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Fine Wire Drawing Machine With Annealer – 24DHT-VG150
₹599.00
Fine Wire Drawing Machine with Annealer is a high-speed industrial wire drawing system designed for precision fine copper wire production with inline annealing, automatic tension control, and stable continuous operation. Suitable for wire and cable manufacturing industries, the machine delivers superior wire quality, reduced wire breakage, energy-efficient performance, and improved conductivity through integrated annealing technology for continuous industrial wire processing applications. The 24DHT-VG150 supports high-speed production with advanced zero-slip design and energy-saving operation.
- Description
Description
Fine Wire Drawing Machine with Annealer
The Fine Wire Drawing Machine with Annealer is engineered for high-speed drawing and continuous annealing of fine copper wires used in electrical wire and cable manufacturing industries. Designed with integrated annealing technology and automatic tension control, the machine ensures stable wire movement, improved conductivity, and superior finished wire quality during continuous industrial production.
Unlike conventional wire drawing systems, the inline annealer softens the wire immediately after drawing, improving flexibility and reducing internal stress in the conductor. Widely used in copper wire manufacturing, electrical wire production, and industrial cable processing industries, the machine supports energy-efficient operation with stable high-speed wire drawing performance.
Key Features
- High-speed fine wire drawing system
- Integrated inline annealing unit
- Automatic tension control system
- Zero-slip wire drawing design
- Energy-saving industrial operation
- Reduced wire breakage and wastage
- Suitable for continuous copper wire production
The 24DHT-VG150 supports approximately 25% energy savings with precision fine wire manufacturing capability.
Applications
- Fine copper wire manufacturing
- Electrical wire production
- Wire and cable industries
- Industrial wire processing
- Precision wire drawing applications
- Electronic wire manufacturing
Advantages of Wire Drawing Machines with Annealer
- Improves wire conductivity and flexibility
- Supports continuous industrial production
- Reduces wire breakage during operation
- Ensures stable wire tension control
- Delivers superior finished wire quality
Modern inline annealing systems improve copper wire softness and conductivity while maintaining stable high-speed wire production.
Technical Parameters
| MODEL | 24DHT – VG150 |
|---|---|
| Control system | Digital readout |
| Wire inlet dia | Ø0.5-Ø1.2mm |
| Wire finished dia | Ø0.1-Ø0.32mm |
| Max wire speed | 2000M/min |
| Max dies no | 24 |
| Transmission type | Advanced Flat Belt Drive |
| Mechanical elongation | 13%+8.7% |
| Capstan | Ceramic Plasma |
| Construction of the machine body | Steel plate welded, vertical four shafts |
| Capston Dia (Max) | Ø242mm |
| Fix speed capston dia | Ø206mm |
| Spool bobbin size | Ø300xØ215x270mm |
| Bobbin loading & unloading type | Expansion shaft or single shaft cone (optional) |
| Max Loading Capacity | 50Kg |
| Traversing | Synchronous motor and flat belt |
| Main Motor | 11kw |
| Spooler Motor | 4kw |
| Correction System | Automatic digital control of take-up |
| Tension control | Weight Type Tension Pulley |
| Lubrication Type | Spray Type |
| Brake | Magnetic Brake |
| Lubrication type for bearing | Without Oil |
| Annealing control | Pole Dc Current Output |
| Annealing capacity | 21Kva |
| Annealing voltage | 0-57V |
| Annealing current | 300A |
| Connect load | 15Kw+21Kva |
| Steam consumption | 6-9Kg/H 0.2-0.3Mpa(26Kw) |
| Cooling water consumption | 4-8M/H, 0.2-0.25Mpa |
| Lubrication type for bearing | Without Oil |
| Air consumption | 15-25m3/H 0.4-0.6Mpa |
| Lubricant Capacity | >50Lmin |
| Machine Dimension | 4.7 x 2.5 x 2.3M |
| Gross Weight | 3000Kg |
Delivering consistent quality, maximum productivity, and energy efficiency, the 24DHT-VG150 is the ultimate solution for high-end fine wire drawing operations with annealing requirements.










