Lumex developed a narrow beam SMT LED to reduce the 93% beam angle

American LED manufacturer Lumex recently announced the launch of QuasarBrite narrow beam SMT LED, providing high intensity red, green or blue dense beam. Compared with the traditional SMT LED SMT LED, the narrow beam can reduce 93% of the beam angle, make it become intensive light, high strength light medical equipment, security equipment, sensors and ideal lighting field.

"Although the traditional SMT LED has many advantages, but without the use of external light conditions, the LED is not able to provide a narrow beam," Lumex engineering director Jeff Oliveros explained, "by QuasarBrite SMT LED a narrow beam, which can effectively solve this challenge. The traditional SMT LED provides a beam range between 45 degrees to 85 degrees. However, the narrow beam SMT LED provides a beam range of 6 degrees to 10 degrees, reducing the beam angle by as much as 93% to. "

With the QuasarBrite narrow beam SMT LED, the LED can be inverted directly into the built-in parabolic reflector, and in the absence of an external light source, can produce high intensity light in a narrow beam. Thus, compared with the conventional SMT LED with an external light source to obtain dense beams, the QuasarBrite narrow beam SMT LED can save 50% of the cost and a substrate of 50%. Without the help of an external light source, the production process is simplified and the extra cost is saved.

Built in parabolic reflectors can also be used to calibrate the beam into a beam of light, so that the standard energy consumption of 75mW or less ordinary LED emit high intensity light. From a 45 degree perspective, a typical SMT may produce 1CD brightness. From a 6 degree perspective, QuasarBrite narrow beam SMT LED produces light intensity up to 100cd. The RoHs green environmental protection certification QuasarBrite SMT LED narrow beam including 4 mm (12 degrees to the beam angle of 22 degrees), 6 mm (14 degrees to the beam angle of 24 degrees) and 8 mm (14 degrees to 18 degrees angle beam) with different sizes.