3D PRINTING ON DEMAND, ON TIME, EVERY TIME. START YOUR ORDER TODAY
Get your details ready within 24 hours
3D printing available on the same day as your order
Conveniently located in Los Angeles
If you can imagine it, we can print it. Design and 3D print sophisticated parts with us
Nylon
Plastic
Resin
Carbon Fiber
Ceramic
Metal
GET YOUR LARGE FORMAT PARTS PRINTED IN SLA IN 1 DAY
Rapid Turnaround Time:
Large prototypes in 1 day!
High Precision and Quality:
In ABS-like resin
Large-Format Expertise:
Parts up to 31.5"x31.5"x19.7"
Capabilities
- Functional parts or prototypes delivered within days
- End-use parts (dental, automotive, shoe and other industries)
- Tooling: composite tools, jigs & fixtures, forming tools.
Ways 3D printing will benefit your business
- Reduced cost
- Reduced lead time
- High accuracy
- Strong light weight parts
- Eliminates needs for expensive molds
- More complex designs vs conventional manufacturing
After the printing is complete, the object is typically washed to remove any excess resin and then cured under UV light to fully harden the material. This results in a high-resolution, detailed object with smooth surface finishes.
COMPLETE 3D PRINTING SOLUTIONS FOR YOUR INDUSTRY
Aerospace
Automotive
Dental
Education
Healthcare
Consumer goods
THE LARGE-FORMAT SLA SERVICE BASED IN LOS ANGELES
STEREOLITHOGRAPHY (SLA)
Stereolithography, also known as SLA, is a super popular 3D printing method in the US. This process is great for creating prototypes that are spot-on, uniform in all directions, and totally waterproof. Plus, it can produce parts with a super smooth finish and intricate details.
The UV laser beam traces the cross-section of the object on the surface of the liquid resin, solidifying it. Once a layer is completed, the build plate moves down by a small distance, and a new layer of liquid resin is spread over the solidified layer. The process repeats until the entire object is created.
After the printing is complete, the object is typically washed to remove any excess resin and then cured under UV light to fully harden the material. This results in a high-resolution, detailed object with smooth surface finishes.
SLA is best for visual prototyping, fine details, and creating parts with smooth surface finishes that have high levels of detail. It is particularly well-suited for applications where intricate designs or highly detailed features are required.