325CNC-2A-1S

The 50CNC-3A-1S is a high-performance fully automatic CNC pipe bender. The name “50” indicates a maximum bending capacity of 50 mm pipe diameter, “CNC” stands for Computer Numerical Control, “3A” typically refers to three servo axes (feeding, bending, and lifting) working in coordination, and “1S” denotes a set of molds. This equipment integrates precision machinery, servo drives, and CNC systems to efficiently and accurately perform complex spatial bending operations. Operators only need to input programs, and the machine can automatically complete feeding, rotating, bending, and spatial cornering movements. With high repeatability positioning accuracy, it significantly enhances production efficiency and product consistency.

Precise control through 4-13 axis servo motors;

Can realize left and right bending functions of 1-4 layer molds;

Can realize large radius or spiral product bending, with push bending function;

Industrial computer system has 3D interference inspection function;

Can connect robots and 3D measuring instruments, etc.

The pipe bending machine is hydraulically driven, with high bending angle accuracy and compensation value.

The turning angle and feeding are driven by servo motors, with high efficiency, accurate turning angle and feeding.

It is especially suitable for pipe processing with many spatial angles and high precision requirements. Such as: the production of automobile oil pipes, air conditioning pipes, motorcycles, bicycles and other frames.

The fully automatic pipe bending machine can bend three-dimensional pipes.

Equipped with an industrial-grade computer control system and a touchscreen interface, this equipment supports bilingual operation (Chinese-English). Users can select manual, semi-automatic, or fully automatic modes as needed. Featuring real-time fault detection, it displays anomalies and provides troubleshooting suggestions. Designed for aerospace, automotive parts, HVAC refrigeration, and steel pipe furniture industries, the CNC pipe bender achieves high-precision bending through programming. It allows independent configuration of five operational sequences and ten speed ranges for individual pipes, significantly enhancing efficiency while reducing operational risks.