ABS on Bambu Lab X1 Carbon

ABS on Bambu Lab X1 Carbon - OzFDM

Recommended slicer settings for OzFDM ABS on the Bambu Lab X1 Carbon.

Nozzle Temp

230 °C

Range: 220 – 240 °C

Bed Temp

100 °C

Range: 80 – 110 °C

Print Speed

50

mm/s · max 250

Layer Height

0.20

mm · max 0.28

Fan Speed

10 %

1st layer: 0 %

1st Layer Speed

20

mm/s

Retraction

0.9 mm

@ 30 mm/s

Nozzle Type

Brass

Standard


Retraction Note

  • Minimal retraction for ABS to avoid clogs. The X1C's purge line handles ooze.


Full Settings Reference

Settings

Recommended

Range

Nozzle Temperature

230 °C

220 – 240 °C

Bed Temperature

100 °C

80 – 110 °C

Print Speed

40 – 60 mm/s

up to 250 mm/s on this printer

First Layer Speed

20 – 25 mm/s

slower is better for adhesion

Layer Height

0.16 – 0.24 mm

0.12 – 0.28 mm

Fan Speed (Normal)

0 – 20 %

Fan Speed (1st Layer)

0 %

Retraction Distance

0.9 mm

Direct drive

Retraction Speed

30 mm/s

Nozzle Type

Brass (standard)

Brass is fine; hardened optional

Dry Filament

80 °C for ≥ 5 h

print from a dry box in humid weather

Enclosure

Required — built in

Required — this printer is enclosed

Support Material

HIPS, ABS (self-supporting)

Printing Notes

ABS needs a stable warm chamber far more than it needs clever settings. Without an enclosure, large parts will warp and split no matter what the slicer says.

Keep cooling near zero. Fan is the enemy of ABS layer adhesion — use it only for small overhangs and bridges.

The X1C ships with a hardened steel nozzle and a fully enclosed chamber, so it needs none of the modifications other machines do for this material.

Bambu Studio's own generic profile is a reasonable starting point, but its temperatures are set for Bambu filament — use the figures above for OzFDM spools.

Slicer: Bambu Studio / OrcaSlicer. Dry the filament at 80 °C / ≥ 5 h before a long print — every figure above assumes dry filament.

Troubleshooting

Corners lifting off the bed — Chamber temperature. Close the enclosure, kill the part fan, and add a brim. Bed temperature alone will not fix it.

Cracks between layers halfway up tall parts — The part is cooling unevenly. Raise chamber temperature and drop print speed to 40 mm/s.

Strong smell while printing — ABS emits styrene. Vent the enclosure outdoors or fit a carbon filter — this is a ventilation issue, not a print quality one.

OzFDM ABS Filament

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