The problem of material fracture caused by feeding machines is not uncommon in production scenarios such as stamping, shearing, and forming, and is mainly caused by multiple factors. Firstly, if the feeding speed of the feeder does not match the working rhythm of the punch press, it can cause the material to be forcefully pulled or stopped, resulting in fracture. Secondly, improper adjustment of roller pressure can lead to material fatigue fracture when the feeding roller pressure is too high. If the clamping system of the feeding machine is too tight or loose, it will also cause local stress concentration in the material during the feeding process, resulting in cracks and gradually developing into fractures. In addition, if there are quality defects in the material itself, such as surface microcracks and uneven hardness, it will also be amplified by stress during feeding.

If there are foreign objects or misaligned tracks in the feeding path, it can cause the material to scratch or jam, leading to the risk of fracture. To address these issues, it is necessary to regularly check the synchronous control system of the feeding machine to ensure that the punching and feeding rhythms are consistent; Regularly maintain the rollers and guide rails to ensure smooth feeding; Choose a feeding machine model that is suitable for the material properties, ensuring that the feeding equipment can adjust the pressure and speed appropriately according to the material characteristics; Install material monitoring sensors on the feeding machine, and stop the machine in a timely manner when abnormal stress or deformation of the material is detected to avoid losses.