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 strategy ensures the galvo’s motion follows the command path with remarkable precision—no matter how fast it moves.
A modular design allows the motor and mirror to be modeled and calibrated independently, making the system fully adaptable to different components. If any part fails, users can simply replace the motor or mirror instead of the entire drive unit—reducing maintenance costs and improving long-term reliability. With adaptive control technology, manual post-installation tuning is completely eliminated.
Powered by full-speed digital driving, the system delivers up to 4× faster linear scanning while maintaining ultra-high precision. Its high-bandwidth performance gives it a clear advantage in advanced laser cutting, welding, and cleaning applications, offering manufacturers a more efficient, stable, and future-ready solution.