Industrial Laser Welding Machine

Industrial laser welding machine

         A mobile laser welding system represents an innovative class of joining apparatus that employs a high-power-density laser beam as its thermal source. Through a manually guided welding head, it operates to fuse and connect components. This technology merges the adaptability of conventional welding with the high-speed, accurate nature of laser-based joining, emerging as a transformative advancement in laser application in recent times. It is especially apt for displacing standard argon arc welding and arc welding techniques on intricate or sizable parts.

 

 

 

 

 

 

Technical Parameters
Laser Source		MAX/BWT Continuous fiber laser source		Average laser power	1500-3000 W
Laser power		1500/2000W/3000W		Power range(%)	10-100(adjustment)
Model		HJZ-HWD		Frequency(Hz)	10-20000(adjustment)
Supply voltage		Single-phase 220V/Three-phase 380V		Welding thickness(mm)	1~10
Machine power consumption		7KW/9KW/12KW		Head Configuration	QBH
Fiber cable length		10M		Cooling mode	Water cooling
Working temperature		0℃~40°C		Size	970x550x700mm
Working humidity		<80%		Weight	120/200KG
Mobile mode		Handheld		Scanning width	10-120mm

 

 

 

 

 

Sheet Metal Enclosures & Cabinets: Fabrication of diverse and complex cabinet structures with minimal distortion.

Appliance & Hardware Manufacturing: Joining of components for sinks, cabinets, and appliance housings like refrigerators and washing machines.

Transportation Equipment: Production and restoration of automotive body panels, chassis parts, and other components.

Aerospace Engineering: Precision joining of thin-gauge elements including aircraft fuselage skins and internal supports.

Mold & Tooling Maintenance: Restoration and upkeep of flaws in injection molds and die-casting tools.

Marine Construction: On-site assembly and patching of ship sections such as decks and living quarters.

Architectural & Construction Elements: Fabrication of railings, structural frames, and decorative artworks.

 

 

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Extremely High Flexibility:

Free from the constraints of a workbench and robotic arm, it can weld large, complex structures, and difficult-to-move workpieces in any position (flat, vertical, overhead, etc.).

It is particularly suitable for on-site repairs, construction, and post-assembly repair welding.

Excellent Welding Quality:

Low Heat Input, Minimal Deformation: The laser energy is concentrated, resulting in a minimal heating area, significantly reducing thermal stress and deformation in the workpiece.

Beautiful Welds: The welds are uniform and smooth, requiring little or no post-grinding.

High Strength: The high aspect ratio results in a dense weld, and mechanical properties surpass those of traditional fusion welding.

Easy Operation, Low Learning Cost:

Operators do not need to master the sophisticated "wire-feeding" techniques required of traditional welders. Simply moving the welder at a constant speed along the joint produces high-quality welds, and even ordinary workers can perform this operation after a short training period.

High Efficiency and Speed:

Laser welding is fast, typically 2-10 times faster than traditional welding, significantly improving production efficiency.

Wide Material Compatibility:

It can weld a wide range of metals, including carbon steel, stainless steel, aluminum alloys, copper alloys, and titanium alloys. It is particularly adept at joining difficult-to-weld materials and dissimilar metals.

Clean and Environmentally Friendly:

No welding slag is generated, reducing the need for cleaning. Light pollution can be effectively isolated with protective glasses and curtains, and smoke is reduced compared to arc welding.

 

Summary and Selection Recommendations
How to Choose?

Based on business requirements (power and continuity):

If your work primarily involves thin plates (<3mm), small batches, intermittent operations, or requires frequent travel, air cooling is the preferred choice for cost-effectiveness and convenience.

If your work involves medium- and thick-plate production, long hours, and large volumes in a fixed workshop, then water cooling is the only and essential option, creating sustainable and stable value.

 

 

 

 

 

 

 

 

 

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