Q-botics | Soluzione di pallettizzazione con cobot da 20kg | 2150-2550mm

The AWP-20L is part of a modular palletizing platform with payload classes from 20 to 30 kg, based on a 6-axis cobot architecture with integrated vertical lifting column for extended stacking height. Different reach variants from 1,480 to 1,880 mm enable precise adaptation to cell layouts and pallet positions. The system uses a standardized controller with Ethernet/IP or Profinet interfaces, ensuring seamless integration into existing production lines. Consistent kinematics, repeatability (±0.04 mm) and identical HMI/software architecture across the series simplify scaling, reduce commissioning time and enable quick capacity upgrades without reprogramming.

Operators can configure palletizing applications without any coding skills using an intuitive graphical recipe editor. Predefined templates simplify the setup of common stacking patterns, while adjustable parameters allow quick customization for different box sizes or pallet formats. This user-friendly approach significantly reduces commissioning time and enables fast changeovers during production. Even teams without robotics expertise can implement and optimize palletizing processes, making automation accessible and highly efficient for small and medium-sized enterprises.

With a repeatability of ±0.04 mm, the AWP-Series ensures consistently accurate placement of cartons and packages. The integrated vacuum gripping system enables secure handling of various product types, minimizing the risk of slippage or damage. Smooth, optimized motion sequences and vibration-reduced operation contribute to stable stacking and improved pallet quality. This level of precision not only protects sensitive goods but also enhances overall process reliability, making the system suitable for demanding industrial environments.

Small and medium-sized enterprises in industries such as food processing, packaging and logistics benefit strongly from automated palletizing with the AWP-Series. The system reduces manual labor, lowers ergonomic strain on employees and ensures consistent throughput across shifts. It is particularly suitable for production lines with moderate volumes and frequent product changes. By improving efficiency, reliability and process stability, the solution helps SMEs increase competitiveness while maintaining flexibility in dynamic production environments.