CNC Metal Folding Machine with Vacuum Suction Cup Feeding and 24-Axis Expandable Control for Surface-Safe Bending
No custom attributes available for this product.
Manufactured by D.K. Histron in China, the HC-F2000 embodies our commitment to surface-safe bending technology. Unlike traditional bending machines that rely on mechanical clamping, this innovative system uses precisely controlled vacuum suction cups to handle materials without marking. This breakthrough makes it the preferred choice for manufacturers working with pre-finished materials, mirror-finish stainless steel, and other surface-sensitive applications.
- Do not attempt operations beyond axis capability
- Keep suction system maintained
- Follow all safety protocols
- Train operators on specific configuration
- Schedule regular maintenance
- Contact support for complex issues
Delivery 50-60 days depending on configuration. Both versions ship same packaging. Export documentation includes configuration details. Tracking provided upon request. Insurance options available.
| Specification | 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 | Approximately 1.5KW | Approximately 1.8KW |
| User operating environment | Operation system above Win7 | Operation system above Win7 |
| Maximum bending thickness | Cold plate 1.0mm 304 stainless steel 0.5mm |
Cold plate 1.0mm 304 stainless steel 0.5mm |
| Number of axles | 7 or 16 | 7 or 16 |
The HC-F2000 is ideal for manufacturers working with pre-finished materials, mirror-finish stainless steel, and other surface-sensitive applications.
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 good human-computer interaction.