How does the CNC plate rolling machine deal with material deformation during operation?- Jiangsu Weiyang Heavy Industry Technology Co., Ltd.

How does the CNC plate rolling machine deal with material deformation during operation?

During the operation of the CNC plate rolling machine (CNC Rolling Machine), dealing with material deformation is the key to ensuring product quality and processing accuracy. In order to reduce the deformation of the material that may occur during the rolling process, we first need to select the appropriate material and thickness. Different metal materials have different physical properties. Understanding and selecting the right material can help reduce deformation problems. In addition, by adjusting the working parameters of the CNC plate rolling machine, such as pressure, speed and temperature, the deformation of the material can be effectively controlled. For example, the rolling pressure and speed can be adjusted appropriately to avoid stress concentration caused by excessive speed, or by uniformly heating the material to reduce deformation caused by uneven cooling.

During the rolling process, pretreatment or preheating can also help reduce deformation. Pretreatment can include removing oxide layers or irregular surfaces on the surface of the material, while preheating can make the material more plastic and reduce deformation. Choosing the right rolling sequence and method is also key. For example, rolling in stages or multiple times can reduce stress accumulation in each step, thereby controlling the accuracy and stability of the final shape.

The compensation and correction technology in the CNC system can adjust the rolling parameters in real time to deal with deformation problems. The CNC system compensates for material deformation through real-time feedback and adjustment to ensure processing accuracy. After rolling is completed, the product may need to be post-processed and corrected, such as heat treatment, cooling or mechanical correction, to correct the deformation caused by the rolling process and ensure that the final product meets the design requirements.