1. They use laser light, typically fiber laser, to remove unwanted materials from surfaces through ablation. The intense laser light vaporizes or burns off contaminants without chemicals or abrasives.
2. Common applications include removing rust, scale, coatings, oxidation and other contaminants from metal parts in industries like aerospace, automotive, medical and more. It can clean complex geometries and hard to reach areas.
3. Laser cleaning is non-contact so it avoids generating dust or particles and won't damage the underlying material like sandblasting or other abrasive methods. This makes it suitable for cleaning delicate or precision parts.
4. Setup usually just requires connecting the laser to a power source - it can easily be automated into a production line. Manual operation allows easy adjustment of focus and cleaning parameters.
5. Disadvantages may include high upfront equipment costs and limitations on the types/thickness of materials that can be removed effectively. Safety precautions are also required due to the high power laser.
6. Proper parameters need to be selected based on the material to be cleaned and desired results. Different contaminants will require optimization of laser power, pulse duration, pulse overlap and other factors.
7. When used correctly, laser cleaning can provide an effective, non-abrasive solution for surface preparation and contamination removal on a variety of substrate materials.
1. Uses a fiber laser source which is compact and portable compared to traditional CO2 or solid state lasers. This allows for a lightweight, ergonomic handheld tool.
2. Being a remote, non-contact process, it can clean delicate surfaces without risk of damage from physical contact or abrasion.
The handheld tool facilitates precise positioning over the workpiece for selective removal of only the desired contaminants. Complex shapes can be cleaned.
3. As a "dry" cleaning process requiring only laser light, no chemicals, liquids or consumables are needed. This makes it safer, cleaner and more environmentally friendly than wet methods.
Operation is simple - the user guides the handheld tool over the workpiece. With practice, cleaning efficiency and speed increases.
4. Set-up for automated cleaning is also possible by integrating the handheld tool onto a robot or gantry for repeatable, high-volume production cleaning.
Fiber lasers provide stable, maintenance-free output over thousands of hours, lowering cleaning costs versus instability of other laser sources.
5. Applications include removal of surface oxides, coatings, corrosion and contaminants in industries like automotive, aerospace, medical and more.
Model | SY-PL100/PL200/PL300 | |
Type of working | Pulsed/Continuous | |
Wire length | m | 5 |
Average output power | W | >100 |
Cooling method | Air cooling | |
Supply voltage | V | 220V |
Maximum power consumption | W | <450 |
Whether it is anti-reflective | Yes | |
Operating temperature range | ℃ | 0~40 |
Storage temperature range | ℃ | -10~60 |
Machine size | mm | 617*469*291 |
Package size | mm | 750*580*500 |
Machine weight | KG | N.W.: 28KG, G.W.: 46KG |
Weight of cleaning head | KG | 0.62 |
1. Metal surface rust removal
2. Paint cleaning
3. Oil stain, contaminant cleaning
4. Coating surface cleaning
5. Welding/Coating surface pre-treatment.
6.Stone figure surface dust & attachment cleaning.
7.Plastic mould residues cleaning
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Packaging and Shipping of Portable Laser Cleaning Machine
The Portable Laser Cleaning Machine is securely and safely packaged to ensure that the product arrives in excellent condition. The packaging includes the following: