Quantum Technology and Computing
The ultra-stable, ultra-narrow linewidth, low noise and high-power lasers with pure spectral properties are aimed at manipulating qubits and the quantum states of atoms and ions thus opening new opportunities for quantum navigation, communications, sensing and computing.
Microelectronics and Semiconductors
The selection of lasers enables powerful tools for silicon wafer inspection applications, LCD- LED panel and solar cell manufacturing, printed circuit board drilling. Laser lift off uses a pulsed laser to release a chip its substrate as well as repairing semiconductor defects by melting or ablation. Pulsed Laser Deposition (PLD) is a technique where a surface coating can be created.
Industrial Micro-processing and Engineering
Discover the world-leading and cutting-edge nanosecond, sub-nanosecond, picosecond and femtosecond lasers designed for high-precision industrial, medical and scientific applications. Acquaint yourself with the high-energy pulsed laser line, the compact family, high repetition rate and tuneable pulsed lasers for surface processing, ablation, PIV, visualisation, spectroscopy, laser annealing and laser shock peening (LSP).
Machine Vision and Inspection
Laser products with beam shaping and structured light pattern optics includes uniform and straight laser lines, diffractive optics, telecentric laser projection, round & clean beams and cosine correction. A wide selection on LED lighting solutions is available for small, medium and large surfaces.
Scientific Research
Pulsed lasers have been used in various fields of scientific research since their invention in 1970s. Typically applications are found within the fields of Particle Physics, Photochemistry, Non-linear Optics, Plasma Physics, Flash Photolysis, EUV Generation, Combustion Research,Thomson Scattering, Photoacoustic Imaging, Raman spectroscopy, LIDAR, LIBS, MALDI, THz generation, Medical diagnosis, Atmospheric Research, Mass Spectrometry, Biophotonics.
