PETG

What temperature settings should I use for PETG?

By SSS

Published . Updated .

What nozzle and bed temperature should I use for PLA?

A hand holding digital calipers to measure the width of a small grey 3D printed part on a workbench.

How to use this number

  1. The first sentence is the median and the full span of catalog products that list a temperature. It is not a single setpoint and not a printer profile.
  2. A product can sit at either end of the span. Use that product's page before you print.
  3. A blank catalog cell stays blank.
MeasureProductsMedian of listed endsFull span
Nozzle260220–250 °C (428–482 °F)195–295 °C (383–563 °F)
Bed25770–90 °C (158–194 °F)40–110 °C (104–230 °F)

The span is every listed end in the catalog for that material. It is not a slicer preset.

Manufacturer drying table →

Nozzle, Bed, Speed, Drying. Source: Bambu Lab TDS · Last checked 15 October 2026

Ranked filaments

RankFilamentNozzleBedDatasheetBuy
1Bambu Lab · PETG HF
230–260 °C446–500 °F
65–75 °C149–167 °F
Datasheet

Bambu PETG HF lists a nozzle of 230–260 °C (446–500 °F), a bed of 65–75 °C (149–167 °F), and drying at 65 °C (149 °F) for 8 h on the technical data sheet checked 15 October 2026.

2PrimaCreator · Primaselect PETG
225–245 °C437–473 °F
70–80 °C158–176 °F
—

PrimaSelect PETG product page checked 20 October 2026. Nozzle 225–245 °C (437–473 °F) and bed 70–80 °C (158–176 °F). It is inside this nozzle and it is not this page's setpoint.

3SUNLU · PETG
240–260 °C464–500 °F
60–70 °C140–158 °F
—

SUNLU PETG product page checked 19 October 2026. The parameter table lists nozzle 240–260 °C (464–500 °F) and bed 60–70 °C (140–158 °F). Catalog drying is 60–65 °C (140–149 °F) for 6–8 h. A title that prints at 240 °C (464 °F) sits at the bottom of this nozzle.

4Prusament · PETG
240–260 °C464–500 °F
70–90 °C158–194 °F
Datasheet

Prusament PETG technical data sheet. Nozzle 240–260 °C (464–500 °F) and bed 70–90 °C (158–194 °F). The sheet is the range. The title is one print.

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PETG temperature is the spool's sheet, then a tower that actually looks like a tower. The comments in this bank do not hand over one nozzle and one bed. Good PETG prints is that process. PLA temperature is the same idea on PLA. Warping and part cooling already cover those. Supports is the page.

Four rows, four ranges

PETG HF lists 230–260 °C (446–500 °F), a bed of 65–75 °C (149–167 °F), and drying at 65 °C (149 °F) for 8 h on the technical data sheet checked 15 October 2026. PrimaSelect PETG lists 225–245 °C (437–473 °F) and 70–80 °C (158–176 °F) on the product page checked 20 October 2026. SUNLU PETG lists 240–260 °C (464–500 °F) and 60–70 °C (140–158 °F) on the product page checked 19 October 2026, with catalog drying at 60–65 °C (140–149 °F) for 6–8 h. Prusament PETG lists 240–260 °C (464–500 °F) and 70–90 °C (158–194 °F) on the technical data sheet.

The editorial 230–250 °C (446–482 °F) and 70–85 °C (158–185 °F) band overlaps pieces of these rows and matches none of them exactly. PETG is the material hub. Bambu Lab, PrimaCreator, SUNLU, and Prusament are the brand indexes.

Pros and cons

Pros

  • Four PETG rows have a manufacturer nozzle and bed, and they are not averaged into one profile.
  • The tower, draft, fan, and support comments are quoted instead of turned into settings.

Cons

  • The support comment describes a scar. It does not give a nozzle temperature.

Printer considerations

Printer limits

Sources & notes

Published . Updated .

Answer JSON · Markdown

Related questions

Related data

Questions

Is 230–250 °C (446–482 °F) the PETG nozzle?

Bambu PETG HF lists 230–260 °C (446–500 °F). PrimaSelect PETG lists 225–245 °C (437–473 °F). SUNLU PETG and Prusament PETG each list 240–260 °C (464–500 °F). Load the row that matches the spool.