Scale from prototype to production with a dedicated team managing cost, quantity, and quality for every order.
Explore Production
Two advanced photopolymer materials just joined the library for high-requirement printed parts.
Learn More
A hands-on sample part that shows wall thickness, boss, and rib rules for molded parts at a glance.
Request the Kit
From custom prototyping to end-use production, we help teams drive product development forward.
Learn MoreCreate flexible, multi-material prototype components quickly with a digitally reviewed additive workflow.
Placeholder detail copy for Maximum build size.
Placeholder detail copy for Layer thickness.
Placeholder detail copy for Minimum feature size.
Placeholder detail copy for Tolerances.
Placeholder detail copy for Multi-material zones.
Placeholder detail copy for Color options.
| Shore Hardness | Tear Strength | Tensile | Elongation |
|---|---|---|---|
| 30A | Very soft response | Material dependent | High flexibility |
| 50A | Soft flexible response | Material dependent | Flexible response |
| 70A | Balanced flexible response | Material dependent | Moderate flexibility |
| 85A | Firm flexible response | Material dependent | Controlled flex |
| 95A | Near-rigid response | Material dependent | Limited flex |
| Rigid | Rigid material behavior | Material dependent | Low elongation |
Jetted-photopolymer systems are planned around the requested material combination, visible surfaces, and the details that matter in a prototype review.
The printer deposits and cures fine layers of photopolymer, allowing selected flexible and rigid zones to be combined before support removal and final preparation.
A practical guide to reviewing multi-material geometry, finish expectations, and flexible features.
A concise overview of planning around hardness, texture, and functional movement.
A compact checklist for preparing a detailed PolyJet part for engineering or design review.
A recorded walkthrough of jetted photopolymer builds and post-processing decisions.
Quote a PolyJet build today.