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MFHC Series 1000W-2000W Laser Cleaning Machine for Rust and Contaminant Removal
The MFHC Series Handheld Laser Cleaning Machine represents a cutting-edge, high-tech laser product designed for non-contact surface cleaning. Utilizing advanced laser technology, it effectively removes contaminants without damaging the underlying substrate. The system is engineered for efficiency, environmental friendliness, and minimal operational cost, as it requires no consumable materials.
Handheld laser cleaning machine, Laser Cleaning Machine for surface decontamination
 
Key Application Areas:
- Effective removal of oil, grease, dirt, rust, and corrosion from various surfaces.
- Preparation for coatings, plating, and painting processes on complex geometries.
- Integral to industrial manufacturing, mechanical processing, electronics, cultural relic restoration, mold making, shipbuilding, food processing, petrochemicals, and more.
How Laser Cleaning Technology Works:
Laser cleaning technology employs high-energy laser beams to irradiate the workpiece surface. This process instantaneously evaporates or ablates contaminants such as dirt, rust, or coatings. The rapid removal of adhering substances and surface layers ensures a clean process without direct contact, achieving high-speed decontamination.
This technology is a novel approach based on the interaction between laser and matter, distinguishing itself from traditional mechanical, chemical, or ultrasonic cleaning methods. It operates without the need for ozone-depleting CFC organic solvents, making it a pollution-free, noise-free, and environmentally responsible ‘green’ cleaning solution that is harmless to both operators and the environment.
1000W Laser in operation
1000W Laser in operation
High-quality rust removal results
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Versatile Application on Complex Geometries:
The laser cleaning head is designed for maneuverability, allowing access to curved, concave, and convex surfaces, ensuring thorough cleaning across all points of the workpiece.
Pre-cleaning of curved surfaces
Post-cleaning of curved surfaces
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Ergonomic handheld laser cleaning head for convenience and safety.
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Features of the Laser Cleaning Machine:
- Equipped with a high-quality, stable Raycus laser source.
- Ergonomic handheld cleaning head designed for ease of use, light weight, and prolonged operation.
- Integrated design with a compact structure, facilitating easy installation and immediate operation upon power-up.
- Wide material applicability, enabling flexible and efficient use across diverse industrial processing scenarios.
- Low environment requirements, stable system operation, minimal maintenance, and extended service life.
- Non-contact processing ensures no consumables, damage, or pollution.
Comparison with Traditional Industrial Cleaning Methods:
Traditional methods like mechanical friction, chemical corrosion, liquid/solid jetting, and ultrasonic cleaning often present drawbacks such as substrate damage, heavy pollution, high costs, complex waste treatment, or size limitations. Laser cleaning technology offers a superior alternative with significant advantages:
- Efficiency: Fast, low-cost operation with minimal thermal and mechanical load on the substrate, resulting in non-damaging cleaning.
- Environmental Responsibility: Waste is recyclable, and there is no environmental pollution.
- Safety: Operation is safe and reliable, posing no harm to the operator’s health.
- Versatility: Capable of removing various thicknesses and types of coating materials.
- Precision: Can clean particles below the nanometer level, achieving high cleanliness.
Traditional Cleaning Methods
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Advantages of Laser Cleaning Technology:
- No consumables, no chemical pollution, no noise, energy-saving.
- Non-contact processing minimizes stress and substrate damage.
- High cleanliness achieved by removing sub-nanometer particles.
- Optical fiber transmission allows for movable operation and cleaning of difficult-to-reach areas.
- Synchronous cleaning and processing enable zero emissions.
- Rapid cleaning of heavy contaminants and high-speed cleaning of light contaminants.
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Product Specifications:
Fiber Laser Cleaning 1000W
- Model Series: MFHC
- Configuration: MHJ-1000C
- Laser Model: MFHC-1000W
- Output Power: 1000W
- Laser Wavelength: 1080±10nm
- Working Mode: Continuous/Pulse
- Power Adjustment Range: 10-100%
- Fiber Core Diameter: 50µm (35/100 selectable)
- Positioning: Glow accuracy
- Fiber Optic Length: 10m
- Cleaning Speed: 0-120mm/s
- Applicable Thickness: <3.5mm (material dependent)
- Wire Feeder Speed: 38-600 mm/min
- Wire Diameter: 0.8/1.0/1.2/1.6mm
- Cooling System: Water-cooled
- Working Environment: 10-40°C, 10-85% humidity (non-condensing)
- Rated Output Power: 3.5KW
- Operating Voltage: 220V
- External Dimensions: 1150x630x1080mm
- Weight: Approx. 250kg
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Fiber Laser Cleaning 1500W
- Model Series: MFHC
- Configuration: MHJ-1500C
- Laser Model: MFHC-1500W
- Output Power: 1500W
- Laser Wavelength: 1080±10nm
- Working Mode: Continuous/Pulse
- Power Adjustment Range: 10-100%
- Fiber Core Diameter: 50µm (35/100 selectable)
- Positioning: Glow accuracy
- Fiber Optic Length: 10m
- Cleaning Speed: 0-120mm/s
- Applicable Thickness: <3.5mm (material dependent)
- Wire Feeder Speed: 38-600 mm/min
- Wire Diameter: 0.8/1.0/1.2/1.6mm
- Cooling System: Water-cooled
- Working Environment: 10-40°C, 10-85% humidity (non-condensing)
- Rated Output Power: 6KW
- Operating Voltage: 220V
- External Dimensions: 1150x630x1080mm
- Weight: Approx. 250kg
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Fiber Laser Cleaning 2000W
- Model Series: MFHC
- Configuration: MHJ-2000C
- Laser Model: MFHC-2000W
- Output Power: 2000W
- Laser Wavelength: 1080±10nm
- Working Mode: Continuous/Pulse
- Power Adjustment Range: 10-100%
- Fiber Core Diameter: 50µm (35/100 selectable)
- Positioning: Glow accuracy
- Fiber Optic Length: 10m
- Cleaning Speed: 0-120mm/s
- Applicable Thickness: <3.5mm (material dependent)
- Wire Feeder Speed: 38-600 mm/min
- Wire Diameter: 0.8/1.0/1.2/1.6mm
- Cooling System: Water-cooled
- Working Environment: 10-40°C, 10-85% humidity (non-condensing)
- Rated Output Power: 7KW
- Operating Voltage: 220V
- External Dimensions: 1150x630x1080mm
- Weight: Approx. 250kg
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Note: Performance parameters are based on standard test data. Actual results may vary due to application complexity.
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Applications Examples:
- Rust removal
- Paint stripping
- Degreasing
- Pretreatment of parts before coating
- Pre-weld preparation
- Post-weld treatment
- Oxide removal
- Cultural relic restoration
- Aviation industry
- Shipbuilding industry
- Automotive industry
- Construction industry
- Food processing industry
- Tire industry
- Electronics industry
- Cultural relic restoration
- Production and processing industry
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Paint Stripping Capabilities:
Paint stripping on spray bottles and tanks (before laser treatment)
Paint stripping on spray bottles and tanks (before laser treatment)
Paint stripping on spray bottles and tanks (before laser treatment)
Paint stripping on spray bottles and tanks (before laser treatment)
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Paint stripping on spray bottles and tanks (after laser treatment)
Paint stripping on spray bottles and tanks (after laser treatment)
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