The forging effect of servo forging press on different materials has certain differences. In general, the forging effect of the servo forging press on the material is mainly manifested in the following aspects:

Material deformation: The servo forging press can reduce the deformation and stress distribution of the material through high-precision pressure and position control. For some high-precision parts, such as automotive gears, bearings, etc., the use of servo forging presses can better control the deformation and stress distribution, thereby improving product quality and consistency.

Internal structure of the material: The internal structure of the material changes during the forging process. For example, through the high temperature and high pressure environment of the servo forging press, the lattice structure adjustment and dislocation movement within the material can be promoted, thereby improving the strength and toughness of the material.

Material size and shape: The servo forging press can adapt to forging materials of different shapes and sizes. For some special-shaped materials or parts that require a specific shape, such as special ingot, aluminum alloy profiles, etc., the use of servo forging presses can better control the shape and size of the material.

For different materials, the effect of the servo forging press on them may be different. For example, for some brittle materials, such as ceramics, glass, etc., the servo forging press can better control the deformation and cracking of the material. For some plastic materials, such as copper, aluminum and other non-ferrous metals, the servo forging press can better control the deformation and stress distribution of the material.

In summary, the forging effect of the servo forging press on different materials will be different, mainly in the influence of material deformation, internal structure and shape and size. In practical applications, it is necessary to choose the right forging process and equipment according to the characteristics of the material and product requirements in order to obtain better product quality and performance.