Workshop 6: Force-Adaptive Hot-Wire Cutting – Integrated Design, Simulation and Fabrication of Double-Curved Surface Geometries


Coordinated movement of two six-axis robotic arms Universal Robots UR5

Instructors:

Romana Rust (Gramazio Kohler Research) and David Jenny (Gramazio Kohler Research)

Duration / Cost:

2 days / CHF 160 (CHF 80 for students)

Requirements:

64bit Windows computer
Rhino 5

Maximum number of participants:

12 (BOOKED OUT!)

Description:

Spatial Wire Cutting (SWC) is a novel digital fabrication technique that is performed by the coordinated movement of two six-axis robotic arms, which control the curvature of a hot-wire, adopting itself against the resistance of the processed material. By escaping from the linearity of the cutting medium, this approach fosters a material-efficient and fast manufacturing of double curved surface objects by single cutting procedures. As such, SWC significantly expands the grammar of possible hot-wire cutting geometries and ultimately brings forward a fully integrated design, simulation and fabrication approach.

The workshop at the Advances in Architectural Geometry (AAG) conference in September 2016 will focus on the expanded geometric possibilities of SWC and, on computational design and simulation in direct connection to the adaptive fabrication system. Participants will investigate a range of SWC surface typologies and will robotically fabricate them as full-scale polystyrene elements. The workshop will introduce a custom computational design and simulation framework (in Grasshopper/RhinoPython) and a cooperative robotic fabrication set-up, consisting of two Universal Robots UR5.

Video:

Eventbrite - AAG2016

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