Robotic 3D-Printing for Composite facades
@ETH Zurich • Switzerland
@Digital Building Technologies

A robotically 3D printed facade designed for the versatility to combine the functionality of Insulation, Structure, Shading, Acoustic barrier, Ventilation and Aesthetic in one system. It was a demonstrator done on a Scale 1:5 with architectural integration as an initial thought. Finally clear PETG material was printed with purpose-built custom slicer for UR5 robot.
**Research Focus:** - Robotic toolpath design - End effector Design - FDM 3DP strategies - Material Control - Architectural integration
**Tools used:** UR 5 robotic arm, 3D printing end-effector, Arduino, Rhino, Grasshopper, Boid plugin, Compas Slicer, Cinema 4D simulations, Keyshot rendering
**Computational design, Simulation and Robotic fabrication**
**Composite Facade = Insulation + Acoustics + Structure + Insulation + Ventilation** + social and spatial separation + tradition + aesthetics + innovation ...
**Team:** Guillaume Jami, Priyank Soni

Main project visualization showing the robotic 3D printing setup
Project Gallery

Technical drawings and specifications

Documentation of the robotic 3D printing process

Technical process visualization

Detailed view of the fabrication process

Comprehensive project documentation

Animated visualization of the robotic printing process

Simulation of the fabrication process

Technical specifications and details

Complete system overview and architecture

Large scale application concept

Final project documentation and results

Building strategy

Various cross sections

Pouring Concrete

Fabricated module

Cell geometries
Project Videos
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