Multiple Axes CNC Bending Machine with Suction Cup Feeding for High Precision Bending of Thin Plates
| Productname: | FLEXIBLE BENDING CENTER | Axis: | Multiple Axes (typically 3 To 6) |
| Precision: | High Precision Bending | Automationlevel: | Semi-automatic To Fully Automatic |
| Bendingspeed: | Adjustable | Materialcompatibility: | Metal Sheets, Plates |
| Safetyfeatures: | Emergency Stop, Safety Guards | Powersource: | Electric |
| Type: | Bending Machine | Controlsystem: | CNC (Computer Numerical Control) |
| High Light: | Multiple Axes CNC Bending Machine,Suction Cup Feeding Panel Bender,High Precision Bending Flanging Machine |
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Precision thin plate bending machine for automated manufacturing applications, designed for electrical panel production and thin metal fabrication.
- Reliable and efficient operation
- Cost-effective manufacturing solution
- Specialized thin plate bending tool
Utilizes vacuum suction cup feeding to prevent surface damage, ideal for thin plate bending. This series includes HC-F1200 and HC-F2000 models, with optional 7-axis or 16-axis control, capable of processing 1.0mm cold plates and 0.5mm stainless steel. The minimum forming size can be as low as 70mm×200mm.
| Parameter | HC-F1200 | HC-F2000 |
|---|---|---|
| Feeding structure | Sucked type | Sucked type |
| Minimum internal dimensions for quadrilateral forming | 70mm x 200mm | 100mm x 200mm |
| Bending height | 70mm (customizable) | 70mm (customizable) |
| Average power | About 1.5KW | About 1.8KW |
| User operating environment | Operation system above Win7 | Operation system above Win7 |
| Maximum bending thickness (Cold plate) | 1.0mm | 1.0mm |
| Maximum bending thickness (304 stainless steel) | 0.5mm | 0.5mm |
| Number of axles | 7 or 16 | 7 or 16 |
The bending center control system employs a top-level computer numerical control (CNC) system integrated with motion control cards. The CNC system features an intuitive human-machine interface and supports graphical programming. With exceptional position calculation capabilities, it significantly enhances production efficiency and precision in automated manufacturing. The motion control cards support 24-axis operation, with an expandable capacity up to 64 axes, and utilize EtherCAT bus control for high-precision motion control.
The interface is simple, easy to learn, with excellent human-computer interaction designed for efficient operation.