comfortable, and demonstrates that digital fabrication, air, and a bit of experimentation can come together to create a genuinely enjoyable seating experience.