The print didn’t finish because of a corrupt file apparently (that’s what the printer told me). I’m wondering what causes that big gap between the layers.
Checking this, this is called delamination. https://support.formlabs.com/s/article/Delamination?language=en_US
No joke, that’s the weirdest failure I’ve ever seen on a single 3D printed part.
Right?
The other section of the ship that printed at the same time also has a weird gap but the whole thing printed overall. I can’t figure out how to add more pictures or I would have included that as well.
Yeah its wierd as f. But I guess bad gcode file did that. If you are using browser there is a button to upload pics just above textbox. You can eddit your main post or just put it in comment
Seems like you’re printing this:
Haha, I’ve already thought about using it as a broken ship coming out of a wormhole or something.
Is this hollow? Perhaps suction force working against you here?
It’s solid. I didn’t think making it hollow would save much.
What are you printing in?
Are we looking down from the z axis?
What are your thermal settings? Hot end, bed, print cooling fan?
Anycubic water washable resin, shaken for 30 seconds before pouring in to the vat.
The leading edge of the ship (the edge pointing to the top of this picture) was hanging by supports off the build plate.
This is a resin printer so no hot end. 25 second exposure for the first 8 layers then 2.5 seconds each layer after.
I should have paid more attention, lol. In my defense, the top of the saucer looks like sloped top infil on layers.
In any case, I would have to wonder if there isn’t some contamination that weaken that particular layer. While much lower than FDM, there are still internal forces that can build up and lead to cracking around weakened points. it could have just had some weirdness in the layer not sticking right acting as a focus for those stresses.
I’m guessing it’s related to the corrupt file containing bad instructions, resulting in that layer having weaker-than-it-should adhession. the internal stresses then led to the crack happening (and expanding) as the print continued.
