This system is used to train all of the required working steps. Starting from the conception, through the mechanical assembly of the facility all the way to the programming of a fully automated production line. The journey goes from the basic principles of individual subsystems all the way to the advanced programming and networking of entire production systems. A multi-part car with integrated operational pcbs, chassis and different car bodies is completely assembled and “painted” on a fully automated production line. Subsequently a quality control phase takes place including individual labelling. Using an imprinted QR code the production sides of the products can be called up via mobile end devices. A detailed overview of all production data can be monitored. Using a QR code and AR-capable end devices it is possible to project and observe a 3D model of the ordered product on the table.

Assembly production line consists of the following substations:

• IMU with IMS 4d Double Magazine Parts Assembly Substation (IMU-IMS 4d)


• IMU with IMS 3d Double Magazine Parts Separation Substation (IMU-IMS 3d)


• IMU with IMS 16 Painting Parts Substation (IMU-IMS 16)


• IMU with IMS 18 Parts Inspection using Camera Substation (IMU-IMS 18)


• IMU with IMS 17 Labelling Parts Substation (IMU-IMS 17)


• IMU with IMS 7 Handling Parts Substation (IMU-IMS 7)

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Training Concepts:

• Create TIA-Portal projects
• Become familiar with mechatronic systems
• Convert mechanical operations into programmable sequential operations
• PLC programming of sequential control systems
• Integration, i.e. Networking of individual systems into production lines
• Implementation of full-automated production lines
• Networking of an ERP system with the production line

Your Benefits:

• Modularity of the systems
• Usage of genuine industrial components
• Self-study courses to explore and work through requirements
• Flexible project situations
• Multiple extension options Including:
  • Augmented Reality
  • Robotics

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