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The CONVERGING solutions are applied in the following sectors:

Automotive Sector

  • Robotization of manual applications using novel robot solutions to compete with lower wages market.
  • Enablement of fast reconfiguration by exploiting the mobility and ICT interconnection of products and resources.
  • Involve new young engineers, students and research institutes in the problems that the automotive sector faces and provide innovative solutions.
  • Greatly improve operator working conditions who will be tasked with nonphysical demanding tasks which are designed to be intrinsically safe and pave the way to a more highly skilled and value adding work content.



White Goods

  • Enhance and adjust the overall system to changes in the work cycle, reducing the time required for cobot programming, fine tuning, and commissioning.
  • Use the real time data to simulate cobot behavior and to replicate activity for monitoring and control purposes.
  • Increase the workers’ ergonomics (the OCRA- NIOSH index will turn from Purple to Orange and, at the same time will keep the advantage of a human workstation in terms of flexibility).
  • Improve collaborative operations allowing cobot installation also in workplaces where currently this is not feasible.
  • Shorten time and cost to launch a new product, since the robot will simply need to be reprogrammed.




  • Reduction of the time cycle of inspection as the robots will be able to work continuously.
  • Productivity will be increased as fewer workers will be needed.
  • Prevention of working inside hazardous areas and exposure to chemicals.


Additive Manufacturing Sector

  • The use of AGVs will allow to shift time-dependent handling into data-driven based handling.
  • The AI planning will ensure the distribution of effort based on the current load of the AM station.
  • Data analytics and AI will enable the robot to simulate the human arm as much as possible, reach difficult points and speed up operations of surface finishing.
  • The digital pipeline will propagate field data to the DT and inspection modules for process monitoring and optimization.
  • Easy robot programming will enable the efficient handling of low volume and large variability.