3D print settings that actually work
Nozzle temp, bed temp, speed and cooling for every filament — with a source behind every entry.
Always test on scrap first. These are starting points from public sources, not guarantees for your exact printer, nozzle or filament batch.
Showing 268 of 268 settings
official
PLA
Bambu Lab H2S · Bambu Lab
Nozzle 190-240 °C (rec…Bed 35-65 °C0.4 mm
Open-frame and enclosed compatible. Bambu generic PLA material table.
See full settings →official
PETG HF
Bambu Lab H2S · Bambu Lab
Nozzle 230-260 °C (rec…Bed 60-80 °C0.4 mm
High-flow PETG. Dry before use. Softened for AMS compatibility.
See full settings →official
ABS
Bambu Lab H2S · Bambu Lab
Nozzle 240-280 °C (rec…Bed 90-100 °C0.4 mm
Requires enclosure / heated chamber. Dry before printing.
See full settings →official
ASA
Bambu Lab H2S · Bambu Lab
Nozzle 240-280 °CBed 90-100 °C0.4 mm
UV-stable alternative to ABS. Enclosure recommended.
See full settings →official
PLA-CF
Bambu Lab H2S · Bambu Lab
Nozzle 210-240 °CBed 35-55 °C0.4 mm harden…
Hardened nozzle required. Carbon fiber filled PLA.
See full settings →official
PETG-CF
Bambu Lab H2S · Bambu Lab
Nozzle 240-270 °CBed 70-90 °C0.4 mm harden…
Hardened nozzle required. Dry thoroughly.
See full settings →official
TPU 95A HF
Bambu Lab H2S · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
Not for AMS. Direct path preferred. Dry required.
See full settings →official
PA6-CF
Bambu Lab H2S · Bambu Lab
Nozzle 260-290 °CBed 80-100 °C0.4-0.6 mm ha…
Engineering filament. Dry required. Hardened nozzle; 0.6 mm preferred to reduce clog risk.
See full settings →official
PLA
Bambu Lab A1 · Bambu Lab
Nozzle 190-240 °CBed 35-65 °CSpeed <300 mm/s0.4 mm
Open-frame A-series compatible with PLA. Same nozzle range as Bambu guide.
See full settings →official
PETG HF
Bambu Lab A1 · Bambu Lab
Nozzle 230-260 °CBed 60-80 °CSpeed <300 mm/s0.4 mm
Dry first. Open-frame OK for PETG HF; watch chamber heat on enclosed siblings.
See full settings →official
ABS
Bambu Lab A1 · Bambu Lab
Nozzle 240-280 °CBed 90-100 °C0.4 mm
ABS prefers enclosure. A1 is open-frame — expect warping; prefer ASA/PLA-CF for outdoor-ish parts or print sm…
See full settings →official
PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 190-220 °C (rec…Bed 50-60 °C0.4 mm
Anycubic filament guide PLA range. Level bed; glue stick optional.
See full settings →official
PETG
Anycubic Kobra 3 Max · Anycubic
Nozzle 230-250 °CBed 70-80 °C0.4 mm
Dry PETG. Slightly lower cooling than PLA.
See full settings →official
ABS
Anycubic Kobra 3 Max · Anycubic
Nozzle 240-260 °CBed 90-100 °C0.4 mm
Enclosure strongly recommended. Dry filament.
See full settings →official
TPU
Anycubic Kobra 3 Max · Anycubic
Nozzle 210-230 °CBed 40-60 °CSpeed Slow0.4 mm
Print slowly. Direct drive preferred. Disable or minimize retraction.
See full settings →official
ASA
Anycubic Kobra 3 Max · Anycubic
Nozzle 240-260 °CBed 90-100 °C0.4 mm
Similar to ABS; UV stable. Enclosure recommended.
See full settings →official
PLA Glow
Anycubic Kobra 3 Max · Anycubic
Nozzle 190-220 °CBed 50-60 °C0.4 mm
Glow filament is brittle; ACE Pro feeding may clog — external spool recommended.
See full settings →official
PLA
Creality SPARKX i8 · Creality
Nozzle 190-220 °C (rec…Bed 50-60 °C0.4 mm
Official Creality filament parameter guide. SPARKX i8 uses Creality Print 7+.
See full settings →official
CR-PLA
Creality SPARKX i8 · Creality
Nozzle 190-220 °CBed 50-60 °C0.4 mm
Creality CR-PLA parameters from official filament guide.
See full settings →official
PETG
Creality SPARKX i8 · Creality
Nozzle 230-250 °CBed 70-80 °C0.4 mm
Creality CR-PETG parameters. Direct-extruder table lists retract 60 mm/s / 6 mm.
See full settings →official
ABS
Creality SPARKX i8 · Creality
Nozzle 240-260 °CBed 90-100 °C0.4 mm
Enclosure recommended. Cooling fan off in Creality direct-extruder table.
See full settings →official
TPU
Creality SPARKX i8 · Creality
Nozzle 210-230 °CBed 40-60 °CSpeed Slow0.4 mm
Direct-drive preferred. Slow speeds. Short retraction.
See full settings →official
Silk PLA
Creality SPARKX i8 · Creality
Nozzle 200-220 °CBed 50-60 °C0.4 mm
Creality silk PLA parameters.
See full settings →official
HP-ASA
Creality SPARKX i8 · Creality
Nozzle 240-260 °C (rec…Bed 90-100 °C0.4 mm
Enclosed printer recommended for ASA.
See full settings →official
PLA
Snapmaker U1 · Snapmaker
Nozzle 190-230 °CBed 55-65 °C0.4 mm
Snapmaker U1 printing guide PLA baseline. Use Bambu Studio or Snapmaker profiles.
See full settings →official
PLA + PETG HF support
Snapmaker U1 · Snapmaker / Bambu-compatible
Nozzle PLA 230 °C / PE…Bed 65 °C0.4 mm
PLA model + PETG HF support interface recipe from Snapmaker U1 wiki. Dry PETG. PETG max volumetric ~10 mm³/s.…
See full settings →official
PETG
Snapmaker U1 · Snapmaker
Nozzle 230-250 °CBed 70-80 °C0.4 mm
Dry PETG. Lower cooling than PLA. Follow U1 wiki PETG notes.
See full settings →official
PC
Bambu Lab H2S · Bambu Lab
Nozzle 260-290 °CBed 90-110 °C0.4 mm
Engineering PC. Dry thoroughly. Enclosure required.
See full settings →official
PLA+
Anycubic Kobra 3 Max · Anycubic
Nozzle 200-220 °CBed 50-60 °C0.4 mm
PLA+ often prints a bit hotter than basic PLA per Anycubic guide.
See full settings →official
PLA-CF
Bambu Lab A1 · Bambu Lab
Nozzle 210-240 °CBed 35-55 °C0.4 mm harden…
Hardened nozzle required. Open-frame compatible per Bambu guide.
