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Seattle 3D Printing

FDM, PolyJet, DLP, SLA, & PBF Services

  • Services
    • 3D CAD Design
    • 3D Printing Services
      • FDM 3D Printing
      • PolyJet 3D Printing
      • SLA 3D Printing
      • DLP 3D Printing
      • SAF 3D Printing
      • MJF 3D Printing
      • Post-Process Finishing
    • RTV Tooling & Cast Urethane
    • 3D Scanning Services
  • Materials
    • SLA Materials
    • DLP Materials
    • PBF Materials
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    • PolyJet Materials
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DLP 3D Printing

STRONG, END-USE PARTS

DLP is a high-quality 3D printing technology designed for the mass production of end-use parts.

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large PU mold

Why DLP?

With a wide selection of production-grade materials, Seattle 3D Printing has the perfect solution for any application. 

Our DLP technology offers rapid turnaround times and high throughput, helping you avoid costly tooling expenses.

DLP produces durable models that can be used as machined-quality parts across various industries.

By partnering with Seattle 3D Printing, you can leverage DLP for mass production of end-use parts in a variety of high-performance materials. Expect industry-leading accuracy, consistency, detail, and mechanical properties. Expand your production without delays, accelerating your launch times while enjoying the flexibility and repeatability of DLP technology. To learn more about how you can leverage Seattle 3D Printing and DLP technology, contact us today!

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See The Applications

Robust Materials & Strong End-Use Parts

Functional Prototypes

Jigs & Fixtures

Industrial End-Use Parts

Molding Tools

Origin One Stress nTop Clamp
Origin One Clamp Fire Test
blue medical part
Slicelab Durability
Origin One Bull Rider
semiconductor tray
Origin One Gasket
parts hanging on origin one build tray

The Process

Pre-Processing: The 3D CAD model of a part or component is first oriented, sliced, and positioned using specialized control software. This software converts the 3D data into two-dimensional layers that correspond to the part’s geometry, while also generating any necessary support structures.
 

Production: The DLP process involves using a projector to flash an image onto the resin, curing each layer as it is projected. This step is repeated layer by layer until the entire model is fully formed.

Post-Processing: Once the 3D printed part is removed from the build platform, the support structures need to be manually removed. Additionally, DLP parts may require a bath in Isopropyl alcohol and a secondary UV light curing to achieve the final finish.

At Seattle 3D Printing, you can count on our 3D printing and rapid prototyping services to deliver exceptional quality. Our 3D-printed models are crafted with tight tolerances and premium finishes. We utilize top-tier rapid prototyping technologies that will revolutionize the way you design and develop products.

Start Your Project Today • 206.388.3510 • [email protected] 

Start Your Project Today

Design parts quickly and effectively with our rapid prototyping services. Through highly accurate and time-efficient processes, your time-to-market is expedited.

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  • Services
    ▲
    • 3D CAD Design
    • 3D Printing Services
    • RTV Tooling & Cast Urethane
    • 3D Scanning Services
  • Materials
    ▼
    • SLA Materials
    • DLP Materials
    • PBF Materials
    • FDM Materials
    • PolyJet Materials
  • Contact Us
  • Request A Quote