Epoxy Matrix Continuous Carbon Fiber 3D Printing

In the Phase II project proposed, Raven 3D will continue developing the Phase I desktop 3D printer prototype to provide on-demand fabrication of thermoset parts like gaskets, O-rings, and aircraft ducting for the Air Force. Additionally, a multi-axis Phase II prototype will be developed to 3D print epoxy matrix continuous carbon fiber parts for extremely high strength, lightweight, and durable parts production. The FiberQuill technology is capable of in-situ curing genuine thermoset materials to enable large-scale 3D printing of complex polymer parts with considerably higher performance than traditionally 3D printed thermoplastics and photopolymers. Raven 3D will utilize its key partnerships and experienced research team to leverage our cutting-edge technologies to greatly improve the proof of concept prototype that was developed in Phase I for immediate AF use and develop a groundbreaking multi-axis thermoset 3D printing technology. The Phase II work will result in small and large-scale 3D printing of high-performance thermoset polymer parts, with unprecedented resistance to heat, chemicals, and light for several Air Force applications.