MultiJet and PolyJet Printing

Use MultiJet and PolyJet Printing when high-resolution, accurate and aesthetic 3D prints are key and FDM, SLA, and SLS don’t provide the resolution and materials properties you need. With a smooth surface finish, available in several materials, most air- and water-tight, this process brings the best simulation of production materials in days rather than weeks. With a USP Class VI Traceable biocompatible material, medical and wearable applications are a snap, and injection molds are easier than ever with the high-heat M3-X. Skip injection mold tooling and bridge tooling all together with cost competitive 3D printed components for low volume applications. 3D printing is no longer just for prototyping medical device and life science components.

High Resolution and fast turn time using the MultiJet 3D Printer


Build Envelope:

  • 11.75 x 7.2 x 8 in


  • HD 32um layers (375x 450y 790z DPI)
  • UHD 29um layers (750x 750y 890z DPI)
  • XHD 16um layers (750x 750y 1600z DPI)

Materials Available:

  • USP Class VI Certified Crystal M3
  • M3-X High Heat ABS-like
  • Castable and PolyP materials available special order

Machine Tolerances:

  • +/-.001-.002” per inch of build


Composition UV Curable Plastic UV Curable Plastic
Color White Natural
Density @ 80 °C
1.04 g/cm³ 1.02 g/cm³
Tensile Strength 49 MPa 42.4 MPa
Tensile Modulus 2168 MPa 1463 MPa
Elongation at Break 8.3 % 6.83 %
Flexural Strength 65 MPa 49 MPa
Heat Distortion
88 °C 56 °C
Ash Content N/A N/A
Melting Point N/A N/A
Softening Point N/A N/A
USP Class VI
No Yes
Description ABS-like


Functional Prototyping:

  • Excellent for prototyping when fine detail is needed
  • Our best printing option for thin wall sections
  • Translucent with thinner cross sections

Validation and Bridge to Production

  • USP Class VI biocompatible capable materials
  • Design verification and testing (DV&V)
  • 510k testing, CE mark testing, other regulatory filings (new bullet)
  • Pre-clinical studies
  • Assemblies, including snap-fit
  • Water tight, air tight, fluid flow visualization
  • Functional high temperature testing
  • Skip soft mold tooling completely with costs competitive up to 100-1000 components

Traceable materials for Rapid Tooling

  • Clean room compatible jigs, nests, and fixtures
  • Master patterns for Silicone, RTV, and fine detailed Urethane molding and casting
  • Injection molding – mold tool production for short runs
  • Robotic and automation end of arm tooling (EOAT)

Case Studies

Using 3D Systems MultiJet 3D printing expertise to redesign breakthrough ultrasound device

Micro 3D printing middle ear prostheses using 3D Systems MultiJet printing

3D Systems MultiJet  3D printing supports stem cell research

3D Systems MultiJet 3D printing speeds up robotic project

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