The Smiley Poop Emoji
INSPIRATION: My Favorited emoji which I use very often because it is very expressive in most situations and moods, and it is also used in bullying on my friends. I certainly did not mean to be insulting, but just for fun.
Source: The Smiley Poop Emoji
INSPIRATION: The most famous knife skin or melee in the most played game called "Valorant" which is very popular by the way. because it is very expensive in the game I decided to have it in my real life.
Source: Karambit Valorant Melee
Software Used for Laser Cutting
( to Adjust printing setting )
Material used for Laser Cutting
Machine Used for Laser Cutting
Software Used for 3D Printing as a slicer
( to Adjust print and time settings )
Material used for 3D Printing
Machine Used for 3D Printing
First, I searched for the .dxf file in the site below and couldn't find it with the familiar name "The Smiley Poop Emoji". Fortunately, I found the emoji by by luck when scrolling down.
Source: opensource CAD library
Second, I imported the DXF file into the RDWorks program, then I selected the cut layers and the engraved layers, based on the settings for speed and power of the machine responsible for printing.
Finally, I removed the Overlapping because if there are many layers on top of each other, especially if the file is exported from Illustrator or any other program, then I made a preview for the printing process using the Preview command to display the layers, and I found two problems in fact before printing, which will be explained below.
size 49.5x47 mm.
Scan (Red): 200 for speed, 35 for power.
"I used these settings specifically to be the most appropriate need for cutting and to cut in an exact manner and according to the thickness of the wood."
Cut(Black): 10 for speed, 35 for power.
"I used these settings specifically to be the most appropriate need for engraving accurately, without strong depth and without burning or cutting, and they differ from one enabler to another."
Finally, to get the dark color.
First, I searched for the .stl file in the site below, and I could not believe that it was possible to find it in particular that it was something that related to a game, or that it could be a little violent.
Source: MakerBot Thingiverse
Second, I imported the STL file into Ultimaker cura, then changed the format order and print orientation because it didn't fit, then I started adjusting the scale, %fill, and print profile. I tested slide mode. And as I expected, the file needs support because of the red areas shown above
Finally, I reached the appropriate settings for printing and requirements and fully prepared the settings for the supports.
I extracted the file with the agreed compound name as shown in the picture and in the order above
Supports: True
Infill: 10%
Resolution: 0.3mm
weight: 4g
Time: 17min
At first, the machine starts to heat to be ready, and the heat bed starts to get hot too.
The screen above is shown that, the estimated time, temperatures, and also the percentage of the end of printing.
You can see above The initial layers of printing if there are no errors here.
You can leave it to work alone and you can rest a little, feel safe and take a cup of coffee.
Finally, here is the output after the end of printing.
After correcting the power settings, and re-printing
Live Fabrication :D
The video above shows us the beginning of printing in order on the machine
We also note this after printing and the shape was not broken Because as we mentioned before, there is an error in the power settings due to the difference in the device.
It is very obvious that the lines cannot be fully engraved, but I did not take this into my mind and did not turn to it from haste.
The mouth looks to me like a closed shape, and I gave it a color and engraving and cut settings, but when I go to preview the steps the, I found that it does not exist at all.
I went back to the shape again and zoomed in more and more and unfortunately I found that it was an open shape, there was a very small hole that is not visible to the eye.
I drew it quickly using RDworks tools for the first time.
I don't know what is that?!
But finally, it came out in a completely different shape than what was expected at all, but somewhat satisfactory
We know that we can modify, decorate, and clarify parts of the shapes as a whole using engraving.
And that by changing the speed settings and the power settings with the challenge of the drilling penalty.
Super Mario
A party in space and we will be heroes with superpowers
The wood is invited to this party, and we begin to adjust its shape, beautification, and shine it, using tools and machines of the making field.
for example: 3D printer, Laser cutter, CNC milling machine, CNC router machine, some Electronics components,...etc.
The Astronauts are the furniture