See full settings →guide
Fuzzy Skin — Standard
Any (OrcaSlicer 2.5) · —
0.4 mm
Fuzzy skin (toolpath texture). Default starting point from Orca community wiki: thickness 0.3 mm, point dista…
See full settings →guide
Fuzzy Skin — Subtle
Any (OrcaSlicer 2.5) · —
0.4 mm
Subtle texture use-case from Orca community wiki: thickness 0.1–0.2 mm, point distance 0.5–1.0 mm. Keep thick…
See full settings →guide
Fuzzy Skin — Aggressive grip
Any (OrcaSlicer 2.5) · —
0.4 mm
Aggressive grip use-case from Orca community wiki: thickness 0.5–0.8 mm, point distance 0.4–0.6 mm. Affects d…
See full settings →guide
Fuzzy Skin — Hide layer lines
Any (OrcaSlicer 2.5) · —
0.4 mm
Hide layer lines use-case from Orca community wiki: thickness 0.2–0.3 mm, point distance 0.6–0.8 mm. Matte fi…
See full settings →guide
Fuzzy Skin — PLA start
Any (OrcaSlicer 2.5) · PLA
Nozzle 190-230 °C0.4 mm
Community guide (2026): for PLA start with thickness/distance about 0.2–0.3 mm (their Distance parameter) to …
See full settings →guide
Fuzzy Skin — PETG/TPU caution
Any (OrcaSlicer 2.5) · PETG / TPU
0.4 mm
Community guide (2026): for PETG or TPU keep Distance under ~0.2 mm and slow skin-layer speed to reduce dragg…
See full settings →official
Texture Displacement — overview
Any (OrcaSlicer 2.5) · —
NEW in OrcaSlicer 2.5.0 Alpha: Texture Displacement bakes a height-map into real mesh relief (unlike fuzzy sk…
See full settings →official
Texture Displacement — colour bake
Any (OrcaSlicer 2.5) · —
Orca 2.5 colour-from-textures: enable Colors on a texture layer to match image colours to loaded filaments; M…
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Fuzzy Skin — Extrusion mode
Any (OrcaSlicer 2.5) · —
0.4 mm
Official wiki: Extrusion generator mode varies extrusion amount instead of shifting the path — less kinematic…
See full settings →official
Fuzzy Skin — Combined mode
Any (OrcaSlicer 2.5) · —
0.4 mm
Official wiki: Combined mode = Displacement + Extrusion. Sharp like Displacement, stronger walls, ~half the k…
See full settings →official
ABS
Snapmaker U1 · Snapmaker library
Nozzle 245-265 °CBed 90-100 °CSpeed 30-50 mm/s0.4 mm
Snapmaker filament library ABS. Ventilate — fumes. Dry 80 °C / 8 h. Glue on glass. U1: use enclosure/top cove…
See full settings →official
ASA
Snapmaker U1 · Snapmaker library
Nozzle 240-260 °CBed 75-95 °CSpeed 30-50 mm/s0.4 mm
Snapmaker library ASA. Ambient 50-70 °C recommended. Dry 80 °C / 8 h.
See full settings →official
HIPS
Snapmaker U1 · Snapmaker library
Nozzle 230-250 °CBed 60-80 °CSpeed 40-80 mm/s0.4 mm
Snapmaker library HIPS. Often used with ABS/PETG. Dry 60 °C / 3 h.
See full settings →official
PVA
Snapmaker U1 · Snapmaker library
Nozzle 215-225 °CBed 25-60 °CSpeed 30-40 mm/s0.4 mm
Snapmaker library PVA water-soluble support. Keep dry; dryer during print. Dry 80 °C / 12 h.
See full settings →official
TPU90
Snapmaker U1 · Snapmaker library
Nozzle 210-230 °CBed 25-60 °CSpeed 30-60 mm/s0.4 mm
Snapmaker library TPU90. Glass plate. Dry 70 °C / 8 h. U1 FAQ: TPU ≥90A.
See full settings →official
TPU95
Snapmaker U1 · Snapmaker library
Nozzle 210-230 °CBed 25-60 °CSpeed 20-40 mm/s0.4 mm
Snapmaker library TPU95. Glass plate. Dry 65 °C / 8 h.
See full settings →official
TPU95-HF
Snapmaker U1 · Snapmaker library
Nozzle 200-220 °CBed 25-50 °CSpeed 40-100 mm/s0.4 mm
Snapmaker library High Flow TPU95. Dry 70 °C / 8 h.
See full settings →official
TPU-Foam
Snapmaker U1 · Snapmaker library
Nozzle 210-230 °CBed 25-60 °CSpeed 30-60 mm/s0.4 mm
Snapmaker library TPU-Foam. Dry 70 °C / 8 h. Glass plate.
See full settings →official
Breakaway PLA
Snapmaker U1 · Snapmaker library
Nozzle 220-230 °CBed 25-65 °CSpeed 20-40 mm/s0.4 mm
Snapmaker library Breakaway PLA support/interface. Dry 55 °C / 6 h.
See full settings →official
CoPA
Snapmaker U1 · Snapmaker library
Nozzle 250-270 °CBed 25-50 °CSpeed 30-60 mm/s0.4 mm
Snapmaker library CoPA nylon. Ambient 40-60 °C. Dry 100 °C / 8 h. Extremely hygroscopic.
See full settings →official
PA6-CF
Snapmaker U1 · Snapmaker library
Nozzle 280-300 °CBed 25-50 °CSpeed 60 mm/s0.4 mm
Snapmaker library PA6-CF. Hardened nozzle. Dry 100 °C / 8 h. Ambient 25-50 °C.
See full settings →official
PA12-CF
Snapmaker U1 · Snapmaker library
Nozzle 260-300 °CBed 25-50 °CSpeed 30-60 mm/s0.4 mm
Snapmaker library PA12-CF. Hardened nozzle. Dry 100 °C / 8 h.
See full settings →official
PA6-GF
Snapmaker U1 · Snapmaker library
Nozzle 280-300 °CBed 25-50 °CSpeed 60 mm/s0.4 mm
Snapmaker library PA6-GF. Hardened nozzle. Dry 100 °C / 8 h. Ambient 40-60 °C.
See full settings →official
High-Speed PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 190-260 °CBed 55-65 °CSpeed 50-600 mm/s (te…0.4 mm
Anycubic HS PLA: 190-210→50-150 mm/s; 210-230→150-300; 230-260→300-600. Max volumetric 18 mm³/s. Cooling time…
See full settings →official
Silk PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 210-240 °CBed 55-65 °CSpeed 50-250 mm/s0.4 mm
Higher temp = brighter silk sheen. Dry before use. Max flow 12 mm³/s.
See full settings →official
Matte PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 190-230 °CBed 45-60 °CSpeed 30-200 mm/s0.4 mm
Higher temp improves detail. Soft matte finish hides layer lines. Dry recommended.
See full settings →official
Metal PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 200-230 °CBed 50-60 °CSpeed 40-250 mm/s0.4 mm
Metallic paint look; higher temp improves detail. Dry before use.
See full settings →official
Marble PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 200-230 °CBed 55-65 °CSpeed 40-250 mm/s0.4 mm
Marble/granite particle look. Dry before use.
See full settings →official
Glow PLA
Anycubic Kobra 3 Max · Anycubic
Nozzle 205-235 °CBed 50-60 °CSpeed 50-200 mm/s0.4 mm
Glow up to ~120 min after charge. Brittle; ACE Pro may clog — use external spool.
See full settings →official
ABS (wiki detail)
Anycubic Kobra 3 Max · Anycubic
Nozzle 240-280 °CBed 80-100 °CSpeed 50-150 mm/s0.4 mm
Anycubic wiki ABS range (wider than older summary). Max volumetric 15 mm³/s. Enclosure strongly recommended.
See full settings →official
ASA (wiki detail)
Anycubic Kobra 3 Max · Anycubic
Nozzle 255-275 °CBed 80-100 °CSpeed 50-100 mm/s0.4 mm
Anycubic ASA: dry 8–12 h; apply adhesive on bed before print. Outdoor UV-stable.
See full settings →official
TPU (wiki detail)
Anycubic Kobra 3 Max · Anycubic
Nozzle 195-230 °CBed 50-60 °CSpeed 50-150 mm/s0.4 mm
Anycubic TPU: dry first; direct drive preferred; cannot cut in multi-color boxes (ACE).
See full settings →official
PETG (wiki detail)
Anycubic Kobra 3 Max · Anycubic
Nozzle 230-250 °CBed 60-70 °CSpeed 50-250 mm/s0.4 mm
Anycubic PETG bed 60-70 °C (PEI). Max flow 12 mm³/s. Keep dry; can stick to nozzle.
