Troubleshooting

Where do I get good slicer profiles for a filament?

Q: Where do I get good slicer profiles for a filament?

Start from the slicer profile or the manufacturer sheet for that spool, then calibrate temperature, flow, and pressure advance on the spool you loaded.

First in this ranking: Bambu Lab PLA Basic.

Nozzle190–230 °C (374–446 °F)
Bed35–45 °C (95–113 °F)
Speedup to 300 mm/s
Dry50 °C (122 °F) for 8 h
Density1.24 g/cm³

Ranked filaments

Rank	Filament	Material	Nozzle	Bed	Price / kg	Datasheet	Buy
1	Bambu Lab PLA BasicA manufacturer starting point, not a universal PLA profile. PLA Basic lists a nozzle of 190–230 °C (374–446 °F), a bed of 35–45 °C (95–113 °F), and drying at 50 °C (122 °F) for 8 h on the Bambu PLA Basic technical data sheet V3.0.	PLA	190–230 °C (374–446 °F)	35–45 °C (95–113 °F)	—	Datasheet	Search Amazon
2	Polymaker Polylite PLAPolyLite PLA lists a nozzle of 190–230 °C (374–446 °F), a bed of 25–60 °C (77–140 °F), a print speed of 40–60 mm/s, and drying at 55 °C (131 °F) for 6 h. The bed range is this sheet, which is wider than the Bambu PLA Basic bed.	PLA	190–230 °C (374–446 °F)	25–60 °C (77–140 °F)	—	Datasheet	Check price at Amazon
3	Prusament PLAPrusament PLA from the Open Filament Database. Nozzle 205–225 °C (401–437 °F) and bed 40–60 °C (104–140 °F). Drying is not stored. Use that row when the spool is Prusament, not the Bambu sheet.	PLA	205–225 °C (401–437 °F)	40–60 °C (104–140 °F)	—	—	Search Amazon
4	Bambu Lab PETG HFThe same rule on a second material. PETG HF lists a nozzle of 230–260 °C (446–500 °F), a bed of 65–75 °C (149–167 °F), drying at 65 °C (149 °F) for 8 h, and print speed up to 300 mm/s. A PLA profile is the wrong start.	PETG	230–260 °C (446–500 °F)	65–75 °C (149–167 °F)	—	Datasheet	Check price at Amazon

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Use the profile that belongs to the spool, then change temperature, flow, and pressure advance only after a test on that spool. A generic PLA preset is a guess until it matches the row below.

Manufacturer sheets

Bambu PLA Basic lists 190–230 °C (374–446 °F) and 35–45 °C (95–113 °F), with drying at 50 °C (122 °F) for 8 h. PolyLite PLA lists 190–230 °C (374–446 °F) and 25–60 °C (77–140 °F), with drying at 55 °C (131 °F) for 6 h and a print speed of 40–60 mm/s. Prusament PLA lists 205–225 °C (401–437 °F) and 40–60 °C (104–140 °F), and drying is not stored. PETG HF is the reminder that a PLA profile does not carry over: 230–260 °C (446–500 °F) and 65–75 °C (149–167 °F). PLA and PETG are the material hubs.

What these threads actually say

The r/FixMyPrint vq9gnz comment we can point at is about Cura wall order on droopy overhangs, not a temperature. The supplied comments on r/3Dprinting 105sfr7 are jokes and are not quoted here as advice. The bank also lists r/BambuLab 14uype2, r/BambuLab 1tr09f9, and r/3Dprinting sedzai. This page does not attribute a profile recipe to those three threads, because the supplied excerpts do not include one.

Calibration after the profile

Flow calibration is pressure advance and flow. Drying comes before you decide a profile is wrong. Filament quality is the case where diameter or a tangle makes every profile look bad. This page does not publish an OrcaSlicer download or a flow percent.

Pros and cons

Pros

Each temperature belongs to a named sheet or Open Filament Database row.
The first step is a profile you can point at, then a calibration on that spool.

Cons

The editorial summary names OrcaSlicer calibration tools. The top comments supplied for these five threads do not mention OrcaSlicer, so this page does not treat that name as something these threads said.
Two of the supplied comments are jokes about a spider print. They are not a profile.

Printer considerations

A built-in generic PLA profile is a start only when it matches the spool. The three PLA beds above are 35–45 °C (95–113 °F), 25–60 °C (77–140 °F), and 40–60 °C (104–140 °F).
Calibrate flow and pressure advance after the temperature is in range. The flow guide is that step. This page does not publish a flow percent.
Retraction in a default profile is not a filament identity. One bank variant names a Cura retraction of 0.8 mm at 45 mm/s on an Ender. That is a user setting, not a catalog cell.

Printer limits

What the community says

The editorial summary says to start from the slicer's built-in or manufacturer profile, then calibrate temperature, flow, and pressure advance per spool, and it names OrcaSlicer. The supplied top comments do not say OrcaSlicer. One comment on r/FixMyPrint vq9gnz guesses that inner-before-outer walls is not enabled in Cura, and the same thread is about droopy overhangs. The r/3Dprinting 105sfr7 comments supplied here are jokes. This page keeps the manufacturer-sheet start, which the catalog can show, and leaves OrcaSlicer as an unverified line in the summary.

Sources & notes

Accessed 16 October 2026.

Bambu PLA Basic technical data sheet V3.0 datasheet
PolyLite PLA technical data sheet datasheet
Polymaker US PolyLite PLA product page manufacturer
Open Filament Database, Prusament PLA other
Bambu Lab PETG HF technical data sheet datasheet
Community source, r/3Dprinting 105sfr7 reddit
Community source, r/FixMyPrint vq9gnz reddit
Community source, r/BambuLab 14uype2 reddit
Community source, r/BambuLab 1tr09f9 reddit
Community source, r/3Dprinting sedzai reddit

Answer JSON · Markdown

Questions

Do the supplied comments recommend OrcaSlicer?

No. The editorial summary names OrcaSlicer. The top comments in this bank for these five threads do not. One of them is about inner-before-outer walls in Cura. Two are jokes. Start from the manufacturer row, then use the flow guide.

Can one PLA profile cover Bambu, Polymaker, and Prusament?

No. Bambu PLA Basic lists a bed of 35–45 °C (95–113 °F). PolyLite PLA lists 25–60 °C (77–140 °F). Prusament PLA lists 40–60 °C (104–140 °F). Load the row for the spool.