The working principle of deck rolling forming machine is mainly based on metal plastic deformation technology, pressing the deck material by roller to achieve the purpose of forming, compression and straightening. Here is a detailed explanation of the working principle of the deck rolling forming machine:
The key component of the deck roller is the roller, typically consisting of two or more pairs of mounted wheels. In working, the roller can be moved in the horizontal, vertical or axial direction, and these movements can be controlled and driven by the hydraulic system, air pressure system or electric transmission system.
The deck material is placed between the rollers and secured by a suitable fixture or device. As the roller rotates and presses, the deck material suffers from many forces. First, the pressing force of the roller will cause the shape of the deck material to change and gradually approach the desired shape. Secondly, the rotation of the roller will make the deck material follow the rotation of the roller accordingly, and this rotation can improve the surface smoothness of the deck material.
During the roller pressing of the deck material, the interior of the deck material produces plastic deformation. With the suitable roller design and the selection of process parameters, the deck material can gradually reach the desired shape and size during the constant deformation process. As the roller moves, the deck material gradually transforms from the initial shape to the desired shape and obtains a certain strength and hardness.
Deck rolling molding machine usually has a complete set of control system, which can control and adjust the molding process by adjusting the movement speed of the roller, the pressing strength and the fixation of the deck material. With suitable parameter set and operation methods, the required finished deck product can be obtained.
In short, the deck rolling molding machine realizes the precise molding of the deck material through the cooperation of the roller movement, the material loading, pressing process and control and adjustment.