• Fiber optic transmission ensures consistent cutting quality across entire material surface
• High efficiency with 35% photoelectric conversion rate (vs. 7% for CO2 lasers)
• Minimal gas consumption with specialized steel cutting technology
• Energy-saving operation reduces power consumption by 20-30% compared to CO2 systems
• Maintenance-free fiber transmission eliminates reflector lens adjustments
• Optimized for thin metal sheets with cutting speeds up to 12m/min for 1mm stainless steel

This fiber laser cutting system excels in thin metal processing, achieving cutting speeds of 12m/min for 1mm stainless steel and 3.5m/min for 2mm stainless steel. The machine's efficiency decreases proportionally with increasing material thickness.

The CNC laser cutting process focuses laser energy into a high-power density beam through optical systems. This concentrated beam irradiates the workpiece surface, reaching melting or boiling points while coaxial high-pressure gas removes molten material. The relative movement between beam and workpiece creates precise cutting paths, offering superior precision, rapid processing, material savings, and smooth edge quality compared to traditional mechanical cutting methods.