1. The beam quality is good, cl​"™≈ose to the diffraction limit, so t™≥hat more fine marking can be achieved;‌ α♣

2. Adopt optical fiber outputβ÷ , configure high-speed digit‌λδ€al scanning head, marking spe∞•ed is 2-3 times that of traditionalΩ≤∑ models;

3. The electro-optical conversion rate δ ≠ is as high as 30%, and the power con§©♦sumption is about 10% of traditional moγ×dels;

4. Air cooling is adop•'ted, and the whole machine is compact;

5. No consumables, mainte¶ ★nance-free, and long service li§​±fe;

6. Six-axis linkage;

7. Optoelectronic posit↑♣​ioning;

8. Infrared laser posit↔↑ioning;

9. Gantry structure;

10. High engraving precision πβand good stability, especially suitab↔€≈le for the processing of complex gr≥←♣∏aphics.