1) Much higher cutting speed (biggest advantage)

• Designed for ≥10kW lasers, so cutting is significantly faster, especially on thick steel
• Features like flash piercing and smart piercing reduce idle time

👉 In real factories, this can mean:

• 2–5× faster on thick plate vs low-power systems
• Higher throughput = more parts per shift

2) Better thick plate capability

• Supports ultra-thick plate piercing (Stage-9 piercing)
• Works well in industries like:
  • steel structures
  • shipbuilding
  • heavy machinery

👉 If you cut >10–20 mm steel regularly, this is a major advantage.

3) Improved cut quality (less rework)

• Smart LaserOff → reduces slag, cleaner edges
• Auto recut → automatically fixes incomplete cuts
• MicroJoint smoothing → easier part removal

👉 Result:

• Less grinding / cleanup
• More consistent quality

4) Intelligent automation (less operator dependency)

• Automatic focus adjustment (cutting path monitor)
• Vibration suppression → more stable cutting
• Auto detection features

👉 This reduces:

• operator skill requirements
• human error
• setup time

5) Higher efficiency & lower waste

General fiber laser advantages (confirmed by industry experience):

• Tight nesting → less material waste
• Non-contact cutting → no deformation
• High precision → fewer rejects