In the textile industry's relentless pursuit of production efficiency and yarn quality, maintaining uniform interlacing and package stability at high speeds remains a core challenge for process optimization. GILBOS has addressed this with its advanced high-speed air-interlacing winding system, combining precision process control with modular design to deliver industrial-grade solutions for BCF, CF, and staple fiber processing.
Flexible Hardware Architecture
The system showcases remarkable hardware flexibility. Its winding unit accommodates 73mm x 290mm cylindrical tubes with programmable winding angles ranging from 13° to 21°, allowing precise adaptation to various fiber materials including PES, PP, PA, and natural fibers. The modular layout features three spindles per segment, with optional 800mm or 1000mm track gauges.
Key performance features include:
- Independent digital inverter control for spindles, yarn guides, and feed rollers
- Integrated Hyperion and Orion process control systems for closed-loop management from winding tension to formation trajectory
- Automatic magazine capacity for 8 tubes under full load
- Standard cycle time of just 15 seconds
- Maximum single-package weight of 12kg (26.5 lbs), significantly enhancing continuous operation capabilities
Advanced DynaJet SO Interlacing Unit
The system's centerpiece, the DynaJet SO standard overfeed interlacing unit, demonstrates exceptional process adaptability. Designed for coarse yarns (up to 20,000 dTex/18,000 den), it features:
- Dual feed rollers with pre- and post-interlacing yarn guidance to eliminate tension fluctuations
- Operation at 4-10 bar compressed air pressure
- Maximum process speed of 1000 m/min
- Individual tensioners and sensors for each yarn strand
This configuration ensures uniform interlacing point distribution across different fiber materials at high speeds, effectively resolving quality defects caused by tension variations in conventional processes.
Balancing Performance and Control
The system achieves an optimal balance between high-speed operation and heavy-load capacity while elevating process parameter flexibility through digital control. For modern textile plants prioritizing high output and premium quality, this solution represents a strategic asset for production optimization and waste reduction.
