Centre for Industrial Photonics

Key areas of interest

High-efficiency laser sources

Industry requires laser systems that are cheaper, more efficient and easier to use. CIP is working with academic partners and world-leading laser companies to create new laser source technologies that will be used to support a range of manufacturing process capabilities. Fibre lasers, for example, are truly revolutionary and are forcing us to rethink the way we apply lasers in manufacturing operations.

Advanced fabrication technologies

The market penetration of traditional laser processes - cutting, machining and welding - has been limited due to their high cost and complexity. The availability of high-performance and high-efficiency laser sources has enabled process engineers to develop whole new laser-based manufacturing processes. CIP is applying the technology of advanced laser sources to create the next generation of manufacturing technologies.

Process modelling and simulation

Modern laser systems are capable of subjecting matter to extremely high light intensities, large power loadings and ultra-short exposures. These capabilities can be used to develop new manufacturing processes. The CIP is currently developing a range of advanced computer modelling and simulation tools that can test the response of materials to extreme conditions. Experiments can be performed in virtual space at vastly reduced costs and with significantly shorter development times.