Deburring and rounding of carbon steel is a crucial post-processing technique in the metal processing industry and is of great significance for improving the quality and performance of carbon steel components.

In practical applications, after carbon steel components undergo processing such as cutting and drilling, sharp burrs often appear on the edges. This not only affects the appearance of the components but may also cause potential safety hazards during use, such as scratching hands or damaging the components in contact with them. In addition, burrs may also affect the assembly accuracy and sealing performance of the components.

To eliminate these potential hazards, carbon steel components need to undergo deburring treatment after processing is completed. Meanwhile, rounding treatment can further optimize the edge structure of the components, reduce stress concentration, and improve the durability and assembly performance of the components.

Through deburring and rounding, carbon steel components not only have a neater appearance but also see a significant improvement in safety and practicability, thus ensuring that the products can meet the design requirements and usage needs. This technique has wide application value in fields such as automotive parts and mechanical equipment.