Additive manufacturing with carbon fibers improves sports equipment

The use of 3D printing in the manufacture of sports equipment is becoming increasingly important. The companies Reinforce 3D and Bauer Hockey have announced a strategic partnership to further develop additive manufacturing with continuous carbon fiber injection (CFIP). The aim of the collaboration is to improve the strength and lightness of sports equipment without compromising its structural integrity.

CFIP technology makes it possible to inject carbon fibres directly into printed components and thus optimize their mechanical properties in a targeted manner. Compared to conventional 3D printing processes, which usually use short-fiber-reinforced composite materials, continuous carbon fiber injection results in higher resilience and an improved strength-to-weight ratio. These properties are particularly important for high-performance sports, where both durability and light weight are crucial.

“Our mission at Reinforce 3D has always been to take any part to a new level of superior performance. Partnering with Bauer Hockey, LLC, a leading brand in the world of sports, allows us to demonstrate the true potential of our CFIP technology and 360° solution in high-performance applications,” said Reinforce 3D CEO, Blanca Garro.

Bauer Director Advanced Product Development, Mathieu Ducharme, said: “Bauer has always been at the forefront of innovation in sports equipment. This partnership with Reinforce 3D will allow us to continue to offer cutting-edge products that optimize athlete performance and safety.”

The first CFIP-optimized products are set to come onto the market in the coming months. The technology could not only increase the durability of protective equipment, but also open up new design possibilities in 3D printing. The combination of additive manufacturing and high-performance materials will set new standards in the production of sports equipment in the future.