High-Power Cleaning
High energy density and fast cleaning speed support demanding industrial surface preparation.
- 1500W / 2000W / 3000W fiber laser
- High energy density
- Fast cleaning speed
- Up to 3× higher efficiency
Continuous Wave Fiber Laser Cleaning Machine
The FerroLaser FL-CLC continuous wave fiber laser cleaning machine removes rust, paint, oxide layers, oil, coatings, and other contaminants from metal workpieces. Available in 1500W, 2000W, and 3000W configurations, it supports long-duration industrial cleaning without chemical or abrasive consumables.
1 / 5 - CE-compliant & export-ready
- 1-year limited warranty (extendable on core parts)
- 30-day money-back guarantee
- Free lifetime technical support
- Worldwide shipping & logistics handled
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CW Laser Cleaning · Industrial Cleaning · Rust Removal
Industrial Surface Preparation With Continuous-Wave Fiber Laser
The Continuous Wave Fiber Laser Cleaning Machine is designed for efficient removal of rust, paint, oxide layers, oil, coatings, and other surface contaminants from metal workpieces. It is suitable for long-duration industrial cleaning applications such as steel structures, shipbuilding, mold maintenance, automotive manufacturing, and heavy equipment production. Compared with traditional cleaning methods, laser cleaning is non-contact, environmentally friendly, and requires no chemical consumables.
1500W / 2000W / 3000WLaser power options
0–300 mmCleaning width, subject to configuration
Continuous WaveFiber laser mode
Material DependentCleaning efficiency confirmed by testing
About FerroLaser
FerroLaser specializes in the research, development, production, and sales of laser cleaning equipment, providing efficient, stable, and intelligent laser application solutions for global customers.
- High Quality: strict quality control and testing.
- Advanced Technology: independent research, development, and innovation.
- Professional Team: experienced research, development, and service personnel.
- Global Service: support for customers worldwide.
20,000+ annual production capacity · 100,000+ worldwide sales
Core Cleaning Capabilities
High-Power, Chemical-Free, Continuous Cleaning
Chemical-Free Cleaning
No chemicals, water, or abrasive media are required during cleaning, reducing secondary pollution.
- No chemical consumables
- No water required
- No abrasive media
- No secondary pollution
Continuous Long-Term Work
An industrial cooling system supports stable performance and continuous operation.
- Industrial water chiller
- Efficient heat dissipation
- 24/7 stable operation
- Consistent cleaning performance
Cleaning Results by Laser Power
1500W
2000W
3000W
Chemical-Free Cleaning Method
Traditional Cleaning
Laser Cleaning
Continuous Cooling System
Laser Source
Water Chiller
Laser Cleaning Head
Rust Removal
Removes heavy rust from steel surfaces quickly while preserving the base material. Suitable for carbon steel, stainless steel, and structural steel maintenance.
Evidence: continuous fiber laser, 1500W–3000W.
Paint Removal
Removes paint, coatings, and surface layers from metal workpieces before repair, welding, or repainting without chemical agents.
Evidence: no chemical consumables.
Weld Seam Cleaning
Removes welding discoloration, oxide, and residue after welding to improve surface appearance and reduce polishing work.
Before Cleaning / After Cleaning: suitable for stainless steel welding.
Materials and Workpieces
Application-Based Cleaning Selection
Recommended work includes heavy rust, paint, oxide, weld cleaning, and large-area metal surfaces.
