Applications
Unlocking Performance Across Industries
Aerospace & Defense
Aerospace and defense applications demand parts that perform under pressure—thermal, structural, and operational.
Our technology produces lightweight, high-strength composite structures with precision fiber steering and rapid cure, enabling faster design cycles and reduced lead times. From military aircraft to space vehicles, CF3D® delivers the structural performance, dimensional stability, and material efficiency these industries require.
Unmanned Aerial Vehicles
Unmanned aircraft require lightweight, high-strength structures to maximize endurance and performance. CF3D is ideal for printing wing structures, spars, and other flight-critical components with optimized strength-to-weight ratios.
By reducing airframe weight and enabling complex geometries, CF3D enhances aerodynamic efficiency, increases payload capacity, and extends mission range—making it a powerful solution for the next generation of UAVs.
Hypersonics
Hypersonic systems push materials to their limits—demanding low thermal expansion, high strength, and minimal weight under extreme conditions. CF3D produces continuous fiber-reinforced parts engineered to perform in these environments.
Ideal for thermal protection structures and aerodynamic surfaces, CF3D enables complex geometries that hold shape at high velocity and temperature. The result: lighter systems, faster development cycles, and mission-ready performance for next-gen hypersonic flight.
High-Temperature
CF3D enables the production of continuous fiber composite parts engineered for extreme thermal environments. With custom-formulated high-Tg resins and tightly controlled fiber architectures, our parts maintain mechanical performance under sustained heat loads. Ideal for thermal protection systems, satellite components, and high-speed aerospace structures.
