| Control Method |
Manual control results in low welding time and precision, making it prone to errors. |
Numerical control (NC) with programming ensures precise control over welding time and precision, intelligent operation, and eliminates human error. |
| Operational Ease |
Complex operation requires professional training, offers only a single operating method, and has poor adaptability. |
Supports both touchscreen and button operation, with a simple process, requiring no complex training, and adaptable to different operators. |
| Welding Quality |
Lack of synchronous control leads to welding misalignment, uneven weld points, large material deformation, and poor mesh regularity. |
Synchronous control technology enables one-time clamping and multi-stage welding, resulting in strong weld points, minimal material deformation, and a mesh diagonal error ≤2mm. |
| Processing Efficiency |
Manual feeding and wire dropping result in slow welding speeds, hindering continuous operation and reducing batch processing efficiency. |
Stepper motor hopper and automatic wire dropping achieve a welding speed of 2 rows/minute, enabling continuous operation and significantly improving batch processing efficiency. |
| Labor Costs |
Requires multiple operators, leading to high labor intensity and costs. |
High automation requires only a small number of personnel, significantly reducing labor intensity and costs. |
| Operational Stability |
Simple manufacturing process, loose structure, prone to failure and poor stability during long-term operation. |
Precision machining process, Yellow River Cyclone power unit, robust structure, capable of long-term continuous and stable operation. |
| Energy Consumption Control |
Inaccurate energy consumption control leads to high energy consumption during long-term operation and high operating costs. |
Automated and precise control ensures controllable energy consumption, and with a high-quality power configuration, reduces long-term operating costs. |