Solution for processing billets over 12MM thick

Step 1. Material Supply 

Thick steel plates are directly supplied from the storage area to the laser cutting machine through a crane system or an automatic material supply system.

The solution is suitable for large-sized and heavy-load materials, helping to reduce production preparation time, limit manual handling operations, and enhance operational safety.

Step 2. High-Power Laser Cutting  

After being supplied, the steel plates are processed on a high-power laser system to create components for heavy steel structure production. Typical products include: beam flange plates, beam wing plates, box beam component plates, base plates, stiffeners, wind power structure components, industrial equipment components. 

Accurate processing capabilities help reduce machining allowances, limit assembly deviations, and improve the quality of output products. The maximum laser power of up to 120KW allows for processing products with extremely large thicknesses. 

Step 3. Processing and Sorting Products After Cutting    

After completing the cutting process, the components are automatically removed from the cutting table by the automatic material handling system and transferred to the sorting area. 

Here, the products are separated from scrap materials and arranged according to product groups or orders. This solution helps reduce manual collection time, limits material management errors, and ensures the cutting machine always maintains high operational efficiency.

Step 4. Laser Engraving and Storage Transportation    

After sorting, the components are automatically transported to the laser engraving system to mark identification information such as: 

• Component code  
• Order code  
• Project code  
• QR code for tracking  

This information helps businesses easily manage materials, trace origins, and control production progress. After completion, the products are transferred to the storage area or distributed for subsequent processes.

Step 5. Storage and Production Distribution    

The components are stored according to each order or project, ready for distribution to beam assembly lines, welding robots, or subsequent production processes.

This solution helps shorten material preparation time, reduce component loss, and enhance production management efficiency throughout the entire factory.