Addressing the high-precision machining needs of complex curved surfaces and non-metallic microstructures in aerospace applications, we focus on high-quality, high-efficiency laser machining technologies for complex curved surface microstructures, providing customers with high-end precision machining services and complete product solutions, including nanosecond lasers, picosecond lasers, and femtosecond lasers.
Case Studies
Laser texturing of metallic surfaces
Laser processing of high-temperature alloy surfaces can achieve a maximum surface roughness of Ra15.
Thin-walled parts exhibit no deformation, no oxidation, and no remelted layer.
Laser texturing of composite material surfaces
Laser processing of woven composite surfaces
Exposed fiberglass layer
No damage to the glass substrate
Substrate without blackening and carbonization
Resonant microstructure etching
Multi-layer metal plating + composite substrate, etching damage to the substrate.: ≤30μm
Machining accuracy: ±0.01mm
Minimum machining size: 0.1mm
The coating did not peel off after etching, and the substrate did not turn black or carbonize.
Resonant microstructure etching
70μm copper plating layer + glass fiber composite, etching of copper plating layer leaves no residue, no damage to substrate: ≤30μm
Machining accuracy: ≤±0.01mm
Minimum machining size: 0.1mm
The substrate is free from blackening and carbonization.
