Overview and core features of inverted wire drawing machine
Large Reel Production Capacity: A single take-up reel can typically weigh up to 2-3 tons, reducing the need for tooling changes and improving production efficiency.
Integrated Wire Drawing and Take-Up: The wire drawing and take-up functions are integrated, allowing the drawn wire to drop directly onto the take-up reel.
Convenient Wire Unloading: The take-up reel is typically located below or on a movable trolley, making it easy to remove finished wire and reducing labor intensity.
Widely Compatible Materials: Suitable for high-, medium-, and low-carbon steel wire, stainless steel wire, special-shaped steel wire, as well as non-ferrous metal wires such as copper and aluminum.
Main technical parameters of the production line
| Maximum incoming wire diameter | Φ6.5mm ~ Φ30mm | Depends on the model configuration |
| Reel diameter | φ560mm ~ φ1400mm | Common models include 800, 900, 1000, 1200, etc. |
| Drawing speed | 25~50 m/min | Some models may be higher |
| One take-up reel weight | 2~3 tons | Significantly reduce downtime for disk change |
| Main motor power | 22kW ~ 75kW | Frequency conversion speed regulation, energy saving and precise control |
| Equipment dimensions | 3000mm l × 2500mm w × 2500mm h | There are significant differences among different models and configurations. |
Application areas
Inverted wire drawing lines are particularly suitable for industries requiring the processing of large, heavy, thick-gauge, high-strength wire:
Standard parts industry: Wire processing for fasteners such as bolts, nuts, and screws.
Hardware and shelf manufacturing: Wire processing for metal mesh, shelving, and hardware tools.
Prestressed metal materials: Production of high-strength prestressed steel wire and rods.
Non-ferrous metal processing: Drawing of thicker non-ferrous metal wires such as copper and aluminum.
Purchase and use recommendations
Clarify your needs: Select the appropriate model based on the materials you typically process, wire diameter, target output, and finished product specifications.
Focus on core components: Understand the reducer type, spindle material, and control system brand, as these factors impact the equipment's lifespan and stability.
Investigate the manufacturer and after-sales service: Choose a manufacturer with proven technology and comprehensive after-sales service.
Emphasis on installation and training: Ensure a solid foundation and that operators are trained and familiar with the equipment and processes.
Regular maintenance: Regularly inspect molds, transmission components, lubrication systems, and other components to keep the equipment in good condition.
