MANUFACTURING
MANUFACTURING
MANUFACTURING
MMC-ON deals with development and manufacturing studies of components through additive manufacturing in polymers reinforced with carbon fiber. The additive manufacturing system uses classic FFC technology coupled with co-extrusion of composite fibers, resulting in polymeric parts reinforced with continuous fibers. These orthotropic parts have unique mechanical properties, which allow real applications to be extended to levels of stress that are prohibited for polymeric parts obtained by 3D printing. Even though the strength-to-weight ratio falls short of that of CFRP components manufactured by lamination, this technology exhibits versatility beyond the reach of conventional manufacturing methods.
Highlights
Continuous carbon fiber reinforcement
This 3D printing technique produces continuous carbon fiber reinforced plastic parts. Reinforcements are strategically placed for optimized in-service behavior.
Improved strength and durability
Resistencia mecánica y durabilidad mejorada respecto a las piezas fabricadas mediante impresión 3D en plástico y plástico reforzado con trozos de fibra.
Versatility of polymeric materials
Additive manufacturing of polymeric parts made of different materials: ABS, PA, PC, PETG, PLA, TPU.
Alternative to aluminum components
Alternative to aluminum parts manufactured by conventional techniques. For certain applications the strength-to-weight ratio of aluminum is improved.
Topological optimization
Customized studies and topological optimization of orthotropic materials and components.
Full development of the component
Full development of the polymeric component reinforced with carbon fiber: simulation, manufacturing and mechanical characterization.