Boosting Stranding Efficiency with the High Speed Tubular Stranding Machine

In modern wire and cable manufacturing, production efficiency and equipment stability are crucial factors for improving competitiveness. The High Speed Tubular Stranding Machine is specially designed to meet these demands, offering an advanced solution for stranding 7-core copper wires, aluminum wires, mild steel wires, and ACSR conductors. Compared with conventional tubular stranding machines, this upgraded equipment delivers higher speed, wider wire diameter adaptability, lower noise, and more stable performance.

The High Speed Tubular Stranding Machine adopts a 630/1+6 structure and can reach a maximum operating speed of up to 700 rpm, achieving approximately 1.5 times the production efficiency of traditional models. Its specially designed pneumatic pintle-type pay-off system ensures stable tension throughout the process, regardless of whether the bobbin is full or nearly empty. Even during sudden stops at high speed, the machine maintains synchronization between the passive pay-off speed and the traction line speed, significantly reducing the risk of wire breakage or loosening.

To guarantee long-term stability and accuracy, the cylinder structure consists of three sections, each supported by high-quality bearings. This design ensures reliable 24-hour high-speed operation while extending the maintenance cycle and service life of the equipment. The machine also features a fully enclosed sound-insulated protective cover with internal LED lighting and pneumatic doors, improving safety, reducing noise, and making threading operations more convenient.

Additional features such as an external wiring method, quick bobbin loading and unloading system, and advanced wire-break detection mechanism further enhance operational efficiency and safety. Combined with intelligent monitoring and remote maintenance support, this equipment provides cable manufacturers with a powerful and reliable solution for high-speed, high-quality conductor stranding.