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High-performance Fine Wire Drawing Machine is designed for continuous drawing of copper and aluminum wires, providing precise and stable wire processing solutions for fine wire manufacturing. The machine supports different model configurations to meet various production requirements, with finished wire diameters ranging from φ0.08 mm to φ0.65 mm.According to different production requirements, the machine can be configured with suitable drawing dies and transmission systems to achieve optimized drawing performance, with maximum production speeds of up to 2500 m/min. It is suitable for manufacturing fine wires used in electrical cables, electronics, communication equipment, and other precision wire applications.
The machine adopts a precise drawing structure and advanced control system to ensure accurate wire diameter control and stable drawing performance. It helps maintain consistent wire quality and smooth surface finish during continuous production.
The independently developed automatic traversing compensation system automatically adjusts wire positioning during winding, ensuring neat wire arrangement and improving take-up accuracy.
Equipped with high-precision displacement sensors, the tension control system provides real-time feedback to maintain stable wire tension. This precise adjustment helps reduce wire breakage and ensures reliable operation under continuous production conditions.
The machine adopts imported high-quality transmission belts, providing smooth power transmission with low operating noise, excellent stability, and reliable long-term performance.
The preparative wire-tail function allows operators to connect wires before changing the bobbin during pay-off, reducing downtime during wire replacement.This function improves operation efficiency and supports continuous production processes.
High-quality components and optimized mechanical design ensure reliable operation, extended service life, and convenient maintenance.
Model | XL206-22(24)D5 | ZXL268-14D3 | ZXL250-16D5 | ZXL250-18D5 |
Material | Cu/ Al | |||
Max. inlet dia. | Cu:Ф1.2 Al:Ф1.6 | Cu:Ф1.6 Al:Ф2.0 | Cu:Ф1.8 Al:Ф2.5 | Cu:Ф1.8 Al:Ф2.5 |
Numbers of dies | 22/24 | 14 | 16 | 18 |
Finished dia. | Ф0.08-Ф0.4 | φ0.25—φ0.50 | φ0.20—φ0.65 | φ0.16-φ0.65 |
Max. production speed | 2500m/min | 1200m/min | 1500m/min | 1600m/min |
Structural form | Horizontal type/Vertical type | Horizontal type/Vertical type | Horizontal type | Horizontal type |
Lubrication type | Spray type | Spray type | Fully submerged | Fully submerged |
Type of transmission | Flat belt | Flat belt | Synchronous belt | Synchronous belt |
Bobbin size | Ф300 or Ф400 ,Automatic take-up machine optionally. | |||
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Used for producing fine copper and aluminum wires for power cables, electrical wires, and connection cables. The machine provides accurate diameter control, stable mechanical performance, and consistent wire quality to meet the requirements of continuous cable production.
Suitable for manufacturing fine wires used in electronic components, connectors, and precision electrical devices. The machine helps achieve smooth surface quality and accurate dimensions for applications requiring high wire precision.
Applied for producing fine wire materials used in communication cables, signal transmission systems, and data cables. Stable drawing performance helps maintain consistent wire properties during high-speed production.
Used for manufacturing precision wires applied in automotive electrical systems, sensors, control components, and industrial equipment. The machine supports stable production of wires requiring accurate dimensions and reliable performance.
This machine is mainly designed for copper and aluminum wire drawing. According to different production requirements, it can also be customized for other metal materials.
Different models provide different production speeds according to their configuration. The maximum production speed can reach 2500 m/min, allowing efficient continuous wire drawing for large-scale production.
The machine maintains consistent wire quality through precise control technology, stable tension feedback, and optimized mechanical design, helping achieve uniform wire diameter and smooth surface finish.