Spindle Appearance Inspection

New Spindle Appearance Inspection System for On-loom Detection
Flexible equipment layout, strong compatibility, and small footprint
Reduces manual labor and improves defect detection accuracy on spindle surfaces

  • Used for exposed surface detection of spindles in the synthetic fiber industry, this system can be directly installed on the loom, improving detection efficiency, reducing manual handling, minimizing fatigue and missed inspections caused by human eyes, and providing complete quality traceability management.

  • More aligned with the synthetic fiber production process: The system can be laid out 
    according to quality inspection workflows, enabling timely identification of production 
    quality defects and removal of defective products.

    Excellent specification compatibility: Adapts to changes in spindle size specifications, 
    with automatic specification switching based on upper-level system data for seamless 
    transition.

    Excellent defect detection: Optimized design for existing challenges in detecting fiber 
    hair, achieving effective detection of fiber hair defects.

    High detection efficiency: 16s for single-line detection, with a complete 32-spindle loom 
    inspection in 72s

    Low total cost: Small footprint and minimal auxiliary equipment required, significantly 
    reducing overall equipment investment cost.

    Excellent human-machine collaboration: Clear and intuitive interface providing effective 
    guidance for re-inspection by quality control workers.

    Good expandability: Optional functional modules can be selected for upgrading based 
    on specific inspection needs, with expansion capabilities for both equipment and technology.

  • Inspection Accuracy

    Applicable to Spindle Types

    15s for single-line spindle inspection, 2.5s per spindle

    Polyester, Nylon, Spandex, Industrial Spindles, etc.

    Fiber Hair
    Waste fiber introduction, 
    fiber entanglement, and knots
    Presence of tail fibers
    Molding abnormalities/defects
    Paper tube damage
    Paper tube color (same batch color abnormalities)
    Fiber entanglement
    Cuts, scratches, impacts, and indentations
    Fiber collision
    Machine-induced fiber collision
    Oil stains

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    Real-time display of inspection status and defect count

    Capable of defect quantity statistics, defect type statistics, 
    and intelligent classification of products

    Quality management system available for real-time 
    monitoring of production quality information

    Supports data export, providing defect traceability for 
    production processes

Technical Service

Quick Response

Full Tracking

Lifetime Service

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