PETG settings
Slicer settings for printing PETG filament on the Qidi X-CF Pro. Nozzle temperature, bed temperature, fan speed, retraction, and print speed — sourced from official slicer profiles.
Recommended settings (0.4 mm brass nozzle)
Nozzle temp235°C220–250°C range
Bed temp60°C55–70°C range
Fan speed40%Min 10%
Print speed60 mm/sStarting point
Retraction0.5 mmAt 40 mm/s
Nozzle0.4 mmbrass
Source: Official profile. ✓ Verified against official profile.
All nozzle sizes
0.4 mm nozzle
| Filament | Nozzle temp | Bed temp | Fan | Speed | Retraction | Source |
|---|---|---|---|---|---|---|
| Bambu PETG Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| Generic PETG Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| Generic PETG-CF Generic | 235°C 220–250°C | 60°C 55–70°C | 30% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| HATCHBOX PETG Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG Basic Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG Rapido Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /20% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG Tough Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG Translucent Generic | 235°C 220–250°C | 60°C 55–70°C | 30% /10% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG-CF Generic | 235°C 220–250°C | 60°C 55–70°C | 40% /5% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| QIDI PETG-GF Generic | 235°C 220–250°C | 60°C 55–70°C | 50% /20% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
| Tinmorry PETG-ECO Generic | 235°C 220–250°C | 60°C 55–70°C | 90% /40% | 60 mm/s | 0.5 mm @ 40 mm/s | Official profile |
Tips for printing PETG on the Qidi X-CF Pro
- PETG is hygroscopic — dry your filament before printing if stored openly for more than a week.
- Reduce fan speed to 25–50% for better layer adhesion. Too much cooling causes layer delamination.
- Use a higher first-layer height (0.25–0.3 mm) and reduce first-layer speed for better adhesion.
- PETG sticks aggressively to PEI — use a thin layer of glue stick or hairspray as release agent.