FFF 3D Printing Services in Canada

Carbon Fiber–Reinforced Parts 

Agile Manufacturing Inc. provides industrial Fused Filament Fabrication (FFF) 3D printing services. From our facility near Toronto, Ontario, we deliver strong, lightweight, production-ready parts to customers across Canada and the USA.

These composite platform combines a chopped carbon fiber–filled Nylon base with continuous fiber reinforcement (fiberglass, Kevlar®, or carbon fiber) to create parts with exceptional strength, stiffness, and a clean, professional surface finish.

With a build size up to 13″ x 8″ x 8″ and tight process control, our FFF 3D printing services are ideal for demanding engineering applications where reliability and performance matter.

Why Choose FFF 3D Printing with Agile?

• Industrial hardware
  We run a fleet of FFF printers – proven composite systems designed for high-strength, repeatable production of end-use parts, jigs, fixtures, and tooling.

• Advanced composite materials
  Parts are printed in a chopped carbon fiber–filled Nylon 6 base for excellent surface finish, heat resistance, and chemical resistance.

• Continuous fiber reinforcement
  Critical areas of the part can be reinforced with continuous carbon fiber, fiberglass, HSHT fiberglass, or Kevlar® to reach strength levels comparable to machined aluminum in many applications.

• Clean, professional surface finish
  The micro carbon fiber–filled nylon base delivers a smooth, matte black finish that looks and feels like an engineered product, not a “prototype.”

• Local partner in Canada
  Based just outside Toronto, Ontario, Agile Manufacturing supports customers across Canada with quick response times, design-for-additive support, and reliable lead times.

Materials & Reinforcement Options

Our FFF 3D printing service supports:

Base material (matrix):

• Carbon fiber–filled Nylon 6 

  • Nylon base with chopped carbon fiber

  • High strength and stiffness for most engineering applications

  • Excellent surface finish and dimensional stability

  • Good heat and chemical resistance

Continuous fiber options (selectively placed):

• Continuous Carbon Fiber – Maximum stiffness and strength; ideal metal-replacement for brackets, tooling, and structural components

• Fiberglass – Cost-effective strength upgrade over base material

• HSHT Fiberglass – High strength and high temperature for more demanding environments

• Kevlar® – Tough, impact-resistant, and fatigue-resistant for energy-absorbing or wear applications

Our applications team can help you choose the best combination of base material and fiber layout for stiffness, weight, cost, and durability.

What FFF 3D Printing is Best For

FFF 3D printing is an excellent choice when you need:

• Strong, end-use parts that can replace machined aluminum in certain applications

• Lightweight, stiff components for automation, robotics, and motion systems

• Jigs, fixtures, and assembly tooling that must withstand daily use on the shop floor

• Functional prototypes where mechanical performance and realistic load testing are required

• Low-volume production parts without the cost and lead time of machining or injection molds

Typical use cases include:

• Robot end-of-arm tooling and grippers

• Assembly fixtures, inspection jigs, and drill guides

• Brackets, mounts, and structural supports

• Custom machine components and replacement parts

• Lightweight housings and guards

Surface Finish & Part Quality

Markforged composite printers are known for their clean, consistent surface finish and dimensional accuracy.

Key quality advantages:

• Smooth, matte black appearance from the chopped carbon fiber–filled nylon

• Fine layer heights for improved feature definition

• Internal fiber paths tailored to your load cases (tension, bending, torsion)

• Stable, repeatable builds

Where needed, we can combine FFF with secondary operations (tapping, drilling, light machining) to meet your final requirements. Build Size & Capabilities

• Maximum build volume:
  Up to 13″ x 8″ x 8″ (approx. 330 x 200 x 200 mm) for single parts, depending on printer model and setup.

• Feature resolution:
  Fine layers and precise extrusion deliver detailed features, sharp edges, and tight-fitting assemblies.

If your part exceeds the available build volume, our team can propose clever splits and mechanical joints designed specifically for composite 3D printing.

Serving Toronto, Ontario & Customers Across Canada

From our Toronto-area facility, Agile Manufacturing provides FFF 3D printing services to:

• Ontario: Toronto, Mississauga, Hamilton, Kitchener–Waterloo, London, Ottawa, Windsor

• Quebec: Montreal and surrounding regions

• Western Canada: Calgary, Edmonton, Vancouver, and beyond

• USA & international customers needing a Canadian additive manufacturing partner

Whether you’re a startup, OEM, or global manufacturer, we can integrate FFF parts into your existing workflows or help you design directly for composite 3D printing.

Start Your FFF 3D Printing Project

Ready to explore carbon fiber–reinforced FFF 3D printing?

• Upload your CAD files for a fast quote

• Combine FFF with our other technologies (SLA, SLS, FDM, MJF, DLS, MJP, metal, and more) for a complete additive manufacturing solution