See full settings →official
PLA (wiki detail)
Anycubic Kobra 3 Max · Anycubic
Nozzle 190-230 °CBed 55-65 °CSpeed 50-200 mm/s0.4 mm
Anycubic PLA: max volumetric 12 mm³/s; cooling time ~8 s. Models can be brittle.
See full settings →official
PLA Wood
Bambu Lab H2S · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Not for 0.2 mm nozzle. Open or enclosed OK.
See full settings →official
PLA Marble
Bambu Lab H2S · Bambu Lab
Nozzle 190-230 °CBed 35-65 °C0.4 mm
Not for 0.2 mm. Particle fill.
See full settings →official
PLA Metal
Bambu Lab H2S · Bambu Lab
Nozzle 190-230 °CBed 35-65 °C0.4 mm
Metal-look PLA. Not required hardened.
See full settings →official
PLA Glow
Bambu Lab H2S · Bambu Lab
Nozzle 210-240 °CBed 35-65 °C0.4 mm harden…
Hardened nozzle required. AMS not recommended (abrasive/brittle).
See full settings →official
PVA / BVOH
Bambu Lab H2S · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Must be dry. Support filament.
See full settings →official
PETG
Bambu Lab H2S · Bambu Lab
Nozzle 240-270 °CBed 60-80 °C0.4 mm
Standard PETG (vs PETG HF 230-260). Dry recommended.
See full settings →official
PETG Translucent
Bambu Lab H2S · Bambu Lab
Nozzle 230-260 °CBed 60-80 °C0.4 mm
Not for 0.2 mm. Dry required for HF family siblings.
See full settings →official
ABS-GF
Bambu Lab H2S · Bambu Lab
Nozzle 240-280 °CBed 90-100 °C0.4 mm harden…
Hardened nozzle. Enclosure. Liquid glue noted for ABS-GF.
See full settings →official
TPU for AMS
Bambu Lab H2S · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
AMS-compatible TPU variant; still dry thoroughly.
See full settings →official
TPU 85A
Bambu Lab H2S · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
Softer TPU. Not for AMS. Not compatible with high-flow 0.4.
See full settings →official
TPU 90A
Bambu Lab H2S · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
Not for AMS. Careful with high-flow nozzles.
See full settings →official
PPA-CF/GF
Bambu Lab H2S · Bambu Lab
Nozzle 285-320 °CBed 100-120 °C0.6 mm harden…
Engineering. 0.6 hardened preferred. Dry mandatory. Enclosed.
See full settings →official
PPS-CF/GF
Bambu Lab H2S · Bambu Lab
Nozzle 310-340 °CBed 100-120 °C0.6 mm harden…
Very high temp. H2 series / X1E class. Dry mandatory.
See full settings →official
PET-CF/GF
Bambu Lab H2S · Bambu Lab
Nozzle 260-300 °CBed 80-100 °C0.6 mm harden…
Hardened 0.6 preferred. Dry required. Not for AMS.
See full settings →official
Support for PLA
Bambu Lab H2S · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Bambu support for PLA / PLA-PETG.
See full settings →official
Support for PA/PET
Bambu Lab H2S · Bambu Lab
Nozzle 260-300 °CBed 90-110 °C0.6 mm harden…
Hardened preferred. Dry required.
See full settings →official
PLA Wood
Bambu Lab A1 · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Not for 0.2 mm nozzle. Open or enclosed OK.
See full settings →official
PLA Marble
Bambu Lab A1 · Bambu Lab
Nozzle 190-230 °CBed 35-65 °C0.4 mm
Not for 0.2 mm. Particle fill.
See full settings →official
PLA Metal
Bambu Lab A1 · Bambu Lab
Nozzle 190-230 °CBed 35-65 °C0.4 mm
Metal-look PLA. Not required hardened.
See full settings →official
PLA Glow
Bambu Lab A1 · Bambu Lab
Nozzle 210-240 °CBed 35-65 °C0.4 mm harden…
Hardened nozzle required. AMS not recommended (abrasive/brittle).
See full settings →official
PVA / BVOH
Bambu Lab A1 · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Must be dry. Support filament.
See full settings →official
PETG
Bambu Lab A1 · Bambu Lab
Nozzle 240-270 °CBed 60-80 °C0.4 mm
Standard PETG (vs PETG HF 230-260). Dry recommended.
See full settings →official
PETG Translucent
Bambu Lab A1 · Bambu Lab
Nozzle 230-260 °CBed 60-80 °C0.4 mm
Not for 0.2 mm. Dry required for HF family siblings.
See full settings →official
ABS-GF
Bambu Lab A1 · Bambu Lab
Nozzle 240-280 °CBed 90-100 °C0.4 mm harden…
Hardened nozzle. Enclosure. Liquid glue noted for ABS-GF. A1 is open-frame — not ideal; print small or use en…
See full settings →official
TPU for AMS
Bambu Lab A1 · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
AMS-compatible TPU variant; still dry thoroughly.
See full settings →official
TPU 85A
Bambu Lab A1 · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
Softer TPU. Not for AMS. Not compatible with high-flow 0.4.
See full settings →official
TPU 90A
Bambu Lab A1 · Bambu Lab
Nozzle 200-250 °CBed 30-45 °C0.4 mm
Not for AMS. Careful with high-flow nozzles.
See full settings →official
PPA-CF/GF
Bambu Lab A1 · Bambu Lab
Nozzle 285-320 °CBed 100-120 °C0.6 mm harden…
Engineering. 0.6 hardened preferred. Dry mandatory. Enclosed. A1 is open-frame — not ideal; print small or us…
See full settings →official
PPS-CF/GF
Bambu Lab A1 · Bambu Lab
Nozzle 310-340 °CBed 100-120 °C0.6 mm harden…
Very high temp. H2 series / X1E class. Dry mandatory. A1 is open-frame — not ideal; print small or use enclos…
See full settings →official
PET-CF/GF
Bambu Lab A1 · Bambu Lab
Nozzle 260-300 °CBed 80-100 °C0.6 mm harden…
Hardened 0.6 preferred. Dry required. Not for AMS. A1 is open-frame — not ideal; print small or use enclosed …
See full settings →official
Support for PLA
Bambu Lab A1 · Bambu Lab
Nozzle 190-240 °CBed 35-65 °C0.4 mm
Bambu support for PLA / PLA-PETG.
See full settings →official
Support for PA/PET
Bambu Lab A1 · Bambu Lab
Nozzle 260-300 °CBed 90-110 °C0.6 mm harden…
Hardened preferred. Dry required. A1 is open-frame — not ideal; print small or use enclosed sibling.
See full settings →official
PA / PA-CF bed detail
Bambu Lab H2S · Bambu Lab
Nozzle 260-300 °CBed 90-110 °C (glue…0.4-0.6 mm ha…
Bed temp from Bambu glue-combination table for PA / PA-CF/GF / PAHT. Dry required. 0.6 hardened preferred for…
See full settings →official
PC bed detail
Bambu Lab H2S · Bambu Lab
Nozzle 260-290 °CBed 100-120 °C0.4 mm
Bambu bed table lists PC at 100-120 °C on Engineering / Smooth PEI / Textured PEI. Dry required.
See full settings →official
CR-PLA Matte
Creality SPARKX i8 · Creality
Nozzle 190-230 °C (rec…Bed No heat–60 °C (…Speed 40-100 mm/s (re…0.4 mm
Creality CR-PLA Matte official table.
See full settings →official
CR-Wood
Creality SPARKX i8 · Creality
Nozzle 190-230 °C (rec…Bed No heat–60 °C (…Speed 40-100 mm/s (re…0.4 mm
Creality woodfill. Direct-extruder tip table lists wood nozzle ~225±5.
