The main features and basic performance of UV-LED light source

UV-LED is considered as an environmentally friendly green technology, also known as 3E technology, namely energy, environment, and economy. It is a new type of technology developed at the end of the 20th century. It combines The respective advantages of the UV curing technology include both the convenience in use and operation, and the economical and technical advantages of the UV curing technology.

UV-LED light source main features:

1. No or very little organic solvent volatilization, UV curing with UV light source, UV light source does not contain mercury, is an environmentally friendly product;

2. UV-LED curing system does not generate heat, UV-LED technology can significantly reduce the heat generated by the curing process, so that allows people to carry out UV printing on thin plastic materials;

3. Because the ultraviolet rays emitted by the UV-LED can immediately cure the ink, this eliminates the drying time required by other technologies and greatly increases the production efficiency.

4. LED curing technology can also reduce the two-way drag belt phenomenon in the curing process. In general, the LED curing technology not only simplifies the printing process, but also enables end users who do not have screen printing knowledge to obtain the desired printing effect.

5. Suitable for a variety of substrates: flexible or rigid, absorbent non-absorbent materials;

6. Energy-saving and cost-reduction, UV light source also has a variety of advanced features and environmental protection, compared with the traditional metal halide lamp, UV-LED light source can save 2 / 3 of the energy, LED chip life is more than the traditional UV lamp Another important advantage of UV-LED technology is that UV-LEDs do not require warm-up time and can be turned on or off as needed.

Model Number:LP-SC5001200W3-AW

Chip: 600 chips.

Head size:550*150*103(MM)

Effective irradiation area: 500*120(MM)

Recommended irradiation height: 20--30 (MM)

Illuminance: >300mw/cm^2(365nm).

The overall power consumption: about 2500W, using liquid cooling cycle heat.