1. The CCD camera po™πsitioning system is used to gui§•>σde the laser for marki ®§∞ng. The positioning is accur∑↑¶ ate. The marking products can≤  be placed randomly. Multip↓≈le products can be placed at one tim♣¥&e. The product can be a→δ∏utomatically identified↑★★ at any position, any anπ→☆gle, and any shape. Automatic product ✔δ≤λmarking;

2. Fast auto-focusin£≤g, automatic marking≥&∞, no need for manual adjustment;

3. The accuracy of visual recognitio♣☆n can reach 0.01mm;

4. Visual automatic positioning, which ≠≥←∑can realize automatic iσ∞dentification, automatic grabb∏σβ ing, and automatic corresponding dif↑∏ferent mark processing for '§®a variety of different£‍∞β features and different numbers o©&f products;

5. Marking content can be•♦✔& set to text, date, batch numb≈π♠ er, serial number, QR code, vector d&✔$€iagram, etc .;

 6. As long as the product€±≈↔ is within the processing range of ‍φφβlaser marking scanning galvanσ☆Ω>ometer, accurate marking can be ¥✔©↑achieved without positioniα≥ng fixture;

 7. Track the position of¥↕→± the processed object in real time and ∞↕$'convert it into the §↔current physical coor₹&φdinates;

8. This machine can be configured wi→™απth multiple light sources (ultrav¥♥iolet, green light, opticγ♥≠al fiber, CO2, MOPA)£φ♦$, support customization;

 9. No consumables, h¥→♣igh precision, fast processing speed, pα€ower saving and energy saving,₩>↔' time saving, labor saving and¶ ₽€ cost saving.

10. Fully automatic CCD vision posit≤¶•ioning laser marking&¶φ is used directly in conjunction wit£♦λh the production lineβ★↑↑, reducing production conversion l¥♠σ♥inks and loading and unload↔δ★ing manpower, can woπσ®πrk continuously for 24 hours, and c™$an meet the requirements of∑∏$© industrialized large-scale online$≤≤ production.

11. Can be connected with other maα•chines or assembly lines" £ to realize automatic laser m☆₽arking;

12. No consumables, ene♥"☆αrgy saving, time saving, labor£♦ saving, cost saving and high effic≈✘↑iency.