Maximum strength and stiffness for demanding engineering applications. Lightweight, rigid, professional.
Carbon fiber reinforced filament contains chopped carbon fibers embedded in a base polymer (typically PLA or PETG). These fibers dramatically increase the stiffness and strength of printed parts while reducing weight compared to solid infill alternatives.
The result is parts that look and perform professionally: a distinctive matte black finish, minimal flex under load, and excellent dimensional stability. For engineering applications where rigidity matters, carbon fiber is the material of choice.
Stiff mounting solutions with minimal deflection under load. Camera mounts, sensor brackets, equipment holders.
Jigs and fixtures that need to maintain accuracy. Low thermal expansion, consistent dimensions.
Arms, frames, and mounts where strength-to-weight ratio is critical. Lightweight and strong.
End effectors, linkages, and structural elements. Rigidity with low mass for fast movement.
Production fixtures, alignment tools, quality inspection jigs. Professional appearance and performance.
Rigs, mounts, and accessories. Stiff, lightweight, and professional-looking.
Carbon fibers wear standard brass nozzles quickly. We use hardened steel nozzles designed for abrasive materials.
Slightly lower layer adhesion than non-filled materials. We orient parts appropriately for maximum strength in the load direction.
Higher stiffness means less flex before failure. For impact loads or flexibility needs, consider PETG instead.
Carbon fiber filament is typically only available in black/dark gray due to the carbon content.
No. We use chopped carbon fiber reinforced filament, where short fibers are embedded in the plastic. Continuous carbon fiber (like Markforged) is a different, more expensive technology. Our chopped fiber approach is more affordable while still providing significant strength improvements.
Carbon fiber 3D prints are significantly lighter than metal but don't match metal's absolute strength. They're ideal for applications where high stiffness and low weight matter more than ultimate tensile strength. For critical load-bearing applications, consult with us about material suitability.
The carbon content makes the material naturally dark. It's typically available only in black or dark gray with a characteristic matte finish.
Yes, it's a premium material. Expect 50-100% higher cost than standard PLA due to material cost and the specialized nozzles required. Worth it for applications that need the performance.
We typically use carbon fiber reinforced PLA for best print quality. Carbon-PETG is also available for applications needing more heat and chemical resistance.
Get a quote for carbon fiber reinforced printing. We'll advise on whether it's the right choice for your application.