See full settings →official
CR-PLA Carbon
Creality SPARKX i8 · Creality
Nozzle 190-220 °C (rec…Bed 50-60 °C (rec 5…Speed 40-80 mm/s (rec…0.4 mm
Hardened nozzle recommended for CF. Creality table.
See full settings →official
CR-PA Carbon
Creality SPARKX i8 · Creality
Nozzle 230-260 °C (rec…Bed 80-90 °C (rec 8…Speed 40-80 mm/s (rec…0.4 mm
Enclosed / ambient 60-80 °C. Creality table.
See full settings →official
Ender-PLA
Creality SPARKX i8 · Creality
Nozzle 190-230 °C (rec…Bed No heat–60 °C (…Speed 40-100 mm/s (re…0.4 mm
Creality Ender-PLA parameters.
See full settings →official
Ender-PLA+
Creality SPARKX i8 · Creality
Nozzle 190-230 °C (rec…Bed No heat–60 °C (…Speed 40-100 mm/s (re…0.4 mm
Creality Ender-PLA+ parameters.
See full settings →official
HP Ultra PLA
Creality SPARKX i8 · Creality
Nozzle 190-230 °C (rec…Bed No heat–60 °C (…Speed 40-100 mm/s (re…0.4 mm
Creality HP Ultra PLA.
See full settings →official
HP-TPU
Creality SPARKX i8 · Creality
Nozzle 200-220 °C (rec…Bed No heat–60 °C (…Speed 30-120 mm/s (re…0.4 mm
Creality HP-TPU. Direct drive preferred.
See full settings →official
HP-HIPS
Creality SPARKX i8 · Creality
Nozzle 220-260 °CBed 70-110 °C (matc…0.4 mm
Often used as support with ABS. Creality table.
See full settings →official
CR-TPU (detail)
Creality SPARKX i8 · Creality
Nozzle 210-240 °C (rec…Bed 50 °C (rec 50)Speed 10-50 mm/s (rec…0.4 mm
Creality CR-TPU: print slowly. Direct drive.
See full settings →official
PLA (direct extruder table)
Creality SPARKX i8 · Creality
Nozzle 200±5 °CBed 50±5 °CSpeed 50-60 mm/s0.4 mm
Creality direct-extruder reference table.
See full settings →official
Carbon Fiber (direct)
Creality SPARKX i8 · Creality
Nozzle 210±5 °CBed 50±5 °CSpeed 50-60 mm/s0.4 mm
Creality CF direct-extruder table.
See full settings →official
Wood (direct)
Creality SPARKX i8 · Creality
Nozzle 225±5 °CBed 50±5 °CSpeed 50-60 mm/s0.4 mm
Creality wood direct-extruder table.
See full settings →official
ABS (direct)
Creality SPARKX i8 · Creality
Nozzle 250±5 °CBed 100±5 °CSpeed 50-60 mm/s0.4 mm
Creality ABS direct table. Enclosure.
See full settings →official
TPU (direct)
Creality SPARKX i8 · Creality
Nozzle 225±5 °CBed 50±5 °CSpeed 15 mm/s0.4 mm
Creality TPU direct: short retract, very slow.
See full settings →official
PETG (direct)
Creality SPARKX i8 · Creality
Nozzle 240±5 °CBed 90±5 °CSpeed 40-50 mm/s0.4 mm
Creality PETG direct table.
See full settings →official
PLA
Elegoo Centauri Carbon · ELEGOO
Nozzle 190-230 °CBed 50-66 °C0.4 mm
ELEGOO PLA product listing: prints smoothly 190–230 °C. ±0.02 mm diameter tolerance claimed.
See full settings →official
Rapid PETG
Elegoo Centauri Carbon · ELEGOO
Nozzle 240-270 °CBed 65-75 °CSpeed <300 mm/s0.2–0.8 mm
ELEGOO Rapid PETG TDS: dry 60 °C / 8 h; RH ≤20%; glue on plate. Specimen printed at 255/70 °C, 250 mm/s.
See full settings →guide
PLA Matte
Elegoo Centauri Carbon · ELEGOO
Nozzle 190-230 °CBed 50-66 °C0.4 mm
ELEGOO open filament database temps.
See full settings →guide
PLA Plus
Elegoo Centauri Carbon · ELEGOO
Nozzle 200-230 °CBed 35-65 °C0.4 mm
ELEGOO PLA Plus temps from open filament DB.
See full settings →guide
Silk PLA
Elegoo Centauri Carbon · ELEGOO
Nozzle 190-230 °CBed 35-65 °C0.4 mm
ELEGOO Silk PLA temps.
See full settings →guide
PLA Wood
Elegoo Centauri Carbon · ELEGOO
Nozzle 200-240 °CBed 35-65 °C0.4 mm
ELEGOO PLA Wood. Avoid 0.2 mm nozzle per ELEGOO wiki notes on wood fills.
See full settings →guide
PLA-CF
Elegoo Centauri Carbon · ELEGOO
Nozzle 190-230 °CBed 50-70 °C0.4 mm
Hardened nozzle. ELEGOO wiki: CF abrasive; not for 0.2 mm.
See full settings →guide
RAPID PLA Plus
Elegoo Centauri Carbon · ELEGOO
Nozzle 200-230 °CBed 40-60 °C0.4 mm
High-speed PLA+; wiki notes Rapid PLA+ for <600 mm/s class printers.
See full settings →guide
PETG
Elegoo Centauri Carbon · ELEGOO
Nozzle 220-250 °CBed 70-90 °C0.4 mm
ELEGOO standard PETG temps.
See full settings →guide
PETG PRO
Elegoo Centauri Carbon · ELEGOO
Nozzle 230-260 °CBed 65-75 °C0.4 mm
ELEGOO PETG PRO temps.
See full settings →guide
PETG-CF
Elegoo Centauri Carbon · ELEGOO
Nozzle 240-270 °CBed 65-75 °C0.4 mm
Hardened nozzle. ELEGOO PETG-CF.
See full settings →guide
TPU 95A
Elegoo Centauri Carbon · ELEGOO
Nozzle 210-230 °CBed 35-61 °C0.4 mm
Direct drive; print slow. Dry mandatory per ELEGOO drying guide.
See full settings →guide
Rapid TPU 95A
Elegoo Centauri Carbon · ELEGOO
Nozzle 200-230 °CBed 30-46 °C0.4 mm
ELEGOO Rapid TPU 95A temps.
See full settings →guide
ABS
Elegoo Centauri Carbon · ELEGOO
Nozzle 240-280 °CBed 90-100 °C0.4 mm
Enclosure required. Dry ~70 °C / 4–6 h per ELEGOO drying guide.
See full settings →guide
ASA
Elegoo Centauri Carbon · ELEGOO
Nozzle 240-270 °CBed 90-100 °C0.4 mm
Enclosure. Dry ~70 °C / 4–8 h.
See full settings →guide
PC
Elegoo Centauri Carbon · ELEGOO
Nozzle 250-270 °CBed 90-110 °C0.4 mm
Enclosed / hot chamber. Dry mandatory ~80 °C.
See full settings →guide
PAHT-CF
Elegoo Centauri Carbon · ELEGOO
Nozzle 260-290 °CBed 90-110 °C0.4 mm
Hardened nozzle. Engineering nylon-CF.
See full settings →official
Drying — PLA series
Elegoo Centauri Carbon · ELEGOO
ELEGOO drying guide: PLA series recommended dry 55±5 °C for 6 h. Store sealed with desiccant.
