ASA Settings for Snapmaker J1

Recommended slicer settings for printing ASA on the Snapmaker J1 (300 x 200 x 200 mm build volume, 350 mm/s max speed, direct drive extruder).

Calculated from manufacturer specsintermediate

Slicer Configuration

Copy these values into your slicer (Cura, OrcaSlicer, PrusaSlicer, Bambu Studio)
SettingValueRange
Nozzle Temperature250°C240-260°C
Bed Temperature100°C90-110°C
First Layer Nozzle255°C+5°C above normal
First Layer Bed100°CAt printer max
Print Speed100 mm/s50-150 mm/s
First Layer Speed25 mm/s25-50% of normal
Wall Speed75 mm/s70-80% of normal
Travel Speed225 mm/s120-150% of print speed
Layer Height0.2mm0.12-0.28mm
Infill15-20%10-30%
Wall Count2-3Perimeters/shells
Top/Bottom Layers3-4Solid layers
Cooling Fan0-10%From layer 2+
Retraction Distance0.8-1.2 mmDirect drive
Retraction Speed40 mm/sDirect drive

Before You Print

!
Filament Drying77°C for 4h
!
EnclosureRequired for best results
Nozzle TypeStandard brass 0.4mm
ExtruderDirect Drive

Print Quality Profiles

Three presets for common use cases with ASA on the Snapmaker J1.

ProfileLayer HeightSpeedInfillBest For
Draft0.28mm150 mm/s10-15%Rapid prototyping, test fits
Standard0.20mm100 mm/s15-20%General purpose, everyday prints
Quality0.12mm50 mm/s20-30%Miniatures, display pieces, fine detail

Bed Adhesion

ASA uses the same bed adhesion methods as ABS: PEI sheet at high temperature, glue stick, or ASA/ABS slurry. A brim is recommended for larger parts to prevent warping.

Temperature Tuning Guide

Nozzle: 250°C

Range: 240-260°C. Printer max: 300°C.

  • Poor layer adhesion? Increase +5°C
  • Stringing or oozing? Decrease -5°C
  • Print a temperature tower to find your exact sweet spot

Bed: 100°C

Range: 90-110°C. Printer max: 100°C.

  • First layer lifting? Increase +5°C
  • Elephant's foot? Decrease -5°C
  • Let the bed fully preheat before starting

Troubleshooting ASA on Snapmaker J1

WarpingSame solutions as ABS -- use enclosure, high bed temp, brim, and no fan
Layer splittingIncrease nozzle temperature by 5°C and check enclosure seal
StringingReduce temperature slightly and increase retraction
ASA is generally more forgiving than ABS for warping but still needs proper setup

Pro Tips for ASA

1

ASA is essentially outdoor-grade ABS -- the go-to for any part exposed to sunlight

2

While more forgiving than ABS, an enclosure still dramatically improves print quality

3

Use the same post-processing techniques as ABS; ASA can be acetone-smoothed

4

For best UV performance, choose lighter colors which resist fading better

5

Store in a dry box and dry before use if the spool has been open for more than a few days

Support Settings

For prints requiring supports with ASA, use tree supports for easier removal and less scarring. Set a 0.15-0.2mm Z-distance between support and model. If you have a dual-extruder setup, consider PVA (for PLA/PETG) or HIPS (for ABS) as dedicated water/solvent-soluble support material.

Snapmaker J1 Specs

Build Volume300 x 200 x 200 mm
Max Speed350 mm/s
Max Nozzle Temp300°C
Max Bed Temp100°C
ExtruderDirect Drive

ASA Properties

Nozzle Range240-260°C
Bed Range90-110°C
Speed Range40-60 mm/s
Difficultyintermediate
Drying77°C / 4h
EnclosureRecommended
Learn more about ASA →

ASA at a Glance

Strengths

  • Best UV resistance of common filaments (10x better than ABS)
  • Excellent for outdoor functional parts
  • Does not yellow or become brittle in sunlight
  • Good impact resistance (similar to ABS)
  • Good heat resistance (softens ~100C)

Weaknesses

  • Requires enclosure (like ABS)
  • Emits fumes (similar to ABS)
  • More expensive than ABS
  • Still prone to warping without enclosure
These settings are recommended starting points based on manufacturer specifications and community guidelines. Always do a test print and adjust as needed. Settings may vary based on your specific printer's condition, environment, and filament batch.

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Sources: Based on manufacturer specifications and community recommendations, community testing data, manufacturer recommended ranges. Values calculated from filament specifications and printer hardware limits.