POLYJET Additive Technology

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How does it work?

PolyJet forms 3D objects by using Inkjet technology to deposit and cure photopolymers layer by layer.

Benefits

Multi-material printing within the same part

Print rigid or elastomeric parts (Shore A30 to A95)

Opaque and transparent parts

Full color spectrum

Applications

Overmolded Parts

Prototype elastomeric material over molded with rigid material. Printed at the same time in singular piece.

Full Color Prototyping

Parts can be designed and printed in full color which means you can have realistic prototypes in hand in a matter of days.

Textured Parts

Polyjet high resolution process allows textures to be printed directly on the part with no special post processing required.

Technical Data

Layer Thickness 0.006 – 0.001 in

Accuracy/Tolerance ± 0.004 – 0.01 in

Max Single Size Part 19 x 15 x 7.9”

*Accuracy/tolerance may vary with part geometry, dimensions, and build orientation
*Numbers are based on published Stratasys data

Material Options

Multi-Material

Material color limited by selection:

Vero – Clear, Multicolor, Pantone matching available

Agilus30 – Black

Agilus Agilus

Shore A30 elastomer
Can combine with Vero to print different ranges of hardness (AgilusShore A30 to A95)

Digital ABS Digital ABS

Rigid
High impact and shock resistance
Great mechanical properties

Rigur Rigur

Tough and durable
Great dimensional stability
Reliable performance

TangoBlackPlus TangoBlackPlus

Soft and flexible
Rubber-like qualities
Good shock absorption

Vero Vero

Rigid material
Full color spectrum
Opaque and transparent

Post Processing

Printed parts go through a simple WaterJet process to remove soft support material. Additional sanding and finishing can be done for visual clarity and detail.

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