PLA-CF Burgundy Red (14200) / Filament with spool

PLA-CF Burgundy Red (14200) / Thread with roll

Product features

• Carbon fiber texture and reduced layer lines


• Improved mechanical properties


• Stabilized printing dimension


• Includes a main reusable roll


• Diameter: 1.75mm +/- 0.03mm

Usage precautions

• 0.2mm nozzle NO compatible


• Stainless steel nozzle NO recommended


• All AMS series models are compatible


• Dry before use to achieve the highest print quality

Bamboo PLA-CF

Bambu PLA-CF offers excellent mechanical properties, while maintaining the printability of regular PLA with low risk of clogging. Its enhanced stiffness and strength allow it to be used for printing load-bearing components. As one of the best layer line maskers, it produces stunning prints with extremely smooth surfaces.

Stiff enough to withstand bending

With a stiffness of 3950 MPa, Bambu PLA-CF surpasses decorative printing. Its high strength and stiffness make it an ideal choice for functional and load-bearing components that resist bending.

* For best results, please orient your model in the direction of load bearing to avoid applying force in the direction of the layers. The XY axis offers better rigidity for load bearing components.

High precision for assembly parts

With low shrinkage and excellent warp resistance, PLA-CF maintains its shape and dimensions to match your design. Whether you're enlarging parts or creating components for assembly, you can count on consistent accuracy—what you measure is what you get.

The ultimate choice for smooth surfaces

Tired of layer lines in your prints? Try PLA-CF! The addition of carbon fiber effectively masks layer lines, creating a smooth, refined surface. Depending on your model design, PLA-CF can beautifully replicate textures such as fabric, matte surfaces, or even clay.

RFID for smart printing

All printing parameters are recorded on RFID, which can be read via our AMS (Automatic Materials System).

Upload and print! No tedious setup steps.

Accessory compatibility