Leica Biosystems' Aperio GT 450 DX is designed for high-volume clinical labs to scale up digital pathology operations. Credit: Leica Biosystems
From speeding up pathology scanning to event-based sensing, there’s plenty of new technology finding its way into life science labs. Rebecca Pool reports
Keely Portway looks at some of the new imaging techniques advancing biological investigation
Matthew Dale discovers embedded processing and new CMOS technology are bringing advances to medical and life science imaging
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
Greg Blackman explores the latest advances made in scientific CMOS sensors and asks whether CCDs still have a place in life science imaging
Rob Ashwell looks at the advances being made in scientific image sensors and how these are furthering our understanding of the brain
Greg Blackman investigates the imaging techniques used for high-throughput cellular imaging and super resolution microscopy
Jessica Rowbury reports on the latest trends in imaging for fluorescence microscopy, including the move toward scientific CMOS technology
Greg Blackman looks at the need for automated image analysis in scientific research, among other scientific applications of imaging technology
Image processing used to be the bottleneck in scientific research, but times are changing, as David Robson discovers
Image: agsandrew/Shutterstock.com
A look at the current market for lens technology and some of the latest products available
The HD-1500 from Omron can handle payloads of up to 1,500kg, making it possible to automate tasks that would normally need a forklift truck. Credit: Omron
Susan Curtis explores the burgeoning world of autonomous mobile robots
Leica Biosystems' Aperio GT 450 DX is designed for high-volume clinical labs to scale up digital pathology operations. Credit: Leica Biosystems
From speeding up pathology scanning to event-based sensing, there’s plenty of new technology finding its way into life science labs. Rebecca Pool reports
The Matrox Meteor-II PCI frame grabbers, launched in 1997. Credit: Matrox
This year saw Matrox celebrate its 45th anniversary. Greg Blackman speaks to co-founder Lorne Trottier about the imaging firm’s history
Paul Brown of Fera Science operating the hyperspectral drone camera at Big Wood, Suffolk. Credit: Gary Battell
Greg Blackman speaks to Dr Michelle Hamilton at STFC RAL Space about mapping trees with spectral imaging
Robot solutions at the Manufacturing Technology Centre. Credit: Manufacturing Technology Centre
Responding to a report on UK adoption of robots and automation, UKIVA’s Neil Sandhu and Allan Anderson argue vision brings similar benefits for productivity
The board of VDMA Machine Vision; Mark Williamson third from left. Credit: VDMA Machine Vision
As its new chairman, Mark Williamson sets out the priorities for VDMA Machine Vision
One of the early 3D deflectometry scanners used security cameras, but still produced a high-quality 3D surface profile. Credit: Isak du Preez/Axiscan
Greg Blackman talks to Isak du Preez, who’s new approach to 3D deflectometry has attracted interest from BMW and other car makers
Credit: Deep Detection
Greg Blackman speaks to Colin Burnham of Deep Detection about new X-ray technology for industrial inspection
