Depalletizing and Palletizing

The automated palletizing and depalletizing solutions from SSI SCHAEFER are highly dynamic and functionally safe, regardless of size and weight of products or environmental conditions.

Depalletizing Robots at Schaeffler

Depalletizing and Palletizing with Robots

Economic considerations and ergonomic requirements, including the ones imposed by lawmakers, lead more and more to the use of robots for depalletizing in layer picking and to the combination of depalletizing and palletizing in one work step.

Fully automatic systems for palletizing and depalletizing are efficient solutions for the realization of continuously automatic process chains.
They ensure constant performance independent of external parameters.

During order picking, factors such as the size and weight of products, as well as ambient conditions, influence the palletizing and depalletizing processes. Here, robotics applications for layer picking and case picking ensure efficient processes.

We advise our customers on the selection of available technologies and implement the most suitable solution.

The following robot technologies are increasingly used in intralogistics:

  • Articulated arm robots

  • Different types of gantry robots

We integrate robotics solutions for the piece or layer depalletizing and palletizing of bins, cartons or beverage crates into your overall system.

The high-performance cameras, coupled with the WAMAS® Vision module, ensure that products are recognized perfectly. Thanks to this innovative optical control, additional systems for identification, for example with barcodes or transponders, are not required.

Pallet racking system

Robotics

Robotics

Robot Brains

Reasons for Robotics applications

  • Constant performance

    • independent of product size and weight

    • irrespective of working times

    • irrespective of ambient conditions

    • irrespective of ergonomic requirements

  • Economically advantageous solution

  • End-to-end solution: Automatic palletizing and depalletizing make it possible to achieve a continuously automated process chain

  • High dynamics

  • High functional safety

  • Gentle product handling

  • Humanization of the operating environment

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