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The side pieces have holes to screw into the medaillon, but these holes are not counterbored. As a result, the screws there protrude inside the chamber.
There should be enough thickness in the plate to accommodate this?
The other screw holes around the corners are already counterbored.
Here's my poor attempt at fixing it from the step file:
On the top-right, the hole I counterbore (not the fancy voron-style bridged hole counterbore yet). The other 2 are shown still in the current configuration.
With a 3mm-deep hole, there is still 4mm left for the screw to hold, so it should be fine?
The text was updated successfully, but these errors were encountered:
If anyone is interested, I added the counterbores in onshape: onshape link. It's currently only done for the 350mm version, but should be easy to port to the others.
I'm not familiar with how the bridged screw holes are usually measured - should I keep 3mm for the head above the top bridge, or including both bridges?
I'm not a fusion-360 guru though so not sure I could make a PR to fix the f3z file.
Here's a closup of the printed hole (it's the first time I use this kind of bridged hole, hope it's fine):
And here it is with screws installed, compared to the stock part:
Hi, and thanks for this design!
The side pieces have holes to screw into the medaillon, but these holes are not counterbored. As a result, the screws there protrude inside the chamber.
There should be enough thickness in the plate to accommodate this?
The other screw holes around the corners are already counterbored.
Here's my poor attempt at fixing it from the step file:
On the top-right, the hole I counterbore (not the fancy voron-style bridged hole counterbore yet). The other 2 are shown still in the current configuration.
With a 3mm-deep hole, there is still 4mm left for the screw to hold, so it should be fine?
The text was updated successfully, but these errors were encountered: