
The Shield Combing and Copper Foil Wrapping Machine is a specialized automated equipment designed for cable and wire harness processing, primarily used in the manufacturing of high-performance cables, communication cables, automotive wire harnesses, and similar products.
Main Functions:
Shield Combing: Organizes and straightens the braided shield layer on the cable exterior, removing tangled and crossed metal wires to ensure the shield layer is neatly aligned and orderly.
Copper Foil Wrapping: Precisely wraps copper foil tape around the combed shield layer, forming a uniform and tight shielding protection layer that enhances the cable's anti-interference performance and mechanical strength.
Core Advantages:
High degree of automation, reducing manual operation and improving production efficiency
High processing precision, ensuring consistency in shield layer and copper foil wrapping
Suitable for processing various cable specifications
Effectively enhances product electromagnetic shielding performance and reliability
Typical Application Fields:
Automotive high-voltage wire harnesses
Communication data cables
Industrial control cables
New energy charging cables
This equipment is an indispensable key asset in modern cable manufacturing processes, providing reliable technical support for the large-scale production of high-quality shielded cables.
Dimensions: L1605 × W1044.9 × H1691 (mm)
Machine Weight: 570 kg
System Maximum Working Pressure: 0.8 MPa
System Rated Working Pressure: 0.6 – 0.8 MPa
Production Cycle Time: 3.5 – 5 s
Power Supply Voltage: 220V
Product Updates: Images and videos displayed may differ from current products due to ongoing design improvements and updates. The actual delivered product shall prevail in case of any discrepancy.
Optional Accessories: Some accessories and components shown in product photos/videos are optional configurations and not included in the standard package. Please order these items separately if required.
Technical Parameters: Specifications are for reference only. Equipment suitability depends on actual working conditions, not just parameter comparison. Please consult us to confirm compatibility for your specific application.
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