Developing cost-effective methods for transferring Micro LEDs is critical for the commercialization of Micro LED display technology. How to accurately assemble numerous tiny sized Micro LEDs to targeted places efficiently has been one of the biggest challenges for worldwide Micro LED technology developers. Uniqarta, a U.S.-based startup who focuses on developing innovative assembly methods for integrated circuit (IC), has shared with LEDinside how its laser-based transfer technology can be applied for Micro LEDs. Its article, titled “Laser-Enabled E...

The “Micro LED Technology Research Contest” held by LEDinside has received numerous articles providing innovative and practical solutions to enhance the manufacturing of Micro LED during June 6th – September 10th, 2018. LEDinside was very excited to learn all these novel ideas and technologies offered by different institutes and companies from all over the world. Selecting the winning articles was a tough task as most of them have proposed unique perspectives on how to solve the mass transfer issue of Micro LED or improve their yield rate. 

The 2018 Micro LEDforum, hosted by LEDinside, ended on 12 July. This time, experts from various fields were invited to share the six bottlenecks in the Micro LED manufacturing process. In the mass transfer section, this time we invited Uniqarta, SelfArray, eLux, QMAT and KIMM to talk about the features of various transfer technologies and future potential.

Last week at Micro LEDforum 2018, experts from the industry have shared their advanced Micro LED technologies and illustrated the possibilities of further development of Micro LED. As mass transfer is the most difficult task to tackle, many speakers have introduced their unique method to solve the issue. Uniqarta, a U.S. based start-up was invited by LEDinside to present its Laser Enabled Advanced Placement (LEAP) technology at Micro LEDforum 2018.