The TecnoFerrari Automated Block Stacking Warehouse system is designed for the automated management of high-density storage of raw materials, semi-finished goods, and finished products, optimizing available space and ensuring full integration with the plant’s production and logistics flows.
The solution allows load units to be placed directly on the floor in stacks or rows, eliminating the need for traditional racking and maximizing storage density. The system integrates with AGV/LGV automated vehicles and WMS supervisory software for intelligent management of missions, handling priorities, and full material traceability.
The Stacking Automated Block Storage Warehouse is suitable for high-intensity production environments where large volumes of uniform items must be managed and buffer, shipping, or intermediate storage areas must be optimized.
The Block Storage system makes it possible to automate the storage, handling, and retrieval operations of load units through dynamic management logic integrated with the production system.
The solution eliminates the need for fixed maneuvering aisles and dedicated metal structures, increasing layout flexibility and reducing costs associated with traditional warehouse infrastructure.
Thanks to integration with AGV/LGV shuttles and TecnoFerrari’s proprietary WMS software, the system ensures efficient logistics flow management, optimizing handling routes and providing continuous control of storage and retrieval operations.
The warehouse can be configured for FIFO (First-In, First-Out) or LIFO (Last-In, First-Out) management logic, adapting to the plant’s various production and logistics requirements.
Maximum storage density thanks to the elimination of traditional racking and fixed handling aisles.
High operational flexibility with the possibility of reconfiguring the warehouse layout according to production needs.
Reduced infrastructure costs related to metal structures, maintenance, and space management.
Full integration with AGV/LGV and WMS systems for automated mission management and material traceability.
Optimization of logistics flows through handling routes managed by the supervisory software.
Improved operational safety thanks to the use of laser scanners and protection systems for environments shared with operators.