Home/A1/Eryone/PETG-GF
Eryone · overlaid on Bambu's PETG-CF

Eryone PETG-GF for the A1

with a 0.4 mm nozzle

The five values to type into Bambu Studio for a Eryone PETG-GF spool — the big one first.

Bambu profiles its own filament, not Eryone's. These start from Bambu's PETG-CF reference and apply Eryone's published specs where available.
Max volumetric flowupdates live
9 mm³/s The single value Bambu Studio can’t guess for you
Effective top speed
107mm/s
you asked for 300
target 300 → clamped
Pressure advance K
0.035
starting point — refine on-machine
Flow ratio
0.95
Bambu base (inherited)
Retraction length
0.8mm
Bambu base (inherited)
hotend ceiling 9 mm³/s · Bambu default — Eryone publishes none ⚠ clamped — capped below your target speed
Eryone · PETG-GF Glass-fibre tds
Nozzle265 °C
Density1.33 g/cm³
Drying60–70 °C / 4–8 h
Mfr speed30–150 mm/s
Mfr bed60–70 °C
Enclosurerequired
10% GF; enclosure required; hardened nozzle
manufacturer source ↗

Is this right for your spool?

Here's how sure we are — and what to watch.

!
Bambu ships no PETG-CF profile for the 0.4 mm nozzle
Tested sizes: 0.6, 0.8 mm. Using nearest defaults — verify with a calibration print.
Against Bambu stock
flow 0.95 · ceiling 9 mm³/s
Source

Why these numbers

Eryone PETG-GF starts from Bambu's PETG-CF reference; Eryone's published specs are overlaid where available, and everything else stays at Bambu's calibrated default.

10% GF; enclosure required; hardened nozzle

Treat these as a starting point — run a flow-test cube and Bambu's Flow Dynamics calibration after import for the last few percent.

Open in the wizard → change printer, nozzle or speed

Download the Eryone PETG-GF profile

A .zip with the Bambu Studio .json and a Markdown summary of every field.

Open in the wizard
i
Then calibrate in the slicer. Run Device → Calibration → Flow Dynamics after import to lock in the K-factor.