Cross rolling forming machine is an important equipment in modern industrial production, especially in the field of metal processing, its efficient and stable performance has been widely used. The action principle of the equipment is mainly based on the rolling forming technology, through the roller applies continuous and uniform pressure on the metal plate or profile, so it plastic deformation, so as to achieve the predetermined shape and size.
In the process of work, the roller is the key component, usually installed by two or more pairs, can be moved along the horizontal, vertical or specific axial direction. The movement of these rollers is controlled and driven by a hydraulic system, pneumatic system or electric drive system, ensuring accurate suppression of the metal material.
When sheet metal or profiles are placed between the rollers, secure through a suitable fixture or device. With the pressing and rotation of the roller, the metal material is subject to various forces, including the pressing force of the roller so that its shape begins to change, and the rotation of the roller enables a higher smoothness on the surface of the material. This plastic deformation process allows the metal material to gradually reach the desired shape and size, while obtaining a certain strength and hardness.
The beam rolling molding machine is also equipped with a complete control system, which can adjust the roller movement speed, pressing strength and the fixation mode of the material, so as to realize the precise control and adjustment of the molding process. This flexibility allows the beam roller forming machine to adapt to the metal working needs of different materials, different shapes and sizes.
In general, the action principle of the beam roller molding machine is through the continuous roller rolling roller, the metal material plastic deformation, to achieve the predetermined molding effect. Its efficient and accurate performance makes the equipment have a wide application prospect in the field of metal processing.