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Safe human-robot collaboration in the production of electric motors

When assembling electric motors, human-robot collaboration is used to boost productivity. A robot takes the electric motors from the conveyor belt and gives them to the worker for further processing. This person places a wiring harness in the designated place in the electric motor. The robot then places the workpiece back on the conveyor belt. In this way, the robot functions as a flexible production assistant that can help the worker with unergonomic, manual tasks. The safety solution at the workstation is implemented by means of a microScan3 safety laser scanner and the Flexi Soft safety controller. A particular highlight is the innovative safeHDDM™ scan technology which is extremely resistant to ambient light and dust.

  • Following product families can be used
    Product family Flexi Soft
    The software-programmable safety controller
    • Safety controller with modular hardware platform
    • Configuration saved in the system plug
    • Safe controller networking with Flexi Line
    • Safe series connection with Flexi Loop
    • Safe drive monitoring
    • Safe analog value monitoring
    • Flexi Soft Designer license-free configuration software
    Product family microScan3 Core
    The new generation of safety laser scanners for stationary applications
    • Innovative safeHDDM® scanning technology
    • Protective field range: Up to 9 m, scanning angle: 275°
    • Up to 8 freely configurable fields
    • Up to 4 simultaneous protective fields
    • System plug with configuration memory and M12 plug connectors
    • Safe machine integration via I/Os or via network with EtherNet/IP™ CIP Safety™ or PROFINET PROFIsafe
    • Safe SICK device communication via EFI-pro
Sensor solutions for robotics
Robotics image
Sensor solutions for robotics
Robotics image

Working together as equals

Thanks to sensors from SICK, robots perceive more precisely. For all challenges in the field of robotics: Robot Vision, Safe Robotics, End-of-Arm Tooling, and Position Feedback.
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