Automatic Wood Panel Curtain Coating Line for High-Gloss Surface Furniture Board UV Finishing
Product Description:
Our high-speed automated curtain coating line is engineered for furniture panel, door skin, and laminate flooring manufacturers seeking unparalleled throughput. This system delivers a consistent, high-gloss, or satin finish with exceptional durability, ideal for high-volume production environments. The entire process, from feeding to curing, is seamlessly integrated for maximum efficiency and minimal downtime.
Technical Parameters:
| Parameter Category | Details & Specifications |
|---|---|
| Model | ACC-2800-Pro |
| Suitable Substrate | MDF, Particle Board, Plywood, Solid Wood Panels |
| Max. Panel Width | 2800 mm (Customizable) |
| Max. Panel Length | 4500 mm (Customizable) |
| Line Speed | 10-40 m/min (adjustable) |
| Coating Material | UV Coatings, PU Coatings |
| Curtain Width | 3000 mm (Standard, Customizable) |
| Control System | PLC + HMI Touch Screen |
Application:
Mass production of furniture panels, kitchen cabinets, laminate flooring, door skins, and wall panels.
Customization:
We offer extensive customization options including line length, conveyor width, curtain coater head capacity, and specific curing solutions to match your factory layout and product requirements perfectly.
Feature:
Ultra-High Speed Curtain Coating for maximum output.
Precision Curtain Coating Head for uniform film thickness.
Energy-Efficient UV Curing System.
Fully Automated Conveyor System.
Support and Services:
Comprehensive package including installation supervision, operator training, remote troubleshooting, and an extensive inventory of spare parts.
Packing and Shipping:
All modules are crated in heavy-duty wooden frames with waterproof wrapping for sea freight. Professional export packing ensures safe arrival.
FAQ:
Q: Can this line handle different panel sizes without lengthy changeovers?
A: Yes, the conveyor and curtain coating system are designed for quick width adjustments to accommodate various panel sizes, minimizing downtime.