High-Performance 3D Printing Materials
Celette - 3D Printing Services provides a curated selection of engineering-grade composites designated to bridge the gap between traditional polymers and high-performance materials. We focus exclusively on Fiber-reinforced thermoplastics, allowing engineers to achieve the mechanical properties of alloys with the design freedom of 3D printing.
Choose Your Material
PC-CF (Polycarbonate-Fiber)
Engineered for components that must absorb high-energy impacts without catastrophic failure. The addition of carbon fibers increases dimensional stability, making it superior to standard Polycarbonate for functional assemblies.
Industrial safety guards, structural housings, and high-load mechanical enclosures.
PA6-CF (Nylon Carbon Fiber)
A high-strength Nylon reinforced with carbon fiber, offering one of the highest strength-to-weight ratios in our catalog. It is the premier choice for moving parts where reducing inertia is critical to performance.
Aerospace brackets, drone frames, and high-velocity robotic components.
PETG-CF (PETG Carbon Fiber)
A carbon fiber-reinforced PETG engineered for strong mechanical performance, dimensional stability, and enhanced resistance to moisture and chemicals. It combines the toughness of PETG with the added rigidity of carbon fiber, making it ideal for durable functional parts in demanding environments.
Industrial tooling, functional prototypes, machine housings, and workshop fixtures.
PLA-CF (PLA Carbon Fiber)
A carbon fiber-reinforced PLA design to deliver increased stiffness, reduced warping, and an exceptionnaly clean matte surface finish. It offers excellent printability while producing rigid, aesthetically refined components with nearly invisbile layer lines.
Concept models, display prototypes, lightweight enclosures, and design-focused functional parts.
PPA-CF (High-Performance Polyamide Carbon Fiber)
Designed to replace die-cast aluminum. PPA-CF retains its extreme stiffness even when exposed to humidity and high temperatures, making it reliable structural substitute for metal brackets and heavy-duty gear systems.
Under-the-hood industrial applications and structural aluminium replacement.
PPS-CF (Polyphenylene Sylphide Carbon Fiber)
A semi-crystalline polymer designed for the most hostile environments. It is inherently flame-retardant and offers chemical resistance to solvents, acids, and fuels that is virtually unmatched in the 3D printing industry.
Chemical processing equipment, high-heat laboratory tools, oil and gas sub-assemblies.
Onyx (Micro-Carbon Fiber Nylon)
The flagship material for parts requiring high dimensional accuracy and a professional, matte-black finish. It provides a non-marring surface that is safe for contact with delicate equipment while remaining tough and vibration-dampening.
Human-machine interfaces, precision laboratory jigs, and high-end electronic housings.
What Materials are available?
Our current material range includes PC-CF, PA6-CF, PPA-CF, PPS-CF, PETG-CF, PLA-CF, Onyx. These materials are selected for functional and engineering applications where strength, stiffness, heat resistance, or lightweight performance may be required.
Can I request a Material Not listed on Your Website?
Yes. Contact our team with your material requirements and application details. We may be able to support special materials requests or evaluate new materials for specific projects.
How do I Choose the Right Material for my Part?
Material choice depends on the part’s function, load, temperature exposure, chemical exposure, surface requirements, and budget. If you are unsure, our team can recommend a suitable material based on your application.
Have you chosen your material?
Get your part professionally 3D printed with fast turnaround and high-quality results.