1. The CCD camera onli‌"‍ne system is used to guideΩ← the laser to mark, and th σγe positioning is accurate, and mu↔↓"ltiple products can be¶ ×  automatically marked at one time→♠. High-precision posi₩σtioning and marking can be a‍×chieved when materials are  ±≤received at any angl♣‌e, any number, and any position;β&

2. Fast auto focus and marking β∞&without manual adjusΩφtment;

3. The accuracy of vi★≥ "sual recognition can reach 0≥₩<.01mm;

4. The vision is automatically online,↔​§♠ which can realize automatic "✘✘☆identification, automatic gr↔‍₩abbing, and automatic c←≥orresponding to diffβ←erent marking processing for ★✘a variety of different f€♦¥≠eatures and different quantities of pδ✔‌£roducts;

5. As long as the product is wσ♦ithin the processing r₹§&ange of the laser marking ₽δ♣scanning galvanometer, accurate mar↓↓Ω∑king can be achieved™∑♠© without online fixture₩↓$γs;

6. The correct position of the σ★→offset coordinates is autom≥γ atically transmitted to the ∑∏≥©galvanometer system, so that the marke ×d graphics can be marked in the corα™​>rect position of the∏γ£ product;

7. Track the position of the pr™÷ocessed object in real time and convert>‍ it into the current physi‌↓cal coordinates.

CCD visual online laser marking÷∞©‌ machine is mainly suitable ε↕↓∑for marking small or extrem♠&ely small items with large workload,¥₹÷ difficult feeding an★"d positioning, workpiece diversity andδ∑ complexity.