A power forming machine is an industrial equipment that processes raw materials such as metal, plastic, powder, etc. into specific shapes and sizes by applying mechanical force, hydraulic or pneumatic power. It is widely used in the manufacturing industry, achieving plastic deformation of materials through processes such as mold pressing, stamping, and bending, and is one of the key equipment in modern industrial production.

The core principle of a power forming machine is to convert the energy generated by the power source (motor, hydraulic pump, etc.) into pressure on the material, and use the mold to cause plastic deformation of the material. The specific process includes:
Energy conversion: Converting rotational motion into linear motion through motor-driven flywheels (mechanical presses) or hydraulic systems (hydraulic presses).
Mold function: The material is placed in the mold, and the upper mold (punch) descends under pressure, cooperating with the lower mold to shape the material.
Process control: By adjusting parameters such as pressure, speed, and stroke, the material deformation process is controlled to ensure product accuracy.