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- Using the printer
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- Buddy electronics Wiring (MINI)
Buddy electronics Wiring (MINI)
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- 3D models
- Material guide
- Slicing
- Printer maintenance
- Adjusting belt tension (MINI/MINI+)
- Adjusting belt tension (MK4/S, MK3.9/S, MK3.5/S, MK3/S/+)
- Adjusting belt tension (XL)
- Buddy electronics Wiring (MINI)
- Changing or replacing the Nextruder Hotend
- Changing or replacing the nozzle (MK2.5/S, MK3/S/+, MK3.5/S)
- Changing or replacing the Prusa Nozzle
- Changing the print head
- Changing/replacing the nozzle (MINI)
- Checking/re-aligning the Bondtech gear (MK3.5/S, MK3S/+, MK2.5S)
- Cold pull (MINI)
- Cold pull (MK3/S/+, MK2.5/S, MK3.5/S)
- Cold pull (MK4/S, MK3.9/S, XL) #13702 #17702
- Community translations
- CW1 maintenance
- FEP film replacement (SL1)
- Fire Suppression system (Enclosure)
- Firmware updating (CW1)
- Firmware updating (MINI/MINI+)
- Firmware updating (MK2.5S/MK2S)
- Firmware updating (MMU2S)
- Firmware updating (SL1/SL1S)
- HEPA filter replacement (HT90)
- Hotend disassembly & heatbreak stuck in the heatsink
- How to downgrade firmware (MK4/S, MK3.9/S, MK3.5/S, XL)
- How to remove a stripped screw
- How to update firmware (HT90)
- How to update firmware (MK3S+/MK3S/MK3)
- How to update firmware (MK4/S, MK3.9/S, MK3.5/S, XL)
- How to update firmware (MMU3)
- i3 Printer Regular Maintenance
- IPA pigment filter (CW1/CW1S)
- MMU2S regular maintenance
- MMU3 regular maintenance
- Nozzle replacement (HT90)
- PETG sheets (Enclosure)
- Print surface preparation
- Printing without purge tower on the XL (Multi-Tool)
- Regular maintenance (MINI)
- Regular printer maintenance (HT90)
- Regular printer maintenance (MK3.5/S)
- Regular printer maintenance (MK4/S, MK3.9/S)
- Regular printer maintenance (XL)
- Removing filament from extruder manually
- SD cards and USB drives
- SL1/SL1S maintenance
- SL1/SL1S print removing
- Testing safety features (MK3/MK3S)
- Vibration/noise when printing (MINI/MINI+)
- Prusa Connect & PrusaLink
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With the release of the Original Prusa MINI, we have again developed a new mainboard, which is a 32-bit platform. It still works on 24V and uses Trinamic drivers for motors, allowing for super silent printing, but also includes ethernet, expansion with Wifi, and its 32-bit system, allowing for more complex calculations and processing of much more than just G-code.
For a full guide on replacing the Buddy board, or more information regarding cable-management, we recommend checking the guide How to replace a Buddy control board (MINI).
Did you know, that...?
The Buddy board is designed and built to sustain considerable heat. It does not need any cooling even if the printer is in an enclosure.
The Buddy board is designed and built to sustain considerable heat. It does not need any cooling even if the printer is in an enclosure.
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