Wave soldering stands out in PCB assembly with its ability to deliver high-quality results through meticulous control of welding parameters for each solder joint. This process allows for precise adjustments, optimizing conditions such as flux amount, soldering time, and wave height, ultimately minimizing defects and, in some cases, achieving zero defect soldering for through-hole components.
- Process Customization:
- Welding parameters for each solder joint can be tailored.
- Adjustment space for flux amount, soldering time, and wave height.
- Defect Reduction:
- Precision adjustments lead to a significant reduction in defect rates.
- Potential for achieving zero defect soldering for through-hole components.
- Selective Wave Soldering (DPM):
- Among various soldering techniques, DPM exhibits the lowest defect rate.
- Utilizes programmable tin cylinders and flexible soldering nozzles.
- Programmable Avoidance:
- Uses a programmable tin cylinder and flexible soldering nozzles.
- Enables programming to avoid obstacles like fixing screws and stiffeners on the B side of the PCB.
- Elimination of Custom Fixtures:
- No need for custom soldering trays or similar methods.
- Reduces the risk of damage caused by contact with high-temperature solder.
- Comparative Advantages:
- Outperforms manual soldering, through-hole reflow soldering, and traditional wave soldering.
- Offers good soldering quality, high efficiency, flexibility, low defect rates, minimal pollution, and compatibility with various soldering components.
As a distinguished FPC soft board manufacturer,WellCircuits takes pride in collaborating with numerous clients. We remain committed to assisting new customers and addressing any inquiries promptly. Feel free to reach out to us at any time for further assistance.
