Yeah this is a PITA.
I think I'm going to cut a new bed, using a lasercutter to etch a shallow counterbore for the head of the screw to drop in to at the end of the slots. You could probably achieve the same thing with a drill bit.
Yeah this is a PITA.
I think I'm going to cut a new bed, using a lasercutter to etch a shallow counterbore for the head of the screw to drop in to at the end of the slots. You could probably achieve the same thing with a drill bit.
Hi,
before cutting the acrylic bed I would suggest to try this parts first.
http://www.thingiverse.com/thing:144421
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gr5 2,268
Can you post a photo of the part?
This tends to happen when you have overhang slopes. The shrinkage of higher layers pulls inward and that hinges these outward facing slopes more up than in (with vertical walls it ends up more lifting the corners of the part instead).
There's lots of tricks to reducing this. For example you could include support (exterior only). In this case the support helps pull down. You can reduce the pulling forces by adding more vertical and/or horizontal holes in the walls between the lifting areas, less fan, less infill, making the part more squarish (less long and skinny), using a heated chamber, use PLA45 (less shrinkage), add support in the cad, press down on lifting parts after every 5th layer with a putty knife, and more techniques.
I'd like to see what the part looks like first.
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