Deep UV LEDs achieve record power density performance
RayVio’s proprietary LED technology enables high optical output power and efficiency to deliver a record CW power density of 30 W/cm2 at the emission surface.
RayVio’s core technology was originally developed at Boston University by co-founder and CTO, Dr. Yitao Liao, and Professor Theodore Moustakas, pioneer of the blue LED and solid-state lighting revolution, and is exclusively licensed to RayVio from Boston University. The technology is based on a proprietary and fundamentally different approach compared to techniques that have been attempted by the industry unsuccessfully for the past 15 years. The RayVio technology claims to provide the highest optical power at the lowest cost than is otherwise commercially available.
"Our novel UV LED technology continues to validate its superiority," said Dr. Yitao Liao, RayVio co-founder and CTO. "This enables us to unleash Haitz’ Law for deep UV LEDs, the same Haitz’ Law that enabled blue and white LEDs to revolutionize the lighting and display industries."
RayVio is working closely with world-class OEM customers to develop a host of integrated products enabled by their UV LED devices. Applications range from digital curing, to dermatology and biomedical instrumentation, as well as surface, air and water disinfection for consumers.
Dr. Robert C. Walker, RayVio co-founder and CEO, said: "Leading OEM and consumer electronics manufacturing partners have been evaluating our current products for the past several months, while we continue to install more capacity at our facility in Silicon Valley and ramp global supply chain partners to satisfy customer demand."
With headquarters in Silicon Valley, California, USA and manufacturing and integration support located worldwide, RayVio’s capital-efficient and scalable manufacturing process allows for rapid capacity expansion and lower manufacturing cost. RayVio’s high-performance and cost effective UV LEDs make it possible for customers to decrease system price, complexity, and time to market. This is accelerating UV LED adoption, enabling a vast offering of life saving applications that would otherwise not be possible.
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