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Rapid
Clay
Formations
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The project focuses on the study of robotic manufacturing processes for malleable materials, where precise control of force and position is critical. Different typologies of the technology are explored through iterations of empirical testing, design simulations, and physical prototypes. Here, we aim to increase the interlocking behavior of clay material projectiles, resulting in better structural performance on surfaces with curvature.
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Role
Timeline
1 month
Completed
11/2018
Credits
MAS ETH DFAB
Tools
Rhinoceros 3D/Grasshopper, python, Universal Robot 5
Role & Activities
My task in the team is to set up the configuration of the robotic arm and orientate the geometry from digital to physical. Make sure the robotic arm can shoot clay bullets in the right location and fabricate our design.
