How about Futansi UVLNT81 Linear Light Source?

Because the UV-LED linear light source is different from the scattering light emitted by mercury lamp, the UV light emitted by UMLED linear light source is narrow linear light, the energy is more concentrated, the radiation intensity is higher, and the curing efficiency will be better.

 

In addition, the linear spot in a specific area can not only avoid the damage outside the working area, but also form a curve light source. FUTANSI LED linear light source is mainly used in the LCD panel mobile phone touch screen speaker loudspeaker, printing and other receiving areas.

 

Futansi UVLNT81 series linear light source cooperates with dispensing machine to realize fast sealing and flowing operation of the chip. Because of its high daily energy and stable light output, the production is more efficient.

 

Because futansi's UV LED is a cold light source without heat, the temperature rise is small; to meet the requirements of liquid crystal display production conditions, liquid crystal display manufacturing process. Through the UV LED line light source liquid crystal edge sealing and cable reinforcement of FPC and liquid crystal screen connection, simple, fast and efficient.

 

Futansi UV LED light source is also used in the manufacturing process of headphone and speaker industry compared with traditional light source.

 

 

 

Futansi UV LED linear light source is more suitable for the existing process, and more energy-saving, environmental protection and high efficiency.

 

1. UVLED linear light source can set the best illumination intensity in order to solidify parts as soon as possible without overheating.

 

2. Ensuring high-yield and repeatable production processes;

 

3. All UV curing systems can be easily set to the same light intensity to ensure the flow of each production line.

 

4. Ensure uniform curing on both sides of the lens to increase production.

 

5. The curing system can be easily integrated into the automation system, which shortens the research and development time to the greatest extent.

 

6. Reduce colloid shrinkage and provide reliable curing in the shortest time.