Week 7
![](../assets/img/Week7/Table_prof_300pix.jpg)
Computer-Controlled Machining
- Group assignment
- Test runout, alignment, speeds, feeds, and toolpaths for your machine
- Document your work (in a group or individually)
- Individual project
- Make (design+mill+assemble) something big
- Demonstrate 2D design development for CNC production
- Describe workflows for CNC production
Learnig outcomes
Work table
For this week i decided to design and make a standing work table for the fablab
At first I did a sketch on my Ipad.
![](../assets/img/Week7/table_sketch.jpg)
This table is designed for a CNC machine and without any additional components like screws and bolts.
Here we can see the dimensions of the table that I designed in Rhino
FRONT VIEW
![](../assets/img/Week7/work_table_front.jpg)
SIDE VIEW
![](../assets/img/Week7/work_table_side.jpg)
TOP VIEW
![](../assets/img/Week7/work_table_top.jpg)
![](../assets/img/Week7/work_tablefitings.jpg)
Work table rendered
I decided to make the table in 30mm Birch Plywood
![](../assets/img/Week7/work_table3d_side800.jpg)
![](../assets/img/Week7/work_table3d_sideR.jpg)
I used joinery splits on the ends to make the table more sturdy
![](../assets/img/Week7/work_table3d_joints.jpg)
Joinery detail image
Turntable image
Left click and hold to move the table. Double click for full screen.
And here you can see how the table is put together
![](../assets/img/Week7/parts.jpg)
Preparing the file for CNC Machining
![](../assets/img/Week7/CNC_prep.jpg)
Next step is to arrange the parts so they will fit on the Plywood 30mm plate 2440mm x 1220mm
![](../assets/img/Week7/CNC_prepPlate.jpg)
30 mm Plywood
![](../assets/img/Week7/birch_wood.jpg)
Magnús St. Magnússon © 2020| v1
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