Bambu Lab PETG Filament at IGO3D
Impact- and water-resistant
Bambu Lab PETG Basic is known for its impact and water resistance, high flexibility, and strong layer adhesion, making it ideal for printing tools (vices, clamps, pocket clips), toys (Frisbees, boomerangs), water containers (bottles, watering cans), and outdoor items (planters, bottle holders) that are subjected to long-term stress and must withstand impacts.
Less Clumping and Stringing
Thanks to an improved formula, Bambu Lab PETG Basic reduces clumping, oozing, and stringing during printing.
Excellent light transmission
With its exceptional light transmission, Bambu Lab PETG Basic can achieve a translucent or even transparent appearance with certain print settings.
Superior toughness and impact resistance
An upgrade from conventional PLA materials, offering high flexibility and excellent impact resistance.
Print outdoor models with ease
The waterproof and weather-resistant solution for your garden decor and furniture.
Printing Tips
- Bambu Lab PETG is prone to stringing and clumping at the nozzle when it gets wet. The recommended drying conditions are 65°C for 8 hours in a filament dryer and 75°C for 10 hours on a printer’s heated bed.
- To achieve a glossy finish, set lower speeds and relatively high temperatures.
RFID for Smart Printing
All print parameters are embedded in the RFID tag, which can be read via the AMS (Automatic Material System). Just load and print! No more tedious adjustments.
Recommended Print Settings
Pre-print drying settings: 65 °C, 8 h
Printing and maintaining humidity in the container < 20% RH (sealed, with desiccant)
Nozzle temperature: 240–270 °C
Bed temperature (with PVP adhesive): 65–75 °C
Print speed: < 200 mm/s
Physical Properties
Density 1.25 g/cm³
Vicat softening temperature 78 °C
Heat distortion temperature 69 °C
Melting temperature 225 °C
Melt flow index 18.6 ± 2.2 g/10 min
Mechanical Properties
Tensile strength 48 ± 5 MPa
Elongation at break 11.2 ± 0.8 %
Modulus of elasticity 1790 ± 120 MPa
Flexural strength 81 ± 4 MPa
Impact strength 52.7 ± 2.4 kJ/m²
