Printing with Origin P3 gives you:

  • Detailed, complex prototypes and end-use parts
  • High throughput and repeatability
  • Open material platform from companies like BASF and Henkel.
  • Industrial-grade polymers, elastomers and optically clear materials

Applications:

  • Realistic prototypes
  • On-demand part production
  • Tooling and molding
  • Orthotic insoles
  • Gaskets and other elastomeric components
  • Robotic end of arm tooling (EAOT)
  • Custom surface textures
Origin P3 3D Printing
Loctite EXP045 Print Designed by General Lattice
Origin Loctite147
Origin Loctite 3820
Origin Programmable Photopolymerization Elastomer Materials Group
Origin Programmable Photopolymerization Clear Materials Group
Origin One- Sample Print Challenge Back
Origin Programmable Photopolymerization Silicone Materials Group
Origin Programmable Photopolymerization Tough Materials Group
Origin One Sample Part

See how the Origin One P3 printing process works.

Technical Details

The Origin One uses Programmable Photopolymerization (P3) technology to control light, temperature, and other conditions to produce accurate and consistent 3D printed parts. A responsive print process monitors polymerization data and automatically optimizes process conditions to deliver the best possible results.

Like stereolithography (SLA) and digital light processing (DLP), the Origin P3 platform relies on photoreactive chemistry to cure liquid polymer resin into hardened plastic parts. Unlike those processes, the Origin One does not actively nor passively manipulate oxygen during the printing process. Not including oxygen in the print process allows for a wider range of materials with varying chemistries.

Build Volume: 192 x 108 x 350 mm (7.5 x 4.2 x 13.7 in)

VIEW ORIGIN P3 DESIGN GUIDELINES

MATERIAL DATA SHEETS:

Loctite 3843  |  Loctite 3820  |  Loctite 147  | Loctite IND402
Ultracur3D RG 35