1. The CCD camera online ​ε$ system is used to guide t ★↓he laser to mark, and the p₽♠∑ositioning is accurate, and mult€≤≠iple products can be automati↓φ♥∑cally marked at one time. High¥∏​↑-precision positioning and mark×☆ing can be achieved when material'<s are received at any angle, any num≠&ber, and any position;↔≤φ

2. Fast auto focus and →εmarking without manual adjustment;

3. The accuracy of visual recogniti←±on can reach 0.01mm;

4. The vision is automatically on→✔$₹line, which can realize automatic ¶≠↑♣identification, automat≠↑ic grabbing, and automati↑βc corresponding to different mar♦¶®£king processing for a variety of →±€€different features and d€  ifferent quantities of pro→₩ducts;

5. As long as the product is  ‍within the processing‍¥∏ range of the laser marking scanning gβ•φφalvanometer, accurate marking♣γΩ™ can be achieved without online fi$βxtures;

6. The correct position of the offset₩☆ coordinates is auto$&matically transmitted to th♣σ‍‍e galvanometer system, so that φ₽the marked graphics can be  ≠₹marked in the correct position of t ✘≥he product;

7. Track the position of the proce✘∑€÷ssed object in real time and convert it↔✘♠₽ into the current physi✔≈♠cal coordinates.

CCD visual online laser marking mach♠ ≤₽ine is mainly suitable for marking sm¥π™all or extremely small items with l←®"arge workload, difficult π∏¥•feeding and positioning, workp©"<iece diversity and complexity.↑∞