McLED

UV / IR

The Collimation Challenge: Focused Intensity with Ultra Narrow Beam UV LEDs

Violumas is excited to announce the addition of UVA and UVB wavelengths to its VioBeam-1X1 series portfolio. Featuring 10° fused silica optics combined with a high-power UV LED, the product series now includes 405nm, 395nm, 385nm, 375nm, 365nm, 340nm, and 325nm wavelengths. These new LEDs are…

Published by LED professional ·

The Collimation Challenge: Focused Intensity with Ultra Narrow Beam UV LEDs

The VioBeam-1X1 delivers a precise, ultra-narrow beam, making it an ideal solution for collimation, focused illumination, fiber coupling, and far-field illumination. Compared to a typical LED’s natural beam angle of 135°, the VioBeam-1X1’s 10° beam achieves highly focused UV intensities at extended distances, allowing for the reduction of LEDs in high-dosage systems. A single VioBeam-1X1 265nm LED can reach an intensity level of 66.5mW/cm2 at 30cm, a similar level achieved by a high density 265nm LED array of 49 LEDs.

With a total of 12 UVA/UVB/UVC wavelength options spanning the entire UV spectrum, the VioBeam-1X1 series is suitable for UV applications such as life sciences, water disinfection, curing, spectroscopy, environmental monitoring, air purification, research, and more. By providing additional UVA wavelengths, Violumas aims to broaden the opportunities for new developments in ultraviolet applications.

Based in the heart of Silicon Valley, Violumas provides full-service UV LED products and solutions from UVA to UVC (405nm to 255nm). Our patented chip technologies allow us to engage in unparalleled applications of ultraviolet technology with more powerful and reliable UV LEDs. With capabilities in optical, mechanical, and thermal design, Violumas is a full-service, one stop-shop solutions provider for the UV LED market.

www.violumas.com

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Violumas Has Launched New 255nm, 265nm, and 275nm LEDs

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LEDINTRO Introduces Breakthrough Harmless 230nm UV LED Air Sterilization Ball

Ultraviolet radiation has long been recognized as an effective method for inactivating airborne and surface-borne microorganisms. However, the widespread use of conventional UV-C sources has been constrained by safety concerns, as prolonged human exposure to traditional germicidal wavelengths is…

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