The NC Single-head pipe bending machine is a high-precision machining equipment integrating mechanics, electrical systems, hydraulics, and digital control. It winds and shapes pipes using a rotating die and is widely used in the automotive, aerospace, medical, and precision instrument manufacturing industries.

It employs an advanced CNC system, supporting multi-axis linkage control. Operators can directly input complex 3D pipe bending paths on the screen, and the system automatically calculates and executes them, achieving seamless machining from simple 2D to complex 3D pipe fittings.

Unlike multi-head models, its core feature is its single-head structure. This design makes the equipment more compact and lower in center of gravity, making it particularly suitable for precision machining scenarios with limited space or requiring high rigidity.

The dual-head CNC pipe bending machine is a highly efficient tool in the modern industrial pipe fitting processing field. Its biggest breakthrough compared to traditional single-head machines lies in its "dual-station synchronous operation."

This equipment uses industrial-grade computer control (CNC) combined with a hydraulic or servo drive system, enabling it to precisely bend two pipes simultaneously within a single work cycle. Whether it's automotive exhaust pipes, air conditioning condenser brackets, or complex bicycle frames, it can complete the processing with extremely high efficiency and precision.