Bambu Lab PETG Basic is an upgraded PETG filament that combines strength comparable to PLA with the traditional toughness of PETG. It is designed for functional and structural parts that must withstand mechanical stress, moisture, UV radiation, and elevated temperatures.

Key features

The filament has been reformulated to achieve higher strength while preserving the typical toughness of PETG. Flexural strength in the XY direction reaches 75 MPa, interlayer strength along the Z axis is 56 MPa, and impact toughness is around 34.2 kJ/m². The material shows reduced sensitivity to moisture, which results in less stringing during printing and provides smoother surfaces and sharper details.

The spool contains an RFID chip readable by the AMS system for automatic loading of print parameters - there is no need to set the profile manually.

Technical parameters / specifications

Who is Bambu Lab PETG Basic with spool, 1 kg suitable for

The material is designed for Bambu Lab printer users looking for a versatile filament for functional prints. It is well suited to structural household parts - holders, hangers, brackets, clips, and practical accessories. Thanks to its resistance to water, UV radiation, and temperature, it is also suitable for outdoor use, such as garden labels, bathroom accessories, covers, and holders exposed to daily wear. Strength comparable to PLA combined with the toughness of PETG allows for printing parts that do not easily break.

Usage tips

• Always dry the material before printing - if the filament has been exposed to air with humidity above 50 % for more than 72 hours, drying is essential.
• PETG bonds strongly to PEI build plates - wait until the plate cools down before removing the print to avoid damaging the bottom layer or the plate.
• For easier print release, you can use a release agent such as a glue stick.
• If stringing occurs, reduce retraction and nozzle temperature - this PETG is less prone to it, but calibration is still worth attention.
• An open chamber is usually sufficient, but for larger parts a closed chamber at around 25-35 °C helps improve layer adhesion.
• The RFID chip on the spool automatically passes material information to the AMS system - no manual setup is required.
• Store in a dry place with a desiccant to maintain consistent print results.