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China HFQD-CD Lithium Battery Film Slitting Machine - Precision Coating & Slitting Factory Suppliers

● Advanced Coating Technology: Our specialized coating system is expertly engineered for tension-free precision coating of lithium-ion battery wet and dry films. This technology is ideal for high-precision slitting and winding of lithium battery packaging materials and electrodes, making it a standout choice among China suppliers.
● Comprehensive Processing Expertise: Our full-width processing capability ensures the highest processing stability from electrode sheets to large-sized materials. With superior tension control, our solutions guarantee flawless winding processes, establishing us as a trusted factory for innovative battery manufacturing needs in the industry.

    Product Application

    This series of equipment is specifically designed for lithium-ion battery production, capable of performing micro-tension precision coating of wet/dry films, as well as high-precision slitting and winding/unwinding of electrode materials and packaging films.

    Equipment Features

    • Designed specifically for advanced lithium-ion battery production lines.
    • Capable of micro-tension precision coating for both wet and dry films.
    • High-precision slitting and winding/unwinding of electrode materials.

    🏆 Core Advantages

    • Full-Width Adaptability: Processes materials from ultra-narrow to extra-wide specifications.
    • Tension Control: Innovative system ensures completely stress-free winding.
    • Operational Stability: High-rigidity structure guarantees consistent performance.

    🧠 Intelligent Control System

    • Automatic speed compensation.
    • Digital length measurement system.
    • Preset length automatic shutdown.
    • Smart material shortage detection and shutdown.
    • Audible and visual alarms for abnormal status.

    📐 Ergonomic Design

    • Pneumatic constant-pressure laminating platform.
    • Adaptive tension winding mechanism.
    • Liftable unwinding unit.
    • Laser-assisted core centering system.
    • Quick material unloading mechanism.

    🛡 Durability Assurance

    Constructed with high-strength cast iron and aerospace-grade precision guide rails, the equipment maintains factory-set accuracy even after prolonged use, ensuring consistent performance throughout its lifecycle.

    Technical Parameters

    Machine type HFQD(S)-1000CD HFQD(S)-1300CD HFQD (S)-2000CD
    Maximum width of slit material 950mm 1250mm 1950mm
    Width of material after slitting 30-950mm 30-1550mm 30-1950mm
    Maximum rolling diameter Φ400 Φ400 Φ600
    Maximum unrolling diameter Φ600 Φ600 Φ800
    Rolling paper core diameter 3 inch
    Unrolling paper core diameter 3, 6 inch
    Speed of slitting 5-150m/min
    Slit film thickness 12-125um
    Error correction ≤±0.5mm

    * Note: With the progress of the above parameters may be changed. If you need the latest and detailed parameters, please contact our peak sales engineer.

    Frequently Asked Questions (FAQ)

    Q1: What materials can this series of equipment process?

    This equipment is specifically designed to handle wet/dry films, electrode materials, and packaging films used in lithium-ion battery production.

    Q2: What is the maximum slitting speed of the machines?

    The slitting speed of this equipment series ranges from 5 to 150 meters per minute, depending on the material and production settings.

    Q3: What are the differences in maximum slit width among the models?

    The HFQD(S)-1000CD supports a maximum width of 950mm, the HFQD(S)-1300CD supports up to 1250mm, and the HFQD(S)-2000CD supports up to 1950mm.

    Q4: How accurate is the error correction system on these machines?

    The system features high-precision error correction with a tolerance limit of ≤±0.5mm to ensure processing accuracy.

    Q5: What intelligent safety features are integrated into the control system?

    The system includes automatic speed compensation, digital length measurement, automatic shutdown for preset lengths or material shortages, and audible/visual status alarms.

    Q6: How does the machine maintain accuracy over long-term operations?

    It is constructed using high-strength cast iron and aerospace-grade precision guide rails, which prevent deformation and maintain factory-set accuracy over prolonged lifecycles.

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