FabCraft Experiments
Initial 5-Axis GCode Generator Swarf Tests
First tests of the custom Rhino Grasshopper component, developed by Edmund Harriss for our 5-Axis mill swarfing tests.
Initial 5-Axis GCode Generator Swarf Tests
First tests of the custom Rhino Grasshopper component, developed by Edmund Harriss for our 5-Axis mill swarfing tests.
5-Axis Swarf Test Using Custom GH Component
Testing a custom Grasshopper G-Code Generator Component for our 5-Axis Mill. The component allows the Toolpath G-Code to be produced directly in Rhino GH, with vector visualization and geometry creation. Basically, everything can be accomplished straight from within the parametric
5-Axis Swarf Test Using Custom GH Component
Testing a custom Grasshopper G-Code Generator Component for our 5-Axis Mill. The component allows the Toolpath G-Code to be produced directly in Rhino GH, with vector visualization and geometry creation. Basically, everything can be accomplished straight from within the parametric
Steel Plasma Cutting
Short clip showing our combination 5-Axis mill and Plasma Cutter in operation. The ability to switch easily between steel cutting and 5-Axis milling facilitates experimentation in structural components and assemblages using a variety of materials.
Steel Plasma Cutting
Short clip showing our combination 5-Axis mill and Plasma Cutter in operation. The ability to switch easily between steel cutting and 5-Axis milling facilitates experimentation in structural components and assemblages using a variety of materials.
PARAMETRIC STEEL TOWER
Parametric Steel Tower assembly in progress. The finished work will provide a platform for attachment of experimental skin assemblies, and will be moved to an outdoor site when fully completed.
PARAMETRIC STEEL TOWER
Parametric Steel Tower assembly in progress. The finished work will provide a platform for attachment of experimental skin assemblies, and will be moved to an outdoor site when fully completed.
PARAMETRIC STEEL
Work in Progress by Akihiro Moriya, a student in my FABCRAFT spring seminar. The steel component geometry is produced parametrically using a grasshopper definition controlled by the surface geometry. The steel is plasma-cut on our combination 5-Axis mill and plasma
PARAMETRIC STEEL
Work in Progress by Akihiro Moriya, a student in my FABCRAFT spring seminar. The steel component geometry is produced parametrically using a grasshopper definition controlled by the surface geometry. The steel is plasma-cut on our combination 5-Axis mill and plasma