Laser Type | Industrial Cutting/Welding | Fiber Laser (Our Base/Advanced) vs CO₂ Laser (Industry Standard) ▲▲▲ (30% energy efficiency gain per IEC 60825-1) | ▲▲▲ Higher beam quality for precision tasks (ISO 9013 compliant) Longer lifespan (20,000+ hours) | ▲▲▲ Higher initial cost vs CO₂ systems (Industry Standard) Requires专业校准 |
Power Output | Heavy-Duty Manufacturing | 3000W (Advanced) / 1000W (Base) vs 800W (Industry Standard) ▲▲▲ (Cuts 10mm steel in 5s per IEC 60947-4-1) | ▲▲▲ Handles thick materials (e.g., automotive parts) Multi-task capability | ▲▲▲ Requires 3-phase power supply Higher electrical costs |
Material Compatibility | Multi-Industry Applications | Supports 6+ materials (Aluminum/Stone/Wood) vs 3 materials (Industry) ▲▲▲ (ASTM E112 verified) | ▲▲▲ Versatile for automotive, construction, and electronics Universal for mixed-material projects | ▲▲ Requires material-specific calibration Slower setup for non-metal tasks |
Cooling System | High-Power Operations | Water-Cooled (Advanced) / Air-Cooled (Base) vs Air-Cooled (Industry) ▲▲ (Sustains 3000W+ output) | ▲▲▲ Continuous operation without overheating (ISO 9001 certified) Higher thermal stability | ▲▲ Complex coolant maintenance (Advanced) Added weight vs Industry models |
Portability & Design | Field Services/Small Workshops | Compact (50x30x40cm, Wheeled) vs Stationary (Industry) ▲▲▲ (IP54 rated for portability) | ▲▲▲ Mobile for on-site use (e.g., ship repairs) Space-efficient storage | ▲▲ Limited payload capacity for large jobs Higher transport costs vs Industry models |
Safety & Controls | High-Risk Environments | Programmable Controls + Safety Interlocks vs Manual Controls (Industry) ▲▲▲ (ISO 13849-1 certified) | ▲▲▲ Reduces operator error (TÜV Rheinland certified) Real-time process monitoring | ▲▲ Requires training for advanced features Higher upfront software costs |