| Item | Name | Unit | Data | Remark | |
| 1 | Max bending capacity | Carbon Steel | Φ18×1.5mm | ||
| 2 | Max bending radius | mm | 190 | ||
| 3 | Min bending radius | mm | R15-R120 | ||
| 4 | Max feeding length | mm | 1800 | ||
| 5 | Max bending degree | Degree | 190 | ||
| 6 | Control Panel | IPC+touch scrren | |||
| 7 | Bending unit | piece | 16 | ||
| 8 | Working speed | bending speed | Deg/sec | 120 | |
| Rotary speed | Deg/sec | 250 | |||
| Feeding speed | mm/sec | 800 | |||
| 9 | Accuracy | feeding | mm | ±0.1 | |
| rotary | Degree | ±0.1 | |||
| bending | Degree | ±0.1 | |||
| 10 | Motor power | Kw | 15.85 | ||
| 11 | Program input | USB 3D Simulation | Adjustable | ||
| 12 | Oil tank | L | 110 | ||
| 13 | Machine weight | Kg | 1000 | ||
| 14 | Machine size | mm | 3800×2500×1650mm | ||
| 15 | Working height | mm | 2500 | ||
The machine supports automatic loading and can complete feeding, rotation, bending and forming in a continuous process. It reduces manual loading and intermediate handling, creating a smoother workflow for batch production of automotive components.

The machine supports both left and right bending, allowing the bending direction to be adjusted according to the product design. This helps reduce interference and is suitable for tubes with multi-directional, multi-angle and complex spatial geometries.

The machine uses servo control for feeding, rotation and bending. The maximum feeding speed is 800 mm/s, the rotary speed reaches 250°/s and the bending speed reaches 120°/s, helping shorten the processing cycle and improve production efficiency.
The machine provides feeding, rotary and bending accuracy of ±0.1, helping reduce dimensional and angular variations between production batches and meet the stable forming requirements of automotive components.

6.3D Simulation and Teach-In Function
The machine supports USB program input and 3D simulation, allowing operators to check the bending path before production. The manual step-by-step teach-in function makes it easier to adjust forming movements and reduce potential interference during processing.

To meet the extreme precision (±0.1°) and mark-free surface requirements of a major Japanese OEM for a Tier-1 supplier in Thailand, Baorui Machinery deployed a fully automatic CNC pipe bending solution integrated with an automated loading system; by leveraging high-precision servo drives and 3D interference simulation, we achieved a significant process upgrade. This solution not only ensured 100% compliance with Japanese precision manufacturing standards but also boosted production efficiency by 50% through full automation, helping the client secure long-term stable supply contracts for Japanese vehicle models.
