The experiments I carried out as part of my project ZAG allowed me to obtain structural organizations, linked to the very principle of fused deposition 3D printing. This results in particular aesthetics, as well as many properties: shape memory, flexibility, elasticity, transformability, friction, grip, interaction with light….
In relation to the variable nature of parametric 3D models (see ZAG Project: process), this work opens up promising applications in various fields: architecture, decoration, fashion, robotics…
The ZAG project is an exploration of the potential of 3D wire deposition printing. This research aims to highlight the specific qualities of this manufacturing technique (see ZAG Project: introduction).