1. The CCD camera o∑$↑ nline system is used ₹β♠∑to guide the laser to ∞★Ω↔mark, and the positioning is  ≈φaccurate, and multiple '←•products can be automa>‌✔ tically marked at one time§↑. High-precision positioning and mark ∑γing can be achieved wh↓¥en materials are received at any an÷↓✔gle, any number, and any position;

2. Fast auto focus and marking witho≥♥₩ut manual adjustment;

3. The accuracy of visual reco✘→₹gnition can reach 0.01mm;

4. The vision is automatically ♠€₹εonline, which can realiz<€↔δe automatic identification, autom♣γatic grabbing, and automatic corresp↓¥¶onding to different marking←λ δ processing for a variety of differentφ€ features and different quantities of ÷≥♣products;

5. As long as the product iα₽s within the processi≥☆λ‍ng range of the laser markiφλ ♣ng scanning galvanom‍α¥eter, accurate marking can be &‌achieved without online fixtur&βes;

6. The correct position&€₽ of the offset coordinates is ♠©×÷automatically transmitted to the ☆¥galvanometer system, so >®♦that the marked graphics c  "✔an be marked in the correct position of™∑α≥ the product;

7. Track the position of t☆βhe processed object in real tiβ&©me and convert it into the c ↔≥ urrent physical coordinates.