Technical Support: Customizable Application Fields: Applicable to electronic component spot welding, drag welding, sintering, heating, and special welding processes in automated production lines.
The Haiwei laser soldering machine system employs advanced semiconductor lasers, high-precision motion control systems, and precise wire feeding mechanisms. This ensures the quality of every soldering point. It is applicable to spot welding, drag welding, sintering, heating, and special welding processes in automated production lines. Due to its features such as real-time high-precision control of the temperature of the welding object, it is particularly suitable for high-precision soldering processing where there are components that cannot withstand high temperatures and heat-sensitive components around the soldering points.
1.The soldering process is highly efficient, especially suitable for mass production with multiple soldering points. It can complete the processing of dozens of soldering points at high speed in one go.
2.The welding effect is excellent, with well-defined weld points and good consistency.
3.CCD performs real-time imaging to observe the welding process dynamically. The laser, CCD and red light are all in a three-point coaxial position, and no complex debugging is required.
4.The coaxial CCD imaging system enables the solder joints to be clearly and real-time displayed before our eyes.
5.The tin-feeding device can rotate 360 degrees.
6.Haiwei Laser's professional software control system.

设备型号 model | HW-FWD60 | HW-FWD100 | HW-FWD150 |
电力要求 Requirements of power supply | AC220V/±10%,50Hz | AC220V/±10%,50Hz | AC220V/±10%,50Hz |
设备总功耗 equipment power | 1KW | 1.2KW | 1.5KW |
平均功率 Laser power | 60W | 100W | 150W |
激光波长 Wavelength | 980nm | 980nm | 980nm |
工作范围 Work area | 300*200mm | ||
I/O接口 input/output | Input/Output I/O RS232 | ||
瞄准指示方式 Localization way | Red light/(optional CCD) Red diode indicator (option ccd) | ||
温度反馈方式 Feedback mode | Infrared feedback (optional) | ||
冷却方式 Cooling way | Air-cooled | ||