900MPa Strength|3 Printing Modes|Max 500mm/s Speed|300 Big Volume| Smarter Workflow|Affordable|Compact Design
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.
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.
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.
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.
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.
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.
| Technical Parameters | |
|---|---|
|
Product Model |
Fibre Seeker3 |
|
Fibre |
Composite Fiber Co-extrusion (CFC) |
|
Plastic |
Fused Filament Fabrication (FFF) |
|
Device Dimensions |
615 × 595 × 540 mm³ |
|
Device Weight |
32 kg |
|
Build Volume (W×D×H) |
300 × 300 × 245 mm³ |
|
Outer Frame |
Plastic and Glass |
|
Printing Accuracy |
±0.2 mm |
|
Minimum Layer Thickness |
50 μm |
|
Hotend |
All Metal |
|
Nozzle |
Hardened Steel |
|
Max FFF Nozzle Temperature |
350°C |
|
Max CFC Nozzle Temperature |
350°C |
|
FFF Nozzle Diameter |
0.4 mm |
|
CFC Nozzle Diameter |
0.7 mm |
|
Fibre Cutter |
Built-in |
|
FFF Filament Diameter |
1.75 mm |
|
Active Chamber Heating |
Supported |
|
Max Temperature |
65°C |
|
Supported Build Plate Type |
Flexible High-Temperature Base |
|
Max Heatbed Temperature |
110°C |
|
Bed-Leveling |
Fully Automatic Leveling |
|
FFF Plastic |
Back Hangers |
|
CFC Fibre |
Embedded Chamber |
|
Max FFF Speed |
500 mm/s |
|
Part Cooling Fan |
Closed Loop Control |
|
Cooling Fan for Hotend |
Closed Loop Control |
|
Main Control Board Fan |
Closed Loop Control |
|
FFF Plastic |
PLA, PETG, PC, PA, PACF, PETGF |
|
CFC Fibre |
X-CCF, X-CGF |
|
Composite Tensile Strength |
Up to 900 MPa |
|
Voltage |
100–120 VAC / 200–240 VAC, 50/60 Hz |
|
Maximum Power |
1350 W |
|
Control Screen |
5-inch Touchscreen |
|
Control Interface |
Touchscreen & PC App |
|
Live View Camera |
Built-in; 1280×720 |
|
Plastic Breakage Sensor |
Supported |
|
Fiber Breakage Sensor |
Supported |
|
Fiber Clogging Sensor |
Supported |
|
Slicer |
FibreSeek Aura (FFF+CFC) |
|
Operating System |
Windows, Mac |
