Inline Slitting Unit for Nonwoven Heavy Materials
“ Inline Slitting Unit for Nonwoven Heavy Materials ”
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Inline Slitting Unit for Nonwoven & Heavy Materials
The Inline Slitting Unit is engineered for continuous and precise slitting of nonwoven fabrics, technical textiles, composites, and other heavy-duty industrial materials. Designed for seamless integration into existing production lines, the system enables efficient web processing without interrupting material flow, reducing downtime and increasing overall production efficiency.
The machine is equipped with a PLC-based control system and an intuitive touchscreen HMI, allowing operators to easily adjust and monitor all production parameters. Its modular design supports the installation of multiple slitting knives, enabling customized slit widths and configurations according to specific production requirements.
Built for demanding industrial applications, the unit delivers reliable slitting performance at line speeds ranging from 100 to 150 m/min. Heavy-duty construction, precision-engineered knife holders, and industrial-grade components ensure long service life, low maintenance requirements, and consistent product quality.
Key Features
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Designed for nonwoven fabrics, technical textiles, and thick web materials
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PLC-controlled automation system
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User-friendly touchscreen operator interface
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Flexible knife arrangement and expandable knife quantity
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High-precision slitting performance
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Operating speeds up to 150 m/min
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Continuous inline production capability
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Robust industrial construction
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Low maintenance and high operational reliability
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Custom-built configurations available
Applications
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Nonwoven fabric production lines
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Technical textile processing
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Geotextile converting
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Industrial fabric converting
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Composite material processing
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Specialty web material production
The Inline Slitting Unit provides manufacturers with a reliable, efficient, and highly adaptable solution for precision slitting of demanding web materials while maintaining consistent product quality and maximizing production output.