Automated Block Stacking Warehouse for Ceramics and Slabs

Automated System for High-Density Storage of Pallets and Large Ceramic Slabs

The TecnoFerrari automated Block Stacking Storage warehouse for ceramics and slabs is a system designed for the automated management of the storage of pallets, large ceramic slabs, and other load units typical of the ceramic industry. The solution makes it possible to organize materials directly on the floor in compact, high-density blocks, optimizing the use of available space and improving the efficiency of logistics flows.

The system can operate as an intermediate warehouse between different production phases or as a finished product storage area, ensuring operational continuity and full integration with the industrial process. Thanks to automated handling management, the material is identified, tracked, and positioned according to logic defined by the supervisory software.

The solution integrates natively with AGV/LGV vehicles, automated handling systems, and WMS software, intelligently coordinating the storage, retrieval, and transfer missions of load units within the plant.

Particularly suitable for high-productivity ceramic plants, the system makes it possible to efficiently manage both traditional pallets and large formats and ceramic slabs, ensuring high operational flexibility and maximum enhancement of available space.

Automatic System for the Dynamic Management of Ceramic Storage

The Block Storage system automates material storage, handling, and retrieval operations through storage areas organized in high-density blocks. The absence of traditional racking and fixed handling aisles makes it possible to maximize the available surface area, increasing storage capacity and reducing infrastructure investments.

Automated management of logistics flows makes it possible to eliminate much of the manual handling, reducing the risk of damage to pallets, tiles, and large slabs during transport and storage operations. The system also helps improve batch management and handling priorities, ensuring full material traceability.

Thanks to integration with TecnoFerrari WMS software, the warehouse can operate according to FIFO (First-In, First-Out) or LIFO (Last-In, First-Out) logic, adapting to the plant’s specific production and logistics needs. The modular configuration also makes it possible to reconfigure the warehouse layout over time, following the evolution of production requirement.

This solution is a particularly effective choice for ceramic manufacturing plants geared towards industrial automation and continuous 24/7 operation, where high storage capacity, operational flexibility, and full integration with production systems are required.

Advantages
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Maximum use of available space thanks to ground-level storage organized in high-density blocks.

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Reduction of unused space and optimization of storage capacity compared to traditional solutions.

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Elimination of manual handling with a consequent reduction in operational risks and material damage.

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Greater layout flexibility thanks to the absence of fixed racking and permanent aisles.

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Reduction in infrastructure costs related to metal structures, maintenance, and warehouse expansions.

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Efficient management of batches and handling priorities through integrated WMS software.

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Full integration with AGV/LGV and automated systems for coordinated management of logistics flows.

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Total traceability of load units throughout the entire storage and handling process.

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High system scalability according to the plant’s production growth.

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Specific TecnoFerrari know-how in the automated handling of ceramic materials and large slabs.

  • Ground-level storage areas organized in high-density blocks for pallets, large slabs, and mixed loads.
  • Modular and reconfigurable layout according to production and logistics requirements.
  • Dynamic FIFO and LIFO management controlled by the supervisory software.
  • Integration with AGV/LGV for the automatic storage and retrieval of load units.
  • TecnoFerrari WMS software for mission management, operational priorities, and material traceability.
  • Automatic identification systems and control sensors for continuous monitoring of handling operations.
  • High storage density with optimization of available surface areas.
  • 360° laser scanners for operator protection in shared areas.
  • Automated handling of pallets, large slabs, and mixed configurations within the same plant.
  • Continuous 24/7 operation in high-intensity industrial environments.
  • Integration with Industry 4.0 and 5.0 systems for centralized control of logistics flows.
Available configurations
Block Storage per pallet

Configuration dedicated to the automated storage of pallets containing raw materials, semi-finished products, or finished goods. Ideal for applications requiring high accumulation capacity and dynamic management of logistics flows.

Block Storage for slabs

System designed for the automated handling and storage of large ceramic slabs, with particular attention to material protection and load unit traceability.

Hybrid pallet + slab systems

Configurations that allow the simultaneous management of pallets and large slabs within the same warehouse area, optimizing space and increasing the plant’s operational flexibility.

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