Mark Wing-Keung Mak

Title: Mark Wing-Keung Mak: Innovator in Optical Technology

Introduction: Mark Wing-Keung Mak, an innovative inventor based in Hong Kong, has made significant contributions to the field of optical technology. With a focus on enhancing fiber optic coupling efficiency, he has developed an ingenious apparatus that streamlines the way light is transferred from optical devices to fibers.

Latest Patents: Mark holds a patent for an "Apparatus for improved fiber optic coupling efficiency." This unique optical assembly incorporates a compact lens designed for optimal light transmission. The lens features a curved reflecting surface alongside a focusing surface, which works together to receive and internally reflect light from the optical device into an optical fiber. The design includes a reflective coating that allows a portion of the beam to be directed toward a monitoring unit, facilitating real-time monitoring of the light beam's parameters. Additionally, the assembly is equipped with a supporting platform for the optical device, lens, fiber, and monitoring unit, enhancing its functionality.

Career Highlights: Mark is currently employed at Sae Magnetics (Hong Kong) Limited, where he is instrumental in advancing optical technologies. His work is characterized by a commitment to innovation and efficiency, underlining his pivotal role in the development of cutting-edge optical solutions.

Collaborations: Throughout his career, Mark has had the pleasure of collaborating with talented individuals such as Sio Kuan Lam and Ka Suen Lee. These partnerships exemplify the collaborative spirit that drives innovation in the technology sector.

Conclusion: Mark Wing-Keung Mak stands out as a visionary inventor whose work continues to influence the optical technology landscape. His patent for an improved fiber optic coupling apparatus not only showcases his engineering prowess but also highlights his dedication to enhancing technological efficiency. As he continues to innovate, the future of optical technology looks promising with Mark's contributions.