1. Imported laser light source, high b​≤Ω∞eam quality, small focus spot, maki'★‌ng marking more precise anφ®≈&d clearer;

2. Fully cold light source, the hea® ✘t affected area is very ✘€¥small, no thermal effect will ​βbe produced, and the deformation or sα€↑ corching of the processed material w"αill be avoided;

3. It is applicable to a wide ran÷‍ge of materials, which solves the pro↕>≈blems of insufficient detail and p∏ε✘oor effect of fiber l♥ aser marking for many materiε↑als;

4. Fast marking speed and hi™λΩλgh efficiency;

5. Equipped with special softw₩'are for flying laser co✘→ding, using intelligent calcuφ​δ&lations to automatically ide♠±∏ntify the product and>↑↑£ the product's locati&‍δon to be marked, so as to achiev​​§®e high-speed and accuraγ<‍¥te marking;

6. The length of the marking ≈✘content in the software is not ∏ limited, and the number ofβ₩ lines is not limited. The conεβ"÷tent of the inkjet code can be set wiα​<th text, date, batch✔‌  number, serial number, ∑λ≈‍two-dimensional code, ✔ &vector diagram, etc.;

7. It can directly cooperate wit‌≥∞h the customer's production line oper₽₩♥ation. If required, our company c₩&'an customize the assembl≈₩y line or workbench for the custo¥♠↑βmer;

8. At present, this equipment is a do∑£uble-head laser (top + side marking ×☆↓§at the same time), and single-head or m×→​ulti-head lasers can be configured ac‍<&₩cording to customer needs.

Mainly used in the high-end market of₹λ ultra-fine processing, 3C€→ industry marking, electronic com→♣₹Ωponents, electrical π®appliance shell marking, food♠​γ, medicine and other±Ω≤↔ polymer material packaging bott≤₽<↓les marking; metal or n'™↕on-metal coating removal; $↔φmarking of various materials, bli<λ§ nd Groove processing; production of n™‍↑×ew ultra-thin metal foil m✘₹icro-holes, etc.