At 3D Printing Canada, we are proud to be the official FibreSeek Diamond Partner in Canada, bringing next-generation composite 3D printing technology to Canadian manufacturers, engineers, educators, and innovators.
The FibreSeeker 3 represents a major shift in how carbon fiber (CF) and glass fiber (GF) reinforced parts are designed, prototyped, and produced. By making continuous fiber reinforcement accessible in a desktop-format system, FibreSeek is opening composite manufacturing to a much wider audience than ever before.
View the FibreSeeker 3 product page
What Is Composite 3D Printing?
Composite 3D printing combines traditional thermoplastics with continuous reinforcement fibers to dramatically improve mechanical properties. Unlike chopped or filled filaments, continuous fibers are laid strategically inside the part during printing, resulting in significantly higher strength, stiffness, and load resistance.
With composite printing, users can produce parts that are:
- Stronger and stiffer than standard FDM plastics
- Lighter than machined metal components
- Suitable for functional, end-use applications
- Optimized for directional strength where it matters most
This makes composite 3D printing ideal for tooling, fixtures, robotics, automation, and structural components where performance matters.
Introducing the FibreSeeker 3
The FibreSeeker 3 is designed as a personal continuous fiber 3D printer—bringing capabilities previously reserved for large industrial systems into a more compact, approachable platform.
Using advanced Composite Fibre Co-extrusion (CFC) technology, the FibreSeeker 3 prints standard thermoplastics while embedding continuous carbon fiber or glass fiber directly into the part during the printing process.
This approach allows users to control where reinforcement is placed, optimizing strength exactly where it is needed rather than overbuilding entire parts.
How Composite Fibre Co-Extrusion (CFC) Works
Composite Fibre Co-extrusion is the core technology behind the FibreSeeker 3. Instead of relying on pre-mixed or chopped fibers, CFC feeds continuous fiber into the print nozzle alongside the base polymer.
This results in:
- Superior strength-to-weight ratios
- Improved stiffness and rigidity
- More predictable mechanical performance
- Reduced material waste compared to overbuilt designs
Watch how FibreSeek’s CFC technology works in practice:
Carbon Fiber and Glass Fiber Reinforcement
The FibreSeeker 3 supports both carbon fiber and glass fiber reinforcement, allowing users to tailor parts based on performance and cost requirements.
- Carbon fiber offers exceptional stiffness and strength-to-weight performance, ideal for high-load and lightweight applications.
- Glass fiber provides excellent durability and impact resistance at a lower material cost, making it ideal for production tooling and fixtures.
This flexibility allows businesses to choose the right reinforcement for each application rather than being locked into a single material strategy.
Designed for Accessibility and Real-World Use
One of the key goals behind the FibreSeeker 3 is accessibility. According to FibreSeek’s launch vision, continuous fiber printing should not be limited to large enterprises with massive budgets.
The FibreSeeker 3 was engineered to be:
- Compact enough for workshops, labs, and offices
- Powerful enough for functional composite parts
- Approachable for engineers, makers, and educators
- Flexible for prototyping and small-batch production
This balance of performance and accessibility makes it particularly attractive for Canadian organizations looking to bring composite manufacturing in-house without unnecessary complexity.
Applications for FibreSeeker 3
With continuous fiber reinforcement, FibreSeeker 3 enables a wide range of functional applications:
- Jigs, fixtures, and production tooling
- Structural brackets and load-bearing components
- Robotics and automation parts
- Automotive and motorsport components
- Drones, aerospace prototypes, and lightweight assemblies
For many users, composite printing can reduce or eliminate the need for outsourced machining, shortening development cycles and lowering overall costs.
Inside FibreSeek: Factory Tour
FibreSeek’s focus on engineering, quality, and innovation can be seen inside their production facility. The factory tour offers a behind-the-scenes look at how the FibreSeeker 3 is designed and built.
Why Buy FibreSeeker 3 from 3D Printing Canada?
As FibreSeek’s Diamond Partner in Canada, 3D Printing Canada provides more than just access to the hardware. We support Canadian customers through every stage of adoption.
- Canadian-based sales and technical support
- Guidance on composite applications and workflows
- Material recommendations for CF and GF printing
- Support for industrial, educational, and professional users
Our team has extensive experience with professional and industrial 3D printing systems, and we understand the requirements of real-world manufacturing environments in Canada.
The Future of Composite 3D Printing in Canada
Composite 3D printing is rapidly becoming a practical manufacturing tool rather than a niche technology. With systems like the FibreSeeker 3, continuous fiber reinforcement is now accessible, scalable, and adaptable for a wide range of applications.
If you are exploring carbon fiber or glass fiber 3D printing in Canada, the FibreSeeker 3 offers a compelling path forward—combining strength, flexibility, and accessibility in one platform.
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Visit the product page for full specifications, pricing, and availability:
FibreSeeker 3 Composite 3D Printer – Available from 3D Printing Canada