Teledyne Technologies has acquired the scientific imaging businesses of Roper Technologies, including Princeton Instruments, Photometrics and Lumenera, for $225 million
Greg Blackman explores the latest advances made in scientific CMOS sensors and asks whether CCDs still have a place in life science imaging
Photometrics is set to present its Prime BSI and Iris 15 scientific CMOS cameras at the show
The Prime 95B Scientific CMOS being shown by Photometrics offers 95 per cent quantum efficiency
Rob Ashwell looks at the advances being made in scientific image sensors and how these are furthering our understanding of the brain
Photometrics and Gpixel have introduced the Photometrics Prime 95B Scientific CMOS camera. The Prime 95B camera is built on the first scientific-grade CMOS sensor available
e2v (Chelmsford, UK), Princeton Instruments (Trenton, USA) and Photometrics (Tucson, USA) have jointly launched the eXcelon back illuminated Charge Coupled Device (CCD) and Electron Multiplication CCD (EMCCD) detector technology
Photometrics, a designer and manufacturer of high-performance CCD and EMCCD cameras for the life sciences, has introduced the Evolve EMCCD camera.
A glass inspection system must distinguish between flawless and waste products to achieve automotive glass wafers free of optical distortions
Susan Fourtané on the increasing demands being placed on web inspection solutions to achieve zero-defect manufacturing
Automation is the only way for e-commerce and logistics firms to fulfil orders since the dramatic uptick in online shopping brought about by the Covid-19 pandemic
Facing new pressures and demands, logistics operations are calling for adaptable machine vision solutions to drive efficiency, discovers Benjamin Skuse
Luca Verre, Co-founder and CEO of Prophesee, as well as a Photonics100 honoree, highlights how event-based vision is set to revolutionise mobile photography
Luca Verre, Co-founder and CEO of Prophesee, as well as a Photonics100 honoree, highlights how event-based vision is set to revolutionise mobile photography
Left: A semiconductor wafer shown to be opaque to white visible light. Right: the wafer is mostly transparent to SWIR light at a wavelength of 1,200nm, making it a suitable wavelength for semiconductor inspection.
Hunting defects in the soon-to-be trillion-dollar semiconductor industry is big business. Anita Chandran explores the latest wafer inspection technology
