Euresys and Vision Research have built a high-speed camera system for imaging flow cytometry
Hamamatsu Photonics has introduced the Orca-Fusion scientific CMOS camera
Matthew Dale discovers embedded processing and new CMOS technology are bringing advances to medical and life science imaging
Teledyne Technologies has acquired the scientific imaging businesses of Roper Technologies, including Princeton Instruments, Photometrics and Lumenera, for $225 million
Examples of how deeply cooled scientific SWIR InGaAs cameras are being used as enabling technologies for luminescence-based imaging of nanotubes
The Rosalind Franklin Institute, based in Oxfordshire, UK, has begun a project to build the world’s most advanced high-speed video camera for imaging tissue in cancer research
Anitoa Systems, a Menlo Park CA startup since 2012, has announced the volume production release of its single chip ultra-low-light CMOS bio-optical sensor, ULS24
A new technique using infrared imaging has been developed that could make grading tumour biopsies – and therefore cancer diagnosis – more accurate and reliable
Matthew Dale investigates a new class of highly-efficient image sensor that’s just starting to find its way onto the commercial market, all based on the principles of biological sight
Anne Wendel, director of VDMA Machine Vision, writes about the importance of free trade for the machine vision sector, and what the VDMA is doing to promote this
Greg Blackman explores some novel ways of imaging glass, including a 3D technique to measure the flatness of glass panels
Matthew Dale discovers how emerging imaging technologies could make our roads safer and help manage congestion
The agri-food industry is on the verge of a revolution thanks to advances in precision farming. Machine vision plays a crucial role in these advances, as Keely Portway finds out
Jeff Bier, founder of the Embedded Vision Alliance, discusses the four key trends driving the proliferation of visual perception in machines
