Copper Wire Annealing Machine with φ8.0mm Incoming Cable 750 m/min Maximum Speed and 13-Die Tower Wheel

Copper Wire Low-Speed Large Pulling Continuous Annealing Machine | Model WDL-560/13DT 

WUXI WONDERY INDUSTRY EQUIPMENT CO., LTD. presents the WDL-560/13DT Copper Wire Low-Speed Large Pulling Continuous Annealing Machine, a high-performance solution designed for precision processing of copper wire. Engineered to handle incoming copper wire of φ8.0mm, this machine delivers an output range of 1.38–3.2 mm at a maximum speed of 750 m/min, making it ideal for applications requiring consistent quality and operational efficiency.

The unit features a robust 13-die tower wheel system with a mechanical speed ratio of 1.25, driven by a 132KW main motor. Its DC annealing system, model WDL-350T, provides an annealing current of up to 4000A and voltage of 60V, which automatically tracks line speed to ensure uniform softness and oxidation-free results. The annealing section incorporates segmented heating and cooling, stainless steel magnetic field isolation, and steam protection to enhance wire surface quality and extend component life.

Designed for durability, the machine utilizes cast steel tower wheels coated with tungsten carbide, full gear transmission, and an efficient spray and semi-immersion lubrication system. The dual-reel shaftless take-up system supports spools of φ630 mm and φ500 mm, with servo-driven traverse control for precise cable management.

Below are the key technical specifications for the WDL-560/13DT:

With a focus on reliability, this machine integrates key components from top domestic and international brands, including frequency converters, bearings, and low-voltage switches. The finished copper wire meets national standards for round copper wire, with outer diameter variation controlled within ±0.03 mm and a smooth, defect-free surface.

For businesses seeking a dependable annealing and drawing solution, WUXI WONDERY INDUSTRY EQUIPMENT CO., LTD. offers the WDL-560/13DT as a comprehensive system combining advanced annealing technology, mechanical precision, and ease of operation.