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Stereolithography
(SLA) is the most efficient method of turning your ideas into actual
three-dimensional parts. Our SLA 7000 system's 0.254 mm layer thickness
yeilds a smooth finish that results in less post-processing time. |
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The SLA
process starts with the conversion of solid 3D CAD files into STL
files. SLA machines utilize these STL files to control a high powered
ultraviolet laser fired into a vat of liquid polymer resin corresponding
to the 3D data. The resin is cured layer by layer, eventually creating
a solid 3D part. |
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various polymer resins availble for this system also allows
for basic functional testing of parts and visual design verification.
The parts produced are commonly used as a master for silicone
rubber molding. |
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download information on SLA ® materials in PDF format,
select from the following list: |
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Concept Visualization
and Development |
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Silicone rubber casting
master |
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Presentation models |
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Product Design Evaluation
Models (Form, Fit & Function) |
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Size (in): |
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20 X 20 X 24 (max envelope) |
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Tolerance, typical
(in): |
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0.005 - 0.015 |
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Features (in): |
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>0.015 |
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Layer Thickness (in): |
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0.001 - 0.006 |
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Deflection Temperature
(°F): |
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125 - 210 (material
dependent) |
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