Against the global trend where the manufacturing industry is constantly pursuing higher efficiency, precision, and intelligence, the galvo control card launched by Lyric, with its high precision, high speed, and high stability, effectively meets the requirements of stringent processes. It addresses the pain points of traditional cleaning equipment, strongly drives the intelligent upgrading of laser equipment, and significantly improves processing efficiency and quality. As the manufacturing industry continues to move toward higher efficiency and better quality, Lyric's galvo control card, relying on its excellent performance and wide range of application scenarios, has become an indispensable and important component in modern manufacturing processes.

Technological Innovation

Lyric's galvo control card adopts an advanced technical solution, enabling precise control over laser output and galvo oscillation. By setting tab shapes, power parameters, and frequency parameters through the upper computer, the core command algorithms are implemented jointly by FPGA and MCU. The dual-core control system builds a full closed-loop control ecosystem, allowing the dynamic response bandwidth to break through the limits of traditional architectures.

The core module integrates multiple system functions such as interpolation algorithms, filtering algorithms, and PSO synchronous triggering, while covering high-level capabilities including coordinate calibration, PWM data acquisition, and system status monitoring. It adapts to the stringent requirements of complex processes for multi-dimensional control, supporting efficient and flexible responses to precision machining scenarios with a streamlined architecture.

Excellent Performance

Lyric's galvo control card demonstrates significant advantages in technical design. It supports the linkage of four servo axes and two galvo axes, and adopts 12-bit true DAC output for full closed-loop control, ensuring stable system operation and precise control.

Its built-in 2D compensation function and high-speed synchronous pulse output capability significantly improve the response speed and contour accuracy during laser processing. Meanwhile, the control card supports dual follow-up functions; combined with flexibly adjustable servo cycles and advanced closed-loop control algorithms, it effectively enhances the processing efficiency and quality of complex workpieces and fully meets the stringent requirements of high-precision manufacturing scenarios.

Data-Driven 

As smart manufacturing advances, data has become increasingly critical. The Lyric Galvo Control Card not only enables real-time system monitoring and cleaning time logging, but also supports cloud-based data analytics.

With outstanding performance in precision control, user-friendly operation, robust compatibility, and data-driven management, it lays a solid foundation for enterprises to achieve transparent, data-centric operations, driving continuous product optimization and service upgrades.