| Material | Workpiece Size | Recommended Power | Application Note |
|---|---|---|---|
| Carbon Steel Plate | Any size | 2000W / 3000W | Heavy rust removal before welding or painting |
| Stainless Steel | Any size | 1500W / 2000W | Remove oxide layer and welding discoloration |
| Steel Structure | Large workpieces | 3000W | Continuous large-area surface cleaning |
| Mold Surface | According to mold size | 1500W / 2000W | Remove oil, carbon deposits, and oxide without damaging the mold |
Typical Industries
| Industry | Typical Workpiece | Customer Pain Point | How This Machine Helps |
|---|---|---|---|
| Shipbuilding | Ship plates, decks, steel components | Heavy rust and marine corrosion | Removes rust efficiently before coating or welding |
| Steel Structure | H-beams, steel frames, structural components | Large-area rust and oxide | Continuous cleaning with high efficiency |
| Mold Industry | Injection molds, die-casting molds | Carbon deposits and oil contamination | Non-contact cleaning without damaging mold surfaces |
| Automotive Manufacturing | Chassis, body panels, welded components | Paint removal and weld cleaning | Improves surface preparation and production efficiency |
| Heavy Industry | Mechanical parts and equipment | Thick rust, paint, and oxide layers | Continuous high-power cleaning for industrial applications |
Cleaner · Faster · Greener
Laser Cleaning Sample Results
Heavy Rust — Carbon Steel
Thick rust layer · 3000W · 300 mm cleaning width · Rust completely removed
Light Rust — Stainless Steel
Thin rust layer · 1500W · 200 mm cleaning width · Clean metal surface
Paint — Carbon Steel Plate
Paint coating · 2000W · 250 mm cleaning width · Paint completely removed
Oxide Layer — Stainless Steel
Oxide film · 1500W · 150 mm cleaning width · Bright metal surface
Welding Discoloration — Stainless Steel Weld
Heat-affected zone · 1500W · 150 mm cleaning width · Weld seam cleaned
Oil and Grease — Mold Steel
Surface contamination · 1500W · 150 mm cleaning width · Surface ready for processing
| Contaminant | Base Material | Layer Thickness | Laser Power | Cleaning Width | Result |
|---|---|---|---|---|---|
| Heavy Rust | Carbon Steel | Thick Rust Layer | 3000W | 300 mm | Rust Completely Removed |
| Light Rust | Stainless Steel | Thin Rust Layer | 1500W | 200 mm | Clean Metal Surface |
| Paint | Carbon Steel Plate | Paint Coating | 2000W | 250 mm | Paint Completely Removed |
| Oxide Layer | Stainless Steel | Oxide Film | 1500W | 150 mm | Bright Metal Surface |
| Welding Discoloration | Stainless Steel Weld | Heat-Affected Zone | 1500W | 150 mm | Weld Seam Cleaned |
| Oil and Grease | Mold Steel | Surface Contamination | 1500W | 150 mm | Surface Ready for Processing |
Technical Data
Specifications
General Specifications
| Model | FL-CLC |
|---|---|
| Machine Dimensions | 1000 × 620 × 1150 mm |
| Net Weight | 240 kg |
| Warranty | 1 year |
Product-Specific Specifications
| Laser Power | 1500W / 2000W / 3000W |
|---|---|
| Cleaning Width | 0–300 mm, subject to configuration |
| Laser Mode | Continuous wave fiber laser |
| Cleaning Efficiency | Subject to material and contamination |
Electrical and Environment
| Voltage / Frequency | 220V / 380V · 50Hz / 60Hz |
|---|---|
| Rated Power Consumption | Subject to laser power configuration |
| Operating Environment | 5–40°C · Humidity ≤70% |
| Safety Requirement | Protective goggles, proper grounding, and ventilation required |
Core Systems
Industrial Components
Fiber Laser Source
Raycus / MAX / JPT. Generates the continuous fiber laser beam for surface cleaning. Stable output and long service life support continuous industrial operation.
Cleaning Head
SUP / EM Power. Focuses and scans the laser beam across the workpiece, supporting stable cleaning performance and flexible operation.
Industrial Water Chiller
Hanli / S&A. Cools the laser source and cleaning head and maintains a stable temperature during continuous cleaning.
Control System
SUP / EM Power. Controls laser parameters and machine operation through the touchscreen for straightforward adjustment and stable operation.
