The BW06K laser welding head (formerly referenced as BW240) is an advanced, high-performance industrial optical system engineered explicitly for automated and robotic fiber laser joint processing applications. Designed to handle demanding industrial thermal loads, this versatile head accommodates fiber laser sources up to 6 kW, ensuring the absolute structural integrity of the beam profile during intense fabrication cycles. Featuring an All-In-One robust architecture and comprehensive real-time intelligent tracking, the BW06K delivers consistent, deep weld penetration and flawless closed-loop accuracy across modern sheet metal, automotive component, and hardware manufacturing lines.
Key Specifications:
| Product | Industrial Automated Fiber Laser Welding Head |
| Model / Series | BW06K Series (Formerly BW240) |
| Power Rating | ≤ 6 kW |
| Fiber Interface Compatibility | QBH, QD, and other standard interfaces |
| Clear Aperture | 30 mm |
| Optical Configuration | High-purity fused silica collimating and focusing lens assemblies |
| Cooling Method | Advanced multi-channel dual-circuit water cooling (For optics and head body) |
| Focusing Technology | Integrated precise manual or motorized focus mechanism (depending on customer configuration) |
| Application | Automated stationary seam welding, linear automated lines, and multi-axis robotic joint processing cells |
Key Features & Industrial Benefits:
- Optimized Thermal Management: Engineered with a high-efficiency internal water-cooling circuit surrounding critical optical zones, completely eliminating thermal focus drift and extending component service life under continuous 6kW loads.
- Intelligent Sensor Telemetry Integration: Features advanced interfaces for real-time monitoring of internal cavity status, shield gas pressure, and operational readiness to ensure maximum consistency across production batches.
- Hermetically Sealed Optical Chamber: Implements a highly robust dustproof internal sealing layout with multiple drawer-type protective cover windows, ensuring maximum cavity protection against welding smoke, metal vapor, and workplace contamination.
- Dynamic Gas Circuit Dynamics: Provided with an optimized auxiliary gas distribution module designed to deliver smooth, uniform shielding coverage over the welding pool, actively preventing seam oxidation and reducing spatter adherence.
- Agile Robotic Integration: Features a compact, lightweight yet exceptionally rigid outer body layout, minimizing tool mass to maximize the path-tracking acceleration and orientation agility of multi-axis industrial robotic arms.
