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Stratasys Open Materials for P3

Stratasys open specialty materials unlock a wide range of demanding applications, including molding, casting, high-temperature, ceramic, electrostatic discharge (ESD) and elastic applications.

Origin Open Exploratory Materials Group Selection

Advanced P3 users can access the expansive portfolio of photopolymers via OpenAM™ software.

Material developers currently contributing new open materials to the program include Covestro, Evonik, Arkema, Forward AM from BASF, Mechnano, Tethon 3D, Liqcreate, and polySpectra.

Key Features

Access to advanced properties
Early access to novel materials
Basic build parameters available via OpenAM™
Unsupported materials may require additional configuration for optimal results
Stratasys validated material users can purchase, test, and print any compatible photopolymer not referenced in the shortlist

Compatible Printers

Origin® One

A transformative 3D printer enabling flexible production of end-use parts in a diverse range of high-performance materials. Achieve industry-leading accuracy, consistency, detail and throughput with the Programmable PhotoPolymerization P3™ technology. Get ready for a new era of 3D printing.

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This is also compatible with 385 and 405 nm open DLP and LCD printers

Additional resources

TE Connectivity man in factory Origin One.

Stratasys Origin One delivers end-use parts to withstand harsh environments.

Learn how Stratasys Origin One produced end-use 3D printed electrical connectors that meet aerospace requirements.

How Origin One and Forward AM drive material development.

Learn why Origin One’s leading Open Materials License is based on feedback from three years of deep partnerships with leading chemical manufacturers.

Additive solutions for U.S. Air Force sustainment challenges

Origin One partnered with two companies to design and 3D print an innovative new C3175 hydraulic clamp for the Air Force's F-16 aircraft. Using Henkel LOCTITE 3955 for the clamp and LOCTITE IND402 for its flexible tether, the team printed 54 clamp halves in 24 minutes. 1,296 clamp halves can be printed using one printer in a single day. Post-processing a printed batch can be completed in roughly 20 minutes. The final, optimized clamp design for the C3175-9J employed on F-16 aircraft doubled the strength of the original part while weighing less.