Overview

Robotic palletizing system developed for PANIAGUA, combining real-time decision-making, dynamic pallet optimization and industrial automation.

Objective

Design an adaptive palletizing system capable of integrating multiple production lines and optimizing stacking in real time under variable conditions.

System

A KUKA industrial robot performs palletizing operations, supported by a distributed control architecture based on Beckhoff.
A dedicated decision layer computes pallet configurations dynamically, adapting to product type, sequence and flow.

Execution

The system operates without predefined layouts, generating optimized stacking patterns in real time while coordinating input from two independent multi-product lines.

Technology

• KUKA robotic palletizing system
• Beckhoff-based distributed control
• Real-time decision algorithms
• Dynamic pallet optimization logic

Result

An adaptive palletizing system capable of optimizing each pallet in real time, improving efficiency and coordination across variable production environments.