Laser Cleaning and Welding Machine Series
Continuous Laser Welding 3-in-1 Machine
Integrates welding, cleaning, and cutting in one system, powered by high-efficiency fiber lasers. Achieves ±0.1mm precision on stainless steel, aluminum, and carbon steel, ideal for automotive, aerospace, and electronics industries.
Continuous Laser Cleaning Machine
Designed for large-scale metal and stone surface treatment. Removes rust, paint, and coatings efficiently using 1500–3000W fiber lasers. Perfect for shipbuilding, construction, and heavy machinery maintenance.
Pulse Laser Cleaning Machine
Delivers micron-level precision for delicate tasks. Nanosecond pulsed lasers (peak power up to 10kW) safely remove oxides, grease, and micro-contaminants from sensitive surfaces such as circuit boards, historical artifacts, and medical devices. Minimal thermal impact ensures ultra-clean results, even on materials as thin as 0.1mm. Compact, eco-friendly, and ideal for electronics, museums, and precision engineering.
Our 3-in-1 Continuous Laser Welding Machine combines welding, cleaning, and marking in one system, ideal for complex industrial tasks. The Continuous Laser Cleaning Machine removes rust, paint, and contaminants with micron-level accuracy, while the Pulse Laser Cleaning Machine excels in delicate applications like heritage restoration.
Eliminate chemical solvents and abrasive media. Laser technology ensures zero substrate damage, reduces waste, and complies with global environmental standards (CE, RoHS).
Achieve 3x faster processing speeds versus traditional methods. Continuous and pulse lasers optimize energy use, cutting operational costs by up to 40%.
Engineered with industrial-grade fiber lasers and smart cooling systems, our machines offer 50,000+ hours of lifespan with minimal downtime.
Perfect for automotive, aerospace, electronics, and heavy machinery—whether welding high-strength alloys or cleaning intricate circuit boards.
How to choose the right Fwincnc laser cleaning and welding machine for your business?
3-in-1 Continuous Laser Welding Machine
Versatility: Seamlessly switch between welding, cleaning, and cutting operations, but mainly weld.
High-Speed Precision: Advanced fiber laser technology ensures flawless welds on metals (steel, aluminum, copper).
Continuous Laser Cleaning Machines
Wider format:Cleaning width 3.75 times wider than 3-in-1 machine,
High Efficiency: 3x faster than traditional methods, 3.75 times faster than 3-in-1 machines,slashing downtime.
Pulse Laser Cleaning Machines
Ultra-Fine Control: Ideal for delicate surfaces (electronics, historical artifacts) with adjustable pulse settings
Minimal heat distortion: the material is not hot after cleaning and will not burn the user.
Low impact on the substrate, no damage to the surface of the material
Wide range of cleaning materials:Can be used on bricks, walls, wooden surfaces, etc.
Comparison of continuous laser welding 3 in 1 machine/continuous cleaning machine/pulse laser cleaning machine |
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Continuous Laser Welding 3-in-1 Machine |
Continuous Laser Cleaning Machine |
Pulse Laser Cleaning Machine |
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Laser Type |
Fiber Laser (Continuous Wave) |
Fiber Laser (Continuous Wave) |
Fiber Laser (Pulsed) |
Power Range |
1000W–3000W |
1000W–3000W |
100w-300w |
Primary Applications |
Welding + Cleaning + Cutting |
Large-area rust cleaning/paint removal |
Precision cleaning (oxides, coatings) |
Heat Impact |
Moderate |
Moderate |
Ultra-low (non-thermal) |
Equipment Cost |
Medium(integrated functions) USD2500~5500 |
Medium(single function) USD2800~5800 |
High(Minimum loss) USD4000~7000 |
Material Compatibility |
Metal |
Metal Rust |
Delicate surfaces (circuits, artifacts) |
Cooling method |
Water Cooling/Air cooling |
Water Cooling/Air cooling |
Water Cooling/Air cooling |
Volume |
0.3CBM |
0.3CBM | 0.3CBM |
Summary:
Continuous laser welding 3-in-1 machine: Suitable for scenarios that require welding, cutting and cleaning functions, such as pipe connection and metal repair.
Continuous laser cleaning machine: Suitable for large-area cleaning tasks, such as mold cleaning and rust removal, with high cleaning efficiency.
Pulse laser cleaning machine: Suitable for precision cleaning tasks, such as coating removal and welding pretreatment, and can provide high-precision cleaning effects.
Choose the most suitable equipment type according to your specific needs and budget to achieve the best production efficiency and cost-effectiveness.
Why Choose FwinCNC Laser Welding & Cleaning Machines?
High Precision Welding & Cleaning – Achieve micron-level accuracy with fiber laser technology, ensuring flawless results on metals and sensitive surfaces.
Versatile Applications – Supports welding of stainless steel, aluminum, and carbon steel, continuous cleaning of metal/stone, and pulsed cleaning of delicate surfaces like electronics and historical artifacts.
Safe & Eco-Friendly – Minimal thermal impact, no chemical waste, and energy-efficient operation.
Reliable Support – 2-year machine warranty and 3 years of online technical assistance for smooth operation and long-term performance.
Laser Cleaning & Welding Machine Applications
Laser Welding
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Suitable for kitchenware, auto parts, elevator components, and stainless steel doors and windows.
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Provides precise, efficient, and high-quality welding solutions across these industries.
Continuous Laser Cleaning
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Ideal for metal surface cleaning: rust removal, paint stripping, coating removal.
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Efficient for industrial maintenance where the base metal must be preserved.
Pulsed Laser Cleaning
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Versatile for various surfaces beyond metal, including painted wood, brick walls, stone, tiles, and cultural heritage preservation.
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Gentle on the substrate, minimizing damage while delivering effective cleaning.
FAQ
Suitable for stainless steel, aluminum, and carbon steel with high precision, ideal for automotive, aerospace, and electronics industries.
Designed for metals, it efficiently removes rust, paint, and coatings for large-scale industrial maintenance.
Yes. Its pulsed nanosecond laser ablates oxides, grease, and micro-contaminants from sensitive surfaces, such as electronics, historical artifacts, and medical devices, with minimal thermal impact.