What are the characteristics of the hydraulic system of the CNC Hydraulic Guillotine Shearing Machine?

The CNC Hydraulic Guillotine Shearing Machine adopts the advanced overall logic circuit and integrated valve block structure design concept. This highly integrated hydraulic system architecture greatly reduces the external pipeline connection points commonly seen in traditional decentralized hydraulic systems by optimizing the internal oil circuit layout. The direct advantages brought by the integrated design include: significantly reducing the risk of oil leakage caused by loose or aging pipelines; reducing pipeline pressure loss and improving energy utilization efficiency; at the same time, the compact structural design shortens the oil circulation path and effectively controls the oil temperature rise rate during operation. This design not only improves the reliability of the system, but also extends the service life of the hydraulic components.

The accumulator is made of high-quality materials and has excellent energy storage and release performance. It can provide fast and smooth return power for the tool holder, ensuring that the equipment maintains a stable circulation speed during continuous operation. The specially designed sealing system uses multi-layer composite materials and special structural forms to maintain good sealing performance even under high pressure and high temperature conditions. These key components have undergone rigorous durability tests to ensure reliable operation throughout the life cycle of the equipment.

The system realizes intelligent integrated control of multiple functions. Through precise hydraulic logic control, the timing and strength of multiple actions such as pressing, shearing, and angle adjustment can be accurately coordinated. Intelligent pressure compensation technology enables the system to sense changes in plate thickness in real time and automatically adjust the pressing force, which not only ensures the shearing quality but also avoids energy waste caused by excessive pressure. The system is also equipped with a variety of working mode selection functions, and operators can choose the most suitable combination of operating parameters according to different processing requirements.

To ensure that the system can operate stably under various working conditions, multiple protection measures are adopted. The independently set overflow valve group can respond in time when the pressure is abnormal to protect the system from damage. The valve group structure optimized by fluid dynamics significantly reduces the flow resistance of the oil, and with the specially designed silencer, the working noise is controlled at the industry-leading level. The system is also equipped with a temperature monitoring device and an automatic cooling function to ensure stable performance during long-term continuous operation.

The main functional units are designed with independent modules, which makes fault diagnosis and component replacement more convenient. The humanized maintenance interface design allows routine inspections to be completed without stopping the machine. The system is also equipped with an intelligent diagnosis function that can automatically record operating data and prompt maintenance cycles. It is recommended that users regularly replace the specified type of hydraulic oil and filter element according to the requirements of the equipment manual. This is the key to ensure that the equipment maintains optimal performance for a long time.