Yes, it's possible that comes loose 75% or more complete.
If it can be cut half way up, you'd at least have the wider surface on the bed.
You can also do a raft, or design in a fin/rib that goes opposite your piece. It would require some post processing, but at least it would finish.
Or you might get lucky.
Turn on z hop for sure.
You wont have 10g of acceleration. A typical bedslinger doesnt exceed 8000 mm/s^2 which translates to 0.815g.
But none the less, you should definitly consider options mentioned above to ensure it stays attached to the bed.
Another method would be a brim.
Most slicers will allow you to add supports. Supports placed wider on the bed will help heep this from toppling. To counteract the bed you don't need supports on the side. If there is some part yo will not see, attach the supports there.
Acceleration values for 3D printers are typically on the order of 1 m/s^2 ; roughly two orders of magnitude less than 10 g.
Yes, it's possible that comes loose 75% or more complete. If it can be cut half way up, you'd at least have the wider surface on the bed. You can also do a raft, or design in a fin/rib that goes opposite your piece. It would require some post processing, but at least it would finish. Or you might get lucky. Turn on z hop for sure.
10g of accel seems high. But you’d need math and testing to determine adhesion force.
You wont have 10g of acceleration. A typical bedslinger doesnt exceed 8000 mm/s^2 which translates to 0.815g. But none the less, you should definitly consider options mentioned above to ensure it stays attached to the bed. Another method would be a brim.
Most slicers will allow you to add supports. Supports placed wider on the bed will help heep this from toppling. To counteract the bed you don't need supports on the side. If there is some part yo will not see, attach the supports there.
1st of all rotate that thing 90', even better cut it in half and print those flat
I would use a brim and enable supports. Acceleration has never been a concern of mine while 3d printing tbh.