1. The CCD camera positioning system is§☆ used to guide the l→∑÷∞aser for marking. The posi>♣tioning is accurate. The marking pro✘♣'₽ducts can be placed ✔♥≠™randomly. Multiple pr"•α oducts can be placed at ≠↑ εone time. The product can be↔< automatically identif♥™ied at any position, any angle, and→λ any shape. Automatic product marking $;

2. Fast auto-focusing•±, automatic marking, no need for manuβ≈‍al adjustment;

3. The accuracy of vis ≠¶↕ual recognition can reλδ&ach 0.01mm;

4. Visual automatic positioning, £¥which can realize automatic identificat​‌ion, automatic grabbing, and auto✘$matic corresponding differen<€≥t mark processing for a variety o≥φ¥✔f different features an→÷®d different numbers of products;

5. Marking content can be set∑≈‍ to text, date, batch number, '≥serial number, QR code, vector di ♦ agram, etc .;

 6. As long as 'γ↔πthe product is withiσ≠n the processing range of laser markin§•g scanning galvanometer, accurate mσ¶≥arking can be achieved €σ™without positioning fixture;

 7. Track the position of the pr&&ocessed object in real time aΩ¶nd convert it into the current phys↑≥ical coordinates;

8. This machine can be confi÷$γ&gured with multiple light <✘sources (ultraviolet, green light,↑© optical fiber, CO2, MOPA), ≈βsupport customizationΩπ≥<;

 9. No consumables, h'•igh precision, fast process¶πing speed, power savin∏α‍∏g and energy saving, time saving, la↔σ₹​bor saving and cost saving.

10. Fully automatic CCD vision positi₽™oning laser marking is us≥∏✔ed directly in conjunction with ± ₽the production line, reducing produc>↓tion conversion links and loading an≤≥₹d unloading manpower, can work contin ™uously for 24 hours, and •♦can meet the requiremen±≠♦↔ts of industrialized↑→ large-scale online prod'¶uction.

11. Can be connected ♦≥with other machines or assembly ≥↔lines to realize automaσ∞tic laser marking;

12. No consumables,  ₽energy saving, time saving, labor​↔ε saving, cost saving and high efficien∏♦∞ cy.