2000 Watt Handheld Fiber Laser Welding Machine
Laser welding machine, some called laser welder or laser welding system, adopts a high energy density of laser beam to create fine, deep weld seams and high welding rates. Laser welding machines are mainly used to weld metals. Those laser welders for metals have the ability to weld dissimilar materials.
2000watt powerful handheld laser welding machine mian for welding thick material,Single side weld penetration up to 5mm. double side weld penetration us to 10mm.
Raycus 2000Watt Powerful laser Source
- High efficiency of electro-optic conversion
- Resistance to high resistance
- Output fiber length can be customized
- Maintenance free operation
- Wide modulation frequency range
- Ⅳ Generation Wobble welding head
- SIX different welding modes to meet different welding process
- Adjustable welding width with wobble function to meet wider seams
- The machine is equipped with auxiliary cutting function
- The machine is equipped with auxiliary weld cleaning function
- Adjustable laser power from 100watt to 2000watt for different thickness materials
- Built-in industry Chiller, No External Chiller Required
- Built-in water temperature alarm function for safe production
- Dual temperature and dual control
- Automatic wire feeder
- For less than 1.6mm seam welding
- Adjustable speed
- Wire roll weight less than 15kg
- Wire diameter 0.8,1.0,1.2,1.6mm, Aluminum 1.2mm
Description
- Speed is 4-10 times faster than the traditional TIG/MIG welding
- Easy to operate, no need welding work license, unskilled operator can also weld products beautifully
- Can weld metal products of different materials and thicknesses
- Low welding heat, no deformation of the workpiece
- The welding seam is smooth and beautiful, which reduces the subsequent grinding process and saves time and cost.
Compared to traditional manufacturing processes such as resistance spot welding or conventional ARC welding, PES handheld Fiber Laser Welding offers easy operation, very simple to learn with a fast learning curve, improved energy efficiency, smaller ecological footprint, lower maintenance requirements, less enviremental contamination, improved machine lifetime and faster cycle times for high-volume production.
Consequently, the processing speed is maximized; material costs and operation costs are minimized.
The precision provided by fiber lasers is particularly useful for manufacturers switching to precise, thin-walled and lightweight designs made of light or very resistant materials. Significant weight reduction is achieved by minimizing the size of parts and components via fiber laser welding, while safe engineering is fully enabled by wobble-beam fiber welding.
