The Continuous Fibre Injection Process (CFIP) is the first technology based on reinforcing the part after the Additive Manufacturing (AM) process instead of during it. It consists on injecting the continuous fibres simultaneously with liquid resin inside tubular cavities in the part. After this, the part is cured so that the resin, once solidified, finally acts as a mechanical interface between the fibers and the rest of the part. This breakthrough approach provides the following disruptive advantages:

• Fibre trajectories

It allows to place the fibers in all directions following complex trajectories (also between printing layers).

• Materials

It can reinforce parts made by any existing AM technology and material, including plastics, metals and ceramics.

• Integral joining

It enables to integrally join different parts with fiber continuity between them, achieving an ultrahigh joining performance.

• Large structures

It allows the efficient manufacturing of large, multi-material and multi-process structures.

The first ever machine able to perform the Continuous Fiber Injection Process (CFIP) automatically, enabling the additive manufacturing with ultra-high performance materials at industrial scale.

With the patented CFIP technology at the core of its creation, the machine is a dedicated solution for part reinforcement down to the last detail.

CFIP is the first post-process technology able to drastically improve the mechanical and lightweighting performance of 3D printed parts by reinforcing them with continuous fibers such as carbon fibers. It is based on injecting the continuous fibers simultaneously with liquid resin inside tubular cavities within the part. When the part is cured, the solidified resin works as a mechanical interface between the fibers and the rest of the part.

Our fiber storage system is designed for maintaining fibers in an optimal, clean environment to ensure maximum performance and longevity.

The system accommodates up to three fiber bobbins at once, offering flexibility for various project requirements. Compatible with a wide range of fiber types including: carbon, aramid, glass, and others.

It provides the versatility needed for different applications and material properties.