1250 Double Bow Stranding Machine

The 1250 Double Bow Stranding Machine is an industrial device whose core function is to efficiently and tightly spirally wind (twist) multiple single-strand wires together according to a specific pattern, forming a structurally stable cable unit with enhanced electrical performance.

■ Double Bow Design: The core of the machine lies in its unique "Double Bow" mechanism. These two bow-shaped retracting and retracting mechanisms work together to ensure balanced tension and smooth movement of the multiple strands during high-speed twisting, reducing stress damage and improving stranding uniformity.
■ Efficient Wire Stranding Capability: Designed to simultaneously process a large number of single wires, it can efficiently bundle and strand large quantities of conductors, optical fibers, or other linear materials (up to their upper specification limits).
■ Precise Stranding Control: Through precise mechanical transmission and control (such as cradle-style take-up and pay-off), the twist pitch (twist tightness) and twist direction are highly consistent and controllable, which is crucial for ensuring the electrical properties, flexibility, and structural stability of the final cable. Tension Balance Management: The dual-bow structure, combined with a tension adjustment system, effectively manages the dynamic tension of multiple strands during high-speed twisting, preventing individual strands from being overly tight or loose, reducing the risk of breakage, and ensuring the roundness and straightness of the stranded strand.
■ Adaptability and Flexible Production: The design accommodates various wire diameters, materials (such as copper, aluminum, alloys, and optical fiber), and twisting configurations, ensuring production flexibility.
■ Stable Production Guarantee: The robust mechanical structure and rational layout ensure high-speed, continuous, and stable production operations, meeting the demands of large-scale cable manufacturing.
■ Improving Cable Performance: The ultimate goal is to produce stranded wire cores with excellent electrical conductivity, signal transmission quality, anti-interference capabilities, mechanical strength, and flexible bending properties. These stranded wires are essential components for various types of wires and cables, such as power cables, communication cables, and data cables.