What is the function of the hydraulic system in hydraulic square ear bending machine?

The hydraulic system of the hydraulic square ear bending machine is the core component of the equipment and plays a vital role. Its functions mainly cover multiple aspects such as energy transmission, power conversion and control execution. Here is a detailed description of the hydraulic system at work in a hydraulic square ear bending machine:

Energy transfer and power conversion:
In hydraulic square ear bending machines, the main role of the hydraulic system is to achieve energy transmission and power conversion. The hydraulic pump is responsible for drawing hydraulic oil from the oil tank and then delivering it to the hydraulic cylinder through the high-pressure oil pipe. When the hydraulic cylinder receives high-pressure hydraulic oil, it can effectively convert hydraulic energy into mechanical energy, thereby pushing various moving parts of the bending machine, such as the bending rod and the mold.

Force amplification and regulation:
The hydraulic system is able to amplify and adjust the force applied to the folding machine by adjusting the flow rate and pressure of the hydraulic oil in the hydraulic cylinder. This enables the hydraulic square ear folding machine to adapt to metal plates of different thicknesses and hardnesses, achieving precise and controllable folding processing.

Stability and accuracy control of movement:
The hydraulic system ensures the stability of the hydraulic square ear folding machine during movement through adjustable hydraulic cylinder speed and flow. This is particularly important for stitching thin metal sheets, especially when high precision and surface quality are required.

Feedback Control and Automation:
Modern hydraulic square ear bending machines are usually equipped with advanced control systems that can automatically adjust the operating status of the hydraulic system according to the parameters set by the operator. This includes the speed, force, stop position, etc. of the hydraulic cylinder. Through feedback control, the hydraulic system can achieve a high degree of automation and intelligence, thereby improving production efficiency and product quality.

Emergency stop and safety measures:
The hydraulic system also has an emergency stop function, which can quickly cut off the oil supply to the hydraulic system through the emergency stop button or other safety devices, so as to quickly stop the machine operation in an emergency and ensure the safety of operators.

Continuous operation and stability:
Hydraulic systems are often able to operate continuously for extended periods without overheating or malfunctioning. This stability helps improve the reliability of hydraulic square ear bending machines, reduces maintenance costs, and extends the service life of the equipment.