See full settings →official
Drying — PETG / TPU / ABS
Elegoo Centauri Carbon · ELEGOO
ELEGOO drying guide: PETG 60±5 °C 8–10 h; TPU mandatory 70±5 °C 6–10 h; ABS 70±5 °C 4–6 h (enclosed print); A…
See full settings →official
PLA
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 185-235 °CBed 50-60 °C0.4 mm
Prusa Filament Material Guide overview ranges.
See full settings →official
PETG
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 215-270 °CBed 70-90 °C0.4 mm
Guide overview. Detailed article: first layer nozzle 230 / others 240; bed 85 first / 90 others. Glue stick; …
See full settings →official
PETG (detailed)
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 230 °C first / …Bed 85 °C first / 9…0.4 mm
Prusa PETG article recommended temps. Cool for detail; fan off first layers then ~50% for strength tradeoff.
See full settings →official
ABS
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 255 °C (rec)Bed 100 °C (80-110 …0.4 mm
Prusa ABS article. Enclosure / draft shield. Ventilate fumes. Glue on PEI.
See full settings →official
ASA
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 260 °C (rec)Bed 105 °C first / …0.4 mm
Prusa ASA article. Enclosure; UV-stable outdoor. Acetone smoothable.
See full settings →official
TPU 95A (Prusament)
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 220-240 °CBed 55-75 °C0.4 mm
Prusament TPU 95A guide. Prefer PA Nylon / satin / PP sheets; glue on smooth PEI. Dry 60 °C ≥4 h if wet.
See full settings →official
PC
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 270-275 °CBed 100-115 °C0.4 mm
Prusa material guide overview for PC.
See full settings →official
PA (Nylon)
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 240-285 °CBed 70-115 °C0.4 mm
Prusa material guide nylon range. Glue stick. Dry thoroughly.
See full settings →official
PVA / BVOH
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 195-215 °CBed 60 °C0.4 mm
Prusa material guide soluble supports.
See full settings →official
HIPS
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 225-255 °CBed 100-110 °C0.4 mm
Prusa material guide HIPS.
See full settings →official
Flex
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 220-260 °CBed 40-85 °C0.4 mm
Prusa material guide Flex overview.
See full settings →official
PP
Prusa MK4 / Core One family · Prusa / Prusament
Nozzle 220-245 °CBed 70-100 °C0.4 mm
Prusa material guide PP; use PP tape on bed.
See full settings →guide
Fuzzy Skin — standard start
Snapmaker U1 · PLA
Nozzle 190-230 °CBed 50-65 °C0.4 mm
Apply Orca community standard fuzzy: thickness 0.3 mm, point distance 0.8 mm on Contour. Prefer Displacement …
See full settings →official
Texture Displacement — grip/knurl
Snapmaker U1 · —
0.4 mm
Orca 2.5 Texture Displacement for printable grip: paint contact faces, pick a knurl/hex built-in texture, set…
See full settings →guide
Fuzzy Skin — standard start
Anycubic Kobra 3 Max · PLA
Nozzle 190-230 °CBed 50-65 °C0.4 mm
Apply Orca community standard fuzzy: thickness 0.3 mm, point distance 0.8 mm on Contour. Prefer Displacement …
See full settings →official
Texture Displacement — grip/knurl
Anycubic Kobra 3 Max · —
0.4 mm
Orca 2.5 Texture Displacement for printable grip: paint contact faces, pick a knurl/hex built-in texture, set…
See full settings →guide
Fuzzy Skin — standard start
Bambu Lab H2S · PLA
Nozzle 190-230 °CBed 50-65 °C0.4 mm
Apply Orca community standard fuzzy: thickness 0.3 mm, point distance 0.8 mm on Contour. Prefer Displacement …
See full settings →official
Texture Displacement — grip/knurl
Bambu Lab H2S · —
0.4 mm
Orca 2.5 Texture Displacement for printable grip: paint contact faces, pick a knurl/hex built-in texture, set…
See full settings →guide
Fuzzy Skin — standard start
Creality SPARKX i8 · PLA
Nozzle 190-230 °CBed 50-65 °C0.4 mm
Apply Orca community standard fuzzy: thickness 0.3 mm, point distance 0.8 mm on Contour. Prefer Displacement …
See full settings →official
Texture Displacement — grip/knurl
Creality SPARKX i8 · —
0.4 mm
Orca 2.5 Texture Displacement for printable grip: paint contact faces, pick a knurl/hex built-in texture, set…
See full settings →official
PLA
Any (brand filament profile) · SUNLU
Nozzle 200-230 °CBed 50-65 °CSpeed 50-100 mm/s0.4 mm
Official SUNLU PLA recommend settings from large-spool product page. Adjust per printer.
See full settings →official
PLA
Bambu Lab A1 · SUNLU
Nozzle 200-230 °CBed 50-65 °CSpeed 50-100 mm/s0.4 mm
Official SUNLU PLA recommend settings from large-spool product page. Adjust per printer.
See full settings →official
PLA
Prusa MK4 / Core One family · SUNLU
Nozzle 200-230 °CBed 50-65 °CSpeed 50-100 mm/s0.4 mm
Official SUNLU PLA recommend settings from large-spool product page. Adjust per printer.
See full settings →official
PLA+
Any (brand filament profile) · SUNLU
Nozzle 210-235 °CBed 55-65 °C0.4 mm
Official SUNLU PLA+ recommend settings (nozzle/bed) from large-spool product page.
See full settings →official
PLA+
Bambu Lab A1 · SUNLU
Nozzle 210-235 °CBed 55-65 °C0.4 mm
Official SUNLU PLA+ recommend settings (nozzle/bed) from large-spool product page.
See full settings →official
PLA+
Prusa MK4 / Core One family · SUNLU
Nozzle 210-235 °CBed 55-65 °C0.4 mm
Official SUNLU PLA+ recommend settings (nozzle/bed) from large-spool product page.
See full settings →official
PETG
Any (brand filament profile) · SUNLU
Nozzle 220-230 °CBed 60-70 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU PETG recommend settings from large-spool product page (speed listed up to 40-600 mm/s; start c…
See full settings →official
PETG
Bambu Lab A1 · SUNLU
Nozzle 220-230 °CBed 60-70 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU PETG recommend settings from large-spool product page (speed listed up to 40-600 mm/s; start c…
See full settings →official
PETG
Prusa MK4 / Core One family · SUNLU
Nozzle 220-230 °CBed 60-70 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU PETG recommend settings from large-spool product page (speed listed up to 40-600 mm/s; start c…
See full settings →official
ABS
Any (brand filament profile) · SUNLU
Nozzle 250-260 °CBed 80-100 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU ABS recommend settings including retraction 5 mm / 50 mm/s.
See full settings →official
ABS
Bambu Lab A1 · SUNLU
Nozzle 250-260 °CBed 80-100 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU ABS recommend settings including retraction 5 mm / 50 mm/s.
See full settings →official
ABS
Prusa MK4 / Core One family · SUNLU
Nozzle 250-260 °CBed 80-100 °CSpeed 40-60 mm/s0.4 mm
Official SUNLU ABS recommend settings including retraction 5 mm / 50 mm/s.
See full settings →official
PLA Classic
Any (brand filament profile) · SUNLU
Nozzle 200-260 °CBed 50-60 °CSpeed ≤450 mm/s0.4 mm
Official SUNLU PLA Classic product parameters: nozzle 200-260°C / ≤450 mm/s; bed 50-60°C; retraction 0.8-1.2 …
See full settings →official
PLA Classic
Bambu Lab A1 · SUNLU
Nozzle 200-260 °CBed 50-60 °CSpeed ≤450 mm/s0.4 mm
Official SUNLU PLA Classic product parameters: nozzle 200-260°C / ≤450 mm/s; bed 50-60°C; retraction 0.8-1.2 …
See full settings →official
PLA Classic
Prusa MK4 / Core One family · SUNLU
Nozzle 200-260 °CBed 50-60 °CSpeed ≤450 mm/s0.4 mm
Official SUNLU PLA Classic product parameters: nozzle 200-260°C / ≤450 mm/s; bed 50-60°C; retraction 0.8-1.2 …
See full settings →official
PLA (standard product)
Any (brand filament profile) · SUNLU
Nozzle 200-210 °C (50-…Bed 50-60 °CSpeed 50-200 mm/s0.4 mm
Official SUNLU PLA product page speed-banded nozzle temps; bed 50-60°C; retraction 0.8-1.2 mm @ 30-40 mm/s.
