DescriptionThe BEND MASTER 45 tube bending machine is an all‑electric production bender equipped with in‑house IMS control, 10th generation Intel i7 processor and touchscreen interface. Automatic loading/unloading options and configurable I/O allow integration with work islands, operating units or robots to create autonomous workstations. Rapid tool change and automatic tool adjustment ensure repeatable precision for series production and small batch programs.
Features- 10 fully electric controlled axes for constant repeatability and precision.
- Clockwise and counterclockwise bending with variable and multi‑radius capability in a single cycle.
- High productivity and reduced cycle times.
- IMS management control: flexible, intuitive and Industry 4.0 ready.
- Energy saving design.
Advantages- Compact bending head footprint.
- Full rear protection with guards.
- Automatic tool adjustment and quick set‑up.
- Thrust modulation for very tight radii.
- Available versions: single radius or multi‑radius (clockwise and counterclockwise).
- Optional 11th controlled axis for bend die return.
- Punching capability and IGES file import.
- Immediate part feasibility analysis and spring‑back compensation.
- Remote assistance via webcam and Handy Machine Operator Panel inside the safety area.
- Process automation with loading/unloading options; IMS platform available on PC.
Technical data (table)Dimensions (L x W x H): 6300 x 1430 x 1900 mm
Work plane height: 1100 mm
Weight: 3100 kg
Bend capacity (steel R = 400 N/mm²): 45 x 3 mm
Maximum centre line radius: 150 mm
Bend head maximum vertical stroke: 290 mm
Electric axis precision: ± 0.05
Carriage speed: 926 mm/s
Arm rotation speed: 202.5°/s
Tube rotation speed: 600°/s
Max tube length (front stop): 3000 mm
Max tube length (rear stop): 4600 mm
Technical specifications- Model: BEND MASTER 45
- Control: IMS (Intelligent Motion System) on Windows
- Processor: Intel i7, 10th generation
- Interface: touchscreen
- Axes: 10 fully electric axes (+ optional 11th axis)
- Automation: loading/unloading, robot integration