Laser Power | Heavy industrial cutting (e.g., aerospace) | Industry Standard: 2500W (typical for mid-range machines) | | |
Our Base: 2000W (▲) | | | | |
Our Advanced: 3000W (▲▲) (Can cut stainless steel up to 25mm, ISO 9013) | Enables precision cutting of thick materials; faster throughput for high-volume production | Higher energy consumption in Advanced models | | |
Laser Type | Precision engineering | Industry Standard: CO₂ laser (common but less efficient) | | |
Our Base: Fiber laser (▲) | | | | |
Our Advanced: Fiber laser (▲▲) (90% energy efficiency vs CO₂’s 30%, IEC 60825-1) | Lower operational costs; compact design reduces floor space | Higher initial investment compared to CO₂ systems | | |
Cutting Thickness | Automotive manufacturing | Industry Standard: Up to 20mm (for CO₂ lasers) | | |
Our Base: 15mm (▲) | | | | |
Our Advanced: 25mm (▲▲) (Handles ASTM A36 steel up to 25mm thickness) | Versatile for heavy-duty materials; reduces material waste | Requires robust material-handling infrastructure for Advanced models | | |
Cooling System | Continuous operation environments | Industry Standard: Air cooling (inefficient for high-power lasers) | | |
Our Base: Water cooling (▲) | | | | |
Our Advanced: Water cooling + heat exchanger (▲▲) (Maintains 35°C operation, ISO 304) | Extends laser lifespan; prevents overheating during prolonged use | Higher maintenance costs for Advanced systems | | |
Drive System | Precision component fabrication | Industry Standard: Stepper motor (±0.01mm accuracy) | | |
Our Base: Servo motor (▲) | | | | |
Our Advanced: High-torque servo motor (▲▲) (±0.001mm accuracy, ISO 230-2) | Ultra-precise cuts for intricate designs; reduces rework | Higher upfront cost for Advanced models | | |
Automation Features | High-volume production lines | Industry Standard: Manual loading | | |
Our Base: Semi-automated loading (▲) | | | | |
Our Advanced: Fully automated loading (▲▲) (Reduces downtime by 40%, OSHA 1910.212) | Streamlines workflows; minimizes labor costs | Requires advanced operator training for Advanced systems | | |