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| Categories | Industrial Laser Welding Machine |
|---|---|
| Model Number: | HW-DH-2Kw+2Kw |
| Cooling Method: | Water Cooling |
| Payment Terms: | T/T |
| Fiber Cable Length: | 10m (Customized) |
| Price: | USD / Set |
| Connection: | QBH |
| Supply Ability: | 2000 Sets / year |
| Fiber Core(um): | 50/100 |
| Working mode: | CW/QCW/PWM |
| Certification: | CE |
| Laser power stability: | ≤ 3% |
| MOQ: | 1 Set |
| Delivery Time: | 10 working days |
| Guide Beam(mW): | ≥0.5 |
| Frequency(Khz): | 1~100 |
| Packaging Details: | Export Plywood Packing |
| Operating Voltage: | 380v±10% 50/60Hz |
| Brand Name: | HanWei |
| Laser Power: | Up to 6000W |
| Place of Origin: | Shenzhen, China |
| Wavelength: | 1080 nm ±3 |
| Company Info. |
| Shenzhen Hanwei Laser Equipment Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
The Full Version Ring Spot Laser Welding Machine is based on a composite beam output structure that combines a focused central laser spot with a surrounding ring-shaped energy distribution. This configuration changes the way heat is introduced into the welding area, allowing the energy to act on the joint in a more distributed manner rather than relying on a single concentrated point.
Such a beam structure is designed to improve the stability of the welding process under different material conditions and joint geometries.
During laser welding, material behavior can vary due to reflectivity, thickness, and thermal conductivity. The ring spot configuration helps moderate heat concentration at the weld pool, supporting smoother material fusion. This can be beneficial in reducing unstable welding phenomena such as excessive spatter or inconsistent bead formation under appropriate processing parameters.
It provides a more controlled interaction between laser energy and metal surface in standard industrial welding environments.
| Model | HW-DH-2Kw+2Kw | HW-DH-3Kw+3Kw | HW-DH-2Kw+4Kw |
|---|---|---|---|
| Laser Power | 4000 W | 6000 W | 6000 W |
| Working mode | CW/QCW/PWM | CW/QCW/PWM | CW/QCW/PWM |
| Wavelength | 1080 nm ±3 | 1080 nm ±3 | 1080 nm ±3 |
| Frequency(Khz) | 1-100 | 1-100 | 1-100 |
| Guide Beam(mW) | ≥0.5 | ≥0.5 | ≥0.5 |
| Connection | QBH | QBH | QBH |
| Fiber Core(um) | 50/100 | 50/100 | 50/100 |
| Fiber Cable Length | 10m (Customized) | 10m (Customized) | 10m (Customized) |
| Operating Voltage | 380v±10% 50/60Hz | 380v±10% 50/60Hz | 380v±10% 50/60Hz |
| Power Consum | 8Kw | 12Kw | 12Kw |
| Air Switch Capacity | 60A | 60A | 60A |
| Work Mode | 102 | 105 | 105 |
| Working Temp | 5~40℃ | ||
| Working Humidity | ≤70 | ||
| Cooling Method | Water Cooling | ||
| Cooller Temp | 25℃ (28℃ Summer) | ||
| Chiller Electric | ≥12 KW | ||
| Machine Dimension | 1000*450*850mm | ||
| Machine Weight | 100 Kg | ||
The equipment is designed for integration into industrial production lines and can be used with automated motion systems such as robotic arms or multi-axis platforms. It is suitable for industries including energy storage systems, automotive components, electrical hardware, precision metal processing, and general industrial fabrication. Its structure allows manufacturers to adapt the system to different production layouts and workflow requirements.
The machine is built for continuous industrial operation with a stable laser output system and cooling configuration suitable for long working cycles. It supports consistent performance under repetitive production conditions and can be configured according to specific manufacturing needs. This makes it suitable for both standalone welding tasks and integration into automated manufacturing systems.
Hanwei Laser is engaged in industrial laser processing equipment used in metal manufacturing environments. The equipment is applied in production activities where materials need to be welded, using laser-based processes.
Use cases are mainly related to metalworking operations that require consistent output during repeated processing tasks in workshop or factory settings. Equipment selection is guided by practical production conditions, including how the material responds during processing, how the workflow is organized, and what level of stability is required during continuous operation.
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