Metal thin net punching formation device

Abstract

The invention belongs to the technical field of punching machine equipment, and in particular, relates to a metal thin net punching formation device. The metal thin net punching formation device comprises a human-computer interface, an upper punch, a punching mold, a lower punch, a PLC, a pressure sensor, a displacement sensor, a speed servo valve, a pressure servo valve and a servo motor; the displacement sensor sends a detected punching distance of the upper punch to the PLC; the PLC analyzes the punching distance of the upper punch, and then, controls the speed servo valve to adjust the punching speed of the upper punch; the pressure sensor sends detected punching pressure of the upper punch to the PLC; and the PLC analyzes the punching pressure, and then, controls the pressure servo valve to adjust the punching pressure of the upper punch. The metal thin net punching formation device is simple in structure, convenient to set, stable and reliable in operation and wide in applicationrange, can autonomously set punching parameters, is controllable in punching process, and guarantees the product quality.

Description

technical field [0001] The invention belongs to the technical field of punch equipment, in particular to a thin metal net punching forming device. Background technique [0002] The stamping and forming device of the existing thin metal mesh is mainly composed of a hydraulic station, a hydraulic cylinder, an upper punch, and a lower die base. When working, use both hands to operate the stamping button, and the upper punch starts to move downward. After the upper punch touches the thin metal mesh, press the stamping button with both hands for a certain period of time (the time needs to be judged by the operator based on experience), and then release it. After pressing the button, the upper punch goes up to complete the stamping. Although this kind of production method can also process thin metal mesh, it requires a high level of operation of the operator, and it is difficult to master the stamping time. Moreover, the stamping pressure needs to be adjusted manually, and it ta...

AI Technical Summary

Problems solved by technology

Although this production method can also process thin metal mesh, it requires a high level of operation of the operator, and it is difficult to master the stamping time.

Moreover, the stamping pressure needs to be manually adjusted, and it takes a lot of time to replace the mold

The above shortcomings result in low production efficiency and difficult product quality assurance

Images