Customizable Bending Height Panel Bender with Suction Cup Feeding and Servo Motor for Precision Flanging Machine Operations
| Product name: | Panel Bender | Controlsystem: | CNC Control |
| Powersupply: | By Customer's Requirements | Motortype: | Servo Motor |
| Safetyfeatures: | Emergency Stop, Safety Guards | Precision: | ±0.1mm |
| Application: | Sheet Metal Fabrication | Type: | Suction Cup Feeding |
| High Light: | Customizable Bending Height Panel Bender,Suction Cup Feeding Flanging Machine,Servo Motor Panel Bender |
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The HC-F2000 features customizable bending height capability, allowing specifications beyond the standard 70 mm. This flexibility accommodates special applications requiring deeper bends, taller flanges, or unusual part geometries. Custom height versions maintain all core features, including suction cup feeding, the self-developed control system, and precision bending performance.
- Height customization eliminates limitations for special applications
- Standard machine performance maintained despite modifications
- Suction cup feeding protects surface quality regardless of height
- Precision control ensures accuracy on tall bends
- Quick changeover maintains productivity
- D.K. Histron engineering ensures reliability of custom configurations
| Model | HC-F1200 | HC-F2000 |
|---|---|---|
| Feeding structure | Sucked type | Sucked type |
| Minimum internal dimensions for quadrilateral forming | 70 mm × 200 mm | 100 mm × 200 mm |
| Bending height | 70 mm (customizable) | 70 mm (customizable) |
| Average power | Approximately 1.5 KW | Approximately 1.8 KW |
| User operating environment | Operation system above Win7 | Operation system above Win7 |
| Maximum bending thickness | Cold plate 1.0 mm 304 stainless steel 0.5 mm |
Cold plate 1.0 mm 304 stainless steel 0.5 mm |
| Number of axles | 7 or 16 | 7 or 16 |
Custom height versions serve specialized applications including deep-drawn components, tall-flange enclosures, architectural features requiring extended bends, medical equipment with unusual geometries, and custom fabrication projects where standard height is insufficient.
Complete pre-start checks, including vacuum and safety systems. Power up and allow initialization. Select manual or auto mode based on your needs. For new parts, use the programming wizard. Load material and verify suction. Start the cycle and observe operation. Check finished parts for quality. Shut down and clean after use.
- Stay within rated material thickness limits.
- Keep suction cups clean and functional.
- Do not override safety devices.
- Follow the maintenance schedule diligently.
- Train operators thoroughly.
- Document issues for service support.
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.
Beneath that simplicity, the control does serious work: it stores bend-compensation and K-factor data, monitors gantry torque and position errors live, runs a three-axis automatic positioning that chooses the loading method by itself, and locks out die interference before a bad move. 3D animation simulates the bend, and 2D/3D drawing import and editing cover the way most sheet shops actually work.
The bus-based motion control refreshes quickly and supports up to 64 axes with linear and arc interpolation, which is why the HC-F1600 feels crisp at 0.2 s per bend and why it interfaces so cleanly to robotic and truss automation. The software is upgradeable remotely, and the compensation memory means a proven part stays proven. That is the difference between a press brake you tune every Monday and a bending center that just repeats.
The interface is simple and easy to learn, with good human-computer interaction.
Of course. We provide free samples according to customer requirements.
The warranty period for the machine is one year. Lifetime maintenance and upgrade services are provided after the warranty period.
No, customization is available. We can manufacture non-standard machines according to customer requirements.
Applications include file cabinetry, the aluminum veneer wall industry, the stainless steel kitchenware industry, the refrigeration equipment industry, the chassis and cabinet industry, the laboratory construction industry, the metal door industry, and more.
Typically, carbon sheet, aluminum sheet, stainless sheet, and galvanized sheet are available.
The user manual provides detailed installation instructions. Just assemble the laser path column and connect the monitor to the computer. We provide a CD containing the original tagging software and an online video for basic operations. In addition, it includes a software operation manual for mastering laser marking technology. Our online after-sales service team can solve any questions 24/7.
Please send us detailed information, such as material photos, marking speed, and size requirements, and our team will provide timely assistance to help you choose the most suitable machine.
Quality is crucial. Although we do not offer discounts, we provide some options, such as customized simpler basic versions for specific applications. For more information, please contact our sales team.
Our production process includes four stages of inspection to ensure quality from metal parts to optical components, and we comply with CE, FDA, and IEC standards.
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