PowerPICK3D

The compact solution for reliably and fast picking of unsorted small components with complex geometries 

PowerPICK3D is a sensor system for the automation of sophisticated, robot-based bin picking applications, especially for the bulk separation of small components and extremely short cycle times.

The system determines the position of randomly dispersed objects at different heights and orientations. Intelligent collision avoidance enables trouble-free bin picking. Using state-of-the-art LED lighting technology, the sensor generates a high-definition 3D point cloud that enables detection of even small components. The automatically generated robot path allows the robot to precisely remove the components from the container and place them in the predefined position.  Unlike conventional separation methods, the robot can pick different components interchangeably.

PowerPICK3D is available in various sizes to ensure an optimal emptying of a wide range of container types and sizes, from small load carriers to large pallet cages. Intelligent pick planning and precise component feeding into the production process ensure absolute reliability and maximum productivity at rapid cycle times.

As part of the Touch & Automate portfolio, PowerPICK3D features an intuitive user interface that can be used without any expert knowledge and allows the operator to easily analyze the system when necessary. Additionally, the intuitive user interface supports effortless configuration of new component shapes within a matter of hours. Compatible with all common robot types, PowerPICK3D ensures reliable production processes and automation for enhanced efficiency.

Product Details

  • 100% bin emptying due to multi-stereo QUAD camera technology
  • Extremely fast scanning in less than 0.5s with embedded point cloud engine
  • Highest gripping and placing accuracy for small to medium parts
  • Robust 3D object detection of smaller and shiny parts
  • Collision-free robot path and gripper planning
  • Ready to use in hours with any robot
  • Teach from scan for simplified part teach-in
  • 8 MP resolution, optionally 20MP and 48 MP resolution
  • 0.5mm accuracy
  • FOV from 400x600 mm to 1200x1000 mm