Automatic spiral paper tube machines are central to producing high-strength cores used in textiles, packaging and film processing. The LX-2T system is designed to combine continuous automation, precise tension control and faster format changes for industrial paper tube manufacturing. Its specified performance highlights how equipment design is being shaped by demands for output quality, material efficiency and operational flexibility.
The LX-2T is designed for high-strength industrial paper tube production. Through an integrated automated control system, the equipment manages the full process from paper feeding to finished tube cutting, reducing manual intervention and supporting stable output.
The machine uses a PLC-based control system and Xinjie servo motors to manage the winding process. Precise paper tension control is intended to maintain uniform wall thickness and roundness, factors that are important in high-speed winding applications.
The equipment employs an adhesive application method specified to reduce glue consumption by about 20% compared with conventional systems while maintaining bond strength. For manufacturers, that reduction can lower long-term material costs.
The table below summarizes key operating parameters for the LX-2T automatic spiral paper tube machine.
| Technical indicator | Specification |
|---|---|
| Tube diameter range | 30mm to 200mm |
| Production speed | Up to 26 m/min |
| Control system | Intelligent PLC and touchscreen |
| Changeover time | Approximately 30 minutes |
| Drive configuration | Xinjie servo motors |
Spiral paper tube production is a coordinated system process involving several linked stages:
For factories running continuous production, format-change flexibility is a key selection factor. The LX-2T uses modular mandrel and belt designs that allow a specification switch in about 30 minutes, supporting plants that handle multiple product sizes and smaller batch orders.
A welded frame is designed to reduce vibration during high-speed operation and to extend equipment service life. Maintenance planning should focus on tension control, adhesive application and cutting synchronization to sustain output consistency.
