Solutions
real parts. real possibilities.

With Fortus 3D Production Systems, you'll have the best additive manufacturing machines at your fingertips. Powered by Stratasys FDM (Fused Deposition Modeling) Technology, these highly versatile manufacturing systems streamline product design through fabrication. From your office to the factory floor, Fortus offers efficient solutions for your business.

Concept Models
Fortus Prototyping Images

With a physical model you can easily communicate, evaluate and optimize your product design. Fortus 3D Production Systems give you the ability to quickly produce physical models without the time and cost associated with machining or outsourcing. This allows you to review multiple designs quickly, test form and fit to solve design problems early, and create numerous iterations to improve the final product design.

How are Fortus concept models used?    

  • Form and fit testing
  • Communication models between departments and companies
  • Product research

How are models built?

It's simple really. Fortus systems are powered by Fused Deposition Modeling (FDM) Technology, which is simple and safe. They manufacture parts layer-by-layer in durable production-grade thermoplastics that really hold up.

  1. Pre-Process: Load the part’s STL file (CAD data) into Insight pre-processing software.
  2. Manufacture Parts: System builds part in thermoplastic material one layer at a time on precise tool paths.
  3. Remove Supports: Remove temporary support structures in a hands-free soluble support tank.
    Optional - Finishing techniques like painting, electroplating and wood grain dipping can be applied to make the prototype look like a final production piece. 
FDM Technology
FDM Technology

See FDM Technology in action to find out how it transforms CAD data into 3D models.

  Watch Video >>

Download Application White Paper

Get a sample part produced on an FDM machine.

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The FDM Process

1) Pre-Process.

Stratasys software prepares your 3D CAD data for the FDM build process.

2) Manufacture Part.

Thermoplastic build and support material is
precisely deposited layer-by-layer, forming
your part.

3) Remove Supports.

Support material is easily removed in a hands-free, water-based tank, or break it away by hand.

Process