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For prototypes with remarkably precise feature details and smooth surface finishes, ART offers an alternative rapid prototyping choice: Polyjet™ Printing.

Whatever your vision, from game board action heroes, to laser scanned fossils, to toothbrushes and shaving razors, ART's Polyjet™ printers have successfully served the needs of a wide variety of industries. And, just like its SL counterparts, completed Polyjet models will be accurate and finished to meet your desired specifications.

Polyjet™ printing allows tremendous precision, with layers up to seven times finer than standard stereolithography models. Prototypes can be built from seven different resins making ART's 3-D printer extremely versatile. The fine layer resolution and the material options make the process well-suited for building amorphic shapes, tiny figurines, rubber-like parts, and injection molded-like models.


Polyjet™ Capability:

• Produces ultra fine details with .0006 inch (16 microns) horizontal layers
• Currently able to print seven different resins, including flexible, Shore A materials that work well for:

• Gaskets
• Grommets
• Strain-reliefs
• Button pads

Available Polyjet™ Resins from ART:

• Rigid Materials

• FullCure 720 (Translucent Amber)
• FullCure 830 - Vero White
• FullCure 840 - Vero Blue
• FullCure 870 - Vero Black
• Flexible Materials

• FullCure 930 – TangoPlus (Translucent Amber, 20A)
• FullCure 970 – TangoBlack (61A)
• FullCure 950 – TangoGray (75A)

The Polyjet™ Printing Process: Step by Step

• 1) Polyjet™ printing technology works by jetting a photopolymer material in ultra-thin layers (0.0006 inch) onto a build tray, layer by layer.
• 2) Each layer is cured by UV light immediately after it is jetted.
• 3) The high-resolution 0.0006 inch layers ensure smooth, accurate and highly detailed models.