How long does it take to cool down a UVLED point light source?

The UVLED point source curing system is a cutting-edge innovation in curing equipment, adept at concentrating energy precisely into the required band for curing. This is achieved by transforming the energy into high purity 365nm LED UV light. The UVLED spot source curing system boasts numerous distinct benefits compared to traditional fiber optic high-pressure mercury lamp point source machines and high-pressure mercury lamp curing apparatus.

Traditional curing devices utilize high-pressure mercury lamps, known for their intense UV light production. However, these lamps have an overly broad spectrum where only part of the emitted energy lies within the effective UV range; the majority being visible light and heat. This excessive heat can be harmful to the operator’s vision while also potentially causing thermal deformation of the workpiece. In contrast, the workpiece temperature remains low during irradiation with a UVLED point light source, thereby avoiding workpiece deformation due to its efficient energy concentration within the effective curing UV spectrum. Moreover, the UVLED system emits high-purity monochromatic ultraviolet light, a cold light source. Even though the UVLED cure light source’s ultraviolet light intensity is approximately 200mw, it performs comparably to high-pressure mercury lamps with light intensities of 1,000-2,000mw, typically reducing curing time by 0.5 to 5 seconds.

Besides the aforementioned advantages, the UVLED point light source curing system showcases the following features:

Lower manufacturing costs: The UVLED spot curing system comes at a lower price than conventional mercury lamps, thus ensuring cost-effectiveness. Moreover, UVLED spot cure system source lamps employ energy-saving designs with a continuous ignition lifespan exceeding 20,000 hours and minor power consumption around 50W.

Versatile application: The UV point light source sustains 1-4 channels reliably, with a single host administering four irradiation heads. This offers substantial benefits across various applications, including curing and adhesive bonding.

Effective curing: The spot UV irradiation systems integrates a unique focusing lens assembly, concentrating the energy at the curing point to enhance the effectiveness of UV adhesive curing. Additionally, the curing impact of the 365nm uv led spot light is on par with high-pressure mercury lamps of 1000-2000mw intensity, typically cutting down curing time by 0.5 to 5 seconds.

Eco-friendly and safe: The UVLED curing apparatus is virtually heatless, shatterproof, and mercury-free, thereby reducing maintenance expenses and environmental pollution. Furthermore, utilizing LED UV spot curing device doesn’t harm the operator’s vision.

In conclusion, the UV LED light source is a revolutionary kind of curing equipment replete with numerous advantages. It concentrates energy effectively while supplying a high purity UV spectrum. Concurrently, it offers low production costs, flexible application, and efficient curing effect, as well as environmental protection and safety, etc. UV spot curing systems will become an advanced alternative to traditional curing equipment, and play an important role in various fields.