METLASER

This system is built on a fully closed-loop intelligent laser platform specifically designed for non-destructive coating removal on aircraft skin. Experimental testing has determined the damage threshold of the anodized aircraft layer to be 2.83 J/cm², ensuring precise laser energy control without harming the underlying substrate. By integrating intelligent laser surface-processing technology, the system overcomes

The OCT (Optical Coherence Tomography) real-time melt pool monitoring system utilizes high-speed scanning to capture up to 70,000 measurement points per second, enabling comprehensive inspection of critical areas during the welding process. The system can continuously scan the unwelded joint surface, the melt pool keyhole, and the solidified weld seam—achieving full-process quality monitoring before, during,

Our system features a next-generation digital drive architecture designed for ultra-high-speed laser galvo applications. With real-time feedback from a high-speed ADC and a dynamic optimization control algorithm, the galvo maintains exceptional trajectory accuracy even at extreme speeds. Unlike conventional PID controllers that struggle with delay, overshoot, and accumulated errors at high bandwidths, our optimized control