fibreseeker 3 new arrival

Super Early Bird starts at $2,699 (~~MSRP $4,999~~)

Pledge Now

Super Early Bird starts at $2,699 (MSRP $4,999)

Pledge Now

No Real Breakthrough
Fragile. Weak. Functionless. What you’re
printing aren’t’ real parts — they are trinkets.
Stuck at "Toy-Level"
Personal manufacturing toy making.
Need a real, functional part? Traditional
desktop printers simply can’t deliver.
High-End Machines Out of Reach
The only way to get metal-grade strength?
Paying tens of thousands for pro equipment
and overpriced materials

Stuck at “Toy-Level”

Personal manufacturing ≠ toy making

You spend hours designing, only to watch your prints snap the moment they’re put to the test. Need a real, functional part? Traditional desktop printers simply can’t deliver.

High-End Machines Out of Reach

The only way to get metal-grade strength? Paying tens of thousands for pro equipment and overpriced materials

Not Just Printing. Evolving.

From Toys to End - Use Parts For Families.

So what is real personal manufacturing?

It is to make something that:

So Strong, So Light.

Strong, Durable, End-Use Parts

For Makers & DIY Enthusiasts | Startups & Studios | Aerospace, Auto, Robotics Engineers

From Prototype to Functional Parts

Same Strength. 1/10 the Cost.

What was once reserved for aerospace labs is now on your desk.

Cost-Effective Continuous Carbon Fibre

Self-developed carbon fibre filament with superior performance and strength — costs 70% less than others.

Stronger Than Metal. Lighter Than Metal.

FibreSeeker 3 Game-Changing Tensile Strength

With FibreSeeker 3’s dual-nozzle CFC technology, you can reinforce parts with continuous carbon fibre, achieving up to 900 MPa strength—strong enough to rival aerospace-grade components. Now, instead of trinkets, you can create real, end-use parts that are lighter, tougher, and built to last.

Dual-Nozzle 3D Printing — Plastic Meets True Fibre

Forget partial upgrades. Forget half-solved compromises. 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. The result? Lightweight, incredibly robust composite parts that don’t just imitate industrial composites — they rival them.

Precision-Engineered Strength: Only Where It Counts

Uniform infill? Trading strength for weight? FibreSeeker 3’s adaptive lattice technology intelligently reinforces your parts where stress is highest—and reduces material where it’s not. The result? Components that are both remarkably light and exceptionally tough, engineered for maximum impact resistance and minimal waste. Stop building heavily. Start designing smart.

Composite Lattice Infill VS Normal FFF Printouts

*Composite 30% lattice infill

From Anisoprint to Fibreseek, Why a Radical Self-Revolution?

FibreSeek was born from the core team behind Anisoprint — pioneers of continuous fibre 3D printing. What began as a breakthrough in aerospace-grade composites has now evolved into a stronger, global team: engineers, scientists, and innovators joining forces to bring this technology to a wider audience.

With a vision of transforming how composites can be made, Anisoprint was founded in 2015 by a group of space engineers and scientists. Based on our core invention of Composite Fibre Co-extrusion (CFC) technology, we became one of the earliest company that bring continuous fiber technology to the commercial world. And we had the privilege to help leaders from the aerospace and automotive industries to solve the......

Endorsed By

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
High Strength Mode
Hyper Strength Mode

Wide Selection of Materials

PLA | PETG | PA | PACF | PC | ABS | Fiberglass | Carbon Fibre | and more...

Super Early Bird starts at $2,699 (MSRP $4,999)

Pledge Now

Large Build Volume – 300 x 300 x 245mm

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

The Magic of CFC Technology , How It Work

Genuine Multi-Material Integration

- Supports printing plastic and continuous fibre within a single part → combining lightweight design with superior strength

- Ordinary “carbon fibre filaments” cannot achieve this kind of structural differentiation.

True Continuous Carbon Fibre, Not Short-Fibre Fillers

- Other desktop printers’ so-called “carbon fibre filaments” are actually just plastics mixed with chopped fibres → essentially still plastic.

- FibreSeeker3 uses Composite Fibre Co-Extrusion (CFC) technology, embedding entire bundles of long fibres directly into the printed part to truly achieve aerospace-grade composite strength.

Aura Slicer Suite: Zero-Click Precision

Seamlessly transform designs into production-ready fibre composites

Intelligent Processing
Import STL/STEP files → Auto-optimize
with preset templates (print mode,
crystal infill, density)
Visualized Perfection
Preview G-code toolpaths & material
distribution in virtual print runs
Global Expertise On-Demand
Direct access to Aura support engineers
via Aura/Web portal for real-time
troubleshooting

Smart & Easy to Use

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.

How We Stand Out?

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