Introduction to Stereolithography 3D Printing / Prototyping

Designers, engineers and part providers are increasingly choosing stereolithography (SL) printing technology for prototyping applications because of its ability to print complex designs with a high degree of accuracy, fine resolution and smooth part sidewalls.

Parts produced using SL technology require little or no post-processing, resulting in cost savings and faster time to market, compared with traditional manufacturing methods.

Included in this white paper:

In this white paper, we’ll look at the most common prototyping applications produced using SL technology and highlight why the Stratasys Neo® is fast becoming the stereolithography 3D printer of choice for prototyping.

  1. What is stereolithography?
  2. Why stereolithography for prototyping?
  3. Concept and communication models
  4. Functional form-and-fit prototypes
  5. Why customers choose Stratasys Neo for prototyping
  6. Benefits of the Stratasys Neo stereolithography 3D printer
  7. Stratasys Neo: Open-resin system stereolithography
  8. Stratasys Neo: best-in-class stereolithography for prototyping applications

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