The shipping container making machine is specifically engineered for the manufacturing of shipping container panels. The production process commences with large steel sheets. These sheets are precisely cut down into smaller, more manageable sizes. Once the sheets are cut, a metal roll – forming process is initiated. This process uses specialized machinery to gradually shape the smaller sheets into the specific form required for the container panels.
Following the roll – forming process, the sheets are subjected to a corrugation process. Corrugation involves creating a series of parallel ridges and grooves on the surface of the sheets, giving them a wave – like texture. This corrugated design is not just for aesthetic purposes; it significantly enhances the structural strength of the container walls. By distributing stress more evenly across the surface, the corrugation helps the walls withstand the various forces they may encounter during transportation and storage.

After the corrugation, the smaller panels are carefully laid out in a specific pattern. They are then joined together through a welding process. Welding ensures a strong and permanent bond between the panels, creating a single, full – sized wall panel.
The final step in the production of the wall panels is the attachment of square tubing. Square tubing is welded onto the top and bottom edges of the wall panel. This tubing acts as a connection interface. It allows the wall panels to be securely welded to the floors and roof of the shipping container, ensuring the overall structural integrity of the container.