Surface Light PLC Control 3000 MW/Cm² UV LED Curing Systems

Energy-Saving And Power-Saving Surface Light Source UV LED Curing Systems

UVLED surface light source can be used in electronics manufacturing, PCB board coating and

chip bonding, mobile phone camera assembly, speakers, DVD heads, computer line connector,

label printing, medical equipment and other applications.
Product Features:

1. UVLED surface light source, uniform and stable light, strong light, shorten the curing time of

the product, and improve production efficiency.
2. Low heat radiation, especially suitable for liquid crystal edge sealing, plastic substrate, film

printing, and medical equipment requiring small heating area.

3. Low energy consumption, the power consumption is 10% of the traditional mercury lamp

curing machine, which can save 90% of the electricity
4. Long service life, LED life can reach more than 20,000 hours, reducing the cost of

consumables.
5. UVLED surface light source can be customized according to the actual application

of customers

Scope of application:
1. UV curing bonding of small components on PCB board (capacitors, chips, plug-ins, inductors,

circuit board coating protection, coil fixing)
2. Curing the sides of the touch screen
3. Optical component assembly (such as lens group, prism, optical engine, etc.: image

instrument assembly, such as microscope, infrared instrument, night vision device, probe, etc.)

4. Microelectronics semiconductor chip bonding, sensor production, micro motor assembly,

hard disk head mobile phone, mobile phone camera module bonding and other mobile

phone original assembly
5. Secondary curing of optical communication (PLC, FA, AWG, CWDM) devices
6. Medical equipment (syringe, catheter, endoscope) UV curing bonding

7. Security surveillance camera UV glue bonding small parts
8. SUB connection line reinforcement
9. Mobile phone, remote control, computer keyboard, calculator button UV ink silk screen

drying
10. UVLED label printing surface light source
11. Research institutions: semiconductors, communication laboratories, medical polymer

materials, photocatalysis