Built for unattended, high-volume production of tubes in the 1,000–5,000 mm length range, this fully automatic CNC dual-head pipe bender handles the complete processing cycle — from tube loading through dual-end bending to finished-part discharge — without requiring manual intervention at any stage.

End-to-End Automation
Automatic loading and unloading systems at both ends feed tubes into the machine and remove finished parts continuously, sustaining a steady production rhythm across full shifts. Eliminating manual loading and unloading not only reduces labor requirements but also removes the positioning variation that manual handling introduces, contributing directly to part-to-part consistency.

CNC Control with Touchscreen Interface
All machine functions are managed through a CNC control system accessed via a touchscreen panel. Operators can create, load, and modify programs from a single interface, with no need for manual mechanical adjustments between runs.

15-Axis Full Servo Drive
Every driven axis — feed, rotation, clamping, and bending — is servo-controlled across all 15 axes. This level of coordinated servo coverage supports precise, repeatable motion throughout the entire cycle and allows the machine to execute complex multi-bend sequences with consistent accuracy across high-volume production runs.

XYZ-to-YBC Coordinate Conversion
The built-in programming system converts three-dimensional XYZ tube geometry directly into YBC machine parameters and automatically calculates straight-segment feed lengths between bend points. Programs can be generated from design data without manual coordinate transformation, reducing setup time and the risk of programming errors.

Per-Operand Correction with Saved Values
Each programmed parameter includes a paired correction field that records the baseline value and any applied offset. Corrections are saved with the program and persist across production runs, allowing the machine to account for material springback or tooling characteristics without altering the master program.

50 Bend Points Per Head
Both the left and right bending heads support up to 50 programmable bend points each, providing sufficient capacity for complex tube geometries without requiring multiple clamping operations or program splits.

Three-Layer Die Wheel
The three-layer die wheel system accommodates different tube types within the same machine: layer one for standard bare tubing, layer two for jacketed or insulated tubes, and layer three as a clearance position to prevent tooling interference during tight multi-bend sequences.

Per-Step Bend Direction Selection
Each bending head can be independently configured for left or right bending at every individual step, enabling the machine to produce tubes with alternating bend directions in a single uninterrupted automatic cycle.