Bambu Lab PLA Matte Lilac Pink 1.75mm Refill Filament
Bambu Lab PLA Matte in Lilac Pink delivers a distinctive, non-glossy finish, effectively minimizing visible layer lines for high-quality aesthetic prints. This 1.75mm refill filament is engineered for consistent, high-speed performance and seamlessly integrates with Bambu AMS for automated material recognition and parameter setup.
Features
- Achieves a smooth, fine-grained matte finish with significantly reduced layer visibility.
- Engineered for stable and consistent extrusion, supporting high-speed printing up to 270 mm/s.
- Features RFID for intelligent material recognition and automatic parameter loading with Bambu AMS.
- Provides reliable dimensional accuracy for diverse prototyping and functional part creation.
- Offers an elegant, non-reflective aesthetic suitable for visually appealing models and displays.
Out of stock
Bambu Lab PLA Matte 1.75mm Filament in Lilac Pink is a high-performance polylactic acid material formulated to provide exceptional aesthetic quality in 3D prints. Its unique composition results in a smooth, fine-grained matte surface that significantly reduces the visual prominence of layer lines, yielding models with a refined, premium appearance without the typical sheen of standard PLA. This filament is ideal for applications where visual appeal is paramount, such as decorative objects, architectural models, and display pieces.
Designed for optimal printability, Bambu PLA Matte ensures consistent extrusion across a range of speeds, including rapid printing up to 270 mm/s, minimizing the need for extensive tuning. For users of the Bambu AMS (Automatic Material System), the integrated RFID tag allows for intelligent material recognition, automatically loading recommended printing parameters and simplifying the load-and-print workflow. Maintaining an extruder temperature of 220 °C and a heated bed temperature of 35-45 °C is recommended for best adhesion and print quality. Proper drying at 50 °C for 8 hours before use is crucial to prevent moisture-related print defects and ensure optimal material flow.
The material exhibits a heat distortion temperature of 52 °C, making it suitable for indoor applications not subjected to high heat. With a tensile strength of 30 Mpa and elongation at break of 14.8%, it offers adequate mechanical properties for general-purpose prototyping and non-load-bearing functional parts. The filament’s consistent diameter and stable extrusion characteristics contribute to reliable dimensional accuracy, ensuring precise and repeatable results in various FDM 3D printing projects.
Additional Information
| Weight | 1.35 kg |
|---|---|
| Dimensions | 21 × 21 × 7 cm |
