Customization: | Available |
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After-sales Service: | Engineers Respond in 1 Minute |
Warranty: | 2-Year for Laser Source, 1-Year for Machine |
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Laser Welding Machine Technical Parameters: Delve into the cutting-edge features and detailed specifications of our laser welding machine. Expertly designed and engineered for unparalleled precision and remarkable efficiency, this machine sets a new benchmark of excellence in the industry, redefining standards and pushing the boundaries of what's possible.
Laser wevelerngth | 1080(±10)nm | ||
Ouput fiber length | 10M | ||
Max laser power | 1500W | 2000W | 3000W |
Ratnd power | 6KW | 7KW | 8KW |
Suply wiage(V) | 220V/50HZ | 220V/50HZ | 380V/50HZ |
Spot atijusiment range | 0.1-5MM | 0.1-5MM | 0.1-5MM |
Laser fequeney | 1-10000HZ | 1-10000HZ | 1-10000HZ |
Conling syeem | Cw 1500 | Cw2000 | Cw3000 |
Observing system | Red ligit |
1. Provide the testing and packaging videos after the machine is produced. Experience complete transparency and peace of mind with comprehensive testing and packaging documentation that comes with every machine post-production.
2. Quality inspection certificates of various countries. Our product boasts quality inspection certificates, assuring you of compliance with international standards and superior craftsmanship.
3. The 12-year capability independent production and R&D ensure high quality while maintaining a low price. With over a decade of independent production and cutting-edge R&D, we promise exceptional quality and innovation at a cost-effective price point.
Answer:
It is mainly suitable for common metal materials such as stainless steel, carbon steel, aluminum alloy, copper, and galvanized sheet. Different materials require parameter adjustments (e.g., aluminum alloy needs high-frequency pulse mode), and some highly reflective materials (e.g., pure copper) require special configurations.
Answer:
Typically, it can weld0.1-6 mm (stainless steel/carbon steel), while aluminum alloy is slightly weaker (0.5-4 mm). The actual thickness depends on the machine's power (e.g., 1000W for 2 mm, 3000W for 5 mm). It is recommended to match the power to your needs.
Answer:
Key advantages include:
Smaller heat-affected zone, less deformation;
No filler wire needed (autogenous welding) or minimal wire feeding;
2-3 times fasterwelding speed;
No smoke/dust (requires dust extraction equipment);
Lower skill threshold, easier for beginners.
Answer:
Laser isClass 4, so safety measures are mandatory:
Operators must wearlaser safety goggles;
Work area must havebarriers/warning lights;
The machine must includeemergency stop buttonsandinfrared safety sensors.
Answer:
Energy consumption is lower than traditional welding (e.g., a 1000W machine uses ~1 kWh per hour), but cooling systems (air/water) also consume power. Main costs includeargon gas (shielding gas)andreplacement of consumables(lenses/nozzles).
Answer:
Laser welding is sensitive to gap spacing-keep gaps under 0.2 mm(varies by material thickness). For larger gaps, useautomatic wire feedingor modify the joint design.
Answer:
Routine maintenance is simple:
Regularly cleanlenses/nozzles;
Check thecooling system;
Common issues includelens contaminationorcooling alarms. Most manufacturers offerremote supportand1-3 years of warranty.
Answer:
Possible causes and solutions:
Porosity: Check shielding gas flow/purity, adjust beam angle;
Cracks: Preheat material (e.g., high-carbon steel) or reduce speed;
Parameter issues: Contact the manufacturer to optimize power/frequency settings.
Answer:
Based on needs and budget:
Thin sheets (1-3 mm): 1500W;
Medium-thick plates (4-6 mm): 2000-3000W;
Aluminum/high-reflectivity materials: 1500W+ with pulse function.
11. Question: Do you provide training?
Answer:
Training: We offerfree on-site/online training, covering:
Machine setup & safety protocols;
Parameter adjustment for different materials;
Troubleshooting common issues.
Support: Post-training, we provideoperation manuals + video guides, and technicians are available for remote assistance.