Mechanical power press manufacturer

Mechanical punch press, also known as mechanical stamping machine, has a relatively intuitive and efficient working principle. It uses compressed air provided by a compressed air pump, which enters the cylinder through an electromagnetic valve and drives the piston to drive it to the main shaft, causing the main shaft to move downward and thus generate momentum. This kind of impact acts on the workpiece, causing it to undergo the specified deformation in the mold, thereby achieving the purpose of processing.

Below, the mechanical power press manufacturer will explain its working process in detail:

1. Compressed air provides power: The compressed air pump provides the necessary compressed air for the punch press.
2. Pneumatic transmission: Compressed air is controlled by an electromagnetic valve and enters the cylinder, pushing the piston to perform reciprocating motion.
3. Spindle motion: The reciprocating motion of the piston is converted into the up and down motion of the spindle through a transmission mechanism.
4. Mold stamping: The spindle drives the opening and closing of the upper and lower molds, and performs shaping processing such as cutting, punching, and stretching on the raw materials placed between the molds.
Throughout the entire working process, the punch press applies pressure to the material to be processed, causing it to undergo plastic deformation and achieve the required shape and accuracy. The reaction force caused by the force applied to the material during processing is absorbed by the punching machine body.
In addition, the mechanical punch press is equipped with a program control system, which can achieve automated processing and improve production efficiency. At the same time, in order to ensure operational safety, the punch press is also equipped with various safety protection devices, such as protective covers, limit blocks, etc., to prevent accidents from occurring.
In summary, mechanical punch press play an important role in the field of metal processing due to their unique working principles and efficient processing capabilities.