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800W Air-Cooled Handheld Laser Welding Machine
Model: NICE-AIR800W
Minimum order: 1unit
Wheelbase:
Weight: 50kg
Function: Capable of achieving reliable connections between certain dissimilar metal materials (such as copper and aluminum, steel and copper, etc.), which is difficult for many traditional welding methods to accomplish.
Comparison with Traditional Water-Cooled Handheld Laser Welding
| Feature | Air-Cooled Handheld Laser Welding | Water-Cooled Handheld Laser Welding |
|---|---|---|
| Portability | Excellent (all-in-one, lightweight) | Poor (main unit + water tank, bulky) |
| Energy Consumption | Low (energy-saving) | High (high power consumption by water tank) |
| Maintenance | Maintenance-free (no coolant needed) | Requires regular maintenance (water change, descaling) |
| Preparation Time | Ready-to-use | May require preheating/preparation |
| Applicable Scenarios | Mobile, outdoor, intermittent operations | Fixed workshop, long continuous welding |
| Purchase Cost | Relatively low | Relatively high |
Six Core Features of Air-Cooled Handheld Laser Welding
Ultimate Portability and Flexibility
All-in-one design: Eliminates the bulky external water tank and chiller of traditional water-cooled systems. The main unit, power source, and cooling system are highly integrated into a single device.
Lightweight and easy to move: The entire machine typically weighs under 10 kg, truly enabling "weld anywhere, anytime." It is especially suitable for outdoor work, elevated operations, switching between workshop stations, or on-site repair services.
Simple Operation and Low Learning Curve
Quick start: No need for years of experience (as required for TIG welding) to achieve perfect welds. Beginners can get started after short training, significantly reducing reliance on highly skilled welders.
High-quality welds: As a laser welding process, the welds are naturally smooth and uniform (fish-scale pattern), greatly reducing or even eliminating the need for post-weld grinding and polishing, saving substantial labor and time costs.
Energy Efficiency and Low Operating Costs
Significantly reduced energy consumption: The power consumption of the air-cooling system is far lower than that of an external chiller. Its overall energy usage is typically one-third or even less than that of traditional water-cooled laser welders, leading to significant long-term electricity savings.
Maintenance-free operation: No need for regular cooling water or coolant changes, nor for cleaning water channels and pumps. This completely eliminates the maintenance costs and hassles associated with water-cooled systems.
Instant Operation, No Waiting
No preheating required: Start welding immediately after powering on. There is no need to wait for the cooling system to ready itself, improving work efficiency.
Strong adaptability: Plug-and-play operation with low environmental requirements. It can work anywhere with a standard power outlet.
High Precision and Minimal Heat Impact
Concentrated energy: The high energy density of the laser means heat is highly concentrated, resulting in minimal thermal deformation. This prevents workpiece warping or annealing of surrounding areas, making it ideal for welding and repairing precision parts and thin-walled materials.
Wide material compatibility: Can efficiently weld various metal materials, including stainless steel, carbon steel, aluminum alloy, brass, and copper.
Safety and Environmental Friendliness
Low pollution: Generates very little smoke and dust during welding. A simple fume extraction device is sufficient to maintain a clean working environment.
No arc glare: As a non-arc welding process, there is no harmful strong arc light. Only specialized laser safety glasses are needed for effective eye protection.
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