PolyJet 3D Printing Service

Multi-material printing in full color with smooth surfaces

About PolyJet 3D printing

With our automated PolyJet printers, we can quickly and reliably build parts with surface quality similar to injection-molded items. Unlike injection molding, we can build parts in any combination of colors—from single-color goods to fully textured items. Available in both glossy and matte finishes, our full-color PolyJet process is ideal for most consumer-facing items where injection molding would otherwise be used and where color requirements extend beyond white or black.

PolyJet 3D printing process

Sample Applications

Digital Anatomy

Medicine
Digital Anatomy

With the ability to produce full-color parts, including transparent elements, RapAdd MFG's automated PolyJet service is ideal for patient-specific anatomy models delivered quickly and cost-effectively.

End use parts

Consumer goods
End use parts

With near-perfect surface finish and the ability to produce cost-efficient parts in any color (or combine multiple colors in one part), PolyJet is perfect for producing end-use items for consumer goods.

Promotional Items

Marketing
Promotional Items

By producing parts in all available colors, it is possible to embed logos and other brand identifiers directly into the item. No tooling required.

Automated Production Workflow

Fully Automated Production Pipeline

  1. File Preparation

  2. Printing

  3. Support Cleaning

  4. Vibratory tumbling

  5. Quality inspection using computer vision systems

  6. Packaging and dispatch

Advantages & Limitations

Advantages

  • Full color prints
  • Exceptional part quality
  • Smooth surfaces
  • High detail resolution

Limitations

  • High material cost
  • Brittle material
  • UV sensitivity

Available Materials

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Sample Prints

Multi-color Parts
Multi-color Parts
Multi-color Parts
Multi-color Parts

Design Guidelines

PolyJet

Multi-material photopolymer jetting

Guideline image for PolyJet: Min Wall Thickness (Unsupported)

Min Wall Thickness (Unsupported)

1.2 mm

Guideline image for PolyJet: Min Wall Thickness (Supported)

Min Wall Thickness (Supported)

0.8 mm

Guideline image for PolyJet: Min Feature Size

Min Feature Size

0.1 mm

Guideline image for PolyJet: Min Hole Size

Min Hole Size

0.5 mm

Guideline image for PolyJet: Tolerances

Tolerances

±0.1 mm

Guideline image for PolyJet: Min Letter Size

Min Letter Size

0.3 mm height, 0.1 mm depth

Guideline image for PolyJet: Min Pin Size

Min Pin Size

1.5 mm diameter

Guideline image for PolyJet: Max Overhang

Max Overhang

Support material available

Guideline image for PolyJet: Layer Height

Layer Height

0.016 mm

Technology Comparison

Compare our additive manufacturing technologies across key performance metrics to choose the best solution for your project requirements.

Technology Performance Matrix

CriteriaFDMSLADLPSLSPolyjetDMLS/SLM
Cost per Part
$
$$
$$$
$$
$$$$
$$$$$
Surface Quality
Good
Excellent
Excellent
Very Good
Excellent
Excellent
Accuracy
±0.3mm
±0.15mm
±0.1mm
±0.2mm
±0.1mm
±0.15mm
Material Variety
Very High
Medium
High
Medium
High
Limited
Build Volume
Large
Very Large
Small
Medium
Medium
Small
Support Required
Yes
Yes
Yes
No
Yes
Yes
Post-Processing
Minimal
Moderate
Moderate
Moderate
Moderate
Extensive
Multi-Material
Limited
No
No
No
Yes
No
Excellent
Good
Requires Consideration

Ready to Start Your Project?

Upload your files now for instant pricing across all our technologies, or speak with our engineering team for a custom consultation.

Questions about which technology is right for your project?Contact our technical team