We were given the Surface Morph component, the laser cutter, and our task was making a container.
In the beginning we were thinking of what makes up a container and writing out exactly how the components we were using worked.
In Rhino we immediately started experimenting with the Graph Mapper component because we found that it was extremely easy to use surface morph and make container looking things with it. This initial ideating phase was more and more fruitful as we experimented with morphing different shapes.
When it comes to the Surface Morph tutorial we used, we ended up focusing on the end of it and ultimately retrofitted its final script to work with the Graph Mapper component.
Rhino designing went really smoothly and translated to the 3D print/fabrication step extremely well.
We cut the supports out ourselves with a scredriver and filed down the bottom to make it uniform.
We experimented with both CNC and lasercutting to make our base.
Plywood Test Piece using 1/4th ball nose
the 4 pieces that we cut
Sanding final piece
<--- Our Rhino file for the beginning of the (dead) lasercut
Our Fusion file for our CNC cut --->
We had extra time so we endeavored to make a metal base component using the Tormach. We both wanted a copy of the project to bring home.
3D Model
Our Billets were not the correct thickness and not completely flat so we first needed to use the CNC Mill to face our piece
I used the scallop tool in Fusion to cut out our pockets.
In our first test our center point was off so it cut our piece half on.
center point was slightly off so the top edge wasn't cut.
Facing
The tool kept jamming during the first pass. In the end we had to make each pass really thin
Fusion360 Tool Path
Rough Pocket Clearing
Fusion360 Tool path
This is just to show how much of a mess it makes and how much material is removed by facing
taken of the rough pocket clearing
https://drive.google.com/file/d/1ay2gyWM2nBd4B0LSQaJ-v3MWfyMTO7LT/view?t=27
Scallop tool path to finish
Fusion360 tool path
Circle Cut with thin layer of leftover aluminum
Fusion360 Tool Path
Extra material was needed to protect vice
Used a mallet to snap the extra pieces off and then briefly filed down the edge
Fit more snugly than our wooden cut
We were challenged by Fusion360 as well as the profile of the bottom of our shape when it came to marrying our wood components with our 360 printed one.
We also had issues enjoying the lasercutter and to solve that issue we moved to making a CNC cut shape - this presented its own problems
Using Fusion360 and figuring out our wood machines
Metal and using the Tormach for a metal component
Milling Takes a lot of time
Had to learn how to tool paths in Fusion while also learning how to use the CNC Mill
had to experiment with different speeds especially with the End Mill