These are the steps that I took to complete my seventh ENGI 210 Project: CNC Machining an object out of wood.
Step 1: Deciding on a design to CNC
The first step of this project was to choose a design to cut out of a block of wood using the CNC machine. I selected a capybara design from The Noun Project, and downloaded the file as a SVG. file.
![](https://engi210.blogs.rice.edu/files/2022/12/Screen-Shot-2022-12-12-at-1.59.36-PM-269x300.png)
Capybara Design from The Noun Project
Step 2: Modifying file for Nomad 3
Next, I imported the SVG. file into Carbide Create to modify for the Nomad 3. I inputted the dimensions of my stock and scaled the design to fit within the wood. I created two tool paths: the first to carve the capybara design at a depth of 0.05in and the second to cut out the outline of the capybara through the wood.
![](https://engi210.blogs.rice.edu/files/2022/12/Screen-Shot-2022-12-12-at-1.59.58-PM-300x213.png)
Capybara design in Carbide Create
Step 3: CNC Machining on Nomad 3
Finally, I uploaded the tool path to Carbide Motion to CNC machine. I initialized the Nomad 3 and used the probe function to zero the coordinates around my stock wood piece. I ran into little to no problems throughout the CNC machining process and my piece was complete in around 20 minutes. This process was repeated twice to create 2 wooden capybara cutouts.
![](https://engi210.blogs.rice.edu/files/2022/12/Screen-Shot-2022-12-12-at-2.00.04-PM-253x300.png)
Running Job on Carbide Motion
![](https://engi210.blogs.rice.edu/files/2022/12/Screen-Shot-2022-12-12-at-1.59.44-PM-236x300.png)
Nomad 3 CNC machining the first capybara design
![](https://engi210.blogs.rice.edu/files/2022/12/Screen-Shot-2022-12-12-at-3.19.54-PM-277x300.png)
Nomad 3 CNC machining the second capybara design
![](https://engi210.blogs.rice.edu/files/2022/12/IMG_2460-300x225.jpg)
Final capybara cut-outs
Cost Analysis
- 2x Wood Stock = $2.00
- Labor: 2 hours x $15/hour = $30
Total = $32.00