Palletiseren

DUCO's palletiz stacking solution combines precision, speed, and reliability with the integration of collaboratieve robots, reducing physical strain on workers and enhancing workplace safety. The solution can be seamlessly combined with lift columns, allowing for efficient stacking of trays at varying heights. With easy deployment and intuitive controls, it optimizes the tray stacking process, streamlines operations, and improves overall efficiency, positively impacting productivity and employee well-being.

Uitdagingen in de Palletiseren Proces

• Onregelmatige vormen

  Some items may have irregular shapes that make it challenging to place them on a pallet.

• Gewicht en stabiliteit

  Some items may be very heavy or prone to losing balance and stability during stacking. This can result in tilted pallets, item collapse, or unstable stacking.

• Efficiëntie van ruimtegebruik

  Maximizing the utilization of pallet space is crucial in optimizing the loading process.

DUCO Automated Palletizing Solution

The DUCO palletizing kit provides an efficient solution for automated palletizing, featuring a vacuum gripper, lifting pillar, pallet detection sensor, and indicator for secure handling, precise positioning, and reduced errors. With its intuitive interface, the DUCO system allows for quick deployment of collaborative robots without coding knowledge, streamlining setup and launch within 20 minutes.

Modular

The DUCO palletizing kit provides a complete solution for efficient and automated palletizing, ensuring secure handling, precise positioning, and easy monitoring, for seamless integration into your workflow.

Gemakkelijke implementatie

DUCO system simplifies collaborative robot deployment by enabling non-coders to set up and launch robots in just 20 minutes, boosting productivity and efficiency without the need for complex programming or configuration.

Vereenvoudigde operaties

Real-time module-level performance adjustment optimizes operational parameters and configurations to maximize efficiency through continuous monitoring, instant adjustments, and iterative fine-tuning for improved system performance and productivity.