SoraaLaser Introduces Dynamic Laser Light Source Technology for Specialty Lighting

SoraaLaser Introduces Dynamic Laser Light Source Technology for Specialty Lighting

SoraaLase demonstrated its new dynamic laser light source technology at LightFair International. These advanced solid-state light sources feature unique fiber delivered illumination that can be dynamically tuned from a narrow beam spotlight to a broad floodlight using a smartphone app control.

SoraaLaser’s safe, solid-state laser light source technology provides compelling advantages over LED, OLED, and legacy sources in specialty lighting by enabling a new digital design freedom for specifiers and luminaire manufacturers in architectural, outdoor, hospitality, retail, security, and entertainment lighting.  In the past, dynamic beam shaping could only be accomplished with motors, manual change-out of optics, or the switching on and off of many dozens of LEDs within a large matrix.

In the last six months, SoraaLaser’s light source technology has received several prestigious recognitions, including: 2017 Sapphire Award Finalist, Illumineer of the Year; 2017 PRISM Award Finalist from SPIE Photonics Media; Inclusion in the 2016 IES Progress Report.

SoraaLaser’s visible laser light sources utilize its proprietary and patented semi-polar GaN laser diodes, combined with advanced phosphor technology, and packaged into lighting friendly assemblies.  These laser light sources provide novel properties compared with other light sources by combining the benefits of solid-state illumination such as minimal power consumption and long lifetime, with the highly directional output that has been possible only with legacy technology.  Because the laser diodes are focused to a small spot on the phosphor and converted to white light, the SoraaLaser light sources deliver high luminance and enable safe, highly collimated white light output, vastly superior optical control with miniature optics and reflectors, along with high efficiency fiber optic transport and waveguide delivery.

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