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1 Technical Parameter
| Serial Number | Item | Parameters |
| 1 | Device type | Welding spot laser cleaning machine (standard) |
| 2 | Model code | SS |
| 3 | Laser type | Domestic (H) pulse laser/imported (I) pulse laser |
| 4 | Laser wavelength | 1064nm |
| 5 | Cooling methods | Air cooling |
| 6 | Fiber Length | 3~5M (customized) |
| 7 | Laser Power | 20-100W |
| 8 | Supply voltage | AC~220 50/60Hz |
| 9 | Overall power | ≤500W |
| 10 | Cabinet dimensions | 785*436*1061mm |
| 11 | Overall weight | 85kg |
| 12 | Handheld head weight | Standard 1.6kg |
| 13 | Ambient Temperature | 5~40℃ |
2 Machine Picture
3. Comparison diagram before and after cleaning
1. The traditional cleaning is the cleaning need to be contacted with the workpiece, which will have the mechanical effort against the workpiece to damage the surface, or the detergent attaches on the surface to produce the secondary pollution. But the laser cleaning will solve these problems through non-contact and non-grind cleaning.
1. The laser can be transmitted through optical fiber, combined with the robot hand and robot, easy to achieve long-distance operation, can clean the parts that are not easy to reach by traditional methods, which can be used in some dangerous places to ensure the safety of personnel
1. Laser cleaning can remove various types of pollutants on the surface of various materials to achieve a cleanliness that cannot be achieved by conventional cleaning. It can also selectively clean the contaminants on the surface of the material without damaging the surface of the material
2. High efficient laser cleaning and save time
3. Although the initial one-time investment is high, the cleaning system can be used stably for a long time, with low operating costs and only electricity costs per hour
1 Technical Parameter
| Serial Number | Item | Parameters |
| 1 | Device type | Welding spot laser cleaning machine (standard) |
| 2 | Model code | SS |
| 3 | Laser type | Domestic (H) pulse laser/imported (I) pulse laser |
| 4 | Laser wavelength | 1064nm |
| 5 | Cooling methods | Air cooling |
| 6 | Fiber Length | 3~5M (customized) |
| 7 | Laser Power | 20-100W |
| 8 | Supply voltage | AC~220 50/60Hz |
| 9 | Overall power | ≤500W |
| 10 | Cabinet dimensions | 785*436*1061mm |
| 11 | Overall weight | 85kg |
| 12 | Handheld head weight | Standard 1.6kg |
| 13 | Ambient Temperature | 5~40℃ |
2 Machine Picture
3. Comparison diagram before and after cleaning
1. The traditional cleaning is the cleaning need to be contacted with the workpiece, which will have the mechanical effort against the workpiece to damage the surface, or the detergent attaches on the surface to produce the secondary pollution. But the laser cleaning will solve these problems through non-contact and non-grind cleaning.
1. The laser can be transmitted through optical fiber, combined with the robot hand and robot, easy to achieve long-distance operation, can clean the parts that are not easy to reach by traditional methods, which can be used in some dangerous places to ensure the safety of personnel
1. Laser cleaning can remove various types of pollutants on the surface of various materials to achieve a cleanliness that cannot be achieved by conventional cleaning. It can also selectively clean the contaminants on the surface of the material without damaging the surface of the material
2. High efficient laser cleaning and save time
3. Although the initial one-time investment is high, the cleaning system can be used stably for a long time, with low operating costs and only electricity costs per hour
