Longitudinal Gantry Vacuum Suction Panel Feeder
1. Product Description
The Longitudinal Gantry Vacuum Suction Panel Feeder features a high‑precision cylindrical linear guide rail drive system that reduces transmission noise while maintaining high operational accuracy. A high‑power vacuum pump generates steady negative pressure, enabling reliable suction via multiple suction cups across the gantry structure. Users can choose between suction cup panel feeder mode or pusher feeding for thicker boards. The feeder’s variable speed gantry panel feeding capability allows seamless integration with cutting machines, CNC routers, and sanding lines.
2. Product Features & Advantages
- High-precision cylindrical linear guide rail drive system, ensuring low transmission noise and high operating accuracy;
- Equipped with a high-power vacuum pump to stably maintain negative pressure in the suction cups, enabling stable and continuous panel feeding;
- Customers can freely choose between suction cup feeding and pusher feeding. For thick panels, pusher feeding is recommended; for thin panels, suction cup feeding can significantly improve feeding efficiency.
3. Applications & Use Cases
Typical applications include:
- Furniture Manufacturing Lines – feeding boards to CNC routers, edge banders, or panel saws.
- Cabinet & Wardrobe Production – automated panel transport for drilling, cutting, or assembly.
- Plywood & MDF Processing – high precision panel handling improves efficiency and product quality.
- Panel Sanding & Cutting Lines – seamless integration improves workflow and reduces bottlenecks.

4. Technical Parameters
| Working height | 1000 ± 50 mm |
| Feed reducer power | 1.5kW |
| Vacuum pump power | 2.2kW (optional) |
| Feeding speed | Variable frequency speed control: 17~52 m/min |
5. Conclusion
In summary, the Longitudinal Gantry Vacuum Suction Panel Feeder is a high‑impact solution for modern panel feeding automation. Combining precision engineering, stable vacuum technology, and flexible integration, this equipment enhances workflow, improves productivity, and supports efficient woodworking automation feeder systems.