Wavien, Inc. announces the opening of a unique custom products service that can build targeted prototypes with various types and brands of LEDs, RLT recycling collars, lenses, and heat-sinks. Wavien, as a technology development and licensing company, establishes this service to provide a user-friendly process for potential licensees to evaluate the RLT technology, build initial products, test market, and eventually license Wavien's technology.
Wavien RLT Technology. (LEDinside/Wavien, Inc.)
Wavien is responding to requests from the industry for this service and it is now available at www.wavien.com/SHOP. The most popular prototype configurations are posted with standard pricing. Many more combinations are available by contacting Wavien Customer Service. Wavien is available to fill requests for unique requirements and is very capable of making configuration recommendations based on the company’s patented RLT™ recycling LED technology. In most cases, Wavien will provide a quote by email from which the customer can then place an order through the Wavien SHOP under "Custom Items." Wavien's RLT platform can be used with colored RGBW LEDs as well as white and single solid colors. Applications include flashlights, spot light, entertainment lighting fixtures, GOBO projectors, and many others where intense light is needed.
"RLT is Wavien's Recycling Light Technology, a compact, low-cost, passive component technology that increases over 2.8 times the useable light output of standard LEDs, by collecting high angle LED generated light, that would be wasted in conventional illumination systems, and redirecting it into a more compact, useful, and brighter beam. The usable LED light output is significantly boosted by the RLT reflector with no additional LED input power required and no change in LED lifetime," stated Dr. Kenneth Li, President and CEO of Wavien, Inc., who is also the inventor of the RLT technology. "Wavien is very pleased that RTL technology is able to offer a significant jump in brightness for LED platforms at a much lower cost, and simplicity in design."
