（1）The use of intravenous injection frequency doubling technology greatly improves the stability of the laser. The laser cavity design adopts a series of optimization methods to ensure beam quality.

（2）This machine adopts355nmPump a purple laser device as the light source. Narrower pulse width and smaller thermal impact contribute to the generation of peak power. The higher the peak power, the wider the adaptability range of the material. thisHelps to mark some relatively hard materials.

（3）Higher pulse stability, i.e. better laser pulse consistency, produces the same engraving effect, making it very suitableFine marking. A higher pulse repetition frequency meets the needs of fast marking and high production efficiency.

（4）High photoelectric conversion efficiency and long service life.

（5）Automatic rotating table (optional), convenient feeding, fast speed, and high efficiency.

（6）Trademark environmental protection, compliant withROHSstandard

（7）Can support automaticCAD，PLT，BMF，AI，JPGWait for itDXFLogo and graphics for formatting design.

（8）It can automatically mark dates, barcodes, and QR codes.

（9）Superior performance, good stability, high conversion rate, and low energy consumption.

(10) When integrated with intelligent software control, this machine can only be operated by a key and emergency stop switch. The damage caused by human error and other unexpected problems during the operation process is relatively small.

（11）24Continuous operation for hours, meeting the needs of online or offline industrial mass production.

（1）Widely used in electronic components, battery chargers, wires, computer accessories, mobile phone accessories (phone screens, LCD screens), and communication products.

（2）Automotive and motorcycle accessories, automotive glass, instrumentation, optical instruments, aerospace, military products, hardware machinery, tools, measuring tools, cutting tools, sanitary ware.

（3）The pharmaceutical, food, beverage, and cosmetics industries.

（4）Glass, crystal products, surface and internal film etching processes, ceramic cutting or carving, watches and glasses.

（5）Most metal and non-metal materials can be labeled on polymer materials for surface treatment and coating treatment. Previously, lightweight polymer materials, plastics, fire-resistant materials, etc. were used.