Hydraulic CNC Machining

Hydraulic CNC Machining is the 1 use of hydraulic systems and CNC technology combination of processing, it integrates fluid dynamics, machinery, electronics and automatic control technology in one, with high precision, high efficiency, good stability and many other advantages, has been widely used in aviation, aerospace, automobile manufacturing, metallurgy and other fields.

The core of hydraulic CNC machining is hydraulic system and numerical control system. The hydraulic system converts the liquid pressure into mechanical force through the hydraulic pump, and drives the movement of the workpiece through the hydraulic cylinder to realize the cutting and processing of the workpiece. The CNC system controls the trajectory of the machine tool in a pre-programmed manner to ensure the accuracy and accuracy of the workpiece. The two cooperate with each other to achieve efficient and precise processing.

Hydraulic CNC machining has obvious advantages over traditional machining methods. First of all, the hydraulic system has a large power transfer ratio and can achieve high power output, which is suitable for processing large and heavy workpieces. Secondly, the hydraulic system has high force capacity and rigidity, can withstand large processing force and impact force, and enhance the stability and rigidity of the machine tool. Thirdly, the hydraulic system has the characteristics of high precision and fast response, which effectively improves the machining accuracy and machining efficiency of the machine tool. In addition, the hydraulic system also has the characteristics of high degree of automation and strong reliability, which can realize multi-axis linkage and complex process control, and is suitable for multi-variety and small batch production.

Hydraulic CNC machining is widely used in the aerospace field. Aerospace workpieces usually have complex shapes and high-precision requirements, and traditional machining methods are often difficult to meet the needs. Hydraulic CNC machining can accurately control the trajectory of the machine tool through the numerical control system, and provide stable processing force through the hydraulic system, which can complete various complex processing tasks. For example, hydraulic CNC machining can be used to process workpieces such as aircraft engine combustion chambers and spacecraft shells, ensuring the accuracy of their shapes and the smoothness of their surfaces.

In the field of automobile manufacturing, hydraulic CNC machining has also been widely used. Auto parts usually have complex structures and high-precision requirements, and traditional machining methods often cannot meet the needs. Hydraulic CNC machining can precisely control the machining trajectory of the workpiece through the CNC system, and provide stable machining force through the hydraulic system, which can achieve high-precision and high-efficiency machining process. For example, hydraulic CNC machining can be used to manufacture castings, forgings and other workpieces for auto parts to ensure its accuracy and quality requirements.