Revolutionising UV Coating Inside Cylinders and Pipes

Developed an advanced optical imaging system capable of capturing high-resolution, lifelike images of the human eye — including color, texture, and reflections — for use in virtual reality and digital rendering applications. The project built on Eaglet Eye’s patented surface profiling technology to create a device that enables the accurate digital replication of human eyes, bridging the gap between medical imaging and the CGI industry.

Enhanced the optical performance of Eaglet Eye’s imaging system to capture a larger and clearer view of the eye, improving diagnostic precision and expanding potential use in both clinical and imaging applications. The project focused on refining the optics of the ESP device to boost image quality, speed, and overall usability for clients in the medical and computer-generated imaging fields.

Developed an adaptive mirror solution to correct optical aberrations in high-power laser engraving machines, significantly improving beam focus, stability, and engraving quality. The project focused on creating a dynamic autofocusing system with high damage tolerance and heat resistance, enabling greater precision and reliability for industrial engraving applications.