Additive Technology: FFF
Carbon Fiber Reinforcement
Our stiffest and strongest fiber with the highest strength-to-weight ratio.
20% Stronger Than Aluminum
Parts reinforced with continuous Carbon Fiber can replace Aluminum parts at half the price and weight.
Need extra strength? Add Carbon Fiber reinforcement to your Nylon or Onyx parts. We can print composite parts that are incredibly strong and stiff, with material properties greater than Aluminum. Composite parts are stronger at roughly half the price due to minimum order quantities and upfront costs.
Resolution Supported
Max Part Size
125 Micron – 0.125 mm
330 x 270 x 200 mm
( 12.9 x 10.5 x 7.8 in )
Available Colors
Material Properties
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Properties
Result
ASTM Test
Tensile Strength
800 MPa
D3039
Tensile Modulus
60 GPa
D3039
Tensile Strain at Break
1.5%
D3039
Flexural Strength
540 MPa
D790
Flexural Modulus
51 GPa
D790
Flexural Strain at Break
1.2%
D790
Compressive Strength
320 MPa
D6641
Heat Deflection Temp
221º F
D648 B
Izod Impact – Notched
960 J/m
D256-10 A
Applications
Functional Prototypes
Mechanical Parts
Assembly Line Fixtures
Inspection Hardware
Jigs, Brackets & Chassis Parts
End-Use Production Parts
Housings & Enclosures
Production Tooling Development
Replacement For Aluminum Parts
Superior Strength & Stiffness
Parts reinforced with Carbon Fiber are 8x stronger than ABS parts.
Carbon Fiber Reinforcement
Print parts with an exterior base material and add Carbon Fiber reinforcement.
Advantages Of Carbon Fiber
Superior Stiffness
Carbon Fiber has the highest flexural strength of all our fiber reinforcements. Add it to Onyx or Nylon parts to achieve a higher strength and stiffness.
Strength To Weight
Carbon Fiber is a thin filament that is made up of carbon atoms organized into a crystalline structure. This makes it very strong and lightweight.
Replaces Aluminum
Compared to 6061 Aluminum, our Carbon Fiber reinforcement has a 50% higher strength to weight ratio in flexure and 300% higher in tension.
Need help choosing a material?
We can help you find the right material for your application.
