According to Reuters, Optovate Ltd., a MicroLED optics expert based in Oxfordshire, has announced a groundbreaking technique that enables the parallel transfer of multiple MicroLEDs from a substrate onto a wafer in a single step, allowing for the creation of precise optical arrays.
Since 2008, Optovate has been actively developing its technology, with around 20 patents currently under review. The company has made two major advancements in the field of MicroLED technology, which could significantly impact the future of displays and lighting solutions.
First, Optovate has developed a unique transfer technology that allows MicroLEDs to be extracted from wafers and placed onto a backplane for use in displays and illumination systems. This method is scalable to larger substrates and offers a more cost-effective solution for MicroLED applications, making it a promising approach for mass production.
Second, the company has also created a process for producing and integrating precision optical arrays. These arrays combine the light output and reflections from individual MicroLEDs, offering enhanced performance for various applications such as LCD backlights, solid-state lighting, and advanced display technologies. The technology provides advantages like thinness, low profile, and controllable illumination, making it highly versatile.
These two innovations—MicroLED transfer and micro-optical component light control—can either be used together or independently, offering flexibility for different industry needs. This versatility positions Optovate at the forefront of MicroLED development.
Paul May, Commercial Director at Optovate Ltd., said: "With growing interest in MicroLED technology, Optovate believes the best way forward is to collaborate with the right partners to accelerate product development and bring a wide range of products to market quickly. If you're interested in exploring this technology, we'd love to hear from you."
Jonathan Harrold, co-founder of Optovate, added: "Our approach to MicroLED has been ahead of the curve for years, but things are changing now. Our patented technology has the potential to disrupt the entire display and LED lighting supply chain. We were among the first to recognize the critical role of optical components in MicroLED arrays and why they matter so much for both display and lighting systems."
Editor: Yan Zhixiang
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