27-11-2024 | EPIGAP OSA | Industrial
EPIGAP OSA Photonics GmbH has announced an extensive line of high-power SWIR LEDs. The unique OCI-490 series features an extended wavelength range from >1720nm to 2300nm with a remarkable 1A and 41mW optical output. The energy-efficient family of SWIR LEDs delivers strong illumination with very low heat output and extended life, lowering maintenance and replacement costs, making them excellent for mission-critical operations.
The reliable, high-power devices can be used in non-intrusive imaging. Invisible to the naked eye, these new SWIR LEDs allow discreet biometric and surveillance imaging for medical, industrial, and defence markets. When used in material identification, the extended wavelength SWIR LEDs display unique material characteristics to improve sorting and quality control tasks in pharmaceutical and agricultural industries. The SWIR wavelengths in the high-power LED packages improve visibility when imaging through dust, fog, and smoke with highly reliable results in harsh environments such as extreme heat, humidity, or vibration.
The company offers a wide portfolio of LEDs, from ultraviolet (200nm) wavelengths to SWIR (2300nm), enabling quick prototyping and product designs tailored to specific applications. The company also provides the unique service of exact binning of the LED devices according to brightness, wavelength, or other parameters. Packaging options include glass and epoxy lenses with narrow view angles to allow exact light delivery. The company’s advanced manufacturing processes enable optimisation of the divergence angle upon customer request.
EPIGAP OSA’s CEO, Matthias Gamp, says, “We proudly offer complete solutions, from design and development to prototyping, series production, and supply chain management. Our LED and photodetector customisation is one of our company’s greatest assets along with our commitment to quality, reflecting the highest standards in German engineering. We invite you to partner with us for all your LED and photodetector needs.”