When I see shelves filled with figurines, I imagine the day I’ll have my own collection.
Since I’m neither an anime nor a Disney fan, I feel abstract forms would best reflect my personality.
In Week 1, I had the chance to learn more about both laser cutting and the 3D printer machines. Also, we were assigned to prepare a file for each technique and produce it ourselves.
When it comes to 3D printing, what really inspired me is going through the whole process of 3D printing, from choosing the file, prepping, and simulation to finally seeing it come to life layer by layer.
As a product designer, I used to 3D print my designs. However, this time, it's more of a file-prepping exploration. I went through many websites to choose a model that I wanted to own, not just an exercise to get more experience with the process and the machine.
So for the 3D Printing, I have chosen a chess figure, which is the Knight. I think Chess figures have a deeper meaning behind the form.
The Queen's Gambit series inspires me by portraying chess as a metaphor for life, where every piece plays a vital role in shaping the journey.
As for the 3D printing task, I have used the 'Printables' website for the file download in a stl extension. Then, Cura software adjusts the file for production. Lastly, the 3D printer 'Prusa' for the production.
Prusa 3D Printer (Prusa i3 Machine)
PLA filament
Model ready for adjustments in Cura software
For the stl. file prepping, I dragged and dropped my file of Cura to experiment with the infill, thinking about whether I would need to add support or not. Slice to make sure I am under the requested time which is 90 mins Ig.
Support adjustment
Infill adjustment
Material printing temp. adjustment
Slicing after every alteration to ensure the time needed, then saving the file with a G.code extension.
Implementation in steps:
Transferred the G.code file to the SD card
Inserted the SD card into the machine
Added a filament of my choice (in purple)
Started inserting the filament and was requested by the lab specialist to cut the beginning of the filament to 45 degrees.
The bed started to heat and calibrate preparing for a new print.
Minutes later, the Knight piece started to be created layer by layer.
I removed the support using different metal files to get a smooth surface finish.
In action
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As I was waiting for my 3D printed model to finish printing, I supported a colleague in the laser cutting in the machine part, as I was more experienced since I was done with my laser cutting part.
I didn't encounter any significant challenges while creating my 3D model. However, I initially assumed I could start printing immediately after uploading my file. Instead, the machine required nozzle cleaning and calibration, which I viewed more as a new experience than a challenge since I'm not yet familiar with the production process.
Additionally, while removing the support material, I may not have been as cautious as needed, as I ended up causing thin scratches on the model's surface with my fingers.
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I think I will be using 3D printing in the complex forms of the body to create defined lines and neat surfaces. Also, to add vibrant colors to the model.
What inspired me this time is an old pattern that I have created a few years ago as an experimentation to a digital pattern design.
Honestly speaking, I dont like the look of the laser cut MDF finish products. So I try to use it as a supporting tool for another material..
So at the end I choose to create a islamic pattern small frame
Previous work using laser cutting
Material: Plywood
Thickness: 3mm
Ready model from 3axis.co
Laser cutting machine software: Laser works
Scaled my model down to 50%
Adjusted the speed and power for the cut
Placing the MDF sheet on the machine and locking with MDF clips
Importing the file, adjusting the origin point and simulating the cutting process
It started cutting, the cut-outs started dropping to the underneath drawer
A zoomes in look of the pattern
Final model
I observed other colleagues during my lab slot time to learn about different ideas and challenges ..
The only challenge is that I did not have the laser maker software, so I prepared it before the laser cutting
I guess I will be using the laser cutting technique as a skeleton to the electronic compenets.