PU roller shutter door roll forming machine
Inquire NowDescription
The PU roller shutter door roll forming machine is a high-performance solution designed for producing durable and reliable PU roller shutter doors. This advanced machine includes a complete forming line that expertly manipulates aluminum coil plates and colorful galvanized steel into precision-engineered components. With features like a decoiler, guide feeding device, main forming machine, foaming machine, straightening device, punching device, and flying saw cutting machine, it ensures seamless production from start to finish. The robust construction and high-quality materials, combined with cutting-edge PLC control technology, make it an essential addition to any manufacturing facility focused on efficiency and precision.
Specifications
| Feature | Details |
|---|---|
| Decoiler | 1 set |
| Guide Feeding Device | 1 set |
| Main Forming Machine | 1 set |
| Foaming Machine | 1 set (just foamed one owned) |
| Straightening Device | 1 set |
| Punching Device | 1 set |
| Flying Saw Cutting Machine | 1 set |
| Finished Products Table | 1 set |
| PLC Control System | 1 set |
| Spare Parts and Tools | 1 set |
| Material Type | Aluminum coil plate and colorful galvanized steel |
| Material Thickness | 0.3-0.5 mm |
| Material Yield Strength | ≤G200Mpa |
| Forming Rollers | 35 |
| Roller Material | GCr15, HRC50-54 |
| Axial Diameter | Φ65mm |
| Main Axial Material | 45# steel HRB260-280 |
| Driving Part | Chain |
| Frequency Conversion | Decelerating |
| PLC Control | Fix length control ±1mm |
| Main Components | CHINT, DELIXI |
| Precision of Roller | Less than ±0.5mm |
| Main Roll Forming Machine Motor | 380V, 50HZ, 11kw (customizable) |
| Machine Basement Material | H beam |
| Working Speed | 8-10m/min |
| Dimensions | 1650mm × 1000mm × 1200mm |
| Machine Weight | About 7T |
Additional Information
This machine is ideal for businesses engaged in the production of high-quality roller shutter doors, combining efficiency with reliability. Proper training and adherence to safety protocols are recommended for optimal operation.
