This browser is not fully supported.
This website uses cookies to provide you with a better visitor experience. Select here which type of cookies you allow.
Alcom electronics appreciates the potential business relationship between our parties. Thank you! We want to make sure we address only the mailings that are valuable to you.
Luminus Devices, a leading provider of innovative solid-state lighting solutions, announces the expansion of its laser portfolio with new multi-mode red and blue lasers for laser projection, lighting, illumination, biometric monitoring, and materials processing applications. The red multi-mode laser achieves 1.2W continuous wave output at 640nm in a TO56 package. Its advanced chip technology and electrically neutral case design enable superior thermal stability across diverse applications.
The blue multi-mode laser delivers 2W minimum continuous wave output at 450nm, featuring an integrated Zener diode and TO56 package optimized for thermal conductivity and extended lifetime. Primary applications include stage lighting, illumination, and material processing applications like cutting and engraving. After introducing ~100mW class single mode green and blue lasers last year, Luminus is expanding their offering with high output power laser packages, demonstrating continued achievements in fields such as laser epitaxy, chip processing and laser chip packaging.
The red laser introduction establishes Luminus as one of the few manufacturers offering complete RGB laser light sources, essential for white light reproduction. These lasers deliver excellent wall-plug efficiency, benefiting battery-powered systems while making laser light sources accessible across consumer, medical, life-sciences and industrial markets. Luminus plans to expand their laser portfolio with additional wavelengths and advanced packaging solutions.
Luminus Devices develops and manufactures solid-state lighting solutions to help its customers migrate from conventional lamp technologies to long-life and energy-efficient LED illumination.