Laser Power | High-volume production, mass customization | Industry Standard: 15–30W (slow, basic tasks) Our Base: 20–50W (▲) Our Advanced: 60–100W (▲▲) (60W achieves 1200mm/s processing speed, ISO 2360) | Faster marking (Advanced), cost-effective (Base) | Limited throughput (Base), higher energy use (Advanced) |
Laser Type | Jewelry engraving, reflective materials | Industry Standard: Fiber laser only Our Base: Fiber laser Our Advanced: MOPA Fiber (▲) (Handles reflective metals, ASTM F2992) | Versatile for metals/plastics/glass (Advanced), lower cost (Base) | Limited material compatibility (Base), higher price (Advanced) |
Cooling System | Continuous operation, quiet environments | Industry Standard: Water cooling (noisy, 55 dBA) Our Base/Advanced: Air cooling (▲) (43 dBA, quieter than refrigerator hum) | Quieter operation, lower maintenance (Base/Advanced) | Less efficient in high-temperature settings (Base/Advanced) |
Precision | Detailed jewelry, 3D engraving | Industry Standard: ±0.01mm Our Base: ±0.005mm (▲) Our Advanced: ±0.001mm (▲▲) (ISO 2360 certified) | Ultra-precise for intricate designs (Advanced), sufficient for basics (Base) | Higher cost (Advanced), less detail (Base) |
Material Compatibility | Diverse materials (metals, wood, glass) | Industry Standard: Metals only Our Base: Metals + plastics Our Advanced: Metals, plastics, wood, glass (▲) (MOPA tech for non-conductive materials) | Versatile for multi-material projects (Advanced), budget-friendly (Base) | Limited use cases (Base), higher price (Advanced) |
Software Features | Complex designs, automation | Industry Standard: Basic software Our Base: EzCad2 Our Advanced: EzCad3 (▲) (Supports 3D modeling, DXF/AI files, ISO 19485) | Advanced design tools (Advanced), user-friendly (Base) | Steeper learning curve (Advanced), limited customization (Base) |