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Forging process introduction：

Forging is a metalworking method that causes a metal material to undergo plastic deformation by applying an external force to obtain a part of the desired shape and size. The forging process is widely used in machinery manufacturing, automotive industry and other fields, which can significantly improve the mechanical properties of materials and make parts more durable.

Advantages and challenges of forging：

Advantages:

Improve the mechanical properties of the material, make the parts more durable.

It can eliminate the as-cast loose of the metal, weld the holes and improve the mechanical properties of the parts.

Challenge:

High cost, high energy consumption, environmental pollution and other problems.

It is necessary to constantly explore more efficient and environmentally friendly forging technology and process.

Future development trend：

With the continuous progress of technology, forging process is also constantly developing and improving. For example, the application of advanced technologies such as CNC forging and servo-driven forging can improve the accuracy and efficiency of forging and reduce the waste of materials. In addition, the application of net forming technology can reduce the amount of material, save some mechanical processing, and improve the strength of the tooth shape.

In short, forging is one of the indispensable processes in modern industry, through the precise process flow and advanced equipment technology, to ensure the high performance and reliability of parts.