PAHT-CF Settings for Snapmaker 2.0 A350T
Recommended slicer settings for printing PAHT-CF on the Snapmaker 2.0 A350T (320 x 350 x 330 mm build volume, 200 mm/s max speed, direct drive extruder).
Non compatible
The Snapmaker 2.0 A350T has a max nozzle temperature of 275°C, which may be below the minimum recommended 280°C for PAHT-CF. Printing may be possible at the lower end of the temperature range but results may be suboptimal. The max bed temperature of 80°C is below the recommended 100°C for PAHT-CF. Adhesion may be poor without additional bed adhesion aids.
| Filament Nozzle Requirement | 280-310°C |
| Printer Max Nozzle | 275°C |
| Filament Bed Requirement | 100-120°C |
| Printer Max Bed | 80°C |
Que faire à la place
- Your printer's hotend maxes out at 275°C, but PAHT-CF needs at least 280°C. No amount of tuning can overcome this hardware limitation.
- Your printer's bed maxes out at 80°C, but PAHT-CF needs at least 100°C for reliable adhesion.
- Try a compatible filament for your Snapmaker 2.0 A350T — PLA, PETG, and ABS are good options.
- If you need PAHT-CF specifically, you'll need a printer with a hotend capable of 280°C+ nozzle and 100°C+ heated bed.
PAHT-CF Requirements
PAHT-CF Properties
| Nozzle Range | 280-310°C |
| Bed Range | 100-120°C |
| Speed Range | 25-45 mm/s |
| Difficulty | advanced |
| Enclosure | Required |
| Drying | 90°C / 12h |
Snapmaker 2.0 A350T Specs
| Build Volume | 320 x 350 x 330 mm |
| Max Speed | 200 mm/s |
| Max Nozzle Temp | 275°C |
| Max Bed Temp | 80°C |
| Extruder | Direct Drive |
PAHT-CF en un coup d'œil
Points forts
- Heat resistance up to 180°C
- Exceptional stiffness-to-weight ratio
- Best carbon fiber nylon for high-temp applications
- Good chemical resistance
Points faibles
- Requires high-temp all-metal hotend (300°C+)
- Hardened nozzle mandatory
- Must print from heated dry box
- Very expensive (~$60-100/kg)
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Essayer 3DSearch →Sources : Based on manufacturer specifications and community recommendations, community testing data, manufacturer recommended ranges. Valeurs calculées à partir des spécifications du filament et des limites matérielles de l'imprimante.