The complexity of 3D printing is progressively weaving ground-breaking layers every day. Future Tree envisioned by Gramazio Kohler Research, ETH Zurich incorporating cutting edge technology exposes a canopy structure streaming over the courtyard of the Basler & Hofmann building in Switzerland. A series of timber frames arranged in varying hexagonal combinations seem to sprout and develop like a tree flourishing its structure. The courtyard is brought to life by this intrinsic sculpture soaring as a geometric casing.
image courtesy of Gramazio Kohler Research / ETH Zu?rich
The design team conceptualized to sync trailblazing strategic techniques infused in new materials and robotic additive manufacturing, all strikingly elevating this architectural project. The Future Tree is composed of a column that supports the canopy, conceived using a six-axis robotic arm. The ultra-thin rhombic formwork, arches over 2 meters in height, built as one piece and filled with a fast hardening custom concrete. The column design was parametrically generated after multiple prototype iterations. The ?Eggshell? technique using the FDM technology, engaged the designers to optimize novel assemblies considering minimal waste. image courtesy of Gramazio Kohler Research / ETH Zu?rich
In crisp definition, rising in bold stature is the stunning branch evolved as a tree. The structure uses acetylated pine wood, full thread screws and clamping tension cables tightening the structural fabric. 380 robust...