Technical features of the hydraulic system of CNC shearing machine- Jiangsu Weiyang Heavy Industry Technology Co., Ltd.

Technical features of the hydraulic system of CNC shearing machine

The hydraulic system of CNC shearing machine adopts many advanced technologies in the design and manufacturing process, and has the following significant features:

High pressure and large flow
The hydraulic system of CNC shearing machine adopts high-pressure plunger pump or vane pump, which can generate high-pressure hydraulic oil and provide large flow power. This feature enables the hydraulic system to respond quickly to the instructions of the CNC system and realize efficient shearing operation.

Precise control
The hydraulic system of CNC shearing machine is equipped with advanced control valve group and closed-loop control technology, which can realize precise control of hydraulic oil flow, pressure and direction. Through real-time monitoring and adjustment of CNC system, the movement speed and stroke of hydraulic cylinder are precisely controlled to ensure high precision and consistency of shearing operation.

Stability and reliability
The hydraulic system of CNC shearing machine adopts high-quality hydraulic components and wear-resistant materials, with high stability and reliability. The design of hydraulic system has been strictly tested and verified, and can maintain stable performance in long-term high-intensity work, ensuring that the equipment can continue to operate efficiently.

Energy saving and environmental protection
The hydraulic system of the CNC shearing machine adopts energy-saving hydraulic pumps and efficient control technology, which can dynamically adjust the flow and pressure of hydraulic oil according to actual work needs to achieve efficient and energy-saving production of products. The design of the hydraulic system also fully considers environmental factors. By optimizing the hydraulic circuit and using environmentally friendly hydraulic oil, energy consumption and environmental pollution can be reduced.