Digital-Twin-based solution for Airframe Assembly

The complete process from the import of engineering data to design change 

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What you will learn

In the webinar, we are showing a complete end-to-end process from the import of engineering data, fastener information, and design change information for full digital continuity, the simulation-based programming and optimization of the robot operations, and the validation of the programs with virtual controllers.

About the webinar

Offline Programming for complex airframe assembly systems is commodity for many years. But yet, many problems and challenges remain open.  

With our next generation FASTSUITE software, we are combining all our experience from many implementation projects in Aerospace with new solutions for the open challenges. In the webinar we are showing a complete end-to-end process from the import of engineering data, fastener information and design change information for full digital continuity, the simulation-based programming and optimization of the robot operations and the virtual commissioning of the programs with virtual controllers.  

Keywords like “Digital Continuity”, “Virtual Commissioning” and “Digital Twin” are intensively discussed - we make them become reality.

Highlights:

  • Import of engineering models and fastener definitions: full digital continuity
  • High performant programming system with automatic path planning, collision avoidance and issue monitoring: reliable robot programs to reduce system downtime
  • Connection with virtual controllers for real program validation: exact simulation behavior of the digital twin model for virtual commissioning of all programs

 

Target group

  • Robot Programmer
  • Manufacturing Engineer
  • Mechatronic Engineer
  • KUKA Programmer

View webinar recording

Duration: 45 minutes

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