Laser Power | Heavy industrial cutting, aerospace parts | - Industry Standard: 4000W (ISO 23987) - Our Base: 3000W (handles up to 12mm steel) - Our Advanced: 8000W▲▲▲ (handles up to 25mm steel) (▲▲▲ = 2.7x power increase) | Advanced cuts thicker materials (e.g., 25mm steel) and reduces job time | Higher power increases cost by 40% and requires dedicated ventilation (Advanced) |
Material Compatibility | Mixed-material industries (metal, wood) | - Industry Standard: Metals only (ASTM A36) - Our Base: Metals + wood/plastic (ISO 14919) - Our Advanced: All listed materials▲ (EN 1011-1) | Advanced handles 20+ materials (e.g., glass, stone) for diverse projects | Requires material-specific calibration (Base) |
Cooling System | Continuous 24/7 operation | - Industry Standard: Air cooling (IP54) - Our Base: Water cooling (ISO 13288) - Our Advanced: Dual-stage water cooling▲ (IEC 60947) | Advanced maintains stable laser output for 16+ hours (▲ = 50% longer runtime) | Water cooling needs regular maintenance (Base) |
Control System | Complex design fabrication | - Industry Standard: Basic CNC (G-code only) - Our Base: Cypcut with G-code (ISO 6983) - Our Advanced: Cypcut + AI path optimization▲▲ (custom spec) | Advanced reduces errors by 30% via AI (▲▲ = 2x automation features) | Steeper learning curve for advanced features |
Precision | Medical/aerospace components | - Industry Standard: ±0.1mm (ISO 2768) - Our Base: ±0.05mm (ISO 1101) - Our Advanced: ±0.02mm▲▲ (ASME B4.2) | Advanced meets aerospace tolerances (▲▲ = 5x precision improvement) | Higher cost for precision optics (Advanced) |
Automation Features | High-volume production lines | - Industry Standard: Manual loading - Our Base: Auto focusing▲ (ISO 10360) - Our Advanced: Robotic material handling▲▲ (ISO 9283) | Advanced reduces labor costs by 60% (▲▲ = full automation) | Requires robotic integration setup (Advanced) |