Power Output | Heavy industrial fabrication, automotive repair | Industry Standard: 1200W (ISO 23448) Our Base: 1000W ▲ Our Advanced: 2000W ▲▲ (▲: 20% boost over Base) | Advanced model handles thick metals (e.g., 12mm steel) ▲▲ Lower energy cost for Base in small workshops | Advanced requires 220V/3-phase power (not ideal for remote sites) |
Control System | Complex automation, R&D prototyping | Industry Standard: Basic PLC (IEC 61131) Our Base/Advanced: Cypcut 3.0 (ISO 13399) ▲▲ | Intuitive touchscreen programming ▲▲ Supports CAD integration for precision jobs | Steeper learning curve for untrained operators |
Laser Source | High-volume production, aerospace parts | Industry Standard: Generic fiber lasers (IPG-like) Our Base/Advanced: Raycus (CE-certified) ▲▲ | 25% lower downtime due to Raycus’s 100,000hr MTBF ▲▲ Beam stability for micro-welding | Premium laser increases upfront cost by 15-20% |
Precision | Electronics assembly, medical devices | Industry Standard: ±0.15mm (ASME B89.4.22) Our Base: ±0.08mm ▲ Our Advanced: ±0.05mm ▲▲ | Advanced meets FDA Class I safety for medical implants ▲▲ Base sufficient for automotive brackets | Precision requires calibration every 50hrs (adds 30min downtime) |
Efficiency | 24/7 production lines, mass manufacturing | Industry Standard: 3.5 kWh/hr (IEC 62305) Our Base: 3.0 kWh/hr ▲ Our Advanced: 2.8 kWh/hr ▲▲ | Advanced saves $1,200/yr in energy vs. competitors ▲▲ Base reduces labor costs by 40% | Higher power = 10% more heat dissipation (needs better ventilation) |
Portability | Field repairs, construction sites | Industry Standard: 85kg (EN 13241) Our Base: 68kg ▲ Our Advanced: 72kg (due to cooling) | Base fits in standard pickup trucks ▲ Quick setup in 15min vs. 45min industry norm | Advanced’s heavier cooling system limits mobility |