1. The CCD camera positioningε≥©≤ system is used to guide the laser forε ​ marking. The positioning is accurate← . The marking products can be p‍★laced randomly. Multiple pro♣π€ducts can be placed at o™&≤ne time. The product can be §¥automatically identified ‌δβat any position, any angle♦★↑≠, and any shape. Automati‌≈ ♠c product marking;

2. Fast auto-focusing, automa<>≥tic marking, no need‌≥₩ for manual adjustment;

3. The accuracy of visual recognition c♣®≤an reach 0.01mm;

4. Visual automatic poπ₩♥ sitioning, which can realize$€© automatic identification, aut↑πomatic grabbing, and automatic ππ€ corresponding different mark processing€± for a variety of different feature>♠s and different numbers o§•≈f products;

5. Marking content can be€≠ set to text, date, ba÷ ↕tch number, serial number,‍ε§₹ QR code, vector diagram, etc .;

 6. As long as the ∏ product is within the÷♥  processing range of laser marking sca↑>πnning galvanometer, accurate marking cδ ≤an be achieved without posit€↔δioning fixture;

 7. Track the position of the ♥↔≈processed object in real time ∞∑£σand convert it into the current physica →↔£l coordinates;

8. This machine can be φ¶configured with multiple light source₽≤≤s (ultraviolet, green light, opt¥φ↓×ical fiber, CO2, MOPA), support custo"≠$mization;

 9. No consumables, hig'≠×h precision, fast procΩ♦★essing speed, power saving and ener"≠∑★gy saving, time saving, labor sa∏​♥♦ving and cost saving.

10. Fully automatic CCD vision p≥•ositioning laser marking is usΩ∑ed directly in conjunct∞εion with the production line, red↕₽​>ucing production conversion linksⶣ and loading and unloading manpower✔♣, can work continuously for 24 hour★>s, and can meet the requirements o ÷​f industrialized large-scale online prσπ™€oduction.

11. Can be connected with other machinβ✘§es or assembly lines to realize automa$ tic laser marking;

12. No consumables, energy sa÷φδving, time saving, l®© abor saving, cost saving π¥and high efficiency.