See full settings →official
PLA (standard product)
Bambu Lab A1 · SUNLU
Nozzle 200-210 °C (50-…Bed 50-60 °CSpeed 50-200 mm/s0.4 mm
Official SUNLU PLA product page speed-banded nozzle temps; bed 50-60°C; retraction 0.8-1.2 mm @ 30-40 mm/s.
See full settings →official
PLA (standard product)
Prusa MK4 / Core One family · SUNLU
Nozzle 200-210 °C (50-…Bed 50-60 °CSpeed 50-200 mm/s0.4 mm
Official SUNLU PLA product page speed-banded nozzle temps; bed 50-60°C; retraction 0.8-1.2 mm @ 30-40 mm/s.
See full settings →official
High Speed Matte PETG
Any (brand filament profile) · SUNLU
Nozzle 240-260 °CBed 60-70 °CSpeed ≤400 mm/s0.4 mm
Official SUNLU High Speed Matte PETG TDS: nozzle 240-260°C, bed 60-70°C, fan on, retraction 0.8-1.2 mm @ 30-4…
See full settings →official
High Speed Matte PETG
Bambu Lab A1 · SUNLU
Nozzle 240-260 °CBed 60-70 °CSpeed ≤400 mm/s0.4 mm
Official SUNLU High Speed Matte PETG TDS: nozzle 240-260°C, bed 60-70°C, fan on, retraction 0.8-1.2 mm @ 30-4…
See full settings →official
High Speed Matte PETG
Prusa MK4 / Core One family · SUNLU
Nozzle 240-260 °CBed 60-70 °CSpeed ≤400 mm/s0.4 mm
Official SUNLU High Speed Matte PETG TDS: nozzle 240-260°C, bed 60-70°C, fan on, retraction 0.8-1.2 mm @ 30-4…
See full settings →official
PolyLite PLA
Any (brand filament profile) · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 50-200 mm/s0.4 mm
Official Polymaker Wiki PolyLite PLA: cooling ON, chamber not needed, dry 55°C for 6h if wet. Based on 0.4 mm…
See full settings →official
PolyLite PLA
Bambu Lab A1 · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 50-200 mm/s0.4 mm
Official Polymaker Wiki PolyLite PLA: cooling ON, chamber not needed, dry 55°C for 6h if wet. Based on 0.4 mm…
See full settings →official
PolyLite PLA
Prusa MK4 / Core One family · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 50-200 mm/s0.4 mm
Official Polymaker Wiki PolyLite PLA: cooling ON, chamber not needed, dry 55°C for 6h if wet. Based on 0.4 mm…
See full settings →official
PolyLite PLA
Any (brand filament profile) · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 40-60 mm/s0.4 mm
Polymaker shop PolyLite PLA print settings (slower 40-60 mm/s band). Dry 55°C / 6h if needed.
See full settings →official
PolyLite PLA
Bambu Lab A1 · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 40-60 mm/s0.4 mm
Polymaker shop PolyLite PLA print settings (slower 40-60 mm/s band). Dry 55°C / 6h if needed.
See full settings →official
PolyLite PLA
Prusa MK4 / Core One family · Polymaker
Nozzle 190-230 °CBed 25-60 °CSpeed 40-60 mm/s0.4 mm
Polymaker shop PolyLite PLA print settings (slower 40-60 mm/s band). Dry 55°C / 6h if needed.
See full settings →official
PolyTerra PLA
Any (brand filament profile) · Polymaker
Nozzle 190-230 °CBed 25-50 °CSpeed 50-300 mm/s0.4 mm
Official PolyTerra PLA TDS V6.0 (2026-06-08): nozzle 190-230°C, bed 25-50°C, speed 50-300 mm/s, cooling ON, d…
See full settings →official
PolyTerra PLA
Bambu Lab A1 · Polymaker
Nozzle 190-230 °CBed 25-50 °CSpeed 50-300 mm/s0.4 mm
Official PolyTerra PLA TDS V6.0 (2026-06-08): nozzle 190-230°C, bed 25-50°C, speed 50-300 mm/s, cooling ON, d…
See full settings →official
PolyTerra PLA
Prusa MK4 / Core One family · Polymaker
Nozzle 190-230 °CBed 25-50 °CSpeed 50-300 mm/s0.4 mm
Official PolyTerra PLA TDS V6.0 (2026-06-08): nozzle 190-230°C, bed 25-50°C, speed 50-300 mm/s, cooling ON, d…
See full settings →official
PolyLite PLA Pro
Any (brand filament profile) · Polymaker
Nozzle 190-220 °CBed 30-60 °CSpeed 30-70 mm/s0.4 mm
Official PolyLite PLA Pro PIS: nozzle 190-220°C, bed 30-60°C, speed 30-70 mm/s, fan ON.
See full settings →official
PolyLite PLA Pro
Bambu Lab A1 · Polymaker
Nozzle 190-220 °CBed 30-60 °CSpeed 30-70 mm/s0.4 mm
Official PolyLite PLA Pro PIS: nozzle 190-220°C, bed 30-60°C, speed 30-70 mm/s, fan ON.
See full settings →official
PolyLite PLA Pro
Prusa MK4 / Core One family · Polymaker
Nozzle 190-220 °CBed 30-60 °CSpeed 30-70 mm/s0.4 mm
Official PolyLite PLA Pro PIS: nozzle 190-220°C, bed 30-60°C, speed 30-70 mm/s, fan ON.
See full settings →official
PLA+
Any (brand filament profile) · eSUN
Nozzle 210-230 °CBed 45-60 °CSpeed <300 mm/s0.4 mm
Official eSUN PLA+ product parameters: extruder 210-230°C, bed 45-60°C, fan 100%, high-speed printer <300 mm/…
See full settings →official
PLA+
Bambu Lab A1 · eSUN
Nozzle 210-230 °CBed 45-60 °CSpeed <300 mm/s0.4 mm
Official eSUN PLA+ product parameters: extruder 210-230°C, bed 45-60°C, fan 100%, high-speed printer <300 mm/…
See full settings →official
PLA+
Prusa MK4 / Core One family · eSUN
Nozzle 210-230 °CBed 45-60 °CSpeed <300 mm/s0.4 mm
Official eSUN PLA+ product parameters: extruder 210-230°C, bed 45-60°C, fan 100%, high-speed printer <300 mm/…
See full settings →official
PETG
Any (brand filament profile) · eSUN
Nozzle 240-260 °CBed 75-90 °CSpeed <150 mm/s0.4 mm
Official eSUN PETG product parameters: extruder 240-260°C, bed 75-90°C, fan 100%, <150 mm/s on high-speed pri…
See full settings →official
PETG
Bambu Lab A1 · eSUN
Nozzle 240-260 °CBed 75-90 °CSpeed <150 mm/s0.4 mm
Official eSUN PETG product parameters: extruder 240-260°C, bed 75-90°C, fan 100%, <150 mm/s on high-speed pri…
See full settings →official
PETG
Prusa MK4 / Core One family · eSUN
Nozzle 240-260 °CBed 75-90 °CSpeed <150 mm/s0.4 mm
Official eSUN PETG product parameters: extruder 240-260°C, bed 75-90°C, fan 100%, <150 mm/s on high-speed pri…
See full settings →official
PLA Basic
Any (brand filament profile) · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <300 mm/s0.4 mm
Official Overture 3D Wiki cheat sheet. Dry 50°C / 7h. Easy-print eco PLA.
