Mar 13, 2018   SOURCE: PR NewsWire

LensVector Dynamic Beam-shaping Technology at Light + Building

LensVector Dynamic Beam-shaping Technology at Light + Building

Mechanical beam shaping is a thing of the past. Liquid crystal lens controls light beam from narrow spot to wide flood with IoT or wired controls.

FRANKFURT, Germany, March 13, 2018 /PRNewswire-PRWeb/ -- LensVector's breakthrough dynamic beam shaping technology that can be controlled from any IoT, mobile, or wired control system will be on display throughout the upcoming biennial Light + Building conference. The LensVector liquid crystal technology allows the beam from a light source to be adjusted along a continuum from a less-than-ten-degree narrow spot to a very wide flood. This digital beam control enables unmatched precision beams and dynamic dramatic effects.

"This transformational technology extends luminaire functionality and unites the digital light source with digital beam shaping," said Brent York, President and CEO of LensVector. "This new control vector gives architects and designers greater freedom to create dynamic and dramatic environments."

LensVector's liquid crystal technology integrates with current and future control protocols and allows unique solutions in the lighting market. LensVector's unique LCD lens technology will be displayed by the following partners: 

    --  Targetti Hall 3.1 Stand A51
    --  Wila Hall 3.1 Stand D70
    --  Sylvania Hall 4.1 Stand E31
    --  SLD Laser Hall 4.1 Stand J88
    --  Eulum Design Hall 4.2 Stand DIM12
    --  Forma Hall 4.2 Stand E10

LensVector's product aligns liquid crystal molecules to a shaped electric field to establish a digital lens that can be addressed and managed. By changing the electric field, the nature of the lens, and therefore the illumination effect, can be manipulated.

About LensVector
LensVector is transforming the shape of light from fixed reflectors and lenses with digital liquid crystal technology that allows light to be infinitely shaped on demand from IoT platforms, mobile devices, and modern control systems.

SOURCE LensVector