Advantages of SLA 3D Printing
Transparent
Colorless Parts
Superior
Surface
Quality
High Detail
Precision
Complex
Geometries
Dimensional
Consistency
Somos®WaterShed is an equivalent solution for material needs
such as ABS and PBT. The clear resin is optically approved.
It helps shorten the product development and testing process.
With these features, Somos®WaterShed; in areas such as
automotive, aerospace and consumer electronics; it is frequently
preferred in applications such as precision casting models.
What is SLA
(Stereolithography)?
Technical Specifications
Somos
®
Watershed
BUILD VOLUME
COLOR
LAYER THICKNESS
450 x 450 x 400 mm
Transparent
0.1 mm
SLA
Stereolithography
The best solution for
precise dimensions and
smoot surface quality
In SLA printing technology, the photopolymer resin
is cured with a UV laser source. This technology requires
support structures which are removed after printing.
It is a frequently preferred printing technology for parts
which need high accuracy and smooth surface quality.
SLA parts can be finished a very high standard using
a variety of post-processing methods such as sanding,
painting and varnishing.
Mechanical Properties
Optical Properties
Liquid Properties
Tensile Strength at Break
E
C
Appearance
8.4 mJ/cm
2
(critical exposure)
Optically clear
D
P
Viscosity
4.15 mil
(slope of cue-depth vs In (E)curve)
~260 cps @ 30°C
E
10
Density
93.4 mJ/cm
2 (exposure that gives 0.254 mm thicknes
~1.12 g/cm3 @ 25°C
D 542
1.514
(Index of Refraction - cured)
Property
Property
Property
Test Method
Value
Value
Value
ASTM D638M
50.4 MPa / 7.3 ksi
ASTM D638M
ASTM D570 - 98
ASTM D638M
ASTM D638M
3 %
0.35 %
15.5 %
2.770 MPa / 402 ksi
Elongation at Yield (%)
Water Absorption (%)
Elongation at Break (%)
Tensile Modulus
Advantages of
SLA 3D Printing
Dimensional
Consistency
Somos ®
Watershed
Somos®WaterShed is an equivalent solution
for material needs such as ABS and PBT.
The clear resin is optically approved.
It helps shorten the product development
and testing process. With these features,
Somos®WaterShed; in areas such as automotive,
aerospace and consumer electronics; it is
frequently preferred in applications such as
precision casting models.
What is SLA
(Stereolithography)?
Technical
Specifications
BUILD VOLUME
COLORS
LAYER THICKNESS
450 x 450 x 400 mm
Transparent
0.1 mm
In SLA printing technology,
the photopolymer resin is cured with
a UV laser source. This technology requires
support structures which are removed after printing.
It is a frequently preferred printing
technology for parts which need high
accuracy and smooth surface quality.
SLA parts can be finished a very high
standard using a variety of post-processing
methods such as sanding, painting
and varnishing.
SLA
Stereolithograpy
The best solution for
precise dimensions
and smooth surface quality
Transparent
Colorless Parts
Superior
Surface Quality
High Detail
Precision
Complex
Geometries
Tensile Modulus
Elongation at Yield (%)
Elongation at Break (%)
Water Absorption (%)
Tensile Strength at Break
50.4 MPa / 7.3 ksi
Mechanical Properties
Property
Test Method
Value
Value
Value
ASTM D38M
ASTM D638M
ASTM D638M
2.770 MPa / 402 ksi
ASTM D638M
ASTM D570 - 98
15.5 %
3 %
0.35 %
Optical Properties
Liquid Properties
E
C
Appearance
8.4 mJ/cm
2
(critical exposure)
Optically clear, near colorless
D
P
Viscosity
4.15 mil (slope of cue-depth vs In (E)curve)
~260 cps @ 30°C
E
10
Density
93.4 mJ/cm
2
(exposure that gives 0.254 mm thickness)
~1.12 g/cm3 @ 25°C
D 542
1.514 (Index of Refraction - cured)
Property
Property
