Fiberlogy PLA CF

The PLA+CF filament from Fiberlogy is an advanced solution for those seeking to print functional and resistant parts without technical complications using reinforced filaments. This filament for 3D printing, reinforced with 10% carbon fiber, combines the ease of use of PLA with the improved mechanical properties required for the manufacturing of high-performance components. Its formula is designed to offer greater structural rigidity, high mechanical resistance, and outstanding dimensional stability, key factors in sectors such as model making, the production of functional prototypes, or the manufacturing of customized mechanical parts.

Thanks to its low shrinkage and excellent layer adhesion, the PLA with carbon fiber allows for the reproduction of complex details with great precision, even in large prints. Furthermore, its characteristic matte finish gives the parts a professional appearance, effectively hiding layer lines and elevating the final result to a superior level. These characteristics position it as an ideal material for 3D printing of spare parts, technical structures, customized sports accessories, and casings for electronic devices.

Despite its reinforced composition, Fiberlogy's PLA+CF is compatible with most FDM 3D printers that have wear-resistant nozzles, recommended due to the abrasive nature of carbon fibers. This combination of technical performance and ease of use makes this filament a perfect alternative to more demanding materials such as carbon fiber nylon, especially in projects where efficiency, precision, and aesthetics are a priority.

In the current context of industrial design, functional engineering, and rapid prototyping, the PLA+CF filament represents one of the most versatile options within the catalog of technical filaments. Compatible with high-speed 3D printing, its performance is optimized for users who require professional results without sacrificing control over the process or investing in more complex materials.

Photo 1: Fiberlogy's PLA+CF is compatible with most FDM 3D printers. Source: Fiberlogy