This UV-LED curing light source equipment adopts LED light emitting mode, which can choose different functions of 395nm and 405nm wavelengths.

LEDs with higher rates correspond to different UV glues. Ultraviolet LED curing light source, high-purity irradiation, no heat radiation and deep ultraviolet

Influence of light, long service life, reduce the cost of equipment consumables for you, low power consumption compared with UV-LAMP, no mercury

Substance is a new energy-saving and high-efficiency product, which makes the UV curing of the product faster, more efficient and greener.

characteristic:

★ The heat radiation is small, and the surface of the irradiated product does not increase in temperature

★Using ultraviolet LEDs, the curing of ultraviolet glue can be completed quickly, greatly improving production efficiency

★ Reduce the cost of consumables, the use time of LED can generally reach 25000-30000 hours, while the traditional LAMP irradiation machine needs to replace the lamp for about 800~2000 hours. LED can reduce the cost of equipment consumables for you and increase the utilization rate of equipment

★ Energy-saving, low LED power consumption, no need to preheat the lamp when in use, instant high power, instant use, 365nm ultraviolet light with high photoelectric conversion efficiency, and no toxic substance mercury, and no ozone, it is a replacement for the traditional A choice of light sources

★Small volume design, the volume of the LED controller is about 1/50 of the volume of the traditional LAMP mode irradiation machine, which makes the installation of the equipment easier, and the small irradiation head design fully considers the space requirements of precision production, making the installation of the equipment more convenient

★ The equipment can be used in different processes, and the UVLED light source can be customized according to the actual situation.

★ The fan dissipates heat, quickly dissipates the heat of the chip, improves the stability of power output, and extends the life of the LED