The fluff monitoring device detects "fluff" abnormalities in glass fiber yarns in real time, preventing such defective yarns from entering subsequent processes (such as weaving and winding). It ensures product quality and reduces equipment jamming and downtime.
Fluff & Tangling
Millisecond-level
Compatible with multi-specification glass fiber yarns
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It detects fluff defects in glass fiber yarns in real time, preventing such defective yarns from entering subsequent processes such as weaving and winding, ensuring product quality and reducing equipment jamming and downtime.
It usually adopts a combination of visual recognition and laser sensors (or infrared ranging). By capturing profile changes of the yarn cross-section — where the cross-sectional diameter increases abnormally by more than 20% when fluff occurs — and scattered light signals from yarn hairiness, it quickly identifies the fluff condition.
The detection frequency reaches the millisecond level, adapting to the high-speed drawing rhythm of glass fiber (generally drawing speed exceeds 1000 m/min). An alarm or shutdown can be triggered within 1 second once an abnormality is detected.
It detects fluff defects in glass fiber yarns in real time, preventing such defective yarns from entering subsequent processes such as weaving and winding, ensuring product quality and reducing equipment jamming and downtime.
It usually adopts a combination of visual recognition and laser sensors (or infrared ranging). By capturing profile changes of the yarn cross-section — where the cross-sectional diameter increases abnormally by more than 20% when fluff occurs — and scattered light signals from yarn hairiness, it quickly identifies the fluff condition.
The detection frequency reaches the millisecond level, adapting to the high-speed drawing rhythm of glass fiber (generally drawing speed exceeds 1000 m/min). An alarm or shutdown can be triggered within 1 second once an abnormality is detected.
It is compatible with glass fiber yarns of various specifications (such as different tex counts and filament diameters). The detection threshold can be adjusted through preset parameters to avoid misjudgment.
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Precise Tension ControlNeat Winding Without Yarn Jumping
Compatible with Multiple FibersFlexible Type Switch & Universal
Stable Operation with Low LossConsistent Quality
Uniform UnwindingPrecise & Controllable Chopped Length
Anti-tangling & Anti-blockingSmooth Feeding & No Jamming
Large-package Load CapacityFewer Package Changes & High Efficiency
Multi-axis SynchronizationConsistent Tension Ensures Flat Warping
Adjustable Spindle CountCompatible with Diverse Width Requirements
Stable OperationZero Yarn Breakage, High Efficiency & Top Quality
Layered Yarn FeedingNeat Yarn Routing Without Tangling
Independent Tension AdjustmentMulti-Weave Compatible
Compact StructureSmall Footprint To Adapt To Workshop Layout
Professional Integrator of Automated Liquid Handling System Equipment
Room 102, 1st Floor, Building 3 No. 666 Songhuang Road Qingpu District, Shanghai China
1st Floor, Building A, Chuangye Center No. 295 Jingxiu Street, Jingxiu District Baoding City, Hebei Province, China
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