This is my first design, and was done prior to any tutorials to get to know the feel of Tinkercad.
It was printed on default settings on a Maker Bot Replicater+ 3D Printer.
*Note that I did not draw the isometric drawing, I merely used it.
This is the image I used to make the 3D Replication
I designed this in Tinkercad and it is a replication of the isometric drawing seen to the left.
This was done to get me introduced to learning how to use the 3D printers, and the website for them, Cloudprint.
This was a design taken from Thingiverse and modified in basic ways. This was to get me exposed to Thingiverse and to see some of other people's creations.
For the class I am in my teacher had me design a QR code holder or two to get people interested in the class. This is the first one I designed using the actual holder part that my teacher gave us the file for.
After I finished the first one I went on to design a second one, both if these he used.
It was printed on default settings on a Maker Bot Replicater+ 3D Printer.
It was printed on default settings on a Maker Bot Replicater+ 3D Printer.
I designed this chess piece on Tinkercad and used many unique shapes on it.
It was printed on default settings on a Maker Bot Replicater+ 3D Printer.
My teacher introduced me to a new website to convert drawings into 3D models and this was my first try at it.
My teacher introduced me to SculptGL and this is my first design I did on it.
This was done in collaboration with Mia.
This is the final design we came up with for the challenge, and we were going for distance.
Here is our catapult deconstructed so it can be printed without a ridiculous amount of supports and so the axle actually works.
It was printed on a Maker Bot Replicater+ 3D Printer.
This is a cookie cutter that I made. The design is that of the allomantic symbol for atium from a book series that I am reading.
This is a picture of the cookie cutter 3D printed next to the raw dough it cut.
These are the three cookies I made with it after they have been cooked. The two on the left have sugar on them.
The prompt I used in Freepik AI to get the above image is as follows: majestic emerald green dragon, ancient and wise, walking confidently on all fours, with a powerful stance, magical energy radiating from its body, wings extended wide, showcasing stunning details, no background creating a focus on the creature
After putting the image in Meshy and converting it to a 3D model this is what I got.
After importing it to Tinkercad, this is what it looks like.
This is an animation of my 3D model, and it was done in Meshy.
This was made in collaboration with my teacher Mr. Stoltzfus, and classmate Hamish.
This was the tray and base of our marble roller coaster, from which everything else would be based. This was made to be mounted against a wall or some other surface.
This piece was the shaft that held the spiral, and it could be mounted against a wall.
In order from left to right these pieces were the top, correcting piece, bottom, and main pieces of the spiral.
This was the specially designed exit piece for our roller coaster that would go at the top to get the balls where they needed to go.
This piece was designed to connect the marble roller coaster to the tray.
This was the piece that the motor would attach to, so we could then attach that ti the bottom of the tray
This is the marble roller coaster in its proper place. It runs well and works as it should.
This is the final for the class, and for it I made a mad scientist-style light switch for the library.
These are the pieces in Tinkercad all ready to be printed.
This is a picture of the design on the switch it will be controlling.
This a picture of the piece with me on the left and the librarian on the right.