Core working principle and advantages
Traditional pipe bending machines require operators to manually remove the pipe from the mold, rotate it to a specific angle, re clamp it, and perform the next bending when encountering bending angles that require bending different planes (i.e., not the same plane) on a pipe. This method is inefficient, has poor accuracy, and requires high skills from workers.
The workflow of the fully automatic pipe bending machine with rotatable head is as follows:
Programming: Import 3D pipe shape data into the CNC system.
Loading: The pipes are fed into the machine through an automatic feeding rack.
Processing:
Step 1 Bending: The machine head rotates to the initial angle set by the program, and the feeding mechanism delivers the pipe to the first bending point to perform the first bending.
Spatial angle conversion: After the first bend is completed, the machine head automatically rotates to the required spatial plane angle for the second bend.
Feeding: The feeding mechanism pushes the pipe to the position of the second bending point.
Step 2 Bend: Perform the second bend.
Repeat: Repeat the process of "rotation feeding bending" until the entire pipe fitting is processed.
Cutting: The processed workpiece is automatically removed.
The fully automatic pipe bending machine with a rotatable head represents the advanced level of pipe bending technology. By integrating the "rotation" function into the head, it achieves one-time, fully automatic, and high-precision processing of complex 3D pipe fittings. It is one of the essential key equipment for modern manufacturing to move towards automation, intelligence, and flexible production. If you have specific procurement or application requirements, it is recommended to provide detailed technical consultation and trial processing to the equipment supplier based on your product (pipe specifications, bending shape).
