The working principle of the cold rolling forming machine is mainly based on the plastic deformation characteristics of the metal materials. Through the specific rolling process, the metal strip gradually changes its shape under the action of the mechanical force, so as to meet the required forming requirements.
Specifically, the working process of the cold rolling machine includes the following key steps: firstly, feed the metal strip into the rolling area of the machine; then squeeze and stretch the metal strip by continuous rotation of the rollers; during the rolling process, the plastic deformation and the section shape gradually changes until the preset molding target is reached; finally, after a series of rolling steps, the metal strip is exported from the rolling area and becomes a finished product with specific shape and size.
The working principle of the cold rolling forming machine is also reflected in its precise control system. Modern cold rolling forming machines usually use advanced computer control system to realize the accurate rolling of metal strip by accurately controlling the position, speed and pressure of the roll. In addition, some high-end cold rolling forming machines are also equipped with automatic testing devices, used for real-time monitoring of the parameters in the rolling process, to ensure the quality and stability of the products.
In short, the working principle of cold rolling forming machine is based on the plastic deformation characteristics of metal materials and the accurate control system, which realizes the forming and processing of metal strip through continuous rolling. This working principle makes the cold rolling forming machine have a wide application prospect in the field of metal processing.