SLA Additive
How does it work?
Stereolithography (SLA) builds parts using a tank of liquid photopolymer where a precise UV laser selectively cures and solidifies the photopolymer resin in thin layers.
Advantages
- Complex geometries & intricate details
- Good mechanical & thermal properties
- High dimensional accuracy
- Smooth surface finish
- Water clear material
- Ultra-high resolution
- Excellent aesthetics
Rapid Prototyping
Build high-resolution parts quickly with SLA’s full-layer print & UV curing technology.
Concept Models
Manufacture functional parts with smooth surface finishing. Add a clear coat or satin finish for additional aesthetics.
Form & Fit Models
Excellent for fonts, & fine-feature detailed parts requiring high clarity.
Technical Data
*Accuracy/tolerance may vary with part geometry, dimensions, and build orientation
*Numbers are based on published Stratasys data
Recommended for you
SLS Additive
Selective Laser Sintering (SLS) uses a laser to melt cross-sections of a CAD design into a thin layer of powder.
SAF Additive
Precise, durable, and repeatable parts. Excellent for production, housings, and functional prototyping.
FDM Additive
Print large parts up to a meter long with excellent thermal and mechanical properties.
DMLS Additive
Produce complex and intricate metal parts from a wide range of materials.
LCDP Additive
Cost-effective with quick turnaround, ideal for rapid prototyping and small-scale production.
P3 DLP Additive
High-resolution, customizable, and scalable 3D-printed parts produced with precision and speed.
Urethane Casting
Cast finished components with various physical properties, such as soft, hard, or heat resistant.
