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Handheld Fiber Laser Welding Machine
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Mould Laser Welding Machine
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Automatic Laser Welding Machine
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Robot Laser Welding Machine
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Laser Rust Removal Machine
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Laser Cleaning Machine
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Portable Laser Cleaning Machine
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Laser Paint Cleaner
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Handheld Laser Cleaning Machine
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Sheet Metal Fiber Laser Cutting Machine
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Laser Tube Cutting Machine
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High Precision Laser Cutting Machine
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Fiber Laser Marking Machine
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CO2 Laser Marking Machine
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UV Laser Marking Machine
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Christopher RodriguezWe were always looking for the right technology to modify our industrial cleaning. In our search, we found Herolaser. The results and time to complete the cleaning exceeded our expectations. We now have found the right partner to make cleaning easy and without damage to the substrate.
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Cesare DuminucoActually we were not sure about the capacity and performance of laser welding since we had always been doing MIG and TIG in our workshop. We placed the first order after more than 3-month negotiation with Herolaser. Right now the machine is working pretty well with problems solved through online communication and videos guidance.
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James AdamsNice company to cooperate with, from the planning stage to project completion. Quick response to any pre-sales and after-sales questions. We are very satisfied with the supplied quality.
HEROLASER 200W Laser Cleaning Machine , Handheld Laser Rust Remover

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xModel | ML-MF-200l-LC | Laser Power | 200W |
---|---|---|---|
Laser Source Type | IPG Fiber Laser Source | Laser Wavelength | 1064 Nm |
Cooling Method | Water Cooling | Cooling Water | Deionized Water |
Water Temperature | 18-22 ℃ | Maximum Power | 200 W |
Scan Width | 10-60mm | Auxiliary Gas | Compressed Air/Nitrogen |
Air Pressure | 0.5-0.8 MPa | Working Condition | 5-40 ℃ |
Highlight | IPG 60mm laser cleaning machine,FDA 200w laser cleaning machine,FDA 200W handheld laser rust remover |
Fiber Laser Rust Removal Machine 200W Removal Resin Noncontact Cleaning
laser cleaning machine can remove resin,oil,stain,contaminant,rust,coating,plating,paint etc,.Laser cleaning is a new technology based on the interaction effect between laser and matter.Unlike traditional mechanical cleaning,chemical cleaning and ultrasonic cleaning it does not require any CFC that destroys the ozone layer Organic solvents,no pollution,no noise,harmless to the human body and the environment,it is a "green"cleaning technology.
Description of high efficiency laser cleaning machine | ||
Model | ML-MF-200l-LC | |
Laser power | 200W | |
Laser source type |
IPG fiber laser source | |
Laser wavelength | 1064 nm | |
Cooling method | Water cooling | |
Cooling water | Deionized water | |
Water temperature | 18-22 ℃ | |
Cabinet size |
1420mm*850mm*1370mm (L*W*H) | |
Total weight(with water tank) | 225kg | |
Maximum power | 2000W | |
Focal depth | 10mm | |
Scan width | 10-60 mm | |
Auxiliary gas | Compressed air/Nitrogen | |
Air pressure | 0.5-0.8 MPa | |
Optional accessory | Handheld / Manipulator | |
Working condition | 5-40 ℃ |
Application | |||
Rust Removal | Oxide Removal | Molding Cleaning | Surface Preparation |
Paint Removal | Surface Cleaning | Stain Removal | Surface Roughening |
Tool Cleaning | Historic Restoration | Selective Paint Removal | Precise Cleaning |
- Non-contact cleaning, no damage to work piece
- Precision positioning, selective cleaning
- Safe & environment-friendly. Without using chemical detergent or other consumables
- Easy to operate, with portable mode and could be equipped with robot for automatic cleaning
- High efficiency, time-saving
- Stable laser cleaning system, practically maintenance free
Five categories in conventional cleaning process:
(1)
Mechanical cleaning process, which cleans the surface by physical smearing, scrubbing, and
brushing. However this ineffective cleaning method can easily damages the surface of the
substrate.
(2)
Chemical etching process, which removes the surface contaminant by spraying or vibrating
through organic cleaning solvent. However dirty areas with multiple material compositions
are difficult to remove and need multiple times of procedures through this environmental
unfriendly cleaning process.
(3)
Sand-blasting cleaning process can cause serve dust pollutions during the process, which
can harm operator’s personal health.
(4)
Ultrasonic cleaning process is based on the ultrasonic vibration phenomenon that can
effectively clean the surface of materials. However materials with large geometry size or
complex shape structure are unable to be cleaned in this method, also the surface can be
easily oxidised after ultrasonic cleaning process.
(5)
Dry-ice cleaning process is a high-running cost cleaning process. It has some drawbacks –
storage of dry-ice and collection of the contaminant after the process.