| Customization: | Available |
|---|---|
| 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: Discover the cutting-edge attributes and detailed specifications of our laser welding machine. Expertly engineered for unparalleled precision and peak efficiency, this device sets a new standard and elevates the industry benchmark to unprecedented heights.
| 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 comprehensive testing and packaging videos, showcasing the meticulous production process and ensuring confidence in the machine's performance once it is produced.
2. Offer extensive quality inspection certificates recognized by various countries, guaranteeing adherence to international standards and unmatched reliability.
3. With 12 years of independent production and research & development prowess, we assure premium quality while offering competitive pricing, reflecting our commitment to excellence and affordability.
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.
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