Which industries are high-power UV laser marking applications used in?

UV laser marking machines are widely used and have more advantages than traditional laser marking machines. So where can UV laser marking machines be generally used? What should I do if the crystal is damaged during use?

Application of UV Laser Marking Machine and Crystal Replacement

Where is the high power UV laser marking machine used?

355nm UV short wavelength has good absorption on plastics, and is more and more used in the coding industry. At present, 3-5w low-power UV laser marking machines are mainly used in the market, which are mainly used for soft film production date coding. However, with the expansion of the application range and the improvement of application requirements, more and more applications require high-power UV of about 10w. For example, the ordinary white color cover in the food and beverage industry has particularly good UV absorption, and the same line speed of 25000/hour, five Watts UV is enough.

Application of UV Laser Marking Machine and Crystal Replacement

Application of UV Laser Marking Machine and Crystal Replacement

However, when encountering red, blue, green, yellow and other colored caps, high-power UV of about 10w is required to meet the production efficiency. However, the higher the UV power, the more difficult it is to stabilize. I hope consumers choose UV laser marking machines with strong technical strength. Manufacturers, such as: Dehui Optoelectronics team. Originated from a German laser company, it has mastered the core UV laser technology of UV laser marking machines, and currently has the R&D and production capacity of 3-18w UV lasers.

Application of UV Laser Marking Machine and Crystal Replacement

How to replace the crystal of the UV laser marking machine?

En los últimos años, debido a la reducción de costos, la máquina de marcado láser UV tiene un excelente rendimiento en materiales plásticos, y cada vez más clientes la eligen. Sin embargo, el láser ultravioleta se ensucia fácilmente debido al cristal ultravioleta, lo que provocará una atenuación de la potencia, lo que afectará la producción del cliente, y el láser ultravioleta se produce en una sala limpia de clase 100 muy limpia, por lo que también se debe realizar el mantenimiento. en una sala limpia de clase 100. Por mantenimiento, el costo del tiempo de espera para los clientes es muy alto. La mayoría de los fabricantes nacionales no tienen capacidad de mantenimiento porque compran láseres ultravioleta para el ensamblaje, lo que resulta en la incapacidad de brindar a los clientes un servicio posventa eficiente y de bajo costo.