One feeding cycle enables the simultaneous processing of 36 different wire diameters and colors, with a single set of molded housings supporting up to 100 circuits in an integrated plug‑in configuration. By contrast, conventional standalone machines can only produce a single wire at a time, requiring multiple units to be coordinated—doubling both floor space and capital investment.

1. **Doubled Production Capacity**: Multiple processing lines operate in parallel, enabling the simultaneous production of several workpieces during the same time period and significantly increasing output per unit of time.
2. **Takt Time Balance**: The entire machine is driven and controlled in a unified manner, ensuring that all workstations start and stop in sync and feed materials simultaneously, thereby eliminating single‑line waiting and material jams.
3. **More Space-Efficient**: With multiple lines integrated into a single unit, the overall footprint is smaller compared to arranging several standalone machines side by side.
4. **Lower Energy Consumption**: By sharing a single set of power, cooling, and control systems, standby and no‑load losses are distributed, resulting in greater energy efficiency compared to operating multiple standalone units separately.
5. **Manual Streamlining**: One operator can oversee all processing lines simultaneously, eliminating the need to assign a dedicated operator to each line.
6. **High Product Consistency**: With unified parameter synchronization during processing, all production lines maintain identical dimensions and process standards, resulting in a lower defect rate.