- Joined
- Jun 14, 2023
- Messages
- 359 (0.68/day)
System Name | Computer |
---|---|
Processor | Intel 12700K |
Motherboard | Asus Prime Z690-A |
Cooling | Twin radiator open loop |
Memory | Corsair Dominator 32GB DDR5 |
Video Card(s) | eVGA 3080 FTW3 Ultra |
Storage | Sabrent Rocket 4 Plus 2 TB |
Display(s) | Asus PG348Q and two Asus VN279Q monitors |
Case | Corsair 4000D Airflow |
Audio Device(s) | Sennheiser GSX 1000 with Sennheiser HD599 SE |
Power Supply | Asus Thor 1200P |
Mouse | Corsair Scimitar Elite RGB Wireless |
Keyboard | Keychron Q3 Max |
VR HMD | Oculus Rift CV1 |
Software | Windows 10 Pro |
i dont think you need the supports in the front part of the first pic. did you try without supports, or just flip it ? if you use prusa slicer there are a few options that give you a nice way to support overhangs. View attachment 361762
the avoid crossing perimeters works great with reducing strings since it prevents the tip from zig zagging across the part, but it increases time by some margin.
i dont think you need the supports in the front part of the first pic. did you try without supports? if you use prusa slicer there are a few options that give you a nice way to support overhangs. View attachment 361762
there you go!
I love that my longish reply got nuked in whatever happened to the site overnight.
The supports were generated by Cura automatically and I didn't make any adjustments as I didn't have any preview for how much overall supports it was going to generate. The object was oriented in that direction because of the original model that it was generated from which had a large extension that sticks out from the dash and it made sense to orient the print that way so that the extension wasn't able to apply leverage against the layer lines and cause a separation. I'm fine with transitioning to a face down orientation as the part will be recessed in the dash and short of someone doing something ill-advised, won't have any stress that could cause layer separation. I'm also waiting for a factory original part to dimension and make adjustments, so this is more of a prototype/test. The whole model face needs adjustment.
I'm currently switching over to Orca slicer as it has even greater control and capability over Cura; its automatic tree generation seems to works better than Cura's from the test parts I've tried so far. I'm also running into a dimension shift in parts which mostly seems limited to interior diameters of round parts (haven't tested cubic with hollows), so I'm going to use the Califlower calibration print to measure and make adjustments. The Califlower isn't compatible with Cura, so that prompted the switch.
I'm also going to be working on flashing my printer to Klipper and setting up my Creality Sonic Pad to manage it so I can increase the print speed >3 times its current (I've been dragging my feet) since this will be a huge difference for these longer prints. It'll take some effort and fine tuning, but hopefully I'll have it ironed out in the next couple of days.