For my first additive manufacturing design i made a rocking manta ray out of TPU. TPU is a type of 3D print filament that is really flexible.
Next i did the same thing as the manta ray but with a hedgehog.
I also printed my AMLA puzzle that I designed for the 2D challenge.
I designed a hinged coffin box to put cards in, it has hinges to open and close, a clamp hinge to keep it closed and holes inside for cards and dice/extra things. I printed it on the SLS sand printer at clover park, the Selective Laser Sintering (SLS) printing is a type of 3D printer that uses a laser to fuse powder together to create solid objects, the cleaning process for it is extremely time consuming because the powder gets really caked onto the part, you have to spend a long time scraping and cleaning the parts to get to the finished product.
The two types of filament I used
For my multifilament challenge I decided to try to combine PETG and PLA to make an AMLA Lego sign. I took my Lego design that I had done at the beginning of the year and put the three different sizes into Bambu studio to color them. While trying to print them I ran into some issues, I didn't realize that since PETG is stronger than PLA it has different printing properties so my first few prints didn't succeed at all. Once I realized that I had to switch the settings I did some research into how to change them and which settings needed to be adjusted, I found that I needed to adjust the speeds of the nozzle and the nozzle temperature.
Original Nozzle settings
Modified Nozzle settings
Original print speed settings
Modified print speed settings
After adjusting those settings the print came out how I wanted it, but there was still an issue.
This was the first design I did, it was orange PLA for the majority of the Legos and black PETG for the pips on top. The print looked great but once I tried to connect them I had a problem, the pips broke of inside the Lego on top of it.
After that design failed I colored the whole top of the blocks black to hopefully prevent this issue from happening again. I also adjusted the inside of the legos because they didn't fit together very well.
Again in the printer they looked great but once they came out I discovered they fit together very loosely but my solution kept the pips from falling off.
Now that I figured out that my Legos are too loose I went back into fusion and adjusted the width of the columns inside the Legos and reprinted them with the same design just back to orange PLA instead of blue.
Once again the prints looked fine when printed but once I tried to put them together they fell apart, literally.
At this point I decided to just cut my losses and not continue the project since the two filaments weren't working together.