As part of the previous blog post -Upcycled Clock -3D Printing panels , the panels for the clock were printed in wood filament and stained , it was then time to design and 3D Printing LED diffuser's to go with the panels as you see in the picture below. After getting the right nozzle clog sorted out, I designed the LED diffuser's using fusion 360 and dual 3D printed the parts, with the bottom layer printed with 1.75mm transparent PLA and the top layer with regular colored Hatchbox PLA filament.
The M is the picture above will act as a diffuser to signify if I have an unread email in my gmail inbox 
,and Home diffuser will light up red if the temperature/gas sensor values are too high.
For combining the two STL files that is bottom which is for the transparent filament and the top, I am using combine STL feature in Slic3r to dual print. And here are some slicer setting I am using with the Flashforge creator pro
Nozzel temperature – 210 C
Bed temperature – 55 C
Extrusion speed 50 mm/s
First Layer height – 0.3mm
Layer height – 0.2 mm
Infill – 20%
| {gallery} Dual 3D printing |
|---|
Slic3r setup to dual 3D print |
3D printing the twitter LED diffuser |
Here are the other LED diffuser's parts |
LED diffuser's which slides into the panel holder |
Here is how the clock should look after I have the panels installed. Hmm by the looks of it, I think I can still add another panel between i and ii .
Now, since I am headed to Bay Area MakerFaire tomorrow, I thought, I will use the similar concept to 3D print myself a custom batch 
..
Makerfaire robot svg imported in CAD was taken from - http://makerfaire.com/ website.
