Details Product Parameters Samples Video
1. The design is integrated and reasonable, ensuring dustproofing and good heat dissipation, effectively prolonging the service life of machine parts.
2. It is equipped with 10 meters of original optical fiber cable, allowing for easy movement and operation, and enabling the cleaning of hard-to-reach parts.
3. The hand-held cleaning head is lightweight, weighing only 0.7kg, making it easy to handle.
4. By adjusting the laser process parameters, pollutants can be effectively removed without damaging the surface of the substrate, restoring it to a like-new appearance.
5. It can be transmitted through optical fiber and can be used in conjunction with manipulators and robots to conveniently perform long-distance operations, cleaning parts that are difficult to reach using traditional methods. This ensures the safety of personnel in hazardous environments.
1. Laser cleaning head
Light weight only 0.7KG, flexible and convenient to clean metal parts of any shape, with a wide cleaning width, up to 300mm. Equipped with a safety monitoring system.
2. Operation interface
Advanced resistive touch screen with higher sensitivity, intelligent control, supports multiple languages (English, Spanish, German, Italian, French, Russian, Turkish, etc.)
3. Laser source
We use a customized 45um core diameter cleaning fiber laser with a lifespan of 100,000 hours and maintenance-free.
4. Water chiller
Double circulating water cooling makes the laser source and cleaning head cool better, and the temperature control sensor adopts imported brands.
5. Cleaning connection fiber
The cable distance from the laser cleaning head to the machine is 10 meters, and there is no need to move the machine when laser welding the workpiece.
6. Wide range of cleaning
The maximum cleaning area is 300*300mm, and the efficiency is high.
1. Laser cleaning has a wide range of applications as it can effectively remove various types of pollutants from different materials. This method achieves a level of cleanliness that cannot be attained through conventional cleaning methods. Additionally, laser cleaning allows for selective removal of pollutants without causing any damage to the material's surface.
2. Laser cleaning ensures operational safety through the implementation of multiple safety alarm functions. This high level of safety guarantees the well-being of operators during their work.
3. Laser cleaning offers excellent cleaning results without the need for grinding or direct contact. It does not produce any thermal effects or exert mechanical force on the object being cleaned, thus preventing any damage to its surface.
4. Laser cleaning is environmentally friendly as it eliminates the need for chemicals or cleaning fluids. The waste generated after cleaning consists mainly of solid powder, which is small in size and easy to store. This waste can also be recycled, and laser cleaning does not cause any photochemical reactions or pollution.
5. Despite the initial high investment, laser cleaning proves to be cost-effective in the long run. It provides stable and reliable performance for up to 10 years, resulting in low operating costs. Laser cleaning is fast, efficient, and time-saving, allowing for a quick return on investment.
Power/W | Material | Cleaning speed | Effective beam/cleaning range | Depth of cleaning | Cleaning efficiency (cu.m./H) |
1500 | floating rust | 50mm/S | 150mm | 20um | 15 |
Paint | 50mm/S | 150mm | 100um | 6 | |
Rusting | 50mm/S | 150mm | 120um | 4 | |
2000 | floating rust | 50mm/S | 300mm | 20um | 20 |
Paint | 50mm/S | 300mm | 100um | 8 | |
Rusting | 50mm/S | 300mm | 120um | 5 | |
3000 | floating rust | 50mm/S | 300mm | 20um | 30 |
Paint | 50mm/S | 300mm | 100um | 14 | |
Rusting | 50mm/S | 300mm | 120um | 9 |
Project | Laser cleaning | Chemical cleaning | Mechanical cleaning | Ultrasonic cleaning |
Cleaning method | Non-contact (laser) | Contact (chemical cleaner) | Contact (mechanical) | Contact (cleaner) |
Workpiece damage | No damage | Damaged | Damaged | Damaged |
Cleaning efficiency | High | Low | Low | Middle |
cleaning effect | High cleanliness | Uneven | Uneven | High cleanliness (small range) |
Cleaning accuracy | High precision (accurate and controllable) | Poor accuracy (uncontrollable) | Average accuracy (uncontrollable) | Unable to specify range cleaning |
Environmental friendly | Pollution-free | Polluted | Polluted | Polluted |
Cost input | High initial investment (no consumables, maintenance) | Low initial investment (very high cost of consumables) | High initial investment (high labor cost of consumables) | Low initial investment (moderate cost of consumables) |
Suitable for removing resin, paint, oil stains, stains, dirt, rust, coatings, etc. from the surface of objects.
It is widely used in various industries such as the ship industry, automobile accessories, precision parts, molds, high -end machine tools, military equipment, building exterior walls, cultural relics protection, track, environmental protection industry and other industries.
Model | ST-FLC1500H | ST-FLC2000H | ST-FLC3000H |
Power | 1500W | 2000W | 3000W |
Laser wavelength | 1064nm | ||
Operation mode | Handheld | ||
Power adjustment range (%) | 10-100 (Gradient adjustable) | ||
Cleaning head weight | 0.7Kg | ||
Delivery cable length | 10M (can be customized) | ||
Cooling system | Water Cooled with automatic pumping function | ||
Input power | 220V±10% 50-60HZ | 380V±10% 50-60HZ | |
Power consumption | 4500W | 6000W | 8000W |
Max. cleaning width | 200*200mm | 250*250mm | 300*300mm |
Machine weight | 120KG | 200KG | 220KG |
Machine size | 935*720*1248mm | 1500*880*1160mm | |
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