SLD Laser

SLD Laser's Products

SLD Laser offers a range of innovative lighting solutions including the LaserLight SMD, LaserLight Fiber, and LaserLight Blue. These products are designed to deliver exceptionally high luminance white light from a small point source, making them ideal for applications that require intense, focused illumination. The LaserLight technology stands out by providing luminance levels over 1000 Mcd/m2, which is more than 100 times brighter than the best LEDs available. This high performance is achieved through advanced GaN blue lasers and innovative packaging solutions.

SLD Laser's Applications

SLD Laser's technology is utilized across a variety of sectors including automotive, specialty lighting, industrial, healthcare, and defense/security. In the automotive industry, their high luminance lighting improves safety and visibility. In healthcare, the precision and intensity of LaserLight technology enhance diagnostic equipment and surgical tools. The defense sector benefits from the high luminance and compact size of SLD Laser's products for use in advanced targeting and sensing systems. Additionally, the specialty lighting and industrial sectors leverage the high efficiency and robustness of LaserLight solutions for unique and demanding environments.

SLD Laser's Innovations

SLD Laser is renowned for developing the world's first high luminance, white LaserLight source, which delivers 100 times the luminance of traditional LEDs. This groundbreaking innovation allows for the creation of ultra-small, highly portable projectors that are brighter and always in focus. The technology also supports remote lighting architectures through LaserLight Fiber, which delivers safe, high-efficiency white light via fiber optics. Furthermore, the LaserLight Blue product, with its revolutionary GaN blue laser, is ideal for integration into high-performance multi-chip modules.

SLD Laser's Advanced Technologies

In addition to their groundbreaking lighting solutions, SLD Laser is also engaged in the development of high-speed communications, sensing technologies, and augmented/virtual reality (AR/VR) applications. Their high luminance and efficient light sources are pivotal in enhancing the performance and capabilities of these advanced technologies. For instance, in AR/VR, the precision and brightness of LaserLight technology can significantly improve the realism and user experience. Similarly, in high-speed communications and sensing, the high luminance and small point source of LaserLight enhance signal clarity and detection accuracy.