Hope you seal that bad boy up or it’s going to be a nice home for all those microorganisms.
Id love to know how you got the first layer to stick, I couldn’t get my Cr-30 to print anything more then spaghetti.
Was confused by the title. “How do you have a cup too small for a fridge?”
Hey, could you show us a bit more perhaps? It’s not very clear what you fixed exactly.
I think they meant a piece of glass. Looks like what would go on top of the cheese drawer in the fridge.
This is the kind of shit that always sells 3d printing to me, when is see someone solve a whacky problem they have that otherwise would be kinda hard to pull off.
I’m guessing that these days the filaments/resins are getting pretty high durability on the consumer market?
3D printing is not as strong as injection molding the same material in the same shape.
But you can beef it up. You can 3D print stuff much bulkier than injection molding can do.
If you really want to, you can also use stronger materials.
Also, even the weakest cheapo stuff you can get is plenty strong for most stuff people are printing.
Knowing about what makes a part strong or weak helps a lot.
Yeah ok makes sense. Plus like you said you can always over build the piece, etc. and if it breaks after a few months, you can always reprint it haha.
Also, one of the biggest killers of 3D printed parts is heat, and the other is ultraviolet exposure. If OP is putting this in his fridge I think it’s in the one place it’s going to encounter very little of both.
