Posts on this page of our Blog relate to the Systems product category.
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Laser-welded screw joints are gaining traction — but guaranteeing their reliability remains a key challenge. Together with Fraunhofer Institute for Production Systems and Design Technology IPK, the LMT (Laser Microtechnology division) at LTB Lasertechnik Berlin is developing the KONQUILAS project. This is a fully automated system for real-time, 100% inspection of laser-welded screws. By combining … Continue reading
Solar modules suffer from a variety of invisible defects which reduce their output power and long-term stability. The highly sensitive inspection systems from greateyes image these problems. They can be applied across the entire value chain including research and development, process control, optimization of the production, incoming and outgoing inspection, general purpose defect analysis, and … Continue reading
Processed wafers and solar cells suffer from a variety of invisible defects which reduce their output power and long-term stability. The highly sensitive inspection systems from greateyes image these problems. This type of inspection enables you to optimize the production, increase output power and reduce overall costs. Furthermore, greateyes inspection systems integrate a variety of … Continue reading
ID Quantique (IDQ) is very proud to have contributed to the successful final test firing of the P120C solid rocket motor of Ariane 6 in Kourou on 7 October 2020. The boosters were fired by the fiber-optic-based opto-pyrotechnic system, which was successfully tested and validated by ID Quantique’s photon counting Optical Time Domain Reflectometry (OTDR) … Continue reading
Optical Time Domain Reflectometry (OTDR) is an effective method to characterize optical fibers and for detecting flaws in a network of fibre optic cables. So how does it work exactly? Watch this informative video by ID Quantique entitled “Photon Counting OTDR: An Application of Time Correlated Single Photon Counting (TCSPC) Using the ID900 Time Controller”. … Continue reading
At VTT Technical Research Centre of Finland Ltd., one of their visions is to develop novel energy harvesting solutions with the help of flexible, lightweight organic or perovskite photovoltaics (PV). Then integrate these PV materials with other components, such as energy storage systems, sensors with Bluetooth, or near-field communication features. The easy processing of these materials … Continue reading