1. The CCD camera positioni€₩"ng system is used to gu≈∑↔≥ide the laser for marking. The positio¶♣ning is accurate. The marking pr↔∑δ"oducts can be placed randomly. Multσγ Ωiple products can be pla<πced at one time. The product can be a✔™™utomatically identified at♥β any position, any angle, and any γ∑shape. Automatic product m &ε arking;

2. Fast auto-focusing, automatic marki £←ng, no need for manual adjust↓✔$ment;

3. The accuracy of visual rΩ↓∑ecognition can reach 0.φ​01mm;

4. Visual automatic positioning, w<φ<₹hich can realize automatic id♦φ±☆entification, automatic grabb §≤≥ing, and automatic corresponding₽©₽¶ different mark processing for a variβ↕ety of different features ♥☆♣☆and different numbers of ≤∑™ products;

5. Marking content can be set to te÷®₽'xt, date, batch number, serial number, ±↕≈QR code, vector diagram, ←₽ etc .;

 6. As long as the product is with↓π∑&in the processing range of laser mark♥≥αing scanning galvanometer, a♦♣≈φccurate marking can be achieved ♣"without positioning fixture;ε​

 7. Track the position of the pr≠αocessed object in real time an←₩€∞d convert it into the current phys  ✔ical coordinates;

8. This machine can be configur∞​&ed with multiple light source≥β∏→s (ultraviolet, green lightπ≥α, optical fiber, CO2, MOPA), support ↕↕₹customization;

 9. No consumables, hig©&→×h precision, fast proces↑₹sing speed, power saving an÷♦∑d energy saving, time saving, ₹→labor saving and cost saving.

10. Fully automatic CCD vision position' ♠≤ing laser marking is∑↓ used directly in conjunction  λwith the production ¶♦✔ line, reducing production ♠ <™conversion links and loadin™₹‍g and unloading manpower, ±σcan work continuously for 24 ✘'©±hours, and can meet the♦Ω• requirements of indus♦Ω¥​trialized large-scale online p→$&roduction.

11. Can be connected wi•÷★•th other machines or assemb®πly lines to realize automatic laser mar♣​☆king;

12. No consumables, energy saving,  ♣time saving, labor saving, &↔∞​cost saving and highπ↕ efficiency.