Abu Dhabi’s Technology Innovation Institute (TII) has unveiled a 2-micrometer (µm) high-power fiber laser system that aims to advance precision, efficiency, and safety in medical and industrial applications.

Developed by TII’s Directed Energy Research Center, the Thulium-based fiber laser features a compact, scalable, and energy-efficient design. It is optimized for water-rich materials, enabling precise and clean interaction for both surgical procedures and industrial materials processing.

In the medical field, the 2 µm fiber laser opens new possibilities for minimally invasive procedures. Its wavelength allows for highly controlled tissue ablation, supporting advanced surgical tools while reducing collateral damage. Early evaluations highlight potential applications in urinary stone treatment, prostate surgery, and next-generation urology systems.

To accelerate clinical integration, TII partnered with German MedTech startup LIMA Photonics, specializing in medical device design, compliance, and commercialization.

“At TII, we’re developing high-performance laser systems designed for real-world impact,” said Dr. Felix Vega, Chief Researcher at TII’s Directed Energy Research Center. “Our 2 µm fiber laser showcases this approach—offering capabilities with strong potential in surgical and industrial settings. Through our collaboration with LIMA Photonics, we’re aligning technical innovation with medical applications.”

Dr. Samir Lamrini, CEO at LIMA Photonics, added: “We are deeply impressed by the laser research demonstrated at TII and look forward to a strong partnership that we will establish in a synergistic and complementary spirit. The performance, multiple operating modes, and the system architecture of the laser are an ideal asset for clinical applications.”

The collaboration reflects Abu Dhabi’s broader goal of translating advanced research into commercially viable solutions, reinforcing the UAE’s position as a hub for global tech innovation.