Description

MFHC Series CNC Fiber Laser Cleaning System – 1000W to 2000W

Handheld laser cleaning machine, Laser Cleaning Machine devices.

The handheld laser cleaning machine is a new generation of high-tech laser products. It offers non-contact cleaning, ensuring no damage to the base material. The system’s components are consumable-free, making it energy-efficient and environmentally friendly.

Key Applications and Performance

Effectively removes oil stains, dirt, rust, and corrosion from workpiece surfaces. It is suitable for cleaning complex shapes to meet specifications for coating, plating, and painting processes. This technology offers precise positioning for industrial processing, achieving high cleaning results while reducing overall production costs.

Primary applications include automotive manufacturing, mechanical processing, electronic processing, cultural relic restoration, mold industry, shipbuilding, food processing, petrochemical industry, and more.

1000W Laser Cleaning in operation.

1000W Laser Cleaning in operation.

Effective rust removal with high-quality results.

Laser cleaning technology utilizes high-energy laser beams to irradiate the workpiece surface. This instantly evaporates or peels off contaminants, rust, or coatings, achieving a high-speed, clean process without adhesion or surface damage.

Ergonomic handheld laser cleaning head for convenient and safe operation.

This technology is a new approach based on the interaction of laser and matter. It differs from traditional mechanical, chemical, and ultrasonic cleaning methods (wet cleaning processes). It does not require CFC organic solvents that deplete the ozone layer and is pollution-free, noiseless, and harmless to the human body and environment, qualifying it as “green” cleaning technology.

Machine Appearance

Product Specifications

Fiber laser Cleaning 1000W

• Model series: MFHC
• Shape: MHJ-1000C
• Laser Models: MFHC-1000W
• Output power: 1000W
• Laser wavelength: 1080±10nm
• Working mode: Continuous/Pulse
• Power adjustment range: 10-100%
• Fiber core diameter: 50um (35/100 selectable)
• Positioning: Glow
• Fiber optic length: 10m
• Welding speed: 0-120mm/s
• Apply 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: 3.5KW
• Operating voltage: 220V
• External dimensions: 1150x630x1080mm
• Weight: Approx. 250kg

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Fiber laser Cleaning 1500W

• Model series: MFHC
• Shape: MHJ-1500C
• Laser Models: MFHC-1500W
• Output power: 1500W
• Laser wavelength: 1080±10nm
• Working mode: Continuous/Pulse
• Power adjustment range: 10-100%
• Fiber core diameter: 50um (35/100 selectable)
• Positioning: Glow
• Fiber optic length: 10m
• Welding speed: 0-120mm/s
• Apply 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: 6KW
• Operating voltage: 220V
• External dimensions: 1150x630x1080mm
• Weight: Approx. 250kg

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Fiber laser Cleaning 2000W

• Model series: MFHC
• Shape: MHJ-2000C
• Laser Models: MFHC-2000W
• Output power: 2000W
• Laser wavelength: 1080±10nm
• Working mode: Continuous/Pulse
• Power adjustment range: 10-100%
• Fiber core diameter: 50um (35/100 selectable)
• Positioning: Glow
• Fiber optic length: 10m
• Welding speed: 0-120mm/s
• Apply 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: 7KW
• Operating voltage: 220V
• External dimensions: 1150x630x1080mm
• Weight: Approx. 250kg

Note: The above performance parameters are standard test data. Due to the complexity of actual applications, the data may vary.

• Efficient, fast, and low-cost operation with minimal thermal and mechanical load on the substrate, ensuring non-damaging cleaning.
• Recyclable waste, resulting in zero environmental pollution.
• Safe and reliable operation, posing no harm to the operator.
• Capable of removing various thicknesses and types of coating and contaminants.

Features of Laser Cleaning Machine

• Equipped with Raycus laser for high beam quality and stable performance.
• Hand-held laser cleaning head: convenient, user-friendly, lightweight, suitable for prolonged use.
• Integrated design: compact structure, easy installation, plug-and-play operation.
• Wide material applicability and flexible application in diverse industrial processing scenarios.
• Low environmental requirements, stable system, maintenance-free operation, and long service life.
• Non-contact processing: no consumables, no damage, no pollution.

Traditional Industrial Cleaning Limitations

In industries such as petroleum, chemical, steel, and power, traditional cleaning methods often present challenges:

• Mechanical friction cleaning: Achieves high cleanliness but risks substrate damage.
• Chemical corrosion cleaning: Offers stress-free cleaning but causes significant pollution.
• Liquid and solid jet cleaning: Flexible but incurs higher costs and complex waste liquid treatment.
• High-frequency ultrasonic cleaning: Effective but limited in size, and workpieces require drying.

Mechanical friction, Chemical corrosion, Liquid solid jet, High frequency ultrasonic

Advantages of Laser Cleaning Technology

Laser cleaning technology has emerged as a green and environmentally friendly solution, offering significant advantages over traditional methods. It is gaining traction in automotive manufacturing, electronics processing, mold industry, petrochemicals, and other sectors.

• No consumables, no chemical pollution, no noise, energy-efficient operation.
• Non-contact, non-abrasive, stress-free processing with minimal substrate damage.
• Achieves high cleanliness, capable of removing particles below the nanometer level.
• Optical fiber transmission allows for movable operation and cleaning of hard-to-reach areas.
• Synchronous cleaning and processing enable zero emissions during the cleaning process.
• Facilitates rapid cleaning of heavy contaminants and high-speed cleaning of light contaminants.

Before laser cleaning: heavily rusted grating.

Comparison: Before and after laser cleaning on grating.

Comparison: Before and after laser cleaning on grating.

Example Applications

• 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

Paint Stripping Applications

Before paint stripping on spray bottles and tanks.

Before paint stripping on spray bottles and tanks.

Before paint stripping on spray bottles and tanks.

Before paint stripping on spray bottles and tanks.

After paint stripping on spray bottles and tanks.

After paint stripping on spray bottles and tanks.

This machine can also be used for welding. Welding requires specific filler wires based on the base material (e.g., stainless steel wire for stainless steel and steel, aluminum wire for aluminum). Argon gas is required for all welding applications.

สนใจหรือติดต่อสอบถาม โทร
082-972-9329 (จิมมี่)
083-256-5981 (โกมินทร์)
E-mail : [email protected]