3D Robotic Laser Welding Machine is designed for high-precision, automated, and efficient metal welding in modern industrial production. It delivers fast welding speed, stable welding quality, deep penetration, and clean weld seams, making it ideal for stainless steel, carbon steel, aluminum, and other metal materials. Equipped with an advanced robotic arm system, the machine offers flexible multi-angle welding and excellent repeatability, which greatly improves production efficiency and ensures consistent results in complex welding applications. With its stable water-cooling system and intelligent control technology, the machine can operate continuously for long hours with reliable performance and reduced labor costs. It is widely used in automotive parts, metal fabrication, hardware manufacturing, machinery production, and other industries that require automated and high-accuracy welding solutions. This machine is an ideal choice for users looking for a robotic laser welding system with high efficiency, stable operation, precise control, and durable industrial performance.
Laser power: 1500-6000 [W]
Voltage: 220V±10V-380V±10V
Cooling method:Water cooling
Maximum Load: 128 [kg]
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| Model | DH-1500W | DH-2000W |
|---|---|---|
| Rated output power | 1500W | 2000W |
| Output fiber length | 10m (20m / Customizable) | |
| Welding thickness | 0.3mm~3mm | 0.3mm~4mm |
| Voltage | 220V±10V | 220V±10V |
| Indicator light | Red Light | |
| Cooling method | Wind cooling | |
| Max pressure | 10bar | |
| Total Power | 6KW | 8KW |
| Working model | Continuous / Modulation | |
| Working environment | Flat, no vibration and shock | |
| Working humidity | < 70% | |
| Operating temperature | -20~40℃ | |
| Overall size | 610*390*570mm | 740*390*570mm |
| Net fuselage weight | 41kg | 50kg |
Laser welding effect demonstration
Learn more about 3D robotic laser welding machines, including suitable materials, automation advantages, complex welding applications, industrial uses, and how to choose the right robotic laser welding solution.
A 3D robotic laser welding machine is an automated welding system that combines a fiber laser source with a multi-axis robotic arm for precise and flexible metal welding. It is designed for high-efficiency industrial production and is ideal for customers who need stable welding quality, complex path control, and repeatable automated operation.
A robotic laser welding machine can weld stainless steel, carbon steel, aluminum, and other common metal materials. It is widely used for precision welding in automotive parts, sheet metal fabrication, hardware manufacturing, machinery production, and other industrial applications that require clean weld seams and consistent welding performance.
Compared with traditional manual welding methods, a 3D robotic laser welding machine offers higher automation, faster welding speed, more stable welding quality, cleaner weld seams, and lower labor dependence. It also improves production consistency and is especially suitable for factories that need repeatable welding results and long-hour continuous operation.
Yes, a robotic laser welding machine is highly suitable for complex or irregular workpieces. With its flexible robotic arm and multi-angle motion capability, it can complete welding tasks on curved surfaces, special shapes, and difficult positions more easily than standard manual welding equipment. This makes it ideal for products with complicated welding paths and higher accuracy requirements.
3D robotic laser welding machines are widely used in automotive parts manufacturing, metal fabrication, hardware processing, machinery production, kitchenware, metal furniture, and other industries that require automated, high-precision, and efficient welding solutions. They are especially suitable for medium and large-scale manufacturers with stable batch production needs.
The right robotic laser welding machine depends on your material type, product size, welding joint design, production volume, and automation requirements. You should consider laser power, robot arm reach, welding accuracy, fixture design, and whether the machine needs to integrate with your existing production line. Choosing the correct configuration helps improve efficiency, reduce labor costs, and ensure stable welding quality.
A robotic laser welding machine is an excellent choice for automated manufacturing because it combines precise laser welding, intelligent motion control, and stable continuous operation. It helps manufacturers increase productivity, reduce manual welding errors, improve weld consistency, and support modern automated production with reliable long-term performance.
