Uploaded October 2025 | Updated September 2026, 2 weeks ago
To Purchase - fibreseeker-3.kckb.me/9b401f1a
Correction! For a spool of for 500m carbon fiber it is only $49". I accidently said 50m.
Accessible price: The printer is being offered at an introductory price of around $2,699 on Kickstarter, making industrial-level composite printing accessible to the consumer market.
@Fibreseek3D
FibreSeek 3 is a new desktop 3D printer that uses continuous fiber co-extrusion (CFC) to create parts with a strength comparable to aerospace-grade aluminum. The machine is designed by FibreSeek, a company founded by the core team behind the industrial continuous fiber 3D printing company Anisoprint
Key features
Dual nozzles: One nozzle prints a thermoplastic base material (like PLA, PETG, or nylon), while the other lays down the continuous fiber reinforcement.
High strength: It can achieve a tensile strength of up to 900 MPa, which is more than twice as strong as 6061 aluminum alloy.
Multiple modes: Users can choose from three printing modes to balance speed, cost, and strength.
High-Speed Mode (Green): Prints with polymer filament only, for rapid prototyping.
High-Strength Mode (Orange): Fuses plastic with continuous fiber for a balance of cost and durability.
Hyper-Strength Mode (Purple): Uses a higher ratio of continuous fiber for maximum strength.
Automated features: The printer includes automated calibration and "one-click" slicing software (FibreSeek Aura) to simplify the workflow.
Affordable consumables: FibreSeek has emphasized making its continuous fiber material affordable, with spools of carbon fiber priced around $49.
Target market
The FibreSeek 3 is aimed at a wide range of users, including:
Makers and hobbyists who want to create functional, high-performance parts.
Engineers for prototyping and creating end-use parts.
Educators for demonstrating advanced manufacturing techniques.
Small businesses for low-cost, in-house production of composite parts
Disclaimer - This is an instructional video only - I assume no responsibility if you do not become a pro after watching this video. This video is for learning purposes only, you are following the steps in this video at your own risk!
facebook.com/tripodsgarage
twitter.com/tripodsgarage
instagram.com/tripodsgarage
Thanks for watching - Please Like and Subscribe!
To Purchase - fibreseeker-3.kckb.me/9b401f1a
Correction! For a spool of for 500m carbon fiber it is only $49". I accidently said 50m.
Accessible price: The printer is being offered at an introductory price of around $2,699 on Kickstarter, making industrial-level composite printing accessible to the consumer market.
@Fibreseek3D
FibreSeek 3 is a new desktop 3D printer that uses continuous fiber co-extrusion (CFC) to create parts with a strength comparable to aerospace-grade aluminum. The machine is designed by FibreSeek, a company founded by the core team behind the industrial continuous fiber 3D printing company Anisoprint
Key features
Dual nozzles: One nozzle prints a thermoplastic base material (like PLA, PETG, or nylon), while the other lays down the continuous fiber reinforcement.
High strength: It can achieve a tensile strength of up to 900 MPa, which is more than twice as strong as 6061 aluminum alloy.
Multiple modes: Users can choose from three printing modes to balance speed, cost, and strength.
High-Speed Mode (Green): Prints with polymer filament only, for rapid prototyping.
High-Strength Mode (Orange): Fuses plastic with continuous fiber for a balance of cost and durability.
Hyper-Strength Mode (Purple): Uses a higher ratio of continuous fiber for maximum strength.
Automated features: The printer includes automated calibration and "one-click" slicing software (FibreSeek Aura) to simplify the workflow.
Affordable consumables: FibreSeek has emphasized making its continuous fiber material affordable, with spools of carbon fiber priced around $49.
Target market
The FibreSeek 3 is aimed at a wide range of users, including:
Makers and hobbyists who want to create functional, high-performance parts.
Engineers for prototyping and creating end-use parts.
Educators for demonstrating advanced manufacturing techniques.
Small businesses for low-cost, in-house production of composite parts
Disclaimer - This is an instructional video only - I assume no responsibility if you do not become a pro after watching this video. This video is for learning purposes only, you are following the steps in this video at your own risk!
facebook.com/tripodsgarage
twitter.com/tripodsgarage
instagram.com/tripodsgarage
Thanks for watching - Please Like and Subscribe!
