Latest Blog
Green laser marking the date of wine bottles with high-definition whitening
Jun 02 , 2021532 green laser is used to mark the date of wine bottles
Green laser marking the date of wine bottles with high-definition whitening
The date of the bottle body of the small marking wine bottle is not deformed due to thermal influence of the green laser
On September 1, the freshmen's school day. On this day, loyal and old customers have returned orders. The five 532 green lasers ordered are used to mark the date on the bottle body. Glass wine bottles are fragile, so engraving on the surface of glass products requires high craftsmanship. Laser marking is a non-contact processing with short processing time and fine marking lines. It is very suitable for marking patterns or text information on the surface of glass materials.
The green laser has a wavelength of 532nm and has low thermal influence. It can engrave any pattern on glass products with high definition and no deformation. Therefore, the green laser marking technology gives glass products a higher artistic value.
For marking LOGO and lettering on glass wine bottles, the Expert Ⅱ 532 series water-cooled green diode pumped pulsed solid-state laser (power range 5W to 10W) is recommended. Expert Ⅱ 532 green laser has a wide range of repetition frequency, single pulse to 200kHz; in all frequency ranges, it is strictly guaranteed to have superior beam quality (M²<1.3) and perfect spot characteristics (spot ellipticity>90%), which is very suitable Ultra-fine marking; In addition, the pulse width of the green laser is less than 35ns@30k, and the heat-affected area is small during processing, and there will be no scorching or deformation. The unique Q-switching control technology is suitable for various laser application control Demand; adopts all-digital intelligent power control technology, which is simple to operate and convenient for remote monitoring.
uv laser | green laser | Ultraviolet lasers | uv dpss laser | nanosecond laser | UV laser source | Solid State Lasers