See full settings →official
PLA Basic
Bambu Lab A1 · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <300 mm/s0.4 mm
Official Overture 3D Wiki cheat sheet. Dry 50°C / 7h. Easy-print eco PLA.
See full settings →official
PLA Basic
Prusa MK4 / Core One family · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <300 mm/s0.4 mm
Official Overture 3D Wiki cheat sheet. Dry 50°C / 7h. Easy-print eco PLA.
See full settings →official
PLA Pro
Any (brand filament profile) · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: prints slower than standard PLA; at 15 mm³/s raise nozzle to 220°C. Dry 50°C /…
See full settings →official
PLA Pro
Bambu Lab A1 · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: prints slower than standard PLA; at 15 mm³/s raise nozzle to 220°C. Dry 50°C /…
See full settings →official
PLA Pro
Prusa MK4 / Core One family · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: prints slower than standard PLA; at 15 mm³/s raise nozzle to 220°C. Dry 50°C /…
See full settings →official
Silk PLA
Any (brand filament profile) · Overture
Nozzle 200-220 °CBed 50-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: print slower for best shine; slight nozzle increase improves gloss. Dry 50°C /…
See full settings →official
Silk PLA
Bambu Lab A1 · Overture
Nozzle 200-220 °CBed 50-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: print slower for best shine; slight nozzle increase improves gloss. Dry 50°C /…
See full settings →official
Silk PLA
Prusa MK4 / Core One family · Overture
Nozzle 200-220 °CBed 50-60 °CSpeed <70 mm/s0.4 mm
Official Overture cheat sheet: print slower for best shine; slight nozzle increase improves gloss. Dry 50°C /…
See full settings →official
Matte PLA
Any (brand filament profile) · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: slightly abrasive — hardened nozzle recommended for long-term use. Dry 50°C / …
See full settings →official
Matte PLA
Bambu Lab A1 · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: slightly abrasive — hardened nozzle recommended for long-term use. Dry 50°C / …
See full settings →official
Matte PLA
Prusa MK4 / Core One family · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: slightly abrasive — hardened nozzle recommended for long-term use. Dry 50°C / …
See full settings →official
Rock PLA
Any (brand filament profile) · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: marble-like texture; 0.4 mm+ nozzle recommended to reduce clogging. Dry 50°C /…
See full settings →official
Rock PLA
Bambu Lab A1 · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: marble-like texture; 0.4 mm+ nozzle recommended to reduce clogging. Dry 50°C /…
See full settings →official
Rock PLA
Prusa MK4 / Core One family · Overture
Nozzle 190-230 °CBed 50-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: marble-like texture; 0.4 mm+ nozzle recommended to reduce clogging. Dry 50°C /…
See full settings →official
Super PLA+
Any (brand filament profile) · Overture
Nozzle 190-230 °CBed 25-60 °CSpeed <60 mm/s0.4 mm
Official Overture cheat sheet: best with 0.2 mm nozzle; at 15 mm³/s raise nozzle to 220-230°C. Dry 50°C / 7h.
See full settings →official
Super PLA+
Bambu Lab A1 · Overture
Nozzle 190-230 °CBed 25-60 °CSpeed <60 mm/s0.4 mm
Official Overture cheat sheet: best with 0.2 mm nozzle; at 15 mm³/s raise nozzle to 220-230°C. Dry 50°C / 7h.
See full settings →official
Super PLA+
Prusa MK4 / Core One family · Overture
Nozzle 190-230 °CBed 25-60 °CSpeed <60 mm/s0.4 mm
Official Overture cheat sheet: best with 0.2 mm nozzle; at 15 mm³/s raise nozzle to 220-230°C. Dry 50°C / 7h.
See full settings →official
Easy PLA
Any (brand filament profile) · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet budget PLA; use standard PLA settings. Dry 50°C / 7h.
See full settings →official
Easy PLA
Bambu Lab A1 · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet budget PLA; use standard PLA settings. Dry 50°C / 7h.
See full settings →official
Easy PLA
Prusa MK4 / Core One family · Overture
Nozzle 190-220 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet budget PLA; use standard PLA settings. Dry 50°C / 7h.
See full settings →official
PETG
Any (brand filament profile) · Overture
Nozzle 230-260 °CBed 65-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: keep dry; dry 60°C / 5h if popping/cracking.
See full settings →official
PETG
Bambu Lab A1 · Overture
Nozzle 230-260 °CBed 65-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: keep dry; dry 60°C / 5h if popping/cracking.
See full settings →official
PETG
Prusa MK4 / Core One family · Overture
Nozzle 230-260 °CBed 65-70 °CSpeed <300 mm/s0.4 mm
Official Overture cheat sheet: keep dry; dry 60°C / 5h if popping/cracking.
See full settings →official
TPU 95A
Any (brand filament profile) · Overture
Nozzle 210-230 °CBed 25-60 °CSpeed <40 mm/s0.4 mm
Official Overture cheat sheet: do not use with AMS; minimal/no retraction; slow speeds required. Dry 70°C / 7…
See full settings →official
TPU 95A
Bambu Lab A1 · Overture
Nozzle 210-230 °CBed 25-60 °CSpeed <40 mm/s0.4 mm
Official Overture cheat sheet: do not use with AMS; minimal/no retraction; slow speeds required. Dry 70°C / 7…
See full settings →official
TPU 95A
Prusa MK4 / Core One family · Overture
Nozzle 210-230 °CBed 25-60 °CSpeed <40 mm/s0.4 mm
Official Overture cheat sheet: do not use with AMS; minimal/no retraction; slow speeds required. Dry 70°C / 7…
See full settings →official
High Speed TPU
Any (brand filament profile) · Overture
Nozzle 200-240 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet: flexible TPU optimized for faster printing. Dry per sheet (7h).
See full settings →official
High Speed TPU
Bambu Lab A1 · Overture
Nozzle 200-240 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet: flexible TPU optimized for faster printing. Dry per sheet (7h).
See full settings →official
High Speed TPU
Prusa MK4 / Core One family · Overture
Nozzle 200-240 °CBed 25-60 °CSpeed <90 mm/s0.4 mm
Official Overture cheat sheet: flexible TPU optimized for faster printing. Dry per sheet (7h).
See full settings →guide
Fuzzy Skin — subtle (0.1 mm)
Any (OrcaSlicer 2.5) · —
0.4 mm
Guide start: thickness/deviation ~0.1 mm for subtle bumps. Keep dry filament; enable travel cleanup to reduce…
See full settings →guide
Fuzzy Skin — medium (0.2 mm)
Any (OrcaSlicer 2.5) · —
0.4 mm
Guide typical start: ~0.2 mm nozzle path deviation. Author notes >0.4 mm often strings unless filament is ver…
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Fuzzy Skin — aggressive (0.4 mm)
Any (OrcaSlicer 2.5) · —
0.4 mm
Guide upper practical band ~0.4 mm deviation for long strands; expect more stringing — dry filament and incre…
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Fuzzy Skin — PLA start
Any (OrcaSlicer 2.5) · PLA
Nozzle 190-220 °CBed 50-60 °C0.4 mm
PLA tolerates higher fuzzy deviation but can snap if deviation is too sharp (guide). Start ~0.2 mm; Contour m…
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Fuzzy Skin — TPU caution
Any (OrcaSlicer 2.5) · TPU
Nozzle 210-230 °CBed 25-60 °CSpeed <40 mm/s0.4 mm
Guide: flexibles need a different approach due to elasticity; keep speeds low. Fuzzy can fail more often on T…
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Fuzzy Skin — subtle (0.1 mm)
Bambu Lab A1 · —
0.4 mm
Apply Orca fuzzy ~0.1 mm deviation on A1 via Orca 2.5. Prefer Contour; 2.5 skips fuzzy on unsupported bridges.
