1. The CCD camera positioning ₩"<≤system is used to guide theφ®> laser for marking. Ω←®The positioning is accurate. ≠×↑<The marking products can be placed ‍★<randomly. Multiple products can ₩ be placed at one time. The product & ‌can be automatically ide✔®ntified at any positi♣©₽on, any angle, and anyγ×¥ shape. Automatic pr©∏♠≤oduct marking;

2. Fast auto-focusing, automatic marki®≈λ‍ng, no need for manual adjustmen•≠×↓t;

3. The accuracy of visual recognition &£can reach 0.01mm;

4. Visual automatic ↓"positioning, which can‍§Ω realize automatic idenδ♦"αtification, automatic gr₽δabbing, and automatic correspond€$ing different mark processi↔★ng for a variety of d±γifferent features and different nu ☆×₩mbers of products;

5. Marking content can be set to ↓₽ text, date, batch number, se±≠rial number, QR code, vecto"→φ r diagram, etc .;

 6. As long as tγ‍φ÷he product is within the processi&₽ng range of laser marking sca<ε™ nning galvanometer, accurate marking ε ₩can be achieved without positionΩ¥λ•ing fixture;

 7. Track the posσ✘ition of the processed object™ α® in real time and co★<nvert it into the current physic&"₽βal coordinates;

8. This machine can be configured  'with multiple light ×λ✘sources (ultraviolet, green light, opt‌™ical fiber, CO2, MOPA←∞≈>), support customization;

 9. No consumables, high precisioγ₩∏n, fast processing speed, ♦☆Ωpower saving and energy s÷​±aving, time saving, labor saving and σ±→cost saving.

10. Fully automatic CCD visi ♦✘εon positioning laser marking is used di₹×∞£rectly in conjunction•÷π with the production line, re♥÷Ω<ducing production conversion linσ✔→ks and loading and uγ'±♦nloading manpower, can work c∞₽α≥ontinuously for 24 hours, an∞₽d can meet the requirements of ind₽☆ustrialized large-scale σ¥αonline production.

11. Can be connected witπ∑$h other machines or a¥β₩βssembly lines to realize auto"Ω≠★matic laser marking;

12. No consumables, energy saving, ∑ time saving, labor saving,✘↓₽ cost saving and high efficiency.