LED Light curing lights is an important part of light curing equipment. In order to increase the light intensity of the light curing lamp, the light curing lamp will adopt a structure with a curved surface, which can gather the light, thereby enhancing the light intensity of the light curing lamp.

In order to reduce the scattering of light, the existing method is to use a condenser to concentrate the light. The existing condensers are all integrally formed. A lamp bead hole is set in the middle of the condenser, and the lamp bead is placed at the lamp bead hole. The condenser can condense the light emitted by the lamp beads, but the installation of this condenser needs to be equipped with a special collar to clamp the condenser to prevent the condenser from falling off. Therefore, it is cumbersome to install this kind of condenser, especially on the curved structure. In order to enhance the condensing effect on the surface of the condenser, it is necessary to apply a layer of reflective paint on the surface of the condenser. For ordinary light sources, the aging of the reflective paint by ordinary light sources is slow, so the reflective paint on the surface of the condenser can be used for a long time; However, for light-curing lamps that emit ultraviolet light, the reflective paint on the surface of the condenser after being irradiated by the ultraviolet light is easy to age, so it is necessary to frequently replace the condenser coated with reflective paint, which is very complicated. Existing light curing lamps generally use a single plug to simultaneously block the heat dissipation component and the curing light source. A single plug simultaneously blocks the heat dissipation component and the curing light source, which requires high accuracy of the plug, which is not conducive to the production and processing of the plug. Moreover, when the heat dissipation component and the curing light source are installed with the same plug, the plug needs to be aligned with the heat dissipation component and the curing light source at the same time, which is complicated to install and is not conducive to quick installation.

Although LED Light curing lights has certain shortcomings, it still has many advantages. Let me introduce it to you in detail below, let's take a look!

1. Ultra-long life: The service life is more than 10 times that of the traditional mercury lamp curing machine, about 30,000 hours or more.

2. Cold light source, no thermal radiation, low temperature rise on the surface of the illuminated product, solving the long-term thermal damage problem in optical communication and liquid crystal production. It is especially suitable for occasions requiring small temperature rise such as liquid crystal edge sealing and film printing.

3. The heat generation is small, which can solve the problem that the mercury lamp printing equipment heats up and the staff is unbearable.

4. It lights up instantly and reaches the rated power UV output without preheating.

5. The service life is not affected by the number of opening and closing.

6. High energy, stable light output, good uniform irradiation effect, and improved production efficiency.

7. The effective irradiation area can be customized, the length is from 20mm to 1000mm.

8. It does not contain mercury and does not produce ozone. It is a safer and more environmentally friendly alternative to traditional light source technology.

9. Low energy consumption, power consumption is only 10% of traditional mercury lamp curing machine, which can save 90% of power.

10. The maintenance cost is almost zero, and the use of UVLED curing equipment can save at least 10,000 yuan/set of consumables every year.

The above is the whole content of the advantages of LED Light curing lights briefly introduced by the editor. I hope you can have a better understanding of its advantages after reading it. If you want to know other related aspects, please contact us. We look forward to working with you very much.