LWH-10000-F0.5/F1.0/F1.2 Modular Laser Welding Head
Laser System Modules & Measurement Instruments
Laser processing head with a power up to 15kW for welding tasks requiring long focal length and short working distance
The modular laser welding head is designed for welding operations in confined spaces, such as oil pipelines, as well as for welding thick metal materials. The laser welding head is composed of a collimation module, a focusing module, and a shielding gas module to accommodate various high-efficiency welding needs. The product can be equipped with optional beamsplitter and reflection modules to support weld seam monitoring, spot profile analysis, and power measurement, thereby comprehensively enhancing the precision and controllability of the welding process. The collimating and focusing lens groups are customizable to meet specific weld width and back-working-distance requirements.
| Product Model | | | |
| Input Laser Requirements | |||
| Applicable power (kW) | 3-15 | ||
| Operating wavelength (nm) | 1064 | ||
| Input laser interface | QBH | ||
| Welding Head Optical Parameters | |||
| Collimation focal length (mm) | 100, 150 (two options) | ||
| Focusing focal length (mm) | 500 | 1000 | 1200 |
| Back working distance (mm) | 500 |
- High-beam-quality laser remote welding.
- On-site welding of oil pipelines.
- Welding of thick metal materials.
- Long focal length & short working distance design
Ideal for precision welding and operations in confined spaces. - High-power welding
Suitable for laser welding systems with power ranging from 3kW to 15kW. - Customization services
Provides customized collimating and focusing lens groups according to user requirements. - Comprehensive monitoring
Supports weld seam monitoring as well as spot profile and power measurement functions to ensure welding quality.
This laser welding head is widely used in industries requiring high-precision and high-power laser welding, particularly for thick metal welding in oil pipelines, shipbuilding, and automotive manufacturing.
