The principle of the rainwater trench rolling forming machine is mainly to use the continuous movement of the roller, through the interaction force of the plastic deformation of the roller and the material to be processed, and then get the required molding products.
Specifically, when the roller works, the roller can move in different directions (e. g., horizontal, vertical or axial). These movements are accurately controlled and driven by the hydraulic system, pneumatic system or electric transmission system to ensure that the movement track and speed of the roller meet the process requirements.
During processing, the storm trench material to be processed is placed between the rollers and secured by fixtures or devices. With the rotation and suppression of the roller, the storm trench material is subjected to many forces. The pressing force of the roller deform the material and gradually approaches the desired shape. At the same time, the rotation of the roller drives the material to move to achieve continuous processing.
Moreover, the design of the roller and the selection of process parameters are crucial to the molding effect. By optimizing the shape, size and material of the roller, and adjusting the movement speed and pressing force of the roller, the high precision and efficient molding of the rainwater trench material can be realized.
In short, the rainwater trench rolling molding machine uses the continuous movement and pressing force of the roller to realize the plastic deformation and molding of the rainwater trench material. Through precise control and optimization of process parameters, high quality and high precision molding products can be obtained to meet various engineering needs.