1. The CCD camera po'→sitioning system is u'‍sed to guide the laser for marking££‌. The positioning is accurate. The ♠ε±δmarking products can b÷'₩e placed randomly. Multiple pro®÷¥∞ducts can be placed at one time.  ↓ The product can be automatically ¥♠₽identified at any position, any angle, ≤↕and any shape. Automa€©tic product marking;

2. Fast auto-focusing, au✘✔≤ tomatic marking, no need for m↕>anual adjustment;

3. The accuracy of visual recognition c♠ ✔an reach 0.01mm;

4. Visual automatic pos≥"$itioning, which can realize ¥§≠automatic identification, automatic gr€‌←abbing, and automati©δλ∏c corresponding different mark prα∏☆ocessing for a variety of ×£"€different features and different num™↕bers of products;

5. Marking content can be set to£₽≥₹ text, date, batch number, serial α£γnumber, QR code, vector diagramΩφש, etc .;

 6. As long as the produφ≠ct is within the processing↕✘ range of laser marking scanning ga→∏•lvanometer, accurate ma÷®¶₹rking can be achieved witho$γut positioning fixtur∑∑ ≤e;

 7. Track the positβφ↓≈ion of the processed object in rea∞ l time and convert it into the cur→‌♦rent physical coordina∞↑tes;

8. This machine can be configured w"β​¶ith multiple light sources (u←σ∑×ltraviolet, green light, op γtical fiber, CO2, MOPA), support cust≤₩γomization;

 9. No consumables, high pr↓₽ecision, fast processing speed, p©δ₩ower saving and ener>δ≤gy saving, time saving, labor saving∑≈>♥ and cost saving.

10. Fully automatic CCD vision pos​‍¥itioning laser marking​σ is used directly inγπ conjunction with the"Ω÷< production line, reducing produ±∞Ω€ction conversion links and lo☆✔λ<ading and unloading manpowe£✔≠₩r, can work continuous€σ≠ly for 24 hours, and can meet t£‌♠±he requirements of industrialized largα><€e-scale online production.

11. Can be connected with ₽♠other machines or assembly lines to r¥₩>ealize automatic las♦× ₽er marking;

12. No consumables, energy saving,ασ time saving, labor saving,∏≈>∞ cost saving and high ef♠'ficiency.