Electro-hydraulic Servo Press Brake DA-66T And DA-69T Use Process

Ordinary press brake is a common equipment in industrial manufacturing, mainly used to bend metal sheets to achieve the desired shape and angle. Its working principle is based on a mechanical or hydraulic system, and a simple control mechanism drives the mold to apply pressure to the sheet to achieve bending. The structure of ordinary press brake is relatively simple, the operation is relatively convenient, and the cost is low, but there are certain limitations in terms of accuracy, efficiency and flexibility, and it is difficult to meet the processing requirements of high-precision and complex parts. Difficult.

Electro-hydraulic servo press brake is an advanced mechanical equipment that accurately controls the bending movement through an electro-hydraulic servo control system, and is mainly used for bending and forming of metal sheets. The equipment integrates electrical and hydraulic technologies, and realizes high-precision, high-efficiency and high-flexibility bending through the precise control of servo motors and hydraulic systems. The electro-hydraulic servo press brake has high-precision control functions, can quickly complete complex bending work, is suitable for manufacturing and processing a variety of complex parts, and meets the needs of high variety and small batch production.

There are large differences between ordinary press brakes and electro-hydraulic servo press brakes in terms of control systems, accuracy, efficiency, etc. Ordinary press brakes mainly rely on mechanical and hydraulic systems, and realize bending movement through manual control, with low control accuracy. The electro-hydraulic servo press brake adopts an electro-hydraulic servo control system. Through automatic control and programming, it can achieve high-precision bending operations, greatly improving production efficiency and processing flexibility. In contrast, the electro-hydraulic servo press brake has a high degree of automation and strong flexibility. It can quickly adjust bending parameters and replace molds, which can greatly improve production efficiency and processing quality.



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