Advantages of FFF 3D Printing
Functional
Prototypes
End-Use
Parts
Excellent
Surface Quality
High
Thermal
Resistance
Durable and
Lightweight
Carbon Fiber Reinforced Polyamide
Mechanical Properties
Physical Properties
Tensile Strength
Melting Temperature
DSC, 10
0
C
219
0
C
Heat Deflection Temperature
ISO 75 1.8 MPa
195
0
C
Heat Deflection Temperature
ISO 75 0.45 MPa
214
0
C
Density
ASTM D792
1.17 g/cm
3
Property
Property
Test Method
Test Method
X-Y Axis
Value
Z Axis
ASTM D638
105 MPa
66 MPa
ASTM D790
165 MPa
ASTM D638
3 %
3 %
Flexural Strength
Elongation at Break (%)
Strong and durable, carbon fiber reinforced filament
with high stiffness and high thermal resistance. Ideal for application areas that require strength and lightness together, such as aerospace. Also, it is suitable for end-use parts, functional prototypes and low volume production.
Strong and durable fiberglass reinforced filament with medium thermal
resistance. Ideal for end-use parts functional prototypes and low volume
production.
Glass Fiber Reinforced Polyamide
61.5 MPa
2.8 %
Mechanical Properties
Physical Properties
Tensile Strength
Melting Temperature
DSC, 10
0
C
215
0
C
Heat Deflection Temperature
ISO 75 1.8 MPa
122
0
C
Heat Deflection Temperature
ISO 75 0.45 MPa
190
0
C
Density
ASTM D792
1.2 g / cm
3
Property
Property
Test Method
Test Method
X-Y Axis
Value
Z Axis
ASTM D638
85 MPa
ASTM D790
135 MPa
ASTM D638
3.5 %
Flexural Strength
Elongation at Break (%)
What is FFF
(Fused Filament Fabrication)?
Technical Specifications
BUILD VOLUME
COLORS
LAYER THICKNESS
500 x 350 x 500 mm
Black and Gray
100-263 μm
Fused Filament Fabrication (FFF) is a 3D printing technology widely known for its speed, accuracy and competitive cost.
In FFF technology, the printing process is performed by laying the thermoplastic materials in filament form layer by layer on top of each other. It is possible to produce products that combine strength and lightness with DYNAMIDE ® filament series, which consists of carbon fiber and fiberglass reinforced polyamide materials specially produced by Teknodizayn.
Surface Treatment - Vapor Smoothing
Advanced
Mechanical Properties
Dimensional Accuracy
Color Enhancement
Injection Molding Level Surface Quality
Sealing Against Liquid & Gas
Reduction in
Bacteria Formation
The process is not limited to the visible surface only it also polishes
the complex interior spaces of polymer parts.
FFF
Fused Filament Fabrication
The solution for robust,
lightweight and
cost-effective prototypes
Advantages of
FFF 3D Printing
Durable and
Lightweight
Carbon Fiber
Reinforced Polyamide
Strong and durable, carbon fiber
reinforced filament with high stiffness
and high thermal resistance. Ideal for
application areas that require strength
and lightness together, such as
aerospace. Also, it is suitable for
end-use parts, functional prototypes
and low volume production.
Strong and durable fiberglass reinforced
filament with medium thermal resistance.
Ideal for end-use parts functional prototypes
and low volume production.
Glass Fiber
Reinforced Polyamide
61.5 MPa
2.8 %
Mechanical Properties
Physical Properties
Melting Temperature
DSC, 10
0
C
215
0
C
Heat Deflection Temperature
ISO 75 1.8 MPa
122
0
C
Heat Deflection Temperature
ISO 75 0.45 MPa
190
0
C
Density
ASTM D792
1.2
g/cm
3
Property
Property
Test Method
Test Method
X-Y Axis
Value
Z Axis
ASTM D638
85 MPa
ASTM D790
135 MPa
ASTM D638
3.5 %
What is FFF?
(Fused Filament Fabrication)
Technical
Specifications
BUILD VOLUME
COLORS
LAYER THICKNESS
500 x 350 x 500 mm
Black and Gray
100-263 μm
Fused Filament Fabrication (FFF) is
a 3D printing technology widely known for
its speed, accuracy and competitive cost.
In FFF technology, the printing process
is performed by laying the thermoplastic
materials in filament form layer by layer on
top of each other. It is possible to produce
products that combine strength and lightness
with DYNAMIDE ® filament series,
which consists of carbon fiber and
fiberglass reinforced polyamide materials
specially produced by Teknodizayn.
Surface Treatment
Vapor Smoothing
FFF
Fused Filament
Fabrication
The solution for robust,
lightweight and
cost-effective prototypes
Functional
Prototypes
End-Use
Parts
Excellent
Surface Quality
High
Thermal
Resistance
Flexural Strength
Elongation at Break
Tensile Strength
105 MPa
Mechanical Properties
Property
Test Method
X-Y Axis
ASTM D638
ASTM D790
165 MPa
ASTM D638
3 %
Z Axis
66 MPa
3 %
Physical Properties
Melting Temperature
DSC, 10
0
C
219
0
C
Heat Deflection Temperature
ISO 75 1.8 MPa
195
0
C
Heat Deflection Temperature
ISO 75 0.45 MPa
214
0
C
Density
ASTM D792
1.17
g/cm
3
Property
Test Method
Value
Elongation at Break
Flexural Strength
Tensile Strength
Advanced
Mechanical Properties
Dimensional Accuracy
Color Enhancement
Sealing Against
Liquid & Gas
Injection Molding Level Surface Quality
Reduction in
Bacteria Formation
The process is not limited to the visible
surface only it also polishes the complex
interior spaces of polymer parts.
