
In the production and circulation of nonwoven fabrics, products are typically handled in roll form, requiring high standards of packaging neatness, sealing performance, and transportation protection. Loose or uneven packaging can easily cause contamination, wrinkling, or edge damage during handling, affecting product quality and delivery standards. With the growing demand for standardized packaging, nonwoven stretch film wrapping is gradually moving toward automation and standardization.
Nonwoven stretch film packaging typically uses a cylindrical wrapping method. The turntable rotates the coil while the film carriage releases wrapping film to encircle the product. By setting wrapping turns and overlap ratios, the film evenly covers the entire surface, achieving full 360-degree coverage and improved packaging integrity.
During operation, the nonwoven roll is placed on the turntable. As it rotates, the film is layered evenly around the product. Tension control and synchronized movement of the film carriage ensure a stable and uniform wrapping process. After completion, some machines are equipped with automatic ejection devices, reducing manual handling and improving efficiency.
The system typically uses a PLC control system to manage turntable speed, wrapping layers, and operating cycles. Variable frequency speed control ensures stable operation. Film tension adjustment allows adaptation to different roll specifications, ensuring tighter and more consistent packaging.
In practical applications, nonwoven stretch film wrapping forms a tight protective layer around the coil, reducing friction and contamination during transportation. The wrapped product also appears more organized, facilitating storage and logistics handling. Automation significantly reduces labor input and improves overall efficiency.
This packaging method is widely used in nonwoven fabrics, curtain fabrics, textile rolls, and some rubber products. In nonwoven manufacturing, it enables standardized roll packaging; in textiles, it provides surface protection; and in other coil industries, adjustable parameters allow compatibility with different widths and sizes.
A nonwoven manufacturing company previously relied on manual wrapping, which resulted in inconsistent tightness and unstable efficiency. After adopting automatic stretch film wrapping equipment, the wrapping process became uniform and tightly controlled. Packaging quality improved significantly, and downstream production efficiency was enhanced.
