Principles Practices project management
electronics productioninterface and application programming
output devicesmechanical design, machine design
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Computer-controlled cutting |
I wanted to work with soft and hard materials with the laser cutter. My first approach was to manipulate the Ethylene Vinyl Acetate (E.V.A) and hard cardboard. |
So, I did a simple Voronoi and Delaunay (Rhino/Grasshopper definition) to carve and cut the E.V.A. I used binder clips to do the first experiences in order to stabilize it on a 3D form. Grasshopper Definitions here |
To do more complex and curved patterns I worked with a Rhino/Grasshopper definition from Co-de-it. The definitions from Co-de-it here In the first attempt I did not calibrate the Laser cutter for the E.V.A material and everything was cut and not carved! It´s very important paying attention to calibrate the machines for the material you are going to use. |
After this, I begin to design the 'clips' in 2mm cardboard. First I tried without success to do 'closed flat shapes', but the shapes did not 'clip' the foam to structure it, so, I left it for a while. |
I return to the first linear Voronoi and Delaunay designs. I did some holes in the E.V.A and linear cardboard pieces to join with the foam. And the result was great! |
At final research, I return to flat pieces pasting them in the foam. First I pasted with double-sided tape and that was a terrible result: |
So a pasted them with glue. The result was some accidental holes when forcing the material to stabilize in a 3D form. So I concluded that is possible to work with E.V.A and flat cardboard pieces doing some holes in the E.V.A to stabilize it in a 3D form. |
My final approach in this exercise was to develop these two sculptural forms ( see the videos) and to explore possibilities to my final project. |
assignment laser cutting 01 from Alex Angelo on Vimeo. |
assignment 03 from Alex Angelo on Vimeo. |