RayVio UV LED technology now available from Digi-Key

Digi-Key Electronics

Thursday, 31 August, 2017

RayVio UV LED technology now available from Digi-Key

RayVio’s portfolio of UVB and UVC LEDs are now available through Digi-Key Electronics as the result of a new distribution agreement.

Health and hygiene company RayVio is a provider of UV LEDs, specialising in UVB and UVC technology — an emerging technology within the UV lighting industry that is being harnessed to both protect people from infection and treat certain skin conditions. Delivering 1–70 mW of power, the company’s UV LEDs are suitable for health, hygiene, water and surface disinfection, skin care/phototherapy and horticulture applications, among many others.

“Partnering with Digi-Key is an important step forward for those companies that are combating the spread of germs, bacteria and viruses through communities,” said RayVio CEO Dr Robert C Walker. “Easy access to the latest UV LED technology will allow products like humidifiers, water bottles and pitchers, toothbrushes and more to incorporate disinfection capabilities and promote better health and hygiene.”

“We are excited to partner with RayVio, as they are our first lighting supplier to focus solely on UVB and UVC LEDs and their applications,” added David Stein, VP, global semiconductor at Digi-Key. “It’s an emerging market with unlimited applications within the health and hygiene industries, and we believe our customers will be able to use these products to create and bring innovative and beneficial projects into the consumer space.”

Pictured: RayVio’s XE Series UV Emitter.

Related News

Advantech introduces systems pre-configured with Ignition Edge

Advantech Australia has announced an alliance with Inductive Automation to introduce a series of...

Quantum material reveals ultra-thin semiconductor junction

Researchers have discovered an ultra-thin semiconductor junction within a quantum material. This...

Researchers develop semiconductor with tuneable electronic properties

Researchers have demonstrated that a semiconductor with flexible bonds can be moulded into...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd