High-Efficiency Laser Cleaning for Rust, Paint, Oxide and Coating Removal
Laser Paint Stripping for Metal
The SEAGULL4 can be used to remove paint, coatings and adhered residue from metal parts with a continuous laser cleaning process. This method is well suited to repainting preparation, equipment refurbishment and industrial maintenance work where operators need a faster alternative to grinding, blasting or chemical stripping.
For metal surfaces that require a cleaner finish before repainting or further processing, the machine offers stable cleaning output and efficient coating removal across a broad range of workshop applications.
continuous laser rust removal on steel surfaces
Rust, oxide and corrosion can be cleared from steel surfaces with the SEAGULL4 continuous laser cleaning system. It is designed for users who need stronger output and higher efficiency than lower-power cleaning setups, especially in industrial repair, fabrication and maintenance environments.
This makes the machine suitable for metal restoration, production-line cleaning support, shipyard maintenance, rail-related repair work and general surface preparation before welding, coating or assembly.
laser cleaning for stone
For selected restoration and maintenance scenarios, the SEAGULL4 can also be used on stone and masonry surfaces where dirt, deposits and surface buildup need to be reduced with controlled laser energy. This is useful in projects that require targeted cleaning without relying on abrasive blasting media.
Parameter testing is recommended before full operation on non-metal materials to confirm suitability, cleaning effect and substrate response.
before and after results of continuous laser cleaning
The gallery below shows typical cleaning outcomes on rusted, coated and contaminated surfaces. Continuous laser cleaning is often chosen for jobs that demand faster treatment speed, stronger cleaning capability and better consistency across industrial workpieces.
Oil-free and water-free compressed air or inert gases such as argon and nitrogen
Title
Gas Purity
No requirements
Title
Gas consumption
96m3/h
Title
Operating Gas Pressure
0.6MPA
Title
field lens selection
F400/F600/F800
Title
Ultimate Pack1
talk to us about your laser cleaning project
Tell us what material you need to clean, what type of contamination is involved and what level of cleaning speed you expect. Our team can help you compare 800W, 1200W and 1500W options and recommend a suitable configuration.
compare 800w, 1200w and 1500w power options
Choosing the right model depends on contamination level, workpiece size, cleaning speed requirements and daily workload. The three power levels below are designed for different production scenarios, from routine maintenance cleaning to higher-throughput industrial surface treatment.
power option
800w
1200w
1500W
cleaning efficiency
suitable for small-area cleaning
suitable for medium-area cleaning
suitable for large-area cleaning
cleaning thickness
rust ≤50μm
rust ≤50μm
rust ≤50μm
surface impact
lowest
low
slightly higher
cleaning speed
12-15㎡/h
20-25㎡/h
25-30㎡/h
manual maintenance and service life
low labor maintenance costs; machine lifespan of 8-10 years under normal maintenance conditions.
low labor maintenance costs; machine lifespan of 8-10 years under normal maintenance conditions.
low labor maintenance costs; machine lifespan of 8-10 years under normal maintenance conditions.
operating environment
dust protection is required; temperature control (-10-35°c); humidity 10%-80%; and stable voltage.
dust protection is required; temperature control (-10-35°c); humidity 10%-80%; and stable voltage.
dust protection is required; temperature control (-10-35°c); humidity 10%-80%; and stable voltage.
how to choose the right laser cleaning machine power
The best laser cleaning machine is not always the highest-power model. Selection should be based on contamination type, cleaning area, productivity target and the type of workpieces you handle most often. The SEAGULL4 lineup provides three power choices so users can match cleaning efficiency with budget and workflow requirements.
1
800W Laser Cleaning Machine 800W continuous laser cleaning machine is a practical choice for lighter rust, thinner paint layers, oxide removal and smaller work areas. It is well suited to routine maintenance, repair tasks and users who want controlled cleaning without stepping into a higher investment level immediately.
2
1200W Laser Cleaning Machine The 1200W model is designed for users who need a stronger balance between cleaning speed and cost. It works well for general factory cleaning, paint removal, rust removal and medium-sized metal parts where efficiency matters but ultra-high output is not always required.
3
1500W Laser Cleaning Machine The 1500W version is better suited to larger cleaning zones, heavier contamination and more demanding industrial workloads. It is often the better choice for factories, shipyards, repair centers and fabrication businesses that need faster processing across more challenging surfaces.
Need help choosing the right model?
Contact us with your material, contamination type, and cleaning requirements for a professional recommendation.
How To Operate The SEAGULL4 Laser Cleaning Machine
step 1:connect the gas supply
step 2:connect the power supply
step 3:turn on the system
step 4:adjust cleaning parameters
step 5:begin cleaning operation
step 6:shut down the machine properly
frequently asked questions about continuous laser cleaning
What is the SEAGULL4™ air-cooled laser cleaning machine used for?
The SEAGULL4™ is designed for continuous-duty industrial cleaning, ideal for removing rust, paint, oxide layers, oil, carbon buildup, and surface coatings on metal components. Its air-cooled system ensures stable performance in factories, workshops, repair centers, and heavy-duty maintenance environments.
What materials can SEAGULL4™ clean?
It supports a wide range of industrial materials, including:
Carbon steel
Stainless steel
Aluminum & non-ferrous metals
Cast iron
Coated or painted metal surfaces
Machinery parts
Tools, molds, and welded components
Its continuous-wave laser beam efficiently removes contaminants without damaging the base material.
How is the SEAGULL4™ different from pulse laser cleaners?
Unlike pulsed models designed for precision restoration, SEAGULL4™ uses continuous-wave laser technology that provides:
Higher material removal speed
Stronger penetration for thick rust or heavy coatings
Long-duration industrial cleaning without overheating
It is particularly suitable for large-area metal cleaning, production lines, and demanding daily industrial use.
Will continuous laser cleaning damage the metal surface?
No. When operated at proper settings, SEAGULL4™ removes surface contaminants without scratching, grinding, or deforming the base metal. Its energy output is stable, enabling safe cleaning on machine parts, structural components, and metal surfaces requiring precision.
What industries commonly use the SEAGULL4™?
The machine is widely used in:
Manufacturing & fabrication
Automotive repair & parts reconditioning
Welding shops
Shipbuilding & heavy equipment maintenance
Machinery servicing & overhaul
Metalworking and industrial production lines
Its continuous-duty design makes it ideal for high-volume and repetitive cleaning tasks.
What laser power options are available?
SEAGULL4™ comes in:
800W – for medium industrial cleaning
1200W – for thicker coatings and larger surfaces
1500W – for heavy-duty rust, paint, and carbon removal
Higher power offers faster cleaning speed and improved efficiency.
Is the SEAGULL4™ environmentally friendly?
Yes. Laser cleaning requires:
No chemicals
No consumables
No wastewater
No sandblasting abrasives
This makes it a clean, eco-friendly alternative to traditional methods.
Why Choose an Air-Cooled Continuous Laser Cleaning Machine?
Compared with traditional rust removal methods such as sandblasting, grinding, or chemical cleaning, laser cleaning offers a cleaner, non-contact, and low-consumable solution. An air-cooled laser cleaning machine is also easier to install and maintain than many water-cooled systems, making it suitable for flexible industrial applications and on-site maintenance work.