Simufact Additive

  • Simufact, based in Germany and part of the MSC Software group under Hexagon, specializes in numerical simulation software for metal forming, joining, welding, and additive manufacturing.

  • Simufact Additive is a robust, scalable simulation tool designed for optimizing metal additive manufacturing processes from the start. It focuses on analyzing Powder Bed Fusion techniques to enhance process accuracy and efficiency.

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What is Hexagon?

Hexagon is the global leader in digital reality solutions, combining sensor, software and autonomous technologies. Our solutions free our customers to harness the rapidly-increasing amounts of data, putting it to work to boost efficiency, productivity, quality and safety across industrial, manufacturing, infrastructure, public sector and mobility applications.



Key Services and Solutions


  • Geospatial and Industrial Solutions:

    Hexagon offers technologies for capturing, analyzing, and presenting geospatial data. This is used in mapping, surveying, and managing infrastructure in fields like construction, mining, and transportation.

  • Manufacturing Intelligence

    Hexagon provides solutions for optimizing manufacturing processes. Their services include metrology (precision measurement), computer-aided design (CAD), and computer-aided manufacturing (CAM) technologies for sectors like automotive, aerospace, and electronics.

  • Autonomous and Smart Solutions:

    Hexagon is involved in developing autonomous systems for industries such as agriculture, defense, and transportation. They integrate data from sensors and software to drive automation and smarter decision-making.

  • 3D Scanning and Reality Capture:

    Hexagon provides advanced 3D scanning and digital reality capture technologies, crucial for reverse engineering, construction, and asset management.

Simufact Additive ensures first-time success in 3D printing by:

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  • Enhancing build orientation to balance distortion, costs, build time, and support volume.
  • Refining part geometry to reduce distortions.
  • Identifying potential issues such as recoater contact, cracking, and shrink lines.
  • Minimizing residual stresses.
  • Analyzing cost implications.
  • Improving support structures for better performance.
  • Improving thermal management during the build process.
  • Analyzing powder utilization to optimize material usage.