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Abintrax-Didact
Automation

ABB IRB 14050 YuMi Lab – Training A: cobot, 2D vision and servo suction gripper

Lab with an ABB IRB 14050 YuMi single-arm cobot: 2D vision (VILBOX/VIDEMO), servo gripper with suction cup, 4IN/4OUT I/O panel and Pick&Place micro-projects with an Industry 4.0 focus.
MePA code: ABX-ABBIRB14050A

About this solution

Educational Aims

  • Support learning of collaborative technologies and industrial automation using an ABB IRB 14050 robot.
  • Provide an immersive, realistic experience in programming, operating and maintaining industrial robots in an educational setting.
  • Promote the integration of machine vision systems, smart actuators and human-machine interfaces such as the FlexPendant.
  • Train students and technicians in collaborative robotics according to international industrial standards (UL/CSA, PROFINET).
  • Raise awareness of the responsible and safe use of collaborative robots, with attention to operator interaction and active/passive safety.
  • Encourage an interdisciplinary approach, with activities spanning mechatronics, automation, industrial computing and machine vision.
  • Foster inclusion and accessibility through intuitive tools, demo modules and flexible interfaces for basic and advanced technical training.

Learning Objectives

  1. Understand the architecture and operating modes of a 6-axis collaborative robot, including cabling configuration and manipulator setup.
  2. Learn to use the OmniCore C30 controller, with desktop and LAN configurations for connected services and a built-in Ethernet switch.
  3. Use the 10 m FlexPendant for programming, calibration and interactive control of the robotic arm.
  4. Program movements, trajectories and operating cycles of a collaborative robot using RobotWare software and integrated applications.
  5. Integrate a servo gripper with suction cup, a vision module and a synoptic panel to carry out automated, dynamic picking, placing and visual inspection tasks.
  6. Develop skills in diagnostics, preventive maintenance and handling operational faults through a modular approach.
  7. Simulate real automation use cases in smart production settings, with particular attention to ergonomics, productivity and safety.
  8. Learn the regulations and industrial standards for automated systems and collaborative robots for Industry 4.0.
  9. Prepare for entry into technical and professional workplaces, Technical Institutes, ITS and post-diploma courses in automation and advanced robotics.

Conclusion

The ABB lab with the IRB 14050 collaborative robot is a complete, compact educational platform aligned with the needs of Industry 4.0. The integration of smart components, machine vision and advanced programming environments makes it possible to train professionals ready to face the new scenarios of automated production, collaborative robotics and the digitalisation of industrial processes.