Combined Laser Sources for Tunable Beam Features Semiconductor Composite Welder
The semiconductor hybrid welding machine combines diode and fiber laser sources within a coaxial laser processing system. By coordinating the contribution of different laser sources, the system provides greater flexibility in shaping the energy distribution at the workpiece. This allows the welding process to be developed around the specific requirements of different materials and joint designs.
Different applications may require different penetration characteristics and weld geometries. The hybrid laser configuration enables the energy contribution of the laser sources to be adjusted according to the welding process. By optimizing the laser power ratio and related parameters, manufacturers can develop suitable weld profiles for specific component structures and joining requirements.
Key Features
Combined Laser Sources for Tunable Beam Characteristics.
Adjustable Energy Ratios for Different Weld Profiles.
Multiple Welding Modes for Process Development.
Suitable for Various Metal Joint Designs.
Built for Application-Specific Process Optimization.
Technical Specifications
| Model |
HW-BFH-XXXXXX |
| Laser Power |
Diode laser ≤ 30000 W
Fiber laser ≤ 4000 W |
| Accessible Wave Range |
915nm + 1064nm |
| Usable Laser Source |
Diode and Fiber laser source |
| Focus Length |
200 |
| Collimating Length |
Diode 110 - Fiber 100/120/150 |
| Net Weight |
2.5 Kg |
| Head Type |
Y |
| Interface Type |
QBH - QBH |
Application Advantage
The system can support different laser operating modes according to the selected configuration and application requirements. Continuous and modulated laser operation can be used for different welding processes, giving engineers more options when establishing parameters for new components. This flexibility is particularly useful when one production system needs to handle different welding conditions.
The semiconductor hybrid welding machine can be applied to common metal joining configurations such as butt, lap and fillet joints. The appropriate laser combination and process parameters can be selected according to the geometry of the component. This makes the system adaptable to different part structures rather than being limited to a single welding configuration.