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Fuzzy Skin — medium (0.2 mm)
Elegoo Centauri Carbon · —
0.4 mm
Orca 2.5 fuzzy ~0.2 mm start on Centauri Carbon (ELEGOO/Orca). Dry filament; watch stringing.
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Texture Displacement — grip/knurl
Snapmaker U1 · —
0.4 mm
Orca 2.5 Texture Displacement: paint faces, pick knurl/hex, set Depth & Tile size in mm, Bake. Depth becomes …
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Texture Displacement — grip/knurl
Anycubic Kobra 3 Max · —
0.4 mm
Orca 2.5 Texture Displacement for printable grip on Kobra 3 Max profiles. Bake depth becomes geometry — verif…
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Texture Displacement — grip/knurl
Elegoo Centauri Carbon · —
0.4 mm
Orca 2.5 Texture Displacement on Centauri Carbon. Paint contact faces, set Depth/Tile, Bake. See /orca-25-tex…
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TPU
Bambu Lab A1 · Bambu Lab
Bed 30-45 °C0.4 mm
Official Bambu filament guide: TPU recommended bed 30-45°C (glue stick / liquid glue columns).
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TPU
Bambu Lab H2S · Bambu Lab
Bed 30-45 °C0.4 mm
Official Bambu filament guide: TPU recommended bed 30-45°C.
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PC
Bambu Lab A1 · Bambu Lab
Bed 100-120 °C0.4 mm
Official Bambu filament guide: PC bed 100-120°C (glue stick); liquid glue not recommended.
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PA / PA-CF
Bambu Lab H2S · Bambu Lab
Bed 90-110 °C0.4 mm
Official Bambu filament guide: PA / PA-CF/GF / PAHT bed 90-110°C (glue stick); liquid glue not recommended.
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ABS
Bambu Lab A1 · Bambu Lab
Bed 90-100 °C0.4 mm
Official Bambu filament guide: ABS bed 90-100°C.
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ASA
Bambu Lab A1 · Bambu Lab
Bed 90-100 °C0.4 mm
Official Bambu filament guide: ASA bed 90-100°C.
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Texture Displacement — knurled grip
Any (OrcaSlicer 2.5) · —
0.4 mm
Official Orca wiki recipe: Knurl texture, Tile size 4 mm, Depth 0.35 mm, Midlevel 0, resolution ~0.12 mm (fin…
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Texture Displacement — engraved logo
Any (OrcaSlicer 2.5) · —
0.4 mm
Official Orca wiki recipe: import white-on-black logo texture; Depth 0.4 mm to stand proud (or raise Midlevel…
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Texture Displacement — wood grain whole model
Any (OrcaSlicer 2.5) · —
0.4 mm
Official Orca wiki recipe: Wood Grain texture, Tile size 40 mm, Depth 0.25 mm; leave Auto resolution; check t…
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Texture Displacement — knurled grip
Bambu Lab A1 · —
0.4 mm
Orca wiki knurl recipe on A1 via Orca 2.5: Tile 4 mm, Depth 0.35 mm, Midlevel 0, ~0.12 mm resolution, Bake. C…
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Texture Displacement — engraved logo
Prusa MK4 / Core One family · —
0.4 mm
Orca wiki logo recipe: Depth 0.4 mm white-on-black logo; Midlevel to sink instead of raise; Bake. See /orca-2…
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Texture Displacement — raised motif tile (0.4 mm)
Any (OrcaSlicer 2.5) · —
0.4 mm
Guide walkthrough of Orca 2.5 alpha: Tile size 24 mm, Depth 0.4 mm for a centered raised motif on a tile; sav…
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Glow PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox Glow PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small te…
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Metallic Finish PLA
Any (brand filament profile) · Hatchbox
Nozzle 210-230 °CBed 50-70 °C
Hatchbox Metallic Finish PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advis…
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PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 0-60 °C
Hatchbox PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small test pr…
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PLA Basic
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 0-60 °C
Hatchbox PLA Basic ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small t…
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PLA CF
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox PLA CF ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small test…
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PLA Matte
Any (brand filament profile) · Hatchbox
Nozzle 210-230 °CBed 50-70 °C
Hatchbox PLA Matte ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small t…
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PLA Max
Any (brand filament profile) · Hatchbox
Nozzle 190-210 °C
Hatchbox PLA Max ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small tes…
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PLA Metal
Any (brand filament profile) · Hatchbox
Nozzle 210-230 °C
Hatchbox PLA Metal ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small t…
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PLA Pro
Any (brand filament profile) · Hatchbox
Nozzle 190-220 °C
Hatchbox PLA Pro ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small tes…
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Silk PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox Silk PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small te…
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Transparent PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox Transparent PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises s…
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UV Color Changing PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox UV Color Changing PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox adv…
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Wood PLA
Any (brand filament profile) · Hatchbox
Nozzle 180-220 °CBed 50-70 °C
Hatchbox Wood PLA ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small te…
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ABS
Any (brand filament profile) · Hatchbox
Nozzle 210-240 °CBed 80-100 °C
Hatchbox ABS ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small test pr…
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Glow ABS
Any (brand filament profile) · Hatchbox
Nozzle 210-240 °CBed 80-100 °C
Hatchbox Glow ABS ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small te…
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PETG
Any (brand filament profile) · Hatchbox
Nozzle 230-260 °CBed 55-85 °C
Hatchbox PETG ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small test p…
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TPU
Any (brand filament profile) · Hatchbox
Nozzle 190-236 °CBed 30-60 °C
Hatchbox TPU ranges as listed in the Open Filament Database (via SimplyPrint). Hatchbox advises small test pr…
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PLA
Any (brand filament profile) · Hatchbox
Nozzle 190-220 °C (sta…Bed 50-60 °C (start…Speed 40-100 mm/s
Reviewer starting settings for Hatchbox PLA. No enclosure needed; PEI, glass, blue tape all work.
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PETG
Any (brand filament profile) · Hatchbox
Nozzle 230-250 °C (sta…Bed 70-90 °C (start…Speed 30-60 mm/s
Reviewer starting settings for Hatchbox PETG. Full fan causes delamination. PEI preferred.
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ABS
Any (brand filament profile) · Hatchbox
Nozzle 225-245 °C (sta…Bed 100-110 °CSpeed 30-50 mm/s
Reviewer starting settings for Hatchbox ABS. Enclosure required; ventilate. PEI or Kapton.
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TPU
Any (brand filament profile) · Hatchbox
Nozzle 220-240 °C (sta…Bed 30-60 °C (start…Speed 20-35 mm/s
Reviewer starting settings for Hatchbox TPU. 95A. Direct drive preferred. Retraction 1-2 mm max.
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Silk PLA
Any (brand filament profile) · Hatchbox
Nozzle 200-230 °CBed 50-60 °CSpeed 30-60 mm/s
Reviewer starting settings for Hatchbox Silk PLA.
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PLA Matte
Any (brand filament profile) · Hatchbox
Nozzle 190-220 °CBed 50-60 °CSpeed 40-80 mm/s
Reviewer starting settings for Hatchbox PLA Matte.
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Wood PLA
Any (brand filament profile) · Hatchbox
Nozzle 190-215 °CBed 50-60 °CSpeed 30-50 mm/s
Reviewer starting settings for Hatchbox Wood PLA.
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