Floor-type automatic single station CCD vision-guided laser soldering machine SPL-H331
Description
Parameter configuration
| Model | SPL-H331 |
| Action range (mm) | X-axis: 300, Y-axis: 300, Z-axis: 100 |
| Running speed | X-axis 0~500mm/sec, Z-axis 0~300mm/sec, X-axis 0~500mm/sec, Z-axis 0~300mm/sec |
| Load capacity | Tray 10kg, Z-axis 5kg |
| Repetitive positioning accuracy | X-axis, Y-axis, Z-axis: ± 0.02mm |
| Transmission method | Servo motor+precision screw |
| Control method | Industrial Control Computer (IPC) |
| Maximum laser power of laser system | 100W |
| Laser type | Continuous semiconductor laser |
| Indicate the wavelength of the light | 650±10nm |
| laser wavelength | 915nm |
| Fiber core diameter | 105um |
| Fiber optic interface type | SMA905 |
| Fiber bending diameter | 200 (mm dynamic), 150mm (static) |
| Cooling method | air cooling |
| Targeting | Infrared+CCD Vision |
| Minimum spot size | 0.6mm |
| Tin supply range | Send tin: 0.3-1mm |
| External interface | USB/RS232 |
| Storage capacity | 60GB |
| Relative humidity | 20~80% Non condensing |
| Operating Temperature | 0~40oC |
Main Features:
- The device can pre store multiple sets of heating curve parameters to adapt to different welding objects, and can accurately and quickly adjust the heating curve
- Non contact welding, isolating static electricity from damaging components, without contact stress or vibration during the welding process
- No soldering head (chromium iron head) consumables, especially suitable for highly automated applications, reducing maintenance time, short heating time, minimal thermal impact on components, minimizing thermal damage and deformation
- It can be flexibly applied to lead and lead-free soldering applications, and can adapt to different application scenarios such as pre tinning and tin wire
- Small solder joints, suitable for precision welding, and in situations with limited welding space, with less welding fumes
- Coaxial CCD monitoring, intuitive positioning, real-time observation of welding process, 3D space linear interpolation, 3D space arc interpolation
