Integrated electric hydraulic cylinder: perfect integration of power and efficiency

Release Time :

2024-07-03

In the modern industrial field, power and efficiency are two core elements that together determine the performance and production efficiency of equipment. In recent years, integrated electric hydraulic cylinders have emerged in the field of industrial automation with their unique advantages, becoming an ideal choice for achieving the perfect integration of power and efficiency.

Hydraulic cylinder

1、 Working principle of integrated electric hydraulic cylinder

The integrated electric hydraulic cylinder integrates key components such as electric motor, hydraulic pump, hydraulic valve, and oil cylinder into a compact body. The electric motor drives the hydraulic pump to work, delivering high-pressure oil to the oil chamber inside the cylinder, causing linear displacement of the piston. Under the precise control of the hydraulic system, the movement of the piston can be accurately converted into the required mechanical energy, thus achieving a perfect combination of power and efficiency.

2、 The advantages of integrated electric hydraulic cylinders

Powerful: The integrated electric hydraulic cylinder adopts a hydraulic system as the power source, with large torque and thrust, suitable for bearing heavy loads or high loads. Meanwhile, as the driving source, the electric motor can adjust the speed and power as needed to meet the power requirements in various working scenarios.

High efficiency: The integrated electric hydraulic cylinder adopts a closed loop hydraulic system, which achieves precise control of the cylinder by precisely controlling the flow direction, pressure, and flow rate of hydraulic oil. This system has a high energy conversion efficiency, which can reduce energy loss and improve overall work efficiency.

High control accuracy: The integrated electric hydraulic cylinder is equipped with an advanced control system, which can achieve precise control of the position, speed, and force of the cylinder. This high-precision control enables equipment to move precisely according to preset programs and trajectories, improving the stability and reliability of the production process.

Energy saving and environmental protection: Compared with traditional mechanical transmission devices, integrated electric hydraulic cylinders have higher energy conversion efficiency, which can reduce energy consumption and environmental pollution. Meanwhile, due to its use of liquid transmission force, it reduces the wear and noise of mechanical transmission components, further improving the environmental performance of the equipment.

3、 Application fields of integrated electric hydraulic cylinders

Integrated electric hydraulic cylinders are widely used in mechanical processing, mold manufacturing, metallurgical casting, aerospace and other fields. In these fields, integrated electric hydraulic cylinders provide strong support for various complex processes and precision operations with their powerful power, efficient energy conversion, and precise control capabilities. For example, in the field of mechanical processing, integrated electric hydraulic cylinders can achieve precise cutting, stamping, and forming processes; In the field of mold manufacturing, it can achieve rapid opening and precise positioning of molds; In the aerospace field, integrated electric hydraulic cylinders can be used to control parameters such as attitude and pitch angle of aircraft.

Hydraulic cylinder

4、 Conclusion

As a new type of transmission device, the integrated electric hydraulic cylinder has shown great potential and application value in the field of industrial automation due to its strong power, high efficiency, high control accuracy, and energy-saving and environmental protection advantages. With the continuous progress of technology and the continuous development of industry, we have reason to believe that integrated electric hydraulic cylinders will play a more important role in the future industrial automation field, making greater contributions to achieving the perfect integration of power and efficiency.


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