Optical Fiber
Standard 10 m fiber cable. Transmits laser energy from the source to the cleaning head for flexible movement and reliable transmission.
Application Matching
Choose the Right Cleaning Configuration
Laser power, cleaning width, and process parameters should be selected according to the base material, workpiece size, contaminant type and thickness, and required daily output.
Need Help Choosing a Configuration?
Tell us your material, size or thickness, contamination, and daily output target.
From Requirement to Support
Service and Delivery
| Stage | Customer Provides | FerroLaser Delivers | Estimated Time |
|---|---|---|---|
| Requirement Review | Material, dimensions, output, country, and voltage | Configuration and quotation recommendation | 1 working day |
| Configuration and Testing | Samples, drawings, and acceptance requirements | Test video, sample, or report | 3 working days |
| Packaging and Shipping | Trade terms and destination port | Packing, documents, and logistics arrangement | 5 working days |
| Installation and Support | Site conditions and personnel | Installation, training, and after-sales support | Lifetime support |
Warranty and Support
| Whole Machine | 1 year |
|---|---|
| Fiber Laser Source | 2 years |
| Water Chiller | 1 year |
| Control System | 1 year |
| Lifetime Technical Support | Yes |
- Online technical support
- WhatsApp support
- WeChat support
- Email support
- Remote software diagnosis
- Video installation guidance
Application Cases
Steel Structure Manufacturer · Southeast Asia
Challenge: heavy rust removal before painting.
Configuration: 3000W continuous wave laser cleaning machine for carbon steel beams.
Solution and Result: continuous cleaning for large steel structures removed rust and prepared the surface for painting.
Shipbuilding Company · Middle East
Challenge: remove marine corrosion and oxide layers before maintenance.
Configuration: 2000W continuous wave laser cleaning machine for ship steel plates.
Solution and Result: continuous cleaning before coating and welding prepared the surface for maintenance and coating.
Common Questions
FAQ
What Types of Contamination Are Suitable for Continuous Laser Cleaning?
Continuous wave laser cleaning is suitable for removing rust, paint, oxide layers, oil, grease, welding discoloration, and other surface contaminants from metal materials. The cleaning result depends on the contamination type, thickness, and selected laser power.
What Is the Difference Between Continuous and Pulse Laser Cleaning?
Continuous laser cleaning is generally used for large-area cleaning, heavy rust removal, paint removal, and industrial surface preparation. Pulse laser cleaning is commonly used for precision cleaning where minimal thermal influence and high surface quality are required.
Will the Laser Damage the Base Material?
When appropriate cleaning parameters are selected, continuous laser cleaning removes surface contaminants while minimizing the effect on the base material. Parameter settings should be adjusted according to the material type and contamination condition.
What Is the Cleaning Efficiency per Hour?
Cleaning efficiency varies depending on laser power, contamination type, cleaning width, and workpiece condition. Different applications require different cleaning parameters. Actual efficiency should be confirmed through sample testing.
Does the Machine Require Consumables?
The machine does not require chemicals, abrasives, or blasting media during cleaning. Normal maintenance includes replacing protective lenses, cleaning filters, and maintaining the cooling system according to the maintenance schedule.
What Safety Equipment Is Recommended?
Operators should wear laser safety goggles and follow standard laser safety procedures. Proper ventilation or dust extraction is recommended to remove dust and contaminants generated during cleaning. The machine should be properly grounded before operation.
Can the Machine Operate Continuously for Long Periods?
Yes. The industrial water-cooling system is designed for continuous operation. Under normal operating conditions and proper maintenance, it can perform long-duration cleaning tasks while maintaining stable laser output and cleaning performance.
Is Operator Training Required Before Using the Machine?
Yes. Operators should receive basic training on machine operation, laser safety, and routine maintenance. FerroLaser provides operation manuals, online guidance, and technical support to help users become familiar with the machine.
Discuss Your Cleaning Application
Share the material, contaminant, cleaning area, and production target for a source-based configuration recommendation.
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