First Consumer Continuous Fibre 3D Printer

A 3D printed part… holding up a car?

Sounds crazy—but that's the power of FibreSeeker 3. With up to 900MPa tensile strength, this is not just printing. It's evolution.

Strong, Durable, End-Use Parts

Meet FibreSeeker 3 at Formnext 2025

Reviews Are In

FibreSeeker 3 Factory Tour

CFC Is Changing How The World Builds

FibreSeeker 3 uses Composite Fibre Coextrusion (CFC) technology to coextrude continuous carbon fiber directly into printed parts — delivering components with CNC-level strength at a fraction of the cost and time.Say goodbye to expensive setup fees, molds, and minimum order quantities — print high-strength functional parts on demand, right from your desk.

From prototype to production, FibreSeeker 3 transforms costly CNC components into high-performance carbon-fiber parts.

From Idea to Finished Product, Just One Click.

With the dedicated Aura software, you can achieve one-click material mixing and one-click slicing.

The Magic of CFC Technology, How It Works

Composite Fibre Coextrusion (CFC) is a proprietary 3D printing technology that embeds continuous fibre strands into melted thermoplastic during extrusion. Unlike chopped fibre or filled filaments, CFC places full-length fibres precisely where strength is needed — layer by layer.

Dual-Nozzle 3D Printing—— CFC +FFF

With a dual-extruder system: one for plastic filament, one for co-extruding continuous fibre and polymer, it supports up to three materials in a single print, enabling strong, precisely reinforced composite parts.

The Optimal Structure of Composites

FibreSeeker 3’s lattice infill makes parts stronger where it matters, and lighter where it doesn’t. Perfect for impact absorption, durability, and saving material costs.

FibreSeek's Real Continuous Carbon Fibre

Up to 10× More Affordable – Without Sacrificing Performance Print Stronger. Pay Less.

Self-developed carbon fibre filament with superior performance and strength — at a fraction of the market price. Ideal for parts in aerospace, automotive, and manufacturing. It reduces weight without sacrificing strength.

Wide Selection of Materials

With a dual-extrusion system, FibreSeeker 3 not only works with carbon fibre materials, but also supports a wide range of other materials such as PLA, PETG, PA, PACF, PC, ABS, Fiberglass, Carbon Fibre, and more.

900MPa Tensile Strength

2 Times the Strength of Aluminum, 1/2 of the Weight

When you need functional parts, compromise isn’t an option. FibreSeeker 3 achieves up to 900 MPa tensile strength, allowing you to create end-use components that rival aerospace-grade aluminum—yet weigh a fraction of the same part. From heavy-duty jigs to mission-critical brackets, your prints can now go beyond the workbench into the real world.

Move Faster. Print Bigger.

Why choose between speed and size? FibreSeeker 3 pushes up to 500 mm/s, while its large build volume lets you produce big parts.

Max Speed 500mm/s(FFF nozzle)

Accelerate your workflow with 500mm/s （FFF nozzle）print speeds — delivering 10X faster throughput than industry benchmarks, enabling same-day functional prototyping and on-demand batch production.

Large Build Volume – 300 x 300 x 245mm

ith industrial-scale build size. Allows users to create larger prototypes and structural parts without splitting into smaller pieces.

One Machine. Three Modes. Infinite Possibilities

FibreSeeker 3 features three distinct printing modes, each indicated by a colored light—green, orange, or purple—so you always know exactly how it's working at a glance.

High Speed Mode: The FFF nozzle operates independently, delivering higher speed and precision—Perfectly fits standard 3D printing applications.

High Strength Mode: The CFC + FFF dual-nozzle system works simultaneously, adding a “carbon-fiber skeleton” to your prints. You can adjust the material ratio to balance strength and weight while also managing costs.

Hyper Strength Mode: The CFC nozzle operates independently, harnessing cutting-edge technology to produce parts with tensile strength reaching up to 900 MPa.

Intelligent Fibre Path Planning, Easy Operation

Aura Slicer Suite: Zero-Click Precision

Our custom slicer analyzes each part’s load distribution, fiber path, and material usage—then generates an optimized toolpath for maximum performance with minimal waste.

Preview prints in detail, customize support structures with blockers and enforcers, and define fiber placement zones with Mask tools. Enjoy flexible parameter tuning, open-format G-code export, and support for STL, STEP, OBJ, and more.

Make It Easy to Print at Home

AI Camera Monitoring

The built-in HD camera continuously monitors your prints, enabling real-time tracking and smarter failure detection.

Active Vibration Compensation

Real-time motion correction algorithms neutralize high-frequency vibrations, maintaining ±0.05mm dimensional accuracy at 500mm/s print speeds for production-grade outputs.

5" Smart Touchscreen Control

FibreSeeker 3 comes with a 5-inch full-color touchscreen. Stay in control with a vivid HD touchscreen. Track every detail (temperature, speed, progress) in real time, save and reuse settings instantly, and upgrade the firmware with one tap—making every print smoother, smarter, and simpler.

Auto-Levelling&Calibration

Forget manual tweaks. With Auto-Levelling & Smart Calibration, your printer prepares itself in seconds—ensuring flawless adhesion, consistent layers, and smooth surfaces from the very first print.

Filament Runout Detection

With Filament Runout Detection, FibreSeeker 3 automatically pauses when materials run low, letting you reload and resume—so every print finishes exactly as planned.

For Studios. For Makers. For Families.

Whether you're a home hobbyist, a workshop builder, or a startup innovator, FibreSeeker 3 gives you industrial-grade printing right from your desktop.

Watch FibreSeeker 3 in Action

How We Stand Out?

FFF 3D printed part is too weak to solve the problem, while metal is too difficult to process. Continuous fibre is a novel solution to achieve strength and flexibility at the same time.

What's In The Box