Under the background of rational development of the current laser processing industry, leading enterprises are exploring differentiated development paths based on their core advantages. Optimizing beam quality and energy distribution can achieve closed-loop upgrades in cutting processes and provide more efficient solutions for the industry.
Laser Generation & Optical Path Control
The system’s precision lies in its optical design:
Energy Conversion: Industrial power is stabilized and drives pump sources for electro-optical conversion
Beam Processing: Primary beams are integrated via combiners and purified through mode strippers
Signal Amplification: Multi-stage oscillation amplification in ytterbium-doped fibers
Output Control: Collimated output modules form operational beams
Beam Characteristics & Optical Design
Output beams feature characteristic divergence angles (1-5mrad typical), calculated by:
| Power Class | Divergence Angle | Collimator Diameter | Application |
| <3kW | 2-3mrad | 28-30mm | Precision machining |
| ≥6kW | 3-5mrad | 37-45mm | Heavy-duty cutting |
Focal Stability Innovatio
Compared to Gaussian beams, top-hat beams demonstrate superior stability:
| Parameter | Gaussian Beam | “Glory” Top-Hat Beam |
| Spot variation at ±10mm | ≥50% | ≤15% |
| Process window | ±3mm | ±8mm |
Practical Benefits
Process Stability: Tolerates ±0.2mm focal variations
Maintenance Optimization: Protective lens lifespan extended 3-5x
Safety Enhancement: 8-12mm working distance reduces nozzle damage
Energy Efficiency: 82% utilization (vs. industry avg. 75%