Case study:
Simulation of the automated stacking of panels from a chaotic material flow
More and more customers want personalized products that are precisely tailored to their needs - from customized kitchens and self-configured cars to individualized product packaging.
In many sectors, consumers are now putting together their own unique products. In the furniture segment in particular, customers are configuring their furnishings entirely according to their personal preferences and Industry 4.0 is making it possible. This is why batch size 1 is increasingly dominating the production of furniture manufacturers, making reliable internal production logistics indispensable.
For this reason, kitchen manufacturer Burger Küchen is also focusing on greater process reliability and error reduction when planning new production lines. In our case study, the aim is to automate the highly complex production process of freely packing wooden panels onto pallets, which are fed from a chaotic material flow.
Two essential components are required for this: stacking software and an efficient transport and handling concept for the fronts and carcass parts.
During the actual commissioning of the system concept, Rotte and Burger opted for a material flow simulation due to the complexity of the process. This was ultimately developed in close cooperation with the consulting firm Unity AG from Paderborn.