PolyJet™ technology utilizes a high precision 3D printing process
– A layer additive technology with layers as thin as 16 microns
(0.0006”) that is suitable for excellent appearance models and
patterns for advanced urethane castings.
The PolyJet rapid prototyping process uses ink-jet technology
combined with UV curable materials to quickly and economically
produce highly detailed and accurate physical prototypes. With a
layer thickness as small as 16 microns (.0006”), the PolyJet process
is ideal for producing detailed prototypes for a variety of
industries.
PolyJet prototypes are produced without any support vestiges,
and with excellent up facing and down facing surfaces. A variety
of materials, including clear, Shore A and Shore D materials are
available.
PolyJet prototypes are best suited for applications where accuracy,
detail and surface finish are important and the part fits
within a 5" x 5" x 5" (127mm x 127mm x 127mm) build volume.
While the maximum PolyJet build volume is 19.3” x 15.4” x 7.9”
(490mm x 390mm x 200mm), other RP technologies may be more
cost effective for larger parts.
Typical applications for PolyJet prototypes include electronic
components and connectors, electronic packaging, knobs, buttons,
medical devices, fittings, valves and parts with complex
interior features. PolyJet has also been used for tooling in low
temprature applications. It makes an excellent mold with releasable
surfaces without requiring a secondary process for non cosmetic
applications.
High-Speed PolyJet™
High-Speed PolyJet™ - Built in 30 Micron layer thicknesses, our
high-speed PolyJet process is suitable for prototypes and master
patterns that need to be built quickly and economically.
High-Quality PolyJet™ - Built in 16 Micon layer thicknesses,
our high-quality PolyJet process provides exceptional detail and
edge visualization and is suitable for high-quality prototypes and
master patterns.
|