f(x,y,z)

In another dimension

Our assignment for this week required us to test our machines capabilities. Our fablab contains multiple 3D machines which are the Makerbot Replicator 2, Rostock Max V2 and a Printrbot Play. I will use the test models Neil suggested in the lecture for each 3D printer. The results range from horrible print outs to impressive print outs.

I am more adept with the Makerbot Replicator 2 and I enjoy using this machine for making my 3D models. The test model came out promising with subtle errors in the over hangs.

The Printrbot is one of the most inexpensive machine out of all the three machines in the lab. The test model was able to print but there are evident faults with the results. One noticeable error was that the Printrbot skips some levels but was able to recover. Also the point is slightly disorted, but I was surprised that it was able to hold its shape. I think the other limitation of the Printrbot is the size of the model because the platform doesn't allow for larger models to be printed.

Finally, the last machine was the Rostock Max V2, but this model was the most fragile out of all the machine because the platfrom bed needs to be heated when is running. Therefore, the test model did not align properly because the base shifted in the middle of the process.

The following assignment requires us to design a model and print it out. I used 123D to design my model. I used the torus tool and had a spark of inspiration from a lotus flower. I attempted to create a flower using multiple toruses. Unfortunately, my computer could not handle the 3D graphics so it was hard to accurately adjust my pieces because it would skip frames as I adjusted. But, I was able to design a promising flower.

I attempted to print our my flower, but it failed. I assume that I had design flaws and it needed more support. I did not have time to re adjust my flower so I will just put it in my to do list.