1. Easy to use - Simple plug-and-play operation makes it user-friendly for most cleaning tasks.
2. Versatile cleaning - Removes a wide variety of contaminants like oil, rust, coatings, paint without needing different chemicals.
3. Suitable for complex parts - The adjustable focus allows cleaning of curved/irregular surfaces not accessible to other methods.
4. Automation compatible - Can easily integrate into automated cleaning processes with programming and robotic positioning.
5. Non-contact cleaning - Performs removal without mechanical contact, eliminating scratching/damage risks of other abrasive techniques.
6. Environmentally friendly - Operates dry without water, detergents or hazardous waste streams like other wet chemical stripping produces.
7. Energy efficient - Modern laser sources require less power than plasma/flame techniques achieving similar cleaning results.
8. Thorough cleaning - Laser energy penetrates contaminants at a molecular level for more complete removal than mechanical or chemical methods.
9. Surface protection - Contaminant removal is contained to the targeted layer without altering properties of the base material.
Laser cleaning delivers high-quality, versatile and automation-ready surface treatment while protecting the environment and underlying substrate. This makes it an attractive investment for industrial production needs.
1. Precision - The handheld design allows for precise positioning over parts for selective removal of only the desired contaminants.
2. Non-contact cleaning - Laser removal is done without mechanical contact, avoiding surface damage compared to abrasive methods.
3. Versatility - Both portable and automated cleaning is possible, integrating the handheld tool for flexibility.
4. Eco-friendly - As a dry process, no chemicals, liquids or consumables are required. Safer for operators too.
5. Ease of use - Operation is simplified for the user to guide the handheld tool. Training needs are lower than automated systems.
6. Efficiency - Cleaning speed increases with experience while targeting specific contaminant removal areas.
7. Reliability - Fiber laser output is stable over long operating hours, reducing maintenance disruptions versus other laser sources.
8. Safety - Integrated safeguards protect operators from laser hazards while working in close proximity to parts.
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
We provide technical support and service for our Portable Laser Cleaning Machine. Our customer service team is available to answer your questions and provide assistance with your product.
If you have any questions or need assistance, please contact us today.
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: