Unstable roll packaging increases transport risks
In industries such as nonwoven fabrics, paper production, rubber products, and coil materials, the tightness of a roll’s outer layer directly affects transport stability. If the outer wrap becomes loose, shifted, or damp, the roll may deform during handling or stacking, affecting downstream processes. As companies focus more on packaging standardization and warehousing efficiency, the need for “tight, neat, and stable” roll packaging becomes increasingly important.
The reel stretch wrapping machine provides full-coverage wrapping to ensure continuous, uniform, and adjustable protection for reel-shaped materials.
Full-coverage wrapping compatible with multiple roll-material industries
Part of the YP series, this tissue roll packing adapts to nonwoven fabrics, tire cord, rubber sheets, coils, cable paper rolls, and more.
The turntable rotates the roll 360°, while the film forms a tight outer layer that enhances appearance, dust resistance, and structural stability.
The machine supports rolls with:
Diameter: 600–1500 mm
Width: 700–3050 mm
Turntable diameter: 2000–3400 mm
Load capacity: up to 1500 kg (customizable)
Variable turntable speed (0–10/15 rpm) ensures compatibility with materials requiring different film tension.
A standard pneumatic top-eject system safely unloads finished rolls, reducing manual handling misalignment or core deformation. Optional modules include weighing, label printing, and protective ground plates to support information management and production-line integration.
Improving packaging tightness, appearance, and efficiency
The core objective of reel packaging is to maintain shape stability and surface integrity. Manual wrapping frequently results in uneven tension, wrinkles, or inconsistent coverage.
By adopting controlled film tension and stable rotation, the machine ensures tightly bonded layers that prevent moisture and dust intrusion.
With an output of 10–30 rolls/hour, it meets medium to high-volume production demands. The machine operates at 2.7 kW, balancing performance and energy efficiency.
Case study: improved shipping stability for a nonwoven fabric plant
A mid-sized nonwoven manufacturer previously wrapped rolls manually, causing wrinkles, loose areas, or displacement during transportation. Some larger rolls shifted on pallets due to uneven tension.
After installing the reel stretch wrapper, rolls were consistently wrapped under controlled tension, and the pneumatic ejector simplified unloading. Packaging uniformity improved significantly, reducing rework, stabilizing pallet stacking, and increasing overall delivery efficiency.
A stable, controllable packaging method for reel materials
The reel stretch wrapping machines delivers reliable full-coverage wrapping for materials requiring tightness and shape stability. It enhances packaging quality, transport safety, and warehouse handling efficiency—making it a long-term solution for various reel-based industries.