Starting Your Point-of-Care 3D Lab

Are Your 3D Printers and Materials Certified for Diagnostic Use?

The Mimics inPrint Certification Program is designed to identify compatible printers and materials, so you can start your 3D printing facility at the point-of-care with both hardware and software fully certified for diagnostic applications.
 

Certified printers list    Have a question? Contact us

Starting Your Point-of-Care 3D Lab

Are Your 3D Printers and Materials Certified for Diagnostic Use?

The Mimics inPrint Certification Program is designed to identify compatible printers and materials, so you can start your 3D printing facility at the point-of-care with both hardware and software fully certified for diagnostic applications.
 

Certified printers list

Have a question? Contact us

The Mimics inPrint Certification Program is designed to identify compatible printers and materials, so you can start your 3D printing facility at the point-of-care with both hardware and software fully certified for diagnostic applications.

Benefits of the Certification Program
 

  • Solid foundation

    Start your hospital 3D lab on a solid foundation with the world’s first and only 3D printing software certified for clinical use, Mimics inPrint, and fully compatible hardware

  • Less overhead

    Save time and reduce the burden on your quality control processes by starting off with pre-vetted printers and materials

  • Credibility

    Build internal and external credibility for your new 3D lab by using certified tools and materials

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Printers and Materials Certified for Compatibility with Mimics inPrint

See printers list

Our goal is to help you make your 3D lab efficient, innovation-driven and ultimately patient-centric. Towards that goal, we undertook thorough testing in collaboration with industry-leading 3D printer manufacturers. Performance testing included a rigorous testing and analysis of specific material-printer combinations to determine whether, when adhering to the technical instructions from the machine manufacturer, models were printed accurately compared to specific acceptance criteria for each clinical indication.

We hereby identified that the below printer-material combinations may be safely used in combination with the Materialise Mimics inPrint software for printing models that are used in diagnostic scenarios such as multidisciplinary team communication or surgical planning.

We continue to work with hardware manufacturers to test more printers and ultimately increase the pool of certified tools available to you.

Contact us if you are interested in cooperating

 

These printers and materials are suitable for orthopedic, cranio-maxillofacial and cardiovascular anatomical models.

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Form 2

Single-Material desktop SLA-printing

Vat Polymerization

Clear FLGGPCL02

This printer can be ordered from Materialise bundled together with Mimics inPrint software.
Discover the bundled offer

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Download the Certification Report get_app

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J750/J735

Multi-color, multi-material polyjet printing

Polyjet

Agilus
VeroBlackPlus
VeroClear
VeroCyan
VeroGrey
VeroMagenta
VeroPureWhite
VeroYellow

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Object30 Prime

Single-material desktop based polyjet printing with biocompatible materials*

Polyjet

MED610

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Connex 2 500

Multi-material polyjet printing

Polyjet

VeroWhite

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Download the Certification Report get_app

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5S

Dual-material desktop extrusion printing

Material Extrusion

DualPLA

*Materialise does not take any ownership on this statement

Which solution works best for your hospital?

Materialise Mimics inPrint and a 3D printer can already provide you with a turnkey solution for starting a 3D lab in your hospital. Complete, accessible, high-quality and cost-effective.

Why wait? Contact us and we’ll help you find the right fit.

Why wait? Contact us and we’ll help you find the right fit.

Contact us