FibreSeek was crowdfunding the FibreSeeker 3 in December 2025, offering a desktop 3D printer designed to reinforce thermoplastic parts with continuous carbon or glass fibers. New Atlas and 3DPrint.com reported early-backer pricing starting at US$2,699, below the prices they cited for professional continuous-fiber systems.
New Atlas identified FibreSeek as Hong Kong-based and reported an expected retail price of around US$5,000. The publication said industrial printers supporting continuous fibers can cost upward of US$15,000.
Dual nozzles for plastic and composite printing
FibreSeek lists a build volume of 300 × 300 × 245 mm and a dual-nozzle system for conventional thermoplastic printing and composite fiber co-extrusion, or CFC. The composite process combines continuous fibers with a plastic binding material, rather than relying on short, chopped fibers mixed into filament.
The company describes three operating modes. High-Speed mode uses only the fused filament fabrication, or FFF, nozzle, with an advertised maximum speed of 500 mm/s. High-Strength mode uses both nozzles to combine plastic with continuous-fiber reinforcement. Hyper-Strength mode uses only the CFC nozzle to produce composites with a higher fiber proportion; the material still includes a binding matrix.
New Atlas reports that the 0.7-mm CFC nozzle reaches 350 °C (662 °F). Published specifications also list a 5-inch color touchscreen, automatic bed leveling and calibration, and a camera for monitoring prints.
FibreSeek’s Aura slicing software plans fiber placement within a part. According to New Atlas, the printer runs open-source Klipper firmware alongside the company’s proprietary slicing software.
Strength claims and demonstration results
FibreSeek advertises tensile strength of up to 900 MPa for its continuous-fiber output. The published specifications do not establish that performance across different part designs or substantiate a general claim that printed components can replace aluminum parts.
New Atlas also describes a hook comparison from a review by YouTuber YGK3D. According to its account, a plastic hook printed on the FibreSeeker 3 supported 145 lb (65 kg), while a carbon-fiber hook reached 235 lb (106.5 kg) before breaking. The report does not establish the plastic hook’s failure load. These results concern the demonstrated hooks, rather than a general load rating for the printer’s output.
Campaign pricing and conflicting shipping forecasts
New Atlas reported that the campaign offered 500-m (1,640-ft) spools of carbon fiber filament for US$39 each. It also said the campaign had exceeded its funding goal and attracted more than 1,000 backers.
FibreSeek said its team included veterans of the 3D-printing industry and that it had in-house production lines to manufacture the printer. New Atlas nevertheless described the campaign as apparently the company’s first crowdfunding project. Delivery timing and final specifications remained subject to the uncertainties of crowdfunding.
The reported shipping forecasts differed. New Atlas listed planned worldwide shipments in January 2026, while Fabscene reported February 2026. The reports do not establish whether one timetable superseded the other, so neither month can be treated as a settled delivery date.
According to New Atlas, FibreSeek said pledge tiers included delivery costs, VAT and customs duties.