UV LED Curing Machine For Low Temperature Curing Of Electronic / Display

Our air- and water-cooled UV LED curing product portfolio offers different power classes and lamp head

sizes to fit various industrial applications. To suit your process best, we have wavelengths from 365 nm

to 405 nm available. Not only do we offer appropriate controlls and cooling systems, but also customized

solutions to meet the customers unique needs.

The applications of UV LED curing have been growing and keep growing in existing and new markets

largely due to less heat onto the substrate. This means heat-sensitive materials or parts can now be UV

cured without damage. Different wavelengths ensure a safe and fast curing or drying.

In addition, UV LEDs do not need any warm-up time, can be switched on and off as often as required, and

are immediately ready for operation at any time all of which significantly reduces production downtime.

All UV LED curing systems require proper thermal management or cooling method, to ensure a long

operating life and reliable operation. Users can choose between water- or air-cooled UV LED curing

systems depending on their process and production needs. While water cooling offers high power

solutions in challenging industrial environments, air cooling offers easy and fast integration.

DONGGUANG YIJIANG Photoelectricity Technology Co., Ltd. was established in 2016. The chief engineer and technical backbone of the company have 8-13 years of industry experience, and have made certain achievements in the semiconductor, aerospace, electronics and other industries. The company has served more than 12,800 companies since its establishment. +, The main equipment at this stage are: UV LED curing machine (system), UV ultraviolet curing machine, infrared (IR) tunnel oven, spraying equipment, industrial precision oven, vacuum oven, screen printing

machine, etc. Used in semiconductors, aerospace, new energy vehicle battery modules, new chemical composite materials, liquid crystals, mobile phone panel bonding, glue bonding, screen printing inks, precision electronics, optical communications, polymer chemical materials, medical industry, furniture wood, printing Inkjet, etc. In July 2019, the chief technical engineer of the company and the academician of the International

Optoelectronics Research Institute jointly developed a complete set of UV curing equipment suitable for semiconductor applications. Designed for reliability, designed for efficiency, and manufactured for durability, we are committed to developing more advanced UV curing systems, providing more cost-effective products, better technical guidance, and better after-sales service.