Application Across Industries
4-in-1 laser welding machine can switch between four modes: weld seam cleaning, welding, cleaning, and cutting. It is suitable for welding, cleaning, and cutting various metal materials. This machine is compact and lightweight, making it suitable for use in multiple industries.
- Flawless Welds – No deformation, no welding scars, just strong and durable joints.
- High Efficiency –Reduces the need for post-weld finishing, improving overall productivity.
- Minimal Consumables – Laser welding requires fewermaterials, ensuring long-term cost savings.
- Extended Lifespan – Built for longevity, providing consistent performance over time.
Unequal thickness
splicing welding
Z-stack welding
T-stack welding
Flange welding
Extemal corner welding
Fillet welding
Internal cormer welding
Equal thickness splicing
welding
Round seam welding
Machine Parameter
| Model | Twin wire feeding welding machine |
|---|---|
| Laser Power | 1500W, 2000W,3000W |
| Laser Wavelength | MAX,Raycus |
| Control Software | Raytools |
| Marking Range | Raytools(Optional:Relfar,Gefasst) |
| Minimum Line Width | Air Cooling |
| Minimum Depth | Nitrogen or Argon gasNote: Cleaning mode can use compressed |
| Engraving Line Speed | ±0.03mm |
| Repeatability Accuracy | 220V 1PH 50HZ/60HZ (Option: 110V) |
| Laser Module Lifespan | >100,000 hours |
| Minimum Character Size | 18:Chinese Simplified, Chinese Traditional, English, Polish, Turkish, Arabic, Japanese, Korean, German, Spanish, Russian, French, Portuguese, Italian, Hungarian, Czech, Finnish, Vietnamese and so on Customized language accepted |
Laser Welding
Achieve clean, strong, and consistent welds without complex training. Intelligent welding parameters allow you to operate the welding torch with ease. Whether you're a beginner or a professional, you can easily achieve durable, professional-grade welds.
Efficient Laser Cleaning
Adjustable Cleaning width ranging, which can easily meet the cleaning needs of different rusted objects. Whether it's small local rust spots or larger rusted areas, it can be precisely removed, restoring the
object's surface to cleanliness with convenient and efficient operation.
Easy and Flexible Laser Cutting
Smooth, accurate cuts with no rough edges or extra finishing. Supporting Up to 3 mm metal thickness, it makes both creative designs and practical projects simple.
Master Every Weld, No Matter the Metal, Thickness, or Joint Type.
Fiber laser technology minimizes heat-affected zones to 0.002 inches (0.05mm), enabling precise welding of thin metals without distortion. Its high-energy output ensures rapid metal melting, allowing single-pass welcding for materials up to 0.118 inches (3mm) thick. With this technology, deep and narrow welds are achieved with stable and consistent quality.
Sign & Display Work
Various Joint Types
Various Metals
Hardware industry
Elevator manufacturing industry
Construction industry
Laser welding vs Argon arc welding
| Comparison item | Laser welding | Argon arc welding |
| Welding method | Spot welding or continuous | Spot welding |
| Applicable materials | Stainless steel, carbon steel, galvanized sheet,aluminum, etc. | Stainless steel, carbon steel, galvanized sheet |
| Thickness requirements | 0.5-4mm | 1-12mm |
| Workpiece deformation/undercut | Small | Big |
| Welding speed | 0—8m/min | 0—1m/min |
| Subsequent processing | Light or no sanding | Need polishing |
| Operation difficulty | Simple | Complex |
| Safety and environmental protection | Relatively safe and environmentally friendly | Not safe and environmentally friendly |
| Labor costs | General workers (can operate after simple training) | Professional welder |
| Wearing parts | Lens, nozzle | Argon |
| Supplies | Argon/Nitrogen | Argon |
FAQ
What materials and thicknesses can a handheld laser welder handle?
Handheld laser welders can typically handle materials with thicknesses ranging from 0.5 mm to 8 mm, depending on the laser power and material type. Higher-powered lasers can weld thicker materials, making them versatile tools suitable for various industries.
What protective gas is required, and why?
Helium is generally used as the protective gas, which can control the plasma to a greater extent, thereby increasing the penetration depth and welding speed; moreover, it is lightweight and can escape, making it less likely to cause porosity.
Why are welds not penetrating, have pores, or look uneven?
Porosity is caused by gas trapped in the weld metal during solidification. In laser welding, the weld metal cools much faster than in conventional welding, so gas does not easily escape from the weld and remains trapped, forming porosity.
What power options are available?
1500W,2000W,3000W
What are the advantages over traditional TIG/MIG welding?
Laser welding is faster, cleaner, and more precise than TIG or MIG welding, with less post-processing, minimal deformation, and significantly increased productivity—especially when using handheld fiber laser machines. While MIG and TIG welding have dominated the shop floor welding market for decades, laser welding, particularly handheld fiber laser welding, is transforming industries focused on speed, finish, and reliability.
