Precision laser applications

The Precision Laser Application (PLA) labs research laser-based applications from a micro to macro scale. Research groups based within the labs are the Applied Optics and Photonics Group (AOP), with a focus on the development of novel processes ranging from fibre-optic sensors, laser surgery and laser-based manufacturing; and the Photonic Instrumentation Group (PHI), who investigate multidisciplinary light applications, including ultrafast laser inscribed waveguides, optical fibre probes, and single photon-sensing techniques. The PLA lab research can be applied to healthcare and astronomy, amongst other sectors.

One of the core areas of PLA research is the integration of laser technologies with robotics. This combination allows for the automation of complex tasks, such as the fabrication of intricate components used in medical devices or aircraft parts. The precision and flexibility offered by lasers make them ideal for applications where tolerance and material integrity are crucial. For example, in healthcare, our work on laser-based manufacturing techniques has the potential to revolutionise the production of prosthetics and implants, ensuring they are tailored to individual needs with greater accuracy.

Collaboration with industry partners plays a significant role in driving innovation within the PLA theme. By working closely with businesses, we can ensure that our research addresses real-world challenges and leads to practical solutions that can be implemented on a commercial scale. The National Robotarium’s facilities provide the perfect environment for testing and refining these technologies, helping businesses to adopt cutting-edge laser processes that improve product quality and production efficiency.