Abu dhabi: The Technology Innovation Institute (TII), the applied research arm of Abu Dhabi's Advanced Technology Research Council (ATRC), today announced the launch of its 2 micrometres (µm) high-power fiber laser sources, an innovation that sets new benchmarks for performance, safety, and versatility across medicine manufacturing and materials processing.
According to Emirates News Agency, the new Thulium-based fiber laser, developed by TII's researchers, is highly efficient, compact, and scalable. This makes it ideal for applications requiring precise interaction with water-rich materials, including next-generation surgical instruments that reduce tissue damage and industrial systems demanding accurate and clean material processing.
The medical applications of this technology are particularly promising. The 2 µm wavelength enables precise tissue ablation, supporting minimally invasive procedures and offering safer, more effective alternatives to traditional surgical techniques. The platform is currently being evaluated for its potential integration into systems for urinary stone treatment, prostate surgery, advanced urology tools, and beyond. Its compact and modular design supports a broad range of future device configurations.
To facilitate the translation of this research into clinical solutions, TII has formed a strategic collaboration with LIMA Photonics, a German MedTech startup specializing in medical device design and commercialization. This collaboration combines TII's laser development capabilities with LIMA's strengths in medical system design, compliance, and market readiness.
Dr. Felix Vega, Chief Researcher at TII's Directed Energy Research Centre, emphasized the real-world impact of their high-performance laser systems, stating, "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 application."
Dr. Samir Lamrini, CEO at LIMA Photonics, expressed enthusiasm about the partnership, saying, "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."
This initiative is part of TII and Abu Dhabi's broader strategy to translate advanced research into real-world solutions and position the UAE as a global hub for advanced technology. The collaboration with LIMA Photonics underscores a shared focus on applying scientific expertise to priority sectors like healthcare and building international partnerships that strengthen Abu Dhabi's role in shaping the future of advanced technologies.