1. The beam quality is↕✘¥ good, close to the γ©diffraction limit, so that ​‌δmore fine marking can be achieved✘☆¶;

2. Adopt optical fiber ∑≠"output, configure high-spe¥₩ed digital scanning head↕♥δ, marking speed is 2-3 time↔γs that of traditional models;

3. The electro-optical conversion rat€'±∞e is as high as 30%, aΩ×λ¶nd the power consumption is about 10% o ↕αf traditional models;φ<

4. Air cooling is adopted, and the whol€✘φ✘e machine is compact;

5. No consumables, maintenance∑♦¶-free, and long servic★✔e life;

6. Six-axis linkage;

7. Optoelectronic positioning;

8. Infrared laser positioning;

9. Gantry structure.