PRODUCT INTRODUCTION:
1. The bending arm (C-axis) is electrically driven. The clamping die and pressure die are hydraulically operated.
2. The carriage (Y-axis) is driven by a servo motor. The collet (B-axis) rotates via a servo motor and grips using hydraulic force.
3. It features an anticipated mandrel retraction unit. A standing pedestal serves for emergency stop and remote control functions.
4. Equipped with a water-cooling system for immediate error diagnosis.
5. Foot pedal for safe start-up operation.
6. Fully automatic pipe bender, featuring a PC control system (more advanced than PLC), with two servos for rotation and feeding.
7. Touch screen panel displays in English, supports pre-fabricated bending degrees, dialogue operation, and allows selection between manual, semi-automatic, and fully automatic modes. Portable pedal switch with start and emergency stop function. Multiple axes operate simultaneously.
8. Bending pipe - Automatic. Rotating pipe - Automatic. Feeding pipe - Automatic.
9. One-key backup of programs via USB, disk storage, or internet. Bend data and tools are managed and stored in standard text files on the control PC's hard drive. Integration of the PC into the bending machine is possible, so an Ethernet adapter is included. The number of tools and products is practically unlimited. Product and tool files can be easily edited (even on a separate PC) and printed out.
10. Security code to protect data settings and selected operational features.
11. Access to historical bending setting data to facilitate the study of malfunctions with one set of tooling.
12. All parts of the hydraulic system, control system, driver system, and display system are imported from well-known brands, offering high accuracy, efficiency, and suitability for mass production.
13. CNC fully automatic, with cubic space bending equipment, where the entire bending process is automated.
14. The electric pipe bender offers convenient operation, stable performance, and a high safety factor. It is the ideal choice for pipe processing.
15. PC equipped with a touch screen display, capable of 3D bending simulation, 3D preview, and collision prevention.
16. CE and ISO9001 certified.
Technical Parameters:
| Model | TBM15-R(L)1(2) | BM20-R(L)1(2) | BM30 | BM35 |
| Max O.D X thickness |
Φ15X 1.5mm Copper/ aluminum |
Φ20X 2.0mm Copper/ aluminum |
Φ32X 3.0mm (Copper/aluminum) Φ26X 2.5mm (iron/steel)  |
Φ38X 3.0mm (Copper/aluminum) Φ32X 2.5mm (iron/steel)  |
| Max bending radius | R60 | R80 | R150 | R150 |
| Min bending radius | R10 | R10 | R15 | R15 |
| Max coil length |
1800mm (can be lengthened) |
1800mm (can be lengthened) |
2600mm (can be lengthened) |
2600mm (can be lengthened) |
| Journey of bending feeding axis | 0-1200mm | 0-1200mm | 0-1800mm | 0-1800mm |
| Speed of bending feeding axis | 0-1200mm/s | 0-1200mm/s | 0-1800mm/s | 0-1800mm/s |
| Precision of bending feeding axis | ±0.05mm | ±0.05mm | ±0.1mm | ±0.1mm |
| Angle of spatial rotating axis | 0±360° | 0±360° | 0±360° | 0±360° |
| Speed of spatial rotating axis | 0-500°/s | 0-500°/s | 0-150°/s | 0-150°/s |
| Precision of spatial rotating axis | ±0.05° | ±0.05° | ±0.1° | ±0.1° |
| Angle of bending axis | 0-200° | 0-200° | 0-190° | 0-190° |
| Speed of bending axis | 0±360°/s | 0±360°/s | 0±360°/s | 0±360°/s |
| Precision of bending axis | ±0.05° | ±0.05° | ±0.05° | Industrial Heavy Duty Pallet Rack Industrial Heavy Duty Pallet Rack,Stainless Steel Wire Rack,Chrome Steel Wire Shelf,Heavy Duty Cantilever Rack Suzhou Aomeijia Metalic Products Co,Ltd. , https://www.amjshelf.com |