Carbon Fiber 3D Printing Filaments - Unrivaled Strength & Dimensional Accuracy

FiberFlex CF properties:

• high tensile strength and elasticity
• heat resistance up to 90°C
• excellent wear resistance
• antistatic and electro-conductive properties
• easy to print (compared to other flexible filaments)

 

How to print FiberFlex CF?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

 

 

Nozzle Temperature	190-205°C
Bed Temperature	80°C
Closed chamber	not required
Fan	50-75%
Flowrate	100-105%
Printing Speed	< 60 mm/s
Surface	Smooth PEI + masking tape or adhesive Textured PEI + adhesive Glass + masking tape or adhesive
Drying conditions	80°C / 4h
Notes	The material has highly abrasive properties. We recommend the use of hardened steel or ruby nozzles. Wear gloves (the possibility of micro damages on the skin). Use a dust mask and protective glasses when processing.

Diameter	Diameter tol	Oval tol	Printing temp	Table temp
1.75 mm	+/- 0.02 mm	+ 0.05 mm	190-205°C	80°C

Colors: FiberFlex CF

Nylon PA12+CF15 properties:

• twice the tensile strength of Nylon PA12
• more than twice the stiffness of Nylon PA12
• higher thermal resistance compared to unmodified Nylon PA12 (up to 160°C)
• high chemical resistance

 

How to print Nylon PA12+CF15:

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

 

Nozzle Temperature	255-270°C
Bed Temperature	90-110°C
Closed chamber	not required
Fan	0-10%
Flowrate	95-105%
Printing Speed	35-60 mm/s
Surface	Smooth PEI + adhesive Textured PEI + adhesive Glass + adhesive
Drying conditions	80°C / 4h
Notes	The material has highly abrasive properties. We recommend the use of hardened steel or ruby nozzles. Wear gloves (the possibility of micro damages on the skin). Use a dust mask and protective glasses when processing.
Profiles	Bambu Lab X1C/P1S

 

 

Fiberlogy Nylon PA12+CF15 has been positively assessed in the Open Filament Program (OFP) project run by Raise3D:

• Raise3D E2CF

Diameter	Diameter tol	Oval tol	Printing temp	Table temp
1.75 mm | 2.85 mm	+/- 0.02 mm	+ 0.02 mm	255-270°C	90-110°C

Colors: NYLON PA12+CF15

PCTG+CF properties:

• great stiffness and tensile strength
• chemical and heat resistance
• carbon finish which hides the layers perfectly
• low shrinkage and ability to use in almost any 3D printer
• easy mechanical post processing of the print

How to print PCTG+CF?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

 

Nozzle Temperature	250-270°C
Bed Temperature	90-110°C
Closed chamber	not required
Fan	0-25%
Flowrate	90-100%
Printing Speed	35-60 mm/s
Surface	Smooth PEI + adhesive Textured PEI Glass + adhesive
Drying conditions	60°C / 4h
Notes	The material has highly abrasive properties. We recommend the use of hardened steel or ruby nozzles. Due to the strong adhesion to the bed, it is not recommended to print directly on its surface or on glass. This can lead to damage. We recommend using a masking tape. Wear gloves (the possibility of micro damages on the skin). Use a dust mask and protective glasses when processing.
Profiles	Bambu Lab X1C/P1S/P1P/A1

Diameter	Diameter tol	Oval tol	Printing temp	Table temp
1.75 mm	+/- 0.02 mm	+ 0.01 mm	250-270°C	90-110°C

Colors: PCTG+CF

PETG+CF properties:

• increased stiffness and mechanical strength
• high chemical resistance
• carbon finish
• low shrinkage
• easy to print

 

How to print PETG+CF?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

Nozzle Temperature	230-260°C
Bed Temperature	90°C
Closed chamber	not required
Fan	0-25%
Flowrate	95-105%
Printing Speed	< 100 mm/s
Surface	Smooth PEI + adhesive Textured PEI Glass + adhesive
Drying conditions	60°C / 4h
Notes	Due to the strong adhesion to the bed, it is not recommended to print directly on its surface or on glass. This can lead to damage. We recommend using a masking tape. The material has highly abrasive properties. We recommend the use of hardened steel or ruby nozzles. Wear gloves (the possibility of micro damages on the skin). Use a dust mask and protective glasses when processing.

Diameter	Diameter tol	Oval tol	Printing temp	Table temp
1.75 mm	+/- 0.02 mm	+ 0.01 mm	230-260°C	90°C

Colors: PETG+CF

PLA+CF properties:

• increased rigidity and mechanical strength compared to traditional PLA
• high dimensional stability and minimal shrinkage
• carbon finish with no visible layer lines
• ready for high-speed printing
• easy to use

 

How to print PLA+CF?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

Nozzle Temperature	210-230°C
Bed Temperature	60°C
Closed chamber	not required
Fan	100%
Flowrate	95-105%
Printing Speed	< 150 mm/s
Surface	Smooth PEI Textured PEI Glass
Drying conditions	50°C / 6h
Notes	The material has highly abrasive properties. We recommend the use of hardened steel or ruby nozzles. Wear gloves (the possibility of micro damages on the skin). Use a dust mask and protective glasses when processing.
Profiles	Bambu Lab X1C/P1S/P1P/A1/A1Mini

 

Diameter	Diameter tol	Oval tol	Printing temp	Table temp
1.75 mm	+/- 0.02 mm	+ 0.01 mm	210-230°C	60°C

Colors: PLA+CF