High-capacity, full-color PolyJet dental printing for accurate, mixed-tray production with minimal handling.
The Stratasys J5 DentaJet® is a premium PolyJet dental printer engineered for maximum versatility, accuracy and production efficiency. With the ability to printfive materials simultaneously- including biocompatible materials and full-color resins - labs can create a complete tray of dental parts with documented realism and precision. Its large build area and compact footprint make it an ideal solution for high-volume dental environments seeking to reduce labor, streamline print preparation and increase daily output.
The J5 DentaJet® allows labs to load a single tray and walk away, producing a variety of applications including implant models, gingiva masks, surgical guides, orthodontic appliances and full-color diagnostic models in one unattended job. Fewer changeovers, minimal post-processing and consistent quality help reducing manual touchpoints and increasing capacity.
With advanced PolyJet full-color capabilities, the J5 DentaJet® creates lifelike replicas of patient anatomy, polychromatic dentures, shaded gingiva components and realistic diagnostic models. Multi-material printing ensures that each part on the tray can be optimized for stiffness, flexibility, color or biocompatibility based on its intended use.
Designed for demanding dental workflows, the J5 DentaJet® delivers specified accuracy across the full tray - from removable dies to full-arch models and complex implant cases. Its fine resolution enables crisp margins, smooth surfaces and consistent detail reproduction for crown & bridge, surgical planning and orthodontic treatment models.
A sealed resin system, low-noise operation and compact footprint allow easy integration into dental labs and clinical environments. GrabCAD Print™ streamlines setup, nesting, support generation, and multi-printer management, helping teams process more cases with less training and fewer manual steps.
The J5 DentaJet® support dental labs to scale production, reduce labor, and achieve high-fidelity results with true digital efficiency.
