Our partner Cybe in collaboration with Seaboost, they used 3D printing to create artificial reefs that mimic natural biogenic structures, supporting coral and marine life. These reefs provide critical functions like reproduction, shelter, and food for various marine species at different life stages. By combining large-scale 3D printing with innovative design, it’s possible to replicate the key functions of complex ecosystems like coral reefs worldwide.
Cybe printed structures designed by Seaboost to replicate coral reefs, incorporating cavities and inconsistencies while ensuring structural integrity for deployment at sea. The hybrid structure, measuring 8x6x7 meters, combined 3D printed walls, doors, and arches with reinforced concrete. Parametric design helped us create complex shapes and adapt the reef to the specific marine environment.
3D concrete printing proved ideal for constructing these hybrid reefs, with concrete’s rough texture providing an excellent surface for coral larvae to attach and grow. This unexpected benefit, along with the ease of collaboration through 3D files, made the process even more efficient. Seaboost has since placed multiple orders for 3D printed reef components, and plans to expand the project to the Middle East, where their team has already produced successful reef prototypes.
