Due to its high efficiency, durability, and flexibility, laser marking has been widely applied in many fields such as textile materials. Traditional screen printing relies excessively on plate making, and ink coatings are prone to peeling off. In contrast, laser marking, using digital files, can quickly achieve modifications to design files and customized processing of processing, making it very suitable for small-batch and customized production requirements. Laser marking integrates the mark with the fabric by carbonizing or vaporizing the surface of the processed material, achieving a durable, clear, and peel-resistant marking effect. In addition, laser marking can ensure high precision and high repeatability during processing, guaranteeing consistency in processing quality.
When processing textile materials, laser control systems using single-galvo control often face the dual challenges of relatively low processing efficiency and limited processing area. Once the galvo head is damaged, production will immediately stop, resulting in poor processing flexibility. In contrast, laser control systems that support multi-galvo control can not only achieve precise processing over a larger size range but also significantly improve processing efficiency. During zone-based processing, they can perfectly meet the production requirements of personalized, small-batch customization or mixed production lines.
The Dynamic Multi-Galvanometer Laser Marking Control System ZJ012S-DF-N, developed by Shenyan CNC, is an efficient and high-precision laser processing solution. The Dynamic Multi-Galvanometer Laser Marking Control System supports independent control of 16 galvo heads, with each galvo head able to perform different marking or cutting tasks independently, perfectly enabling highly efficient small-batch customized production. Single-galvo laser control systems have limited marking capabilities, whereas the ZJ012S-DF-N laser control system can not only handle larger-area processing tasks but also greatly improve overall production efficiency.
The ZJ012S-DF-N laser controller features 6-axis control, allowing simultaneous processing of multiple graphics or multiple areas. Complex processing tasks can be easily and flexibly handled. Whether performing fine marking or cutting tasks, or parallel processing across multiple areas, this laser controller provides stable and reliable performance support to help users improve production efficiency.
This laser controller achieves precise control of galvos, allowing multiple galvo heads to achieve a well-balanced combination in precision and speed during processing. The Dynamic Multi-Galvanometer Laser Marking Control System also supports real-time processing path simulation and automatic focusing functions, ensuring accurate processing every time.
The ZJ012S-DF-N laser controller fully supports multiple file formats, including AI, BMP, PLT, DXF, and DST. It has strong compatibility and flexibility, enabling one-click conversion from design to production.
