The working principle of the metal roll forming machine is mainly based on the metal plastic deformation technology, using the rotation and extrusion effect of the roller to continuously process the metal materials.
Specifically, the sheet metal is first sent into the working area of the metal roll forming machine. Subsequently, two or more rollers begin to rotate, forming an adjustable gap between them that determines the thickness of the final molded product. When the metal plate passes through the roller gap, it is squeezed and stretched by the roller, and the plastic deformation occurs.
With the continuous rotation of the roll, the metal sheet is compressed and stretched between the roll, and gradually changes its shape and size, until the desired forming effect is achieved. This molding process can be very precise, because the shape, gap, and rotation speed of the rollers can be precisely adjusted as needed.
In addition, the metal roll molding machine is usually equipped with automatic control systems to monitor and adjust various parameters in the molding process to ensure the quality and stability of the product. This automated control not only improves production efficiency, but also reduces operational difficulty and the need for manual intervention.
In general, the metal roll forming machine uses the rotation and extrusion of the roller, combined with the precise parameter adjustment and automatic control, and realizes the continuous molding processing of metal materials, which is widely used in the production field of various metal products.