1. This machine is cu←λ♠↓stomized and can be ¥♦•‌equipped with a variety of light sourc↕∑€£es (ultraviolet, green ligh$®✘&t, optical fiber, CO2, MOPA);

2. At present, the mΩ>achine is equipped with‍✔→★ a carbon dioxide laser;

3. Adopt RF excitation sealed off C$•₽$O2 laser, stable perform★'∏ance, can work for a☆  long time;

4. Using high-speed digital scanning •♣©head, small size, fast speed an☆∏¶↑d good stability;

5. The laser power i±$✘φs controlled by software, continuous> ₽ly adjustable, and marking and cutting ≈©Ω±can be realized on o™☆↕ne product at the same time±♣;

6. Using the most advan₹←​↔ced 3D laser project♦↑‍ion technology, the 36®↕ 0-degree sphere can fully cover t >he marking.

7. Marking with five-axis simu≈∞ltaneous motion: scanning galv​€≥anometer 3 axis, frame 2♠'↑↓ axis.

8. Any content can be marked on €Ωthe sphere, such as: m §arking on the globe, engraving the ea< rth's latitude and longitude♣ ★¶, Chinese and English words, patt✔"β¶erns, patterns;

9. High marking accu₽₽ racy: it can satisfy marki>∑©ng a large amount of  ×₩λinformation on extremely sm$≠<all objects. For example, a fine and ‍→<★clear world map can be marked on a smalπ∞±¶l sphere around 10cm.↓π