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Continuous fibre 3D printing on a desktop footprint
The FibreSeeker 3 is one of the first desktop 3D printers to co-extrude continuous carbon fibre and glass fibre alongside standard filament. Where most "carbon fibre" printers just mix chopped fibre particles into a filament, the FibreSeeker 3 lays down an unbroken fibre strand exactly where a part needs to resist load. According to the official X-CCF material technical data sheet , this results in tensile strength up to 883 MPa (PLA+X-CCF) or 859 MPa (PETG+X-CCF), comparable to aluminium at a fraction of the weight. An independent tensile test by Hochschule Darmstadt confirms this PETG-CFC material withstands significantly more load than both standard PLA and competing chopped-fibre composites such as Onyx Carbon Fiber Fill and Fiberon PA6 CF20.
A dual-nozzle system pairs a 0.4 mm FFF nozzle for standard engineering filaments with a 0.7 mm CFC nozzle and built-in fibre cutter for reinforcement. Three print modes give full control over the balance between speed and strength, per part or even within a single print.
Why choose the FibreSeeker 3?
883 MPa tensile strength
Replace machined aluminium parts with printed composites.
Independently tested strength
Highest breaking force of all materials tested in the Hochschule Darmstadt report.
High Speed, High Strength and Hyper Strength, switch within one job.
Fast prototypes without sacrificing precision.
300 x 300 x 245 mm build volume
Room for larger functional parts in a single piece.
Automatic bed levelling
Consistent first layers without manual calibration.
Specificaties
Specificaties
| Merk | FibreSeek |
| Technologie | FDM |
Een printer is een traject, geen doos.
Wij leveren elke machine met installatie, de eerste materiaalprofielen en een training voor het team. Daarna is er één servicedesk, met onderdelen op voorraad.
- Locatiecheck en installatie
- Training in Best, Apeldoorn of op locatie
- Onderhoud en support met gegarandeerde reparatietijd
- Leasing via onze partner DLL
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