Origin P3 DLP Production Performance Study
Review dimensional measurement data for the Origin Two P3 DLP workflow, including precision and repeatability across selected printers, materials, and geometries.
Key Takeaways
- The study reports 15,999 measurements across three printers.
- Measured features are evaluated against the mean for the tested geometries, with selected 3-sigma results compared with standard molding tolerance references.
- The findings support low-volume production assessment when part requirements and workflow controls fit.
Executive Summary
Low-volume additive production depends on dimensional control, repeatability, material route, and post-processing discipline. This whitepaper reviews a statistical evaluation of the Origin Two printer using P3 DLP technology.
The evaluation includes printed parts, dimensional measurements, multiple printers, build heads, Loctite materials, and test geometries. Optical scanning and 3D scan comparisons are used to assess selected features.
The reported precision and repeatability data can help teams assess whether the workflow fits a specific low-volume production requirement. It does not remove the need for application-level validation, inspection planning, and approval criteria.