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Advantages of SLS 3D Printing
Unsupported
Quick Print
High Volume
Mass Production
End-Use
Mechanical Parts
Complex
Geometries
Dimensional
Consistency
Mechanical Properties
Physical Properties
Tensile Strength, Max Load - XY
Melting Point (10
0
C/min)
ISO 11357-1:2020
184
0
C
183
0
C
Heat Deflection Temperature
ISO 78 @ 1.8 MPa
53
0
C
83.5
0
C
Heat Deflection Temperature
ISO 78 @ 0.45 MPa
147
0
C
146.2
0
C
Bulk Density
Part Density
0.52 g/cm
3
0.48 g/cm
3
1.02 g/cm
3
0.95 g/cm
3
Property
Property
Test Method
Test Method
PA12 Black
Value
PA12 Black
Value
PA12 White
Value
PA12 White
Value
ISO 527-1:2019
48.2 MPa
46 MPa
ISO 527-1:2019
ISO 178:2019
ISO 180:2019
1820 MPa
1602 MPa
60.4 MPa
46.3 MPa
8 KJ/m
2
4.9 KJ/m
2
ISO 527-1:2018
ISO 178:2019
ISO 180:2019
22 %
36 %
1640 MPa
1300 MPa
20 KJ/m
2
13.2 KJ/m
2
Tensile Modulus
Flexural Strength
Izod Impact Strength (notched)
Elongation at Break (%)
Flexural Modulus
Izod Impact Strength (unnotched)
Advanced PA12-based polymer material, a wide variety of industrial suitable for applications.
Main Features:
> Balanced performance of thermal properties
> Excellent mechanical properties
> Good part surface ease of post-processing
> High oxidation resistance & low water absorption
Example applications:
> Mass production of functional parts
> Complex geometries
> High quality prototypes
> Versatile use for many industry applications
What is SLS
(Selective Laser Sintering)?
Technical Specifications
PA12
BUILD VOLUME
COLOR
LAYER THICKNESS
400 x 400 x 540 mm
Black and White
0.1 mm
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.
SLS
Selective Laser Sintering
Robust solution for
complex geometries
and precise dimensions
There are no support parts in SLS technology.
Powdered PA12 material is used as raw material.
Prints completed as a result of layer by layer sintering
of powdered polyamide material with laser are in the
quality of the final product in terms of dimensional
accuracy and strength.
SLS is suitable for the surface smoothing process
called chemical polishing and provides
plastic injection quality parts.
Advantages of
SLS 3D Printing
Dimensional
Consistency
PA12
Advanced PA12-based polymer material,
a wide variety of industrial suitable for applications.
Main Features:
> Balanced performance of thermal properties.
> Excellent mechanical properties.
> Good part surface ease of post-processing.
> High oxidation resistance & low water absorption.
Example applications:
> Mass production of functional parts
> Complex geometries
> High quality prototypes
> Versatile use for many industry applications
What is SLS
(Selective Laser Sintering)?
Technical
Specifications
BUILD VOLUME
COLORS
LAYER THICKNESS
400 x 400 x 540 mm
Black and White
0.1 mm
There are no support parts in SLS technology.
Powdered PA12 material is used as raw material.
Prints completed as a result of layer by layer sintering
of powdered polyamide material with laser are in the
quality of the final product in terms of dimensional
accuracy and strength.
SLS is suitable for the surface smoothing process
called chemical polishing and provides
plastic injection quality parts.
Surface Treatment
Vapor Smoothing
SLS
Selective
Laser Sintering
Robust solution for
complex geometries
and precise dimensions
Unsupported
Quick Print
High Volume
Mass Production
End-use
Mechanical Parts
Complex
Geometries
Tensile Modulus
Flexural Strength
Izod Impact Strength
notched
Elongation at Break
Flexural Modulus
Izod Impact Strength
unnotched
Tensile Strength, XY
48.2 MPa
46 MPa
Mechanical Properties
Property
Test Method
PA12 Black
Value
PA12 Black
Value
PA12 White
Value
PA12 White
Value
ISO 527-1:2019
ISO 527-1:2019
ISO 178:2019
ISO 180:2019
1820 MPa
1602 MPa
60.4 MPa
46.3 MPa
8 KJ/m
2
4.9 KJ/m
2
ISO 527-1:2018
ISO 178:2019
ISO 180:2019
22 %
36 %
1640 MPa
1300 MPa
20 KJ/m
2
13.2 KJ/m
2
Physical Properties
Melting Point (10
0
C / min)
ISO 11357-1:2020
184
0
C
183
0
C
Heat Deflection Temperature
ISO 78
@ 1.8 MPa
53
0
C
83.5
0
C
Heat Deflection Temperature
ISO 78
@ 0.45 MPa
147
0
C
146.2
0
C
Bulk Density
Part Density
0.52 g/cm
3
0.48 g/cm
3
1.02 g/cm
3
0.95 g/cm
3
Property
Test Method
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.
