An automatic high-position block cuber system is a specialized piece of machinery used in the concrete production industry, primarily for the efficient handling, stacking, and cubing of concrete products, such as bricks and blocks. Here are the main features and functions of this system:

1. Automated Handling:
   • The system automates the process of collecting, stacking, and cubing concrete blocks after they have been produced and cured, minimizing the need for manual labor.
2. High-Position Stacking:
   • It is designed to stack blocks in a vertical configuration, taking advantage of vertical space in warehouses or transportation containers. This high stacking capability maximizes storage efficiency.
3. Cubic Formation:
   • The system arranges the blocks into cubic shapes for easier handling and transportation. The blocks are typically stacked in layers and then wrapped or banded together to form a complete cube.
4. Precision and Speed:
   • Equipped with advanced sensors and control technology, the cuber system operates with high precision, ensuring that blocks are stacked correctly without damage. It also performs the stacking process quickly, increasing overall productivity.
5. Flexible Configuration:
   • Many block cuber systems can be customized for different block sizes and shapes, accommodating various production requirements.
6. Integrated Control Systems:
   • The system often includes an integrated control platform that allows operators to monitor and adjust settings as needed, ensuring optimal performance.
7. Reduced Labor Costs:
   • By automating the cubing and stacking process, manufacturers can reduce labor costs and improve workplace safety, as there is less manual handling of heavy materials.
8. Enhanced Product Quality:
   • Automation reduces the risk of human error, leading to consistent quality in the stacking of blocks and minimizing product damage during handling.

Overall, an automatic high-position block cuber system is an integral part of modern concrete production, enhancing efficiency and reliability in the handling of concrete products.