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Discover technical guides, case studies, expert articles, and real-world applications.

Whether you’re exploring CFIP or scaling its use, this is your hub for advanced manufacturing insights.

Reinforce3D is back at Formnext and stronger than ever

We’re back in Frankfurt. For the third consecutive year, we join the global additive manufacturing community at Formnext 2025, bringing with us new insights, growing industrial traction, and the next evolution of structural reinforcement solutions. 📍 Hall 12.0 | Stand

Beyond the prototype: reinforcement at industrial scale

At Reinforce3D, we’ve always focused on what comes after the prototype: real performance, scalable processes, and structural integrity designed from the inside out. Now, as Formnext 2025 approaches, we’re ready to show how far we’ve come — with the launch

Reinforce3D & Pantur: A new era for structural reinforcement

What if structural reinforcement didn’t require molds, layups, or compromises?In Spain, one advanced manufacturer is already proving it’s possible. Reinforce3D and Pantur marked a key milestone in the journey to bring structural reinforcement into real production workflows — presenting the

Reinforce3D debuts CFIP in Italy with Spring SRL at Fiera A&T Vicenza

From October 28 to 30, Vicenza became a key stop in the European expansion of structural fiber reinforcement. For the first time in Italy, Reinforce3D’s patented Continuous Fiber Injection Process (CFIP) was showcased live, thanks to the collaboration with our

Reinforce3D at Formnext 2025: scaling structural reinforcement

18th–21st November · Messe Frankfurt Hall 12.0 · Stand C121 Two years after our first appearance at Formnext, Reinforce3D returns in 2025 with more momentum, more industrial validation,and a stronger-than-ever commitment to transforming how structural reinforcement is applied in additive

Continuous, structural, and moldless: How CFIP redefines reinforcement technology

In advanced manufacturing, two qualities set the next generation of components apart: strength where it matters and design freedom without compromise. At Reinforce 3D, our Continuous Fiber Injection Process (CFIP) delivers both—thanks to its unique moldless process and true continuous,

Advanced composite cycling components reinforced with CFIP technology

In the quest for ever-lighter, stronger, and more bespoke cycling hardware, conventional carbon-layup methods—while proven—can be costly, labor-intensive, and geometrically limited. At Reinforce 3D, we’ve leveraged our Continuous Fiber Injection Process (CFIP) to bring composites into the cycling world, marrying

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY

Abstract: This whitepaper presents the development of a high-performance vertical take-off and landing (VTOL) drone using Continuous Fiber Injection Process (CFIP) technology. The integration of CFIP reinforcement in 3D-printed components enhances the structural integrity while maintaining a lightweight design. This

What makes Reinforce3D fiber unique among others? 

At Reinforce 3D, innovation is not only found in our process, but also in the materials that give strength and purpose to each component. Our patented Continuous Fiber Injection Process (CFIP) is built upon one essential element: our proprietary fiber,

Reinforce 3D at Advanced Factories 2025: shaping the future of industrial manufacturing

This past week, Reinforce 3D participated in Advanced Factories 2025, one of the most important events in Europe focused on industrial automation, robotics, and digital transformation in manufacturing. Held in Fira de Barcelona, the event brought together leading players in

CASE STUDIES

Explore how engineers across industries are using CFIP to solve structural, weight, and design challenges. Each story shows how fiber-reinforced parts replaced metal, improved performance, or enabled innovation.

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

This whitepaper presents the development of a high-performance vertical take-off and landing (VTOL) drone using Continuous Fiber Injection Process (CFIP) technology.

See more >>

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

This whitepaper presents the development of a high-performance vertical take-off and landing (VTOL) drone using

See more >

REDUCING WEIGHT AND COST OF SATELLITE STRUCTURES WITH CFIP 

Weight reduction is a crucial factor in thespace industry; the lighter a satellite is, theless it costs to send it into space.

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REDUCING WEIGHT AND COST OF SATELLITE STRUCTURES WITH CFIP 

REDUCING WEIGHT AND COST OF SATELLITE STRUCTURES WITH CFIP 

Weight reduction is a crucial factor in thespace industry; the lighter a satellite is, theless

See more >

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

This whitepaper presents the development of a high-performance vertical take-off and landing (VTOL) drone using Continuous Fiber Injection Process (CFIP) technology.

See more >>

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

DRONE VTOL REINFORCED WITH CFIP TECHNOLOGY 

This whitepaper presents the development of a high-performance vertical take-off and landing (VTOL) drone using

See more >

TECHNICAL ARTICLES

Our engineering team regularly publishes deep dives on fiber path optimization, material compatibility, and CFIP implementation best practices. Perfect for designers, process and application engineers, and innovators.

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