The principle of the shelf roller is mainly based on the rolling and pressing of the material by the roller. This equipment is widely used in industrial production, mainly used for the molding of plates or other metal materials to meet specific shape and size requirements.
First, shelf rollers are typically equipped with two or more rollers that are rotated by a motor, hydraulic or pneumatic system. When the motor starts, the roller begins to rotate at a certain speed to power the subsequent rolling operation.
Secondly, the shelf plate to be processed is placed in the inlet position of the roller machine. As the wheel rotates, the plate is driven by the wheel and carried forward. In this process, the roller applies pressure and friction on the plate, so that it is gradually pushed to the working area of the roller.
In the working area, the roller rolls and presses the plate. The shape and motion mode of the roller wheel determine the deformation effect of the plate. Precise molding of the plate can be achieved by adjusting the clearance, pressure and rotation speed of the roller. The rolling operation not only increases the density and strength of the plate, but also gives it a specific shape and size.
Finally, when the plate passes through the roller machine and completes the rolling operation, it can be removed from the discharge port. At this point, the plate has the desired shape and size, and can be further used for shelf assembly and production.
In conclusion, the principle of the shelf roller mainly depends on the rotation of the roller, the transmission of the plate and the rolling operation. By accurately controlling the movement and parameters of the roller, the equipment realizes the efficient and accurate molding of the plate.