Zrobotyzowany system spawania laserem światłowodowym Greenstone GST do wielkopowierzchniowego spawania 3D (powierzchnie płaskie i zakrzywione)
Prezentacja charakterystyki sprzętu
Ten Greenstone GST Robotic Laser Welding System jest przemysłowy automated fiber laser welding solution designed for manufacturers that require high-efficiency, repeatable welding on large work areas I complex 3D parts. The system integrates a multi-axis robotic motion platform with a fiber laser source and dedicated welding optics, enabling stable process control for both flat panels I curved / shaped components. It is built for modern production needs such as higher throughput, consistent weld quality, and reduced manual dependence in automotive, machinery, metal fabrication, and general industrial manufacturing.
To match real factory demands—fast cycle time, controllable heat input, and reliable automation—the system supports high automation multi-axis coordinated motion, allowing continuous seam welding across wider ranges than typical fixed workstations. With a process design intended for niskie odkształcenie and efficient energy use, Greenstone’s robotic laser welding setup is suitable for applications including structural welding, enclosure welding, frame welding, and 3D seam welding tasks where conventional welding can struggle with speed, repeatability, or thermal distortion.
przetworzone próbki
• Multi-axis coordinated motion for high automation
Zaprojektowany dla multi-axis linkage operation, enabling automated welding paths and consistent execution—ideal for batch production and repetitive welding tasks.
• Large-area welding coverage
The system is engineered for large working ranges, helping factories handle bigger parts or multiple fixtures without sacrificing automation efficiency.
• Suitable for 3D welding on flat & curved surfaces
Supports welding on flat planes and curved/complex surfaces, meeting real-world requirements for 3D seam welding in fabricated and machined components.
• High welding productivity (up to 10 m/min line speed)
Configured to support welding seam speeds up to 10 m/min (application-dependent), improving throughput for production lines that prioritize takt time.
• Low deformation with optimized weld characteristics
The system is promoted for smaller deformation and a favorable weld profile (as described), supporting manufacturing goals of dimensional stability and reduced post-processing.
• Flexible process modes for different materials and seams
Wsparcie linear I wobble (oscillation) scanning modes, helping users tune the weld bead shape and stability for different joint designs and process windows.
• Industrial control configuration
Zastosowania Siemens S7-1500 (Siemens1500) electrical system configuration (as listed), supporting robust industrial operation and integration.
| Model (GST-) | Moc lasera | System światłowodowy | Welding Optics / Head | Spot Shape | Układ elektryczny | Scan Mode | System ruchu |
|---|---|---|---|---|---|---|---|
| GST-3000LW | 3 kW | 100 μm, 20 m | G60W | Annular / Circular | Siemens S7-1500 | Linear / Wobble | Robot / Machine-tool type |
| GST-4000LW | 4 kW | 100 μm, 20 m | G60W | Annular / Circular | Siemens S7-1500 | Linear / Wobble | Robot / Machine-tool type |
| GST-6000LW | 6 kW | 100 μm, 20 m | G60W | Annular / Circular | Siemens S7-1500 | Linear / Wobble | Robot / Machine-tool type |
| GST-9000LW | 9 kW | 100 μm, 20 m | G12W | Annular / Circular | Siemens S7-1500 | Linear / Wobble | Robot / Machine-tool type |
| GST-12000LW | 12 kW | 100 μm, 20 m | G12W | Annular / Circular | Siemens S7-1500 | Linear / Wobble | Robot / Machine-tool type |
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