Equipment

Main characteristics:

• PolyJet – The technology of jet layer-by-layer drawing of photopolymers liquid on the basis of acrylic to printed base.
• Three-jet technology of the stamp allows to use up to three base materials simultaneously in one stamp task
• Maximum size of objects 342 х 342 х 200 mm
• Thickness of put layer - 16 /30 µm
• Achievable accuracy +/‐ 0,02 мм or  +/‐ 0,085 мм.

Wide choice of materials:

1. The series of opaque family materials Vero
2. The series of elastic materials Tango
3. Medical material MED610
4. Tough opaque  Digital ABS
5. Imitation of polypropylene Durus White
6. Heat-resistant RGD525
7. Transparent VeroClear and RGD720.

• Hundreds of digital materails
• Smooth models surface and qualitative small-sized elements
• Application is visualization, manufacturing of prototype models, maximally close to ultimate article, manufacturing of the completion

Opportunities of the equipment:

 A few materials in one model

• Use at once of three base materials allows to grow models in which properties of separate elements differ strongly from each other
• For example, detail with the components of different color, tough model with flexible insertions etc.
• This model turns out from one stamp cycle, without assembling and glueing

Imitation of multilayered casting:

• Using elastic material as one of base, can be received prototype models with Rubber-modified surface, receiving thereby effect of multilayered casting.

Transparent materials are accessible:

•  One of unique properties of this printer is opportunity of use of transparent materia
• It allows to do the prototype models of devices with optical elements
• The stamp with a few materials will allow to create opaque models with transparent insertions.

Palette of digital materials: 

• Firm software contains the set of special palettes of digital materials, where different colors are combined and properties of base polymers
• For manufacturing color models, program herself picks up the most close equivalent from accessible palettes. 

Producing the silicone form according to the mastet - model

• Master model is growing on a 3D printer
• According to master- model the silicone form is done
• Binary polyurethane mixes are filled in
• On the average is possible to it to receive up to 20 castings from one form.

3D scanning and geometry control

• For specially important articles and on demand of customer it is offered after construction of the details to produce a non-destructive control of geometry of articles on 3D scanner
• Measurement 30-50 qm depends on size and geometry details
• Opportunity of return reengineering. On 3D scanner detail is scanned. On received points cloud copy of the detail with use of systems modern CAD is built